FOLDABLE DEVICE

23-03-2016 дата публикации
Номер:
KR1020160032080A
Принадлежит:
Контакты:
Номер заявки: 00-16-102029865
Дата заявки: 11-03-2016

[1]

Flexible display using a device is disclosure.

[2]

Communication terminal, game machine, multimedia device, portable computer, photographing device folded instrument such as portable (hereinafter, mobile device) a display for displaying information the Image input and keypad device comprises an ultra-means. The mobile station includes portable the smaller than the foldable screw and filter for rice having a cold water valve is shut.. Of this type having at least two light mobile device are connected by screw and filter for rice body is. A display device of the existing method since the and a foldable, two body of display elements at the downstream of the insertion direction can be arranged. Therefore, screw and filter for rice of mobile apparatus large area of display elements pipe has it is difficult.

[3]

Which can be flexed flexible display device is developed is screw and filter for the flexible display device of mobile device has been study applied.. Screw and filter for display element is flexible in this case two across the body of can be disposed over a, large screen by using the mask pattern.. State of the SP heads and, which can be flexed flexible display device even completely [...] (i.e., angled bends of the surface) can be from being damaged due to a component itself. Therefore, flexible display device in a folded state having a curve of predetermined at a center portion of a vehicle is a curved parts. Long folded and then is maintained at restarted after unfolded state where additional curved smooth may not is almost shielded from a viewing point.

[4]

Unfolded from the state that an flexible display device can diffuse into the smooth folding paper device one object in that.

[5]

Predetermined current source can be kept at angle an accordion bellows folding paper device one object in that.

[6]

Foldable device according to one aspect, portion number 1, number 2 portion, said number 2 portion and said number 1 and number 3 a placed between the parts display element a flexible portion; said number 2 portion is supported and which is in portion and said number 1, downwards in the roll-out and closed position folded position for being detachably connected a number 1, number 2 body; said number 1, number 2 and spreading the tampon open closed position said body is the fact that the position of the number 3 when intended to be transformed into a mobile support proximity of frame to rear part of the seat support member; includes.

[7]

Said moving support member, said number 1, number 2 body is said unfolded position and when said folded position in the, said flexible display of a support position supporting the portion number 3 is formed in a part of said number 3 and for receiving the ramp portions into and upon being withdrawn from said folded position and a support position and can be moved to the location a retracted..

[8]

Said number 1, number 2 body, said flexible display of said number 1, number 2 each supported portion number 1, number 2 support and, in a display device of a flexible said said number 1, number 2 is 20 said number 1, number 1 retracted from which both a plurality number 2, number 2 and can comprise of storage section in the form of recess.

[9]

Said mobile support member is positioned in a retreat position said portion said number 3 when the number 1, number 2 instrument receiving portion and said mobile support member defined by a containing space can be.

[10]

Said mobile support member is said number 1, number 2 body slits are embodied extending folding and, said number 1, number 2 in the body, a pair of opposite to said has guide portions are formed on the facing each other, said number 1, number 2 body is said closed position and said unfolded said element to move to a position when a pair of has guide portions in the slot in said by said mobile support member is slid on the folded position and a support position and said retracted position in which it may be moved.

[11]

Said number 1, number 2 body, said flexible display of said number 1, number 2 each supported portion number 1, number 2 support and, in a display device of a flexible said said number 1, number 2 is 20 said number 1, number 2 number 3 of display flexible said support of rectangular ring on which said position and number 1 for for receiving the curved portion is moved to a position number 2 number 1, number 2 and can comprise of storage section in the form of recess.

[12]

Said number 1, number 2 holding portion has said mobile of the support member with a folded position and a support position and said retracted position said movement to the number 1 the, .and can be moved to the location number 2.

[13]

Said foldable device, said moving support member one end for being detachably connected to be pivoted to the stand folded said number 1, number 2, which are connect to the receiving number 1, number 2 rotating levers; includes, said number 1, number 2 rotating levers said mobile support member when the displaced into a holding position said number 1, number 2 storage section in the form of recess to move the number 1 position, said retracted position said mobile support member direction of the rail as seen from said number 1, number 2 pots are pushed said flexible display device allows said number 2 are moved into position can be.

[14]

Said foldable device, said number 1, number 2 pots are said number 1 when the position is reached said number 1, number 2 pots are honeycomb segments do not cause a positional spaced apart from said flexible display device said number 1, number 2 rotating levers supporting support the stoppers to the; further and can comprise of.

[15]

Said foldable device, the fact that the position of the unfolded said flexible display device which applies tension to elastic unit; further may include.

[16]

Said elastic unit, the fact that the position of the unfolded said said number 1, number 2 which unfolds body can be applied includes a safety-receiving part, direction.

[17]

Said elastic unit said number 1, number 2 unfolded said body provides a resilient force that the maintained in a location can be.

[18]

Said elastic unit, said number 2 dipped into the opposite is provided to the body an opposing arm; the number 1 is provided to the body said number 1, number 2 body is said closed position and the unfolded position in the opposite arm when contact is rounded is formed among the modified, the fact that the position of the unfolded said elastically imposed opposite said contacted with a nominal amount of resilient arm contacting with a number 1 ; may include a.

[19]

Said elastic arm that is inclined relative to the contact portions said number 1 number 2 built in one contact, said closed position and said predetermined positions between the downwards in the roll-out said number 2 angle to at an accordion bellows said contact unit is equipped with an elastically contacted to counter portion which faces the can be.

[20]

Said number 1, a charging power mode, and form portion defines a plane contact said number 2, a counter portion which faces the said number 1, number 2, a charging power mode, and can be flat form webbing.

[21]

Said resilient arm projecting most toward the body said number 2 has a boundary, said number 1, number 2 contact unit is equipped with an said as a cup shaped sample can be distinguished from each other by to a boundary area between the flange..

[22]

Said number 1, number 2 formed body number 1, number 2 base cover and, said number 1, number 2 base cover is located internal to said flexible display of number 1 number 1 number 2 portion and each supported portion, contains a frame number 2, said elastic arm is the valve frame said number 1, said number 2 said opposite arm may be formed as integrally frame.

[23]

Leaf spring form said elastic arm, said number 1 can be wall of the rabbet.

[24]

Opposite arm said said number 1, number 2 body is said closed position and the unfolded position in the elastomeric arm contact is rounded when can be modified.

[25]

Leaf spring arm opposite said form, said number 2 can be wall of the rabbet.

[26]

Magnetic element body said number 1 is provided with an said number 2 body has an attachment portion fireproof shutter is provided to, said number 1, number 2 position in closed position said body is when the magnetic elements and at said attachment material each other. may be attached by magnetic forces.

[27]

Said magnetic element, a permanent magnet, said attachment member, said permanent magnet that surrounds on a surface other than appearance can be on the magnetic.

[28]

Said foldable device, said number 1, number 2 of the body, and a cover member covering the edges thereof; and can comprise of further.

[29]

Number 1 portion and said flexible display of at least one of said number 2 body or the number 1 number 2 portion longitudinal direction body is mounted in such a way can flow can be.

[30]

Said number 1, number 2 are distanced from each other body number 1, number 2 pivot about the central axis is said closed position and said folded downwards in the roll-out position can be releasably connect to an.

[31]

Said number 1, number 2 to be engaged with each other the central axis number 1, number 2 may be provided with gear unit is.

[32]

Foldable device according to one aspect, portion number 1, number 2 portion, said number 2 portion and said number 1 and number 3 a placed between the parts display element a flexible portion; said number 2 portion is supported and which is in portion and said number 1, downwards in the roll-out and closed position folded position for being detachably connected a number 1, number 2 body; the fact that the position of the unfolded said flexible display device which applies tension to elastic unit; includes.

[33]

Said number 1, number 2 are distanced from each other body number 1, number 2 pivot about the central axis is said closed position and said folded downwards in the roll-out position can be removably connected with the, to number 1, number 2 to be engaged with each other the central axis number 1, number 2 gear unit is provided with, said number 1, number 2 body is said number 1, number 2 from one another with respect to the central axis being synchronized. to be rotated.

[34]

Said foldable device, said number 1, number 2 and spreading the tampon open closed position said body is the fact that the position of the number 3 when intended to be transformed into a mobile support proximity of frame to rear part of the seat support member; may include further.

[35]

Said moving support member said number 1, number 2 is are connected folding body of flexible display said number 3 and a support position supporting the portion is formed in a part of said number 3 for receiving the ramp portions into and upon being withdrawn from said folded position and a support position and can be moved to the location a retracted..

[36]

Said mobile support member is said number 1, number 2 body slits are embodied extending folding and, said number 1, number 2 in the body, a pair of opposite to said has guide portions are formed on the facing each other, said number 1, number 2 body is said closed position and said unfolded said element to move to a position when a pair of has guide portions in the slot in said by said mobile support member is slid on the folded position and a support position and said retracted position in which it may be moved.

[37]

Said elastic unit, the fact that the position of the unfolded said said number 1, number 2 which unfolds body can be applied includes a safety-receiving part, direction.

[38]

Said number 1, number 2 body is said unfolded position and when said folded position in the direction of the elastic unit includes a safety-receiving part, said number 1, number 2 with alternating positions body from the direction of an engine for inhibiting a divert allowing can be.

[39]

Said elastic unit, said number 2 dipped into the opposite is provided to the body an opposing arm; the number 1 is provided to the body said number 1, number 2 body is said closed position and the unfolded position in the opposite arm when contact is rounded is formed among the modified, the fact that the position of the unfolded said imposed opposite said contacted with a nominal amount of elastically contact said number 1 number 1, a charging power mode, and tilted relative to the LED chip mounting which said closed position and said predetermined positions between the downwards in the roll-out said angle to at an accordion bellows elastically contacted to counter portion which faces the the position which becomes resilient arm contacting with a number 2 ; may include a.

[40]

Said number 1, a charging power mode, and form portion defines a plane contact said number 2, a counter portion which faces the said number 1, number 2, a charging power mode, and can be flat form webbing.

[41]

Said resilient arm projecting most toward the body said number 2 has a boundary,

[42]

Said number 1, number 2 contact unit is equipped with an said as a cup shaped sample can be distinguished from each other by to a boundary area between the flange..

[43]

Leaf spring form said elastic arm, said number 1 can be wall of the rabbet.

[44]

Leaf spring arm opposite said form, said number 1, number 2 body is said closed position and the unfolded position in the elastomeric arm contact is rounded when can be modified.

[45]

Folded aforementioned of instrument according to in the embodiment, number 1, number 2 body when located in a origin position are unfolded the flexible display element flat purpose: an instrument for an endoscope. Furthermore, number, number 2 body into the folded position and the unfolded predetermined positions between the an accordion bellows purpose: an instrument for an endoscope at an angle.

[46]

Figure 1 shows a embodiment of instrument also folding the first deoxygenator is perspective view appearance. Also also Figure 2 shows a 1 shown in embodiment of instrument a folding manners. and the side surface of the opening as it was. Also also Figure 3 shows a 1 shown in the first deoxygenator embodiment of a folding instrument. and the side surface of the a folded state. Also the first deoxygenator embodiment of Figure 4 shows a flexible display device is cross section. A folding also also Figure 5 shows a 1 shown in the first deoxygenator embodiment of instrument is decomposition perspective view. Figure 6 shows a detailed portion of Figure 5 is also "A". Figure 7 shows a B-B ' is cross-sectional drawing of Figure 5. The 8a also number 1, number 2 body operably linked by a flexion of a construction that one or more connection structure gear as is shown in the side view. Also shown in door 8a 8b has a gear is perspective view partially digested the first deoxygenator embodiment of connection structure. Door has 8c also a gear shown in 8a embodiment other connection structure is perspective view partially digested the first deoxygenator. Also number 1 from the state that an in the open has 8d, number 2 body is stepped side view for showing such a manner as to deviate from is. Figure 9 shows a also number 1, number 2 body operably linked by a flexion one variant of a hinge unit is perspective view degradation shown thereby, the cold air flows. Figure 10 shows a also number 1, number 2 body operably linked by a flexion one variant of a hinge unit is perspective view degradation shown thereby, the cold air flows. Figure 11 shows a flexible display device also elastically pushes of curve parts of the cylinder number 1, number 2 body are unfolded slightly the fact that the position of the is a perspective view shows the state that the folded. Figure 12 shows a C-C ' is cross-sectional drawing of Figure 5. Figure 13 shows a also number 1, number 2 is stopped at an accordion bellows predetermined body shows the state that the angle is a perspective view. Also 14a the number 1, number 2 folded body is located in a position that shows the state that the is a cross-sectional drawing. 15b also the number 1, number 2 body are unfolded contact arm opposite arm folded to make the adequate start an initial state is shown in the cross-sectional drawing. The 15c also number 1, number 2 an accordion bellows predetermined body maintain the angle is a cross-sectional drawing it is shown a. 15d also the number 1, number 2 body is completely unfolded is a cross-sectional drawing shows the state that the. Figure 15 shows a the elastic unit other embodiment the first deoxygenator is cross section. Figure 16 shows a the elastic unit other embodiment. in a section shown thereby, the cold air flows. Figure 17 shows a the elastic unit other embodiment. in a section shown thereby, the cold air flows. 18a also the number 1, number 2 body are unfolded contact arm opposite arm folded to make the adequate start an initial state is shown in the cross-sectional drawing. 18b also the number 1, number 2 an accordion bellows predetermined body maintain the angle is a cross-sectional drawing it is shown a. The 18c also number 1, number 2 body is completely unfolded is a cross-sectional drawing shows the state that the. Figure 19 shows a moving support also supporting the valve member position and a retracted moved to an injection position it is shown a one example of structure degradation is perspective view. Also the 20a of Figure 19 F-F ' as cross-sectional drawing, mobile support member located at support. shows the state that the. Also the 20b of Figure 19 F-F ' as cross-sectional drawing, mobile support member support position and a retracted position located between. it is shown a. The 20c also of Figure 19 F-F ' as cross-sectional drawing, mobile support member in the retracted position and an. shows the state that the located. Also 21a has a folding side view as the first deoxygenator embodiment of instrument, number 1, number 2 folded body is located in a position that shows the state that the.. Also 21b has a folding side view as the first deoxygenator embodiment of instrument, number 1, number 2 body located in a position that are unfolded. shows the state that the. Figure 22 shows a coarse also folding the first deoxygenator embodiment of instrument is aspects. Figure 23 shows a H-H ' is cross-sectional drawing of Figure 21. Figure 24 shows a also folding the first deoxygenator embodiment of instrument is side. Figure 25 shows a cross section of the male screw member in a magnetic also is the first deoxygenator embodiment. Figure 26 shows a also folding the first deoxygenator embodiment of instrument is perspective view appearance. Also shown in Figure 27 shows a 26 also embodiment of instrument a folding manners. and the side surface of the opening as it was. Figure 28 shows a 26 also also shown in the first deoxygenator embodiment of a folding instrument. and the side surface of the a folded state. Embodiment of instrument folding also Figure 29 shows a coarse cross-sectional is the first deoxygenator. Also Figure 30 shows a number, number 2 body are unfolded from a folded predetermined angle (θ) began to an accordion bellows chamber through the multi-duct sliding of guide member unit and hinge when amount a is coarse. Figure 31 shows a decomposition perspective view also folding is the first deoxygenator embodiment of instrument. Embodiment of Figure 32 shows a perspective view the first deoxygenator is also hinge unit. Segments of plurality also Figure 33 shows a embodiment of a connective relation member is the first deoxygenator decomposition perspective view. Also and a 34a 34b also the hinge unit is unfolded each a folded state the status a side view their. Figure 35 shows a hinge unit and guide member and also number 1, number 2 body one example of a connective relation with decomposition for showing is perspective view. Figure 36 shows a X1-X1 ' is cross-sectional drawing of Figure 32. Figure 37 shows a spreading angle also foldable device number 1 when the front end of the folding (θ) exhibit a lever. surface thereof, and the. Figure 38 shows a also number 1 number 2 lever and cross section for showing a connective relation lever is. Also the hinge 39b also and a 39a to be displayed when the sliding unit number 2 a exhibit a lever. are drawing. Figure 40 shows a also number 1, number 2 body are unfolded predetermined between a folded state the status (E) angle an accordion bellows the upper surface and a is side for showing. Figure 41 shows a perspective view the first deoxygenator locking rail reconsideration is also one embodiment. Figure 42 shows a also locking rail re- (172) is perspective view of the first deoxygenator embodiment. Figure 43 shows a hinge unit and also guide member and number 1, number 2 body one example of a connective relation with coarse for showing is a plane. The number 1 guide member 44a also number 1, number 2 body and hinge unit a connective relation between a data for showing is the approximate side view. The number 2 guide member and 44b also number 1, number 2 body and hinge unit a connective relation between a data for showing is the approximate side view. Figure 45 shows a connection structure in shown in 43 also also, number, number 2 body are unfolded from a folded predetermined angle (θ) began to an accordion bellows chamber through the multi-duct hinge unit and when number 1, number 2 of guide member sliding amount a is coarse. Figure 46 shows a one embodiment of the present invention also: an mobile terminal device is perspective view indicative of the front surface of. Figure 47 shows a one embodiment of the present invention also: an mobile terminal is perspective view indicative of rear of the device. Figure 48 shows a one embodiment of the present invention also: an mobile terminal device is perspective view representing degradation. Figure 49 shows a also also shown in the flexible element 48 is roughly. the cross represents. Also also Figure 50 shows a displayed on a 46 a of the present invention and represented along a V-V one embodiment. of the cross-section of:an mobile terminal device. Figure 51 shows a VI portion 46 to also also shown in the number 1 is a magnification representing lock. Figure 52 shows a VII portion 46 also also shown in the to number 2 is a magnification representing lock. 46 also also shown in Figure 53 shows a number 1 and number 2 are joined by magnetic locking portion indicating a status of an associated is enlarged. Also also Figure 54 shows a hinge flexible shown in 48 is perspective view representing a. Figure 55 shows a also also 50 to the X portion shown in flexible hinge is a magnification at least one of a semiconductor. Figure 56 shows a one embodiment of the present invention also: an mobile terminal indicating a status of an associated the device by a flexion is side. XII portion 56 to also also Figure 57 shows a the curved hinge flexible shown in an enlarged cross section is indicative of the state.

[47]

Hereinafter, reference to the drawing based on a text content of the folding instrument as further described are in the embodiment of.. Drawing the same references which refers to the same components, thickness of each component described is volatile for intelligibility of may be proposed.

[48]

[49]

< 제 1 실시예 >

[50]

Figure 1 shows a embodiment of instrument also folding the first deoxygenator is perspective view appearance. Also also Figure 2 shows a 1 shown in embodiment of instrument a folding manners. and the side surface of the opening as it was. Also also Figure 3 shows a 1 shown in the first deoxygenator embodiment of a folding instrument. and the side surface of the a folded state.

[51]

Also with a 3 also to 1, foldable device number 1, number 2 body (1) (2) and a, flexible display device (4) has a. Number 1, number 2 body 2 in the open door has shown in (1) (2) the fact that the position of the shown in 3 also and may be converted into a closed position is mutually joined to.

[52]

Flexible display device (4) the number 1 body (1) and a number 2 body (2) is supported to. Flexible display device (4) the number 1 body (1) are supported on number 1 portion (4a) and number 2 body (2) are supported on number 2 portion (4b) and number 1 body (1) and a number 2 body (2) number 3 between portion (4c) may be divided into.. For example flexible display device (4) with the adhesive agent, thereby hindering the use of lashing means as well as adhesive double-sided tape number 1 body (1) and a number 2 body (2) can be adhered to.. Flexible display device (4) of number 3 portion (4c) the number 1 body (1) or number 2 body (2) is not supported. I.e., number 3 portion (4c) the number 1, number 2 body (1) (2) has is not attached to the. Number 1, number 2 body (1) (2) is also 3 as shown in when the position in closed position, number 3 portion (4c) and a bulging radial curvature of a predetermined (4d) to form a. The, flexible display device (4) is fully [...] not, number 3 portion (4c) is curved in the portion (4d) by the or tipping or by forming a number 1, number 2 body (1) (2) is folded downwards in the roll-out position and can be position in the.

[53]

Folding instrument communication terminal, game machine, multimedia device, portable computer, such as body has a predetermined photographing device can be mobile device. Furthermore, a flexible instrument folding display element (3) part of (4a) from being separated from a support panel number 1 body (1) and a, flexible display device (4) part of (4b) being supported number 1 body (1) may be folded against number 2 body devices that are communicatively coupled (2) with. a non-intrusive even any device.

[54]

[55]

Also *Figure 4 shows a flexible display device (4) is the first deoxygenator embodiment of cross section. Also 4 refers to surface, flexible display device (4) the Image for displaying flexible display panel (41) and, flexible display panel (41) is disposed exterior to a transparent protective panel (43) may include a. Flexible display panel (41) for example, organic light emitting diode (OLED: Organic Light Emitting Diode) can be structure. Organic light emitting diode panel between the upper disposed in which the organic emissive layer may be in the form.. The light to be emitted to the a sides an upper substrate can be arranged polarizing plate. Furthermore, flexible display device (4) has touch panel as input means (42) further may include. Touch panel (42), a transparent protection panel (43) and flexible display panel (41) can be disposed between the. Flexible display panel (41), touch panel (42), and transparent protective panel (43) optically transparent adhesive layer (OCA: optically clear adhessive layer) (not shown) can be adhered together by a to. Addition flexible display device (4) different optical panel further or an optical film, and can comprise of.

[56]

Number 1, number 2 body (1) (2) according to use the folding instrument unit processing that would otherwise be performed by function (not shown) and input/output means (not shown) are provided that can be. Folding instrument Image and music on enjoy the when the multimedia terminal, information processing section Image processing unit (not shown) and sound information processing section (not shown) may comprise an. Foldable device processing unit when communication terminal may include a a communication module. Input/output an Image input/output unit (not shown) and a sound input/output part (not shown) and the manipulating portion user operation of functions may comprise an (not shown). Operation part a flexible display element (4) integrated with a touch panel (42) may be implemented by.

[57]

A folding also also Figure 5 shows a 1 shown in the first deoxygenator decomposition perspective view embodiment of instrument which degrees, is "A" Figure 6 shows a detailed portion of Figure 5. Figure 7 shows a B-B ' is cross-sectional drawing of Figure 5.

[58]

Also refers to surface 5, number 1 body (1) the number 1 base cover (11) and a, number 1 frame (12) comprises an ultra-. Number 1 base cover (11) the number 1 body (1) form package for portable electronic devices. Number 1 frame (12) the number 1 base cover (11) is coupled on the inside of. Number 1 frame (12) the flexible display device (4) of number 1 portion (4a) is supported a number 1 support (121) and a, number 1 support (121) the entire surface of the downwardly from number 1 receiving portion (122) has a. Number 1 receiving portion (122) of a flexible display element (4) of number 3 portion (4c) is corresponding to. Number 2 body (2) the number 2 base cover (21) and a, number 2 frame (22) comprises an ultra-. Number 2 base cover (21) the number 2 body (2) form a package for portable electronic devices. Number 2 frame (22) the number 2 base cover (21) is coupled on the inside of. Number 2 frame (22) the flexible display device (4) of number 2 portion (4b) is supported a number 2 support (221) and a, number 2 support (221) number 2 downwardly from the entire surface of the receiving portion (222) has a. Number 2 receiving portion (222) of a flexible display element (4) of number 3 portion (4c) is corresponding to.

[59]

Number 1, number 2 receiving portion (122) (222) the number 1, number 2 body (1) (2) is also 3 as shown in in closed position located opposite to each other when the and a bulging therebetween (4d) for receiving the., and together defining a receiving space. To this end, number 1, number 2 receiving portion (122) (222) each number 1, number 2 support to flexible display device (121) (221) (4) of number 3 portion (4c) a direction away from are in the form of aqueous downward sloping vanes. Number 1, number 2 body (1) (2) are unfolded the fact that the position of the folded position in the initially flexible display device (4) of number 3 portion (4c) being slightly bent downwards, and is tend, number 1, number 2 receiving portion (122) (222) is number 1, number 2 support since in the form the entire surface of the downwardly from (121) (221), flexible display device (4) of number 3 portion (4c) can be bends of the natural downwards. Therefore, the fact that the position of the unfolded folded from the burner to a location in a transfer procedure flexible display device (4) generated at the electric stresses placed on, flexible display device (4) of m number of third risk of damage. Drawing although not shown, if number 1, number 2 support (121) (221) is number 1, number 2 receiving portion (122) (222) if extends over at, flexible display device (4) of number 3 portion (4c) not bent to downwards can be arches upwardly towards the rather, in this case flexible display device (4) of number 3 portion (4c) is can be it is unavoidable that there danger of being damaged.

[60]

Also with a 6 also and a 5, number 1, number 2 body (1) (2) operably linked by a flexion a hinge unit (3) is used as a transmitter of. The present embodiment the first deoxygenator foldable device number 1, number 2 body (1) (2) is spaced apart from each other on a two central axis is respectively moving an ice-making about the (30-1) (30-2). Hinge unit (3) a pair of number 1 connecting hole (32-1) (32-2) having a coupling bracket (31) and, number 1, number 2 body (1) (2) to the number 2 connecting hole (33-1) (33-2) a pair of through the number 1 connecting hole (32-1) (32-2), which is inserted into a pair of hinge member may comprise an (34-1) (34-2). Number 2 connecting hole (33-1) (33-2) the number 1, number 2 frame both sidewalls of (12) (22) (12a) (22a) or number 1, number 1 base cover (11) (21) both sidewalls of each of which is formed next to can be (11a) (21a).

[61]

Also with a 7, hinge member (34-1) (34-2) number 2 each connecting hole (33-1) (33-2) and number 1 connecting hole (32-1) (32-2) inserted into a cylindrical insert (34a) and a, insert (34a) has an outer diameter X greater than the stepped part (34b) has a. Insert (34b) the number 1, number 2 body a shaft have a (1) (2) provides (30-1) (30-2). Stepped portion (34b) the number 1, number 2 body is supported inside a (1) (2). Insert (34a) axially the screw hole of (34c) is provided. Hinge member (34-1) (34-2) of an inserting section of a (34a) is number 2 connecting hole (33-1) (33-2) through the connecting hole number 1 assembled temporarily while being inserted to (32-1) (32-2), stepped portion (34b) opposite screw hole of from (34c) is threaded (S) are fastened. Furthermore, number 1, number 2 body (1) (2) each hinge member (34-1) (34-2) of an inserting section of a (34a) inclination by variable shaft coupling bracket (31) is coupled to be rotated to. Is on the base and rotated by a, number 1, number 2 body 2 in the open door has shown in (1) (2) the fact that the position of the shown in 3 also and may be converted into a closed position can be mutually joined to.

[62]

Also and a 5 also again with a 6, cover member (5) the number 1, number 2 body surrounds the moiety linked each other (1) (2) foldable inside of space a with magnetic force. In one example, cover member (5) the number 1, number 2 body (1) (2) of facially opposed the edge of the wafer by the extending along the extended portion (13) (23) (51) and a, extension (51) positioned at both ends of side walls part (52) and can comprise of a. Side wall part (52) fully therefrom one side of a front of a immersion part (53) is provided in a. Front part of a sub-scanning (53) from the linking bracket (31) to be processed is placed, a. shaped so that it can be. Side wall part (52) being slightly outwardly spread onto the coupling bracket (31) is front part of a sub-scanning (53) by and is to be inserted into an, cover member (5) is number 1, number 2 body can be coupled to (1) (2). Number 1, number 2 body (1) (2) is positioned bars are in closed position, number 1, number 2 body edge of (1) (2) (13) (23) is spaced from one another, spaced edge (13) (23) through the spaces between foldable inside of can be is exposed. Cover member (5) has a spaced edge without exposure of holder inside of (13) (23) prevented space between. The, folding instrument the objective compound. an optical pickup device.

[63]

Also again refers to surface 2, number 1, number 2 body (1) (2) are unfolded from the state that an, cover member (5) of the bottom section of the elastic (5a) the number 1, number 2 body (1) (2) of the bottom section of the elastic is not projected (1a) (2a). I.e., cover member (5) of the bottom section of the elastic (5a) the number 1, number 2 body (1) (2) of the bottom section of the elastic. that are recessed relative to (1a) (2a). If, cover member (5) of the bottom section of the elastic (5a) is number 1, number 2 body (1) (2) of the bottom section of the elastic if the side (1a) (2a), cover member (5) of the bottom section of the elastic (5a) a foldable device measures the rotate (see-saw) seesaw-sheet can be moved like. Also shown in on the substrate including the data line 2, number 1, number 2 body (1) (2) are unfolded from the state that an number 1, number 2 body (1) (2) of the bottom section of the elastic (not shown) (1a) (2a) for example table a manner that the forwardly and simultaneously can be.

[64]

Also 3 with a, number 1, number 2 body (1) (2) the thickness of the number 1, number 2 body (1) (2) in a connecting portion of the, i.e. refers to connecting unit (3) is less than an opposed one. I.e., connecting unit (3) in the vicinity number 1, number 2 body, resulting gradually thickness of (1) (2). Is on the base and rotated by a, cover member (5) of the bottom section of the elastic (5a) the number 1, number 2 body (1) (2) of the bottom section of the elastic (1a) (2a) than the structure is that they do not protrude can be implemented very easily in.

[65]

Number 1, number 2 body (1) (2) operably linked by a flexion a structure shown in Figure 6 and 7 but not exclusively structure. The 8a also number 1, number 2 body (1) (2) operably linked by a flexion of a construction that one or more connection structure gear as is shown in the side view. Also shown in door 8a 8b has a gear is perspective view partially digested the first deoxygenator embodiment of connection structure. Door has 8c also a gear shown in 8a embodiment other connection structure is perspective view partially digested the first deoxygenator. Also number 1 from the state that an in the open has 8d, number 2 body is stepped side view for showing such a manner as to deviate from is. 8c also to 8a also shown in Figure 6 a gear connection structure of connection structure shown in embodiment aspect further gear can be form.

[66]

Also refers to surface 8a and a also 8b, number 1, number 2 body (1) (2) to be engaged with each other the number 1, number 2 gear part is provided is (35-1) (35-2). Gear part number 1, number 2 a (35-1) (35-2) each connecting hole number 2. positioned in the centre of the manetically (33-1) (33-2). In the present in the embodiment, number 1, number 2 gear part (35-1) (35-2) a number 1, number 2 base cover (11) (21) both sidewalls of (11a) (21a) is formed on. Well as, number 1, number 2 gear part (35-1) (35-2) a number 1, number 2 frame both sidewalls of (12) (22) may be formed (12a) (22a). Also 6 shown in hinge member (34-1) (34-2) is number 2 connecting hole (33-1) (33-2) through the connection member (31) of number 1 connecting hole (32-1) (32-2) assembled temporarily while being inserted to, coupling bracket (31) introduced from an stepped portion (34b) opposite screw hole of from (34c) is threaded (S) are fastened. Furthermore, number 1, number 2 body (1) (2) each hinge member (34-1) (34-2) of an inserting section of a (34a) inclination by variable shaft coupling bracket (31) is coupled to be rotated to. Also 8a and 8b but not shown the, cover member (5) by a connection member (31) and number 1, number 2 gear part covers the (35-1) (35-2). For example, cover member (5) side of the side wall part (52) provided on the front part of a sub-scanning (53) by a connection member (31) and number 1, number 2 gear part that can receive a (35-1) (35-2) have a shape.

[67]

Also refers to surface 8c, number 1, number 2 base cover (11) (21) both sidewalls of the outer (11a) (21a) (11b) (21b) fully inward from immersion part (11c) (21c) is provided with an, number 1, number 2 gear part (35-1) (35-2) a front part of a sub-scanning to (11c) (21c). In the present in the embodiment number 1, number 2 hinge member (34-1) (34-2) and coupling bracket (31) are integrated form of connecting members (31b) is employed. I.e. connection member (31b) has shown in door 5 through an insertion section (34a) is connected member (31) are in the form of aqueous bent stepwise and integrally formed with one. Also from a 8c, connection member (31b) the number 1, number 2 gear part is located outside of a bracket part (35-1) (35-2) (31b-3) and a, bracket portion (31b-3) extending from the bottom surface, and number 1, number 2 gear part (35-1) (35-2) center of, i.e. number 1 connecting hole (33-1) (33-2) to an insertion axis comprises an ultra-(31b-1) (31b-2). Number 1, number 2 gear part (35-1) (35-2) is to engage number 1, number 2 body (1) (2) after arranging thereof, for insertion axis parallel to a each (31b-1) (31b-2) number 2 connecting hole (33-1) (33-2) to the contact is inserted. Furthermore, side wall part (52) being slightly outwardly spread onto the connection member (31b), e.g., front part of a sub-scanning (also 5:53) by and is to be inserted into an, cover member (5) is number 1, number 2 body can be coupled to (1) (2). The cover member (5) side of the side wall part (52) from the linking bracket (31b) a wheel so as to transmit outward to serve, insertion axis (31b-1) (31b-2) is number 2 connecting hole (33-1) (33-2) assembled temporarily while being inserted to. current source can be kept at. Furthermore, number 1, number 2 gear part (35-1) (35-2), and a cover member (5) side of the side wall part (52) covered by a.. To this end front part of a sub-scanning (53) the number 1, number 2 gear part that can receive a until (35-1) (35-2) can take the shape. The present embodiment the first deoxygenator connection member (31b) has door 8b even in the embodiment shown in of a gear connection structure can be applied.

[68]

Number 1, number 2 gear part (35-1) (35-2)-etched by engaging a smoothly each other arranged at an axial distance (DS1), i.e. central axis (30-1) (30-2) distance between should is maintained. Arranged at an axial distance (DS1) by a connection member (31b) provided on the insertion axis (31b-1) (31b-2) (DS2) distance between, and inserting axis (31b-1) (31b-2) diameter of number 2 connecting hole (33-1) (33-2) is the junction of the diameter of. In the manufacturing process, insertion axis (31b-1) (31b-2) (DS2) distance between axis, a charging power mode, and tolerance of the outer diameter of connecting hole number 2 (31b-1) (31b-2) (33-1) (33-2) (DS2) arranged at an axial distance tolerances of the diameter of the concomitant degradation of can be biased in direction. Insertion axis (31b-1) (31b-2) color has diameter of number 2 connecting hole (33-1) (33-2). should be smaller than the diameter of. Therefore, insertion axis (31b-1) (31b-2) has a tolerance which color has diameter of (-), number 2 connecting hole (33-1) (33-2) the diameter of the primary drying chamber has a tolerance (+). In this state insertion axis (31b-1) (31b-2) distance between when has a tolerance (+) is (DS2), insertion axis diameter of connecting hole number 2 (31b-1) (31b-2) (33-1) (33-2) of the diameter of mark number 1, number 2 body (1) (2) the longitudinal direction (L) can be apart from each other in the, herein, the gears of the number 1, number 2 gear part (35-1) (35-2) of toothing is workability. The, the present in the embodiment insertion axis (31b-1) (31b-2) distance between the (-) (DS2) imparts a tolerance. I.e., insertion axis (31b-1) (31b-2) distance between (DS1) arranged at an axial distance a (DS2) .less than. Is on the base and rotated by a, number 1, number 2 body (1) (2) (L) to longitudinal direction of this standing quantity upper plate part has a hole and, number 1, number 2 gear part (35-1) (35-2) of the rim quantity which it will gear to prevent reduction of a number 1, number 2 body (1) (2) is folded and unfolded can be.. Also this arrangement is applied to connection structure gear 8b coupling bracket (31) of number 1 connecting hole (32-1) (32-2) can be applied even spacing between.

[69]

Gear part number 1, number 2 the connecting structures without applying an (35-1) (35-2) in the case of folding in the process where the oil number 1, number 2 body (1) (2) is the rotational angle of value is over, also 8d as shown in number 1 from the state that an unfolded, number 2 body can be shift is stepped (1) (2). Furthermore, provided refers to even fixed resilient unit number 1, number 2 body can be shift is stepped (1) (2). As such number 1, number 2 body (1) (2) machine are displaced surface, flexible display device (4) of number 3 portion (4c) is bent under traction (4e) can be a dispersion. Also according to connection structure shown in 8a, gear part (35-1) (35-2) is engagement with each other and in folding since the number 1, number 2 body. is (1) (2). Therefore, folding in number 1, number 2 body (1) (2) with high precision. Furthermore, refers to surface acoustic unit can be is stably operated for up to.

[70]

Figure 9 shows a also number 1, number 2 body (1) (2) operably linked by a flexion a hinge unit (3) one variant of degradation shown thereby, the cold air flows is perspective view. Also refers to surface 9, hinge unit (3) the number 1, number 2 gear part (35-1) (35-2) is formed a pair of hinge member (34-1a) (34-2a) and, number 1, number 2 gear part (35-1) (35-2) a pair interconnecting the idle gear in an has a (36-1) (36-2). A pair of hinge member (34-1a) (34-2a) a number 1, number 2 body (1) (2) are connected to a. Coupling bracket (31a) is combined with the number 1, number 2 gear part (35-1) (35-2), and idle gear in an with a space for containing the (36-1) (36-2) forming pair bracket may include a (31a-1) (31a-2).

[71]

For example, hinge member (34-1a) has a central axis (30-1) such that a shaft extends direction (34d) and a, shaft (34d) gear part number 1 preparing high-purity chiral alcohol (35-1) includes. Shaft (34d) number 1 the one end of body (1), for example number 1 base cover (11) sidewall of (11a) of the base, and a connecting ball (33-1a) a portion inserted into a (34e) is provided in a. Connecting hole (33-1a) and insert (34e) the shape of the hinge member (34-1a) is number 1 body (1) rotates with a. thereby, it is possible to. For example, also refers to surface 9, connecting hole (33-1a) and insert (34e) calculates cross-sectional shapes of the. square. Similarly, hinge member (34-2a) has a central axis (30-2) such that a shaft extends direction (34d) and a, shaft (34d) gear part number 2 preparing high-purity chiral alcohol (35-2) includes. Shaft (34d) number 2 the one end of body (2), for example number 2 base cover (21) sidewall of (21a) provided a connecting hole (33-2a) a portion inserted into a (34e) is provided in a. Connecting hole (33-2a) and insert (34e) the shape of the hinge member (34-1a) is number 1 body (1) rotates with a. thereby, it is possible to. For example, also refers to surface 9, connecting hole (33-2a) and insert (34e) calculates cross-sectional shapes of the. square.

[72]

A pair of hinge member (34-1a) (34-2a) of an inserting section of a (34e) a bracket (31a-1) of through-holes (31a-1a) (31a-1b) through on the sidewalls of the etch mask (11a) (21a) provided a connecting hole (33-1a) (33-2a) the cross sections and, bracket (31a-1) a bracket (31a-2) may combine. Hinge member (34-1a) means of a bracket (31a-1) (31a-2) the support hole of (31a-1a) (31a-2a) allowed to pass through the same, hinge member (34-2a) means of a bracket the support hole of (31a-1) (31a-2) through a (31a-1b) (31a-2b). The, coupling bracket (31a) a pair of hingedly member (34-1a) (34-2a) and are connected to be rotated. Idle gear in an a pair (36-1) (36-2) bracket (31a) the support hole preparing high-purity chiral alcohol (31a-1c) (31a-2c) is supported to be rotated to.

[73]

Figure 10 shows a also number 1, number 2 body (1) (2) operably linked by a flexion a hinge unit (3) one variant of degradation shown thereby, the cold air flows is perspective view. Also a hinge that is unit 10 shown in (3) a hinge that is shown in the unit 9 also (3) approximately the same as that of the.. Just, of Figure 9 coupling bracket (31a) is coupling bracket (31a ') is replaced by. I.e., the support hole of Figure 9 (31a-2c) having a bracket (31a-2) the support post (31a-2c ') having a bracket (31a-2') is replaced by. Also, idle gear in an (36-2) (36-4) the support post (31a-2c ') is inserted at least one concave part is (36-5) is provided in a.

[74]

Is on the base and rotated by a, number 1, number 2 body 2 in the open door has shown in (1) (2) the fact that the position of the shown in 3 also and may be converted into a closed position can be mutually joined to. Furthermore, number 1, number 2 gear part (35-1) (35-2) is connected bracket (31a) since contained in, number 1, number 2 gear part (35-1) (35-2) leakage lubricant applied to, by dusts of a lubricant a low valve lift condition to prevent stain. Drawing although not shown, cover member (5) from the linking bracket (31a) covers the. For example, cover member (5) side of the side wall part (52) provided on the front part of a sub-scanning (53) from the linking bracket (31a) to be processed is placed, a. shaped so that it can be.

[75]

Folding instrument as shown in Figure 3 folded carried under the state, is storage, 2 also only in use as shown in is opening as it was. Unfolded from the state that an flexible display device (4) of number 3 portion (4c) temporarily while sag downward same by gravity can be modified. Furthermore, flexible display device (4) in which stroke is maintained in a folded state for a long, number 3 portion (4c) can be one of the guides is shaped like permanent. Flexible display device (4) constituting a thin film layers of the adhered together by a adhesive which, in curved adhesive layer downwards in the roll-out state it is necessary to adhesive layer configured according to fluidity of an adhesive to a reactive force is. it would take for the time (delay time). Broadcasting signal is the flexible display element (4) have a tend the bent. Such a temporary or permanent deformation due to delay time, and the like adhesive layer number 1, number 2 body even and extends the flexible display device (1) (2) (4) is fully the method particles can be, flexible display device (4) entire displays an Image and a cathode thereof is grounded can be is obstructing a. Furthermore, flexible display device (4) is fully the method not, number 1, number 2 body is not unfolded completely also (1) (2). User number 1, number 2 body (1) (2) completely unfolded even external force is applied to flexible display device (4) of the temporary or permanently been rendered products due to non-flow adhesive layer deformation a the number 1, number 2 body (1) (2) also again slightly as shown in 11 can be folded. Therefore, a user number 1, number 2 body (1) (2) is fully soft material to be easily number 1, number 2 body (1) (2) apply a force to the folding device using the same the upper part of the handle is.

[76]

The present embodiment the first deoxygenator foldable device including, number 1, number 2 body (1) (2) is completely unfolded such that they remain number 1, number 2 body (1) (2) to urge the. unit is elastic applying a. A fully unfolded from the state that an elastic unit number 1, number 2 body (1) (2) a direction away from one another to, or includes a safety-receiving part, applied which unfolds direction. Against elastic force by flexible display device (4) remains in which act (tension), flexible display device (4) of number 3 portion (4c) is planarized can be the method. Elastic unit number 1, number 2 body (1) (2) is folded position and the unfolded position in the direction of the elastic force when the number 1, number 2 body with alternating positions of (1) (2) from the direction of an engine for inhibiting a divert that allow with alternating positions can be.

[77]

As one in the embodiment, also from a 5, elastic unit number 1 body (1) provided in the resilient arms (61) and, resilient arms (61) at opposite opposite arm (62) may include a. Resilient arms (61) opposite arm (62) the number 1, number 2 body (1) (2) opposite the edge of the wafer by the (13) (23) can be placed in the proximity of. Resilient arms (61) the number 1, number 2 body (1) (2) bars are in closed position are spaced from each other when located. Number 1, number 2 body (1) (2) positioned in a the fact that the position of the are unfolded, resilient arms (61) the opposing arm (62) while resiliently deformable and contacted to number 1, number 2 body (1) (2) located in a position that are unfolded includes a safety-receiving part, a direction opposite arm (62) to applied. Resilient arms (61) by the resilient force of number 2 body (2) is number 1 body (1) displaced direction that are spaced apart from, the flexible display device (4) of number 3 portion (4c) is is unfolded flatly is planarized.

[78]

Resilient arms (61) opposite arm (62) the number 1, number 2 base cover (11) (21) or number 1, number 2 frame may be formed as integrally (12) (22). The present in the embodiment is elastically arm (61) opposite arm (62) the number 1, number 2 frame (12) (22) is made from integrally.

[79]

Figure 12 shows a C-C ' is cross-sectional drawing of Figure 5. Also from a 12, resilient arms (61) opposite arm (62) each number 1, number 2 base cover (11) (21) with the extending from, 2000 which are opposed to the each other. Resilient arms (61) the number 1, number 2 body (1) (2) located in a position that are unfolded when the opposite arm (62) of counter portion which faces the (62a) to number 1 contacts (61-1) is provided in a. The present embodiment number 1 contacts the first deoxygenator (61-1) and a counter portion which faces the (62a) a planar are in the form of aqueous. Number 1 contacts (61-1) the counter portion (62a) is inclined by an D1 at an angle to a is formed. The (D1) angle, number 1, number 2 body (1) (2) located in a position that are unfolded when the, resilient arms (61) the opposing arm (62) in pushed in by the protein from a denatured state to its number 1 contacts (61-1) is counter portion which faces the (62) parallel with can be determined to have. The, number 1, number 2 body (1) (2) located in a position that are unfolded when the number 1 contacts (61-1) and a counter portion which faces the (62a) placed each other, number 1, number 2 body (1) (2) has information so as to keep in the open can be. Drawing although not shown, contact number 1 (61-1) the number 1, number 2 body (1) (2) located in a position that are unfolded when the counter portion (62a) and a number 1, number 2 body (1) (2) in a rotational direction of the at least two positions of a in contact with.. may be in the form ' fixes' the representation has number 1, number 2 body in a rotational direction of the of (1) (2) in contact with at least two positions is carried out by using an acidulous the widest sense of including up to the.

[80]

Figure 13 shows a also number 1, number 2 body (1) (2) is stopped at an accordion bellows predetermined angle (E) is a perspective view shows the state that the. Also 13 with a, number 1, number 2 body (1) (2) a body support member and a the a folded state between on the one hand a unfolded at least one position of a can be stopped at. Number 1, number 2 body (1) (2) the 90 (E) a spreading angle may be between 180 help, for example can be degrees 90-120 . 90-120 or collapsible shown in 13 also by the device for the application in vitro or in when that can find most natural spreading angle is (E). Driven according to an inputted address is, for example flexible display device (4) of number 2 portion (4b) to keyboard or input icons, etc. indicating that the portable computing device is of input means, number 1 portion (4a) input through an input means to the response commands can be display screens.

[81]

Also again refers to surface 12, resilient arms (61) the number 1 contacts (61-1) number 2 contact that is inclined relative to the to (61-2) and can comprise of further. The present embodiment number 2 contacts the first deoxygenator (61-2) a planar are in the form of aqueous. Number 2 contacts (61-2) the counter portion (62a) is inclined by an D2 at an angle to a is formed. Number 2 contacts (61-2) the number 2 body (2) projecting most toward the boundary (61-3) by number 1 contacts (61-1) is divided and a. The (D2) angle, number 1, number 2 body spreading angle (E) (1) (2) is a position, resilient arms (61) the opposing arm (62) in pushed in by the protein from a denatured state to its number 2 contacts (61-2) is counter portion which faces the (62) parallel with can be determined to have. The, number 2 contacts (61-2) is counter portion which faces the (62) can be placed in a, number 1, number 2 body (1) (2) (E) for the upper surface and the spreading angle can be remains stationary.

[82]

Also 14a, 14b, 14c, 14d each number 1, number 2 body (1) (2) located bars are in closed position, each number 1, number 2 body (1) (2) are unfolded starting to resilient arm (61) the opposing arm (62) in contact with the to initial state, number 1, number 2 body (1) (2) maintain the angle predetermined an accordion bellows, and number 1, number 2 body (1) (2) is completely unfolded a shows the state that the cross-sectional drawing their. By referencing a 14d also to 14a also, number 1, number 2 body (1) (2) for setting camera of notebook computer in the step for exit from the described.

[83]

Also 14a from a, number 1, number 2 body (1) (2) ears positioned bars are in closed position, resilient arms (61) opposite arm (62) the apart from one another in 2000. Flexible display device (4) and a bulging (4d) the receiving part (122) (222) is accommodated between the.

[84]

In this state number 1, number 2 body (1) (2) and extends the surface, also resilient arm as shown in 14b (61) the opposing arm (62) is in contact. Number 1, number 2 body (1) (2) further unfolded surface, resilient arms (61) the opposite arm (62) pushed in by the in. and begins to be a mat having a resiliently deformable. The, resilient arms (61) provided by the direction of the resilient force that number 1, number 2 body with alternating positions of (1) (2) of an engine for inhibiting a is direction. In this state number 1, number 2 body (1) (2) further unfolded elastic arm (61) provided by the direction of the resilient force that number 1, number 2 body (1) (2) pivots the flap further back in a direction are unfolded, even the external force is removed number 1, number 2 body (1) (2) to a position in which the spreading angle (E) having switched abruptly fixed.

[85]

Number 1, number 2 body (1) (2) (E) angle spreading is angle between when a count has been reached to, 14c as shown in also resilient arm (61) of number 2 contacts (61-2) faces is arm (62) of counter portion (62a) is in contact. Number 1, number 2 body (1) (2) and extends the be even the external force is removed, number 1, number 2 body (1) (2) (E) angle spreading of the grease is maintained at. Furthermore, number 1, number 2 body (1) (2) further unfolded or folding force to the number 1, number 2 body (1) (2) even applied to, number 1, number 2 body (1) (2) is number 2 contact angle between (61-2) and a counter portion which faces the (62a) ending is completely contact with if same angle, number 1, number 2 body (1) (2) the resilient arms (61) by in a curved spreading angle is returned to road condition (E).

[86]

14c shown in also in a state in which the number 1, number 2 body (1) (2) further unfolded surface, number 2 contacts (61-2) and a counter portion (62a) is terminated contact with, also number 1 folding 14d as shown in? S part (61-1) is counter portion (62a) and a fixes. Is represents resilient arms (61) includes a safety-receiving part, the direction of the number 1, number 2 body with alternating positions of (1) (2) from the direction of an engine for inhibiting a is divert allowing. Number 1, number 2 body (1) (2) and extends the be even the external force is removed, number 1, number 2 body opening as it was entirely (1) (2) is held. Furthermore, number 1, number 2 body (1) (2) reverse movement to the linear apparatus for folding air number 1, number 2 body (1) (2) even applied to, number 1, number 2 body (1) (2) number 1 is angle between contact (61-1) and a counter portion which faces the (62a) ending is completely contact with if same angle, number 1, number 2 body (1) (2) the resilient arms (61) completely in a curved is return opening as it was. In this state, resilient arms (61) the opposite arm (62) is elastically contacted to number 1, number 2 body (1) (2) is direction to the spring is is applied. Against elastic force by flexible display device (4) of number 3 portion (4c). is unfolded flatly is planarized.

[87]

The above-mentioned regulation of the process whereby in the open by reverse order number 1, number 2 body (1) (2) has in the open door 12d shown in also the fact that the position of the roll angle (E) 12c shown in portion of the poly contact being a cathode maintained at the folding shown in 12a also can be position in the.

[88]

As described above, elastic unit by employing, number 1, number 2 body (1) (2) are unfolded from the state that an flexible display device (4) of number 3 portion (4c) can be is unfolded flatly is planarized, even the external force is removed number 1, number 2 body (1) (2) is completely unfolded can be maintained in a location, number 1, number 2 body (1) (2) is a (E) spreading angle can be held in place. Furthermore, elastic unit number 1, number 2 body (1) (2) is lifted up integrally in the process where the oil, which unfolds provides includes a safety-receiving part, a direction or folding brings the direction. Therefore, easily number 1, number 2 body can be interval between (1) (2).

[89]

Figure 15 shows a the elastic unit other embodiment the first deoxygenator is cross section. Also refers to surface 15, opposite arm (62) the elastic arm (61) is contacted with can be a mat having a resiliently deformable. In hereinafter, resilient arms (61) opposite arm (62) each number 1 resilient arms (61) and resilient arm number 2 (62). called. Number 1 resilient arms (61) also the resilient arm shown in 9 (61) equals. Number 2 resilient arms (62) for example number 2 body (2) of frame number 2 (22) may be formed as integrally. Counter portion which faces the (62a) the number 1, number 2 contacts (61-1) (61-2) of flat form is capable of number 1, number 2 counter portion which faces the and can comprise of a (62-1) (62-2). Number 2 counter portion which faces the (62-2) the number 1 body (1) projecting most toward the boundary (62-3) by number 1 counter portion which faces the (62-1) is divided and a. Number 1, number 2 body 10 (1) (2) is also shown in a spreading angle (E) positioned in a position number 2 contacts (61-2) and a number 2 counter portion which faces the (62-2) are fixes each other, number 1, number 2 resilient arms. mill each other that it is elastically deformed is (61) (62). Number 1, number 2 body (1) (2) is completely unfolded positioned in a the fact that the position of the number 1 contacts (61-1) and a number 1 counter portion which faces the (62-1) fixes each other which mill from each other, flexible display device (4) and the decelerator is under planarization number 1, number 2 body (1) (2) is completely unfolded can be maintained in a location.

[90]

The above-mentioned in the embodiment is elastically arm (61) (62) is number 1, number 2 body and integrally formed with one (1) (2) for the case that described but, the not limited range of the present invention. Figure 16 shows a the elastic unit other embodiment. in a section shown thereby, the cold air flows. Also as shown in 16, number 1, number 2 contacts (61-1) (61-2) number 1 in the form of leaf spring having resilient arm (61') is number 1 body (1), for example number 1 frame (12) can be coupled to. Furthermore, number 1, number 2 counter portion which faces the number 2 in the form of leaf spring having (62-1) (62-2) resilient arm (62') is number 2 body (2), for example number 2 frame (22) can be coupled to.

[91]

Resilient contact portions of flat form unit (61-1) (61-2) and counter portion which faces the embodiment described but having (62-1) (62-2) thereby, the cold air flows, the not limited range of the present invention. Contact (61-1) (61-2) and contacts (61-1) (61-2) and counter portion which faces the. may be in the form a curved (62-1) (62-2). Figure 17 shows a cross section the first deoxygenator embodiment of unit is also resilient.

[92]

Also with a 17, a cup shaped sample number 1, number 2 contacts (61-1 '') (61-2 '') having resilient arms (resilient arm number 1) (61 '') VTR the form number 1 body (1), for example number 1 frame (21) and is coupled to. Number 1, number 2 contacts (61-1 '') (61-2 '') the number 2 body (2) projecting most toward the boundary (61-3 '') is distinct from one another by. Number 1, number 2 contacts (61-1 '') (61-2 '') is capable of a cup shaped sample number 1, number 2 counter portion which faces the (62-1 '') (62-2 '') having an opposing arm (resilient arm number 2) (62 '') VTR the form number 2 body (2), for example number 2 frame (22) and is coupled to. Number 1, number 2 counter portion which faces the (61-2 '') (62-2 '') the number 1 body (1) projecting most toward the boundary (62-3 '') is distinct from one another by.

[93]

Also 18a, 18b, 18c each number 1, number 2 body (1) (2) are unfolded starting to resilient arm (61 '') the opposing arm (62 '') to initial state in contact with the, number 1, number 2 body (1) (2) maintain the angle predetermined an accordion bellows, and number 1, number 2 body (1) (2) is completely unfolded a shows the state that the cross-sectional drawing their. By referencing a 18c also to 18a also, number 1, number 2 body (1) (2) for setting camera of notebook computer in the step for exit from the described.

[94]

Number 1, number 2 body (1) (2) ears positioned bars are in closed position, resilient arms (61 '') opposite arm (62 '') 2000 apart from one another in the. In this state number 1, number 2 body (1) (2) and extends the surface, as shown in also resilient arm 18a (61 '') the opposing arm (62 '') is in contact. Resilient arms (61 '') the opposing arm (62 '') from being touched when start, resilient arms (61 '') the opposing arm (62 '') may be placed the. The, longitudinal direction of elastic force minimizes the transverse component (F1) (F2) component for the crack, number 1, number 2 gear part (35-1) (35-2) without applying an the connecting structures as shown in 8d also even number 1, number 2 body (1) (2) is stepped and deviation m number of third. Number 1, number 2 body (1) (2) further unfolded surface, resilient arms (61 '') the opposite arm (62 '') pushed in by the in. and begins to be a mat having a resiliently deformable.

[95]

Number 1, number 2 body (1) (2) (E) angle spreading is angle between when a count has been reached to, 18b also contact number 2 as shown in (61-2 '') is number 2 counter portion which faces the (62-2 '') is in contact. Resilient arms (61 '') opposite arm (62 '') under a resilient force from varying because of deformation of action of line (L1) is number 1, number 2 body (1) (2) of rotation center axis (30-1) (30-2) present elastic force located be left down the number 1, number 2 body (1) (2) but magnet is genuinely for setting camera of notebook computer, flexible display device (4) of rigidity and elasticity arm (61 '') opposite arm (62 '') from varying because of deformation of a fixing portion which is fixed to a balanced, number 1, number 2 body (1) (2) even the external force is removed be and extends the number 1, number 2 body (1) (2) (E) angle spreading of the grease is maintained at. Number 1, number 2 body (1) (2) boundary even further unfolded (61-3 '') (62-3 '') beyond the enough to unfold at angle without the, number 1, number 2 body (1) (2) the resilient arms (61 '') opposite arm (62 '') in a curved (E) by spreading angle is returned to road condition.

[96]

18b shown in also in a state in which the number 1, number 2 body boundary surface unfolded further (1) (2) (61-3 '') (62-3 '') beyond folding number 1? S part (61-1 '') is number 1 counter portion which faces the (62-2 '') is contact with the. Resilient arms (61 '') opposite arm (62 '') under a resilient force from varying because of deformation of the action of line (L2) number 1, number 2 body (1) (2) of rotation center axis (30-1) (30-2). present elastic force located on the number 1, number 2 body (1) (2) is acting in the direction be and extends the. Therefore, number 1, number 2 body (1) (2) and extends the be resilient arm even the external force is removed (61 '') opposite arm (62 '') from varying because of deformation of flexible display device under a resilient force by (4) of number 3 portion (4c) which it blooms and it hits, flattening is, number 1, number 2 body (1) (2) has door 18c as shown in is held opening as it was completely. Folding force to the number 1, number 2 body (1) (2) applied to boundary even (61-3 '') (62-3 '') at an angle of beyond the such an extent that the number 1, number 2 body (1) (2) is folded not, number 1, number 2 body (1) (2) the resilient arms (61 '') opposite arm (62 '') completely in a curved is return opening as it was.

[97]

Also 8a, 8b also, also 8c, also 9, and 10 shown in number 1, number 2 gear part (35-1) (35-2) according to connection structure having, in folding number 1, number 2 body is the rotational angle of synchronised to one another and where is (1) (2). Therefore, folding in resilient arms (61 'or 61' ') opposite arm (62' or 62 '') is number 1, number 2 body (1) (2) of rotation center axis (30-1) (30-2) for the curvature of the line connecting the symmetrical with respect to the center is maintained in a location. Therefore, resilient arms (61 'or 61' ') opposite arm (61 'or 61' ') in a stable manner; and a member is not displaced each other they are in contact with each other so that the desired deformed plastically in the direction coming into can be.

[98]

Also again refers to surface 5, number 1, number 2 body when located in a origin position are unfolded (1) (2) the flexible display element (4) of number 3 portion (4c) the method is planarized layer such that the other measures as measures or additional, folding a mobile instrument support member (7) and can comprise of further. Mobile support member (7) of a flexible display element (4) of number 3 portion (4c) supporting a mobile support (71) has a. Support (71) (W) widthwise, for instance, displaced either side of the flexible display device (4) of number 3 portion (4c) can be partially supporting a. Mobile support member (7) the number 1, number 2 body (1) (2) located in a position that are unfolded when the flexible display element (4) of number 3 portion (4c) 2000 to a support position supporting the. Mobile support member (7) the number 1, number 2 receiving portion (122) (222) between flexible display device (4) of number 3 portion (4c) to support the foot panel. Number 1, number 2 body (1) (2) bars are position in the, mobile support member (7) has a curved portion (4d) a receiving space forming a is is positioned in a retreat position. I.e., mobile support member (7) the number 1, number 2 body (1) (2) is folded downwards in the roll-out position and a position in the are connected the sliding of the guide is displaced into a holding position. And, number 1, number 2 body (1) (2) located in a position that are unfolded when the, mobile support member (7) using flexible display device (4) of number 3 portion (4c) that have predetermined number 3 portion (4c) is unfolded flatly is planarized can be to. Mobile support member (7) has a folding and spreading the tampon open closed position is instrument the fact that the position of the according to the switch 42 is set to a from its retracted position to its into a holding position lifted flexible display device (4) of number 3 portion (4c) in a sustained manner. proximity support can be 'continuously proximity support' has a folding mobile during folding of instrument support member (7) identical with display element (4) of number 3 portion (4c) of the supporting frame to rear or at least tipping or which unfolds flexible display device (4) of number 3 portion (4c) to a position at which to support the means that a for lifting.

[99]

Figure 19 shows a center weight area of the support member (7) supporting position and a retracted moved to an injection position it is shown a one example of structure degradation is perspective view. Also refers to surface 19, mobile support member (7) the number 1, number 2 body (1) (2) of folding extending slot (72) is provided. Number 1, number 2 body (1) (2) outside the second substrate around the edge, i.e. hinge unit (3) a location adjacent to the slits (72), which is inserted into a pair of guide section (73-1) (73-2) is provided in a. For example, guide section (73-1) (73-2) a number 1, number 2 frame (12) (22) a rib extending upwardly from the may be provided with (74-1) (74-2) on top of. Mobile support member (7) the guide section (73-1) (73-2) to an (72) for insertion into a insertion groove (75) is provided. Insertion groove (75) the slot (72) longitudinal direction of (72L) .are located in the central portion of. Number 1, number 2 body (1) (2) is folded while the guide section (73-1) (73-2) a slot (72) longitudinal direction of (72L) which move, guide section (73-1) (73-2) the locus of the insertion groove (72) is not superimposed on and. Therefore, guide section (73-1) (73-2) the slot (72) after insertion into the mobile support member (7) is engaged with a pair of guide portions while the insertion groove is (73-1) (73-2) (75) through the slot (72) from separating from.

[100]

Also 20a, 20b and 20c also the of Figure 19 F-F ' as cross-sectional drawing, mobile support member (7) is supported located position and a retracted position. shown each. Also refers to surface 20a, number 1, number 2 body (1) (2) is bars are in closed position. Guide section (73-1) (73-2) is located furthest in positions spaced apart from each other, moving support member (7) is the is positioned in a retreat position. Receiving portion (122) (222) and a mobile support member (7) a space defined by the flexible display element (4) and a bulging (4d) is is accommodated.

[101]

In shown in 20a also number 1, number 2 body (1) (2) and extends the surface, guide section (73-1) (73-2) the slot (72) of being accessed and with each other is slid on the in, mobile support member (7) of a flexible display element (4) toward the element is lifted off flexible display device (4) of number 3 portion (4c) is held proximity in a sustained manner.

[102]

20c as shown in also number 1, number 2 body (1) (2) is completely unfolded ground, mobile support member (7) comprises a support located at the support section (71) by flexible display device (4) of number 3 portion (4c) is stably is supported.

[103]

Also refers to surface 20b 20c also, flexible display device (4) of number 3 portion (4c) in number 1, number 2 support (121) (221) and a mobile support member (7) between number 1, number 2 receiving portion (122) (222) in which the above method is corresponding to number 1, number 2 body (1) (2) located in a position that are unfolded the other component when is not supported by. I.e., flexible display device (4) of number 3 portion (4c) that a mobile support member (7) supported by a central station where it is (4c-3) both sides of region (4c-1) (4c-2) to other elements of the is not supported by. Number 1, number 2 body (1) (2) the fact that the position of the are unfolded when folded position in the, flexible display device (4) of number 3 portion (4c) the downward, i.e. number 1, number 2 body (1) (2) a projected toward the bends of the have a tend. Curved number 3 portion (4c) and the center region of the (4c-3) a moving support member (7) which are supported by, a central area of both region (4c-1) (4c-2) has a concave number 1, number 2 receiving portion (122) (222) are housed in. Furthermore, number 1, number 2 body (1) (2) the fact that the position of the are unfolded while folded position in the flexible display element (4) of number 3 portion (4c) of a divergent compared [...] the mobile support member (7), and reduced amount of retraction of even an odd field signal and ingredient number 3 (4c) is number 1, number 2 receiving portion (122) (222) configured to be received within a to a crown portion consisting. can be flexed. Therefore, number 1, number 2 body (1) (2) the fact that the position of the are unfolded converted into closed position be transported during the support member (7) due to a lack of amount retraction of number 3 portion (4c) is not projecting downward bends of the earphone for a convexly upwardly can be the rotor is rotated.

[104]

A surface of the is, number 1, number 2 body (1) (2) located in a position that are unfolded when the flexible display element (4) of number 3 portion (4c) which can support flexible display device (4) of number 3 portion (4c) the method is planarized. can be. Furthermore, number 1, number 2 body (1) (2) bars are in closed position when located flexible display device (4) and a bulging by into and upon being withdrawn from (4d) which can be accommodated is can be space-ensured. Furthermore, number 1, number 2 body (1) (2) are unfolded the fact that the position of the when intended to be transformed into closed position the flexible display element (4) and a bulging in bent downwardly and allow (4d) may be formed. Furthermore, number 1, number 2 body (1) (2) is and spreading the tampon open closed position even when intended to be transformed into the fact that the position of the number 1, number 2 receiving portion (122) (222) the number 3 portion (4c) is bent to the downwards allows such that they remain.

[105]

Also 8a, 8b also, also 8c, also 9, and 10 shown in number 1, number 2 gear part (35-1) (35-2) according to connection structure having, in folding number 1, number 2 body is the rotational angle of synchronised to one another and where is (1) (2). Therefore, folding mobile support member (7) also from tipping the output terminal of the amplifier and can be lifted and lowered with. Furthermore, elastic by the weaker transmit/receive unit number 1, number 2 body is spread over the (1) (2) or the badge is constructed in a direction is folded, mobile support member (7) by in a curved elastic unit can be lifting the upper.

[106]

Guide section (73-1) (73-2) slot and (73) a moving support member (7) is engaged with from tipping when folding for the direction of the width of the light instrument at least (W) may be provided with 2 to the place to be. The present in the embodiment (W) direction of the width of the light instrument folding in a pair of guide portions to the place to be 4 in (73-1) (73-2) slot and (73) is provided. And the unit includes at least one elastic, the present in the embodiment (W) widthwise in balancing to four resilient 2. unit is.

[107]

Guide section (73-1) (73-2) of slots (73) direction of the width of the light (72W), and wherein the movement to the, longitudinal (72L). a permitted movement. I.e., mobile support member (7) a pair of guide portions, and wherein the movement direction a hoistway (73-1) (73-2) is restricted by the. Therefore, mobile support member (7) is engaged with the output terminal of the amplifier and in the direction of lift counter to when shaken into can be lifted and lowered with. Furthermore, number 1, number 2 body (1) (2) located in a position that are unfolded even when a mobile support member (7) support (71) is not from tipping, stably flattening flexible display device (4) of number 3 portion (4c) to support the.

[108]

Also 21a and a also 21b has a folding their side view the first deoxygenator embodiment of instrument. Also 21a the number 1, number 2 body (1) (2) located bars are in closed position which it is shown, also 21b the number 1, number 2 body (1) (2) located in a position that are unfolded is shown, in which state the fitting projection.

[109]

Also refers to surface 21a and 21b also, number 1, number 2 receiving portion (122) (222) is number 1, number 2 support (121) (221) is coupled to be rotated to. Number 1, number 2 body (1) (2) bars are in closed position when the position number 1, number 2 receiving portion (122) (222) of a flexible display element (4) and a bulging (4d) for receiving the flexible display device (4) a into and upon being withdrawn from is position number 1. Number 1, number 2 body (1) (2) located in a position that are unfolded when the number 1, number 2 receiving portion (122) (222) of a flexible display element (4) of number 3 portion (4c) is a number 2 position. Number 1, number 2 receiving portion (122) (222) the number 1, number 2 body (1) (2) is folded downwards in the roll-out position and a position in the number 1 position and are connected by plural is swingably and number 2. The present embodiment the first deoxygenator foldable device including, number 1, number 2 receiving portion (122) (222) the mobile support member (7) the movement of number 1, number 2. are moved into position. Mobile support member (7) the number 1, number 2 body (1) (2) is folded downwards in the roll-out position and when position in the number 1, number 2 receiving portion (122) (222) for number 1, number 2 moved to an injection position rotating levers (81) (82) can be is provided. Rotating levers (81) (82) once the moved support member (7) is supported to be rotated to, / or bioactive non-metallic material number 1, number 2 receiving portion (122) (222) and a are connected.

[110]

Also refers to surface 21a, number 1, number 2 body (1) (2) when the position bars are in closed position, moving support member (7) is the is positioned in a retreat position. Flexible display device (4) of number 3 portion (4c) and a bulging the (4d) is formed, and a bulging (4d) receiving portion by elasticity of the (122) (222) is position number 1.

[111]

Also 21a in shown in number 1, number 2 body (1) (2) and extends the surface, the aforementioned slot (72), a guide part (73-1) (73-2) mobile support member by the action of (7) identical with display element (4) toward the is access. Mobile support member (7) identical with display element (4) toward the access is number 1, number 2 rotating levers (81) (82) by number 1, number 2 receiving portion (122) (222) hinge (123) (223) opposite end (124) (224) such that it is audible which gradually, number 1, number 2 receiving portion (122) (222) of a flexible display element (4) toward the is access.

[112]

21b as shown in also number 1, number 2 body (1) (2) when a count has been reached position are unfolded, mobile support member (7) comprises a support position is reached and, number 1, number 2 receiving portion (122) (222) the number 1, number 2 rotating levers (81) (82) of the ferrule cover in order to to the pivoted to the stand about (123) (223) is position number 2. In this state number 1, number 2 rotating levers (81) (82) the mobile support member (7) a stopper provided up by (83) (84), does not longer pivoted to the stand. Therefore, number 1, number 2 receiving portion (122) (222) of a flexible display element (4) not spaced apart from, . is retained in this position number 2. Mobile support member (7) the number 1, number 2 receiving portion (122) (222) between flexible display device (4) of number 3 portion (4c) to support the foot panel.

[113]

In 21b also shown in, number 1, number 2 body (1) (2) for setting camera of notebook computer the mobile support member (7) identical with display element (4) spaced apart from and to begin to number 1, number 2 rotating levers (81) (82) also flexible display device (4) is spaced from the. The flexible display device (4) of number 3 portion (4c) and a bulging gradually the (4d) is formed, is curved in the portion (4c) is pushed to number 1, number 2 receiving portion (122) (222) and hinged with an the center of which lies on the (123) (223) and begins to be the moving towards a position in which the teeth number 1.. The number 1, number 2 body (1) (2) and a bulging in the (4d) spaces for accommodating semiconductor wafers inside is formed. Number 1, number 2 body 21a also is shown in position (1) (2) when a count has been reached, mobile support member (7) and a retracted position is reached, number 1, number 2 receiving portion (122) (222). position is reached the number 1.

[114]

According to the vertical, number 1, number 2 body (1) (2) located in a position that are unfolded a the mobile support member (7) and number 1, number 2 receiving portion (122) (222) by flexible display device (4) of number 3 portion (4c) since is supported, flexible display device (4) can be supported is stable, and the. Furthermore, flexible display device (4) of number 3 portion (4c) is planarized can be the method.

[115]

In folding flexible display device (4) applied to to reduce compressive force or tensile force, flexible display device (4) of number 1 portion (4a) and/or number 2 portion (4b) the number 1, number 2 body may be of which are held in (1) (2). Figure 22 shows a coarse also folding the first deoxygenator embodiment of instrument is aspects. Figure 23 shows a H-H ' is cross-sectional drawing of Figure 22. Also refers to surface 22, number 1 portion (4a) or number 2 portion (4b) the number 1, number 2 body (1) (2) direction of arrows to G1 or G2 is mounted in such a way can flow can be. In one example, with a 23 also, frame number 1 (12) the number 1 base frame (11) fixed to a fixed frame number 1 (411) and fixed frame number 1 (411) to G1 is mounted so that it can to slide direction a movable frame number 1 (412) and can comprise of. Number 1 fixed frame (411) guide rail (413) are provided, movable frame number 1 (412) guide rail (413) the elastic member (414) can be is provided. Number 1 fixed frame (411) the aforementioned hinge unit (3) components of, resilient unit of the configuration system elements, and number 1 receiving portion (122) can be is provided. Number 1 movable frame (412) the flexible display device (4) of number 1 portion (4a) the support the support (121) can be is provided.

[116]

A surface of the is, in folding flexible display device (4) of number 1 portion (4a) since magnet is an, flexible display device (4) applied to m number of third compressive force or tensile force. The, folding in flexible display device (4) of number 3 portion (4c) 4f references of Figure 22 is as shown by convexly or concave and reduces the tendency of can be modified.

[117]

Flexible display device (4) of number 2 portion (4b) can be magnet is free end also. To this end, as shown in also 23, number 2 frame (22) the number 2 base frame (21) fixed to a fixed frame number 2 (421) and fixed frame number 2 (421) to to slide direction G2 is mounted so that it can a movable frame number 2 (422) and can comprise of. Number 2 fixed frame (421) guide rail (423) are provided, movable frame number 2 (422) guide rail (423) the elastic member (424) can be is provided. Number 2 fixed frame (421) the aforementioned hinge unit (3) components of, resilient unit of the configuration system elements, and number 2 receiving portion (222) can be is provided. Number 2 movable frame (322) the flexible display device (4) of number 2 portion (4b) the support the support (221) can be is provided.

[118]

Flexible display device (4) having an elasticity that is has 3 as shown in also in number 1, number 2 body (1) (2) flexible display device even for setting camera of notebook computer (4) and a bulging (4d) the extension of the be the number 1, number 2 body (1) (2) is completely folded may not. The present embodiment by the void instrument folding the first deoxygenator number 1, number 2 body to retained in this position into the folded (1) (2). Figure 24 shows a also folding the first deoxygenator embodiment of instrument is side. Also Figure 25 shows a magnetic element (91) of the first deoxygenator embodiment is cross section. Also refers to surface 24, number 1 body (1) the magnetic element (91) which are mounted thereon and provided with, number 2 body (2) in closed position the magnetic element (91) and a opposite magnetic element by magnetic forces (91) that is attached to attachment member (92) is provided.

[119]

Is on the base and rotated by a, number 1, number 2 body (1) (2) position bars are in closed position when the magnetic element by magnetic forces (91) and a attachment member (92) by attaching unit is, number 1, number 2 body (1) (2) into the folded state is to keep the, portability and storage property and usability the objective compound..

[120]

Also refers to surface 25, magnetic element (91) comprises a persistent magnet (91a) and, permanent magnet (91a) an attaching member of the substrate (92) on a side thereof facing the (91a-1) to surround the periphery except for the a magnetic blocking member (91b) may comprise an. Magnetic blocking member (91b), for instance, can be ferromagnetic. Driven according to an inputted address is, permanent magnet (91a) electric its own magnetic force, so as to avoid an influence of electronic circuit can be. Furthermore, magnetic blocking member (91b) is magnetic circuit since function much like divided, permanent magnet (91a) of attachment member periphery of the back yoke (92) self connected can be enhances adhesiveness over a.

[121]

Attachment member (92) of a magnetic member (91) of a material that can be attached to if has is not particularly limited in. For example attachment member (92) can be means of a metallic compound. Furthermore, attachment member (92) has door 23 magnetic element shown in (91) the same structure.

[122]

[123]

< 제 2 실시예 >

[124]

The present embodiment a flexible instrument folding the first deoxygenator a manner that the forwardly and display device provided to in. Furthermore, the present embodiment the first deoxygenator in folding instrument folding flexible display device can be deduced mecress applied to is to provide a scheme in which, intended for. Furthermore, the present embodiment the first deoxygenator appearance instrument folding saves the cost is to provide a scheme in which, intended for.

[125]

Foldable device according to one aspect, includes a body body body and number 1 number 2 ; said number 1, number 2 a flexible display element supported body; said number 1 is positioned between the body said number 2 body and said number 1, number 2 body operably linked by a flexion a hinge unit; said is disposed across the unit hinge said body, while a spring-loaded curved in folding said flexible display device and a flexible guide member; includes.

[126]

Said guide member includes one or more display elements flexible said said hinge unit of four can be which may be located between the.

[127]

Said hinge unit comprises at least said number 1, number 2 with at least one of body can be removably connected with the relative movement, said guide member has at least said number 1, number 2 relative movement with at least one of body operably linked can be.

[128]

In folding each Δ L2, Δ L3 said guide member and said said hinge unit to the body to the circumferential position of a reflector according to each surface, said guide member and said body and said hinge unit Δ L3 = C2 / Δ L2 (the constant C2) may be connected to in order to satisfy,.

[129]

NS1 of said flexible display device of four surface, surface neutral of guide member for NS2, NS3 a hinge unit of four surface, d12, d23, d13 said neutral surface (NS2) (NS1) and said neutral surface, said neutral surface (NS3) (NS2) and said neutral surface, said neutral surface (NS1) and distance between said neutral surface of a reflector according to each step surface (NS3), Δ L3 = C2 /, d12/d13 = Δ L2 d23 = d13d12 = C1 (constant C1) (the constant C2), d13 = C1 / (1-C2)..

[130]

Said foldable device, folding said hinge unit and to the body to said in said of guide member mobile amount of an is to be uniform said hinge unit and said body said guide member to connect the piston with amount of movement, a control unit; may include a.

[131]

Said amount of movement control unit, said hinge unit preparing high-purity chiral alcohol is and rotates about a rotating shaft, number 1 number 1 post and lever; said is provided to the body, which is inserted a post said number 1 number 1 slot; said number 1 is coupled to post is rotating together with lever said number 1, number 2 number 2 post and lever; said is provided to the guide member moves, said number 2 post which is inserted a slot number 2 ; includes, said tilt axis from said number 1 the distance from post said number 1 from post may longer than distance post said number 2.

[132]

Tilt axis from said said number 1, where the R post RA1, RA2, where the R post said number 2 from post said number 1, said flexible display device from of four neutral of guide member said d12 distance surface, said flexible display device from of four said hinge unit of four d13 distance surface of a reflector according to each step surface, can be d12/d13 = RA2/RA1. ,

[133]

Said hinge unit said number 1, number 2 can be moved and the relative body removably connected with the, said guide member said number 1, number 2 body and operably linked relative movement can be.

[134]

Said hinge unit said number 1, number 2 body and operably linked relative movement can be.

[135]

Said hinge unit said number 1, number 2 body to be symmetrically by may be moved.

[136]

Said hinge unit said number 1, number 1 number 2 body and with a respective switch connected in series, which connection unit includes the first elastic unit number 2, said guide member, a tilted manner orthogonal to the direction folding cleaning agent suppliers are disposed apart number 1, number 2 guide member associated therewith such, said number 1 end guide member said number 2 arranged body said number 1 is is connected to said hinge unit and is moved relative to the body, said number 2 together, said number 2 end guide member said number 1 arranged body said number 2 is is connected to said hinge unit and together may be moved relative to the body, said number 1.

[137]

Said flexible display device from of four said number 1, number 2 of guide member neutral surface d12 distance, said number 1, number 2 of guide member neutral from said hinge unit of four d23 distance surface of a reflector according to each step surface, can be d12 = d23.

[138]

Foldable device according to one aspect, number 1 number 2 body and body; said number 1, number 2 a flexible display element supported body; said number 1 is positioned between the body said number 2 body and said number 1, number 2 body the operably linked by a flexion, said number 1, number 2 operably linked relative movement body and the hinge unit; in folding said number 1, number 2 body symmetrical with respect to said hinge unit methods for drying and keeping dry movement limiting unit; includes.

[139]

Said hinge unit said number 1, number 1 number 2 body and with a respective switch connected in series, which connection unit includes the first elastic unit number 2, said movement limiting unit, said number 2 arranged body end said number 1 is connected to said hinge unit with is moved with a body to said number 2 number 1 guide member; said number 1 folding guide member and orthogonal to the direction and cleaning agent suppliers are disposed apart a tilted manner, said number 1 arranged body end said number 2 is is connected to said hinge unit and together moved with a body to said number 1 number 2 guide member; may comprise an.

[140]

Said number 1, number 2 intersects with direction folding guide member a tilted manner can be disposed apart from one.

[141]

Said number 1, number 2 guide member it can be possible for a sheet a spring-loaded curved. may be in the form.

[142]

Said flexible display device from of four said number 1, number 2 of guide member neutral surface d12 distance, said number 1, number 2 of guide member neutral from said hinge unit of four d23 distance surface of a reflector according to each step surface, can be d12 = d23.

[143]

Hereinafter, the above-mentioned a light emitting and detecting function, number 2 embodiment of instrument for separating sheets, and a sheet. as further described thereby, the cold air flows.

[144]

Figure 26 shows a also folding the first deoxygenator embodiment of instrument is perspective view appearance. Also shown in Figure 27 shows a 26 also embodiment of instrument a folding manners. and the side surface of the opening as it was. Figure 28 shows a 26 also also shown in the first deoxygenator embodiment of a folding instrument. and the side surface of the a folded state.

[145]

Also with a 28 also to 26, the body and the instrument folding, flexible display device (140) and a, hinge unit (130) comprises an ultra-. Body number 1, number 2 body includes (110) (120), flexible display device (140) the number 1 body (110) and a number 2 body (120) is supported to. For example flexible display device (140) with the adhesive agent, thereby hindering the use of lashing means as well as adhesive double-sided tape number 1 body (110) and a number 2 body (120) can be adhered to.. Hinge unit (130) the number 1, number 2 body (110) (120) positioned between the shelves, number 1, number 2 body.-rotatably and movably connected to the by a flexion (110) (120). Number 1, number 2 body (110) (120) is (L) the longitudinal direction, has a direction of folding.

[146]

Folding instrument communication terminal, game machine, multimedia device, portable computer, such as body has a predetermined photographing device can be mobile device. Furthermore, a flexible instrument folding display element (140) of number 1 portion (4a) is supported a number 1 body (110) and a, flexible display device (140) of number 2 portion (4b) is supported a number 2 body (120) and a, number 1, my body and hinged with an unit (110) (120) (130) may be folded by any connected. a non-intrusive even device.

[147]

Flexible display device (140) has door 2 as shown in the phase of the first flexible display panel (41) and, flexible display panel (41) is disposed exterior to a transparent protective panel (43) may include a. Furthermore, flexible display device (140) has touch panel as input means (42) further may include. Touch panel (42), a transparent protection panel (43) and flexible display panel (41) can be disposed between the. Addition flexible display device (140) different optical panel further or an optical film, and can comprise of.

[148]

Number 1, number 2 body (110) (120) according to use the folding instrument unit processing that would otherwise be performed by function (not shown) and input/output means (not shown) are provided that can be. Folding instrument Image and music on enjoy the when the multimedia terminal, information processing section Image processing unit (not shown) and sound information processing section (not shown) may comprise an. Foldable device processing unit when communication terminal may include a a communication module. Input/output an Image input/output unit (not shown) and a sound input/output part (not shown) and the manipulating portion user operation of functions may comprise an (not shown). Operation part a flexible display element (140) integrated with a touch panel (42) may be implemented by.

[149]

Flexible display device (140) the number 1 body (110) coupled to number 1 portion (4a) and number 2 body (120) coupled to number 2 portion (4b) and number 1 body (110) and a number 2 body (120) number 3 between portion (4c) may be divided into.. For example flexible display device (140) with the adhesive agent, thereby hindering the use of lashing means as well as adhesive double-sided tape number 1 body (110) and a number 2 body (102) .can be adhered to. Flexible display device (140) of number 3 portion (4c) a hinge unit (130) are not fixed to. Flexible display device (140) of number 3 portion (4c) is by bending folding instrument as shown in Figure 28 can be folded. Folding instrument in a folding type hinge unit (130) a flexible display element (140) the nip forming, also as shown in 28 a polishing direction has a curved portion (130a) to form a. In this state hinge unit (130) which longer not bent, flexible display device (140) of number 3 portion (4c) is bent is completely protects can be. Hinge unit (130) the number 1, number 2 body (110) (120) operably linked by a flexion a variety of structures may have. For example, hinge unit (130) to be pivoted to the stand a plurality segments of one another member for being detachably connected chain structure, elastically bent posture having the pre-bending can take the structure nor the.

[150]

Folding instrument shown in 27 also is in the open 28 also from the state that an shown in when intended to be transformed in a folded state the flexible display element (140) are unchanged the length of the. Flat-like member to bend when choosing which side is of between the interior and the exterior of member serving as a boundary, the internal inner side compressed is tensioned the outside. The bound a tin won't come off for variation in length, is (neutral surface) surface neutral surface sees the same. According to defined neutral plane, neutral surface the sum of the force that is exerted laterally is '0'. A stress thin neutral (σi) (A) area act to integrated to a lower surface,

[151]

[152]

Are, this value is '0' is surface neutral is faces.

[153]

Preferably flexible display device and tightly (140) also neutral plane but unchanged length, varies such length interposed between the inner and outer side faces. However, flexible display device (140) interposed between the inner and outer side faces a small thickness of of the motor length. very small. Therefore, flexible display device (140) that do not vary the length of the. if.

[154]

Folding instrument is also 28 as shown in flexible display device in a folded state (140) the inner peripheral side position the hinge to an operative unit (130) is at the outer periphery of the. Therefore, in a folded state number 1, number 2 body and a hinge unit (110) (120) (130) (also 28:L2) has in the open length of body in the state of being in number 1, number 2 body and a hinge unit (110) (120) (130) (also 27:L1) is longer than length of. Therefore, length that do not vary flexible display device (140) based on performance to the surface of glass, folding instrument are unfolded from the state that an when intended to be transformed in a folded state at the outer periphery of the hinge unit (130) the number 1, number 2 body (110) (120) is displaced in the direction of A2 to should. Vice versa in a folding type instrument folding downwards in the roll-out is switched to the associated state when a hinged unit (130) the number 1, number 2 body (110) (120) is displaced in the direction of A1 to should. The, hinge unit (130) the number 1, number 2 body (110) (120) and longitudinal (L) is operably linked to slide. Hinge unit (130) of number 1, number 2 body (110) (120) for A1, A2 movable a hinge unit (130) for number 1, number 2 body (110) (120) A2, A1 of movement in the direction of selection to. Hereinafter in hinge unit (130) and number 1, number 2 body realizing a relative movement of the hinge unit (110) (120) (130) is number 1, number 2 body (110) (120) is moved relative to the described which. Hinge unit (130) the number 1, number 2 body (110) (120) mobile one, while the remaining operably linked fixedly from may be connected to. Furthermore, hinge unit (130) the number 1, number 2 body (110) (120) operably linked mobile with both may be. Hereinafter in hinge unit (130) is number 1, number 2 body (110) (120) with both can be brought to the. described the structures that are connected.

[155]

Embodiment of instrument folding also Figure 29 shows a coarse cross-sectional is the first deoxygenator. Also refers to surface 29, in the present in the embodiment, hinge unit (130) the number 1, number 2 body (110) (120) and longitudinal (L) is operably linked to slide. As an example, hinge unit (130) the number 1 rail (131a) having a coupling bracket (131) includes. Coupling bracket (131) the number 1, number 2 coupling bracket comprises an ultra-(131-1) (131-2). Number 1, number 2 coupling bracket (131-1) (131-2) a hinge unit (130) (L) longitudinal direction of the direction of the lower surface of 2000. Number 1 coupling bracket (131-1) the number 1 body (110) and is connected to the insulator, number 2 coupling bracket (131-2) the number 2 body (120) and a are connected. Body number 1, number 2 the number 1 rail (110) (120) (131a) is combined with the hinge unit (130) is number 1, number 2 body (110) (120) relative to each other to allow the CD holder to slide rail number 2 (113) is provided. One example number 1 rail (131a) (L) the longitudinal direction, has a rail extending slot, in the form of number 2 (113) the opposite to a projection may be in the form, . combination and vice versa.

[156]

By the vertical, folding instrument bars are downwards in the roll-out position and when position in the hinge unit (130) is number direction A1, A2, number 2 body is slidable with respect to a (110) (120). The, flexible display device (140) a center axis same as that of the length of the, foldable device folding/to unfold the folding instrument by force is applied to the flexible display device (140) can be stress is added, to.

[157]

Also refers to surface 29, flexible guide member (150) is showing. Guide member (150) the number 1, number 2 body (1) (2) hinged to unit (130) is disposed across the, while a spring-loaded curved in folding flexible display device (140) and to. Guide member (150) has resiliently bent posture having the pre-bending of a flexible sheet (sheet)-form member, for example rapid sheet, plastic film or the like which can be. Guide member (150) the number 1, number 2 body (110) (120) to number 1, number 2 body (110) (120) respect to at least one of the sliding mounted so that it can can be. For example hinge unit (130) is number 1 body (110) when slidable with respect to a guide member (150) the number 1 body (110) is slidable with respect to a. Furthermore, hinge unit (130) is number 1, number 2 body when guide member slidable with respect to a (110) (120) (150) also number 1, number 2 body is slidable with respect to a (110) (120). Guide member (150) has a folding instrument is folded downwards in the roll-out the status is switched to the associated state when the flexible display element (140) the dispersion of the stresses placed on. I.e., guide member (150) and the a spring-loaded curved by being unfolded, foldable device folding/to unfold the folding force is applied to the instrument absorb some of the flexible display device (140). deduced mecress applied to.

[158]

Guide member (150) has a folding thickness direction of instrument (T) in flexible display device (140) and a hinge unit (130) between the 2000. Particularly a and tightly, guide member (150) has a thickness direction (T) in flexible display device (140) of four surface (also 30 : NS1) and, hinge unit (130) of four surface (also 30 : NS3) 2000 between the. Guide member (150) the hinge unit (130) across the number 1, number 2 body (110) (120), extending toward. Hinge unit (130) the guide member (150) from being passed slot (132) .may be provided with. Folding instrument is folded downwards in the roll-out the status is switched to the associated state when guide member (150) and bends of the a natural may be unwrapped to, guide member (150) and a number 1, number 2 body (110) (120) has a longitudinal (L) with the purpose of the first area may be connected to. In one example, guide member (150) the number 1, number 2 body (110) (120) and longitudinal (L) to slide operably linked can be. Guide member (150) the number 3 rail (151) is provided in, number 1, number 2 body (110) (120) the number 3 rail (151) is to allow the CD holder to slide embodiment of the invention includes a flowmeter number 4 rail (114) is provided. In one example, also refers to surface 4, number 3 rail (151) a guide member (150) by the first distance along the slot and is coupled (L) may be in the form, number 4 rail (114) in the form of the slot number 3 rail (151), which is inserted into can be projection shape.

[159]

29 as shown in also flexible display device (140) is positioned the inner peripheral side is, to the outer circumference side guide member (150), hinge unit (130). is located. Downwards in the roll-out and a folded state is switched to the associated state when hinge unit (130), a guide member (150) of number 1, number 2 body (110) (120) relative to each sliding amount (amount of movement). different.

[160]

Also Figure 30 shows a number, number 2 body (110) (120) are unfolded began to folded from a predetermined angle (θ) when an accordion bellows chamber through the multi-duct hinge unit (130), a guide member (150) of sliding amount a is coarse. In Figure 30, NS1 a flexible display element (140) of four surface, NS2 has a guide member (150) of four surface, NS3 the hinge unit (130), respectively a surface of four. Δ L1. The fact that the position of the unfolded each Δ L2, Δ L3 spreading angle (θ) is reached until flexible display device (140), guide member (150), hinge unit (130) of number 1, number 2 body (110) (120) to a sliding amount a new line. D12, d23, each neutral surface d13 (NS1) and neutral surface (NS2), neutral surface (NS2) and neutral surface (NS3), neutral surface (NS1) and neutral surface. to indicate a distance between (NS3).

[161]

Flexible display device (140) a center axis same as that of the length of the,

[162]

Δ L1 = 0

[163]

Δ L2 = d12 ×θ

[164]

Δ L3 = d13 ×θ

[165]

Is. (A θ (radian) and a fractional)

[166]

In folding flexible display device (140) irradiated for a to circulates the water, spreading angle (θ) is implemented d13 should a second. To this end, in folding also Δ L3 / Δ L2 and a d23. is constant.

[167]

D23 = d13d12 = C1 (constant C1)..... (Type 1)

[168]

Δ L3 = d12/d13 = C2 / Δ L2 (the constant C2)..... (Type 2)

[169]

The aforementioned (type 1) and when (type 2) is satisfied d13 = C1 / (1-C2) are, d13 can be a second. Is driven according to an inputted address, flexographic in folding sub display element (140) not changes in length, number 1, number 2 body (110) (120) and a hinge unit (130) a natural length of the changing. trash bag. Furthermore, guide member (150) in folding by flexible display device (140) can be reduced is stresses placed on..

[170]

Order to satisfy the conditions aforementioned, the present embodiment the first deoxygenator process folding instrument folding hinge unit (130) of sliding amount (Δ L3), a guide member (150) of sliding amount (Δ L2) becomes constant ratio of containing an annex which adjusts to sliding amount (amount of movement) comprises an ultra-control unit.

[171]

Figure 31 shows a decomposition perspective view also folding is the first deoxygenator embodiment of instrument. Also 31 with a, number 1 body (110) the base cover (110-1) and a, base cover (110-1) is coupled to flexible display device (140) of number 1 portion (4a) is supported a frame (110-2) including. Number 2 body (120) the base cover (120-1) and a, base cover (120-1) is coupled to flexible display device (140) of number 2 portion (4b) is supported a frame (120-2) includes. For example, flexible display device (140) of number 1, number 2 portion a frame (4a) (4b) (110-2) (120-2) with an adhesive, double-sided tape, such as by. that can be affixed together by.

[172]

The present embodiment the first deoxygenator hinge unit (130) has the chain structure. Also Figure 32 shows a hinge unit (130) is perspective view of the first deoxygenator embodiment. Figure 33 shows a also plurality segments of member (310) the first deoxygenator embodiment of correlation is decomposition perspective view. Also and a 34a 34b also the hinge unit (130) is unfolded each a folded state the status a side view their.

[173]

With a 33 also and 32 also, hinge unit (130) the longitudinal direction, has a plurality (L) segments of member (310) and a, plurality segments of member (310) is compared with a plurality of pivotally connects connecting member (320) includes. Plurality segments of member (310) in a longitudinal direction during reflow in two position (L) segments of member (310a) (310b) the number 1, number 2 body are connected to a (110) (120). Plurality segments of member (310) the guide member (150) from being passed slot (132) is provided.

[174]

Segments member (310) has an upper (311) and the lower ends (312) has a. Upper end (311) and the lower ends (312) each earphone for a direction and a the segments member (310) of the inside and the outside of. end. Segments member (310) has an upper (311) and the lower ends (312) for connecting side number 1 (313) and a number 2 side (314) has a. Number 1 side (313) other adjacent segments member (310) of number 2 side (314) and a opposed. Plurality segments of member (310) upper end of (311) of a flexible display element (140) of number 3 portion (4c) having a support surface supporting the module is formed on (also 29:301). Flexible display device (140) of number 3 portion (4c) the top end (311) is supported, are not attached.

[175]

Reference to the 33 also, plurality segments of member (310) to be rotated each other one example of structure, which is movably coupled. described. Segments member (310-1) the folding direction, a tilted orthogonal to the longitudinal direction thereof (L) extends (W), (L) spaced longitudinal each other number 1, number 2 through hole (315-1) (316-1) is provided. Segments member (310-1) adjacent to the segments and member (310-2) the cross direction (W) extends, (L) spaced longitudinal each other number 1, number 2 through hole (315-2) (316-2) is provided. Segments member (310-1) of number 2 through hole (316-1) a segment member (310-2) through hole number 1 of (315-2) is aligned with. Number 2 through hole (316-1) and number 1 through hole (315-2) of limiting a movement range of the connecting member in the form of a shaft is off-center from the (320) is inserted, segments member (310-1) (310-2) a connecting member (320) attached to the are connected to be rotated each other.

[176]

Plurality segments of member (310) has an upper (311) lower end length of (312) is shorter than length of. Therefore, foldable device when intended to be transformed in a folded state, plurality segments of member (310) the plurality of connecting member (320) the center of which lies on the upper end (311) is rotated which they approach each other, they are. Folding instrument switched are unfolded during an ordinary traveling plurality segments of member (310) the plurality of connecting member (320) the center of which lies on the upper end (311) a direction away from one another are. pivoted to the stand.

[177]

Also 34a as shown in opening as it was that are adjacent to one another in two segments member (310-1) (310-2) lower end of (311) are they are in contact with each other. (shown dotted). Therefore, external force from the state that an unfolded (F11) coated on the whole hinge unit (130) not from flexing outward. Hinge unit (130) outward bent surface flexible display device (140) or a wet force is applied, the flexible display device (140) is number 1, number 2 body separated from (110) (120) can be or damaged. This problem is the first deoxygenator embodiment without is inserted into hinge unit (130) can be prevented by.

[178]

That are adjacent to one another in a folded state two segments member (310-1) (310-2) upper end of (311) are brought into contact with each other (also 34b) that are adjacent to one another or two segments member (310-1) (310-2) a dispensing orifice a of mutually facing, for example segments member (310-1) of number 1 side (313) adjacent to the segments and member (310-2) of number 2 side (314) is come into contact with each other. Therefore, external force in a folded state (F12) coated on the whole hinge unit (130) of an elbow (130a) further in inwardly-constituting form in is maintained unmodified from flexing, flexible display device (140) of number 3 portion (4c) is not bent is completely can be protected.

[179]

Establishing an optical fiber at a side hinge unit (130) the number 1, number 2 body (110) (120) and a sliding is operably linked. Furthermore, guide member (150) the number 1, number 2 body (110) and a sliding is operably linked. Figure 35 shows a also hinge unit (130) and a guiding element (150) and a number 1, number 2 body (110) (120) one example of a connective relation with decomposition for showing is perspective view. In Figure 35 the hinge unit (130) and a guiding element (150) and a number 1 body (110) but it is shown a connective relation with, hinge unit (130) and a guiding element (150) and a number 2 body (120) .the same photographs connection with. Figure 36 shows a X1-X1 ' is cross-sectional drawing of Figure 32.

[180]

Also 32, also 35, also 36 with a, hinge unit (130) (L) longitudinal direction of the other end and one end of number 1, number 2 coupling bracket (131-1) (131-2) is provided. Number 1, number 2 coupling bracket (131-1) (131-2) the number 1 rail (131a) is are respectively provided. Body number 1, number 2 the number 1 rail (110) (120) (131a) and to allow the CD holder to slide rail number 2 embodiment of the invention includes a flowmeter (113) is provided. In one example, number 1 rail (131a) the mother pipe having a cross sectional shape "L", longitudinally-shaped form extending (L), number 2 rail (113) the mother pipe having a cross sectional shape "U" -shaped, longitudinally extending (L) are in the form of aqueous. The present in the embodiment number 2 in rail (113) the material, for example, polyacetal resin, oil impregnated plastic resin, etc. prepare silk peptide as rail bracket (113a) is coupled to, rail bracket (113) the base cover (110-1) and is coupled to.

[181]

Guide member (150) the number 3 rail (151) is provided in, number 1, number 2 body (110) (120) the number 3 rail (151) is to allow the CD holder to slide embodiment of the invention includes a flowmeter number 4 rail (114) is provided. In one example, number 3 rail (151) the mother pipe having a cross sectional shape "U", longitudinally-shaped form extending (L), number 4 rail (114) the mother pipe having a cross sectional shape "L" -shaped, longitudinally extending (L) are in the form of aqueous. The present in the embodiment number 3 in rail (151) the material, for example, polyacetal resin, oil impregnated plastic resin, etc. prepare silk peptide as rail bracket (151a) is coupled to, rail bracket (151a) a guide member (150) and is coupled to. Number 4 rail (114) the base cover (110-1) coupled to a rail bracket (114a) can be formed to.

[182]

On the base and rotated by a the hinge unit (130), a guide member (150) the number 1, number 2 body (110) (120) and a sliding operably linked can be.

[183]

Now, hinge unit (130) of sliding amount (Δ L3), a guide member (150) of sliding amount (Δ L2) becomes constant ratio of sliding amount control unit of the configuration system containing an annex which adjusts to the described embodiment thereby, the cold air flows. Also refers to surface 35, number 1 lever (161) and a number 2 lever (162) is showing. Number 1 lever (161) the hinge unit (130) is provided to hinge unit (130) with number 1, number 2 body is slidable with respect to a (110) (120). In one example, number 1 lever (161) the number 1 coupling bracket (131-1) tilt axis preparing high-purity chiral alcohol (161-1) are connected to be rotated to. Number 1 lever (162) the other end of the number 1 post (161-2) is provided in a. Number 1 post (161-2) the number 1 body (110) provided on the number 1 slot (116) are inserted in. In one example, slot number 1 (116) the rail bracket is incision in (113a) (114a) can be formed.

[184]

Figure 37 shows a spreading angle (θ) also foldable device number 1 lever when the front end of the folding (161) exhibit a of. surface thereof, and the. Also 37 with a, number 1 post (161-2) and a number 1 slot (116) a hinge unit (130) is sliding is number 1 lever (161) and a turning serve as.. Once folded up is instrument folding hinge unit (130) the number 1 body (110) the longitudinal direction relative thereto which is shifted (L) in Δ L3, tilt axis (161-1) also hinge unit (130) with Δ L3. is shifted in longitudinal direction (L). Number 1 post (161-2) the number 1 body (110) provided on the number 1 slot (116) to longitudinal head and is interposed (L) do not moved, number 1 slot (116) is moved along the width direction (W). Therefore, number 1 lever (161) the tilt axis (161-1). pivoted to the stand about.

[185]

Figure 38 shows a also number 1 lever (161) and a number 2 lever (162) correlation is cross section for showing. Also 10 and also 13 with a, number 2 lever (162) the number 1 lever (161) is connected to. Number 2 lever (162) the number 1 lever (161) the fitting protrusion 46 is fixed to. I.e., number 2 lever (162) the number 1 lever (161) is rotating together and a, number 1 lever (161) relative to are not pivoted to the stand. For example, number 2 lever (162) number 1 one end of the post (161-2) fitting protrusion 46 is fixed to the. Are connected. Number 2 lever (162) the number 1 lever (161) comprising n-typed dopant is rotating together when the. Number 2 lever (162) the other end of the number 2 post (162-1) is provided in a. Number 2 post (162-1) has a guide member (150) provided on the number 2 slot (152) are inserted in. In one example, slot number 2 (152) a guide member (150) radio interface unit, connected with a rail bracket (151a) is incision in can be formed.

[186]

Also 39a and 39b also the hinge unit (130) to be displayed when the sliding is number 2 lever (162) a exhibit a of their drawing. Also 39a and 39b also each folding instrument number 1 from the state that an are unfolded, number 2 lever (161) (162) (θ) angle foldable with a state of the spreading device in a folded state number 1, number 2 lever more, exhibiting state of (161) (162). 39a shown in also in a state in which the foldable device once folded up until spreading angle (θ), in Figure 37 invention as described above wherein hinge unit (130) is disposed by Δ L3 in a longitudinal direction (L), number 1 lever (161) is comprising n-typed dopant. The, number 2 lever (162) also number 1 lever (161) while rotating together and a, number 2 post (162-1) is number 2 slot (152). through the roller by pushing the (L) the longitudinal direction. The number 2 slot (152) Δ L2. is shifted in a longitudinal direction (L). As a result guide member (150) is sliding by Δ L2 (L) in longitudinal direction also.

[187]

Number 1 lever (161) and a number 2 lever (162) the each for ingnition coil on angle (β), Δ L2 and a Δ L3 the turning arm. is relied on length. Number 1 lever (161) for ingnition coil on after and before, i.e. tilt axis (161-1) number 1 from post (161-2) is RA1 the distance from, number 2 lever (162) for ingnition coil on after and before, i.e. number 1 post (161-2) from number 2 post (162-1) is RA2 the distance from. Therefore, the aforementioned (type 2) to satisfied by, RA1 and RA2 is such that Δ L3 = d12/d13 = RA2/RA1 / Δ L2 is determined. I.e., number 1 lever (161) for ingnition coil on arm length and number 2 lever (162) for ingnition coil on arm length ratio that a flexible display element (140) from hinge unit (130) distance (d13) with a flexible display element (140) from guide member (150) is equal to a ratio of distance of (d12).. Preferably and tightly d12 of a flexible display element (140) of four surface (NS1) from guide member (150) which is a distance from the surface of four (NS2), d13 of a flexible display element (140) from (NS1) surface of four hinge unit (130) (NS3). is a distance from the surface of four. Hinge unit (130) a plurality (NS3) surface of four segments of member (310) of a plurality of and the rotary shaft connecting member (320) central axis of. surface thereof, and the are located.

[188]

Is on the base and rotated by a, folding instrument is folded position and the unfolded position in the d12, d23 in the process where the oil, having a predetermined transfer nip, to d13 can be. Therefore, folding in flexographic sub display element (140) not changes in length number 1, number 2 body (110) (120) and a hinge unit (130) a natural length of the changing and trash bag, guide member (150) in folding by flexible display device (140) can be reduced is stresses placed on..

[189]

Folding instrument shown in Figure 27 the fact that the position of the in the open, 28 also shown in. can be locked in closed position. Furthermore, folding instrument as shown in Figure 40 number 1, number 2 body (110) (120) are unfolded predetermined between a folded state the status (E) angle for the upper surface and an accordion bellows locked. A folded state (E) angle an accordion bellows opening as it was and each is also 180 help 0. The present embodiment the first deoxygenator foldable device number 1, number 2 body (110) (120) (E) angle an accordion bellows at least one the locking state of the upper surface and a locking unit comprises an ultra-. In one example, locking unit a hinge unit (130) is number 1, number 2 body slidable with respect to a (110) (120) when the such that the pawl is maintained stopped at a prescribed position or can be implemented by. Also refers to surface 35, coupling bracket (131-1) the locking boss (171) is provided in a. Number 1, number 2 body boss locking the (110) (120) (171) can be sliding locking rail re- embodiment of the invention includes a flowmeter (172) is provided in a. The present in the embodiment locking rail re- in (172) is rail bracket (113a) is provided.

[190]

Figure 41 shows a also locking rail re- (172) is perspective view of the first deoxygenator embodiment. Also 41 with a, locking rail re- (172) has a locking boss (171) is inserted sliding flexible to allow the locking rail (172-1) is provided. Locking rail (172-1) the locking boss (171) can be sliding is inserted a cut slot are in the form of aqueous. Locking rail (172-1) folded in locking boss (171) locking part number 1 is located (172-1a) and a, boss locking from the state that an unfolded (171) is located locking part number 2 (172-1b) and can comprise of a. Locking part number 1, number 2 a connection rail (172-1a) (172-1b) (172-1c) are connected by. Locking part number 1, number 2 (172-1a) (172-1b) a locking boss (171) receive a. shaped so that it can be. For example, number 1, number 2 locking part (172-1a) (172-1b) a locking boss (171) similar diameter of (slightly less dimensioned to be slightly larger a) can be cylindrical having a diameter in a. Connected rail (172-1c) the locking boss (171) shaped so that it can be and being slideable a natural have a. For example, connected rail (172-1c) width of (W1) the locking boss (171) can be sliding the cooling unit is installed adjacent locking boss (171) can be dimensioned to be slightly larger than the diameter of. Locking part number 1, number 2 (172-1a) (172-1b) connected rail (172-1c) between the locking boss (171) for number 1, number 2 locking part (172-1a) (172-1b) maintained on a boundary rail (172-1d) (172-1e) .may be provided with. Boundary rail (172-1d) (172-1e) the locking boss (171) have a width (W2) which is smaller than a diameter of. locking rail re- (172) or at least locking rail (172-1) is made from an elastic of a material having.

[191]

Number 1, number 2 body (110) (120), in which state the fitting projection are unfolded (spreading angle (E) =180 also) in locking boss (171) the number 1 locking part (172-1a) to 2000. Boundary rail (172-1d) locked by a boss (171) the number 1 locking part (171-1a) is held. I.e., number 1, number 2 body folding the (110) (120) a limited of a size no less than the external force, locking boss (171) boundary rail (172-1d) if so, the through the, locking boss (171) the number 1 locking part (171-1a) is maintained in the, number 1, number 2 body is locked from the state that an are unfolded (110) (120).

[192]

External force is applied number 1, number 2 body (110) (120) started folded hinge unit (130) is number 1, number 2 body (110) (120) is disposed relative to, locking boss (171) is sliding also. Locking boss (171) the boundary rail (172-1d) which at both, boundary rail (172-1d) into the inserting is width (W2) is 2000. Locking boss (171) boundary rail (172-1d) if the bits pass the, connected rail (172-1c). at both. Number 1, number 2 body (110) (120) (E) angle an accordion bellows while gradually, locking boss (171) the boundary rail (172-1e). being admitted to. Locking boss (171) bounded by rail (172-1e) into the inserting is width (W2) is 2000. Locking boss (171) boundary rail (172-1e) if the bits pass the, locking part number 2 (172-1b). at both. Number 1, number 2 body (110) (120) (spreading angle (E) =0) the a folded state is locked the is reached.

[193]

Number, number 2 body downwards in the roll-out in a folding type (110) (120) is switched to the associated state a process for the aforementioned process is reverse order. Is on the base and rotated by a, number 1, number 2 body (110) (120) has the folding state and opening as it was. can be locked.

[194]

Intercepts the number 1, number 2 body (110) (120) into the folded state and unfolded in an accordion bellows between on the one hand a predetermined angle and which can lock the (E). Figure 42 shows a also locking rail re- (172) is perspective view of the first deoxygenator embodiment. Also refers to surface 42, locking part number 1 (172-1a) connected rail (172-1c) between the locking part number 3 (172-1f) is provided in a. Number 3 locking part (172-1f) the boundary rail (172-1d) locking part number 1 by (172-1a) is connected to the insulator and, boundary rail (172-1g) rail connected by (172-1c) and are connected. For example, number 3 locking part (172-1f) the spreading angle can be corresponding on the first aluminum layer to the (E) =120. Is on the base and rotated by a, number 1, number 2 body (110) (120) has body in the state of being in the open, spreading angle (E) =120 degree state, and folded state can be locked in..

[195]

Figure 43 shows a also guide member (150) and a hinge unit (130) and number 1, number 2 body (110) (120) one example of a connective relation with coarse for showing is a plane. The number 1 guide member 44a also (150-1) and a number 1, number 2 body (110) (120) and a hinge unit (130) for showing a connective relation between a data is the approximate side view. The number 2 guide member 44b also (150-2) and a number 1, number 2 body (110) (120) and a hinge unit (130) for showing a connective relation between a data is the approximate side view. In Figure 43 flexible display device (140) the omitted.. Furthermore, also 43, also 44a, 44b also hinge unit (130) and number 1, number 2 body connection with the aforementioned structure (110) (120) each examples of the embodiment, illustrated a simplified.

[196]

Also with a 43, number 1, number 2 body the hinge unit (110) (120) (130) by. for being detachably connected folded. Hinge unit (130) the number 1, number 2 body (110) (120) and longitudinal (L) is operably linked to slide. Hinge unit (130) and number 1, number 2 body (110) (120) Figure structure connection with a connecting shown in 35 and 36 can be which is identical to the structure. Furthermore, number 1, number 2 body (110) (120) (E) for locking in a predetermined an accordion bellows 35 also the angle, also 41, and 42 locking unit shown in. can be employed.

[197]

Guide member (150) the number 1, number 2 guide member includes (150-1) (150-2). Number 1, number 2 guide member (150-1) (150-2) a width direction are arranged apart (W). Number 1, number 2 guide member (number 1 end) end (150-1) (150-2) (150-1a) (150-2a) and, other end (number 2 end) (150-1b) (150-2b) 2007. Number 1 end (150-1a) (150-2a) and number 2 end (150-1b) (150-2b) each hinge unit (130) is displaced either side based on the. I.e., number 1, number 2 guide member (150-1) (150-2) a number 1 body (110) from hinge unit (130) across the number 2 body (120) extends over at a are in the form of aqueous. Number 1 end (150-1a) (150-2a) a number 1 body (110) to the signal from the collision sensor side, number 2 end (150-1b) (150-2b) a number 2 body (120) 2000 side. Drawing although not shown, hinge unit (130) the number 1, number 2 guide member slot from being passed (150-1) (150-2) (also 29:132) is provided.

[198]

44a as shown in also, number 1 guide member (150-1) of number 1 end (150-1a) the number 1 body (110) is connected to, number 2 end (150-1b) the hinge unit (130) is connected to. Hinge unit (130) the number 1, number 2 body (110) (120) with a respective switch connected in series and a number 1, number 2 connection has a (130-1) (130-2). Number 1 guide member (150-1) of number 1, number 2 end (150-1a) (150-1b) a number 1 body (110) and a hinge unit (130) are connected to a. For example, number 1 end (150-1a) a frame (also 31 : 110-2) may be connected to, number 2 end (150-1b) the hinge unit (130) of number 2 connection (130-2), for example coupling bracket (131-2) may be connected to to. Therefore, number 2 end (150-1b) the hinge unit (130) with number 2 body (120) is slidable with respect to a.

[199]

44b as shown in also, number 2 guide member (150-2) of number 1 end (150-2a) the hinge unit (130) is connected to, number 2 end (150-2b) the number 2 body (120) is connected to. Number 2 guide member (150-2) of number 1, number 2 end (150-2a) (150-2b) a hinge unit (130) and number 2 body (120) are connected to a. For example, number 1 end (150-2a) the hinge unit (130) of number 1 connection (130-1), for example coupling bracket (131-1) may be connected to, number 2 end (150-2b) a frame (also 31 : 120-2) may be connected to to. Therefore, number 1 end (150-2a) the hinge unit (130) with number 1 body (110) is slidable with respect to a.

[200]

Figure 45 shows a connection structure in shown in 43 also also, number, number 2 body (110) (120) are unfolded began to folded from a predetermined angle (θ) when an accordion bellows chamber through the multi-duct hinge unit (130) and number 1, number 2 guide member (150-1) (150-2) of sliding amount a is coarse. In Figure 45, NS1 a flexible display element (140) of four surface, the NS2 number 1, number 2 guide member (150-1) (150-2) of four surface, NS3 the hinge unit (130), respectively a surface of four. Δ L1, Δ L2-1, Δ L2-2, Δ L3-1, each Δ L3-2 [...] position until spreading angle (θ) is reached number 1, number 2 body (110) (120) to the flexible device (140) of sliding amount, number 1, number 2 guide member (150-1) (150-2) of sliding amount, hinge unit (130) of sliding amount a new line. D12, d23, each neutral surface d13 (NS1) and neutral surface (NS2), neutral surface (NS2) and neutral surface (NS3), neutral surface (NS1) and neutral surface. to indicate a distance between (NS3).

[201]

Flexible display device (140) a center axis same as that of the length of the,

[202]

Δ L1 = 0

[203]

Δ L2 = Δ L2-1 + Δ L2-2 = d12 ×θ

[204]

Δ L3 = Δ L3-1 + Δ L3-2 = d13 ×θ

[205]

Is. (A θ (radian) and a fractional)

[206]

In folding flexible display device (140) irradiated for a to circulates the water, spreading angle (θ) is implemented d13 d23 and should a second.

[207]

Folding process hinge unit (130) to number 1, number 2 body (110) (120)-etched by maintained in matting relationship symmetry number 1 body (110) to a hinge unit (130) of sliding amount (Δ L3-1) and number 2 body (120) to a hinge unit (130) of sliding amount (Δ L3-2) which is thin the same, number 1, number 2 guide member (150-1) (150-2) of number 2, number 1 body to the same sliding amount (Δ L2-1) (Δ L2-2) (120) (110) which is thin, sliding amount (Δ L2-1) (Δ L2-2) should the blade in the first half of a sliding amount (Δ L3-1) (Δ L3-2).

[208]

i.e.

[209]

Δ L3-1 = Δ L3-2 = {d13×θ}/ 2

[210]

Δ L2-1 = Δ L2-2 = {d12×θ}/ 2

[211]

(Type 3) Δ L2-1 = Δ L2-2 = ½ Δ L3-1 = ½ Δ L3-2...

[212]

In must decide satisfies the relation.

[213]

D13 = d12 + d23... (Type 4)

[214]

Since the,

[215]

(Type 4) a (type 3) by wirings between internal d13 writing controller generates a program control signal surface,

[216]

D12 = d23... (Type 5)

[217]

Is.

[218]

I.e., number 1, number 2 guide member (150-1) (150-2) with a flash memory, a flexible display element (140) its thickness to its direction (d12) distance (T) the hinge unit (130) its thickness to its direction (d23) distance (T) .the same. Preferably and tightly d12 of a flexible display element (140) from (NS1) surface of four number, number 2 guide member which is a distance from the surface of four (150-1) (150-2) (NS2), the number 2 guide member d23 (150-1) (150-2) from (NS2) surface of four hinge unit (130) (NS3). is a distance from the surface of four. Hinge unit (130) a plurality (NS3) surface of four segments of member (310) of a plurality of and the rotary shaft connecting member (320) central axis of. surface thereof, and the are located.

[219]

Is on the base and rotated by a, number 1, number 2 guide member (150-1) (150-2) in folding by flexible display device (140) can be reduced and the stresses placed on.. Furthermore, folding instrument in folding of number 1, number 2 body hinge unit (110) (120) (130) the circumferential relative to the number 1 mutually synchronised, number 2 body and hinged with an unit (110) (120) (130) symmetrical with respect to., connected to the first gas line. I.e., number 1, number 2 guide member in folding (150-1) (150-2) number 1, number 2 body (110) (120) and a hinge unit (130) so as to limit the amount of relative movement the number 1, number 2 body with a hinge unit (110) (120) (130) symmetrical with respect to movement limiting methods for drying and keeping dry, functioning as a unit. Therefore, folding in flexible display device (140), movable in X and Y either side since again in a pulled or which trash bag natural, flexible display device (140) m number of third stresses placed on.

[220]

Number 1, number 2 body (110) (120) and a hinge unit (130) non-synchronised to one another and where the relative movement if, at high speed folding process number 1 body (110) and a hinge unit (130) of relative movement after the number 2 body (120) and a hinge unit (130) relative motion is able to be generated. Furthermore, flexible display device (140) to excessive a tensile or pressure force can be act. Furthermore, a folded state and an accordion bellows predetermined unfolded (E) angle between on the one hand a hinge unit (130) center of (3b) from number 1 body (110) of setting a length (also 40:L3) and a hinge unit (130) center of (3b) from number 2 body (120) of setting a length (also 40:L4) is spaced apart from each other foldable device can be is asymmetrical, also 40 to 4f as shown by flexible display device (140) of number 3 portion (4c) this hinge unit (130) having a support surface supporting the module formed by (301) in folding instrument 351 and can lower the an optical pickup device. Represented by 4f in folding in addition the shield case covers a predetermined region to be repeated number 3 portion (4c) permanent may be surface. Such tensile forces and compressive forces the 1, number 2 body (110) (120) and a hinge unit (130) synchronized magnetization of a relative motion which can be alleviated by, number 1, number 2 guide member (150-1) (150-2) can be further mitigate by.

[221]

Aforementioned according to in the embodiment of instrument folded, flexible display element is folding not bent in a manner that the forwardly and. Flexible includes one or more display elements said hinge unit between the a guide member a spring-loaded curved by placing a, in folding stresses placed on flexible display device arranged to be opposed to each other. Number 1, number 2 body and hinge unit by to be moved of the symmetry in folding stresses placed on flexible display device is selectively formed on the, folding instrument the objective compound. an optical pickup device.

[222]

Aforementioned according to number 2 in the embodiment of instrument folded, flexible display element is folding not bent in a manner that the forwardly and. Flexible includes one or more display elements said hinge unit between the a guide member a spring-loaded curved by placing a, in folding stresses placed on flexible display device arranged to be opposed to each other. Number 1, number 2 body and hinge unit by to be moved of the symmetry in folding stresses placed on flexible display device is selectively formed on the, folding instrument the objective compound. an optical pickup device.

[223]

[224]

< 제 3 실시예 >

[225]

The present embodiment the first deoxygenator mobile terminal device (folding instrument) a front face a flexible display element in the various electronic components and deflects difficult to flexible display device with one portion of corresponding on other side department arranged dividing, to decompose volatile organic divided said hinge the flexible region by placing a has a structure enabling an enhanced portability. The present embodiment mobile terminal the first deoxygenator flexible display device in folding device warpage of predetermined curvature thereof are to maintain a flexible display element has a structure. The present embodiment the first deoxygenator mobile terminal device a, folding state and is distributed in each element is securely held in user touch inputs have stabilized plate shape has such a structure that.

[226]

Hereinafter, the above-mentioned a light emitting and detecting function, number 3 embodiment of instrument for separating sheets, and a sheet. as further described thereby, the cold air flows.

[227]

Figure 46 shows a one embodiment of the present invention also: an mobile terminal device (1000) is perspective view indicative of the front surface of. Figure 47 shows a one embodiment of the present invention also: an mobile terminal device (1000) is perspective view indicative rear of. Figure 48 shows a one embodiment of the present invention also: an mobile terminal device (1000) is perspective view representing degradation. 48 also also shown in Figure 49 shows a flexible display device (1040) is roughly. the cross represents. Also also Figure 50 shows a displayed on a 46 a and represented along a V-V one embodiment of the present invention: an mobile terminal device (1000) of the cross-section of..

[228]

Also with a 50 also to 46, one embodiment of the present invention: an mobile terminal device (1000) of a flexible (flexible) display element (1040), number 1 support (510), number 2 support (530), number 1 cover (510), number 2 cover (520), flexible hinge (hinge unit) (700) and communication module (900) includes.

[229]

Said first groove, and at least one mobile terminal device (1000) after availabilities outlines structure of, each configuration at the same time. as further described.

[230]

Flexible display device (1040) consists in its entirety of a polishing direction maintain the bent at free by have a degree of a wheel that may be. The present in the embodiment in, flexible display device (1040) has flexible display device, such as door 48 (1040) number 1 corresponding to one side portion (4a) and the other side corresponding number 2 portion (4b) injected into a direction opposite each other when folded, number 1 and number 2 portion (4a, 4b) being arranged in between number 3 portion (4c) is curved and the.. In this case, flexible display device (1040) the number 1 and number 2 portion (4a, 4b) is rigid (hardness) a collision with a number 1 and number 2 support (530,540) is supported by, user identical with display element (1040) in touch the front surface of flexible display device (1040) is touch without receiving to the rear. can effectively be made in inputs have stabilized.

[231]

Number 1 and number 2 rear cover (510,520) the number 1 and number 2 support (530,540) is coupled respectively, flexible hinge (700) is interconnected by. In this case, also 47 with a, number 1 and number 2 rear cover (510,520) with a flexible hinge (700) device (1000) mobile terminal together form rear of. I.e., number 1 cover (510), number 2 cover (520) and number 1 and number 2 cover (510,520) flexible optical hinge (700) has an integrally formed, single cover form..

[232]

Number 1 and number 2 rear cover (510,520) and a number 1 and number 2 support (530,540) between the rechargeable batteries (also 50:200) and the main PCB (also 50:210) is arranged. In this case, main PCB (210) the CPU (not shown) and communication module (900) module can be, communication module (900) 10 and connected electrically with the antenna.

[233]

Flexible hinge (700) the mobile terminal device (1000) when a half-folding, flexible display device (1040) of number 3 portion (4c) a predetermined curvature in a state of maintaining outputs a relay driving signal. bendable. In this case, number 3 portion (4c) curvature of a flexible display element (1040) formed with a damaged layer will not is applied is preferably not less.

[234]

In hereinafter, mobile terminal device (1000) as further described structure of..

[235]

Also refers to surface 49, flexible display device (1040) has a front rearwardly from window cover along the (transparent protective panel) (43), touch panel (42) and display panel (41) periodically are laminated in in sequence.

[236]

Cover window (43) as the plastic or film cover window, also number 1 and number 2 portion shown in 48 (4a, 4b) the cover corresponding to the window (43) portion of (repair chuck cover window (43) in order to expose the bonding pad) is number 1 and number 2 support (530,540) is supported by. In this case, cover window (43) in order to expose the bonding pad the number 1 and number 2 support (530,540) upper surface of (531,541) fixed to or not to (or attachment), number 1 and number 2 support (530,540) upper surface of (531,541) (or attachment) is fixed to support number 1 and number 2 (530,540) slightly with respect to the converted Image file is processed in practicable fixing (or attachment) preferably. The, mobile terminal device (1000) is folded while flexible display device (1040) of number 3 portion (4c) when from being bent, cover window (43) is number 1 and number 2 support (530,540) relative to displacement of to to detect the antigen-by a degree of freedom, and, cover window (43) is number 1 and number 2 support (530,540) returned to the above stage absorbent movement of and prevents damage to the can be. These covers window (43) a soft metal mesh (soft metal mesh), (AgNW) ear silver or Roh and, or graphene platelets formed can take the pattern.

[237]

Touch panel (42) the OCA (Optically Clear Adhesive) (121) covered by window (101) is attached to a backside of. Touch panel (42) detect and gesture the user touch the corresponding touch input signal to the main PCB (210) transmits it. In addition. Touch panel (42) one a touch panel and the LCD without (42) (not shown) for driving an optical elements are mounted on IC number 1 FPCB (Flexible Printed Curcuit Board) (42-1) is electrically are connected. In this case, number 1 FPCB (42-1) the number 1 connector (42-3) the display panel through the a (41) of number 2 FPCB (41-1) is electrically connected to. In this case, number 1 connector (42-3) the number 1 support (530) is located on the back side a main PCB (also 50:210) may also be directly connected to.. To this end number 1 connector (42-3) a number 1 support (530) of through holes (532) the main PCB (210) through the can be connected electrically, number 1 FPCB (42-1) has door 49 greater than the length shown in preferably is to provide.

[238]

Display panel (41) the OCA (optically clear adhessive) (44-3) covered by window (101) to the rear surface of, or when touch panel (42) is attached to a backside of. Such a display panel (41) a flexible AMOLED (Active Matrix Organic Light-Emitting Diode) panel or flexible OLED (Organic Light-Emitting Diode) can be panel. Display panel (41) one displayed for driving an optical IC a regularized data in a database (not shown) is number 2 FPCB (41-1) is electrically are connected. In this case, number 2 FPCB (41-1) number 2 to once the connector (41-3) having a, number 1 support (530) of through holes (532) number 1 through support (530) is located on the back side of a main PCB (also 50:210) can be electrically connected to. In this case, number 2 FPCB (41-1) the mobile terminal device (1000) having a length in folding of flowable it is preferable that the made to have. The present in the embodiment in display panel (41) a touch panel (42) is located on the back side of but also described is not limited in touch panel (42) may also stacked on the front side of. well as.

[239]

On the other hand, display panel (41) and one side a back surface with an adhesive member attached respectively on other side department (44-4,44-5) through the number 1 and number 2 support (530,540). attached to the front surface of. This case adhesive member (44-4,44-5) the mobile terminal device (1000) by decreasing the thickness of the double-sided adhesive tape so that the rod may be angulated having predetermined cushion or can be a double-side adhesive tape.

[240]

As such, display panel (41) shown in 48 also the number 3 portion (4c) both layers have been removed except for corresponding to number 1 and number 2 portion (4a, 4b) each a part thereof corresponding to a number 1 and number 2 support (530,540) fitting protrusion 46 is fixed to the. Therefore, mobile terminal device (1000) when by a flexion, display element (1040) the number 3 portion (4c) is curved and the when adhesive member (44-4,44-5) wheel by a scan unit interference to the operation device (1000) mobile terminal can be folding to smoothly.

[241]

Also 48 and 50 with a, number 1 and number 2 support (530,540) has of the rigid (hardness) as material, flexible display device (1040) stably supported, each of the front is a flat face is formed with.

[242]

Number 1 and number 2 support (530,540) spaced along the magnets inserted into each light from the home (K1) is formed. A plurality of engagement groove (K1) the number 1 and number 2 cover (510,520) of spaced along the an outer end and an inner end connected to the plurality and projecting snap respectively (K2) is coupled. The, number 1 and number 2 support (530,540) each number 1 and number 2 cover (510,520) detachably coupled to the insertion tube, can be. Therefore, number 1 and number 2 cover (510,520) a number 1 and number 2 support (530,540) separated from the, number 1 and number 2 space (S1, S2) filled battery (200), memory (not shown), card (not shown) SIM detached radio frequency and magnetic or the like.

[243]

Number 1 support (530) the number 1 cover (510) at the other end of number 1 support (530) an edge of the cover facing the number 1 (510) and separated, provided the number 1 space (S1). Number 1 space (S1) a main PCB (210) is arranged, various electronic components for example, rear camera module (220, also 47 reference) and distance sensor (231), with illumination sensor (233), front camera module (235), speaker (not shown) and the like can be arranged (also 46 reference).

[244]

In this case, distance sensor (231), with illumination sensor (233), front camera module (235) each support number 1 (530) the number 1 through channel (533) through covered window (43) and forwards of arranged so as to, rear camera module (220) the number 1 cover (510) of through holes (also 47:516) through cover number 1 (510) are arranged so that a of the disk, with rearward facing.

[245]

Number 2 support (540) the number 2 cover (520) at the other end of number 2 support (540) an edge of the cover facing the number 2 (520) and separated, provided the number 2 space (S2). Number 2 space (S2) receives one of the charging battery (200, also 50 reference), and a micromini microphone (230, also 48 reference) part are coupled with. In this case number 2 cover (520) the micro microphone (230) to voice, and the like to can be entered sound microphone hole (231) is formed.

[246]

Furthermore, number 2 support (540) a front face one side the heat generated from the display panel (42) touch input signal to control CPU for transmitting at least one plurality of soft key (241,242) are disposed multiplicity of recesses (543,544) is formed. Plurality of soft key (241,242) has a touch sensor window cover as (43) is by.

[247]

On the other hand, number 1 and number 2 support (530,540) number 3 FPCB supports upper and lower surfaces of each (800, also 55 reference) is a smooth through channel number 3 and number 2 (535,545) is formed. In this case number 3 FPCB (800) the number 2 space (S2) disposed rechargeable batteries (200), micro microphone (230) and a plurality soft key (241,242) and a number 1 space (S1) disposed a main PCB (210) for interconnecting electrically connected to the. capable, if required, of acting.

[248]

Furthermore, number 1 and number 2 support (530,540) is converted into each groove (537,547) the flexible display element (1040) so as to be fixed to the rear of, the above-mentioned adhesive member (44-4,44-5) 4 is stuck to the. In addition said groove (317,327) of a flexible display element (1040) provided with a door at respect to the posterior of the, overall mobile terminal device (1000) as the thickness of said layer increases can be to prevent.

[249]

Number 1 and number 2 cover (510,520) is each rigid material, flexible hinge (700) is interconnected by.

[250]

Also 48 with a, number 1 cover (510) each displaced either side at the leading end to the number 1 support the resulting corner at (510) a pair of for supporting a packing number 1 (511,512) is arranged. Furthermore, cover number 1 (510) along the control button number 1 and number 2 at one side end (513,514) in which there is disposed a, opposite a control button number 3 the range of 1000 to 1200 micrometers at one side end (515, also reference 47) is arranged. Number 1 to number 3 control button (515) a flexible display element (1040) screen for (ON/OFF) on/off, brightness of screen controls the, estimates the volume of the speaker (not shown) establishes that and so forth and can be. Furthermore, control button number 1 to number 3 (515) a mobile terminal device (1000) to memory device provided with [...] (APP) (not shown) device is provided to also set so as to and co-operating with. well as.

[251]

Number 2 cover (520) the number 1 cover (510) similarly to the resulting corner at each displaced either side tip number 2 support (540) a pair of for supporting a packing number 2 (521,522) is arranged. Furthermore, number 2 cover (520) the portion earphone circuit beaker an insertion hole (523) is formed, the inner surface (not shown) multiple antennas can be is arranged. This case antenna for wireless communication as an antenna, base station or AP (Access Point) through the other terminals that is capable of communicating with a antenna and for long use, a local area such antenna and antenna and Wi-Fi NFC (Near Field Communications) may comprise an antenna for.

[252]

Also 46 with a, number 1 and number 2 cover (510,520) the mobile terminal device (1000) each of the closed when, interlocking number 1 locking portion (610) and a number 2 locking portion (620) is arranged. In one example, number 1 locking portion (610) and a number 2 locking portion (620) has a bobbin, a coil can be connected to one another by means of.

[253]

Figure 51 shows a VI portion 46 to also also shown in the number 1 is a magnification representing lock. Figure 52 shows a VII portion 46 also also shown in the to number 2 is a magnification representing lock. 46 also also shown in Figure 53 shows a number 1 and number 2 are joined by magnetic locking portion indicating a status of an associated is enlarged.

[254]

Number 1 locking portion (610) the number 1 cover (510) the tip of (510a) disposed on the left side a number 1 and number 2 magnet (611,612) and a, number 1 cover (510) the tip of (510a) disposed on the right side a number 3 and number 4 magnet (613,614) may comprise an. Also 51 with a, number 1 magnet (611) cover the number 1 (510) the tip of (510a) protrudes from is formed convex. Number 2 magnet (612) the number 1 cover (510) the tip of (510a) formed is inserted into an inserting hole (510b) is a supporting rib so as to be exposed. In this case number 2 magnet (612) the number 1 magnet (611) unlike is lower piece is formed to be recessed. Furthermore, cover number 1 (510) the tip of (510a) disposed on the right side a number 3 magnet (613) the number 1 magnet (611) is then formed in the same, number 4 magnet (614) the number 2 magnet (612) is formed the same.

[255]

Number 2 locking portion (620) the number 2 cover (520) the tip of (520a) disposed on the left side a number 5 and number 6 magnet (621,622) and a, number 2 cover (520) the tip of (520a) magnet number 8 and number 7 a disposed on the right side (623,624) may comprise an. Also 52 with a, number 5 magnet (621) the number 2 cover (520) the tip of (520a) protrudes from is formed convex. Number 6 magnet (622) the number 2 cover (520) the tip of (520a) formed is inserted into an inserting hole (520b) is a supporting rib so as to be exposed. In this case number 6 magnet (622) the number 5 magnet (621) unlike is lower piece is formed to be recessed. Furthermore, number 2 cover (520) the tip of (520a) disposed on the right side a number 7 magnet (623) the number 5 magnet (621) is then formed in the same, number 8 magnet (624) the number 6 magnet (622) is formed the same.

[256]

The number 1 and number 2 locking portion (610,620) the mobile terminal device (1000) adjacent to one another by means of folding the number 1 locking portion (620) of number 1 to number 4 magnet (611-614) number 2 and a number 8 to number 5 of locking portion magnet (621-624) liver a magnet is music than the first.

[257]

For example, also, such as 53, a convex number 1 magnet (611) formed concavely as number 5 magnet (621) according to are attached to, and combined magnetic forces. connection between the circumferential portions.

[258]

The present in the embodiment number 1 and number 2 locking portion in (610,620) is implemented in the plurality of magnet but also described, each formed by an not limited to at least one mutually corresponding also includes magnet. well as.

[259]

Figure 54 shows a hinge flexible shown in 48 also also (700) is perspective view representing a. Figure 55 shows a also also 50 to the X portion shown in flexible hinge (700) is a magnification at least one of a semiconductor. Figure 56 shows a one embodiment of the present invention also: an mobile terminal device (1000) by a flexion is indicating a status of an associated the side. XII 56 also also Figure 57 shows a the to hinge flexible shown in portion (700) curved indicative of the state of the cell is enlarged cross section. Also flexible hinge 57 also to 54 by referring to (700) detail the configuration of the described.

[260]

Also refers to surface 54, flexible hinge (700) the outer (710) and an inner part (730) is 2 during through injection molding, can be formed.

[261]

Outer (710) the soft material corresponds (guides or material polymer) may be formed as. The outer (710) has door 56, such as mobile terminal device (1000) when by a flexion and be natural, also 50 device (1000) mobile terminal, such as mobile terminal when not in by a flexion device (1000) a longitudinal direction generally along the lines an degree of hardness preferably has an..

[262]

Inner section (710) the outer (710) is formed unitary with the inner peripheral surface, (hard plastic) is made from rigid material. Inner section (710) has door 56, such as flexible display device (1040) is lifted up integrally direction in which a predetermined interval along a reinforcing member a plurality of chambers are arranged parallel with each other (731,732,733) includes.

[263]

Plurality of reinforcing member (731,732,733) during outer (710) of leading and trailing disposed in the number 1 and number 2 reinforcing member (731,732) each number 1 and number 2 cover (510,520) number 3 the remaining considering coupling with reinforcing elements (733) width of a broader width than that of the (W2) is formed to have (W1).

[264]

[265]

* Also refers to surface 55, plurality of reinforcing member (731,732,733) each tip portion flexible display device (1040) of number 3 portion (4c, also 48 reference) rear of the is held. Also number 3 reinforcing elements (733) each outer receiving the blower (710) is formed on the inner face of plurality of slits (710a) inserted into is to fix them. Furthermore, plurality of reinforcing member (731,732,733) number 3 FPCB (800) the sides of the space, setting grooves (731a, 732a, 733a) is formed. In this case number 3 FPCB (800) of a flexible display element (1040) is arranged on the underside of the.

[266]

Furthermore, plurality of reinforcing member (731,732,733) of home (731a, 732a, 733a) the strain gauge sensor (strain gauge sensor) (810) can be is arranged. Strain gauge sensor (810) with a predetermined of signal wirings (not shown) the main PCB (210) connected in, mobile terminal device (1000) by a flexion the flexible hinge (700) the CPU to sense the displacement of elongated flexible display device (1040) on the first insulating layer to screen of can be. I.e., strain gauge sensor (810) the mobile terminal device (1000) by a flexion the flexible hinge (700) reduce curved according to the sensed flexible hinge (700) according to the decrease of the flexible display device one's height (1040) of-off the screen by displaying the number 1 for (off) of the lower side from the CPU signal, vice versa mobile terminal device (1000) the sensed according to spreading a flexible hinge (700) of elongated when increasing the flexible display device (1040) for (on) on page or a pop up menu are number 2 signal for enabling a user to transmit CPU.

[267]

Also 56, such as mobile terminal device (1000) by a flexion the number 1 and number 2 locking portion (610,620) when mutually coupled through an, larger than an and 57 also the hand of the reinforcing members (731,732,733) reinforcing members the adjacent analysis tools each tip portion is which are combined with each other. The, outer (710) with a predetermined. curved in a state of maintaining curvature. In Figure 57 the number 1 and number 2 reinforcing member (731,732) a low cost the not shown, reinforcing member number 1 and number 2 (731,732) each number 3 that the front end of the reinforcing elements (733). a second step is that at the tip part of a.

[268]

The hand of the reinforcing members/outputs an (731,732,733) each tip portion by which are combined with each other, outer (710) with a predetermined curvature in a state of maintaining. curved. In this case flexible hinge (700) is made between the reinforcing member a plurality of coinciding centre of curvature (731,732,733) and the number of positioning interval can be adjustable.

[269]

Flexible hinge (700) is a flexible display element coinciding centre of curvature (1040) the same thickness as that of the a preferred wheel is stored in the virtual account database it is preferable that the set. Wherein, flexible display device (1040) degree of bending preferred flexible display device (1040) is flexible display device when folded (1040) the bottom paper has a bottom damage physically mobile terminal device (1000) (also reference 51) when easily a number 3 portion (4c) is a flat face may be restored to the. extent to which.

[270]

Therefore, flexible display device (1040) the mobile terminal device (100) when a folding, also as shown in 57, flexible hinge (700) plurality of reinforcing member (731,732,733) by flexible display device (1040) is supported stably an edge of the semiconductor.

[271]

Communication module (900) AP a base station or a with a other terminals through the electronics (900, also 50 reference) (for example, LED modem chip) the first to third locking States, main PCB (210) can mount 're to. Furthermore, the present embodiment not shown the drawing a low cost the first deoxygenator, Wi-Fi communication, NFC communication, each communication function for Bluetooth communication chips are for implementing main PCB (210) and can comprise of to.

[272]

On the other hand, the present embodiment mobile terminal relate device (1000) it relates to the, a communications module aforementioned (900) when, which does not require a, used as multimedia display device is the decoration plate further comprises an.

[273]

As said in the present invention, front a flexible display device (1040) to be bent is hard to battery (200) or main PCB (210) and various electronic components flexible display device (1040) with one portion of on other side department and a portion corresponding to the (4a, 4b) so as to locate the is divided into, said divided between a portion of the bendable parts (4c) the flexible hinge (700) by placing a RF can be folding the main body casing covers the display which, folded mobile terminal device (1000) and extends the, use can be made of, of screen surface.

[274]

Furthermore, the present invention refers to flexible display device (1040) has of the rigid the number 1 and number 2 support (530,540) and an inner part (730) is rigid located under the flexible hinge (700) is supported by, mobile terminal device (1000) holes along length user touch input (for example, flip, drag, such as typing) can be base to the opposite side of the.

[275]

Shown in the present invention refers to drawing with reference to thereby, the cold air flows but described embodiment, is an exemplary which purpose: to avoid a, typically encountered in is the state of the art having knowledge of various modifications therefrom grow for other and equalization embodiment styles are discussed that will understand. Therefore, true scope of protection of the present invention, a body support member by claim below will to be determined.

[276]

1.. number 1 body 11.. number 1 base cover 12.. number 1 frame 121.. number 1 support 122.. number 1 receiving portion 2.. number 2 body 21.. number 1 base cover 22.. number 2 frame 221.. number 2 support 222.. number 2 receiving portion 311,321.. number 1, number 2 fixed frame 312,322.. number 1, number 2 movable frame 3.. hinge unit 35-1,35-2... Gear part number 1, number 2 4 . 5.. cover member flexible display device 61,61 ', 61' '... 61-1 resilient arms, 61-2... Number 1, number 2 contacts 62,62 ', 62' '... Opposite arm 62-1,62-2... Number 1, number 2 counter portion which faces the 61-3,62-3... Boundary 7.. mobile support member 71.. mobile support 72.. slot 73-1,73-2... A pair of guide section 81,82.. number 1, number 2 rotating levers 83,84.. stopper 91.. magnetic element 91a.. permanent magnet 91b.. magnetic blocking member 92.. attachment member



[1]

A disclosed foldable device to maintain a unfolded angle includes a first and a second body which support the first and second parts of a flexible display device and is foldably connected to a folded position and an unfolded position, and a moving support member which steadily adjacently supports a third part when the first and the second body is shifted from the folded position to the unfolded position.

[2]

COPYRIGHT KIPO 2016

[3]



Flexible display; a supporting flexible said body and number 1 number 2 body; and said number 1 number 2 body and connecting the first chamber to the second to be able to fold for interconnecting body, said flexible, are for holding a plurality of word including hinge; includes, said comprised of four joint and is rotatably connected to each other, said each a joint each other as the rotor is rotated said comprised of four joint at which the irradiated face up, the distance between the one side of, said comprised of four joint a side of said number 1 body and confronting body is said number 2 by when said flexible display is folded and is arranged at least in interval number 1, said number 1 in a position facing the body is said number 2 body and away from one another the when said flexible display are unfolded thereby a greater than the distance said number 1 number 2 an electronic apparatus.

According to Claim 1, a word each said one side adjacent to the flexible display said width of the opposite side of a liquid on the other side located between the electronic device moreover width.

According to Claim 1, each comprised of four joint said one side said other side opposite to that of the pharmaceutical agent disposed adjacent to the at least one an electronic device rotates about axis of rotation.

According to Claim 1, said each word a plurality of connection, the connection side of an a joint each said each said die adjacent ends in a connecting portion of the rotatably coupled to an electronic apparatus.

According to Claim 1, each said length of the word width of flexible display said support the high-speed, a joint of a plurality said said flexible display along the longitudinal direction of an electronic apparatus connected.

According to Claim 1, said comprised of four joint one side of pre-established patterns within a range variable spacing and electronic equipment.

According to Claim 6, each said comprised of four joint a side of said flexible display is the GSM neighbor cell in a folded state and adjoin the one side, said one side said comprised of four joint of each other side opposite to that of the pharmaceutical agent said flexible display are unfolded from the state that an adjacent contact an electronic device for other side.

According to Claim 1, the interval of the one side of said comprised of four joint set based an electronic apparatus.

According to Claim 8, said number 1 and number 2 both ends of said hinge the respectively operatively disposed in sliding relative to the body, , said both ends each hinge said number 1 and number 2 position sliding relative to the body, are set based an electronic device.

According to Claim 9, said body and said number 1 and number 2 for intercommunication among both hinge automatic mode with the switch input part including a plurality of fixed part electronic apparatus.

According to Claim 10, predetermined value or more, the hinge arranged to the ground forces are applied are separated from the fixing part said sliding an electronic device.