CN101320160A

CN101320160A - Panel carrier

Info

Publication number: CN101320160A
Application number: CNA2008101336014A
Authority: CN
Inventors: 郝允钊
Original assignee: AU Optronics Suzhou Corp Ltd; AU Optronics Corp
Current assignee: AU Optronics Suzhou Corp Ltd; AU Optronics Corp
Priority date: 2008-07-10
Filing date: 2008-07-10
Publication date: 2008-12-10
Anticipated expiration: 2028-07-10
Also published as: CN101320160B

Abstract

The invention discloses a panel loader which comprises a base, a plurality of first sliding parts and a plurality of second sliding parts; wherein, the base is provided with two base guide ways which are oppositely arranged, and each base guide way is provided with a plurality of first positioning holes; each first sliding part is provided with two first strip holes and a plurality of second positioning holes, and the first sliding parts are connected and transversely slide on the two base guide ways by utilizing a fixing part to penetrate the corresponding strip holes and the first positioning holes; each second sliding part is provided with a second strip hole, and the second siding parts are connected and longitudinally slide on the first sliding parts by utilizing fixing parts to penetrate the corresponding second strip hole and the second positioning holes. The size of each loading space can be changed through adjusting the positions of the first sliding parts and the second sliding parts to load panels with different sizes.

Description

Panel carrier

[technical field]

The invention relates to a kind of panel carrier, particularly relevant for a kind of adjustable panel carrier, with the panel of carrying different size.

[background technology]

At present, LCD (LCD, Liquid Crystal Display) more and more is applied to the fields relevant such as mobile computer, monitor with computing machine, LCD includes major parts such as display panels (LCD Panel), drive integrated circult (IC) and module backlight, and the quality of LCD depends primarily on its processing procedure.Usually, the difference of employed production equipment, factory's affair facility and environment lustration class in the processing procedure of manufacturer according to LCD and the processing procedure of LCD is divided into three big processing procedure classifications, it at first is array (Array) processing procedure, secondly for liquid crystal injects (Cell) processing procedure, be module (Module) processing procedure at last.

In the processing procedure of above-mentioned LCD, often middle semi-manufacture need be carried on the carriers such as other work board or pallet to carry out other job procedure.For example, in module group procedure, when the semi-manufacture (also being display panels) that receive liquid crystal injection processing procedure and after confirming its item number, product type and light shield version correctness, just need to convert this display panels to the board automatic carrier, make display panels to be grasped automatically and the location by the mechanism of automatic board, cleaning, the conducting resinl that just can carry out the pressing zone then is attached at that pre-hot pressing is located in pressing zone, IC, IC locatees job procedures such as this pressure.

Please refer to shown in Figure 1, the pallet 9 of existing display panels includes a plastic chassis 90, four edges 91 and several and is arranged at first fixed block 92 on the chassis 90, wherein each first fixed block 92 all is cross, and have four orientation angles 920, every four first adjacent fixed blocks 92 all are enclosed to form a bearing space, in order to accommodate display panels 70, and four corners of display panels 70 be able to be contained in four opposed facing orientation angles 920 of these four first adjacent fixed blocks 92, so just can reach the location purpose.In addition, all be formed with second fixed block 94 of several T fonts at the madial wall of each edge 91, each second fixed block 94 all has two orientation angles 940.Equally, these second fixed blocks 94 also can form the bearing space of display panels 70 with adjacent other first fixed block 92 or second fixed block 94; And for making full use of pallet 9 spaces, the corner space that is formed by four edges 91 also can be used in carrying display panels 70, so just can make the pallet 9 of same size can hold the display panels 70 of maximum quantity.But, after this existing pallet 9 is completed, be positioned at first fixed block 92 on the pallet 9 and the position of second fixed block 94 and just be fixed, thereby make bearing space have a fixed measure.Owing to should have the display panels 70 that pallet 9 only can carry single size now, if when having the new panel of different size to be carried, can only make new pallet, but this new pallet can only be complementary also with new panel temporarily, and can not with the panel coupling of other different size.So,, not only improve production cost, also can make new pallet and extend the production cycle of new product, thereby be unfavorable for enhancing productivity because of need with the different modes of production that need to make different pallets of panel size.

As shown in Figure 2, disclose a kind of in order to load the panel bearing fixture 8 of various sizes panel, include a carrying skeleton frame 80 and a base 88, utilize two set upper and

lower guide channels

83,84 in carrying skeleton frame 80 relative two

edges

81,82, see through four fixed parts 85 to fix two ends of a panel positioning strip 86, by becoming flexible, fix these fixed parts 85, be convenient to translation panel positioning strip 86 to adjust the distance of adjacent two panel positioning strips, so just can load the panel 70 of accommodating various sizes.Although aforementioned disclosed existing bearing fixture 8 can utilize the distance of regulating adjacent two panel positioning strips 86, accommodate the different panel of width dimensions 70.But because it only can realize the adjusting of single direction, and the purpose that can not really realize loading the various sizes panel.For example, existing bearing fixture 8 can not be regulated the distance of adjacent two dividing plates 87 on the same positioning strip 86, thus only can accommodate the panel 70 of predetermined thickness, and can not accommodate the different panel of gauge.In addition, existing bearing fixture 8 is to be applicable to the use occasion of panel 70 for vertically arranging, and does not need the production scene of horizontal positioned for vacsorb and be suitable for panel.Even if therefore aforesaid existing bearing fixture 8 is improved, during for the panel horizontal positioned, this bearing fixture 8 also only can be regulated the size of a direction (as Width), and the size that can not regulate other direction (as length direction), when panel 70 length and width dimensions all change, new bearing fixture must be designed in addition, and original bearing fixture 8 can not be shared.

Therefore, be necessary to provide a kind of panel carrier that loads the various sizes panel, to solve problems of the prior art.

[summary of the invention]

The object of the present invention is to provide a kind of panel carrier, have good sharing and versatility, to load the panel of various sizes.

For reaching above-mentioned purpose, the present invention adopts following technical scheme: a kind of panel carrier, include: a pedestal, several first sliding parts and several second sliding parts, wherein pedestal has one first base rail and one second base rail, and this first base rail and this second base rail are arranged at the relative both sides of this pedestal respectively; These first sliding parts are disposed in this pedestal, and each first sliding part all has both ends, and are arranged at respectively on this first base rail and second base rail; And these second sliding parts are arranged on each first sliding part.

According to preferred embodiment of the present invention, on first base rail and second base rail, respectively be provided with a located lateral portion.

According to preferred embodiment of the present invention, first sliding part further has two horizontal slipping parts, two lateral adjustments portions, a longitudinal rail and longitudinal register portions, and wherein horizontal slipping part is arranged at the bottom surface, both ends of first sliding part; Lateral adjustments portion is arranged on the horizontal slipping part, and corresponding with the located lateral portion on first base rail and second base rail; Longitudinal rail is arranged at the upper surface of first sliding part, and extends between the both ends of first sliding part; And longitudinal register portion is arranged on the longitudinal rail.

According to preferred embodiment of the present invention, second sliding part more comprises: a straight skidding portion and a vertical adjusting portion, and wherein straight skidding portion is arranged at the bottom surface of second sliding part and can be placed on the longitudinal rail; And vertically adjusting portion is arranged in the straight skidding portion, and vertically adjusting portion is corresponding with longitudinal register portion.

Compared to prior art, panel carrier of the present invention is provided with first sliding part and second sliding part, can carry out straight skidding and laterally slippage respectively, can adjust multidirectional size by this structure, to load the panel of various different sizes.So the adjustable panel carrier of the present invention has good versatility and sharing.

For foregoing of the present invention can be become apparent, preferred embodiment cited below particularly, and cooperate appended graphicly, be described in detail below:

[description of drawings]

Fig. 1 is the planar structure synoptic diagram of the existing pallet of display panels.

Fig. 2 is the synoptic diagram of existing panel bearing fixture.

Fig. 3 is the planar structure synoptic diagram of the panel carrier of first embodiment of the invention.

Fig. 4 A is the planar structure synoptic diagram of pedestal of the panel carrier of first embodiment of the invention.

Fig. 4 B is the pedestal cross-sectional view after cutting open along the A-A line of Fig. 4 A.

Fig. 5 A is the planar structure synoptic diagram of first sliding part of the panel carrier of first embodiment of the invention.

Fig. 5 B is the cross-sectional view of first sliding part after cutting open along the B-B line of Fig. 5 A.

Fig. 5 C is the cross-sectional view of first sliding part after cutting open along the C-C line of Fig. 5 A.

Fig. 6 A is the Facad structure synoptic diagram of second sliding part of the panel carrier of first embodiment of the invention.

Fig. 6 B is the structure synoptic diagram of second sliding part shown in Fig. 6 A.

Fig. 6 C is the cross-sectional view of second sliding part after cutting open along the D-D line of Fig. 6 A.

Fig. 6 D is the cross-sectional view of second sliding part after cutting open along the E-E line of Fig. 6 A.

Fig. 7 is the planar structure synoptic diagram of the panel carrier of second embodiment of the invention.

[embodiment]

Below the explanation of each embodiment be with reference to additional graphic, can be in order to illustration the present invention in order to the specific embodiment of implementing.The direction term that the present invention mentioned, for example " on ", D score, " preceding ", " back ", " left side ", " right side ", " laterally ", " vertically " etc., only be direction with reference to annexed drawings.Therefore, the direction term of use is in order to explanation and understands the present invention, but not in order to restriction the present invention.

In following each embodiment, in different figure, same section is to represent with same numeral.

Please be earlier with reference to shown in Figure 3, panel carrier 100 according to a preferred embodiment of the present invention includes: a pedestal 1, several first sliding parts 2, several second sliding parts 3, and several fixtures 4, wherein these first sliding parts 2 are disposed in the pedestal 1, and can slippage in pedestal 1.These second sliding parts 3 are arranged on these first sliding parts 2, and slip is on first sliding part 2 of correspondence.In the present embodiment, these first sliding parts 2 are vertically to be distributed in the pedestal 1, and can do horizontal slippage in pedestal 1; These second sliding parts 3 be can straight skidding on first sliding part 2 of correspondence.At least one fixture 4 is in order to connection and locate first sliding part 2 on pedestal 1, and another fixture 4 is in order to connect and to locate second sliding part 3 on first sliding part 2.In the present embodiment, fixture 4 is fixed screws.

Please refer to shown in Fig. 4 A and Fig. 4 B, the pedestal 1 of a foundation preferred embodiment of the present invention is rectangular structure, has a base plate 10, first edge 11, second edge 12, the 3rd edge 13 and the 4th edge 14.First edge 11 and second edge 12 are horizontal expansions and protrude the place, both sides of the edge up and down that is arranged at base plate 10.The 3rd edge 13 and the 4th edge 14 are longitudinal extensions and protrude the left and right sides edge that is arranged at base plate 10.But scrutable, the present invention is not limited to the pedestal 1 of the rectangular configuration of present embodiment, and can be applied to pedestal 1 structure of Any shape.According to present embodiment, pedestal 1 also has first base rail 15 of two relative settings and the relative inner that second base rail 16 is formed at close first edge 11 and second edge 12 respectively, respectively form a located lateral portion 150,160 on first base rail 15 and second base rail 16, and these located lateral portions the 150, the 160th in the present embodiment are made up of several first pilot holes, and these first pilot holes be with equidistant line spread on first base rail 15 and second base rail 16.Certainly, in other embodiments, first base rail 15 and second base rail 16 also can be other member that can dismantle separately, and then are assembled in the opposite side of first edge 11 and second edge 12 respectively.In addition, on first base rail 15 and second base rail 16 the size scale (not shown) can also be set, make first sliding part 2 as shown in Figure 3 more can be positioned rapidly and accurately on first base rail 15 and second base rail 16.

Please refer to shown in Fig. 5 A, Fig. 5 B and Fig. 5 C, each first sliding part 2 of a foundation preferred embodiment of the present invention is to be strip structure, and laterally slippage is on as shown in Figure 3 first base rail 15 and second base rail 16.First sliding part 2 has two opposite end portions, 20,21, two

horizontal slipping parts

23,24, two

lateral adjustments portions

25,26, a longitudinal rail 22 and a longitudinal register portion.The structure of first sliding part 2 is to be left-right symmetric along its longitudinal rail 22.In the present embodiment, this two horizontal slipping

part

23,24 is two stepped chute structures (shown in Fig. 5 B) that are formed at these two opposite ends portion, 20,21 bottom surfaces respectively, can distinguish holding and horizontal slippage on first base rail 15 and second base rail 16.In the present embodiment, this two

lateral adjustments portion

25,26 all is first strip hole, be respectively adjacent to be formed at this two horizontal slipping parts, 23,24 tops, and through the upper and lower surface of this two opposite ends portion 20,21.This two lateral adjustments portion the 25, the 26th, corresponding respectively with the located lateral portion 150,160 of first base rail 15 shown in Fig. 4 A and second base rail 16, and the two ends pitch-row of first strip hole is more than or equal to the pitch-row that is positioned at two adjacent first pilot holes on the same base rail 15,16.When first sliding part 2 is assembled on first base rail 15 and second base rail 16 (as shown in Figure 3), all having at least one first pilot hole (being located lateral portion 150,160) in each first strip hole (i.e. two lateral adjustments portions 25,26) is exposed to wherein, so just can realize all adjustable purpose of arbitrary dimension, its mode of regulating size please be detailed later.In the present embodiment, longitudinal rail 22 is arranged at the upper surface of first sliding part 2, and extend between the two

opposite end portions

20,21 of first sliding part 2, and the longitudinal register portion 27 in the present embodiment is made up of several second pilot holes, and these second pilot holes be with equidistant line spread on longitudinal rail 22.In other embodiments, longitudinal rail 22 can also be provided with size scale, makes second sliding part 3 as shown in Figure 3 more can be positioned rapidly and accurately on first sliding part 2.

In addition, the upper surface in the wherein end 20 of first sliding part 2 of a preferred embodiment of the present invention forms a reference block 28 that is the T font, and reference block 28 both sides form the reference angle 280,281 of two symmetries; Opposite, if reference block 28 is the other end 21 upper surfaces that are formed at first sliding part 2, then this reference block 28 is to be a font structure of falling T.So not only can enlarge the loaded area of same pedestal 1, can also save and install and debug time.In other embodiments, the member that this reference block 28 also can be designed to other shape or can dismantle separately, be assembled in then on first sliding part 2, also or be designed to the identical member of structure with second sliding part 3 shown in Fig. 6 A, equally also can reach purpose of the present invention.

Please refer to shown in Fig. 6 A to Fig. 6 D, the main body of second sliding part 3 of a foundation preferred embodiment of the present invention is to be cross structure, but straight skidding is on first sliding part 2 of correspondence (as shown in Figure 3).Second sliding part 3 has a straight skidding portion 30 and and is arranged at vertical adjusting portion 31 in the straight skidding portion 30.Shown in Fig. 6 B, this straight skidding portion 30 is a groove structure, be formed at second sliding part 3 lower surface middle position and connect the relative two edges of second sliding part 3.By the groove structure of straight skidding portion 30, this straight skidding portion 30 can be nested with and slippage on the longitudinal rail 22 of first sliding part 2 shown in Fig. 5 A.In the present embodiment, vertically adjusting portion 31 is one second strip hole, be arranged at the groove structure top of straight skidding portion 30, and upper and lower surface through second sliding part 3, and second strip hole of this vertical adjusting portion 31 is corresponding with second pilot hole of the longitudinal register portion 27 of first sliding part 2, and wherein the two ends pitch-row of second strip hole is more than or equal to the pitch-row of two adjacent second pilot holes.When second sliding part 3 is assembled on first sliding part 2 (as shown in Figure 3), all having at least one second pilot hole in each second strip hole of this vertical adjusting portion 31 is exposed to wherein, so just can realize all adjustable purpose of arbitrary dimension, its mode of regulating size please be detailed later.Because second sliding part 3 of this preferred embodiment is to be cross structure, thereby makes and on second sliding part 3, be formed with four orientation angles 32, can be symmetrically distributed in the different azimuth up and down of second sliding part 3 respectively.

When aforementioned each element is assembled, as shown in Figure 3, two opposite end portions 20 of first sliding

part

2,21 two horizontal slipping parts 23,24 (being stepped chute) are placed on respectively on first base rail 15 and second base rail 16, and utilize fixture 4 (for example fixed screw) to pass each lateral adjustments portion 25,26 (i.e. first strip holes) and change located lateral portion 150 over to, in 160 (i.e. first pilot holes), the lateral adjustments portion 25 that connects first sliding part 2 in this way, the located lateral portion 150 of 26 and first base rail 15 and second base rail 16,160, so that first sliding part 2 is connected on first base rail 15 and second base rail 16.Second sliding part 3 is to be placed on the longitudinal rail 22 of first sliding part 2 by the straight skidding portion 30 (being groove) below it, and utilize fixture 4 (for example fixed screw) to pass this vertical adjusting portion 31 (i.e. second strip hole) and change in the longitudinal register portion 27 (i.e. second pilot hole), the longitudinal register portion 27 that connects the vertical adjusting portion 31 of second sliding part 3 and first sliding part 2 in this way is to be connected in second sliding part 3 on first sliding part 2.After first sliding part 2 and second sliding part 3 are all assembled, between the opposing sidewalls of four the second adjacent sliding parts 3 on per two adjacent first sliding parts 2, form a bearing space 7 (in Fig. 3, only specifically indicating a bearing space 7), to load display panels 70 (in Fig. 3, only schematically drawing out four display panels 70) or other panel that need deliver.

In the actual production operation, the present invention can be according to the peripheral size of the display panels 70 that is delivered, determine distance between these first sliding parts 2 and the distance between these second sliding parts 3, and the size of bearing space 7 is met by the purpose of transport medium LCD panel 70 peripheral size.In detail, when the display panels 70 of different size needs by delivery, at first by adjusting fixture 4, first first sliding part 2 can be connected in an end of first base rail 15 and second base rail 16, for example be connected in the madial wall place near the 4th edge 14, with as a vertical reference for installation; Determine the position of second first sliding part 2 then according to the transverse width dimension of this display panels 70 haply, and second first sliding part 2 is assembled on first base rail 15 and second base rail 16 by other two fixtures 4.At this moment, this two fixture 4 does not change in corresponding first pilot hole fully, with convenient follow-up can the fine setting second first sliding part 2; Then, determine the position of other first sliding part 2 and being located in this way successively haply.Certainly, the quantity of sequencable first sliding part 2 is to determine according to the transverse width dimension of display panels 70 on the base plate 10 of pedestal 1, and different display panels 70 sizes, the quantity of needed first sliding part 2 also can be different.

When on the base plate 10 of according to display panels 70 sizes of this required delivery the first required sliding part 2 all being adjusted and is arranged in pedestal 1, carry out the assembling process of second sliding part 3 again.At first, determine the distance between the reference block 28 of first second sliding part 3 and first first sliding part 2 haply according to vertical width dimensions of this display panels 70, and the 3 thick steps of first second sliding part are assembled on first first sliding part 2 by a fixture 4, this moment, this fixture 4 did not change in second pilot hole fully, with convenient follow-up can the fine setting first second sliding part 3; Then, roughly determine successively in this way other second sliding part 3 on first first sliding part 2 the position and be located; Then, successively the required 3 thick steps of second sliding part are assembled on other first sliding part 2 in this way.In like manner, the quantity of sequencable second sliding part 3 is to determine according to vertical width dimensions of display panels 70 on the base plate 10 of pedestal 1, and display panels 70 size differences, the quantity of needed second sliding part 3 also can be different.

When required first sliding part 2 of arranging and second sliding part 3 all assemble finish after, accurately adjust the position of each first sliding part 2 and each second sliding part 3 again according to display panels 70 sizes of required delivery, also promptly finely tune, so that first sliding part 2 and second sliding part 3 all are connected on its accurate position.When first sliding part 2 is finely tuned, be to move first sliding part 2 in first strip hole by corresponding

lateral adjustments portion

25,26 and the fixture 4 determined scopes basically, with the final accurate distance of determining between adjacent two second sliding parts 3.In other words, in when fine setting, fixture 4 need not produce first strip hole and first pilot hole outside.When first sliding part 2 during along

first base rail

15 and 16 slippages of second base rail, its first strip hole hole wall can be along fixture 4 slippages, so the moving range of first sliding part 2 is the two ends pitch-rows that are not more than first strip hole.After 2 fine settings of first sliding part finish, again fixture 4 is changed in first pilot hole fully, and the head of fixture 4 produces spiral shell solid pressure power to all sides of first strip hole, move to limit first sliding part 2, so just first sliding part 2 can be connected on first base rail 15 and second base rail 16.In like manner, in fine setting during second sliding part 3, fixture 4 also need not produce second strip hole and second pilot hole outside.When second sliding part 3 when first sliding part 2 slides, its second strip hole hole wall can be along fixture 4 slippages, and the moving range of second sliding part 3 is the two ends pitch-rows that are not more than second strip hole.After 3 fine settings of second sliding part finish, again fixture 4 is changed in second pilot hole fully, and the head of fixture 4 can be pressed in all sides of second strip hole, moves to limit second sliding part 3, so just can be slidingly connected on first sliding part 2 second.

After the action for the treatment of above-mentioned adjustment is all over, between two reference blocks 28 on per two adjacent first sliding parts 2 and two second sliding parts 3 adjacent with this two reference block 28, and per two between four the second adjacent sliding parts 3 on adjacent first sliding part 2, all form a bearing space 7.The size of bearing space 7 and display panels 70 sizes are basic identical, to hold display panels 70.After the display panels 70 with required delivery is placed horizontally at each bearing space 7 one by one, if when finding that bearing space 7 and display panels 70 mated pine or tension, can also finely tune bearing space 7, otherwise can crack or fragmentation because of the mistake pine makes display panels 70 rock, perhaps make display panels 70 in next job procedure, can not normally be drawn because of tension.When this is finely tuned, fixture 4 parts of correspondence can be produced first pilot hole (or second pilot hole), finely tune the distance between the first adjacent sliding part 2 (or second sliding part 3) again, then fixture 4 is changed over to once more fully in first pilot hole (or second pilot hole), finally to finish the assembling of first sliding part 2 (or second sliding part 3).

In addition, when another size display panels needs by delivery, can according to the size of display panels select fixture 4 produced fully or part produce in first pilot hole (or second pilot hole) with coarse adjustment the distance between adjacent two first sliding parts 2 (or adjacent two second sliding parts 3).After this, also can finely tune first sliding part 2 and second sliding part 3, to adapt to new panel size according to the mode described in the preamble.

As seen, panel carrier 100 of the present invention possesses the function that multi-directionally is adjusted size by first sliding part 2 and second sliding part 3 are set, each panel carrier 100 that designs and produces out according to this all can deliver display panels or other panel of various sizes, so panel carrier of the present invention 100 has good versatility and sharing.And the operator scheme of the present invention by coarse adjustment and fine setting make panel carrier 100 can be accurately, the panel of safe bearing load different size.

Please refer to shown in Figure 7, be panel carrier 100 ' according to second preferred embodiment of the present invention, its part that is basically the same as those in the first embodiment is: panel carrier 100,100 ' all includes: a pedestal 1, several first sliding parts 2, several second sliding parts 3, and several fixtures 4.But the difference of two embodiment is: the panel carrier 100 ' of second embodiment also includes one the 3rd sliding part 5 and several the 4th sliding parts 6.

The 3rd sliding part 5 is the wherein ends that longitudinally are connected in first base rail 15 and second base rail 16, for example is connected in the madial wall place near the 4th edge 14.The 3rd sliding part 5 also has two opposite end portions, 50,51, two horizontal slipping parts, two lateral adjustments portions, a longitudinal rail 53 and a longitudinal register portion, wherein the upper surface of an end 50 form and one to be "

" reference block 52 of type, and reference block 52 has a reference angle 520; Otherwise, if reference block 52 is formed at the upper surface of the other end 51 of the 3rd sliding part 5, then this reference block 52 be " " type.The structure of horizontal slipping part, lateral adjustments portion, longitudinal rail 53 and the longitudinal register portion of cause the 3rd sliding part 5 is

chute

23,24, first strip hole, longitudinal rail 22 and second pilot holes that are same as first sliding part 2 respectively, so just will not describe in detail herein.Generally, in the present embodiment, the 3rd sliding part 5 is identical with structural similarity, the function of first sliding part 2, though the 3rd sliding part 5 is strip structure, but along its longitudinal rail 53 left-right symmetric, the transverse width of the 3rd sliding part 5 obviously is not narrower than the transverse width of first sliding part 2, saves pedestal 1 space in this way, enlarge the loaded area of pedestal 1, to carry more panel.

The 4th sliding part 6 be the assembling and straight skidding on the 3rd sliding part 5, the 4th sliding part 6 be "

" the type structure, the orientation angle 60 with two diverse locations is symmetrically distributed in the different azimuth up and down of the 4th sliding part 6 respectively.The 4th sliding part 6 also has a straight skidding portion and and is arranged at vertical adjusting portion in the straight skidding portion, the straight skidding portion of cause the 4th sliding part 6 and the structure of vertical adjusting portion are the groove and second strip holes that is same as second sliding part 3 respectively, so just will not describe in detail herein.

In other embodiments, the 3rd sliding part 5 also can longitudinally be connected in the other end of first base rail 15 and second base rail 16, for example is connected in the madial wall place near the 3rd edge 13.At this moment, the 4th sliding part 6 be "

" the type structure.Even, the 3rd sliding part 5 can directly be set to the structure of integral type with the 3rd edge 13 or the 4th edge 14, and does not need independent making, more can promote operating efficiency.

Second sliding part 3 of second embodiment of the invention and the 4th sliding part 6 are to be assembled in respectively on first sliding part 2 and the 3rd sliding part 5 by fixture 4, and in the present embodiment, fixture 4 is fixed screws.In other embodiments, fixture 4 can also adopt a fixed bar (not shown), for example the upper surface at each second sliding part 3 and each the 4th sliding part 6 all is provided with a transverse concave groove (not shown), after wherein the lengthwise position of any one second sliding part 3 (or the 4th sliding part 6) is adjusted, need all can match with transverse concave groove with all the other second sliding parts 3 and the 4th sliding part 6 that this second sliding part 3 (or the 4th sliding part 6) is positioned on the same lateral attitude, be assembled in the lengthwise position on these first sliding parts 2 and the 3rd sliding part 5 to determine all the other second sliding parts 3 and the 4th sliding part 6 simultaneously by fixed bar.Can shorten assembling and adjustment time in this way, with further lifting operating efficiency.

Claims

1. panel carrier, it is characterized in that: this panel carrier includes: a pedestal, several first sliding parts and several second sliding parts, wherein pedestal has one first base rail and one second base rail, and this first base rail and this second base rail are arranged at the relative both sides of this pedestal respectively; These first sliding parts are disposed in this pedestal, and each first sliding part all has both ends, and are arranged at respectively on this first base rail and second base rail; And these second sliding parts are arranged on each first sliding part.

2. panel carrier as claimed in claim 1, it is characterized in that: be respectively equipped with a located lateral portion on this first base rail and this second base rail, and each this first sliding part more comprises: two horizontal slipping parts, two lateral adjustments portions, a longitudinal rail and longitudinal register portions, and wherein these two horizontal slipping parts are arranged at the bottom surface, both ends of this first sliding part respectively; These two lateral adjustments portions are arranged on this horizontal slipping part, and corresponding with the located lateral portion on this first base rail and second base rail; This longitudinal rail is arranged at the upper surface of this first sliding part, and extends between the both ends of this first sliding part; And this longitudinal register portion is arranged on this longitudinal rail.

3. panel carrier as claimed in claim 2 is characterized in that: each this second sliding part more comprises: a straight skidding portion and a vertical adjusting portion, and wherein this straight skidding portion is arranged at the bottom surface of this second sliding part and is placed on this longitudinal rail; And this vertical adjusting portion is arranged in this straight skidding portion, and this vertical adjusting portion is corresponding with this longitudinal register portion.

4. panel carrier as claimed in claim 3, it is characterized in that: this panel carrier more includes several fixtures, wherein at least one fixture connects this lateral adjustments portion and this located lateral portion, to connect this first sliding part on this first base rail and this second base rail, and another fixture connects this vertical adjusting portion and this longitudinal register portion, to connect this second sliding part on this first sliding part.

5. panel carrier as claimed in claim 1 is characterized in that: form a bearing space between the opposing sidewalls of four the second adjacent sliding parts on this per two adjacent first sliding part.

6. panel carrier as claimed in claim 2, it is characterized in that: each located lateral portion all includes several equidistant line spread pilot holes, and each lateral adjustments portion is a strip hole, and the two ends pitch-row of this strip hole is more than or equal to the spacing of these adjacent two pilot holes.

7. panel carrier as claimed in claim 2, it is characterized in that: this longitudinal rail also includes several equidistant line spread pilot holes, and each vertical adjusting portion all is a strip hole, and the two ends pitch-row of this strip hole is more than or equal to the spacing of these adjacent two pilot holes.

8. panel carrier as claimed in claim 1 is characterized in that: more be provided with size scale on this first base rail or this second base rail or this first sliding part.

9, panel carrier as claimed in claim 1, it is characterized in that: this pedestal has and is oppositely arranged and one first edge and one second edge of horizontal expansion, and be oppositely arranged and one the 3rd edge and one the 4th edge of longitudinal extension, this first base rail and this second base rail are formed at the opposite side near this first edge and this second edge.

10. panel carrier as claimed in claim 9 is characterized in that: this first sliding part is list structure, and this horizontal slipping part is a chute; This second sliding part has the orientation angle of four diverse locations, and this straight skidding portion is a groove.

11. panel carrier as claimed in claim 10, it is characterized in that: this panel carrier further includes at least one the 3rd sliding part, the 3rd sliding part is longitudinally to be connected on this first base rail and this second base rail, and be close to the opposite side of the 3rd edge or the 4th edge or directly and the 3rd edge or the 4th edge be set to the structure of integral type, the transverse width of the 3rd sliding part is narrower than the transverse width of this first sliding part.

12. panel carrier as claimed in claim 11 is characterized in that: this panel carrier further includes several the 4th sliding parts, these the 4th sliding parts can straight skidding on the 3rd sliding part, have the orientation angle of two diverse locations.

13. panel carrier as claimed in claim 12 is characterized in that: be provided with a reference block at the upper surface of these first sliding parts and the end that is close to this first edge or this second edge, these reference blocks have the reference angle of two diverse locations.

14. panel carrier as claimed in claim 13 is characterized in that: this second sliding part is cross structure, these the 4th sliding parts be "

" or "

" the type structure, these reference blocks are T word or the font structure of falling T.

15. panel carrier as claimed in claim 12, it is characterized in that: the upper surface of each second sliding part and each the 4th sliding part is provided with a transverse concave groove, match with this transverse concave groove by a fixed bar, to determine the lengthwise position of these sliding parts on these first sliding parts and the 3rd sliding part simultaneously.