CN201340697Y - Outer frame-supporting part for cushioning frame of display module - Google Patents
Outer frame-supporting part for cushioning frame of display module Download PDFInfo
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- CN201340697Y CN201340697Y CNU2008201532316U CN200820153231U CN201340697Y CN 201340697 Y CN201340697 Y CN 201340697Y CN U2008201532316 U CNU2008201532316 U CN U2008201532316U CN 200820153231 U CN200820153231 U CN 200820153231U CN 201340697 Y CN201340697 Y CN 201340697Y
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- display apparatus
- apparatus module
- side wall
- framework
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Abstract
An outer frame-supporting part for a cushioning frame of a display module comprises a display panel and a backlight component thereof; wherein, the display panel is arranged in the cushioning frame which is surrounded by the outer frame-supporting part; and the circumferential sidewall part of the supporting part is provided with a reinforcing wall. The outer frame-supporting part is provided with a bottom board part arranged in parallel with the display panel, a sidewall part which supports the outer side of the cushioning frame and zigzags along the longitudinal width direction of the display panel is formed on the outer end of the bottom board part, and the reinforcing wall is formed on the inner sidewall of the sidewall part. The utility model has the following advantages: no extra cost is added, the outer frame-supporting part made by a simple method is stronger than the prior art, and thereby, the structural strength of the whole display module is enhanced.
Description
Technical field
The utility model relates to a kind of outside framework support portion of display apparatus module buffering framework, more particularly, even be the relevant loss of not having extra cost, make frame supported portion with simple method, improve the intensity of frame supported portion, thereby improve whole display apparatus module structural strength display apparatus module and possess the terminating machine of display apparatus module and the utility model of the outside framework support portion of display apparatus module buffering framework.
Background technology
Terminating machine is meant and comprises pcs telephone, the portable personal phone of PDA etc., and for the modern, terminating machine no longer is luxury goods, becomes necessity for life gradually.Therefore terminating machine manufacturing firm to be increasing new technology mode or magnificent appearance design method, the new product that constantly goes on the market, and also the consumer also presents the trend of changing terminating machine with certain cycle.
Terminating machine divides the importation of input information and information that output has been imported or the display part that shows external information, and the display part is meant the display apparatus module that is called as liquid crystal.
Display apparatus module possesses substantially: the panel that forms portrait; Be combined in panel back; To backlight group of panel projection light; And hold and in conjunction with the model framework of above-mentioned parts.
What mainly adopt as panel is LCD Liquid Crystal Display panel, and panel is equipped with the cylindricality drive IC that is connected with the printed circuit board (PCB) equipped on the terminating machine.
In addition, itself can not launch light the LCD panel, and what adopt is the mode of regulating transmissivity, therefore will form certain portrait on panel, must be to the panel projection light, and this function is to be carried out by backlight assembly Back Light Unit.
Backlight assembly comprises: light source is placed in a side of panel plane, whole full run-down types of panel direct irradiations; Line source or pointolite are settled in a side or a plurality of side at panel, by the side light type of reflection of parts such as light guide plate and reflecting optics and diffusion light.The terminating machine of portable phone mainly adopts the backlight assembly of side light type at present.
Backlight assembly and panel are combined in the model framework that forms housing, form a display apparatus module.Model framework is to comprise: the buffering framework of four jiaos of type ring-types of the interior sky of panel and backlight assembly combination; The buffering framework of panel and backlight assembly combination is accommodated the frame supported portion of combination.
The buffering framework generally is with polycarbonate PC injection moulding manufacturing, and with polycarbonate PC injection moulding modeling framework, not only property produced in batches and same replicability are good, and have materials procurement conveniently, the advantage that production cost is low.Therefore most of producer comes injection moulding manufacturing buffering framework with polycarbonate PC.
In contrast, frame supported portion supports around the housing that cushions framework, plays the effect of any distortion that stops the buffering framework.Therefore frame supported portion will select for use than the more hard material of buffering framework, makes such as stainless steel SUS.
Especially, in the manufacturing process of buffering framework,, can increase the thickness of whole display apparatus module, therefore normally use the shape warpage of the stainless-steel sheet of paper sheet thickness, make frame supported with cardinal principle dun toro body if when the thickness of frame supported portion is thick.
But, so thin stainless-steel sheet is flexed into the shape that is roughly tetragonal casing, the frame supported portion of simpler production is the intensity that is difficult to keep requirement, and the possibility that is bent is big, therefore is difficult to protect the LCD panel.But select thicker stainless-steel sheet for use, though can keep the intensity of hope, the thickness of whole display apparatus module increases, and is difficult to meet the purpose of terminating machine miniaturization, also the possible loss corresponding cost.
As mentioned above, after original method manufacturing frame supported portion, buffering framework in frame supported portion inside in conjunction with panel and backlight assembly forms a display apparatus module, when being applicable to the portable telephone terminal machine, during the impulsive force of being willing to disobey owing to the terminating machine or apply of accidentally dropping, the impulsive force that is applied in is directly delivered to panel, and problems such as panel is impaired are taken place.As Fig. 1 be terminating machine when dropping, terminating machine is by the image of impulsive force short time set, Fig. 2 is that this all only as a reference, does not have any reference symbol because the impulsive force of Fig. 1 causes the image of the upper right corner part breakage of panel.
So proposed to improve the necessity of model framework intensity, especially needing does not increase under the prerequisite of frame supported portion thickness, improves the structure of frame supported portion, makes it can meet the requirements of intensity, improves the technical scheme of display apparatus module structural strength.
The utility model content
Technical matters of the present utility model is that a kind of loss of not having extra cost will be provided, make frame supported portion with simple method, than originally having improved the intensity of frame supported portion, thereby improve the outside framework support portion and the job operation thereof of display apparatus module buffering framework of the structural strength of whole display apparatus module.
In order to solve above technical matters, the utility model provides a kind of outside framework support portion of display apparatus module buffering framework, comprise display pannel and backlight assembly thereof, display pannel places in the buffering framework, around this buffering framework is an outside framework support portion, and the side wall portion of this support portion periphery has reinforced wall.
Described frame supported portion has and the parallel base plate of settling of aforementioned display device panel, outer end in base plate, along the thickness longitudinal warpage of aforementioned display device panel, form with above-mentioned buffering framework lateral surface and contact the side wall portion that supports, above-mentioned reinforced wall forms at the madial wall of above-mentioned side wall portion.
Described side wall portion and reinforced wall are with the stainless sheet steel integral production.
Described reinforced wall and side wall portion are the spring walls that carries out forming behind the first order buckling processing stainless steel thin plate two ends spring structure at least, make it become cross-modality with base plate with deep-draw processing.
Described bending machining is repeatedly to carry out in the other direction mutually.
Forming the reinforced wall of described spring wall and the arrangement of side wall portion is that face contacts form.
Be formed with the gap between described reinforced wall and the side wall portion.
A kind of job operation of outside framework support portion of display apparatus module buffering framework, the step of this job operation is:
A) prepare a sheet metal;
B) sheet metal is carried out first order buckling processing at least, the reinforced wall of spring wall and side wall portion one are processed to form;
C) sheet metal is placed on the base,, forms the base plate of frame supported portion with the punching press of deep-draw processing method.
Described b) step will be carried out repeatedly crooked mutually in the other direction.
At described b) append the level and smooth cleaning processing that forms perforation processing and sheet metal corner part in the sheet metal after the step.
Described sheet metal is a stainless sheet steel.
Superior effect of the present utility model is: the increase of no extra cost, make frame supported portion with simple method, and than original intensity that improves frame supported portion, thereby improved the structural strength of whole display apparatus module.
Description of drawings
Fig. 1 is the terminating machine oblique view that possesses display apparatus module of the utility model first example;
Fig. 2 is the exploded perspective view of display apparatus module among Fig. 1;
Fig. 3 (comprising Fig. 3 A, Fig. 3 B and Fig. 3 C) is the partial enlarged drawing of Fig. 2 middle frame support portion;
Fig. 4 (comprising Fig. 4 A, Fig. 4 B, Fig. 4 C, Fig. 4 D, Fig. 4 E, Fig. 4 F and Fig. 4 G) is the fabrication process flow figure of Fig. 3 frame supported portion;
Fig. 5 is the side schematic view of frame supported portion of the display apparatus module of another example of the utility model;
Fig. 6 is the part oblique view in the display apparatus module frame supported portion side wall portion field of another example of the utility model;
Fig. 7 is the cut-open view according to the display apparatus module frame supported side wall portion of another example of the utility model;
The number in the figure explanation
The 10-terminating machine; The 11-body;
The 15-folding part; The 18-battery;
The 20-display apparatus module; The 30-panel;
The 40-backlight assembly; The 41-light guide plate;
The 50-model framework; 51-cushions framework;
60-frame supported portion;
The 70-base plate;
The 701-pilot hole; The 702-through hole;
The 80-side wall portion; The 90-reinforced wall;
91-is the reinforced wall of bending machining not; The 92-through hole;
The 93-chimb;
The 95-base; The 96-punch press;
The 97-gap.
Embodiment
See also shown in the accompanying drawing, the utility model will be further described.
The utility model provides a kind of outside framework support portion 60 of display apparatus module buffering framework, comprise display pannel 30 and backlight assembly 40 thereof, display pannel 30 places in the buffering framework 51, around this buffering framework 51 are outside framework support portions 60, and the side wall portion 80 of these support portion 60 peripheries has reinforced wall 90.
Described frame supported portion 60 has and aforementioned display device panel 30 parallel base plate 70 of settling, outer end in base plate 70, thickness longitudinal warpage along aforementioned display device panel 30, form with above-mentioned buffering framework 51 lateral surfaces and contact the side wall portion 80 that supports, above-mentioned reinforced wall 90 forms at the madial wall of above-mentioned side wall portion 80.
Described side wall portion 80 and reinforced wall 90 are with the stainless sheet steel integral production.
Described reinforced wall 80 and side wall portion 90 are the spring walls that carry out forming behind the first order buckling processing stainless steel thin plate two ends spring structure at least, make 70 one-tenth cross-modality of itself and base plate with deep-draw processing.
Described bending machining is repeatedly to carry out in the other direction mutually.
Forming the reinforced wall 90 of described spring wall and the arrangement of side wall portion 80 is that face contacts form.
Be formed with gap 97 between described reinforced wall 90 and the side wall portion 80.
A kind of job operation of outside framework support portion 60 of display apparatus module buffering framework, the step of this job operation is:
A) prepare a sheet metal;
B) sheet metal is carried out first order buckling processing at least, the reinforced wall of spring wall and side wall portion one are processed to form;
C) sheet metal is placed on the base,, forms the base plate of frame supported portion with the punching press of deep-draw processing method.
Described b) step will be carried out repeatedly crooked mutually in the other direction.
At described b) append the level and smooth cleaning processing that forms perforation processing and sheet metal corner part in the sheet metal after the step.
Described sheet metal is a stainless sheet steel.
As shown in Figure 1, the terminating machine 10 according to the utility model example is divided into body 11; The folding part 15 of On/Off body 11 fronts; Be placed between body 11 and the folding part 15 hinge 17 of reverse fold portion 15; Be combined in body 11 back side detachable batteries 18.
15 inner face tops, folding part formed receive the other side's sound the portion of listening to 16, thereunder be furnished with and show and comprise that formation such as telephone number, battery charging state, vibrating state, alarm clock state comprise the display apparatus module 20 of literal and picture.Again this, display apparatus module 20 can be folding part 15 itself, also may be the part of folding part 15.
As shown in Figure 2, the display apparatus module 20 according to the utility model example comprises as the lower part: the panel 30 that forms portrait; Panel 30 is clipped in the middle, is placed in casing opposite, front, to the backlight assembly 40 of the set light of panel 30 projections; The model framework 50 of support panel 30 and backlight assembly 40.
As mentioned above, panel 30 is applicable to plasma display PDP, LCD LCD, organic electroluminescent LED OLEDO, Field Emission Display FED etc., but what be suitable in this example is the LCD panel.
Backlight assembly 40 comprises as the lower part: light guide plate 41; Buffering framework 51 in the aftermentioned is clipped in the middle, is placed in the reflecting optics 42 of light guide plate 41 bottoms; Be positioned in a pair of diffusion eyeglass 43,44 on light guide plate top; The black and white glue of bonding between panel 30 and diffusion eyeglass 44; Be combined in frame supported portion 60 back sides in the aftermentioned, be combined in panel 30 a side connection flexible PCB 34 and comprise and drive the flexible PCB (not shown) that large-scale integrated chip is used; Send the flexible PCB that LED is housed 46 of light with light guide plate 41.
What light guide plate 41 showed almost is four angle plate shape bodies.But also can be light guide plate 41 towards the one side of diffusion eyeglass 43,44 be smooth, the bottom surface but some inclination to make its end to end be to gradually become narrow.
The area of reflecting optics 42 and light guide plate 41 are almost equal, not only prevent the bottom light leak of light guide plate 41, also play again light that secondary reflection oozes out by light guide plate 41 to the side directed effect of panel.42 one side of this reflecting optics, promptly the face towards light guide plate 41 is the minute surface that forms as mirror.
Diffusion eyeglass 43,44 has the effect of the light that diffusing light guiding plate 41 sends.Among the figure according to this example, the surface of diffusion eyeglass 43,44 is without any lines, but in order to spread more light, can form a plurality of small sparrow peckeds continuously in 43,44 surface of diffusion eyeglass.In addition, because diffusion can cause the even of light, but, can adopt the prismatic lens of the formation prism structure of light harvesting effect in order to prevent the reduction of the brightness that its spinoff causes.
Black and white glue 45 has the interception of prevention part light leak outside the picture display screen of panel 30.
At this, the luminous back of LED LED projects light guide plate 41, after entering along plate face to light guide plate 41, because reflection and at random, a part is to the diffusion eyeglass 43,44 on light guide plate 41 tops, remainder is to the reflecting optics 42 of bottom, and the light that is folded to reflecting optics 42 moves to diffusion eyeglass 43,44 through light guide plate 41 again through the reflection of reflecting optics 42; What be diffused into diffusion eyeglass 43,44 only evenly injects panel 30 after the diffusion through 43,44 diffusion eyeglasses 43,44, thereby sees the portrait that is formed on the panel 30.
In addition, support the model framework 50 of backlight assembly 40 and panel 30, it comprises buffering framework 51 and frame supported portion 60.Cushion the effect that framework 51 plays buffering and supports backlight assembly 40 and panel 30 this moment, frame supported portion 60 is around buffering framework 51 housings, accommodates the whole buffering framework 51 of backlight assembly 40 and panel 30 combinations, and plays the effect of support.
Buffering framework 51 has the effect of impulsive force that buffering is applied to panel 30, for example, drops terminating machine 10 and the impulsive force of applying for panel 30, and buffering framework 51 is that the flexible material of shock absorbing power is made, and for example rubber or silica gel form.
In this example, panel 30 has tetragonal shape, and therefore cushioning framework also presents corresponding tetragonal shape.If panel 30 is not a quadrangle, for corresponding, buffering framework 51 also can have other suitable shapes.
Though not shown in the diagram, the bottom one of buffering framework 51 is side-prominent have been formed to accommodate with buffering framework 51 and has been combined in frame supported portion 60 when inner, the guide finger that is inserted into a plurality of pilot holes 701 (not shown) that forms in the base plate of frame supported portion 60.Interaction according to above-mentioned guide finger and pilot hole makes buffering framework 51 be combined in frame supported portion inside easily.Certainly, also guide finger and pilot hole can removed.
As mentioned above, because the manufactured materials of buffering framework 51 is flexible materials, therefore after moulding, in the process that display apparatus module 20 and miscellaneous part are assembled, may deform.That is, buffering framework 51 is relative softer flexible materials, therefore owing to being heated or the crooked easily or distortion of reason such as other external force.
Therefore, as 51 distortion of buffering framework, then the combination of panel 30 and backlight assembly 40 is comparison difficulties, even assembling by force, but the assembling tolerance that takes place is bigger, thereby reliability of products reduces.So, select for use flexible material to make under the prerequisite of buffering framework 51 in order to cushion the impulsive force that is applied to panel 30, be out of shape arbitrarily for the external form of the buffering framework 51 that prevents to have made, based on this reason, buffering framework 60 has been arranged.
Frame supported portion 60 has around the gabarit that supports buffering framework 51, stops buffering framework 51 effect of distortion arbitrarily.So frame supported portion 60 will select for use than the hard relatively material of buffering framework 51, such as selecting for use stainless sheet steel to make.
But, select for use the thick stainless-steel sheet of thickness to make frame supported portion 60, though can keep desired intensity, the thickness of whole display apparatus module 20 increases, and therefore is difficult to meet the requirement of terminating machine 10 miniaturizations, may cause the corresponding cost loss.
Therefore, as described below, be to have adopted the stainless sheet steel of thin thickness to make frame supported portion 60 in this example, and aspect intensity, increased significantly than originally, the structural strength of whole display apparatus module 20 is increased.
Described frame supported portion 60 has and aforementioned display device panel 30 parallel base plate 70 of settling, outer end in base plate 70, thickness longitudinal warpage along aforementioned display device panel 30, form with above-mentioned buffering framework 51 lateral surfaces and contact the side wall portion 80 that supports, above-mentioned reinforced wall 90 forms at the madial wall of above-mentioned side wall portion 80.
As mentioned above, formed a plurality of pilot holes 701 in the field, corner of base plate 70, formed through hole 702 at the plate face.Through hole 702 is in order to connecting the interface channel of flexible PCB 34, but according to circumstances also can form a plurality of pilot holes 701 and through hole 702, if will form a plurality of pilot holes 701 and through hole 702 as shown in the figure the time, available perforation is processed and formed.
In addition, in this example, intersect thirty years of age with base plate 70, the side wall portion 80 that forms the wall of frame supported portion 60 is that other has additionally formed reinforced wall 90 with original phase region, so reinforced wall 90 is formed on side wall portion 80, stop display apparatus module 20 to increase thickness, improve the structural strength of whole display apparatus module 20 simultaneously.
Though reinforced wall 90 is that the method for additional metals thin plate attached to side wall portion formed, be inboard one-body molded in this example at side wall portion 80.In a word, the frame supported portion 60 in this example suitably carries out bending and deep-draw processing and manufacturing to stainless sheet steel, and base plate 70, side wall portion and reinforced wall are become one.So side wall portion 80 and reinforced wall 90 are parts that form frame supported portion 60 walls in fact, but distinguish with drawing reference numeral 80 and 90 in this example.
Have in the display apparatus module 20 of above structure, to making the job operation of frame supported portion 60, the step of this job operation is:
A) shown in Fig. 4 A, prepare the stainless sheet steel of a thin thickness, this moment, the area of stainless sheet steel was that consideration reinforced wall (90) will be carried out second order buckling processing;
B) mould of preparing separately (not shown) is placed on the stainless sheet steel, shown in Fig. 4 B, stainless sheet steel two end portions bending machining;
C) shown in Fig. 4 C, folding to a side the stainless sheet steel two end portions;
D) shown in Fig. 4 D and Fig. 4 E, folding once more folded part with bend processing method, when carrying out the folding stainless sheet steel two end portions of bending machining, present serpentine shape or spring structure in order to make side wall portion 80 and reinforced wall 90, earlier good direction is folded again; After two sections parts of stainless sheet steel are carried out twice-folded with mutual opposite direction, present state shown in Fig. 4 E;
E) shown in Fig. 4 F, it is placed on the other die holder, not pressurize with punch press to there being folded portions, the processing of described punch press makes deep-draw process, and is hyperfine process for stamping a kind of of thin plate.
F) carry out deep-draw processing after, finally as shown in Fig. 4 G, with respect to base plate 70, side wall portion 80 and reinforced wall 80 are intersected moulding, and the frame supported portion 60 that processed by second order buckling of the wall 90 that strengthened.Under this state, two sections of frame supported portion 60 are suitably carried out burr cleaning processing, make it level and smooth, finally obtained frame supported portion 60.
If, as shown in Figure 3A, form a plurality of pilot holes 701 and through holes 702 in base plate 70, then before deep-draw processing, the processing of promptly boring a hole before Fig. 4 F gets final product, and selectivity clears up processing, so that make the external edge angle part of stainless sheet steel level and smooth.
If carry out as above technology in order, then shown in Fig. 3 B and Fig. 3 C, reinforced wall 90 and side wall portion 80 are arranged with the mutual face way of contact, form the wall of frame supported portion 60, and this type of form is on the spring wall, thereby provide than the structural strength that originally significantly improved.
So, utilize the frame supported portion 60 that so makes to come assembled display module 20 after, be useful in portable terminal computer 10, even because the terminating machine 10 or apply and be willing to separated impulsive force of dropping accidentally also can fully stop the situation of panel rapid wear.
So,,, make frame supported portion 60,, thereby improved the structural strength of whole display apparatus module 20 than original intensity that improved with simple method even there is not the increase of extra cost according to the utility model.
Reinforced wall 90 and side wall portion 80 are arranged with the mutual face way of contact, form the wall of frame supported portion 60, if but suitably regulate the pressurization intensity of above-mentioned bending machining, as shown in Figure 5, forming extra gap 97 between the reinforced wall 90 of secondary warpage and between the side wall portion 80, because the effect in gap 97 has and keeps more high-intensity advantage.
In above-mentioned example, only form reinforced wall 90, but in as Fig. 6 with bending machining, it is folding as yet that the two point dotted line shows, promptly do not carry out opening through hole 92 on the reinforced wall 91 of bending machining, can form chimb 93 naturally.Form behind the chimb 93 at first chimb 93 and reinforced wall 91 parallel folds, then according to the folding reinforced wall 91 of bending machining not as yet of the direction of arrow of the central L line of through hole 92, shown in the solid line among Fig. 6, between side wall portion 80 and reinforced wall 90, form the chimb 93 of open state, also can form the sidewall of frame supported portion 60 by mode like this.
Though be processed to form reinforced sidewall 90 through second order buckling in the aforesaid example, as shown in Figure 6, also can be through the reinforced wall 90 of first order buckling processing or other forging processing and fabricating one deck.
At this moment, also can form certain clearance 97 between side wall portion 80 and the reinforced wall 90.Under identical with Fig. 7 in addition situation, reinforced wall 90 and side wall portion 80 there is no need to form one, can make separately also that reinforced wall is after 90s to get final product attached to side wall portion 80 madial walls.
In the 1st above-mentioned example, be to be processed to form reinforced wall through second order buckling, but also can be processed to form one deck reinforced wall or form reinforced wall more than three layers through first order buckling through bending machining more than three times.
In above example be, reinforced wall 90 mainly is formed on the inboard of side wall portion 80, also can be formed on reinforced wall 90 outside of side wall portion 80.
In the above example, display apparatus module 20 is that only 15 inside are suitable in the folding part, but also can be suitable for 15 outsides, folding part to display apparatus module 20, at this moment, can increase and use a display apparatus module 20, or the base plate 70 of open frame support portion 60, sub-panel 30 settled at its reverse side.Should use the light guide plate 41 of two sides diverging light this moment, and will settle the diffusion eyeglass on former reflecting optics position.
In the above example, terminating machine is to be confined to pcs telephone and PDA expects someone's call, but can expand the fields such as digital camera, Digital Video and computing machine of suitable displays module to.
Personnel in the art will be appreciated that, the above embodiments only are to be used for illustrating the utility model, and be not as qualification of the present utility model, as long as in connotation scope of the present utility model, all will drop in claims scope of the present utility model variation, the modification of the above example.
Claims (7)
1, a kind of frame supported portion of display apparatus module buffering framework, display apparatus module comprises display pannel and backlight assembly thereof, display pannel places in the buffering framework, it is characterized in that:
Around this buffering framework is an outter frame shelf support portion, and the side wall portion of this support portion periphery has reinforced wall.
2, by the frame supported portion of the described a kind of display apparatus module buffering framework of claim 1, it is characterized in that:
Described frame supported portion has and the parallel base plate of settling of aforementioned display device panel, outer end in base plate, along the thickness longitudinal warpage of aforementioned display device panel, form with above-mentioned buffering framework lateral surface and contact the side wall portion that supports, above-mentioned reinforced wall forms at the madial wall of above-mentioned side wall portion.
3, by the frame supported portion of the described a kind of display apparatus module buffering framework of claim 2, it is characterized in that:
Described side wall portion and reinforced wall are with the stainless sheet steel integral production.
4, by the frame supported portion of the described a kind of display apparatus module buffering framework of claim 3, it is characterized in that:
Described reinforced wall and side wall portion are the spring walls that carries out forming behind the first order buckling processing stainless steel thin plate two ends spring structure at least, make it become cross-modality with base plate with deep-draw processing.
5, by the frame supported portion of the described a kind of display apparatus module buffering framework of claim 4, it is characterized in that:
Described bending machining is repeatedly to carry out in the other direction mutually.
6, by the frame supported portion of the described a kind of display apparatus module buffering framework of claim 4, it is characterized in that:
Forming the reinforced wall of described spring wall and the arrangement of side wall portion is that face contacts form.
7, by the frame supported portion of claim 4 or 6 described a kind of display apparatus module buffering frameworks, it is characterized in that:
Be formed with the gap between described reinforced wall and the side wall portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201532316U CN201340697Y (en) | 2008-09-18 | 2008-09-18 | Outer frame-supporting part for cushioning frame of display module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201532316U CN201340697Y (en) | 2008-09-18 | 2008-09-18 | Outer frame-supporting part for cushioning frame of display module |
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| Publication Number | Publication Date |
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| CN201340697Y true CN201340697Y (en) | 2009-11-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNU2008201532316U Expired - Fee Related CN201340697Y (en) | 2008-09-18 | 2008-09-18 | Outer frame-supporting part for cushioning frame of display module |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104346996A (en) * | 2013-07-24 | 2015-02-11 | 深圳富泰宏精密工业有限公司 | Display screen frame module and manufacturing method thereof |
| CN104680937A (en) * | 2013-11-30 | 2015-06-03 | 深圳富泰宏精密工业有限公司 | Display screen device, electronic device and manufacturing method thereof |
| WO2016074411A1 (en) * | 2014-11-13 | 2016-05-19 | 京东方科技集团股份有限公司 | Display panel carrying frame and display device |
-
2008
- 2008-09-18 CN CNU2008201532316U patent/CN201340697Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104346996A (en) * | 2013-07-24 | 2015-02-11 | 深圳富泰宏精密工业有限公司 | Display screen frame module and manufacturing method thereof |
| CN104680937A (en) * | 2013-11-30 | 2015-06-03 | 深圳富泰宏精密工业有限公司 | Display screen device, electronic device and manufacturing method thereof |
| WO2016074411A1 (en) * | 2014-11-13 | 2016-05-19 | 京东方科技集团股份有限公司 | Display panel carrying frame and display device |
| US10033009B2 (en) | 2014-11-13 | 2018-07-24 | Boe Technology Group Co., Ltd. | Bearing frame for display panel and display device |
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