APPARATUS FOR FORMING WINDOW FOR DISPLAY DEVICE
The present invention refers to display device device relates to window molding, in particular window display device to correct curvature of a curved portion forming device are disclosed. Mobile telephone, navigation, for digital photographs, electronic book, portable game machine, a device such as the liquid crystal display device (liquid crystal display, LCD) various terminal or organic electro luminescence display device such as a display device (organic light emitting diode, OLED) with each other. This mobile use by ordinary display device user in front of the display panel is configured such that the display unit may be viewed a transparent cover window is transparent so combined with each other. On the other hand, eliminating the need for increased play device including bend developed and urges the bend window etc.. The present invention refers to a number of correct curvature bend to the pin is [...] window molding device. Said display device has a device for achieving the present invention according to purposes such as window molding, mold die including number 1 number 1; number 1 number 2 opposite mold die molded part including number 2; number 1 and number 2 positioned between the mold and the steam, the semiconductor die including a number 1 goodness; number 1 and number 2 molded portion has sides facing bend molding surface forming station; molding surface that cooperates with number 1 from different sides during mold base number 1 number 2 side of feces and rectilinear shape of rectilinear shape located substantially are the same distance between each guide. Guide portion side which is in contact number 1, number 2 side guide and contact substrate. Flexure number 1 is located at the edge of the molded part, positioned along one side of the curved end feces and number 1 number 2 side of a higher level substrate. The carbon number 1, number 1 can be used in said base surface molded part number 1 base; wherein the base surface of the base located between the semiconductor die opposite number 1 and number 1 number 1 further comprises a fixing portion fixed and number 2. The carbon number 2, number 2 number 2 molded part are located base; wherein the base surface of the base located between the semiconductor die opposite number 2 and number 3 further comprises a fixing portion fixing part number 2 number 4. The fixing portion is positioned between said guide part is number 3 number 1, number 2 and number 4 fixing unit between the guide fixture is to the lungs. Molded part number 1 number 1 layers with at least one fixed component and fixed component and base surface is larger than or equal to an angle formed by the molded part number 1 number 1 between 90 and less than 180. Number 1 has opposing surfaces of the fixed component and guide are parallel; part is located between the guide number 1 and number 1 number 1 has opposing surfaces of molded part molded part are parallel disclosed. Molded part number 1 number 2 layers with at least one fixed component and fixed component and base surface is larger than or equal to an angle formed by the molded part number 1 number 2 between 90 and less than 180. Locking guide has opposing surfaces are parallel of number 2; part is located between the guide number 1 and number 2 number 1 of molded part molded part has opposing surfaces are parallel disclosed. Display device window molding device number 1 is located either at the base guide layers fixed home and other projects from one of the bottom surface of the groove projection further comprises. Mold number 1, number 2 mold and guide consisting of at least one of the graphite (graphite) material. In addition, the present invention according to purposes such as for achieving said window molding device includes a display device, fixing part number 1, number 2 fixing part, number 1 number 2 which is located in the fixing unit between the fixed component and having at least one edge of the semiconductor die including number 1 number 1 in bend mold; number 1 number 2 opposite mold die molded part including number 2; number 1 and number 2 and located between the mold and the steam guide; the guide, between said number 1 number 1 main guide part is molded part number 1; main guide member extending outward from the side of number 1, number 1 number 1 part is molded part having greater width than auxiliary guide number 1; end extending outward from the other side of the main guide number 1, number 1 number 1 part is molded part having greater width than auxiliary guide number 2; number 2 number 1 number 2 between main guide part is molded part; main guide member extending outward from the side of number 2, number 2 number 1 part is molded part having greater width than auxiliary guide number 3; and main guide end extending outward from the other side of the number 2, number 1 number 2 number 4 auxiliary guide having greater width than part is molded part having a predetermined wavelength. Number 1 and number 2 molded part is molded part sides facing bend which a shaped article having a surface; forming surface that cooperates with number 1 from different sides during mold base number 1 number 2 side of feces and rectilinear shape of rectilinear shape located substantially are the same distance between each guide. Number 1 and number 1 and number 1 and number 2 main guide side distance between side distance between the auxiliary guide is substantially are the same. During a higher number 1 is one side of the main guide side feces and number 1 number 2 contacted; auxiliary guide number 1 number 2 position side faces in contact with feces and number 1 side lower during 2000. Flexure number 1 is located at the edge of the molded part, positioned along one side of the curved end feces and number 1 number 2 side of a higher level substrate. Main guide number 1, number 2 number 1 has auxiliary guide and auxiliary guide including I-shape structure. Main guide number 1, number 2 number 1 auxiliary guide and auxiliary guide including structure is '[' of each ']' of shape. Number 1 and number 3 auxiliary portions of the auxiliary guide coupled with each other. The present invention according to display device window molding device receive a next is performed number [...] substrate. First, the curved edge such that accurate mold placed mold may have a curvature. The, window molding device of the present invention may have an accurate window prepared by the number by curvature. In addition, the width of the rubber can be reduced local edge of windows. Second, in the periphery of the portions of the inclined surface and the steam, and the steam can be made hereinafter for further aligning guide. Third, mold and guide unit from the retaining grooves and fixing projections placed, guide for coupling between the positive mold can be performed hereinafter. Figure 1 shows a display device of the present invention in the embodiment according to decomposition of a window molding device sensors mounted thereon also are disclosed. Figure 2 shows a I a-I ' cross-sectional drawing of Figure 1 along a line of 16 are disclosed. Figure 3 shows a indicating the components of Figure 2 when the blower also are disclosed. Also shown in Figure 4 shows a combined structure in the embodiment of die number 1 1 also indicating portions of the plane are disclosed. Also shown in Figure 5 shows a combined structure in the embodiment 1 also die number 1 indicating the plane portions of the other are disclosed. In the embodiment according to window molding device of the present invention is also a method to 6a 10b also indicating process sequence also forming window locking device using ultraviolet light. Figure 11 shows a window molding method according to the indicating window prepared by the number also 10b also 6a also are disclosed. Figure 12 shows a I a-I ' in the embodiment of Figure 1 for the other cross-section along a line of 16 also are disclosed. When the components of Figure 12 Figure 13 shows a indicating the also are disclosed. Figure 14 shows a I a-I ' in the embodiment of Figure 1 for another aspect of the cross-section along a line of 16 also are disclosed. Figure 15 shows a indicating the when the components of Figure 14 also are disclosed. Figure 16 shows a mold base guide shown in number 1 number 1 1 also also to account for the pinion is in engagement between surface are disclosed. Also shown in Figure 17 shows a mold base guide unit from the other number 1 number 1 1 also to account for engagement surface are disclosed. Figure 18 shows a window molding device of the present invention in the embodiment according to decomposition of other sensors mounted thereon also are disclosed. Also shown in Figure 19 shows a combined structure in the embodiment of portions of the 18 also die number 1 indicating the plane are disclosed. Also shown in Figure 20 shows a mold base 18 also number 1 number 1 other engagement between guide to account for surface are disclosed. Figure 21 shows a window molding device of the present invention in the embodiment according to another decomposition of sensors mounted thereon also are disclosed. Also shown in Figure 22 shows a combined structure in the embodiment of die number 1 21 also indicating portions of the plane are disclosed. Figure 23 shows a device of the present invention in the embodiment according to another window molding decomposition of sensors mounted thereon also are disclosed. Also shown in Figure 24 shows a combined structure in the embodiment of die number 1 23 also indicating portions of the plane are disclosed. Figure 25 shows a window molding device of the present invention in the embodiment according to another decomposition of sensors mounted thereon also are disclosed. Also shown in Figure 26 shows a combined structure in the embodiment of die number 1 25 also indicating portions of the plane are disclosed. Advantages and features of the present invention, achieve the appended drawing method and an electronic component connected to the reference surface with specifically carry activitycopyright will in the embodiment. In the embodiment in the present invention refers to hereinafter however limited to various different rather than the disclosure are embodied in the form of percussion, in the embodiment of the present invention disclosure is completely only the are and can be utilized, the present invention is provided to a target area of the invention completely for alerting the person with skill in the art in categories to which ball number, defined by category of the present invention refers to claim only disclosed. Thus, in some in the embodiment, well-known process steps, well-known element structure and the present invention is the well-known techniques to avoid ambiguous interpretation does not specifically described. Throughout the specification the same references refer to the same components. Drawing the different layers in order by increasing a thickness and area unambiguously shown. The portion throughout a drawing code is configured to receive a specification similar are identical. Layer, film, region, such as when that plate parts which are "on", "directly on" as well as any other portion when intermediate when another portion comprises a unit. Some parts which are "directly on" when it opposite intermediate free portion and a portion of motor vehicle is started substrate. In addition, layer, film, region, such as when that plate parts which are "under", "beneath" as well as any other portion when intermediate when another portion comprises a unit. Some parts which are opposite "beneath" when it without other parts intermediate the motor vehicle is started substrate. Spatially relative terms a "below (below)", "(beneath) below", "lower (lower)", "(above) on", "upper (upper)" or the like is shown on the drawing as one component or components described hereinafter for correlation with another component or components can be used. Spatially relative term are shown in the drawing in use or operation in addition to the outer direction of different terms including should it will. For example, when forming the calculator shown on the drawing, another element of "below (below)" or "(beneath) below" described in a device of the other element "(above) on" can be placed. Thus, the exemplary term "below" can include both the direction of above and below. Element even can be oriented in another direction, the film substrate can be interpreted according to spatially relative terms. The specification that any portion when connected to other, this when connected directly as well as, its intermediate between when electrically connected to another element comprises a unit. In addition, when that any portion of any components, particularly the opposite substrate and other components without [...] number but further can include other components which means that the other. In the specification number 1, number 2, number 3 describes various components such as term can be used but, with these components defined by the terms are not correct. Components are mounted to one of said terms are used with the object of distinguished from other components. For example, deviates from the scope of the invention of the present invention without, components such as number 2 or number 3 component can be designated number 1, number 2 or number 3 of the elements alternately can be similarly designated. In the absence of other definitions, all terms used in the specification is provided to the present invention (including the techniques and the treatment) is in common sense can be understood to a person with skill in the art to can be used are disclosed. It is apparent that a term generally used in a pre-defined are not specially defined is not ideally or overly interpreted. Hereinafter, the present invention according to the display device 1 to a window molding device 25 also also by reference to the detailed as follows. Figure 1 shows a perspective view of the present invention also display device in the embodiment according to decomposition of a window molding device and, Figure 2 shows a I a-I ' of cross-sectional drawing and 16 along a line, and when the Figure 3 of Figure 2 indicating the components of Figure 1 are disclosed. In the embodiment according to the display device of the present invention window molding device (1000; hereinafter, window molding device) is, as shown in fig. 1, number 1 mold (100), a guide part (300) and number 2 mold (200) comprises. Number 1 mold (100) and number 2 mold (200) is then be described certain forms of managing [...] into a substrate. Number 1 mold (100) number 1 the base (110), molded part number 1 (130), fixing part number 1 (151) and number 2 fixing part (152) having a predetermined wavelength. Molded part number 1 (130), fixing part number 1 (151) and number 2 fixing part (152) has a base number 1 (110) to the lungs. Molded part number 1 (130), fixed part number 1 (151) and number 2 fixing part (152) has a base number 1 (110) in one face (110a; hereinafter, the base plane number 1) number 2 from mold (200) has a projecting shape toward the desired level. In other words, number 1 molded part (130), fixing part number 1 (151) and number 2 fixing part (152) number 1 is the base plane (110a) is parallel to the axis Z direction (hereinafter, Z-axis direction) in different parts of the 2b projects to the desired level. Number 1 mold (100) number 1 included in base (110), molded part number 1 (130), fixing part number 1 (151) and number 2 fixing part (152) is can be integral. Also as shown in 1 and 2 also, molded part number 1 (130) is fixed part number 1 (151) on fixed part number 2 (152) between to the lungs. Molded part number 1 (130) is number 1 molded surface (133) has. As shown in fig. 2, number 1 molded surface (133) is the amount of edges curved portion (13b) has. In other words, number 1 molded surface (133) both edges of each has a curved shape. Number 1 molded surface (133) and a bulging (13b) is engraved in the form of a curved portion (13b) are disclosed. Number 1 molded surface (133) and the remaining portion of the amount of edge number [...] flat disclosed. In other words, number 1 molded surface (133) between the portion of the amount of edges flat part (13a) has. The number 1 molded surface (133) is curved part (13b) formed over the (13a) can be a. Number 1 molded surface (133) window molded or processed (8a also of 888) is WIPO. Number 1 molded surface (133) the window (888) in contact with the substrate. Specifically, number 1 molded surface (133) is window (888) in contact with the front surface of the substrate. Window (888) from a user directly applied to the front side of the touch portion big. Window (888) window includes a display device (888) implementation being. Fixed part number 1 (151) and number 2 fixing part (152) is the aforementioned guide (300) and then be described fixing part number 3 (251) and number 4 fixing part (252) number 1 with mold (100) and number 2 mold (200) together firmly affix the substrate. In other words, number 1 mold (100) and number 2 mold (200) pin coupled, fixed part number 1 (151), fixing part number 2 (152), guide (300), number 3 fixing part (251) and number 4 fixing part (252) is number 1 mold (100) and number 2 mold (200) together firmly affix the substrate. Number 1 fixing part (151) and number 2 fixing part (152) is, as shown in fig. 1, each bar (bar) shape. Number 1 fixing part (151) and number 2 fixing part (152) are each parallel disclosed. For example, as shown in fig. 1, number 1 fixing part (151) and number 2 fixing part (152) is parallel to the axis direction (hereinafter, Y axis direction) to Y is extending. Number 1 fixing part (151) and number 2 fixing part (152) may have the same length each other. Also as shown in the 3, number 1 mold (100) number 1 of the base plane (110a) Z number 1 measured in the axial direction from fixing part (151) height (h2) number 1 forms the base plane (110a) number 1 measured in the axial direction Z from the molded part (130) higher than the height of the (h1). Wherein, as shown in fig. 3, molded part number 1 (130) (h1) number 1 out the height of the molded part (130) maximum height of big. In other words, the molded part number 1 (130) (h1) number 1 is the height of the base plane (110a) number 1 from the molded part (130) and a bulging (13b) big end of the minimum distance. On the other hand, fixing part number 1 (151) (h2) substantially its number 1 is the height of the fixing portion (151) and of receiving the, molded part number 1 (130) (h1) substantially its number 1 is the height of the molded part (130) maximum receiving the substrate. The similarly, number 1 and the base plane (110a) number 2 measured from a fixed part (152) the height base plane number 1 (110a) measured from a molded part number 1 (130) higher than the height of the (h1; maximum height). Fixed part number 2 (152) number 1 the height of the fixing part (151) (h2) can be the same height. Guide section (300) is number 1 molded surface (133) definition method (888) define a position of. In other words, window (888) is number 1 molded surface (133) when placed, guide (300) has a curved window (888) is number 1 molded surface (133) is formed to each other guided so as correct. In addition, guide (300) has a curved number 1 molded surface (133) overlying window (888) can prevent flow is formed during operation. In addition, guide (300) is number 1 mold (100) and number 2 mold (200) also serves for clamping together a plurality of hierarchies. Guide section (300) is, as shown in also 1 and 2 also, number 1 mold (100) and number 2 mold (200) between to the lungs. For example, guide (300) is number 1 mold (100) number 1 of base (110) to be carry mold number 2 (200) number 2 of base (210) between to the lungs. The, guide (300) is also 3 1 and also as shown, molded part number 1 (130) may have the shape of surrounding the second insulating or ring (ring). In other words, as shown in fig. 3, guide (300) number 1 on mold (100) pin coupled, guide (300) is number 1 mold (100) number 1 of molded part (130) bulbous body. As shown in fig. 3, guide (300) number 1 a portion of the fixing portion (151) number 1 on molded part (130) positioned between the, guide portion (300) another portion of fixed part number 2 (152) number 1 on molded part (130) located between each other. For example, as shown in fig. 1, guide (300) extending in the axial direction Y during any one portion of the fixing part number 1 (151) number 1 on molded part (130) positioned between the, guide portion (300) extending in the axial direction Y during other one portion of the fixing part number 2 (152) number 1 on molded part (130) located between each other. And, guide part (300) is parallel to the axis direction (hereinafter, X axis direction) during X extending portions is fixing members (151, 152) and molded part number 1 (130) not between. Also as shown in the 3 number 1 mold (100) and guide portion (300) when combined with, its number 1 mold (100) number 1 of the base plane (110a) from Z-axis direction measured guide (300) number 1 and the height of the base surface (110a) number 1 measured in the axial direction Z from the molded part (130) height (h1; the aforementioned number 1 molded part (130) maximum height of) higher than. On the other hand, guide (300) substantially the height of the guide portion (300) of receiving the substrate. Guide (300) the height of the fixing part number 1 (151) (or number 2 fixing part (152)) (h2) can be the same height. Also as shown in 1 and 2 also, mold number 2 (200) is number 1 mold (100) opposite substrate. Mold number 2 (200) base the number 2 (210), molded part number 2 (230), fixing part number 3 (251) and number 4 fixing part (252) having a predetermined wavelength. Molded part number 2 (230), fixing part number 3 (251) and number 4 fixing portion (252) has a base number 2 (210) to the lungs. Molded part number 2 (230), number 3 fixing part (251) and number 4 fixing portion (252) has a base number 2 (210) to one side (210a; hereinafter, the base plane number 2) number 1 from mold (100) has a projecting shape toward the desired level. In other words, molded part number 2 (230), fixing part number 3 (251) and number 4 fixing part (252) number 2 is the base plane (210a) in different portions of the Z-axis direction 2b projects to the desired level. Mold number 2 (200) included in base number 2 (210), molded part number 2 (230), fixing part number 3 (251) and number 4 fixing part (252) is can be integral. Molded part number 2 (230) is the aforementioned guide (300) can be surrounded by. For example, as shown in fig. 3, mold number 1 (100), mold number 2 (200) and guide (300) when combined with, guide (300) includes a molded part number 1 (130) and molded part number 2 (230) bulbous body. Also as shown in 1 and 2 also, molded part number 2 (230) includes a fixing part number 3 (251) on fixed part number 4 (252) between to the lungs. Molded part number 2 (230) is number 2 molded surface (233) has. As shown in fig. 2, number 2 molded surface (233) is the amount of edges curved portion (23b) has. In other words, number 2 molded surface (233) both edges of each has a curved shape. Number 2 molded surface (233) and a bulging (23b) is raised in the form of a curved portion (23b) are disclosed. Number 2 molded surface (233) and the remaining portion is the amount of edges of a number [...] flat disclosed. In other words, number 2 molded surface (233) between the portion of the amount of edges flat part (23a) has. The number 2 molded surface (233) is curved part (23b) formed over the (23a) has. Number 2 molded surface (233) is number 1 molded surface (133) and opposite substrate. Number 2 molded surface (233) of each curved portion (23b) is number 1 molded surface (133) of each curved portion (13b) and positioned in facing on, and number 2 molded surface (233) of flat sections (23a) is number 1 molded surface (133) of flat sections (13a) on positioned in facing substrate. Number 2 molded surface (233) the window (888) in contact with the substrate. Specifically, number 2 molded surface (233) is window (888) for supporting an edge substrate. Window (888) a front side of the back surface of the opposite substrate. Mold number 1 (100), mold number 2 (200) and guide section (300) can be at least one of the L-graphite (graphite). For example, number 1 mold (100), mold number 2 (200) and guide (300) are each graphite (graphite) can be made of a material. Also shown in Figure 4 shows a mold 1 also number 1 (100) and guide portion (300) prevention device of indicating plane in the embodiment are disclosed. On the other hand, the axial direction X of Figure 4 P1 molded part of Figure 4 A fire at a point number 1 (130) indicating a wall.you shape to provide for projection which, in the axial direction Y at a point number 1 of Figure 4 P2 of Figure 4 B fire the molded part (130) indicating a shape wall.you projection also among others. As shown in fig. 4, mold number 1 (100) of number 1 molded surface (133) may have the rectangular shape. Number 1 molded surface (133) side the number 1 (S1), (S2) side number 2, number 3 side (S3), (S4) side of number 4 (R) can be defined by a [...] and 4. In one aspect a flat, straight [...] of 2 (R) are coupled with each other by adjacent. Side number 1 (S1), (S2) side number 2, number 3 side (S3), (S4) number 4 has the shape each side, each [...] the round shape (R). On the other hand, when there are no [...], adjacent side are directly connected thereto. On the other hand, number 1 molded surface (133) of number 1 2 shown in dashed lines includes forming surface (133) and a bulging (13b) on the planar portion (13a) into a shot a big. A curved portion (13b) is molded part number 1 (130) located both edges of each bar, the curved portion (13b) side end of number 1 (S1) and (S2) number 2 side positioned along each other. I.e., number 1 fixing part (151) on the planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 1) is number 1 number 1 (S1) side and a curved portion (13b) which end as, number 2 fixing part (152) and a planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 2) side is number 2 number 2 (S2) and the curved portion (13b) comprising as end. In other words, the number 1 number 1 (S1) side curved portion (13b) corresponding to the end of, the number 2 number 2 (S2) side curved portion (13b) corresponding to the end of the substrate. Number 1 (S1) and (S2) side side number 2 confront one another substrate. The number 1 and number 2 number 1 (S1) (S2) side side fixing portion (151; or number 2 fixing part (152)) parallel to disclosed. Guide (300) number 1 on mold (100) pin coupled, guide (300) number 1 (S1) side part of the opposite substrate. In addition guide (300) number 2 (S2) another portion of side opposite substrate. Number 1 to number 4 (S1 to S4) 2 number 1 four sides of neighboring sides during mold (100) number 1 of the base plane (110a) different from the lungs. For example, and as shown in the section of Figure 4 A B, the base plane number 1 (110a) reference, number 1 number 3 (S3) (S1) side higher than the side close to the substrate. In other words, the base plane number 1 (110a) measured number 1 (S1) from Z-axis direction side height of number 1 (h1) determines the base plane (110a) from Z-axis direction side (S3) (h3) higher than the height of the measured number 3. In addition, number 4 (S4) number 1 (S1) side adjacent to this side higher than close to the substrate. Similarly, the number 3 and number 4 (S3) (S4) (S2) number 2 side side side higher than close to the substrate. On the other hand, number 1 (S1) and (S2) are identical to each other height is located at the side side number 2, number 3 and number 4 side (S3) (S4) side are equal to each other date can. Number 1 to number 4 (S1 to S4) located 2 sides of different sides of each guide section (300) can be the distance between the same. For example, number 1 (S1) side guide part (300) is number 3 (S3) (d1) distance between side guide portion (300) (d3) can be distance between the same. As another example, number 1 (S1) side guide portion (300) includes a number 4 (S4) (d1) distance between side guide portion (300) (d4) can be distance between the same. In addition, (S1, S2, S3, S4) each side guide portion (300) can be the distance between the same. For example, number 1 (S1) side guide portion (300) (d1) distance between, side number 2 (S2) and guide portion (300) (d2) distance between, number 3 (S3) side guide part (300) and number 4 (S4) (d3) distance between side guide portion (300) (d4) is distance between both are the same. On the other hand, fixing part number 1 (151) and a guide (300) and the distance between the number 2 fixing part (152) and a guide (300) be the same as the distance between. Also shown in Figure 5 shows a mold 1 also number 1 (100) and guide portion (300) prevention device other indicating plane in the embodiment are disclosed. On the other hand, the molded part number 1 of Figure 5 P1 of Figure 5 A fire at the point X-axis direction (130) indicating a wall.you shape to provide for projection which, in the axial direction Y at a point number 1 of Figure 5 P2 of Figure 5 B fire the molded part (130) indicating a shape wall.you projection also among others. The aforementioned agent of 4 at a reference as number 1 molded surface (133) of different sides of each guide (300) and the distance between the equal to n, the these distance be each Wednesday 0. I.e., each 0 d1 and d3 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1) side of number 1 and number 3 (S3) and can be each contact side. For example, number 1 (S1) uses the opposite guide side (300) and in direct contact with the two sides of a, number 3 (S3) uses the opposite guide side (300) can be in direct contact with the other side. In addition, the aforementioned reference 4 as number 1 (S1) and guide hole are at a side (300) (d1) distance between, side number 2 (S2) and guide portion (300) (d2) distance between, number 3 (S3) side guide part (300) and number 4 (S4) (d3) distance between side guide portion (300) (d4) have the same distance between n, the these distance be each Wednesday 0. I.e., d1, d2, each 0 d3 and d4 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1 to S4) can be in contact with all sides. For example, number 1 (S1) uses the opposite guide side (300) and in direct contact with the two sides of a, number 2 (S2) uses the opposite guide side (300) and in direct contact with the other side, number 3 (S3) uses the opposite guide side (300) and another surface in direct contact with the, and number 4 (S4) uses the opposite guide side (300) can be in direct contact with another surface. In addition, guide (300) is number 1 molded surface (133) (R) in direct contact with each [...] disapproval. Of the present invention window molding device (1000) and a bulging (13b) number 1 is molded part (130) since 133 sidewall (380) does not exist. The abrasive tool is a curved portion (13b) end (the aforementioned number 1 side (S1) or (S2) number 2 side) can reach enough to curved portion (13b) is normally may have a curvature. The, of the present invention window molding device (1000) by number prepared by the window (888) is accurate may have a curvature. In addition, window (888) local edge of rubber can be of oxygen. In the embodiment according to the device of the present invention also includes a window molding also 6a to 10b (1000) window locking device using (888) indicating process sequence [...] molding method, Figure 11 shows a window molding method also 10b also 6a also according to number prepared by the window (888) indicating surface are disclosed. Wherein, also 6b, 7b also, also 8b, 9b and 10b also may each also 6a, also 7a, also 8a, 9a and 10a also also of I a-I ' cross-sectional drawing of 16 along a line are disclosed. First, as shown in also 6a and 6b also, number 1 mold (100) on the guide (300) is the lungs. Guide section (300) is number 1 mold (100) toward the arrow direction lowered number 1 mold (100) coupled to. For example, guide (300) is number 1 mold (100) number 1 of molded part (130) so as to surround the mold number 1 (100) coupled to. The, as shown in 6b also, guide (300) number 1 a portion of the fixing portion (151) number 1 on molded part (130) (gap; 55a or home) introduced at the gap between the, guide portion (300) another portion of fixed part number 2 (152) on the molded part number 2 (230) gap between (55b or grooves) are associated with them. Number 1 mold (100) coupled to the guide section (300) is number 1 mold (100) number 1 of the base plane (110a) from one another by. Guide section (300) forms the base plane number 1 (110a) can be in contact with. Also 7a and 7b also is number 1 mold (100) and guide part (300) is combined with the examples as shown in disclosed. Then, as shown in 7a and 7b also also, window (888) number 1 is molded part (130) on to the lungs. A transparent window can be made of glass. Window (888) is, as shown in also 7a, key hole (888a) and speaker hole (888b) has. Not shown but, key hole (888a) obtained by device button exposed while, speaker hole (888b) display device corresponding to speaker is the lungs. Window (888) is lowered in the arrow direction molded part number 1 (130) of number 1 molded surface (133) from one another by. The, window (888) each edge number 1 molded surface (133) of each curved portion (13b) positioned corresponding to each other. The, as shown in also 8b, window (888) both edges of each curved portion (13b) and in contact with the end portion of, window (888) a portion of its edge [...] number number 1 molded surface (133) of number 1 molded surface (133) and not contact. In other words, window (888) an over planar portion (13a) a gap between (90) is present. Then, as shown in also 8a and 8b also, mold number 2 (200) window (888) is placed a number 1 mold (100) on to the lungs. Mold number 2 (200) number 1 along the direction of arrow mold (100) extending downward toward the substrate. The, as shown in also 8b, guide (300) number 1 portions of mold (100) fixed part of number 1 (151) is number 2 mold (200) fixed part of number 3 (251) on the molded part number 2 (230) gap between (55c; or home) to either accept or refuse, guide part (300) and another portion of mold number 1 (100) fixed part of number 2 (152) is number 2 mold (200) fixed part of number 4 (252) on the molded part number 2 (230) gap between (55d; or grooves) are associated with them. Also 9a and 9b is also number 1 mold (100) and number 2 mold (200) combined with examples shown disclosed. Also as shown in 9a and 9b also, mold number 2 (200) of molded part number 2 (230) is molded part number 1 (130) placed window (888) by pressing windows (888) are both edges of the part number [...] number 1 molded surface (133) pressed toward the vehicle from the outside. The window (888) (of Figure 11 120) each of both edges of the curved portion is formed on each pixel. On the other hand, the pressing process when a window (888) can be further heat is applied. As also shown in 9b, window (888) is number 1 molded surface (133) and number 2 molded surface (233) between to the lungs. Window (888) the front side of the number 1 molded surface (133) in contact with and, window (888) the back surface of the number 2 molded surface (233) in contact with the substrate. Window (888) each of the both side edges of the number 1 molded surface (133) and a bulging (13b) on number 2 molded surface (233) and a bulging (23b) between to the lungs. Window (888) a number [...] both side edges of the part number 1 molded surface (133) of flat sections (13a) on number 2 molded surface (233) of flat sections (23a) between to the lungs. Next, as shown in also 10a and 10b also, mold number 2 (200) is in the arrow direction so that the number 1 mold (100) and number 2 mold (200) is separated therefrom. And, number 1 mold (100) from the window (888) is unloading (unloading) with each other. Number 1 mold (100) to an unloaded from window (888) is, as shown in fig. 11, each not curved portion (120) has. Figure 12 shows a I a-I ' of other cross-section in the embodiment 16 along a line for drawing and, also indicating the components of Figure 12 Figure 13 shows a when the blower of Figure 1 are disclosed. Number 1 fixing part (151) number 1 on molded part (130) each number 1 surface layers (41) and the number 2 (42) when defined, and the number 1 (41) and the number 2 (42) number 1 with at least one base surface (110a) 90 and 180 may be less than or greater than the angle formed by the other. End, wherein the base plane of number 1 (110a) number 1 is the base plane (110a) number 1 during fixing part (151) number 1 on molded part (130) located between the big portion. In other words, the base of the number 1 (110a) is the number 1 (41) and the number 2 (42) positioned between, the number 1 (41) and the number 2 (42) linked to means other. In one example, as shown in fig. 12, the base plane number 1 (110a) and the number 1 (41) is greater than an angle formed by (θ 1) 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 1 (41) is an obtuse angle formed by the be a (θ 1). In addition, the base plane number 1 (110a) and the number 2 (42) is greater than an angle formed by (θ 2) 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 2 (42) with an angle formed by the obtuse angle (θ 2) be a. Similarly, fixing part number 2 (152) number 1 on molded part (130) each layers the number 3 (43) and the number 4 (44) when defined, and the number 3 (43) and the number 4 (44) number 1 with at least one base surface (110a) 90 and 180 may be less than or greater than the angle formed by the other. End, wherein the base plane of number 1 (110a) number 1 is the base plane (110a) number 2 during fixing portion (152) number 1 on molded part (130) located between the big portion. In other words, the base of the number 1 (110a) is the number 3 (43) and the number 4 (44) positioned between, the number 3 (43) and the number 4 (44) linked to means other. In one example, as shown in fig. 12, the base plane number 1 (110a) and the number 3 (43) is greater than an angle formed by (θ 3) 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 3 (43) is an obtuse angle (θ 3) be a. In addition, the base plane number 1 (110a) and the number 4 (44) (θ 4) is greater than an angle formed by the 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 4 (44) with an angle formed by the obtuse angle (θ 4) be a. As shown in fig. 12, number 1 to number 4 surfaces (41 to 44) with each number 1 the base plane (110a) when the obtuse angle, the surfaces (41 to 44) from the panel guide (300) plane are also the same angle. , the number 1 to number 4 (44) and these from the panel guide (300) plane are parallel to each other disclosed. For example, the number 1 (41) and opposite guide (300) the face of the number 5 (45) is defined, the number 2 (42) and opposite guide (300) face the number 6 (46) is defined, the number 3 (43) and opposite guide (300) face the number 7 (47) and defined, and the number 4 (44) and opposite guide (300) the face of the number 8 (48) when defined, the number 5 (45) is the number 1 (41) which is disposed parallel to, the number 6 (46) is the number 2 (42) which is disposed parallel to, the number 7 (47) is the number 3 (43) which is disposed parallel to, and the number 8 (48) is the number 4 (44) parallel to disclosed. The mold number 1 (100) and guide (300) as is the aforementioned include sloping surfaces when, number 1 mold (100) and guide portion (300) for further aligning can be made hereinafter. I.e., guide (300) is number 1 mold (100) even if not to accurately ALIGN, induced by said sloping surfaces guide part (300) is number 1 mold (100) and can be correctly coupled. Figure 14 shows a I a-I ' for drawing and 16 in the embodiment of another aspect of the cross-section along a line, also indicating the components of Figure 14 Figure 15 shows a when the blower of Figure 1 are disclosed. Also according to 14 and 15 also, the base plane number 1 (110a) and the number 1 (41) is greater than an angle formed by (θ 1) 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 1 (41) is an obtuse angle formed by the be a (θ 1). On the other hand, number 1 the base plane (110a) and the number 2 (42) with an angle formed by the ssvtr be (θ 2) 90. In addition, according to the 15 also 14 and also, the base plane number 1 (110a) and the number 3 (43) is greater than an angle formed by (θ 3) 90 180 may be less than 2000. In other words, the base plane number 1 (110a) and the number 3 (43) is an obtuse angle (θ 3) be a. On the other hand, number 1 the base plane (110a) and the number 4 (44) with an angle formed by the ssvtr be 90 (θ 4). The mold number 1 (100) and guide (300) as is the aforementioned include sloping surfaces when, number 1 mold (100) and guide portion (300) for further aligning can be made hereinafter. I.e., guide (300) is number 1 mold (100) even if not to accurately ALIGN, induced by said sloping surfaces guide part (300) is number 1 mold (100) and can be correctly coupled. Although not shown, the base plane number 1 (110a) and the number 1 (41) is 90 degrees and the angle (θ 1), the base plane number 1 (110a) and the number 2 (42) is an obtuse angle (θ 2) be a. In addition, the base plane number 1 (110a) and the number 3 (43) is 90 degrees and the angle (θ 3), the base plane number 1 (110a) and the number 4 (44) with an angle formed by the obtuse angle (θ 4) be a. On the other hand, the aforementioned in Figure 2 number 1 of fixed part (151) number 1 on molded part (130) layers and each fixing part number 1 (151) number 1 on molded part (130) between the base plane number 1 (110a) is an angle between 90 degrees each other. And, in Figure 2 of number 2 fixing part (152) number 1 on molded part (130) and number 2 layers each fixing portion (152) number 1 on molded part (130) between the base plane number 1 (110a) is an angle between 90 degrees each other. Also shown in Figure 16 shows a mold 1 also number 1 (100) number 1 of base (110) and a guide (300) to account for the pinion is in engagement between surface are disclosed. Of the present invention window molding device (1000) is, as shown in 16 also, base number 1 (110) and a guide (300) layers disposed on one of the retaining grooves (70) and other one is protruded from its fixing groove (70) inserted into the projection (80) can be further comprises. For example, as shown in fig. 16, number 1 mold (100) number 1 included in base (110) number 1 of the base plane (110a) to the aforementioned retaining grooves (70) can be located, fixed home (70) which are inserted into the guide (80) forms the base plane number 1 (110a) and opposite guide (300) can be placed on the face of. The retaining grooves (70) extend from ends of the (80) number 1 by mold (100) and guide portion (300) narrower than the coupling between the becomes easy. In addition, as shown in fig. 16, retaining grooves (70) and guide (80) number 1 is the base plane (110a) and guide (300) only one side of placed, symmetrical guide portion (300) of the front side, back side, upper and accurately position can be determined rapidly below the mold number 1 (100) and guide portion (300) for coupling between hereinafter can be performed. On the other hand, not shown but, number 1 mold (100) comprises a groove (70) formed in a instead (80) may have a, guide (300) includes a projection (80) instead of retaining grooves (70) may have a. Also shown in Figure 17 shows a mold 1 also number 1 (100) number 1 of base (110) and a guide (300) to account for engagement between other surface are disclosed. Of the present invention window molding device (1000) is, as shown in fig. 17, number 1 base (110) and a guide (300) a number 1 layers disposed on one of the retaining grooves (71) and formed in a number 1 (81) on, a projection disposed on the other of the number 2 (82) and number 2 retaining grooves (72) can be further. For example, as shown in fig. 17, number 1 mold (100) number 1 included in base (110) number 1 of the base plane (110a) retaining grooves to the aforementioned number 1 (71) and formed in a number 1 (81) can be located, retaining grooves is number 1 (71) number 2 inserted guide (82) and formed in a number 1 (81) number 2 is inserted retaining grooves (72) number 1 is the base plane (110a) and opposite guide (300) for detecting surface position of the can. Fixed grooves (71, 72) and fixed plate (81, 82) number 1 by mold (100) and guide portion (300) narrower than the coupling between the becomes easy. In addition, as shown in fig. 17, fixing grooves (71, 72) and fixed plate (81, 82) number 1 is the base plane (110a) and guide (300) placed in a pair to, symmetrical guide portion (300) of the front side, back side, upper and accurately position can be determined rapidly below the mold number 1 (100) and guide portion (300) for coupling between can be made hereinafter. In the embodiment according to Figure 18 shows a window molding device of the present invention also other (1000) and decomposition of perspective view, shown in Figure 19 18 also number 1 mold (100) and guide portion (300) prevention device of indicating plane in the embodiment are disclosed. On the other hand, the molded part number 1 of Figure 19 P1 of Figure 19 A fire at the point X-axis direction (130) indicating a wall.you shape to provide for projection which, in the axial direction Y at a point number 1 of Figure 19 P2 of Figure 19 B fire the molded part (130) indicating a shape wall.you projection also among others. In the embodiment according to of the present invention other window molding device (1000) is, also 18 and 19 as shown in also, mold number 1 (100), a guide part (300) and number 2 mold (200) comprises. Mold of Figure 18 number 1 (100) and number 2 mold (200) of Figure 1 number 1 the above-described mold (100) and number 2 mold (200) and therefore the, mold of Figure 18 number 1 (100) and number 2 mold (200) is the aforementioned agent of 1 and related substrate reference each other. Stage, also 18 and 19 as shown in also, number 1 mold (100) of number 1 molded surface (133) is the aforementioned [...] masses (R) may have a square shape. Of Figure 18 guide (300) is number 1 mold (100) and number 2 mold (200) between to the lungs. For example, guide (300) is number 1 mold (100) number 1 of base (110) on mold number 2 (200) number 2 of base (210) between to the lungs. Guide section (300) is, as shown in fig. 18, main guide number 1 (301), auxiliary guide number 1 (311), auxiliary guide number 2 (312), main guide number 2 (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) can be a. Main guide number 1 (301) is, as shown in fig. 19, number 1 mold (100) fixed part of number 1 (151) number 1 on mold (100) number 1 of molded part (130) located between each other. Main guide number 1 (301) Y is a bar shape extending in the axial direction. Number 1 auxiliary guide (311) is number 1 main guide (301) in a side of extending. For example, number 1 auxiliary guide (311) main guide has a curved number 1 (301) can be a side of Y in extending in the axial direction. The, as shown in 19 also, auxiliary guide number 1 (311) number 1 has a fixed part (151) number 1 on molded part (130) may have a greater width than the spacing between (d7) (w1). In other words, auxiliary guide number 1 (311) number 1 (w1) width of the fixed part (151) number 1 on molded part (130) can be greater than the distance between (d7). Auxiliary guide number 2 (312) is number 1 main guide (301) extending on the other end. For example, auxiliary guide number 2 (312) main guide has a curved number 1 (301) at the end of the other side of Y can be extending in the axial direction. The, auxiliary guide number 2 (312) number 1 has a fixed part (151) number 1 on molded part (130) may have a width greater than the spacing between (d7). In other words, auxiliary guide number 2 (312) the width of the fixing part number 1 (151) number 1 on molded part (130) can be greater than the distance between (d7). Main guide number 2 (302) is, as shown in fig. 19, number 1 mold (100) fixed part of number 2 (152) on mold number 2 (200) number 1 of molded part (130) located between each other. Main guide number 2 (302) extending in the axial direction Y is a bar shape. Main guide number 2 (302) is the aforementioned number 1 main guide (301) may have the same length and the same shape. Auxiliary guide number 3 (313) is number 2 main guide (302) in a side of extending. For example, auxiliary guide number 3 (313) main guide has a curved number 2 (302) in a side of Y can be extending in the axial direction. The, as shown in 19 also, auxiliary guide number 3 (313) is fixed part number 2 (152) number 1 on molded part (130) may have a greater width than the spacing between (d8) (w2). In other words, auxiliary guide number 3 (313) (w2) width of the fixing part number 2 (152) number 1 on molded part (130) can be greater than the distance between (d8). Auxiliary guide number 4 (314) is number 2 main guide (302) extending on the other end. For example, auxiliary guide number 4 (314) main guide has a curved number 2 (302) extending toward the other side of the Y axis at the end can be. The, auxiliary guide number 4 (314) is fixed part number 2 (152) number 1 on molded part (130) may have a width greater than the spacing between (d8). In other words, auxiliary guide number 4 (314) number 2 the width of the fixed part (152) number 1 on molded part (130) can be greater than the distance between (d8). Main guide number 1 (301), auxiliary guide number 1 (311) and auxiliary guide number 2 (312) including structure is a, as shown in fig. 19, may have I-shape. In addition, number 2 main guide section (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) including structure is a, as shown in fig. 19, may have I-shape. As shown in fig. 19, number 1 mold (100) of number 1 molded surface (133) may have the rectangular shape. Number 1 molded surface (133) side the number 1 (S1), (S2) side number 2, number 3 and number 4 (S4) can be defined by side side (S3). On the other hand, number 1 molded surface (133) of number 1 2 shown in dashed lines includes forming surface (133) and a bulging (13b) on the planar portion (13a) into a shot a big. A curved portion (13b) is molded part number 1 (130) located both edges of each bar, the curved portion (13b) side end of number 1 (S1) and (S2) number 2 side positioned along each other. I.e., number 1 fixing part (151) on the planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 1) is number 1 number 1 (S1) side and a curved portion (13b) which end as, number 2 fixing part (152) and a planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 2) side is number 2 number 2 (S2) and the curved portion (13b) comprising as end. In other words, the number 1 number 1 (S1) side curved portion (13b) corresponding to the end of, the number 2 number 2 (S2) side curved portion (13b) corresponding to the end of the substrate. Number 1 (S1) and (S2) side side number 2 confront one another substrate. The number 1 and number 2 number 1 (S1) (S2) side side fixing portion (151) (or number 2 fixing part (152)) parallel to disclosed. Guide (300) number 1 on mold (100) pin coupled, main guide number 1 (301) is number 1 (S1) side opposite substrate. In addition number 2 main guide (302) is number 2 (S2) side opposite substrate. Number 1 to number 4 (S1 to S4) 2 number 1 four sides of neighboring sides during mold (100) number 1 of the base plane (110a) different from the lungs. For example, as shown in the section of Figure 19 B, the base plane number 1 (110a) reference, number 1 number 3 (S3) (S1) side higher than the side close to the substrate. In other words, the base plane number 1 (110a) measured number 1 (S1) from Z-axis direction side height of number 1 (h1) determines the base plane (110a) from Z-axis direction side (S3) (h3) higher than the height of the measured number 3. In addition, number 4 (S4) number 1 (S1) side adjacent to this side higher than close to the substrate. Similarly, the number 3 and number 4 (S3) (S4) (S2) number 2 side side side higher than close to the substrate. On the other hand, number 1 (S1) and (S2) are identical to each other height is located at the side side number 2, number 3 and number 4 side (S3) (S4) side are equal to each other date can. Number 1 to number 4 (S1 to S4) located 2 sides of different sides of each guide section (300) can be the distance between the same. For example, number 1 and number 1 (S1) side main guide (301) (d1) number 1 and number 3 (S3) is distance between side auxiliary guide (311) (d3) can be distance between the same. As another example, number 1 and number 1 (S1) side main guide (301) is number 2 and number 4 (S4) (d1) distance between side auxiliary guide (312) (d4) can be distance between the same. As another example, number 1 and number 1 (S1) side main guide (301) (d1) number 3 and number 3 (S3) is distance between side auxiliary guide (313) (d5) can be distance between the same. As another example, number 1 and number 1 (S1) side main guide (301) (d1) number 4 (S4) and the distance between side auxiliary guide number 4 (314) (d6) can be distance between the same. In addition, (S1, S2, S3, S4) each side guide portion (300) can be the distance between the same. For example, number 1 and number 1 (S1) side main guide (301) (d1) distance between, number 2 and number 2 (S2) side main guide (302) (d2) distance between, auxiliary guide number 1 and number 3 side (S3) (311) (d3) distance between, number 2 and number 4 (S4) side auxiliary guide (312) (d4) distance between, number 3 and number 3 (S3) side auxiliary guide (313) and number 4 and number 4 (S4) distance between side auxiliary guide (d5) (314) (d6) is distance between both are the same. On the other hand, fixing part number 1 (151) and a guide (300) and the distance between the number 2 fixing part (152) and a guide (300) be the same as the distance between. For example, number 1 fixing part (151) number 1 on main guide (301) and the distance between the number 2 fixing part (152) number 2 on main guide (302) can be equal to the distance between. 19 Also at a reference as number 1 molded surface (133) of different sides of each guide (300) and the distance between the equal to n, the these distance be each Wednesday 0. I.e., each 0 d1, d3 and d4 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1) side of number 1, number 3 and number 4 side (S3) (S4) and can be each contact side. For example, number 1 (S1) uses the main guide side opposite number 1 (301) in direct contact with the two sides of which, side opposite number 1 number 3 (S3) has auxiliary guide (311) and in direct contact with the two sides of a, number 2 and number 4 (S4) side opposite this auxiliary guide (312) can be in direct contact with the face. In addition, reference number 1 and number 1 (S1) side also 19 as at a main guide (301) (d1) distance between, number 2 and number 2 (S2) side main guide (302) (d2) distance between, auxiliary guide number 1 and number 3 side (S3) (311) (d3) distance between, number 2 and number 4 (S4) side auxiliary guide (312) (d4) distance between, number 3 and number 3 (S3) side auxiliary guide (313) and number 4 and number 4 (S4) distance between side auxiliary guide (d5) (314) (d6) have the same distance between n, the these distance be each Wednesday 0. I.e., d1, d2, d3, d4, d6 d5 and 0 respectively are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1 to S4) can be in contact with all sides. For example, number 1 (S1) uses the main guide side opposite number 1 (301) and in direct contact with the two sides of a, number 2 (S2) uses the side opposite number 2 main guide (302) and in direct contact with the two sides of a, side opposite number 1 number 3 (S3) has auxiliary guide (311) and auxiliary guide number 3 (313) respectively directly connected to the two sides of a, number 2 and number 4 (S4) side opposite this auxiliary guide (312) and auxiliary guide number 4 (314) can be respectively one aspect of direct contact. On the other hand, of Figure 19 number 1 molded surface (133) is also shown in (R) can be further includes [...] 4. Also number 1 18 also shown in Figure 20 shows a mold (100) number 1 of base (110) and a guide (300) to account for engagement between other surface are disclosed. Of the present invention window molding device (1000) is, as shown in fig. 20, base number 1 (110) and a guide (300) a number 1 layers disposed on one of the retaining grooves (71), number 2 retaining grooves (72), formed in a number 1 (81) and formed in a number 2 (81) on, retaining grooves disposed on top of one another a number 3 (73), number 4 retaining grooves (74), formed in a number 3 (83) and formed in a number 4 (84) can be further comprises. For example, as shown in fig. 20, mold number 1 (100) number 1 included in base (110) number 1 of the base plane (110a) retaining grooves to the aforementioned number 1 (71), number 2 retaining grooves (72), formed in a number 1 (81) and formed in a number 2 (82) can be located. And, number 1 is retaining grooves (71) number 3 inserted into the projection (83), number 2 retaining grooves (72) formed in a inserted number 4 (84), formed in a number 1 (81) number 3 is inserted retaining grooves (73) and formed in a number 2 (82) number 4 is inserted retaining grooves (74) number 1 is the base plane (110a) and opposite guide (300) can be placed on the face of. In a specific example, formed in a number 3 (83) and formed in a number 4 (84) number 1 each auxiliary guide (311) and auxiliary guide number 2 (312) can be located, number 3 and retaining grooves (73) number 4 and retaining grooves (74) each auxiliary guide number 3 (313) and auxiliary guide number 4 (314) can be located. Fixed grooves (71 to 74) and fixed plate (81 to 84) number 1 by mold (100) and guide portion (300) narrower than the coupling between the becomes easy. In addition, as shown in fig. 20, main guide number 1 (301) on main guide number 2 (302) one of either the fixing grooves (73, 74) has only, the other fixed plate (83, 84) so that the only, main guide number 1 (301) on main guide number 2 (302) for differentiating between hereinafter disclosed. On the other hand, although not shown, formed in a number 3 (83) number 4 on guide (84) is may have different sizes. Similarly, retaining grooves number 3 (73) number 4 and retaining grooves (74) is may have different sizes. In this case, number 1 mold (100) number 1 of projection (81), formed in a number 2 (82), retaining grooves number 1 (71) and number 2 retaining grooves (71) also formed in said number 3 (83), formed in a number 4 (84), retaining grooves number 3 (73) number 4 and retaining grooves (74) are adjusted to the size of. Guide number 3 (83) number 4 on guide (84) if the different size, I-shaped symmetrical having the structure assembly (301, 311, 312) can be reduced even below the position of upper and job seekers. The similarly, retaining grooves number 3 (73) number 4 and retaining grooves (74) when different size, I-shaped symmetrical having the structure assembly (302, 313, 314) can be reduced even below the position of upper and job seekers. Figure 21 shows a window molding of the present invention also in the embodiment according to another device (1000) and decomposition of perspective view, shown in Figure 22 21 also number 1 mold (100) and guide portion (300) prevention device of indicating plane in the embodiment are disclosed. On the other hand, the molded part number 1 of Figure 22 P1 of Figure 22 A fire at the point X-axis direction (130) indicating a wall.you shape to provide for projection which, in the axial direction Y at a point number 1 of Figure 22 P2 of Figure 22 B fire the molded part (130) indicating a shape wall.you projection also among others. In the embodiment according to another window molding device of the present invention (1000) is, as shown in also 21 and 22 also, mold number 1 (100), a guide part (300) and number 2 mold (200) comprises. Mold of Figure 21 number 1 (100) and number 2 mold (200) of Figure 1 number 1 the above-described mold (100) and number 2 mold (200) and therefore the, mold of Figure 21 number 1 (100) and number 2 mold (200) is the aforementioned agent of 1 and related substrate reference each other. Stage, also as shown in 21 and 22 also, number 1 mold (100) of number 1 molded surface (133) is the aforementioned [...] masses (R) may have a square shape. Of Figure 21 guide (300) is number 1 mold (100) and number 2 mold (200) between to the lungs. For example, guide (300) is number 1 mold (100) number 1 of base (110) on mold number 2 (200) number 2 of base (210) between to the lungs. Guide section (300) is, as shown in fig. 21, main guide number 1 (301), auxiliary guide number 1 (311), auxiliary guide number 2 (312), main guide number 2 (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) can be a. Main guide 21 and also of Figure 22 number 1 (301), auxiliary guide number 1 (311), auxiliary guide number 2 (312), number 2 main guide section (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) is the aforementioned 19 of Figure 20 number 1 and main guide hole are (301), auxiliary guide number 1 (311), auxiliary guide number 2 (312), main guide number 2 (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) substantially contiguous and therefore, also 21 and of Figure 22 guide (300) detailed description is also 18, 19 and also drawing substrate related to reference each other. Stage, number 1 in Figure 22 of main guide (301), auxiliary guide number 1 (311) and auxiliary guide number 2 (312) including a structure (hereinafter, number 1 structure) is '[' may have the shape of. In addition, number 2 in Figure 22 of main guide section (302), auxiliary guide number 3 (313) and auxiliary guide number 4 (314) including a structure (hereinafter, number 2 structure) is number 1 structure may have a symmetrical shape. Specifically, molded part number 1 (130) and across the center of the Y-axis direction (or fixed part number 1 (151) direction which is parallel with the longitudinal direction of) when virtual line extending assume, number 1 number 2 virtual structure has semiconductor memory structure trapezoid shape the Optocomponents. In one example, attention is number 1 structure as, '[' when the shape, number 2 structure is ']' may have the shape of. As shown in fig. 22, mold number 1 (100) of number 1 molded surface (133) may have the rectangular shape. Number 1 molded surface (133) side the number 1 (S1), (S2) side number 2, number 3 and number 4 (S4) can be defined by side side (S3). On the other hand, number 1 molded surface (133) of number 1 2 shown in dashed lines includes forming surface (133) and a bulging (13b) on the planar portion (13a) into a shot a big. A curved portion (13b) is molded part number 1 (130) located both edges of each bar, the curved portion (13b) side end of number 1 (S1) and (S2) number 2 side positioned along each other. I.e., number 1 fixing part (151) on the planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 1) is number 1 number 1 (S1) side and a curved portion (13b) which end as, number 2 fixing part (152) and a planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 2) side is number 2 number 2 (S2) and the curved portion (13b) comprising as end. In other words, the number 1 number 1 (S1) side curved portion (13b) corresponding to the end of, the number 2 number 2 (S2) side curved portion (13b) corresponding to the end of the substrate. Number 1 (S1) and (S2) side side number 2 confront one another substrate. The number 1 and number 2 number 1 (S1) (S2) side side fixing portion (151) (or number 2 fixing part (152)) parallel to disclosed. Guide (300) number 1 on mold (100) pin coupled, main guide number 1 (301) is number 1 (S1) side opposite substrate. In addition number 2 main guide (302) is number 2 (S2) side opposite substrate. Number 1 to number 4 (S1 to S4) 2 number 1 four sides of neighboring sides during mold (100) number 1 of the base plane (110a) different from the lungs. For example, as shown in the section of Figure 23 B, the base plane number 1 (110a) reference, number 1 number 3 (S3) (S1) side higher than the side close to the substrate. In other words, the base plane number 1 (110a) measured number 1 (S1) from Z-axis direction side height of number 1 (h1) determines the base plane (110a) from Z-axis direction side (S3) (h3) higher than the height of the measured number 3. In addition, number 4 (S4) number 1 (S1) side adjacent to this side higher than close to the substrate. Similarly, the number 3 and number 4 (S3) (S4) (S2) number 2 side side side higher than close to the substrate. On the other hand, number 1 (S1) and (S2) are identical to each other height is located at the side side number 2, number 3 and number 4 side (S3) (S4) side mutually the same height to the lungs. Number 1 to number 4 (S1 to S4) located 2 sides of different sides of each guide section (300) can be the distance between the same. For the embodiments mentioned also associated with 20 description reference each other. In addition, (S1, S2, S3, S4) each side guide portion (300) can be the distance between the same. For the embodiments mentioned also 19 description associated with reference to each other. On the other hand, fixing part number 1 (151) and a guide (300) and the distance between the number 2 fixing part (152) and a guide (300) be the same as the distance between. For the embodiments mentioned also associated with 20 description reference each other. 22 Also at a reference as number 1 molded surface (133) of different sides of each guide (300) and the distance between the equal to n, the these distance be each Wednesday 0. I.e., each 0 d1, d3 and d4 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1) side of number 1, number 3 and number 4 side (S3) (S4) and can be each contact side. For example, number 1 (S1) uses the main guide side opposite number 1 (301) in direct contact with the two sides of which, side opposite number 1 number 3 (S3) has auxiliary guide (311) and in direct contact with the two sides of a, number 2 and number 4 (S4) side opposite this auxiliary guide (312) can be in direct contact with the face. In addition, 22 also number 1 (S1) and main guide side as at a reference number 1 (301) (d1) distance between, number 2 and number 2 (S2) side main guide (302) (d2) distance between, auxiliary guide number 1 and number 3 side (S3) (311) (d3) distance between, number 2 and number 4 (S4) side auxiliary guide (312) (d4) distance between, number 3 and number 3 (S3) side auxiliary guide (313) and number 4 and number 4 (S4) distance between side auxiliary guide (d5) (314) (d6) have the same distance between n, the these distance be each Wednesday 0. I.e., d1, d2, d3, d4, d6 d5 and 0 respectively are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1 to S4) can be in contact with all sides. For example, number 1 (S1) uses the main guide side opposite number 1 (301) and in direct contact with the two sides of a, number 2 (S2) uses the side opposite number 2 main guide (302) and in direct contact with the two sides of a, side opposite number 1 number 3 (S3) has auxiliary guide (311) and auxiliary guide number 3 (313) respectively directly connected to the two sides of a, number 2 and number 4 (S4) side opposite this auxiliary guide (312) and auxiliary guide number 4 (314) can be respectively one aspect of direct contact. On the other hand, of Figure 22 number 1 molded surface (133) is also shown in (R) can be further includes [...] 4. On the other hand, not shown but, also 21 and of Figure 22 number 1 mold (100) and guide (300) further comprises at least one retaining grooves and at least one surface of the above-described can be. Figure 23 shows a window molding of the present invention also in the embodiment according to another device (1000) and decomposition of perspective view, also shown in Figure 24 23 number 1 mold (100) and guide portion (300) prevention device of indicating plane in the embodiment are disclosed. On the other hand, the molded part number 1 of Figure 24 P1 of Figure 24 A fire at the point X-axis direction (130) indicating a wall.you shape to provide for projection which, in the axial direction Y at a point number 1 of Figure 24 P2 of Figure 24 B fire the molded part (130) indicating a shape wall.you projection also among others. In the embodiment according to another window molding device of the present invention (1000) is, as shown in also 23 and 24 also, mold number 1 (100), a guide part (300) and number 2 mold (200) comprises. Mold of Figure 23 number 1 (100) and number 2 mold (200) of Figure 1 number 1 the above-described mold (100) and number 2 mold (200) and therefore the, mold of Figure 23 number 1 (100) and number 2 mold (200) is the aforementioned agent of 1 and related substrate reference each other. Stage, as shown in also 23 and 24 also, number 1 mold (100) of number 1 molded surface (133) is the aforementioned [...] masses (R) may have a square shape. Of Figure 23 guide (300) is number 1 mold (100) and number 2 mold (200) between to the lungs. For example, guide (300) is number 1 mold (100) number 1 of base (110) on mold number 2 (200) number 2 of base (210) between to the lungs. Guide section (300) is, as shown in fig. 24, main guide number 1 (301), number 2 main guide section (302), connected guide (310), auxiliary guide number 1 (321) and auxiliary guide number 2 (322) can be a. Main guide number 1 (301) is, as shown in fig. 24, number 1 mold (100) fixed part of number 1 (151) number 1 on mold (100) number 1 of molded part (130) located between each other. Main guide number 1 (301) Y is a bar shape extending in the axial direction. Main guide number 2 (302) is, as shown in fig. 24, number 1 mold (100) fixed part of number 2 (152) on mold number 2 (200) number 1 of molded part (130) located between each other. Main guide number 2 (302) extending in the axial direction Y is a bar shape. Main guide number 2 (302) is the aforementioned number 1 main guide (301) may have the same length and the same shape. Connected guide (310) has a main guide number 1 (301) number 2 main guide one end (302) to face each other. Connected guide (310) extending in the axial direction X has a bar shape. Auxiliary guide number 1 (321) is number 1 main guide (301) extending on the other end. For example, auxiliary guide number 1 (321) main guide has a curved number 1 (301) at the end of the other side of Y can be extending in the axial direction. The, as shown in fig. 24, auxiliary guide number 1 (321) is fixed part number 1 (151) number 1 on molded part (130) may have a greater width than the spacing between (d7) (w1). In other words, auxiliary guide number 1 (321) number 1 (w1) width of the fixed part (151) number 1 on molded part (130) can be greater than the distance between (d7). Auxiliary guide number 2 (322) is number 2 main guide (302) extending on the other end. For example, auxiliary guide number 2 (322) has a curved number 2 main guide (302) extending in the axial direction at the end of the other side of Y can be. The, as shown in fig. 24, auxiliary guide number 2 (322) is fixed part number 2 (152) number 1 on molded part (130) may have a greater width than the spacing between (d8) (w2). In other words, auxiliary guide number 2 (322) number 2 (w2) width of the fixing portion (152) number 1 on molded part (130) can be greater than the distance between (d8). Main guide number 1 (301), number 2 main guide section (302), auxiliary guide number 1 (321) and auxiliary guide number 2 (322) including a guide section (300) is, as shown in fig. 24, may have U-shape. As shown in fig. 24, number 1 mold (100) of number 1 molded surface (133) may have the rectangular shape. Number 1 molded surface (133) side the number 1 (S1), (S2) side number 2, number 3 and number 4 (S4) can be defined by side side (S3). On the other hand, number 1 molded surface (133) of number 1 2 shown in dashed lines includes forming surface (133) and a bulging (13b) on the planar portion (13a) into a shot a big. A curved portion (13b) is molded part number 1 (130) located both edges of each bar, the curved portion (13b) side end of number 1 (S1) and (S2) number 2 side positioned along each other. I.e., number 1 fixing part (151) on the planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 1) is number 1 number 1 (S1) side and a curved portion (13b) which end as, number 2 fixing part (152) and a planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 2) side is number 2 number 2 (S2) and the curved portion (13b) comprising as end. In other words, the number 1 number 1 (S1) side curved portion (13b) corresponding to the end of, the number 2 number 2 (S2) side curved portion (13b) corresponding to the end of the substrate. Number 1 (S1) and (S2) side side number 2 confront one another substrate. The number 1 and number 2 number 1 (S1) (S2) side side fixing portion (151) (or number 2 fixing part (152)) parallel to disclosed. Guide (300) number 1 on mold (100) pin coupled, main guide number 1 (301) is number 1 (S1) side opposite substrate. In addition number 2 main guide (302) is number 2 (S2) side opposite substrate. In addition, connected guide (310) is number 3 side opposite substrate. Number 1 to number 4 (S1 to S4) 2 number 1 four sides of neighboring sides during mold (100) number 1 of the base plane (110a) different from the lungs. For example, as shown in the section of Figure 24 B, the base plane number 1 (110a) reference, number 1 number 3 (S3) (S1) side higher than the side close to the substrate. In other words, the base plane number 1 (110a) measured number 1 (S1) from Z-axis direction side height of number 1 (h1) determines the base plane (110a) from Z-axis direction side (S3) (h3) higher than the height of the measured number 3. In addition, number 4 (S4) number 1 (S1) side adjacent to this side higher than close to the substrate. Similarly, the number 3 and number 4 (S3) (S4) (S2) number 2 side side side higher than close to the substrate. On the other hand, number 1 (S1) and (S2) are identical to each other height is located at the side side number 2, number 3 and number 4 side (S3) (S4) side are equal to each other date can. Number 1 to number 4 (S1 to S4) located 2 sides of different sides of each guide section (300) can be the distance between the same. For example, number 1 and number 1 (S1) side main guide (301) is connected guide number 3 (S3) distance between side (d1) (310) (d3) can be distance between the same. As another example, number 1 and number 1 (S1) side main guide (301) is number 1 and number 4 (S4) (d1) distance between side auxiliary guide (321) (d4) can be distance between the same. As another example, number 1 and number 1 (S1) side main guide (301) is number 2 and number 4 (S4) distance between side auxiliary guide (d1) (322) (d5) can be distance between the same. In addition, (S1, S2, S3, S4) each side guide portion (300) can be the distance between the same. For example, number 1 and number 1 (S1) side main guide (301) (d1) distance between, number 2 and number 2 (S2) side main guide (302) (d2) distance between, side connected guide number 3 (S3) (310) (d3) distance between, number 1 and number 4 (S4) side auxiliary guide (321) and number 2 and number 4 (S4) distance between side auxiliary guide (d4) (322) (d5) is distance between both are the same. On the other hand, fixing part number 1 (151) and a guide (300) and the distance between the number 2 fixing part (152) and a guide (300) be the same as the distance between. For example, number 1 fixing part (151) number 1 on main guide (301) and the distance between the number 2 fixing part (152) number 2 on main guide (302) can be equal to the distance between. Also 24 at a reference as number 1 molded surface (133) of different sides of each guide (300) and the distance between the equal to n, the these distance be each Wednesday 0. I.e., d1, d3, each 0 d4 and d5 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1) side of number 1, number 3 and number 4 side (S3) (S4) and can be each contact side. For example, number 1 (S1) uses the main guide side opposite number 1 (301) and in direct contact with the two sides of a, number 3 (S3) uses the connection guide opposite side (310) and in direct contact with the two sides of a, number 1 and number 4 (S4) side opposite this auxiliary guide (321) and auxiliary guide number 2 (322) can be respectively one aspect of direct contact. In addition, reference number 1 and number 1 (S1) side also 24 as at a main guide (301) (d1) distance between, number 2 and number 2 (S2) side main guide (302) (d2) distance between, side connected guide number 3 (S3) (310) (d3) distance between, number 1 and number 4 (S4) side auxiliary guide (321) and number 2 and number 4 (S4) distance between side auxiliary guide (d4) (322) (d5) have the same distance between n, the these distance be each Wednesday 0. I.e., d1, d2, each 0 d3, d4 and d5 are disclosed. In this case, guide (300) is number 1 molded surface (133) (S1 to S4) can be in contact with all sides. For example, number 1 (S1) uses the main guide side opposite number 1 (301) and in direct contact with the two sides of a, number 2 (S2) uses the side opposite number 2 main guide (302) and in direct contact with the two sides of a, number 3 (S3) uses the connection guide opposite side (310) and in direct contact with the two sides of a, number 1 and number 4 (S4) side opposite this auxiliary guide (321) can be in direct contact with the face. On the other hand, number 1 of the aforementioned agent of 21 in Figure 22 and auxiliary guide (311) and auxiliary guide number 3 (313) being connected to each other is when, 21 and also of Figure 22 guide (300) of Figure 24 guide 23 and also substantially (300) identical to the shape. On the other hand, of Figure 24 number 1 molded surface (133) is also shown in (R) can be further includes [...] 4. On the other hand, not shown but, also 23 and of Figure 24 number 1 mold (100) and guide (300) further comprises at least one retaining grooves and at least one surface of the above-described can be. Figure 25 shows a perspective view of the present invention also in the embodiment according to another device and decomposition of window molding, also shown in Figure 26 in the embodiment of die number 1 25 indicating the plane portions of the combined structure are disclosed. In the embodiment according to of the present invention other window molding device (1000) is, as shown in also 25 and 26 also, mold number 1 (100), a guide part (300) and number 2 mold (200) comprises. Mold of Figure 25 number 1 (100) and number 2 mold (200) of Figure 1 number 1 the above-described mold (100) and number 2 mold (200) and therefore the, mold of Figure 25 number 1 (100) and number 2 mold (200) is the aforementioned agent of 1 and related substrate reference each other. Stage, as shown in also 25 and 26 also, number 1 mold (100) of number 1 molded surface (133) is the aforementioned [...] masses (R) may have a square shape. Stage, mold of Figure 25 number 1 (100) number 1 to number 4 the auxiliary fixing members (111a, 111b, 111c, 111d) can be further. Number 1 to number 4 auxiliary fixing members (111a, 111b, 111c, 111d) number 1 each mold (100) number 1 of the base plane (110a) number 2 from mold (200) has a projecting shape toward the desired level. Auxiliary fixing part number 1 (111a) number 1 has a fixed part (151) at one side of and in close proximity, auxiliary fixing part number 2 (111b) number 1 has a fixed part (151) in close proximity to the other end of which, auxiliary fixing part number 3 (111c) number 2 is fixed part (152) at one side of and in close proximity to, number 4 auxiliary fixing portion (111d) number 2 is fixed part (152) the other end of close proximity to the substrate. Of Figure 25 guide (300) is number 1 mold (100) and number 2 mold (200) between to the lungs. For example, guide (300) is number 1 mold (100) number 1 of base (110) on mold number 2 (200) number 2 of base (210) between to the lungs. Guide section (300) is, as shown in fig. 25, are separated from each other number 1 guide (301) and number 2 guide (302) can be a. Number 1 guide (301) is, as shown in fig. 26, number 1 mold (100) fixed part of number 1 (151), auxiliary fixing part number 1 (111a), auxiliary fixing part number 2 (111b) and molded part number 1 (130) is surrounded by a defined region to the lungs. Number 1 guide (301) Y is a bar shape extending in the axial direction. Number 2 guide (302) is, as shown in fig. 26, number 1 mold (100) fixed part of number 2 (152), auxiliary fixing part number 3 (111c), number 4 auxiliary fixing portion (111d) number 1 and molded part (130) is surrounded by a defined region to the lungs. Number 2 guide (302) extending in the axial direction Y is a bar shape. As shown in fig. 26, number 1 mold (100) of number 1 molded surface (133) may have the rectangular shape. Number 1 molded surface (133) side the number 1 (S1), (S2) side number 2, number 3 and number 4 (S4) can be defined by side side (S3). On the other hand, number 1 molded surface (133) of number 1 2 shown in dashed lines includes forming surface (133) and a bulging (13b) on the planar portion (13a) into a shot a big. A curved portion (13b) is molded part number 1 (130) located both edges of each bar, the curved portion (13b) side end of number 1 (S1) and (S2) number 2 side positioned along each other. I.e., number 1 fixing part (151) on the planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 1) is number 1 number 1 (S1) side and a curved portion (13b) which end as, number 2 fixing part (152) and a planar portion (13a) located between the curved portion (13b; hereinafter, curved portion number 2) side is number 2 number 2 (S2) and the curved portion (13b) comprising as end. In other words, the number 1 number 1 (S1) side curved portion (13b) corresponding to the end of, the number 2 number 2 (S2) side curved portion (13b) corresponding to the end of the substrate. Number 1 (S1) and (S2) side side number 2 confront one another substrate. The number 1 and number 2 number 1 (S1) (S2) side side fixing portion (151) (or number 2 fixing part (152)) parallel to disclosed. Guide (300) number 1 on mold (100) pin coupled, main guide number 1 (301) is number 1 (S1) side opposite substrate. In addition number 2 main guide (302) is number 2 (S2) side opposite substrate. The present invention refers to appended drawing than in the embodiment described above and not limited to, within a range that the technical idea of the present invention from a heavy various substituted, deformation and it is apparent that the present invention is to in plan is provided to the person with skill in the art will. 100: Number 1 mold 110A: number 1 base plane 130: Molded part number 1 133: Number 1 molded surface 13A: planar portion 13B: a curved portion 151: Fixed part number 1 152: Fixed part number 2 300: Guide S1 - S4: number 1 to number 4 side R: [...] The present invention relates to an apparatus for forming a window for a display device, including a curved part with an accurate curvature. The apparatus for forming a window for a display device includes: a first mold including a first forming unit; a second mold including a second forming unit facing the first forming unit; and a guide unit which is located between the first mold and the second mold and surrounds the first forming unit. The first forming unit includes a forming surface which faces the second forming unit and has the curved part. The distances between the guide unit and each of a first side with a linear shape and a second side with a linear shape located in different heights from a base surface of the first mold among sides defining the forming surface are substantially identical. Accordingly, the present invention can easily align the mold and the guide unit and combine the mold and the guide unit. COPYRIGHT KIPO 2018 The semiconductor die mold including number 1 number 1; said number 1 number 2 opposite mold die molded part including number 2; and said number 1 positioned between the mold and the steam said number 2, the semiconductor die including a guide surrounding said number 1; a shaped article having a surface facing said number 1 molded part is molded part and which bend said number 2; said base mold during molding surface that cooperates with said number 1 from different sides of said guide section located number 1 number 2 each side of feces and linearly straight distance between display device for window display device is substantially equal. According to Claim 1, said number 1 side which is in contact with said guide, said guide and said number 2 contact display device side window molding device. According to Claim 1, said flexure said number 1 is located at the edge of the molded part, said curved end positioned along one side of the display device during said number 1 higher side feces and said number 2 window molding device. According to Claim 1, said number 1 of the molding, said base surface molded part are located said number 1 number 1 base; wherein the base surface of the base located between the semiconductor die and said number 1 opposite said number 1 number 1 number 2 window molding device further including display device fixing part fixing part. According to Claim 4, said number 2 of the molding, said number 2 number 2 molded part are located base; wherein the base surface of the base between which the semiconductor die is said number 2 and number 3 located opposite said number 2 window molding device further including display device fixing part fixed and number 4. According to Claim 5, said number 3 a fixed component and said number 1 fixture is positioned between said guide, said guide and said number 2 fixture is said number 4 fixing unit between the window molding device located display device. According to Claim 4, said number 1 a fixed component and said number 1 layers with at least one molded part molded part between an angle formed by the base surface 90 is larger than or equal to said number 1 a fixed component and said number 1 and small device 180 than window molding device. According to Claim 7, locking said guide of said number 1 has opposing surfaces are parallel; said number 1 said number 1 part is located between the guide and said number 1 of molded part molded part has opposing surfaces are parallel display device window molding device. According to Claim 4, said number 2 a fixed component and said number 1 layers with at least one molded part molded part between an angle formed by the base surface 90 is larger than or equal to said number 2 a fixed component and said number 1 and small device 180 than window molding device. According to Claim 9, locking said guide of said number 2 has opposing surfaces are parallel; said number 1 part is located between the guide and said number 2 molded part molded part of said number 1 has opposing surfaces are parallel display device window molding device. According to Claim 4, said number 1 said guide base layers located either at the fixed groove and the other of said bottom surface of the groove projection window display device further including project forwardly molding device. According to Claim 1, said number 1 mold, said mold and said number 2 graphite (graphite) voltage to the display device at least one of the guide window molding device. Fixed part number 1, number 2 fixing part, said number 1 number 2 which is located in the fixing unit between the fixed component and having at least one edge of the semiconductor die mold including number 1 number 1 in a curved portion; said number 1 number 2 opposite mold die molded part including number 2; and said number 1 located between the guide and mold die said number 2; said guide, said number 1 main guide part is molded part between said number 1 number 1; main guide member extending outward from the side of said number 1, said number 1 part is molded part having greater width than said number 1 number 1 auxiliary guide; said number 1 main guide member extending outward from the other side of the end, said number 1 part is molded part having greater width than said number 1 number 2 auxiliary guide; said number 2 main guide part is molded part between said number 1 number 2; main guide member extending outward from the side of said number 2, said number 2 part is molded part having greater width than said number 1 number 3 auxiliary guide; and said number 2 main guide member extending outward from the other side of the end, said number 2 part is molded part having greater width than said number 1 number 4 auxiliary guide window molding device including display device. According to Claim 13, forming station said number 2 sides facing said bend and said number 1 molded portion has a shaped article having a surface; said molding surface that cooperates with said number 1 from different sides of base mold located side distance between said guide number 1 number 2 of feces and linearly straight of each display device is substantially equal for window display device. According to Claim 14, said number 1 side and said number 1 distance between main guide and said number 2 is substantially equal distance between said number 1 side and auxiliary guide display device for window display device. According to Claim 15, said number 1 during a higher side faces contacted with said number 1 main guide side feces and said number 2; said number 1 side lower position during contact with feces and said number 2 window molding device auxiliary guide said number 1 is one side of the display device. According to Claim 13, said flexure said number 1 is located at the edge of the molded part, said curved end positioned along one side of the display device during said number 1 higher side feces and said number 2 window molding device. According to Claim 13, said number 1 main guide, said number 1 auxiliary guide and said number 2 window molding device including structure is auxiliary guide I shaped display device. According to Claim 13, said number 1 main guide, said number 1 auxiliary guide and said number 2 auxiliary guide including structure is '[' of each ']' window molding device having the shape of display device. According to Claim 13, auxiliary guide said number 1 and auxiliary guide part is connected to the display device said number 3 window molding device.
