KR19990078070A - Liquid Crystal Display Apparatus - Google Patents

Abstract

Provided is a liquid crystal display device in which a buffer member that absorbs external stress applied to a liquid crystal display element can be installed without causing an increase in material cost and manufacturing cost. In addition, a liquid crystal display device having a stable buffer member even under pressure is provided.

The first shock absorbing member 1k and the second shock absorbing member 1l having the convex portion D which is movable in the vertical direction in contact with the liquid crystal display element 2 are provided integrally with the case 1.

Description

Liquid Crystal Display Apparatus

The present invention relates to a liquid crystal display device, and more particularly, to a buffer member provided in a case for installing a liquid crystal display element constituting the liquid crystal display device.

11 is a perspective view of a conventional liquid crystal display device, FIG. 12 is an exploded perspective view of a conventional liquid crystal display device, and FIGS. 13A and 13B are explanatory views showing the assembly of a conventional liquid crystal display device.

The box-shaped case 21 made of a molded product made of synthetic resin and having an open top is provided with a bottom plate 21a, four side walls 21b provided on the outer circumference of the bottom plate 21a, and a bottom plate 21a upward. It consists of the some support member 21c which consists of protruding protruding branch members, and the some recessed part 21d provided in the lower part of the outer side surface of the side wall 21b.

In the flat liquid crystal display element 22 in which the liquid crystal material is enclosed, a buffer member 23 made of rubber having a silicone elasticity is attached to the outer peripheral portion of the flat liquid crystal member with an adhesive. In addition, on the outer circumference of the liquid crystal display element 22, a printed circuit board 24 on which electric components are mounted is electrically connected and mounted by a print film 25 having flexibility and provided with a liquid crystal display element driving IC.

The flat light guide body 26 and the elongate lamp-shaped lamp 27 are accommodated in the case 21, and the printed circuit board 24 by the print film 25 above the light guide body 26 is carried out. This mounted liquid crystal display element 22 is housed.

The mounting member 28 made of a metal plate has a top plate 28a, an opening 28b formed in the top plate 28a, and a protruding branch provided by protruding processing on the top plate 28a near the outer circumference of the opening 28b. Four side plates 28d formed by bending the press portion 28c in the shape, the outer peripheral portion of the upper surface plate 28a, and the plurality of L-shaped arm portions 28e integrally extending downward from the side plate 28d. Consists of The opening portion 28b is larger than the effective display area of the liquid crystal display element 22, and the arm portion 28e is connected to the side plate 28d and extends in the vertical direction, and the connecting portion 28f extends in the horizontal direction. It is comprised by L-shape by the horizontal part 28g extended long.

The mounting member 28 is covered to cover the upper part of the case 21 as shown in FIG. 11, and the printed board 24 and the lamp 27 accommodated in the case 21 are covered with the upper surface plate 28a. At the same time as the load, the horizontal portion 28g of the arm portion 28e of the mounting member 28 is bent inward of the recessed portion 21d and fixed to the case 21. In addition, the liquid crystal display element 22 on the light guide 26 is sandwiched by the support member 21c and the press part 28c in the state where the buffer member 23 is interposed, and the liquid crystal display element 22 The effective display area is mounted in a state exposed from the opening 28b, whereby a conventional liquid crystal display device is constructed.

In order to assemble a conventional liquid crystal display device, the mounting member 28 is placed on the upper side of the case 21, and the horizontal portion 28g of the arm portion 28e is pressed down as shown by an arrow in FIG. Bend into the room of). At this time, even if the mounting member 28 is pressed by an excessive force, since the buffer member 23 contracts in the vertical direction and absorbs the force, the liquid crystal display element 22 can be prevented from being damaged.

In addition, even if an external stress such as impact or static load is applied after assembling the conventional liquid crystal display device, the buffer member 23 contracts in the vertical direction in the same manner to absorb the external stress, and thus the liquid crystal display element 22 Breakage is prevented.

However, while the material cost of the buffer member 23 made of rubber attached to the liquid crystal display element 22 is high, the step of attaching the buffer member 23 to the liquid crystal display element 22 in the manufacturing process of the liquid crystal display device. This increases, leading to an increase in the manufacturing cost of the conventional liquid crystal display.

In addition, heat generated in an electronic component or the like on the printed circuit board 24 in the liquid crystal display device, or pressure when it is held by the support member 21c and the press portion 28c may be the cause, and the conventional liquid crystal display device may be used for a long time. The buffer member 23 gradually deforms, and the liquid crystal display element 22 leaches to the effective display area, causing a problem of adversely affecting the display.

1 is a perspective view of a liquid crystal display device according to a first embodiment of the present invention;

2 is an exploded perspective view of a liquid crystal display device according to a first embodiment of the present invention;

3 is a perspective view of principal parts of a liquid crystal display device according to a first embodiment of the present invention;

4 is an explanatory view in which main parts of the liquid crystal display device of the first embodiment of the present invention are enlarged;

5 is an explanatory view in which main parts of the liquid crystal display device of the first embodiment of the present invention are enlarged;

6 is a side view of main parts of the liquid crystal display device of the first embodiment of the present invention;

7 is a cross-sectional view of main parts taken along line 7-7 of FIG. 6;

8A and 8B are side views of principal parts of a liquid crystal display device according to a first embodiment of the present invention;

9A and 9B are cross-sectional views when external stress is applied to the liquid crystal display device of the first embodiment of the present invention;

10A and 10B are main cross-sectional views of a liquid crystal display device according to a second embodiment of the present invention;

11 is a perspective view of a conventional liquid crystal display device;

12 is an exploded perspective view of a conventional liquid crystal display device;

13A and 13B are explanatory views showing the assembling of the liquid crystal display of the prior art.

* Description of the symbols for the main parts of the drawings *

1 case

1a: bottom plate

1b: outer sidewall

1c: hanging part

1d: recess

1e: air gap

1f: guide protrusion

1g: Induction Groove

1h: stopper

1i: side wall top plate

1j: inner sidewall

1k: first buffer member

1l: second buffer member

1m: Regulating protrusion

1n: positioning boss

1p: support member

2: liquid crystal display device

3: printed board

4: print film

5: light guide

6: lamp

7: mounting member

7a: top plate

7b: opening

7c: press section

7d: positioning hole

7e: side plate

7f: arm part

7g: guide piece

7h: connection

7i: Hanging Wealth

7j: inner sidewall

7k: side wall plate

7l: first buffer member

7m: second buffer member

7n: regulation protrusion

S: Slit

T: bend

D: convex

As a first solution for solving the above problems, the liquid crystal display device of the present invention includes a liquid crystal display element, a case and a mounting member sandwiching the liquid crystal display element from above and below, and the case or the mounting member. In one embodiment, a buffer member having a convex portion movable in a vertical direction in contact with the liquid crystal display element is provided.

Further, as a second solution, the liquid crystal display device of the present invention has a side wall on the case or an upper plate on the mounting member, and is positioned between two parallel slits on the side wall or the upper plate. Flexure | flexion part which is flexible in a direction is provided, and a 1st said buffer member is comprised by the said bending part and the said convex part formed in the said bending part.

Further, as a third solution means, the liquid crystal display device of the present invention is provided with a restricting projection portion in contact with the liquid crystal display element lower than the convex portion in the vicinity of the convex portion on the side wall or the top plate.

In addition, as a fourth solution, the liquid crystal display of the present invention has an arm shape having a side wall on the case or an upper plate on the mounting member, and one end of which is flexible in the vertical direction connected to the side wall or the upper plate. A bend portion is provided, and the second buffer member is formed of the bent portion and the convex portion formed in the bent portion to form an L shape, and the second buffer member is in contact with each corner of the liquid crystal display element. One buffer member is configured to be in contact between two respective portions of the liquid crystal display element.

In addition, as a fifth solution, the liquid crystal display device of the present invention has an arm shape having a side wall on the case or an upper surface plate on the mounting member, the one end of which is flexible in the vertical direction connected to the side wall or the upper plate. A bent part is provided, and a buffer member is comprised by the said bent part and the said convex part formed in the said bent part, and it is set as the structure formed in L shape.

Next, a first embodiment of the liquid crystal display device of the present invention will be described. 1 is a perspective view of a liquid crystal display device according to a first embodiment of the present invention, FIG. 2 is an exploded perspective view of a liquid crystal display device according to a first embodiment of the present invention, and FIG. 3 is a perspective view of principal parts of a liquid crystal display device according to a first embodiment of the present invention. to be. 4 and 5 are explanatory diagrams enlarging the main parts of the liquid crystal display device of the first embodiment of the present invention. 6 is a sectional view of the main part of the liquid crystal display device of the first embodiment of the present invention, FIG. 7 is a sectional view of the main part in line 7-7 of FIG. 6, and FIGS. 8A and 8B are a liquid crystal display device of the first embodiment of the present invention. Fig. 8A is a sectional view of the main part in the 8A-8A line of Fig. 6, and Fig. 8B is a sectional view of the 8B-8B line in Fig. 8A. 9A and 9B are cross-sectional views when an external stress is applied to the liquid crystal display device of the first embodiment of the present invention, FIG. 9A is a cross-sectional view in FIG. 8A, and FIG. 9B is a line 9B-9B in FIG. 9A. It is a cross section of.

The box-shaped case 1 made of a molded article of heat-resistant synthetic resin and having an open top is composed of a bottom plate 1a, four outer sidewalls 1b provided on the outer circumference of the bottom plate 1a, and an outer sidewall 1b. A plurality of locking portions 1c protruding from the outer surface of the plurality of recesses, a plurality of recesses 1d provided on the outer side wall 1b below the locking portion 1c, and a locking portion 1c of the outer side wall 1b. Guide groove 1g formed by a gap between the spaced portion 1e provided on the rear surface side of the < RTI ID = 0.0 >), a plurality of guide protrusions 1f < / RTI > provided on the outer side of the outer side wall 1b, and two guide protrusions 1f, It has the stopper 1h which protruded on the outer side surface of the outer side wall 1b.

In addition, the case 1 is protruded above the bottom plate 1a, and has an inner side wall 1j having the side wall upper plate 1i and an intermediate portion on the side wall upper plate 1i of the inner side wall 1j. A plurality of first shock absorbing members 1k provided in the plurality, a plurality of second shock absorbing members 1l provided at end portions on the sidewall upper plate 1i of the inner side wall 1j, a first shock absorbing member 1k and a second shock absorbing member. A regulating projection portion 1m protruding upward of the side wall upper surface plate 1i near the side of 1l and a plurality of positioning bosses 1n protruding upward from the side wall upper surface plate 1i of the inner side wall 1j. Consists of

A plurality of locking portions 1c are provided on the outer side of the outer side wall 1b, and are formed such that the protrusion height on the outer side of the outer side wall 1b gradually increases as it goes from the upper side to the lower side of the outer side wall 1b. It is. In addition, the lower surface of the locking part 1c is provided so that it may become substantially parallel with the bottom plate 1a. Moreover, the recessed part 1d is provided in the thick part of lower part of the inner side surface connected with the bottom plate 1a of the outer side wall 1b, as shown in FIG. In addition, the space | gap part 1e is provided except the thick part of the back surface side of the outer side wall 1b in which the locking part 1c is provided. In addition, the guide protrusion 1f is formed with a thick outer side of the outer side wall 1b and protrudes from the outer side. In addition, the guide groove 1g is constituted by a gap formed by two surfaces that are perpendicular to and face the bottom plate 1a of the two guide protrusions 1f. This guide groove 1g is provided in at least two outer side wall 1b facing each other. Further, the stopper 1h has a thick outer side lower portion of the outer side wall 1b, protrudes from the outer side, and is provided in plural, and its upper surface is substantially parallel to the bottom plate 1a.

Moreover, as shown in FIG. 3, the inner side wall 1j protrudes upwards of the bottom plate 1a, and is provided substantially in parallel with the outer side wall 1b, and is c-shaped. In addition, the inner side wall 1j has a cavity inside and has an inverted U-shaped cross section as shown in FIGS. 4 and 5. Each of these inner sidewalls 1j has a height lower than that of the outer sidewalls 1b, and the sidewall upper plate 1i forming their upper part is substantially parallel to the bottom plate 1a.

Further, the first shock absorbing member 1k is positioned between two parallel slits S formed in the middle portion of the side wall upper surface plate 1i of the inner side wall 1j and the slit S as shown in FIG. Side wall of the inner side wall 1j, which is composed of a bent portion T having flexibility in the up and down direction, and two rod-shaped convex portions D formed to protrude upwardly from the bent portion T and have a hemispherical tip. A plurality of upper plates 1i are provided apart from each other.

Further, as shown in Fig. 5, the second shock absorbing member 1l is a c-shaped slit S formed at an end portion on the side wall upper surface plate 1i of the inner side wall 1j, and is located in the slit S and is located on the side wall upper surface. An arm-shaped bend T having one end connected to the plate 1i and being flexible in the vertical direction, and protruding upwardly above the free end that is not connected to the side wall upper plate 1i of the bent T; It consists of one rod-shaped convex part D which has the front-end | tip of. Since the second shock absorbing member 1l has a cantilever-type fixing structure, the bending portion T tends to bend as compared with the first shock absorbing member 1k. Two of these second shock absorbing members 11 are provided at both ends of the side wall upper surface plate 1i of the inner side wall 1j. Moreover, the convex part D of the 1st shock absorbing member 1k and the 2nd shock absorbing member 11 is provided so that it may become the same height in the same side wall.

The regulating protrusion 1m is formed of a rod-shaped protrusion protruding upward from the side wall upper plate 1i near the side of the first buffer member 1k and the second buffer member 11, and the height thereof is the first buffer member. It is formed lower than the member 1k and the 2nd buffer member 1l, and is provided so that it may become the same height all. Further, the positioning bosses 1n are provided at positions where the intersections of the respective inner sidewalls 1j and the side wall upper surface plates 1i at the ends are at least diagonal to the bottom plate 1a of the outer sidewalls 1b. The columnar shape is perpendicular to the bottom plate 1a. The convex portions D provided on the first shock absorbing member 1k and the second shock absorbing member 11 are provided, but one or three or more can be provided. In addition, the shape of the convex part D is not limited to a rod shape, For example, it can also be set as a flat protrusion.

In addition, in the flat liquid crystal display element 2 in which the liquid crystal material is enclosed, the printed circuit board 3 in which the electric component is mounted on the outer periphery is attached to the print film 4 in which the liquid crystal display element driving IC is installed. By electrical connection.

The flat light guide 5 and the elongated lamp-shaped lamp 6 are housed in the case 1, and the printed board 3 is placed above the light guide 5 by a print film 4. This mounted liquid crystal display element 2 is housed in contact with the convex portion D provided in the first buffer member 1k and the second buffer member 11. At this time, the convex portion D of the second buffer member 1l is in contact with each of the liquid crystal display elements 2, and the convex portion D of the first buffer member 1k is the outer peripheral portion of the liquid crystal display element 2. It is in contact with the edge between two corners.

The mounting member 7 made of a metal plate has a protruding branch shape provided by an upper surface plate 7a, an opening portion 7b formed in the upper surface plate 7a, and a protruding process on the upper surface plate 7a near the outer periphery of the opening portion 7b. Four side plates 7e and side plates 7e formed by bending the press portions 7c, the plurality of positioning holes 7d perforated in the upper surface plate 7a, the outer peripheral portion of the upper surface plate 7a, and the side plates 7e. Is composed of a plurality of L-shaped arm portions 7f extending integrally downwardly from and a plurality of guide pieces 7g integrally extending downwardly of the side plate 7e.

The opening 7b is larger than the effective display area of the liquid crystal display element 2. As shown in Figs. 1 and 2, a plurality of positioning holes 7d are provided through the upper surface plate 7a, and are provided at least in diagonal positions of the upper surface plate 7a. Moreover, the arm part 7f is comprised by L-shape by the connection part 7h connected with the side plate 7e, and the hanging part 7i extended in the horizontal direction. In addition, the guide piece 7g extends below at least two side plates 7e facing each other, and is formed slightly narrower than the width of the guide groove 1g provided on the outer side wall 1b. In the present embodiment, the mounting member 7 is described as being made of a metal plate, but a molded article of synthetic resin may be used.

The mounting member 7 is fitted so that the distal end of the positioning boss 1n fits within the positioning hole 7d and covers the upper part of the case 1, and the hanging portion of the arm portion 7f is caught by the hanging portion 7i. It catches on the part 1c. Further, the guide piece 7g is located between the two guide protrusions 1f constituting the guide groove 1g. In addition, while the lamp 6 and the printed board 3 stored in the case 1 are covered and covered by the upper surface plate 7a, the liquid crystal display element 2 on the light guide 5 has a first buffer member. 1k and the convex portion D of the second buffer member 1l and the press portion 7c are sandwiched, and the effective display area of the liquid crystal display element 2 is mounted in a state exposed from the opening portion 7b. have.

In addition, in the state where the mounting member 7 is attached to the case 1, the distal end of the positioning boss 1n protrudes from the outside to the extent that it can be seen with the naked eye. Moreover, the upper end of the part 7i of the arm part 7f and the lower surface of the locking part 1c are contacted and caught.

In order to assemble the liquid crystal display device of the present invention, first, the light guide 5 and the lamp 6 are housed in a predetermined position in the case 1, and then the printed board 3 is formed by the print film 4. The electrically connected liquid crystal display element 2 is mounted on the convex portion D of the first shock absorbing member 1k and the second shock absorbing member 1l and provided above the light guide 5. At this time, the convex portion D of the second buffer member 1l is in contact with each of the liquid crystal display elements 2, and the convex portion D of the first buffer member 1k is an outer circumferential portion of the liquid crystal display element 2. It is in contact with one to four sides located between two corner parts of. Next, the guide piece 7g is inserted with the guide groove 1g as a guide, and the positioning boss 1n is fitted to the positioning hole 7d to position and position the mounting member 7 in the case. Cover above (1). Next, while guiding the guide piece 7g from the guide groove 1g, the hanging portion 7i of the arm portion 7f is brought into contact with the inclined surface of the locking portion 1c, and the upper end of the hanging portion 7i is caught. The mounting member 7 is pressed into the case 1 until the bottom surface of the portion 1c is exceeded. At this time, since the outer side wall 1b on which the locking portion 1c is provided is bent in the direction of the void portion 1e provided on the rear surface side thereof, the arm portion 7f is smoothly pressed. Further, when the mounting member 7 is pressed, the upper surface of the stopper 1h is in contact with the lower end of the side plate 7e of the mounting member 7, restricts excessive pressurization, and at the same time, the first shock absorbing member 1k. And the bending portion T having the convex portion D of the second shock absorbing member 11 is bent downward, thereby absorbing the pressing force and preventing the extra force from being applied to the liquid crystal display element 2. In addition, when the pressing of the mounting member 7 becomes excessive, the regulation protrusion part 1m restricts excessive bending of the bending part T by pressing down the liquid crystal display element 2. In this way, the assembly of the liquid crystal display device of the present invention is completed.

After assembling the liquid crystal display device, as shown by the arrows in FIGS. 9A and 9B, when external stress such as impact or static load is applied in the vertical direction of the liquid crystal display device, the first buffer member 1k and the second buffer member are applied. The bent portion T of the member 11 is bent, the convex portion D moves up and down to absorb external stress and prevent excessive force from being applied to the liquid crystal display element 2, and the liquid crystal display element 2 ) Is prevented from being broken.

10A and 10B are main cross-sectional views of a second embodiment of the liquid crystal display device of the present invention, FIG. 10A is a cross-sectional view of the liquid crystal display device, and FIG. 10B is a cross-sectional view of FIG. 10A. In the first embodiment, the first shock absorbing member 1k and the second shock absorbing member 11 are installed in the case 1, but the same member may be provided in the upper plate 7a of the mounting member 7. .

That is, in the position where the press part 7c of the inner side surface of the upper surface plate 7a shown in the 1st Example was provided, the inner side wall 7j which has a cavity inside and whose cross section becomes an inverted U shape is provided, The first shock absorbing member 7l and the second shock absorbing member 7m having the same structure as in the first embodiment are provided on the side wall upper surface plate 7k forming the upper portion. Further, a rectangular parallelepiped support member 1p is provided at a position where the first shock absorbing member 1k and the second shock absorbing member 1l inside the case 1 are provided. At this time, the convex portion D of the second buffer member 7m is in contact with each of the liquid crystal display elements 2, and the convex portion D of the first buffer member 7l is formed on the outer peripheral portion of the liquid crystal display element 2. It is in contact with the edge between two corners. And the liquid crystal display element 2 is clamped by the convex part D and the support member 1p of these buffer members 7l and 7m.

Further, the regulating projection 7n is formed of a rod-shaped projection protruding upward of the side wall upper surface plate 7k near the sides of the first buffer member 7l and the second buffer member 7m, and the height thereof is the first buffer member. It is formed lower than the member 7l and the 2nd buffer member 7m, and is provided so that it may become the same height all.

The other structure is the same as that of 1st Example, and attaches | subjects the same number to the same component, and abbreviate | omits the description here.

According to the liquid crystal display device of the present invention, a convex portion including a case and a mounting member for sandwiching the liquid crystal display element and the liquid crystal display element up and down is mounted, and which is movable in contact with the liquid crystal display element integrally with the case or the mounting member. By providing a shock absorbing member, the shock absorbing member, which absorbs excessive force applied to the liquid crystal display element and prevents breakage, is integrated with the case or the mounting member when external stress is applied in the vertical direction during or after assembling the liquid crystal display device. Since it is provided, it is not necessary to provide a new shock absorbing member and can be formed at the same time when the case or the mounting member is manufactured, thereby increasing the manufacturing cost of the liquid crystal display device. In addition, the buffer member does not adversely affect the display of the liquid crystal display element even under pressure.

In addition, the case is provided with an inner side wall or an upper surface plate on the mounting member, and the side wall upper surface plate or the upper surface plate of the inner side wall is disposed between two parallel slits, and a flexible bending part is provided in the vertical direction. By constituting the buffer member with the bent portion and the convex portion formed in the bent portion, when the external stress is applied in the up and down direction during assembling or after assembling the liquid crystal display, excessive force applied to the liquid crystal display element can be absorbed to prevent breakage.

In addition, the inner side wall or the upper plate is provided with a restricting projection which is in contact with the liquid crystal display element lower than the convex portion in the vicinity of the convex portion, so that when the excessive external stress is applied, the bending portion is excessive by pressing down the liquid crystal display element. It is possible to prevent the breakage of the bent portion by regulating the restricting projection portion to bend.

In addition, the case is provided with an inner side wall or an upper surface plate on the mounting member, and an arm-shaped bend having flexible flexibility in the vertical direction connected to the inner side wall or the upper surface plate is provided on the upper side wall or the upper side plate of the inner side wall. The second buffer member is formed of a curved portion and a convex portion formed in the curved portion to form an L shape, the second buffer member is in contact with each portion of the liquid crystal display element, and the first buffer member is in contact between two portions of the liquid crystal display element. As a result, the second buffer member having the cantilever-type fixing structure is more likely to bend the bending portion compared with the first buffer member, so that the liquid crystal display element can be smoothly contacted with the corner portions that are easily damaged, and the corner portions of the liquid crystal display element can be protected. have.

In addition, the case is provided with an inner side wall or an upper surface plate on the mounting member, and an arm-shaped flexure having a flexible up and down direction in which one end is connected to the inner side wall or the upper surface plate is provided on the side wall upper plate or the upper side plate of the inner side wall. The second buffer member is formed of a curved portion and a convex portion formed in the curved portion to form an L shape, thereby absorbing excessive force applied to the liquid crystal display element when external stress is applied in the up and down direction during assembling or after assembling the liquid crystal display device. To prevent damage.

Claims (5)

A buffer member having a liquid crystal display element, a case and a mounting member for sandwiching the liquid crystal display element up and down, and having a convex portion movable in the vertical direction in contact with the liquid crystal display element integrally with the case or the mounting member. Liquid crystal display device characterized in that the installation. The method of claim 1, The case has a side wall, or the mounting member is provided with a top plate, the side wall or the top plate is provided between the two parallel slits and the flexible bend in the vertical direction is provided, 1. A liquid crystal display device comprising: a buffer member comprising the bent portion and the convex portion formed on the bent portion. The method of claim 2, And a restricting projection portion in contact with the liquid crystal display element lower than the convex portion in the vicinity of the convex portion in the side wall or the upper surface plate. The method of claim 2, The case is provided with a side wall or an upper plate on the mounting member, and an arm-shaped bend having one end connected to the side wall or the upper plate in a vertical direction, and the second cushioning member of the buffer member It consists of a bent part and the said convex part formed in the said bent part, and it is L-shaped, The said 2nd buffer member is in contact with each part of the said liquid crystal display element, The said 1st buffer member is two each part of the said liquid crystal display element. Liquid crystal display device, characterized in that the contact between. The method of claim 1, The case is provided with a side wall or an upper plate on the mounting member, and an arm-shaped flexure having one end up and down connected to the side wall or the upper plate is provided, and the shock absorbing member is provided on the flexure and the flexure. A liquid crystal display device comprising the convex portions formed to form an L shape.