TW460854B - Flat display panel module and the display unit having the same - Google Patents

Abstract

A display unit comprises a flat display module assembled in a housing structure. The housing structure comprises a front housing with a display window and a back housing without a display window. The flat display module comprises a flat display panel and a bottom frame for positioning the flat display panel. The flat display module has holes which are formed at the three-dimensional overlapped positions with holes of the flat display panel. By rotating the screws through the back housing or through the assembly board configured on the housing structure, or during the process for assembling the front and the back housing, inserting the projections on the inner side of the back shell into the holes, or by screw mounting with the assembly board having projections formed on the inner side of the front shell so that the flat display module can be fixed with the housing structure.

Description

The ratio to the display unit is as high as possible. It's yours! It is a shell structure designed to overcome this problem. Figure 19 shows the shell structure to allow the LCD module to be embedded in the shell structure =, γ 1 ^ LCD module as a wedge used as a flat display panel疋 贝 '边 肷 入 型. According to this, the liquid crystal display, = = becomes a side, and in addition there is a metal member 102 embedded in the hole ^ in the hole m; < for connecting to the metal member to form a hinge portion to embed the display unit 5 In the main body, in another aspect, it is formed so as to extend beyond the display direction of the display surface of the display core group 100, and is screwed into the liquid 100 so that the liquid crystal display module 00 is integrated into the display. In the unit B, the module f, and the assembly portion are formed so that the liquid crystal display module side: here dance = direction lock perpendicular to the display surface of the liquid crystal display module ^ ^ reduce the support formed on the side of the liquid crystal display module It is possible to determine the width of the frame portion of the display unit compared to the thickness of the display unit. Ran = this reduction: the skin metal member 102 needs to be formed with the liquid crystal display module} ^ :: shape, and because JM Gen is difficult to make the metal member 102 sufficient = the result is inconvenient, and the final display unit is easy Subject to mechanical strength. Knots, such as torsion, vibration, and shock. In particular, with the trend of liquid crystal display modules in the most effective and auxiliary area, the display screen is closer, thinner and more difficult to control the formation of the above and the LCD display module is subject to fork torque. Pushing member 102, or any similar metal assembly member, the torsion of the y-shaped metal structure cannot meet the requirements for easy assembly. When the LCD display wedge is even 'this knot 4 6085 4 MM ^ MU3318 V. Description of the invention (3) Modified invention overview An object of the present invention is a shell-shaped structure in which a panel is embedded without the aforementioned related conventional shell-shaped structure embedded in the width of the display frame portion. -The project is providing a reduction of the display panel frame: The other project is providing the allowable W: The flat display module assembly is gradually increasing the assembly force and the scope of the other project of the present invention is providing a reinforcement structure. Shell-like structure for easy assembly when it comes to the display unit. 3 Module integration In order to achieve the above-mentioned object, according to the present invention, a flat display module having a bottom frame that supports the flat display panel = Θ, and is supported on the surface of the flat display module that is opposite to its display surface, and, The hole is shaped as a hole, and the flat display module is integrated into the shell-shaped knot of the display unit. In particular, in one embodiment of the present invention, a pair of groups ^ two _ shell-shaped flat display module shell The display window has no display window. The binary shell has holes formed at positions corresponding to the holes formed on the flat display module. The flat display module is fixed to the shell by screwing a screw from the hole of the shell to the hole of the flat display module. In another embodiment of the present invention, the shell structure of the 'display unit is provided with a mounting plate so that the surface of the flat display module opposite to the display surface overlaps and is fixed to the shell structure. The flat display module is fixed to the shell by screwing a screw from the hole of the shell to the hole of the flat display module. In another embodiment of the present invention, a pair of shell flat display module shells constituting the shell structure of the display unit, and one shell without a display window has 2119-3321-PF2.ptc Page 6 4 60 8 # # 4 89113318 V. Description of the invention (4) The correction protrusions are formed on the inner surface. The flat display module is sandwiched by a shell in the middle 'protrudes into a hole formed in the flat display module, and then the shells are fixed together' so that the flat display module is fixed to the shell structure. In a further embodiment of the present invention, a case having no display window is provided with a shell-like structure constituting the display unit, which is formed on the inner surface. The hooked angular member is fixed to the flat display module by a screw screwed into a hole on the flat display module, and the protrusion is hooked, so that the flat display module is fixed to the shell. The front frame of the hair clip overlaps with the uniform structure of its display module. The shell, or 袈 is secured to a flat surface. At the same time, the minimization of the display surface on the opposite side is achieved by the relative overlap of the flat display surfaces of a further embodiment of the display panel element obtained in this display panel element. On the assembly board, a pair of assembly boards are borrowed from the front display mold's front frame and the flat display panel display surface of the first embodiment, and therefore the assembly parts of these embodiments are evenly overlapped and flat enough to assemble a flat display module composed of a strong display panel. The shell of the display unit is screwed into the plane group with the shell-like structure displayed, so that the plane assembly board is electrically located on the surface of the plane display module without directly reducing the display list; 'Display unit' This makes it possible with the degree, in the flat display surface, the structure-like surface is opposite to the shell display mold. The display mold is connected to the hole of the module to reach the shell that affects the shape of the display frame. Thin and therefore the module is shown at the bottom so that the middle and matching planes without the upper hole groups are fixed. • Assembly and borrowing. This shows the width of the function is used as a hole and the body is widened to the frame and metal. The hole is formed with a flat display. The screw is fixed to the case display module and the display window is fixed to the shell shape. Helps in flat component space. This effect is strengthened. Make the display plane of the assembly plane

2119-3321-PF2.ptc Page 7 4 60854

± _B Case No. 89113318 Fifth, the description of the invention (5) movement, balance, and similar resistance. In these embodiments, the assembling plate is used in a display structure, and the assembling plate no longer needs to form a shell-like knot with a plane display ^ ^ early, so it can provide sufficient assembly strength. Therefore, the same shape is used to process the display units that are becoming thinner and wider. In some embodiments, even in all embodiments, the plane is on the surface of the display surface, that is, from the back surface. Two = mold, the assembly makes it easy to display the module and assembly components from the opposite side, & makes handling and operation. Therefore, the convenience diagram for enhancing the assembly of the M ^ sex clothes is briefly explained from the following description. The object and parts of the present invention are accompanied by the preferred embodiments of the drawings: The success will become clear. The first figure shows the first embodiment of the present invention. By way of example, a diagram showing the section of the early 70's is shown, and the second diagram is a cross-sectional view showing the M element forming the first diagram. ‘Y, early yuan. Figure 3 shows the second real drawing of the present invention; J shows the section of the unit *. Figure 4 shows the cross-sectional view of the element m depicted in Figure 3. Figure 5 shows the third embodiment of the present invention. Figure 5 shows the section of the third embodiment of the present invention. Figure 6 shows the section of π that is not earlier. Figure 6 shows the cross-section of the single-level element shown in Figure 5. Separate group

2119-3321-PF2.ptc dB08U 89113318 Modification of the vehicle month 5. Description of the invention (6) Figure 7 shows a scratched view of a display unit according to a fourth embodiment of the present invention; Figure 8 shows a drawing depicted in Figure 7 Sectional view of constituent elements of the display unit separated from each other. FIG. 9 is a cross-sectional view showing a display unit according to a fifth embodiment of the present invention; FIG. 10 is a cross-sectional view showing constituent elements separated from each other of the display unit shown in FIG. 9; Figure 9 is a perspective view showing the fixed member shape of the flat display module of the display unit. Figure 12 is a perspective view showing the partial view of the fixed member-shaped version shown in Figure 11; FIG. 17 is a plan view showing the shell of the flat display module assembled from the display of FIG. 9. Figure 18 shows a perspective view of a display equipped with a display device according to an embodiment of the present invention; Figure 19 of a flat 70 electronic instrument shows a conventional display unit ^, a separate view of the display; and … Make up 7C pieces and configure the flat display module to: shape two for the symbol description:. 1 ~ display unit; 3 ~ hinge part; 4a, 203 ~ front case;

2119-3321-PF2.ptc 2 ~ host; 4 ~ shell-like structure; 4b ~ back shell; month a correction V. description of the invention (7) 5, 100, 2000 ~ LCD display module; 6 '204 -Display window; 8, 10, 2 0 2 ~ screws 9 '10, 19' 22 ~ holes 12 ~ bottom frame; 14 ~ backlight; 16 ~ reflective sheet; 1 8 ~ metal latch; 2 1 ~ Back plate; 2 5 ~ hooks; 27 ~ entrance; 1 0 1 ~ screw holes; 2 0 1 ~ assembly. 7 a, 7 b ~ mounting plate 11 ~ liquid crystal panel 1 3 ~ front frame; 15 ~ light guide plate 17 ~ optical sheet 2 0 ~ circuit board 23, 24, 29 ~ raised 26 ~ L-shaped groove; 2 8 ~ spraying 10; 2 ~ metal members; description of preferred embodiments In the following, embodiments of the present invention will be described. Fig. 18 is a perspective view of a small-sized electronic instrument equipped with a display unit 1 according to an embodiment of the present invention. Electronic devices are, for example, laptops or portable personal computers. These electronic instruments have a display unit 1 rotatably coupled to one end of a main body 2 equipped with an input device such as a keyboard via a hinge portion 3. The display unit 1 has a flat display module embedded in a shell-like structure 4. In this structure, the liquid crystal display module 5 is used as a flat display module. The general structure 4 is composed of a pair of shells, that is, a front shell 4a and a rear shell 4b, and the front shell 4a has a display window 6 formed therein to expose the display surface of the liquid crystal display module 5. Next, the internal structure of the display unit 1 of the first embodiment of the present invention will be

21I9-3321-PF2.ptc Page 10

See description. Figure 1 is taken from the chart in Figure 18 with an a-A arrow. 5. Description of the Invention (8), while Figure 2 is a cross-sectional view similar to Figure 1 but showing the state of the assembly process. The front Dele 4a such as /) k and the rear set ^ 4b are respectively molded by resin molding, and are combined together to form the right P4 hit pq # t X Ϊ / with a shell-like structure 4 as a photo frame.丨 丨 It is fixed on it to form a cover on the inside bottom and ^ regular surface. The mounting plate 7 also serves as a shield for absorbing electromagnetic noise. The rear case ㈣, the fitting 7 has holes 9 and holes 10 respectively formed at the four corners of the bottom surface to allow the assembly screws 8 to be locked therein. The liquid crystal display module 5 has a liquid crystal panel as a flat display panel and a resin base frame 12 for supporting the liquid crystal display panel in place. The "night crystal panel u" is sandwiched between the base frame 12 and the metal front frame 13. The front frame 13 has curved pieces. (Not shown) is integrally formed so that the liquid crystal panel is supported between the front frame 13 and the bottom frame 12 by hanging the bottom frame 12 by a bending member. The transmissive liquid crystal panel n is illuminated by the back of the backlight 2 'the bottom frame 1 2 The recessed structure is integrally formed so that the backlight 14 is supported on the back of the liquid crystal panel π. The backlight η is a so-called edge light source type light source (not shown) on the light guide plate 15 side of the same shape as the liquid crystal panel. The light guide plate 15 有 Reflective sheet 16 is fixed on the bottom surface. Even, the light guide plate 15 has an acoustic digital sheet 1 7 ′, such as a cymbal, placed on the top surface. A reflective liquid crystal panel is used such as a liquid crystal panel 丨 丨, and the backlight 14 can be Omit 0 on the back of the bottom frame 12, that is, the surface of the bottom frame 12 opposite to the display surface of the liquid crystal panel 11. The 'metal latches 丨 8 are arranged. When the bottom frame 丨 2 is molded, the metal latch j 8 is formed by the latch mold'. Perforated丨 9 is formed thereon to extend vertically to the display surface of the liquid crystal panel 11. The holes 19 have female threads to fit the screws 8 and are exposed to the back of the bottom frame 12. The holes 19 are arranged at the four corners of the bottom frame 12 to With case 4 b back

2119-3321-PF2.ptc Page 11 460854 Month _Case No. 8911331 «V. Hole 9 of the description of the invention (9). The holes 19 are formed anywhere except the four corners of the bottom frame 12: for example, metal inserts are arranged along the four sides of the bottom frame 12. The bottom frame 12 is formed due to the increasing thickness from the center to the edge, and the metal latch is thicker than the bottom frame 12. The holes 19 are arranged at positions overlapping the liquid crystal panel 11. The "two holes" are arranged in a position overlapping with the liquid crystal panel 11 "refers to the technical shirt of the π hole 19, which is partially or completely double the liquid crystal panel 11 in the direction perpendicular to the display surface of the liquid crystal panel Projection ". The hole 19 and the screw 8 ° are at the bottom. Together, therefore, even if the hole 19 is stacked on the liquid crystal panel " The liquid day panel 11 will not prevent the screw 8 from being locked in.显 亍 Ϊ: 液 ϊ Γ is screwed in to extend vertically into the liquid crystal display module 5: the surface of the liquid crystal display module 5 is fixed, and the screw 8 is screwed to overlap the Λ liquid crystal panel 11 ^^ The width of the frame portion of the long display unit 1 that extends outward from the display surface on the outside of the display surface. That is, coincidence 2nd. The traditional structure of the figure is different, which makes the frame part narrower and can be compared with the traditional structure shown in FIG. 19, which makes the frame part more likely. The length is equivalent to the thickness of the metal member 102. . ^ Back of the bottom frame 2), the circuit board 20 is connected to the liquid crystal panel U by a flexible board: and the metal back plate 2 2 = =: ^ allows the back plate 21 to absorb the metal connection members (not (Shown) ㊣Connected to the front frame U, = connected == guide = 2 ° to the plate =

2ll9-332l-PF2.ptc Page 12 ", 4 6 〇8 ^ 89113318_year H Amendment V. Description of the invention (1〇). In the case where the back plate 21 is overlapped with the metal latch 18, the hole 22 is formed at a position relative to the hole 19 formed in the back plate 21. The display unit shown in FIG. 1...... Is a pre-assembled display module 5 which is placed on the back case 4 b with holes 19, 22, 10, and 9 in it. Lined up. Then, from the outer surface of the back shell ", a screw 8 is screwed through a hole 9 formed in the back shell 4, a hole 10 'formed in the mounting plate 7, and a hole 22 formed in the back plate 21, and the lock To the hole 19 formed in the metal pin i 8. Therefore, the liquid crystal display module 5 is fixed to the back case 4 b. At this time, the 'assembly plate 7 is pressed on the back plate 21 of the liquid crystal display module 5 to achieve The electrical connection between the mounting plate 7, the back plate 21, and the front frame 13. As a result, the mounting plate 7 is maintained at the ground voltage of the liquid crystal display module 5 from the back plate, 21, and the front frame 1 3, and therefore serves as the ground voltage of the liquid crystal display module 5. Shielding to eliminate noise. The back shell 4b is formed thicker than the other around the hole 9, and the outer side of the thicker part is formed with a recess to accommodate the head of the screw 8. The liquid crystal display module 5 does not have a back plate to In this case, the front frame η is formed to constitute the outermost portion of the liquid crystal display module 5 so that the edge of the dream ^ is connected to the mounting board 7, and the electrical conduction is achieved. "Both: = and the mounting board 7 need to be electrically connected to the circuit board 2 〇 Ground voltage Finally, the 'front case 4 &' is placed on the back case 4b, and is fixed together to complete the display unit. For the mechanical strength of the hinge portion 3, it is preferable to reinforce the metal hinge member at the hinge portion 3. 11 = As a result, the liquid crystal display module 5 is fixed to the shell-like structure 4 = "Yue", 19 holes are arranged on the back of the module 5 and from the outside of the shell-like structure 4, 糸, 糸 8. This makes it possible to reduce the width of the frame portion and securely fix it. Even as the module 5 becomes thinner / wider 5, the liquid crystal display flexure of Richtek, Fanfan + 1 ^ Gejiu & City, can be directly ^ to the back case 4b and 4 60 81 ^ 1 89113318___ Year ^ Day Amendment V. Invention Description (11) '~' ~ This prevents distortion. That is, it may be achieved that, compared with the conventional structure shown in FIG. 9, it has a higher resistance to the application of external forces, and compared with the conventional structure shown in FIG. 20, there is no back shell 4 b of the display window 6. The results have equivalent or higher structural strength. Furthermore, the liquid crystal display module 5 is fixed to the case-like structure 4 with screws locked in a vertical display surface. Compared with the conventional structure shown in FIG. 9, this helps to enhance the ease of assembly, in which the liquid crystal display module 5 is fixed from the liquid crystal display module 5 side by screws locked in parallel to the display surface 0 on the front case. The case 4a and the back case 4b are composed of a metal material such as a magnesium alloy, and the mounting plate 7 may be omitted as a noise shield. By covering the head portion of the screw 8 with an adhesive tape or an insert to expose the outer surface of the back case 4b, a better appearance can be obtained. Next, the display unit 1 of the second embodiment of the present invention will be described with reference to Figs. 3 and 4. Figure 3 is a sectional view taken along the arrow a_a in Figure 18,

2119-3321-PF2.ptc Page 14 Figure 4 is similar to Figure 3 but shows the status of the assembly process. Here, such elements which are also seen in the first embodiment are marked with the same reference numerals, and the description is no longer repeated, that is, 'only differences are explained below. The display unit 1 of the second embodiment is the same as the first embodiment in how the liquid crystal display module 5 is fixed to the shell-like structure 4. In particular, however, in the first embodiment, the liquid crystal display module 5 is fixed to the back case 4b by screws locked from outside the back case 4b, and in the second embodiment, the 'liquid crystal display module 5 is fixed to the case by screws状 结构 4 内 的 Assembly plate 7。 This eliminates the need to provide holes 9 in the back shell 4b. As a result, however, in the first embodiment, before the liquid crystal display module 5 is fixed, the distribution plate 7_ is * fixed to the inner surface of the back case 4b. In the second embodiment, after the liquid crystal display module 5 is fixed, The mounting plate 7 is fixed to the back case 4b. The assembly plate 7 = 89113318, or 4 6〇a. Amendment 5. Invention description (12) It can be formed completely from the back shell 4b, or it can be rotated around the hinge part 3. Either way, the mouth-like structure 4 has a plate 7-end to the metal hinge structure constituting the hinge portion 3, which can be assembled and assembled to the hole 19 formed in the metal pin 18, The liquid display module 5 is fixed to the mounting plate 7. Li 7 was fixed to the back shell 4b by the method of decoration: Example: moxibustion #matching plate f ft;: ^ ^ ^:; r; 4a and the shell 4b were coupled together, and P_ ^ in the face was fixed on it. Assemble the plate 7 to the shell-like structure. “The existing liquid crystal display module 5 is fixed in place. In the first embodiment, the liquid crystal display module 5 is fixed to the outer plate 7 of the single Ϊ ′, and therefore the screw 8 does not expose the display view. Even more, the assembly board 7 can not obtain better external processing, such as thinner and wide-area display single 'foot = mechanical strength. Therefore,' yes, the liquid crystal display module 5 is slashed ^ or even 'as in The first embodiment shows the conventional structure shown in FIG. 19, which is assembled directly with the locking screws, which is easy to assemble with the description so far. With or without threaded holes. There are no IftHULW 1 in the holes. 9 -The bottom frame 12 of the group 5 is inserted into the mold, and the 14 wire 8 is engaged in the liquid crystal display mold. The locking engagement is achieved by the following method as an example of the pin 18. However, the non-resin material of the screw 8 is released from the mold. The bottom frame 12 is made of high-strength resin or high-strength connected to the bottom frame 12 to form a hole 19, and the metal frame is eliminated. The hole 19 can be made with or without a screwdriver. 2119-33214¾.ptc ^^ 460854 formed in the bottom frame 1 2

In the case of threads, it is possible to form one of the self-engraved screws when tightening. In particular, in the cylindrical portion of the back plate 21, and the screw and the received hole, the thread can be formed in advance as 0. The female is used as the screw 8 so that the thread is in the lock back plate 21 instead of the metal pin 18. Deburring and then engaging the entire shaped burr. When subjected to deburring, or when the self-tapping thread is closed, as described above, the screw and the liquid crystal display module 5 form a hole extending into the member 12 or through the hole formed by the bottom plate itself or ^ at the bottom Deburring treatment holes of the metal back plate 21 of the plant 12. These three methods do not need to be mutually exclusive in a single display unit, that is, they can be used in combination in a single display unit. Next, a display unit 1 according to a third embodiment of the present invention will be described with reference to Figs. 5 and 6. Fig. 5 is a cross-sectional view taken along the line indicated by arrow A_A in Fig. 8 and Fig. 6 and Fig. 6 is similar to Fig. 5 but shows the state of the assembly process. Here, "such elements which are also seen in the first embodiment are marked with the same reference numerals" and the description will not be repeated; that is, only the differences will be described below. The display unit 1 of the second embodiment is a modified version of the second embodiment. In particular, in the second embodiment, the mounting plate 7 is formed in a shape sufficient to completely cover the inner bottom surface of the back shell 4b. In the third embodiment, the mounting plate 7a is used instead, and has no central portion compared to the mounting plate 7. It is therefore made into an L-shaped angular member. Next, the mounting plate 7a covers only the peripheral portion of the liquid crystal display module 5 where the holes 19 are formed. The mounting plate 7a may be a two-piece type, which supports the liquid crystal display module 5 on its two opposite sides, or may be a frame type, which supports the liquid crystal display module 5 on its four sides. Like the mounting plate 7, the mounting plate 7a can be formed to be completely detachable from the back shell 4b, or coupled to the shell-like structure 4 so that

4 ^ 〇854

__Case No. 891133p V. Description of the invention (14) Rotates around the hinge part 3. Optional and one end to the λ fixed assembly plate 7a which composes the chain part 3, the assembly plate 7a, the plate 7a becomes only a hinge member: the chain and the member (not shown) make the assembly part reduce the display unit. . In short, the center of the mounting plate is removed. Next, the fourth tone of the present invention is illustrated in FIG. 8. Fig. 7 is taken: Display: Section 1 will refer to the sectional view of Fig. 7 and the line, and Fig. 8 is similar to the state marked by arrows A-A. Here, in the first implementation, f, but showing the state of the assembly process, reference numerals, and the description is not repeated? The components seen are marked with the same description. The display unit Γ of this embodiment is different only in the following. The screw display module 5 locked to the back case 4b or the mounting plate 7 does not need to be fixed on the inner surface, and corresponds to the shape screw = night special point display. ^ Yes, a protrusion 23 is provided on the back shell 4b. Protrusion 23 =: hole 19 in the f group 5 has been truncated and cut into a cylindrical shape, and penetrates through the hole 2 2 formed in the back plate 2 1 and is formed in the bottom 柩] 9 ,,, rt 0 ^ Taken from hole 19 of Chen Box 12. The hole 19 is directly formed in the bottom frame 12. The protrusion 23 extends into the hole 19 and the front shell is cut and placed on the back shell stove, and then the front and rear shells are fixed by sandwiching the liquid crystal display module 5 in the middle. The liquid crystal display module 5 is parallel to the moving direction. The display surface where the protrusion "is located is fixed in place. The hole 19 and the protrusion 23 are closely embedded in the former shape to form the front shell 4a and the back shell 4b tightly fitted together. The protrusion 23 needs to have a diameter large enough to allow support for a liquid crystal display Module 5. As required, a 'bump' is added to the inner surface of the front case 4a to enable the liquid crystal display module 5 to be pressed onto the back case 4b. In this embodiment, there is no mounting plate as in the previously described embodiment. As described above, the protrusions 23 formed on the back case 4b project into the liquid crystal

2119-3321-PF2.ptc Page 17ϋ0 8 5- 89113318 ^^ Monthly day correction __ Five 'Description of the invention (15) Holes 19 on the back surface of the display module 5, then the front case 4a is placed on top so that the liquid crystal The display module 5 is sandwiched in the middle by the front case and the back case, and then the case is fixed together and thus the 'simultaneously' the liquid crystal display module 5 is fixed in place. In this way, the liquid crystal display module 5 is firmly supported between the front case 4a and the back case 4b. This helps reduce the width of the frame portion and at the same time high assembly strength. Even the fixing of the case together with the fixing of the liquid crystal display module 5 can be completed in one step. Therefore 'enhances the ease of assembly. Among others, the display unit 1 of the fifth embodiment of the present invention will be described with reference to Figs. 9 to 17. Fig. 9 is a sectional view taken along the line indicated by the arrow person-person in Fig. 18, and Fig. 10 is similar to Fig. 9 but shows the state of the assembly process. Here, such elements also seen in the first embodiment are marked with the same reference numerals, and the description will not be repeated; that is, only the differences will be described below. The display unit 1 of this embodiment has a feature that the liquid crystal display module 5 is fixed to the front case 4a by using holes 19 formed on the back surface of the liquid crystal display module 5. In particular, here, two matching plates 7b are used, which have an L-shaped cross section and are irrelevant to any of the front case 4a, the back case 4b, and the liquid crystal display module 5. On the inner surface of the front case 4a, 'bumps 24' are provided to face each other as shown in Fig. 11. Here, as shown in Fig. 3, a total of four protrusions 24 are provided, two in each of two pairs of sides. The mounting plate 71) has hooks 25 formed therein so that the projections 24 can be fitted. As shown in FIG. 11, the hooks 25 are formed by forming an L-shaped groove 26, and each hook 25 is formed by an entrance portion. 27 is composed of the murmur part 28, and is formed by punching in the assembling plate 7b. In accordance with the number of protrusions 24, hooks 25 are provided on each of the mounting plates 7b. The projection 24 not only responds to the fishing object 25 ', but also acts as a holding liquid. The crystal display module 5 is positioned to prevent it from moving parallel to the display surface. On the inside surface of the front case 4a, a projection 29 is also provided.

2119.3321-PF2.ptc Page 18 4_guret 89131318 ___ month_day_correction_ 5. Description of the invention (16) The two protrusions provided by one of the two sides perpendicular to the side of the protrusion 24 are provided. Up. The protrusion 29 is not engaged with the hook, but is only used to hold the position of the liquid crystal display module 5. Now, referring to FIGS. 13 to 17, how the liquid crystal display module 5 is fixed will be described. Fig. 13 is a plan view of the inner side of the front case 4a as seen above. The 24 protrusions and 29 protrusions are all formed on the front case 4a. The liquid crystal display module 5 is assembled as shown in Fig. 14. Then, the mounting plate 7b is placed on the edge of the liquid crystal display module 5 as shown in FIG. Then, the mounting plate 7b slides along the edge of the liquid crystal display module 5, and when the entrance portion 27 of the groove 26 matches the protrusion 24, the mounting plate 7b is pressed inwardly to the inner side of the front case 4a and the liquid crystal display module 5. Gap between edges. When the mounting plate 7b is further slid, the 'hook 25 is engaged with the projection 24. At this time, the holes 10 formed in the mounting plate 7b are consistent with the holes 19 formed in the liquid crystal display module 5, as shown in FIG. 16. Then, as shown in FIG. 17, the screw 8 is screwed into the hole 19, so that the liquid crystal display module 5 is fixed to the front case 4a through the mounting plate 7b. The hooks 25 of the mounting plate 7b are shaped to support the protrusions 24 as shown in Fig. 12. This helps to achieve a more stable fixing of the liquid crystal display module 5. As described above, the liquid crystal display module 5 is fixed to the front case 4 a by using the holes 19 and the matching plate 7 b formed on the back of the liquid crystal display module 5. This helps reduce the width of the stick section while achieving high assembly strength due to the rigidity of the front shell 4 & itself. Moreover, the liquid crystal display module 5 is fixed to the mounting plate 7b by inserting the display surface of the liquid crystal display module 5 vertically, so that the ease of assembly can be increased compared to the conventional structure shown in FIG. IQ.

2119-3321-PF2.ptc Page 19 460854

2119-3321-PF2.ptc Page 2

Claims (1)

4 60 吒 9113318 n VI. Patent application scope 1. A flat display module includes: (a) —flat display panel; (b) —bottom frame 'to support the flat display panel (at least one hole) The hole is used for the shell-like structure of the flat display unit, which is opposite to the display surface 2 and the surface of the display module. The hole is used to display the flat display unit. The hole shown in the plane of the item is formed in the hole and the plane display panel, which is three-dimensionally heavy, wherein 3. The plane of the plane as described in the scope of the application for the patent ^. The back plate is provided opposite to the The display and wedge% of the flat display module, wherein the surface is on the surface, and the hole is at a position where the back frame and the bottom frame itself = the surface of the bottom frame, the hole and the flat display panel are three-dimensionally overlapped. 2 Both are formed The hole as described in item 3 of the scope of the patent application is formed in the insertion hole of the bottom frame, and the hole itself is & the thousands of holes formed in the bottom frame. One or two holes of a plate. 5. A display unit including丨 Mouth, and mouth (a) — a flat display module, including: (1) an f-plane display panel; (2) a bottom frame to support the (3) at least one hole, in Department of force, The ten-sided display panel, and the MS-ύ ° are on the surface of the product display module, relative to its display surface. The hole is shown on the surface of the unit with the dry surface of the unit. (B) a shell-like structure with — modules; T ^ is used to load the flat display 4®〇854 --- Emperor 891 just __ year, month and day ___ 6. The patent application hole is formed at a position corresponding to the hole formed in the flat display module; and (d) at least one screw, Pass the hole formed in the case and lock into the hole formed in the flat display module, so that the flat display module is fixed in the special case. 6. —A display unit including: h) —A flat display module including: (1) a flat display panel; (2) a bottom frame for supporting the flat display panel; and (3) at least one A hole provided on the surface of the flat display module opposite to its display surface, the hole being used to fix the flat display module to a shell-like structure of the display unit; (b) a shell-like structure having a pair of The shell is used to load the flat display module; (c) a mounting plate is arranged on the shell structure to overlap the surface of the flat display module with respect to its display surface, and the mounting plate is fixed to the shell; Like structure; # (d) to a hole 'is provided on the assembly board, the hole is formed at a position corresponding to the hole of the display module on the plane; and, (e) at least one screw passes through to form In the hole of the display module, the flat display module 4 is fixed on the mounting board. Guarantee:., And 7. If the scope of patent application for item 6 The panel is composed of a corner with an L-shaped cross section = "Xian Buerer ', where the half of the half of the surface that is installed is Λ Λ angle Λ member." It covers the hole formation 46085 ^ 1 89113318 A display unit comprising: (a) a flat display module including: (1) a flat display panel; (2) a bottom frame to support the flat display panel; and (3) at least one hole, The hole is arranged on the surface of the flat display module opposite to the display surface, and the hole is used to fix the flat display module to the shell-like structure of the display unit; (b) a shell-like structure, which has a pair of shells, For mounting the flat display module; (c) at least one protrusion provided on an inner surface of one of the pair of shells without a display window, the protrusion being formed corresponding to the hole formed in the flat display module The flat display module is fixed to the shell-like structure by placing the flat display module between the pair of shells, inserting the protrusion into the hole and then fixing the shells to each other. Units, including: (a) —flat display module Including: (1) a flat display panel; (2) a bottom frame to support the flat display panel; and (3) at least one hole provided on the surface of the flat display module opposite to its display surface , The hole is suspended to fix the flat display module to the shell-like structure of the display unit; (b) a shell-like structure having a pair of shells for loading the flat display module; (c) at least one convex Set in one of the pair of shells without display window 2119-3321-PF2.ptc Page 22 * ^ < 46 ^ 5 ^ 113318_ ± _L Revision ____ Sixth, the inner surface of the scope of patent application, and (d) a mounting plate with a hook; where the plane shows The module is fixed to the flat display module by the mounting plate with screws that are locked into the holes formed in the flat display module, and is fixed to the shell-like structure with the hook and the projection. Lifting. 10. A display unit comprising: (a) a shell-like structure with a pair of shells; (b) a flat-display module, which is assembled in the shell-like structure, the flat-display module is formed by a cool bottom frame It is composed of a flat display panel in the middle with the metal front frame; (c) at least one hole is provided on the surface of the flat display module with respect to its display surface; the hole is formed at a position that overlaps with the hole of the flat display panel three-dimensionally; And (d) _— the metal mounting plate is disposed on the shell-like structure to overlap the surface of the flat display module with respect to its display surface, and the mounting plate is fixed to the shell-like structure; Wherein the flat display module of the display board is fixed to the shell-like structure and the frame is electrically connected to the assembly board, which is assembled by locking a 4-hole screw formed in the display mold to a display window. One of the shells to the plane gs — secret ^ ^ ^ Ding and Xianbu module reached.