CN201131092Y

CN201131092Y - LCD module group casing

Info

Publication number: CN201131092Y
Application number: CNU2007200743029U
Authority: CN
Inventors: 朴日模
Original assignee: FANRUN ELECTRONIC (WUXI) Co Ltd
Current assignee: FANRUN ELECTRONIC (WUXI) Co Ltd
Priority date: 2007-08-31
Filing date: 2007-08-31
Publication date: 2008-10-08
Anticipated expiration: 2017-08-31

Abstract

The utility model discloses a LCD module group casing, comprising a plurality of frames for constructing a polygon, the end sections of the neighbored frames are connected each other. The LCD module group casing has the advantages of simplifying the processing procedure of the LCD module group casing and improving the economy and productivity.

Description

LCD module housing

Technical field

The utility model relates to a kind of LCD module housing (below, be called for short LCD module casing).Be meant that especially a kind of manufacturing process is simple, material consumption is less, the LCD module casing that production efficiency is high.

Background technology

In general, the LCD module casing is supported this LCD module at the housing department of the LCD module that is provided with the LCD control board.

Described LCD module casing closely encases the LCD module, and utilizes mould to use the metallicity material to carry out precision and make.

Existing LCD module casing needs through complicated technological process when die operation.

Shown in Figure 14 a-f, the technological process of existing LCD module casing is carried out as follows.

The manufacturing process of existing LCD module casing, each technological process all need a single mold.Shown in Figure 14 a, the dull and stereotyped steel plate of curly form is incorporated into the 1st mould implements the 1st step, be i.e. combination (Compound) operation.

Shown in Figure 14 a, the dull and stereotyped steel plate that combination step is utilized curly form cuts dull and stereotyped steel plate according to the size of LCD module when being pulled to flat condition in mould, carry out punching press.

At this moment, in the combination operation, carry out blank (blanking) simultaneously, punching (piercing) and fluting technologies such as (notching).

As mentioned above, utilize the 1st mould to finish after the group technology of four jiaos of type flat boards 2 shown in Figure 14 a, then shown in Figure 14 b, utilize the 2nd mould to carry out the 2nd step, i.e. punching (piercing), cotton ginning (embossing) and deburring technologies such as (burring).

Then, shown in Figure 14 c, carry out punching (piercing) continuously, the flat board 2 of cotton ginning (embossing) and deburring (burring) utilizes the 3rd mould to carry out L bending and Z bending simultaneously, makes it to a side bending.

Described L bending is in order to encase the outside of LCD module.And described Z bending is for when the LCD module is installed, and whole of the LCD module closely is anchored to the outside, makes it rely on the inboard and carry out punch process.

At this moment, the LCD module casing that carries out the Z bending is, in order to make whole tight set of LCD module, as do not have above-mentioned bending part, and the pull-out capacity of LCD module will weaken, therefore, and must this technological process of exercise due diligence.

Shown in Figure 14 c, after L bending and the Z bending technique, when the LCD module is installed, in order to see the front of LCD module, shown in Figure 14 d, utilize the 4th mould removal some unnecessary portions of inside portion except the position of L bending and Z bending, dull and stereotyped 4 seat ring punching (Bezelpiercing) technology in the middle of promptly excising.

The part of being detained when utilizing the 4th mould to carry out seat ring punching (Bezel piercing) technology, the remaining scrap metal that adheres to the punching press position when promptly utilizing Mould Machining need be removed, and, in order to utilize screw to carry out combination, utilize the 5th mould, shown in Figure 14 e, carry out plane and angle bending, tapping technological processes such as (tapping).

Then, finish tapping (tapping) afterwards through above-mentioned technology, utilize that the 6th mould is careful finishes remaining last PROCESS FOR TREATMENT, can obtain the LCD module casing.

The manufacture method of existing LCD module casing is so complicated, needs the mould of at least 6 high prices to carry out operation.

The investment angle of slave unit need be provided with the mould of many high prices, and its investment cost is quite high, simultaneously, the various moulds that need meet each LCD module face shaping are put in the manufacturing process, therefore, also have the various problems such as staff that increase the management mould.

And, shown in Figure 14 d, behind the installation LCD module, in order only to stay the fixedly frame part of module, need to remove and expose the steel plate part in module front, carry out the punching (piercing) of redundance, that is, carry out in the inside portion technology with the shape die cut redundance of four jiaos of types.At this moment, there be the problem of the material of cutting part greater than frame part.

Though described unnecessary cutting part can utilize again, need the problem that to process dull and stereotyped steel plate again.

As mentioned above, the manufacturing of existing LCD module casing not only needs many moulds, also needs to pass between the mould transfer device of rapidoprint, therefore, not only consumes more equipment but also invest more expense.And, exist in the use problem that constantly increases administrative expenses and, in order to obtain four jiaos of type frameworks that the inside portion is opened wide, need compacting cutting inside part and produce the problem of waste steel plate materials.

The utility model content

The purpose of this utility model provides a kind of LCD module housing (below, be called for short LCD module casing), and it can simplify the manufacturing process of described LCD module casing, saves consumptive material.

Inventor of the present utility model is at problems of the prior art, through having invented a kind of new LCD module casing after the further investigation.

The utility model provides a kind of LCD module housing, and described housing comprises the polygonal a plurality of frameworks of formation, and the end of adjacent described framework is connected to each other.

In another preference, at least one framework in described a plurality of frameworks is formed at least two sections by bending.

In another preference, comprised crossing frame and munnion frame by described at least one framework of at least two sections of bending formation.

In another preference, the one or both ends of at least one framework in described a plurality of frameworks are formed with extension, and described extension is connected in the end of adjacent described framework, thereby two adjacent described frameworks are connected to each other.

In another preference, described a plurality of frameworks are the linear pattern framework, and an end face of a linear pattern framework and the medial surface of another linear pattern frame ends are in contact with one another and form the polygonal framework.

In another preference, described polygonal comprises a pair of long limit and the pair of short edges of mutual correspondence, and at least one pair of described frame ends that is in contact with one another is positioned at described a pair of long limit or pair of short edges.

In another preference, at least one pair of described frame ends that is in contact with one another is described polygonal corner angle part.

In the utility model, the manufacture method of described LCD module casing comprises the steps: at first, utilizes progression formula (Progressive type) mould, continuously a plurality of linear pattern module casing of punch process framework; Secondly, form the polygonal case frame by the end that is in contact with one another described a plurality of straight line frameworks, and utilize the mechanical bond method to carry out combination.Described mechanical bond method comprises that caulking compresses (calking) or pincers goes into to compress (clinching) method.

In the utility model, the another kind of manufacture method of LCD module casing is, utilize step-feeding or progression formula (Progressive type) mould, its end of punch process is provided with the linear pattern module casing framework of jut and depressed part continuously, the end that is in contact with one another described straight line framework forms after polygonal case frame, can force to entangle the described jut and the depressed part that are arranged at the straight line frame ends and realize mutually combining.

In the utility model, the another kind of manufacture method of LCD module casing is, one side end of a straight line framework is contacted with the medial surface of another straight line framework, so be in contact with one another and form after the polygonal framework, utilize laser welding method to carry out combination, at this moment, the described straight line framework of Bending Processing forms upper side and side, and the boundary position with the side on described can form a peristome.

In another preference, described manufacture method comprises that also the described straight line framework of bending forms the Bending Processing step of crossing frame and munnion frame.

In addition, the boundary member of adjacent crossing frame and munnion frame forms bending with fluting (notch) in the described framework, and described bending is with the inboard groove that forms of fluting (notch).

In another preference, in the manufacture process of described straight line framework, the straight line framework that punch process is a plurality of is by interconnecting the case frame of described a plurality of straight line framework formation multiangulars.

As mentioned above, in the utility model, the manufacture method of LCD module casing is only utilized the continuous punching press straight line of the mould framework of 1 cover step-feeding or progression formula (Progressive type), therefore, compare with the prior art of utilizing many molds, its speed of production is obviously accelerated.

And, after the processing linear framework, form four jiaos of shell body frameworks by this straight line framework of bending, therefore, save a large amount of consumptive materials, bring good economic effect.

Also have, do not need the mould of many high prices, only use 1 cover progression formula (Progressive type) mould, just brought the beneficial effect that reduces the mould investment cost.

In addition, be in contact with one another the end of straight line framework, and go into to compress (clinching) by pincers, methods such as caulking compresses method such as (calking) mechanical bond or pressure is entangled, laser welding mutually combine and are fixing, therefore, manufacturing process is simple, can make the LCD module casing with mechanical strength simultaneously.

In addition, need not pass through bending technique, by making a plurality of straight line frameworks, and connect described straight line frame ends, can produce the LCD module casing of multiangular easily yet.

In addition, by mutually combining of a plurality of straight line frameworks, can produce the LCD module casing.Do not need to acquire in addition main equipment when therefore, making the large LCD module yet.

Description of drawings

Below in conjunction with embodiment and accompanying drawing the utility model is further described in detail.

Fig. 1 is the process chart that the manufacture method of the utility model embodiment LCD module casing is utilized progression formula (Progressive) Mould Machining linear pattern framework;

Fig. 2 a to Fig. 2 c is the process chart of the manufacture method of the utility model the 1st embodiment LCD module casing;

Fig. 3 is the manufacture method schematic diagram of the utility model the 2nd embodiment LCD module casing;

Fig. 4 is the manufacture method schematic diagram of the utility model the 3rd embodiment LCD module casing;

Fig. 5 is the manufacture method schematic diagram of the utility model the 4th embodiment LCD module casing;

Fig. 6 is the manufacture method schematic diagram of the utility model the 5th embodiment LCD module casing;

Fig. 7 is the manufacture method schematic diagram of the utility model the 6th embodiment LCD module casing;

Fig. 8 a to Fig. 8 d is the manufacture method schematic diagram of the utility model the 7th embodiment LCD module casing;

Fig. 9 is the manufacture method schematic diagram of the utility model the 8th embodiment LCD module casing;

Figure 10 is the manufacture method schematic diagram of the utility model the 9th embodiment LCD module casing;

Figure 11 is the manufacture method schematic diagram of the utility model the 10th embodiment LCD module casing;

Figure 12 is the manufacture method schematic diagram of the utility model the 11st embodiment LCD module casing;

Figure 13 is the manufacture method schematic diagram of the utility model the 12nd embodiment LCD module casing;

Figure 14 is the manufacturing approach craft flow chart of existing LCD module casing.

Embodiment

Should understand; these embodiment only be used to the utility model is described and be not used in the restriction protection range of the present utility model; in order to describe execution mode of the present utility model in detail; omitted and the irrelevant content of explanation; simultaneously, identical or similar composed component has been given identical reference symbol in the specification.

Fig. 1 is, according to the manufacture method of the LCD module casing of the utility model embodiment, utilizes the be in line processing process figure of type framework of progression formula (Progressive type) Mould Machining.

As shown in Figure 1, the manufacture method of the LCD module casing of the utility model embodiment is to utilize a step-feeding or progression formula (Progressive type) mould, the manufacture method of processing a plurality of straight line frameworks continuously.That is, embodiment of the present utility model, and unlike prior art, use the plate steel plate according to the big or small well cutting of LCD module, but carry out processing and manufacturing LCD module casing by a plurality of straight line frameworks 8 that utilize continuous processing.

As mentioned above, utilize progression formula (Progressive type) die stamping to add man-hour, can produce with the speed of 60～300 of per minutes according to the punching performance of straight line framework 8.And, in described straight line framework manufacture process, carry out blank (blanking) simultaneously, fluting (notching), and punching (piercing) processing technology, and, can carry out L bending and Z bending simultaneously along the Width of straight line framework 8.

As mentioned above, when utilizing straight line framework 8 to make the LCD module casing, need not remove unnecessary central flat plate portion, therefore, can reduce fee of material significantly.And the process velocity of progression formula (Progressive type) mould is very fast, can improve speed of production and productivity ratio.

Processed straight line framework 8 utilizes transfers to next procedure as the means of passing on of flowing water tape.

Below in conjunction with embodiment and accompanying drawing, the method for make the LCD module casing with the straight line framework is described in detail.

Fig. 2 a to Fig. 2 c is the manufacture method flow chart of the LCD module casing of the utility model the 1st embodiment.

At first, as mentioned above,, make the straight line framework (with reference to figure 2a) that prolongs along process orientation by the manufacturing process of straight line framework.

In the present embodiment, make linear pattern the 1st framework 10 and the 2nd framework 12 earlier, also have, on the 1st framework 10 and the 2nd framework 12, form bending fluting (notching), in straight line framework manufacture process, carry out L bending and Z bending simultaneously along the Width of straight line framework, but for the ease of understanding, among Fig. 2 a, do not illustrate L bending and Z bending.

Described the 1st framework 10 and the 2nd framework 12 are, when Bending Processing forms the framework of LCD module casing, the part of corresponding housing one side, specifically in the present embodiment, each is that the center bending is processed into two sections with bending fluting (notching) for the 1st framework 10 and the 2nd framework 12, form part 1 10a, 12a, part 2 10b, 12b and the 3rd part 10c, 12c (with reference to figure 2b).

In addition, described bending fluting (notching) is the institute's certain portions cutting formation at the length direction of the 1st framework 10 and the 2nd framework 12, so form bending fluting (notching) 11, when bending the 1st framework 10 and the 2nd framework 12 formation case frames, part by bending is not disturbed mutually, can carry out Bending Processing smoothly.

The end of not representing bending fluting 11 among the figure, but, the end of the bending fluting 11 of V-shape forms groove, when straight line framework Bending Processing, can reduce the slot corresponding area of folded part of 11 inboards of bending, therefore, can prevent that dogleg section from the bad problem of processing taking place, the problem of the medial surface elder generation contact of bending fluting 11 in the time of Bending Processing can being prevented simultaneously.

Secondly, shown in Fig. 2 b, carry out the technological process that the 1st framework 10 and the 2nd framework 12 are bent into crossing frame and munnion frame.

Specifically, part 1 10a, 12a and the 3rd part 10c, the 12c that are shorter than described part 1 10a, 12a form the crossing frame that is equivalent to the long limit of case frame; Part 2 10b, 12b form the munnion frame that is equivalent to the case frame minor face, promptly, interconnect the part 1 10a of the 1st framework 10 and the 3rd part 12c of the 2nd framework 12, interconnect the 3rd part 10c of the 1st framework 10 and the part 1 12a of the 2nd framework 12, can form four jiaos of shell body frameworks with a pair of long limit and pair of short edges.

Illustrated in the present embodiment that Bending Processing the 1st framework 10 and the 2nd framework 12 form the example of four jiaos of shell body frameworks, but also belonged to protection range of the present utility model according to the straight line framework that the outward appearance of LCD module forms multiple shape.

Secondly, the end of interconnective the 1st framework 10 of laser welding and the 2nd framework 12 can form LCD module casing 19 (with reference to figure 2c).

As mentioned above,, the thermal deformation of material can be reduced, pull-out capacity housing 19 preferably can be formed simultaneously by the interconnective described end of laser welding.

And, utilize a plurality of straight frameworks, reduce the technological process of the unnecessary part of removing dull and stereotyped inboard, can significantly reduce Master Cost.

Fig. 3 is the schematic diagram of the LCD module casing manufacture method of the utility model the 2nd embodiment, and Fig. 4 is the schematic diagram of the manufacture method of the utility model the 3rd embodiment LCD module casing.

As shown in Figure 3, the 2nd embodiment is different from the 1st embodiment, and the 1st corresponding mutually framework 20 and the end of the 2nd framework 22 are positioned at the minor face of case frame.As the 1st embodiment, the part corresponding mutually with laser welding can form the LCD module casing.

As shown in Figure 4, the 3rd embodiment is different from the 1st embodiment, and the 1st framework 30 and the 2nd framework 32 have directly formed

crossing frame

30a, 32a and

munnion frame

30b, 32b, and the end of interconnective the 1st framework 30 and the 2nd framework 32 is positioned at the corner angle part of case frame.As the 1st embodiment, can form the LCD module casing with the corresponding part of laser welding.

In addition, in the 3rd embodiment, corresponding mutually end is to weld by correspondence to realize, promptly, the end of crossing

frame

30a, 32a is contacted corresponding to

munnion frame

30b, 32b medial surface, form after the case frame of four jiaos of types, be in contact with one another corresponding part and utilize the laser welding combination, make the LCD module casing.

In the enlarged drawing of Fig. 4,, the side 32a1 of crossing frame 32a and the side 30b1 of munnion frame 30b have only been indicated for the ease of understanding.Simultaneously, the medial surface of crossing

frame

30a, 32a contacts the end corresponding to

munnion frame

30b, 32b, and carries out combination by laser welding.

As mentioned above, the number of times of the Bending Processing technology of straight line framework will be reduced, corresponding enhancing productivity during corresponding to the corner angle part of case frame in the 1st framework 30 that is in contact with one another and the end of the 2nd framework 32.

Fig. 5 is the schematic diagram of the utility model the 4th embodiment LCD module casing manufacture method, and Fig. 6 is the schematic diagram of the utility model the 5th embodiment LCD module casing manufacture method.

As shown in Figure 5, in order to form the case frame of multiangular, have and also have linear pattern the 3rd framework 44 and the 4th framework 46 outside the 1st framework 40 and the 2nd framework 42.

Promptly, the 1st framework 40 and the 2nd framework 42 that form with two sections Bending Processing are separated from each other corresponding the layout, form the munnion frame of case frame, described being separated from each other disposed linear pattern the 3rd framework 44 and the 4th framework 46 formation crossing frames between corresponding the 1st framework of arranging 40 and the 2nd framework 42.Then, as the 1st embodiment, the frame ends that is in contact with one another is carried out combination with laser welding and is made four jiaos of type LCD module casings.

As shown in Figure 6, among the 5th embodiment, by the 1st framework 50 of two sections Bending Processing formation and the crossing frame of the 2nd framework 52 formation case frames, be separated from each other configuration linear pattern the 3rd framework 54 and the 4th framework 56 formation munnion framves between corresponding described the 1st framework of arranging 50 and the 2nd framework 52.

As mentioned above, when utilizing linear the

3rd framework

44,54 and the

4th framework

46,56 to make large-scale housing LCD module, do not need large-scale die apparatus can make the LCD module casing.

Fig. 7 is the schematic diagram of the utility model the 6th embodiment LCD module casing manufacture method.

As shown in Figure 7, in the 6th embodiment, 4 frameworks of linear pattern promptly, in fact are equivalent to the 1st framework 60 and the 2nd framework 62 Hes of crossing frame, in fact are equivalent to the 3rd framework 64 and the 4th case frame that framework 66 constitutes of munnion frame.Then, as the 3rd embodiment, the LCD module casing of four jiaos of types is made by the combination of correspondence welding institute in the end of each framework that is in contact with one another.

The LCD module casing framework of the 6th embodiment is different from the 3rd embodiment, does not need the bending framework, therefore, can enhance productivity more.

Fig. 8 a to Fig. 8 d is the LCD module casing manufacture method schematic diagram of the utility model the 7th embodiment.

At first, shown in Fig. 8 a, have linear the 1st framework 70 and the 2nd framework framework 72,

form extension

71,73 at an end of the 1st framework 70 and an end of the 2nd framework 72, described extension the 71, the 73rd, when the 1st framework 70 and the 2nd framework 72 Bending Processing formation LCD module casing framework, the part that combines with other frameworks.In the present embodiment, the end that an end of the 1st framework 70 forms extension 71, the 2 frameworks 72 forms extension 73, and simultaneously, described extension also can be formed at the end of the arbitrary framework in the 1st framework 70 and the 2nd framework 72.

Secondly, the

1st framework

70 and 72 bending processes of the 2nd framework form the Bending Processing flow process of crossing frame and munnion frame.(with reference to figure 8b)

Promptly, shown in Fig. 8 b, the 1st framework 70 and the 2nd framework 72 respectively are processed to form two sections bendings, the extension 71 of the 1st framework 70 and the end that does not form extension of the 2nd framework 72 are in contact with one another, the extension 73 of the 2nd framework 72 and the end that does not form extension of the 1st framework 70 are in contact with one another, and specifically,

extension

71,73 is overlapped in the inboard of other frameworks that are in contact with one another, therefore, form four jiaos of shell body frameworks that have a pair of long limit and pair of short edges.

Secondly, a side of overlapped extension 73 and the 1st framework 70 is gone into to compress (clinching) method by pincers and is carried out in conjunction with (with reference to figure 8c).The extension 73 of the 2nd overlapped framework 72 and the 1st framework 70, be positioned over pincers and go into to compress between (clinching) equipment 75, utilize the pincers of pressurization to go into to compress (clinching) method mutually combine the 1st framework 70 and the 2nd framework 72.In the present embodiment, illustrated that the mechanical pincers that the pressurization by machinery of the extension 73 of the 2nd framework 72 of overlapped placement and the 1st framework 70 mutually combines goes into to compress (clinching) method.But; it also can be additive method; as on the extension 73 of the 2nd framework 72 of overlapped placement and the 1st framework 70 other gadget being set and by pressurization; utilize described device to go into to compress the method for (piercing clinching) in conjunction with the pincers of punching press voluntarily of the 2nd framework 72 and the 1st framework 70, these class methods all belong to protection range of the present utility model.And the extension 71 of the 1st framework 70 and the 2nd framework 72 also can utilize said method to mutually combine.

Aforesaid pincers goes into to compress (clinching) method, easily makes the LCD module housing of four jiaos of types.(with reference to figure 8d).That is, need not utilize many moulds and through complicated technology, just can produce LCD module casing 79 utilizing pincers to go into to compress (clinching) method after the bending of straight line framework, therefore, manufacturing process is simple, can improve speed of production.And, reduce the technology of removing dull and stereotyped inside portion unnecessary part, promptly reduced Master Cost.

In addition, in the present embodiment, utilize pincers to go into to compress (clinching) method, pressurize toward the inboard, so the lap of extension 73 and the 1st framework 70 is to the housing 79 inboard outstanding protuberances 77 that form from the outside of housing 79.Specifically, shown in the enlarged drawing of Fig. 8 d, the overlapping part of extension 73 and the 1st framework 70 both direction up and down can form lobe 77.

As mentioned above, protuberance 77 forms to inboard the giving prominence to of housing, therefore, the lateral surface of LCD module casing 19, when promptly the LCD module was incorporated into housing, what the user saw was the outside of the housing 79 of slick and sly moulding.

And, be to utilize pincers to go into to compress (clinching) method mutually combine the 1st framework 70 and the 2nd framework 72 at present embodiment.Simultaneously, caulking compresses (calking), forces the associated methods of machineries such as entangling also all to belong to protection range of the present utility model.

Fig. 9 is the manufacture method schematic diagram of the utility model the 8th embodiment LCD module casing, and Figure 10 is the manufacture method schematic diagram of the utility model the 9th embodiment LCD module casing.

As shown in Figure 9, the 8th embodiment is different from the 7th embodiment, and the extension 81 of the 1st framework 80 and the extension 83 of the 2nd framework 82 are positioned at the minor face of case frame, goes into to compress (clinching) method by pincers and mutually combines, and makes the LCD module casing.

As shown in figure 10, among the 9th embodiment, in fact the 1st framework 90 and the 2nd framework 92 are bent into crossing frame and munnion frame, and the extension 91 of the 1st framework 90 and the extension 93 of the 2nd framework 92 are set to the corner angle portion corresponding to case frame.Simultaneously, going into to compress (clinching) method as the 7th embodiment with pincers mutually combines and makes the LCD module casing.

Figure 11 is the manufacture method schematic diagram of the utility model the 10th embodiment LCD module casing, and Figure 12 is the manufacture method schematic diagram of the utility model the 11st embodiment LCD module casing.

As shown in figure 11, the 10th embodiment is in order to form the case frame of multiangular, also have linear the 3rd framework 104 and the 4th framework 106 except the 1st framework 100 and the 2nd framework 102, a side end of described each framework has formed extension 101,103,105,107.

Simultaneously, as the 4th embodiment, after disposing the 1st framework 100 to the 4th frameworks 106 and forming the case frame of four jiaos of types, utilize pincers to go into to compress (clinching) method and make the LCD module casing.

As shown in figure 12, the 11st embodiment is as the 5th embodiment, form crossing frame portion at the 1st framework 110 and the 2nd framework 112, the 3rd framework 114 and the 4th framework 116 form perpendicular frame section, the extension 111,113,115,117 of each framework and the end of other frameworks are gone into to compress (clinching) method by pincers and are mutually combined, and can make the LCD module casing of four jiaos of types.

Figure 13 is the manufacture method schematic diagram of the utility model the 12nd embodiment LCD module casing.

As shown in figure 13, the 12nd embodiment has linear the 1st framework the 120, the 2nd framework the 122, the 3rd framework 124 and the 4th framework 126, the extension 121,123,125,127 that one side end of each framework forms is gone into to compress (clinching) method with the end of other frameworks by pincers and is combined mutually, the method does not need other bending program, can produce the LCD module casing of four jiaos of types easily.

By above embodiment; the utility model is had been described in detail; but the utility model is not limited thereto execution mode; all can make its execution mode of equivalence transformation within the scope of claim and utility model content and accompanying drawing, this type of becomes conversion and belongs to equally within the protection range of the present utility model.

Claims

1. LCD module housing is characterized in that: described housing comprises and constitutes polygonal a plurality of frameworks that the end of adjacent described framework is connected to each other.

2. LCD module housing as claimed in claim 1 is characterized in that: at least one framework in described a plurality of frameworks is formed at least two sections by bending.

3. LCD module housing as claimed in claim 2 is characterized in that: described at least one framework that is formed at least two sections by bending comprises crossing frame and munnion frame.

4. as each described LCD module housing in the claim 1 to 3, it is characterized in that: the one or both ends of at least one framework in described a plurality of frameworks are formed with extension, described extension is connected in the end of adjacent described framework, thereby two adjacent described frameworks are connected to each other.

5. LCD module housing as claimed in claim 1 is characterized in that: described a plurality of frameworks are the linear pattern framework, and an end face of a linear pattern framework and the medial surface of another linear pattern frame ends are in contact with one another and form the polygonal framework.

6. as each described LCD module housing in the claim 1 to 3, it is characterized in that: described polygonal comprises a pair of long limit and the pair of short edges of mutual correspondence, and at least one pair of described frame ends that is in contact with one another is positioned at described a pair of long limit or pair of short edges.

7. as each described LCD module housing in the claim 1 to 3, it is characterized in that: at least one pair of described frame ends that is in contact with one another is described polygonal corner angle part.