FPC FIXING STRUCTURE FOR TWO-AXIS HINGE MECHANISM

First and second FPC fixing members 12, 13 are fixed within a boss 6 on a second axis Y, and one end of the second member 13 projects to the back of a hinge base 8. An FPC wiring fixing section 26 is fixed on the back of the base 8 on a first axis X. The fixing members pass an FPC 25 from the base 8 side to the side of a monitor 3 to hold the FPC linearly on the axis Y, and are turned integrally with a monitor mounting base 14. The fixing members curve outside the axis Y the FPC 25 that is led out in the direction orthogonal to the axis Y from the one end on the base 8 side of the second member 13 to have a deflection allowance, and fix the FPC to the base 8.

Panel device

An audio transmission unit 8 is placed on a surface side of a panel unit 4 where a display 7 is provided, and transmits an audio signal in a direction almost perpendicular to the surface of the display 7 . When a viewer sitting in a seat behind a front seat 1 turns the display 7 to be faced toward him/her, the audio transmission unit 8 is directed in front of the viewer's eyes, so that stable audio signal can be received in the side of the headphone worn on the head of the viewer.

Monitor hinge device

A monitor hinge device includes engagement projections 42, and engaging holes 43a, 43b, 44a, and 44b for enabling a monitor 3 to be opened and closed about a first rotation central axis X and for enabling the above-mentioned monitor 3 which has been rotated about the above-mentioned first rotation central axis X in an opening direction to be rotated about a second rotation central axis Y perpendicular to the above-mentioned first rotation central axis X, and for positioning the above-mentioned monitor 3 at a position at which the above-mentioned monitor 3 is rotated by a predetermined amount with respect to the above-mentioned first rotation central axis X and for positioning the above-mentioned monitor 3 which has been rotated about the above-mentioned second rotation central axis Y at a position at which the above-mentioned monitor 3 is rotated by a predetermined amount with respect to the above-mentioned first rotation central axis X.

Hinge mechanism and panel apparatus

In a state where a panel unit 53 is held at a storing angle with a projecting portion 15 of a click plate 13 fitted in a recessed portion 10 of a bracket 7, the back side of the projecting portion 15 and a pressing piece 20 of a friction plate 18 do not abut on each other, so that only a reaction force of the click plate 13 serves as a resistance. When the panel unit 53 starts turning, the projecting portion 15 abuts on the pressing piece 20 through the elastic deformation at the time when the projecting portion 15 moves out of the recessed portion 10 to get onto a sliding surface 9, so that a sliding resistance is obtained from the reaction forces of the click plate 13 and the friction plate 18 after abutment.

Media playback apparatus and shutter mechanism

An arm (5) is provided with protrusions (56a, 56b) disposed between a spring (7) and the arm (5) and biasing the spring (7) away from a shutter (2) when the shutter (2) is disposed at either one of two positions, a closed position and an open position. This prevents natural vibration of the spring (7) due to extension of the spring (7), thereby preventing noise.

Hinge mechanism and electronic device provided with the same

A through-hole of a flat spring has a shape that defines an opening area larger than the cross-sectional area of an end segment of a shaft and is subject to contact with the rotating end segment. A through-hole of a plate has an opening area larger than the cross-sectional area of the end segment and smaller than the opening area of the through-hole. The end segment is inserted through the through-hole and the through-hole and is swaged to form a space between the through-hole and the end segment, and the space is filled with grease.

HINGE MECHANISM

A hinge mechanism 1 includes a rotation shaft 3 connected to a monitor and serving as rotating central axis X; a base 2 pivotally supporting the shaft 3 rotatably, and having click recesses 2 b 1, 2 b 2 and a housing position determining recess 2 c on a circumference centering the axis X; a plate 5 attached at the end of the shaft 3 ; and a leaf spring 4 located between the base 2 and plate 5 , fit-in by the rotation shaft 3 , and having a click projection 4 b that fits in the click recesses 2 b 1, 2 b 2 and recess 2 c to hold the monitor in a predetermined rotation angle position. A sliding friction projection 4 c sliding with pressed into contact with the base 2 is formed on the side opposite from the click projection 4 b across the axis X, while a cutaway 2 e entered by the projection 4 c is formed in the base 2.

Disk device

A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost is provided. In the disk device when a disk is reproduced, a disk reproducing mechanism is moved to become a center of disk coincident with a center of turntable thereof, a first disk holding mechanism is moved downward to load the disk on the disk reproducing mechanism, then a disk clamping mechanism is moved to clamp the disk loaded on the disk reproducing mechanism, and the disk is reproduced after the first and second disk holding mechanism release the disk and are taken away from the disk.

Hinge mechanism, and monitor opening and closing mechanism

A plate spring 40 is subjected to folding at a fold portion 41 to form integrally a plate spring portion 42 and a stress relief portion 43m and a distal end of a rotary shaft 30 is secured to a caulking hole of the stress relief portion 43 by caulking.

GEAR MECHANISM WITH TORQUE LIMITER

A gear mechanism with torque limiter includes a felt member 14 that is held between a first gear 13 and a second gear 15 coaxially arranged first gear 13 and second gear 15, for transmitting drive power between the gears, such that coupling of drive power between the gears is restricted by slippage of the felt member 14 when an excessive load is applied thereto, wherein multiple protrusions 19 a are provided concentrically on the surface of one of the gears 13 ( 15 ) in contact with the felt member 14, and concentric grooves 20 a corresponding to the protrusions are provided on the surface of the other gear ( 13 ) 15.

Disk device holding a plurality of disks at its inner diameter

A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost is provided. The disk device capable of storing a plurality of disks includes an operation setting means to actuate the disk holding means according to an operation mode of the disk, and an operation mode switching means to switch the operation mode of the operation setting means based on contents of disk operation.

HINGE MECHANISM, AND MONITOR OPENING AND CLOSING MECHANISM

A plate spring is subjected to folding at a fold portion to form integrally a plate spring portion and a stress relief portion and a distal end of a rotary shaft is secured to a caulking hole of the stress relief portion by caulking. 1. A hinge mechanism , comprising:a shaft part forming a rotary shaft;a base part for pivotally supporting the shaft part to be rotatable, and having one of a recess and a boss for click on a circumference around the rotating shaft;a plate spring portion for rotating integrally with the shaft part, and having the other of the recess and boss for click to be fit into the one of the recess and boss for click provided to the base part; anda stress relief portion for rotating integrally with the shaft part with holding the plate spring portion between the stress relief portion and the base part, and pressing the plate spring portion against the base part,wherein the plate spring portion and the stress relief portion are formed such that the same member is subjected to folding, and one of the plate spring portion and the stress relief portion is fastened to the shaft part by caulking.2. The hinge mechanism according to claim 1 , wherein the stress relief portion has a caulking hole to be passed through by a distal end of the shaft part and fastened by caulking claim 1 , andthe plate spring portion has a fitting hole in which the shaft part is fit.3. The hinge mechanism according to claim 1 , wherein the plate spring portion has a caulking hole to be passed through by a distal end of the shaft part and fastened by caulking claim 1 , andthe stress relief portion has a caulking-escape hole that receives insertion of a caulking tool for fastening the distal end of the shaft part to the caulking hole by caulking.4. The hinge mechanism according to claim 1 , wherein the stress relief portion has a caulking hole to be passed through by a distal end of the shaft part and fastened by caulking claim 1 , andthe plate spring portion has an insertion ...

Monitor opening and closing mechanism

A monitor opening and closing mechanism according to the present invention includes a first guide means guiding a monitor to rotate from home position to a first opened position, and a second guide means guiding the monitor to rotate from the first opened position to a second opened position where the monitor is further opened, wherein the center of rotation about which the second guide means guides the monitor to rotate is disposed more nearly to the side of the home position than the center of rotation about which the first guide means guides the monitor to rotate is disposed.

Monitor Opening and Closing Mechanism

A monitor opening and closing mechanism according to the present invention includes a first guide means guiding a monitor to rotate from home position to a first opened position, and a second guide means guiding the monitor to rotate from the first opened position to a second opened position where the monitor is further opened, wherein the center of rotation about which the second guide means guides the monitor to rotate is disposed more nearly to the side of the home position than the center of rotation about which the first guide means guides the monitor to rotate is disposed.

MONITOR HINGE DEVICE

A monitor hinge device includes engagement projections 42, and engaging holes 43a, 43b, 44a, and 44b for enabling a monitor 3 to be opened and closed about a first rotation central axis X and for enabling the above-mentioned monitor 3 which has been rotated about the above-mentioned first rotation central axis X in an opening direction to be rotated about a second rotation central axis Y perpendicular to the above-mentioned first rotation central axis X, and for positioning the above-mentioned monitor 3 at a position at which the above-mentioned monitor 3 is rotated by a predetermined amount with respect to the above-mentioned first rotation central axis X and for positioning the above-mentioned monitor 3 which has been rotated about the above-mentioned second rotation central axis Y at a position at which the above-mentioned monitor 3 is rotated by a predetermined amount with respect to the above-mentioned first rotation central axis X.

FPC fixing structure for two-axis hinge mechanism

First and second FPC fixing members 12, 13 are fixed within a boss 6 on a second axis Y, and one end of the second member 13 projects to the back of a hinge base 8. An FPC wiring fixing section 26 is fixed on the back of the base 8 on a first axis X. The fixing members pass an FPC 25 from the base 8 side to the side of a monitor 3 to hold the FPC linearly on the axis Y, and are turned integrally with a monitor mounting base 14. The fixing members curve outside the axis Y the FPC 25 that is led out in the direction orthogonal to the axis Y from the one end on the base 8 side of the second member 13 to have a deflection allowance, and fix the FPC to the base 8.

Gear mechanism with torque limiter

A gear mechanism with torque limiter includes a felt member 14 that is held between a first gear 13 and a second gear 15 coaxially arranged first gear 13 and second gear 15, for transmitting drive power between the gears, such that coupling of drive power between the gears is restricted by slippage of the felt member 14 when an excessive load is applied thereto, wherein multiple protrusions 19a are provided concentrically on the surface of one of the gears 13 (15) in contact with the felt member 14, and concentric grooves 20a corresponding to the protrusions are provided on the surface of the other gear (13) 15.

STRUCTURE FOR FIXING FLEXIBLE WIRING BOARD

A flexible wiring board 1 includes an insulating member 12 having a conductor 11 formed therein, a reinforcing board 13 for reinforcing the insulating member 12 in the vicinity of the connection terminal 11a of the flexible wiring board 1, and a lock member 14 to be locked to a board 3 having a connector 2, with the board 3 having an opening 31 for receiving the lock member 14 fit therein in a state where the connection terminal 11a is connected and secured to the connector 2.

Tilt hinge

A plate 5 fastened to a D-cut section 3c of a rotation shaft 3 by caulking has an engaging hole 5b provided therethrough. Further, a positioning protrusion 4c for engaging the engaging hole 5b is provided in a leaf spring 4 sandwiched between the rotation shaft 3 and the plate 5. The inclination theta1 of the leaf spring 4 made by the amount of a clearance B between the engaging hole 5b and the positioning protrusion 4c that are distant from the rotation central axis X is smaller than the inclination theta2 made by the amount of a clearance A between the D-cut section 3c and the straight portion 4d that are close to the rotation central axis X. Thus, the backlash in the rotation direction of the leaf spring 4 can be reduced by providing the positioning protrusion 4c and the engaging hole 5b.

Disk device

A disk device including a first disk holder movable with disk conveyance, a second disk holder opposed to a groove portion formed in the first disk holder and holding a disk grippingly in cooperation with the first disk holder when the first disk holder holds the disk, and a supporter which supports the first disk holder and which causes a support position for the first disk holder to be shifted in accordance with the movement of the first disk holder to be shifted in accordance with movement of the first disk holder, realizes reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost.

HINGE MECHANISM

A hinge mechanism includes: a bracket 2 having a rotation shaft portion insertion hole 2a for inserting through a marginal rotating shaft portion 3b thereof, and one engaging concavo-convex section 2b; a plate 5 having a mounting shaft portion insertion hole 5a; and a leaf spring 4 having a mounting shaft portion insertion hole 4a and the other engaging concavo-convex section 4c, and located between the bracket 2 and plate 5 and mounted to the rotation shaft 3, wherein the hole 5a is formed larger than the hole 4a such that the spring 4 is caulked and fixed to the end face of the shaft portion by entering of the outer wall side part of a mounting shaft portion 3c formed on the end face of the portion 3b that is collapsed by caulking into a gap 5c formed between the portion 3c and insertion hole 5a.

TILT HINGE

A plate 5 fastened to a D-cut section 3c of a rotation shaft 3 by caulking has an engaging hole 5b provided therethrough. Further, a positioning protrusion 4c for engaging the engaging hole 5b is provided in a leaf spring 4 sandwiched between the rotation shaft 3 and the plate 5. The inclination 1 of the leaf spring 4 made by the amount of a clearance B between the engaging hole 5b and the positioning protrusion 4c that are distant from the rotation central axis X is smaller than the inclination 2 made by the amount of a clearance A between the D-cut section 3c and the straight portion 4d that are close to the rotation central axis X. Thus, the backlash in the rotation direction of the leaf spring 4 can be reduced by providing the positioning protrusion 4c and the engaging hole 5b.

Hinge mechanism

A hinge mechanism 1 includes a rotation shaft 3 connected to a monitor and serving as rotating central axis X; a base 2 pivotally supporting the shaft 3 rotatably, and having click recesses 2b1, 2b2 and a housing position determining recess 2c on a circumference centering the axis X; a plate 5 attached at the end of the shaft 3; and a leaf spring 4 located between the base 2 and plate 5, fit-in by the rotation shaft 3, and having a click projection 4b that fits in the click recesses 2b1, 2b2 and recess 2c to hold the monitor in a predetermined rotation angle position. A sliding friction projection 4c sliding with pressed into contact with the base 2 is formed on the side opposite from the click projection 4b across the axis X, while a cutaway 2e entered by the projection 4c is formed in the base 2.

PANEL DEVICE

An audio transmission unit 8 is placed on a surface side of a panel unit 4 where a display 7 is provided, and transmits an audio signal in a direction almost perpendicular to the surface of the display 7 . When a viewer sitting in a seat behind a front seat 1 turns the display 7 to be faced toward him/her, the audio transmission unit 8 is directed in front of the viewer's eyes, so that stable audio signal can be received in the side of the headphone worn on the head of the viewer.

Media playback apparatus and shutter mechanism

A cam projection sliding in a cam slot of an arm causes the arm to proceed to an arm when a shutter is in the closed position or the open position and to recede from the arm when the shutter is sliding between the open position and the closed position. A spring is thereby considerably displaced, providing a satisfactory operation of the shutter.

Disk device

A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality operations, improved vibration resistance and less expensive manufacturing cost is provided. The disk device capable of storing a plurality of disks loosely fitted and supported at its inner diameter, including separable loose mandrel mechanisms, when the mandrel mechanism is loosely fitted to the disk, the disk holder holds the disk, and one end of the a second mandrel mechanism is connected to another end of a first mandrel mechanism in a state that the disk is raised to a height abutting upon a support of a ceiling side formed on the first mandrel mechanism.

Laminated optical disc and turntable for the laminated optical disc

A turntable is a table mounted to a shaft ( 4 ) of a spindle motor and the turntable supports a laminated disc thereon and drives the disc in rotation. The laminated disc includes a lower disc and an upper disc stacked on the lower disc, and is supported on a disc-supporting surface. When the disc is loaded on the turntable, a fitting member fits into the center hole of the laminated disc for centering the laminated disc with respect to the shaft. The fitting member fits the center hole of the lower disc when the laminated disc is supported on said disc-supporting surface. The turntable may include a tapered member which guides the laminated disc to the disc-supporting surface. The laminated disc includes lower and upper discs each having an edge which defines the center hole. The corners of the edges are cut away along a circumference of the center hole. The upper and lower discs are placed together so that the cut-away corner directly face each other.

Hinge mechanism

A hinge mechanism includes: a bracket 2 having a rotation shaft portion insertion hole 2a for inserting through a marginal rotating shaft portion 3b thereof, and one engaging concavo-convex section 2b; a plate 5 having a mounting shaft portion insertion hole 5a; and a leaf spring 4 having a mounting shaft portion insertion hole 4a and the other engaging concavo-convex section 4c, and located between the bracket 2 and plate 5 and mounted to the rotation shaft 3, wherein the hole 5a is formed larger than the hole 4a such that the spring 4 is caulked and fixed to the end face of the shaft portion by entering of the outer wall side part of a mounting shaft portion 3c formed on the end face of the portion 3b that is collapsed by caulking into a gap 5c formed between the portion 3c and insertion hole 5a.

BIAXIAL HINGE MECHANISM

A biaxial hinge mechanism is composed of a monitor opening and closing mechanism 200 for allowing a monitor 3 to open and close with respect to a first rotation center axis X, and a monitor rotating mechanism 100 for allowing the monitor 3, which is rotated in the open direction with respect to the first rotation center axis X, to rotate about a second rotation center axis Y orthogonal to the first rotation center axis X. The monitor rotating mechanism 100 further includes a sub-base 14 fixed to a base 21 of the monitor opening and closing mechanism 200; a cylindrical boss 11 of which one end is fixed to the monitor 3, and of which the other end is supported rotatably about the second axis Y by the sub-base 14; and a bush 34 of which one end is fixed to the base 21 of the monitor opening and closing mechanism 200 and which is inserted into the boss 11 from the other end side thereof to journal the boss 11.

Disk device

A disk device capable of storing a plurality of disks therein includes a disk holder capable of changing its vertical position to hold a disk, a driver to drive the disk holder, and the disk holder performs a rotational movement and the changing of its vertical height by means of the same driving mechanism of the driver. The disk device realizes a reduction in size and number of parts, prevention of damage to disks, a shortened operation time for a plurality of operations, improved vibration resistance, and a reduced manufacturing cost.

HINGE MECHANISM AND ELECTRONIC DEVICE PROVIDED WITH THE SAME

A through-hole of a flat spring has a shape that defines an opening area larger than the cross-sectional area of an end segment of a shaft and is subject to contact with the rotating end segment. A through-hole of a plate has an opening area larger than the cross-sectional area of the end segment and smaller than the opening area of the through-hole. The end segment is inserted through the through-hole and the through-hole and is swaged to form a space between the through-hole and the end segment, and the space is filled with grease. 1. A hinge mechanism comprising:a shaft fixed to a rotating body so as to be coaxial with a rotation axis of the rotating body;a base member comprising a first engaging portion disposed on a concentric circle around the rotation axis, and rotatably supporting the shaft;a flat spring member comprising a first through-hole through which an end segment of the shaft is inserted and a second engaging portion holding a rotational position of the rotating body by engaging with the first engaging portion and, the flat spring member rotating together with the end segment inserted through the first through-hole; anda plate member comprising a second through-hole through which the end segment is inserted, the plate member being fixed to the shaft by swaging the end segment inserted through the first through-hole and the second through-hole, wherein, the first through-hole has a shape that defines an opening area larger than a cross-sectional area of the end segment and comes into contact with a circumferential portion of the end segment when the shaft rotates,the second through-hole has an opening area larger than the cross-sectional area of the end segment and smaller than the opening area of the first through-hole, anda gap defined between a peripheral edge of an opening of the second through-hole and the end segment is covered with the end segment crushed by the swaging to retain viscous material in a closed space provided between the first ...

MEDIA PLAYBACK APPARATUS AND SHUTTER MECHANISM

An arm () is provided with protrusions () disposed between a spring () and the arm () and biasing the spring () away from a shutter () when the shutter () is disposed at either one of two positions, a closed position and an open position. This prevents natural vibration of the spring () due to extension of the spring (), thereby preventing noise. 1. A media playback apparatus comprising:a panel having an insertion slot through which a medium is to be inserted;a base fixed to a rear face of the panel and comprising a pair of base slots, a pivot-axle projection, a guide projection, and a cam projection;a shutter comprising a pair of shafts engaging with the pair of base slots, wherein the shutter is configured to slide between a closed position and an open position in response to slide of the pair of shafts through the pair of base slots, the shutter covering the insertion slot at the closed position and exposing the insertion slot at the open position on a front face of the panel;a pair of arms, each arm having one end engaging with one of the pair of shafts and another end engaging with each other in such a manner that the arms move toward or away from each other; anda spring attracting the arms toward each other,wherein either or both of the pair of arms are provided with a pair of protrusions configured to be located between the spring and the corresponding arm to lift the spring away from the shutter at either the closed position or the open position of the shutter.2. The media playback apparatus according to claim 1 , wherein each protrusion has a contact face to come into contact with the spring shifting in response to the slide of the shutter to the closed position or the open position claim 1 , the contact face tapering so as to gradually increase in height from the arm.3. The media playback apparatus according to claim 1 , wherein the pair of protrusions is made from resin.4. A shutter mechanism comprising:a base comprising a pair of base slots, a pivot-axle ...

HINGE MECHANISM AND PANEL APPARATUS

In a state where a panel unit is held at a storing angle with a projecting portion of a click plate fitted in a recessed portion of a bracket the back side of the projecting portion and a pressing piece of a friction plate do not abut on each other, so that only a reaction force of the click plate serves as a resistance. When the panel unit starts turning, the projecting portion abuts on the pressing piece through the elastic deformation at the time when the projecting portion moves out of the recessed portion to get onto a sliding surface so that a sliding resistance is obtained from the reaction forces of the click plate and the friction plate after abutment. 1. A hinge mechanism that turnably couples a fixed member and a turning member to each other , and that holds the turning member at a predetermined first angle with respect to the fixed member , and that turns the turning member from the first angle to hold the turning member at an arbitrary second angle ,the hinge mechanism comprising:a support shaft fixed to the turning member;a fixed portion fixed to the fixed member to rotatably support the support shaft, the fixed portion including a recessed portion provided in one side surface at a position corresponding to the first angle;an elastically deformable click plate that turns integrally with the support shaft, and that includes a projecting portion to be brought into press contact with the one side surface of the fixed portion to generate a sliding resistance, and fitted in and detached from the recessed portion; andan elastically deformable friction plate that turns integrally with the support shaft and the click plate, and that is provided with a pressing portion that applies a pressing force to a back side of the projecting portion of the click plate, whereinthe pressing portion of the friction plate does not abut on the back side of the projecting portion at the first angle at which the projecting portion of the click plate is fitted into the recessed ...

MEDIA PLAYBACK APPARATUS AND SHUTTER MECHANISM

A cam projection sliding in a cam slot of an arm causes the arm to proceed to an arm when a shutter is in the closed position or the open position and to recede from the arm when the shutter is sliding between the open position and the closed position. A spring is thereby considerably displaced, providing a satisfactory operation of the shutter. 1. A media playback apparatus comprising:a panel having an insertion slot through which a medium is to be inserted;a base fixed to a rear face of the panel and having a pair of base slots, a pivot-axle projection, a guide projection, and a cam projection;a shutter comprising a pair of shafts engaging with the pair of base slots, and configured to slide between a closed position and an open position in response to slide of the pair of shafts through the pair of base slots to cause the shutter to cover the insertion slot at the closed position and expose the insertion slot at the open position on a front face of the panel;a pair of arms, each arm having one end engaging with one of the pair of shafts and another end engaging with each other so as to be moveable in a transverse direction in which the arms move toward or away from each other; anda spring attracting the arms toward each other, whereinone arm of the pair of arms has a pivot-axle hole rotatably engaging with the pivot-axle projection and is configured to rotate around the pivot-axle projection in response to slide of the shutter, andthe other arm of the pair of arms has a long engage hole rotatably and slidably engaging with the cam projection of the base and a curving cam slot slidably engaging with the cam projection, and is configured to move in the transverse direction while rotating around the guide projection in response to slide of the shutter to cause the other end to get close to the one arm when the shutter is in the closed position or the open position and get away from the one arm when the shutter slides between the open position and the closed position ...

tilting joint

Kippgelenk (1), aufweisend: eine Welle (3), die mit einem Körper (11), der geöffnet und geschlossen werden kann, verbunden ist und als eine Drehwelle (3) zum Öffnen und Schließen des Körpers (11) dient, eine Basis (2), die die Welle (3) schwenkbar trägt und ebenso einen Klick-Vorsprung oder eine Klick-Aussparung (2b) an einem an der Drehwelle (3) zentrierten Umfang aufweist, eine Platte (5), die an einem Ende der Welle (3) angebracht ist, damit sie integral mit der Welle (3) gedreht wird, und eine Blattfeder (4), die zwischen der Basis (2) und der Platte (5) gelegen ist, und an der zu drehenden Welle (3) eingepasst ist, und die den anderen Klick-Vorsprung oder die andere Klick-Aussparung (2b) aufweist, der/die in den einen Klick-Vorsprung oder die eine Klick-Aussparung (2b) passt, die an der Basis (2) vorgesehen sind, um somit den Körper (11), der geöffnet und geschlossen werden kann, in einer vorbestimmten... A pivot joint (1), comprising: a shaft (3) connected to a body (11) which can be opened and closed, and serving as a rotation shaft (3) for opening and closing the body (11), a base (2) pivotally supporting the shaft (3) and also having a click projection or a click recess (2b) on a circumference centered on the rotation shaft (3), a plate (5) attached to one end of the shaft (3) is mounted so as to be rotated integrally with the shaft (3), and a leaf spring (4) located between the base (2) and the plate (5) and on the shaft to be rotated (3) is fitted, and having the other click projection or the other click recess (2b) which fits into the one click projection or the one click recess (2b) provided on the base (2) Thus, the body (11), which can be opened and closed, in a predetermined ...

Disk device

A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost is provided. The disk device includes a first disk holding means movable with disk conveyance, a second disk holding means opposed to a groove portion formed in the first disk holding means and holding a disk grippingly in cooperation with the first disk holding means when the first disk holding means holds the disk, and a support means which supports the first disk holding means and which causes a support position for the first disk holding means to be shifted in accordance with movement of the first disk holding means.

PLATE UNIT

Disk device

Monitor hinge device

A device comprising interlock projection parts (42) and interlock holes (43a,43b and 44a,44b) designed so that monitor (3) is capable of opening and closing with respect to first rotational central axis (X); the monitor (3) having been rotated in an opening direction with respect to the first rotational central axis (X) is rotatable with respect to second rotational central axis (Y) perpendicular to the first rotational central axis (X); the monitor (3) is positioned at a locality of given-extent rotation with respect to the first rotational central axis (X); and the monitor (3) having been rotated with respect to the second rotational central axis (Y) is positioned at a locality of given-extent rotation with respect to the first rotational central axis (X).

Gelenkmechanisinus

Gelenkmechanismus (1), umfassend: eine Rotationswelle (3), die an einem aufmachbaren und verschließbaren Körper (6) vorgesehen ist; eine Klammer (2), die ein Rotationswelleneinführloch (2a) zum Einführen durch einen marginalen Rotationswellenabschnitt der Rotationswelle (3) aufweist und einen konkav-konvexen Eingriffsabschnitt (2b) an einem Umfang aufweist, der an dem Rotationswellenabschnitteinführloch (2a) zentriert ist; eine Platte (5), die ein Anbringwellenabschnitteinführloch (5a) zum Einführen eines Anbringwellenabschnitts (3c), der an der Endfläche des Rotationswellenabschnitts ausgebildet ist, aufweist; und eine Blattfeder (4), die ein Anbringwellenabschnitteinführloch (4a) zum Einführen durch den Anbringwellenabschnitt (3c) und auch den anderen konkav-konvexen Eingriffsabschnitt zum Eingreifen in den einen konkav-konvexen Eingriffsabschnitt der Klammer (2) aufweist, um den aufmachbaren und verschließbaren Körper (6) in einer vorgegebenen Rotationswinkelposition zu halten, wobei die Blattfeder (4) zwischen der Klammer (2) und der Platte (5) angeordnet ist und an der Rotationswelle (3) angeordnet ist, wobei sowohl das Anbringwellenabschnitteinführloch (5a) der Platte (5) als auch das Anbringwellenabschnitteinführloch (4a) der Blattfeder (4) einen kreisförmigen Bogenabschnitt an gegenüberliegenden zwei Rändern der rechtwinkligen Gestalt aufweisen, und die Breite und die Höhe sowohl des Anbringwellenabschnitteinführlochs (5a) der Platte (5) als auch des Anbringwellenabschnitteinführlochs (4a) der Blattfeder (4) gleich sind, und wobei ein Radius des kreisförmigen Bogenabschnitts (5b) des Anbringwellenabschnittseinführlochs (5a) der Platte (5) größer ausgebildet ist als ein Radius des kreisförmigen Bogenabschnitts (4b) des Anbringwellenabschnitteinführlochs (4a) der Blattfeder (4), so dass die Blattfeder (4) an der Endfläche des Rotationswellenabschnitts durch das Eindringen eines äußeren Wandseitenabschnitts des ... A hinge mechanism (1) comprising: a rotating ...

Disk device

A disk device allowing a disk playback mechanism to be floated at the time of replay, comprising lock plate means having lock means moving a disk playback mechanism to lock and a plurality of switch parts turned on/off according to the amount of movement of the lock plate means, wherein the operation mode of the device is judged according to the operating results of the switch parts.

Gelenkmechanismus und Bildschirmöffnungs- und Schließmechanismus

Eine Blattfeder 40 wird einem Falten an einem Faltabschnitt 41 ausgesetzt, um einstückig einen Blattfederabschnitt 42 und einen Spannungslinderungsabschnitt 43 auszubilden und ein distales Ende einer Rotationswelle 30 wird an einem Verstemmloch des Spannungslinderungsabschnitts 43 durch Verstemmen befestigt.

Getriebemechanismus mit Drehmomentbegrenzer

Getriebemechanismus mit Drehmomentbegrenzer, umfassend ein Filzelement, das zwischen einem ersten Zahnrad und einem zweiten Zahnrad, die koaxial angeordnet sind, gehalten wird, zum Übertragen einer Antriebsleistung zwischen den Zahnrädern, derart dass ein Koppeln von Antriebsleistung zwischen den Zahnrädern durch einen Schlupf des Filzelements begrenzt wird, wenn eine übermäßige Last darauf aufgebracht wird, wobei eine Vielzahl von Vorsprüngen konzentrisch an der Fläche von einem der Zahnräder angeordnet ist, die mit dem Filzelement in Kontakt gelangt, und konzentrische Nuten, die den Vorsprüngen entsprechen, an der Fläche des anderen davon vorgesehen sind.

Scharniermechanismus und damit versehene elektronische Vorrichtung

Ein Durchgangsloch (4a) einer Blattfeder (4) weist eine Form auf, die eine Öffnungsfläche größer als die Querschnittsfläche eines Endsegments (3c) einer Welle (3) definiert und mit dem rotierenden Endsegment (3c) in Kontakt kommt. Ein Durchgangsloch (5a) einer Platte (5) mit einer Öffnungsfläche, größer als die Querschnittsfläche des Endsegment (3c) und kleiner als die Öffnungsfläche des Durchgangslochs (4a). Das Endsegment (3c) wird durch das Durchgangsloch (4a) und das Durchgangsloch (5a) eingeführt und umgeformt, um einen Zwischenraum (6) zwischen dem Durchgangsloch (4a) und dem Endsegment (3c) zu bilden, und der Zwischenraum (6) wird mit Schmierfett (8) gefüllt.