CN205892126U - Base plate bear device - Google Patents

Abstract

The utility model provides a base plate bear device for bear a plurality of base plates, it includes two frameworks that correspond, two support bodys that correspond and at least one buffering foundation. Two support bodys that correspond are located between two frameworks that correspond, just the both ends of two support bodys respectively with two frameworks are met, wherein respectively the support body is equipped with a plurality of draw -in grooves. The buffering foundation is located between two support bodys that correspond, and the base plate insert and put in between the draw -in groove, and support and lean on on the buffering foundation. Through the utility model discloses, the effectual base plate of having solved collides ruptured problem in the process of transporting easily.

Description

The bogey of substrate

Technical field

The utility model is related to the technical field of substrate bearing device, more particularly, to a kind of bogey of thin base.

Background technology

With the development of digital technology, flat panel display product (such as liquid crystal display, electric paper display, organic light emission Diode display, plasma display panel etc.) it has been widely used in the every aspect of daily life.For flat display module For, it is wafer in semiconductor industry that thin base (such as glass substrate or plastic base) institute role cans be compared to, because This, the requirement almost Perfect to substrate for the Flat Panel Display Industry.

Glass is a kind of fragile material, when by external force collision or drop ground when it is easy to rupture is so that can not Use, and plastic base is easily bent deformation because having pliability.During making display floater, the transport problem of substrate Most important.However, there is no resiliency due to being generally used for transporting the bogey of substrate, so the transport process of substrate In easily have substrate collision or bending to lead to the situation of scratch or rupture to occur.

Especially, in existing production, the carrier for bearing substrate is to be designed based on the substrate thickness of 0.7mm. Therefore, when substrate thickness is in 0.2mm, if being placed in existing carrier, have as be not put into position just have an opportunity to cause fragmentation or The situation of bending produces.Therefore, the carrier of existing bearing substrate cannot carry relatively thin substrate, and sharing is not good.

Additionally, after the draw-in groove of substrate insertion vector, the easy carrier base of process that falls of substrate collides, and causes base Plate ruptures.

Utility model content

Main purpose of the present utility model is to provide a kind of bogey of substrate, to overcome substrate to hold in transport process Problem that is easily rupturable or bending.

Another main purpose of the present utility model is to provide a kind of bogey of glass plate, to overcome existing substrate The not good problem of its sharing of bogey.

For solving the above problems, the utility model embodiment provides a kind of bogey of substrate, in order to carry multiple bases Plate, it includes two corresponding frameworks, two corresponding support bodys and at least one buffering foundation.Two corresponding support bodys are located at described two Between corresponding framework, and the two ends of described two support bodys are connected with described two frameworks respectively, and wherein each described support body is provided with multiple Draw-in groove.Buffering foundation is between described two corresponding support bodys, and more described substrate is folded between more described draw-in groove, and against On described buffering foundation.

Wherein, described buffering foundation has flexible material layer and rigid material layer, and described flexible material layer is coated on institute State rigid material layer outer surface.

Wherein, the material of the described draw-in groove of described support body is Teflon.

Wherein, described two frameworks are respectively provided with least one first adjustment tank, and the two ends of described two support bodys are slidedly arranged on respectively Described first adjustment tank of this two framework.

Wherein, described first adjustment tank has at least positioning piece, in order to described support body positioning.

Wherein, described two frameworks are respectively provided with least one second adjustment tank, and the two ends of described buffering foundation are slided respectively and set Described second adjustment tank in this two framework.

Wherein, described first adjustment tank has one first adjustment direction, and described second adjustment tank has one second adjustment side To described first adjustment direction is mutually perpendicular to described second adjustment direction.

Wherein, described two frameworks are respectively provided with multiple flutings.

Wherein, the bogey of described substrate further includes a carrying handle, is connected between described two corresponding frameworks, and position Side in described two corresponding support bodys.

Wherein, the bogey of described substrate further includes multiple struts, is connected between described two corresponding frameworks, and Both sides positioned at described two corresponding support bodys.

The utility model passes through to design at least one buffering foundation between described two corresponding support bodys, to overcome falling of substrate Lower process is susceptible to collide, and causes the problem of substrate breakage.Additionally, the utility model to be made also by with Teflon material Described draw-in groove, to overcome the not good problem of its sharing of bogey of existing substrate, and avoids substrate to be scraped off, and then effectively The substrate of sandwiched various thickness, also solves the problems, such as substrate breakage or damage that substrate causes because unsuitable sandwiched.

Brief description

Accompanying drawing described herein is used for providing further understanding to of the present utility model, constitutes the part of the application, Schematic description and description of the present utility model is used for explaining the utility model, does not constitute to of the present utility model improper Limit.In the accompanying drawings:

Fig. 1 is the decomposing schematic representation of the bogey of the substrate according to the utility model embodiment；

Fig. 2 is the schematic diagram with substrate cooperation for the bogey of the substrate according to the utility model embodiment.

Specific embodiment

Main thought of the present utility model is, based on by designing at least one buffering between described two corresponding support bodys Foundation, is susceptible to collide with the process that falls overcoming substrate, causes the problem of substrate breakage.

Another main thought of the present utility model is, based on by making described draw-in groove with Teflon material, with gram Take the not good problem of its sharing of bogey of existing substrate, and avoid substrate to be scraped off, and then effectively sandwiched various thickness Substrate, also solve the substrate breakage that causes because unsuitable sandwiched of substrate or buckling problem.

For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and the specific embodiments, The utility model is described in further detail.

Fig. 1 is the decomposing schematic representation of the bogey of the substrate according to the utility model embodiment.Fig. 2 is according to this The schematic diagram that the bogey of the substrate described in utility model embodiment is coordinated with substrate.Refer to Fig. 1 and Fig. 2, the present embodiment Substrate bogey 100 in order to carry multiple substrates 200, only explain in Fig. 2 taking a substrate 200 as a example.Substrate Bogey 100 includes two corresponding frameworks 110, two corresponding support bodys 120 and at least one buffering foundation 130.In this enforcement Example in, two corresponding support bodys 120 are provided between two corresponding frameworks 110, and the two ends of each support body 120 respectively with two frameworks 110 connect.

In FIG, e.g. explain, wherein this four support bodys 120 are for example divided into two taking four support bodys 120 as a example Sandwiched group.In other words, each sandwiched group is to be made up of two support bodys 120, is be folded in a substrate 200 respectively two Side.Further say, the support body 120 of the present embodiment is provided with multiple draw-in grooves 122, the material of this draw-in groove 122 of wherein said support body 120 Matter is Teflon.Consequently, it is possible to the present embodiment i.e. can be using the material characteristic of draw-in groove 122 come the base of effectively sandwiched various thickness Plate, improves the sharing of the bogey of the substrate of the present embodiment.In another embodiment it is also possible to e.g. three support bodys 120, middle support body two side is provided with multiple draw-in grooves 122, so also can form two sandwiched group.Carrying of the present utility model Its sandwiched group quantity of device is not limited with the above embodiments with corresponding support body quantity.Accordingly, it is possible to resolve substrate because Unsuitable sandwiched and the substrate breakage that causes or buckling problem.Additionally, draw-in groove 122 adopts the material of Teflon, also can be effective Substrate 200 is avoided to be scraped off.

It is noted that the present embodiment is provided with least one buffering foundation 130.In the present embodiment, buffer foundation 130 It is provided between two corresponding support bodys 120, and substrate 200 is between those draw-in grooves 122 being folded in support body 120, and be resisted against On buffering foundation 130.In detail, the buffering foundation 130 of the present embodiment is e.g. by flexible material layer and rigid material layer institute Constitute.Wherein, flexible material layer is to be coated on rigid material layer outer surface.Therefore, during the falling of substrate, buffer foundation The 130 buffering strength that can be provided with effect, allow substrate 200 intactly and non-cracked carry out configure operation.Above-mentioned rigid material The bed of material is, for example, stainless steel material, and flexible material layer is, for example, suitable plastic material.

In the present embodiment, for example it is provided with two buffering foundation 130 between two corresponding support bodys 120, more improve substrate Fall buffer protection.Yet further say, the present embodiment is to carry out buffer protection operation with cylinder design, and right according to two The distance between support body 120 is answered to carry out the quantity of appropriately configured buffering foundation 130, it is to avoid stress is excessively concentrated, and buffers external force collision pair The damage that substrate 200 causes, and then effectively complete buffer protection operation, safety coefficient transport during is greatly improved.Its In, the distance of described two support bodys 120 is, for example, length x of substrate 200.

From the above, the present embodiment e.g. arranges at least one first adjustment tank 112 in each framework 110.Therefore, each The two ends of support body 120 can be slidedly arranged on the first adjustment tank 112 of two frameworks 110 respectively.Consequently, it is possible to support body 120 can be in first Its equipping position is adjusted on adjustment tank 112.Further say, the first adjustment tank 112 can be provided with positioning piece, and (in figure is omitted and do not painted Show), no longer sliding in order to support body 120 is positioned at required fixed position, for example, described keeper can be in the first adjustment The multiple shrinkage pool of interval setting in groove 112, or the assembly of additional one fixation etc., it is not limited thereto.In other words, two frame Distance between body 120 can adjust according to the direction size width of substrate 200 (e.g.) of substrate 200, to allow glass Substrate 200 can firmly be folded between two support bodys 120.Wherein, the first adjustment tank 112 is e.g. along one first adjustment direction D1 is arranged.

Yet further say, the present embodiment is also for example respectively provided with least one second adjustment tank in described two frameworks 110 114, and the two ends buffering foundation 130 are e.g. slidedly arranged in the second adjustment tank 114 of two frameworks 110 respectively.Wherein, the second tune Whole groove 114 is e.g. arranged along one second adjustment direction d2, and the second adjustment direction d2 is, for example, and the first adjustment direction d1 It is mutually perpendicular to.Therefore, buffering foundation 130 can adjust its equipping position in the second adjustment tank 114.In other words, the present embodiment can Joining of buffering foundation 130 is adjusted with the other direction size length of glass substrate 200 (e.g.) according to glass substrate 200 If position.Consequently, it is possible in the present embodiment, glass substrate 200 is except can be by the design of draw-in groove 122 Lai sandwiched various thickness Substrate outside, also substrate 200 can be allowed in length direction by the design of the first adjustment tank 112 and the second adjustment tank 114 And can be subject to effective and firm sandwiched on width, and then it is preferably anti-that substrate 200 can be subject in transportation Shield.

In a preferred embodiment, for mitigating the overall weight of bogey 100, can be in the appropriate location of framework 110 The multiple fluting 116 of place's setting, and then allow the conveying operation of substrate 200 of bogey 100 can be more efficiently.Furthermore, Convey convenience for lifting and be easy to extract, bogey 100 also may include carrying handle 140.Carrying handle 140 is for example connected to institute State between two corresponding frameworks 110, and be located at the side of described two corresponding support bodys 120.Above-mentioned annexation can also be lifted The structural strength of bogey 100.On the other hand, bogey 100 more may include multiple struts 150.These strut 150 also examples As being connected between framework 110, and the both sides positioned at described multiple support bodys 120, connect design even more by force by such Change the overall construction intensity of bogey 100.

In sum, the utility model pass through design between described two corresponding support bodys at least one buffering foundation, with gram The process that falls taking substrate is susceptible to collide, and causes the problem of substrate breakage.Additionally, the utility model is also by with Teflon Material, to make described draw-in groove, to overcome the not good problem of its sharing of bogey of existing substrate, and avoids glass base The problem that plate is scraped off, and then the substrate of effectively sandwiched various thickness, also solve glass substrate and cause because unsuitable sandwiched Substrate breakage problem.

The foregoing is only embodiment of the present utility model, be not limited to the utility model, for this area Technical staff for, the utility model can have various modifications and variations.All of the present utility model spirit and principle within, Any modification, equivalent substitution and improvement made etc., should be included within right of the present utility model.

Claims (10)

1. a kind of bogey of substrate, in order to carry multiple substrates it is characterised in that including:

Two corresponding frameworks；

Two corresponding support bodys, between described two corresponding frameworks, and the two ends of described two support bodys respectively with described two frameworks Connect, wherein each described support body is provided with multiple draw-in grooves；

At least one buffering foundation, between described two corresponding support bodys, and described substrate is folded between described draw-in groove, and supports Lean against on described buffering foundation.

2. the bogey of substrate according to claim 1 is it is characterised in that described buffering foundation has flexible material layer With rigid material layer, and described flexible material layer is coated on described rigid material layer outer surface.

3. the bogey of substrate according to claim 1 is it is characterised in that the material of the described draw-in groove of described support body is Teflon.

4. the bogey of substrate according to claim 1 is it is characterised in that described two frameworks are respectively provided with least 1 One adjustment tank, and the two ends of described two support bodys are slidedly arranged on described first adjustment tank of this two framework respectively.

5. substrate according to claim 4 bogey it is characterised in that described first adjustment tank have at least certain Position part, in order to described support body positioning.

6. the bogey of substrate according to claim 4 is it is characterised in that described two frameworks are respectively provided with least 1 Two adjustment tanks, and the two ends of described buffering foundation are slidedly arranged on described second adjustment tank of this two framework respectively.

7. the bogey of substrate according to claim 6 is it is characterised in that described first adjustment tank has one first tune Perfect square to, described second adjustment tank has one second adjustment direction,

Described first adjustment direction is mutually perpendicular to described second adjustment direction.

8. the bogey of substrate according to claim 1 is it is characterised in that described two frameworks are respectively provided with multiple opening Groove.

9. the bogey of substrate according to claim 1, it is characterised in that also including carrying handle, is connected to described two right Between the framework answered, and it is located at the side of described two corresponding support bodys.

10. the bogey of substrate according to claim 1, it is characterised in that also including multiple struts, is connected to described Between two corresponding frameworks, and it is located at the both sides of described two corresponding support bodys.