TW201935611A - Processing carrier, and bonding apparatus and transportation method using the same capable of increasing the production efficiency and reducing the requirement of manpower - Google Patents

Abstract

The present invention relates to a processing carrier, and a bonding apparatus and a transportation method using the same. The processing carrier comprises: a base frame including an upper platform and a lower platform, wherein a height interval is maintained between the upper platform and the lower platform, and the height interval is limited and adjusted by a pushing and moving mechanism and is driven to move up and down; and a working table disposed on the base frame, and provided with a platform, wherein a plurality of insertion bases are arranged in a matrix above the platform, and each insertion base is provided with an air hole. The bonding apparatus corresponds to a position above the processing carrier by a track on a rail frame. The rail frame is provided with a belt driven to be transported under the rail, and a loading step and a loading tray step are performed to enable the processing carrier to transport a carrying tray.

Description

Processing vehicle, laminating equipment using the processing vehicle, and conveying method

The invention relates to a processing carrier, in particular to a processing carrier for holding a workpiece to be processed, and can cooperate with a carrier transported by a track to receive the carrier for performing processing operations on the carrier and Laminating equipment using this processing carrier and conveying method.

According to the general flexible circuit board, it is usually required to perform a lamination operation with a substrate or another flexible circuit board during processing. This process usually requires placing a flexible circuit board or a substrate on a processing carrier, and then Extract another flexible circuit board and place it on the flexible circuit board or substrate originally on the processing carrier, so that the two are bonded by hot pressing or adhesion.

However, in the prior art, the processing carrier is usually fixed on the machine table, and a pressing mechanism is provided above the processing carrier to perform the bonding operation. The operator must place a flexible circuit board, a substrate or another flexible circuit board. Place them one by one on the processing carrier, and then operate the pressing mechanism to perform the laminating operation. This kind of production efficiency is low, and it consumes a large amount of manpower, and cannot adapt to mass production. Or another flexible circuit board is placed in a carrier plate and placed in a matrix arrangement. The operator can place the entire carrier plate under the pressing mechanism at a time for one-by-one pressing operation, but the efficiency still needs to be determined. It is lifted, and the finished product must be moved to another testing machine to check whether there is incorrect fit or other defects. The entire process needs to be improved.

That is, it is an object of the present invention to provide a processing carrier suitable for carrying a carrier for processing.

Another object of the present invention is to provide a bonding apparatus using the processing carrier.

Another object of the present invention is to provide a laminating device conveying method using the processing carrier.

Yet another object of the present invention is to provide a device for performing the method for transferring laminating equipment.

A processing vehicle according to the purpose of the present invention includes: a frame including an upper platform and a lower platform, and a pivot axis capable of being moved up and down can be connected between the upper platform and the lower platform; Maintaining a height interval, the height interval is limited and adjusted by a pushing mechanism, and the upper platform is moved up and down by the pushing mechanism to adjust the height of the distance; a workbench is provided on the seat frame, A platform is provided. A plurality of inserts are arranged in a matrix above the platform, and air holes are provided on each of the inserts.

According to another object of the present invention, the laminating device uses the processing vehicle as described, comprising: a rail frame, the rail frame corresponding to a position above the processing vehicle with a track thereon, Below the track there is a belt driven for conveying operation to carry a carrier disk.

According to another object of the present invention, a laminating device transfer method using the processing carrier as described includes: a loading tray loading step: loading a loading tray from a frame box of a feeding and receiving device by a first pushing mechanism After being pushed out, it is left in a track of a rack in a conversion device; a carrier receiving step: making each inlay above the platform of the workbench of the processing carrier correspond to a plurality of matrices on the carrier Below the arranged adsorption area, the carrier is taken up by the processing carrier, and a paste in each of the adsorption areas is adsorbed by the negative pressure in the pores on each of the inserts to obtain positioning.

A laminating device according to another object of the present invention includes a device for performing the laminating device transfer method as described above.

According to the processing carrier of the embodiment of the present invention, the bonding equipment using the processing carrier, and the conveying method, since a pivot is provided between the upper platform and the lower platform of the seat frame, a distance between the upper platform and the lower platform is maintained. The distance between the heights is limited and adjusted by the moving mechanism, and the height of the distance can be adjusted because the upper platform is moved up and down by the moving mechanism; therefore, it can be installed on the rail seat and installed on the sticker When carrying in the combined equipment, the height can be lowered or raised to cooperate with the rails in the conversion device to carry the tray, and the air holes on the plurality of inserts can be arranged in a matrix above the platform of the workbench provided on the seat. Stable the adhered material, so that the adhered material can be automatically transported and applied in the laminating equipment to improve production efficiency and stabilize the quality.

Please refer to FIGS. 1 and 2. The processing vehicle A according to the embodiment of the present invention includes: a frame A1 including an upper platform A11 and a lower platform A12 each having a flat plate shape, and four corners between the upper platform A11 and the lower platform A12, respectively; Each spaced apart is provided with a pivot axis A13 that can be moved up and down by a continuous action. The upper platform A11 and the lower platform A12 maintain a height distance in the Z axis. The height distance is limited by a pushing mechanism A14. The height of the gap can be adjusted because the upper platform A11 is moved up and down by the moving mechanism A14 in a continuous motion; a work table A2 is set on the upper platform A11 of the seat A1, and is a box-shaped body formed inside. A hollow chamber A21 has an opening A22 facing downward, and a rectangular platform A23 is arranged above the platform A23. A plurality of convex inserts A231 are arranged in a matrix above the platform A23. A plurality of air holes A232, the upper surface of the platform A23 is provided with convex cone-shaped positioning portions A233 at the four corners, and the two positioning portions A233 at the two ends outside the arrangement area of the inserts A231 in the X axis are respectively corresponding. There is a hollow hole A234 and the hollow cavity A 21 is connected, and each of the perforations A234 is provided with a sensing element A24; the peripheral edge of the platform A23 is provided with a frame edge A25 of an appropriate height vertically downward, and each frame edge A25 extends a horizontally outwardly of a base edge A251 , Which are located on the two sides corresponding to the X-axis of the sensing element A24 on the base side A251, each of which is provided with a recessed cutout slot A252, which can be screwed there by a screw fastener (not shown) The workbench A2 is fixed on a flat base A26 with the opening A22 facing downwards; a load measuring element A3 is provided between the workbench A2 and the upper platform A11 of the base A1 to detect the work The load carried by each inlay A231 on the platform A23 of platform A2; the overall processing vehicle A may be provided on the lower platform A12 of the seat A1 on a slide B1 of a rail seat B arranged in the X-axis direction, The processing vehicle A can be driven to move in the X-axis direction by being driven by a driving member B2 on the rail base B to the sliding base B1.

Please refer to FIGS. 3 to 5. The pushing mechanism A14 is disposed between the upper platform A11 and the lower platform A12, and includes: two pivots arranged below the upper platform A11 in a Y-axis parallel to each other and spaced apart in a circle in the X-axis Cylindrical wheel body A141, which is composed of four bearings A142, which are pivotally located in the middle of a shaft A143, and a square hole A144 is provided at the bottom of the upper platform A11 for the wheel body A141 to The shaft A143 is not in contact with the inner periphery of the hole A144, and the two ends of the shaft A143 are fixed in the V-shaped groove A145 on the outside of the hole A144. The wheel body A141 is received in the hole. When A144 is in the middle, a part of the circumference of the wheel diameter penetrates into the perforation A144, so that only a part of the wheel diameter is exposed below the bottom of the upper platform A11; the moving mechanism A14 is provided with an X axis on the upper surface of the lower platform A12 To the slide rail A146, the slide rail A146 is provided with two slide blocks A147 capable of sliding in the X-axis horizontally on the slide rail A146. The two slide blocks A147 are provided with a pushing member A148 driven by a driving member A149. It can be linked with the two sliders A147 to make X-axis horizontal and linear displacement on the slide rail A146. The pushing piece A148 has a rectangular parallelepiped shape. Two low-resistance portions A1481 and two high-resistance portions A1482 are formed on the surface, and an inclined inclined surface A1483 is formed between the low-resistance portions A1481 and the high-resistance portions A1482. The linear arrangement in the X-axis direction is from left to right, and the low-resistance portions are sequentially. Part A1481 → oblique abutment surface A1483 → high abutment part A1482 → low abutment part A1481 → oblique abutment surface A1483 → high abutment part A1482; on both sides of the X axis between the upper platform A11 and the lower platform A12, each side is respectively Elastic elements A150 composed of two springs are arranged at intervals, and each elastic element A150 is respectively buckled at the upper and lower ends of the Z axis at a distance maintained in the Z axis, and the height distance is controlled by a pushing mechanism A14. A series of fasteners A1501 on the side of the upper platform A11 or the lower platform A12 are limited, and the elastic restoring force is provided to drive the upper platform A11 or the lower platform A12 toward each other, and the two on the bottom of the upper platform A11 are closed. The wheel body A141 keeps abutting against the upper surface of the pushing member A148 at any time.

Please refer to FIGS. 6 and 7. The processing carrier A according to the embodiment of the present invention can be used for conveying the laminating equipment as shown in the figure, so that the processing carrier A and a rail base B constitute a module, and two The module is horizontal and parallel to each other and is placed on the table surface C1 of a machine C, and at one end is corresponding to a feeding and receiving device D fixed to the side of the machine C, and at the other near end A detection device E is provided on the side corresponding to the detection device E. The feeding and receiving device D is fixed on one side C2 of the machine C with a fixing base D1, which is provided with an upright first rail base D2, and On one side of the first rail base D2 is provided a slide base D3 which can be driven to move upwards and downwards on the first rail base D2. Three sides of the base D3 are horizontally provided with three base frames D4. A frame D4 can be used to place a frame box D5, and each frame box D5 can accommodate a plurality of sheet-shaped rectangular carrier disks D6. The frame box D5 is provided with open openings D51 at both ends, so that the carrier disk An open opening D51 provided in the frame box D5 is exposed on the short side of the rectangle. One end of the open opening D51 corresponds to the conversion device F on the machine 1 and the other end corresponds to a first A feeding mechanism D7; the conversion device F is provided between the feeding and receiving device D and the processing carrier A with a first gantry F1 which is in a Y-axis direction above the second rail seat B, and a beam of the first gantry F1 It is a Y-axis rail base F11, which is provided with a slide base F13 which can be driven by a drive member F12 on the rail base F11 for Y-axis displacement. A slide frame F2 is provided on the slide base F13. F2 can be displaced and positioned in the Y-axis direction by the linkage of the slide F13, and a track F21 on it corresponds to the position above the processing vehicle A on any group of rails B, and the rail F2 can also be affected by the The sliding seat F13 is displaced and positioned in the Y-axis in conjunction with the track F21 corresponding to the frame box D5 of the supply and receiving device D to receive the carrier plate D6 pushed out of the box box D5 or the carrier plate D6 is moved into the frame box D5. Among them, the track frame F2 is provided with a belt F22 driven by the track F21 for conveying operation to carry the carrier D6, and a second push is provided on one side of the track frame F2. The mechanism F23 can push the carrier D6 in the track F21 into the frame box D5 for storage; the detection device E is provided with a second on the proximal end side of the rail seat B of the two sets of processing carriers A A gantry E1, the second gantry E1 is provided with a first detection mechanism E2 arranged in the Z-axis direction and viewed from the top toward one side of the feeding and collecting device D, and is arranged in the Y-axis direction of the second gantry E1 A Y-axis slide E32 on a horizontally disposed beam E3 and a Y-axis slide E33 below the rail E31 can be driven by a drive E34 of the rail E31. The Y axis is displaced by the continuous action; the second gantry E1 is provided with a second detection mechanism E4 arranged in the Z axis direction and viewed from the top to the other side of the opposite side of the feeding and collecting device D. The second gantry E1 has a Y-axis rail seat E41 on the Y-axis horizontally disposed crossbeam E3, and a Y-axis slide rail E43 (not shown in the figure) below the rail seat E41. A drive member E44 of the rail seat E41 drives the slide seat E42 to be displaced in the Y-axis by a continuous action.

Please refer to FIG. 8, the carrier disk D6 is composed of an upper disk D61 and a lower disk D62 magnetically arranged, and a flexible circuit board (Flex) is attached to the substrate D63, which is placed on the substrate D63. A plurality of matrix-arranged to-be-applied areas D631 are formed. The upper plate D61 is provided with a plurality of matrix-shaped hollow work areas D611 corresponding to the wait-to-apply areas D631, and the lower plate D62 corresponds to the entire group of the same array. The plurality of to-be-applied areas D631 on the object D63 are provided with a plurality of hollow adsorption areas D621, and the sections of each work area D611 that are in communication with the adsorption area D621 are blocked by the to-be-applied area D631 of the adherend D63.

Please refer to FIG. 6 to FIG. 7. The embodiment of the present invention on the method for transferring the laminating equipment includes: a loading tray loading step: the loading tray D6 is removed from the frame box D5 of the feeding and receiving device D by the first After the pushing mechanism D7 is pushed out, it will be left in the track F21 of the rail F2 in the conversion device F; a first conversion flow path step: According to the preset order of the rail F2 in the conversion device F, The rail F2 is selected to be displaced above the conveying flow path corresponding to one of the rail bases B; and the processing vehicle A on the corresponding rail base B is moved and moved to the rail F2 by the sliding base B1 in a coordinated manner. Positioning is performed under the carrier D6; a step of receiving the carrier: after completing the step of positioning the carrier, please refer to Figs. 8 and 9, at this time, the upper seats of the platform A23 of the workbench A2 of the carrier A are processed. A231 corresponds to the bottom of the plurality of adsorption areas D621 arranged in a matrix on the carrier D6. In order for the carrier D6 to be accepted by the processing carrier A, the driving member A149 of the shift mechanism A14 drives the pushing member A148 as the X axis. The horizontal straight line is displaced toward the side of the feeding and receiving device D, so that the original element A150 is pulled by The wheel body A141 below the upper platform A11 of the second low abutment portion A1481 is linked, and the second inclined surface A1483 is rolled up to the second high abutment portion A1482, which in turn makes the upper platform A11 make the elasticity. Element A150 stretches straight and rises vertically under the accumulative restoring force, and the platform A23 on the table A2 lifts the carrier D6 off the track F21 of the rail F2 and receives the carrier D6. At the same time, the platform A23 is above Each of the inserts A231 corresponds to the respective adsorption areas D621 embedded in the carrier D6, and adsorbs the adherend D63 in each of the adsorption areas D621 with a negative pressure in the air hole A232 on each of the inserts A231. In this embodiment, since the rail seat B already occupies a considerable height, in order to reduce the height of the overall processing vehicle A, except that the wheel body A141 is housed in the hole A144. Part of the circumference of the wheel diameter penetrates into the perforation A144, so that only a part of the wheel diameter is exposed below the bottom of the upper platform A11, and the moving mechanism A14 makes an X-axis horizontal straight line on the slide rail A146 Displacement, and in conjunction with the wheel body A141, the upper platform A11 can be vertically raised or lowered in a straight line, which can fully make The distance between the height of the upper platform A11 and the lower platform A12 is shortened, and it can be moved under the track F21 of the rail F2 and can receive the carrier D6. Steps for inspecting a bonded object: Please refer to Figure 6 ~ 8. After D6 is lifted off the track F21 of the rail F2, the processing vehicle A moves it to the first detection mechanism E2 of the detection device E at the second gantry E1, and places the carrier D6 on Each attached D63 is inspected; a composite inspection step: please refer to Figures 6 ~ 8. After completion, the processing vehicle A moves it to the rail seat on the other side of the second gantry E1. At the B end, it is acceptable to paste other pastes (such as another flexible circuit board, this paste process is not a feature of the present invention, and will not be described in detail), wherein the paste is formed from the hollow-shaped work of the upper plate D61. The area D611 is correspondingly attached to the waiting-to-be-applied area D631 of each of the attached components D63. The gravity applied by the other components during the lamination process can be detected by the load cell A3. The load to be carried on each inlay A231 on the platform A23 of the workbench A2 to obtain the control needed to be adjusted; end After the lamination process, the processing vehicle A is executed to perform the return stroke, and the second inspection mechanism E2 is used to inspect the lamination product. For a return transfer step, please refer to Figures 6 to 7 to complete the inspection process of the lamination product. After that, the processing carrier A moves the carrier D6 to which the sticker has been attached to the rail F2; a second conversion flow path step: the rail F2 in the conversion device F is displaced to the opposite position Above the conveying flow path formed by the rail base B that should perform the return transfer step; and move the processing carrier A on the rail base B that is subjected to the return transfer step by the carriage B1 to displace the carrier D6. The alignment is performed above the rail F21 of the rail frame F2. A transfer carrier step: please refer to Figs. 6-8, so that the driving member A149 of the pushing mechanism A14 drives the pushing member A148 for X-axis feeding and receiving. The displacement in the opposite direction of the D side of the device caused the wheel body A141, which was originally rolled up to the second high abutment portion A1482, to be linked to the upper platform A11 by the restoring force of the elastic element A150, and rolled down to the second inclined surface A1483 Low arrival at A1481, and lowering the platform A23 of the workbench A2 caused the The carrier D6 is placed on the track F21 of the rail F2, and at the same time, the negative pressure in the air holes A232 on the inserts A231 above the platform A23 is stopped from adsorbing the adherend D63 in each of the adsorption areas D621. A storage step: please refer to FIGS. 6 to 7 so that the track F21 of the rail F2 sends the carrier D6 to which the laminate has been pasted into the original storage position in the original frame box D5 to be stored; The processing vehicle A and a rail base B constitute a module, and the two modules are horizontally and parallel to each other and are placed on the machine table surface C1 of a machine C. The above is the first conversion flow path step. An embodiment of the step of selecting the processing carrier A on the rail base B in one of the modules for carrying, and after removing the carrier D6 in the rail F2 according to the first conversion flow path step, the rail F2 The Y is driven to be axially displaced above the rail base B of another module to carry the second conversion flow path step, the transfer tray step, and the storage step in the other module.

According to the processing carrier of the embodiment of the present invention, the bonding equipment using the processing carrier, and the conveying method, since a pivot A13 is provided between the upper platform A11 and the lower platform A12 of the seat frame A1, the upper platform A11 and the lower platform A12 Maintain a height distance between the height, the height distance is limited and adjusted by the moving mechanism, and the height of the distance can be adjusted because the upper platform is moved up and down by the moving mechanism A14; When it is carried on the seat B and installed in the laminating equipment, it can be lowered or raised to cooperate with the rail F2 in the conversion device F to carry the carrier D6, and use the workbench provided on the seat A1. The platform A23 above the platform A23 arranges a plurality of inserts A231. The air holes A232 on the platform stabilize the bonded D63, so that the bonded D63 can be automatically transported and processed in the bonding equipment to improve production efficiency and stability. quality.

However, the above are only the preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the description of the invention, All are still within the scope of the invention patent.

A‧‧‧Processing Vehicle

A1‧‧‧seat

A11‧‧‧on the platform

A12‧‧‧Under platform

A13‧‧‧ Pivot

A14‧‧‧Transition agency

A141‧‧‧wheel

A142‧‧‧bearing

A143‧‧‧Shaft

A144‧‧‧hole

A145‧‧‧Slot

A146‧‧‧Slide

A147‧‧‧Slider

A148‧‧‧Pushing

A1481‧‧‧Low Arrival Department

A1482‧‧‧High arrival department

A1483‧‧‧ obliquely

A149‧‧‧Driver

A150‧‧‧Elastic element

A1501‧‧‧series fastener

A2‧‧‧Workbench

A21‧‧‧chamber

A22‧‧‧ opening

A23‧‧‧Platform

A231‧‧‧Inlay

A232‧‧‧Stoma

A233‧‧‧Positioning Department

A234‧‧‧hole

A24‧‧‧Sensing element

A25‧‧‧Frame border

A251‧‧‧Base edge

A252‧‧‧Slot

A26‧‧‧base

A3‧‧‧Load-weight measuring element

B‧‧‧ rail seat

B1‧‧‧slide

B2‧‧‧Driver

C‧‧‧machine

C1‧‧‧machine table top

C2‧‧‧ side

D‧‧‧feeding and receiving device

D1‧‧‧Fixed

D2‧‧‧First rail seat

D3‧‧‧Slide

D4‧‧‧Seat

D5‧‧‧Box

D51‧‧‧ opening

D6‧‧‧carriage

D61‧‧‧on the market

D611‧‧‧Working area

D62‧‧‧Place

D621‧‧‧ Adsorption zone

D63‧‧‧ paste

D631‧‧‧To be covered

D7‧‧‧The first push agency

E‧‧‧Detection device

E1‧‧‧Second Dragon Gate

E2‧‧‧The first testing agency

E3‧‧‧ Beam

E31‧‧‧rail mount

E32‧‧‧slide

E33‧‧‧Slide

E34‧‧‧Driver

E4‧‧‧Second Testing Agency

E41‧‧‧rail mount

E42‧‧‧slide

E43‧‧‧Slide

E44‧‧‧Driver

F‧‧‧ Conversion device

F1‧‧‧First Dragon Gate

F11‧‧‧rail mount

F12‧‧‧Driver

F13‧‧‧Slide

F2‧‧‧rail

F21‧‧‧track

F22‧‧‧Belt

F23‧‧‧Second Pushing Agency

FIG. 1 is a schematic perspective view of a processing carrier provided on a rail base in an embodiment of the present invention. FIG. 2 is a schematic side view of a processing carrier provided on one of the rail bases in the embodiment of the present invention. FIG. 3 is an exploded perspective view of the seat frame in the embodiment of the present invention. FIG. 4 is a schematic diagram of the wheel body disposed under the upper platform in the embodiment of the present invention. FIG. 5 is a schematic diagram showing only a part of the wheel diameter below the bottom of the upper platform in the embodiment of the present invention. FIG. 6 is a perspective view of a part of the bonding device according to an embodiment of the present invention. FIG. 7 is a schematic plan view of a part of the bonding device according to an embodiment of the present invention. FIG. 8 is an exploded view of the carrier and the processing carrier in the embodiment of the present invention. FIG. 9 is a schematic diagram of a shift performed by the shift mechanism in the embodiment of the present invention.

Claims (17)

A processing vehicle includes: a frame including an upper platform and a lower platform, a pivot is provided between the upper platform and the lower platform, and a distance between the upper platform and the lower platform is maintained, and the height distance is subject to a shift The upper platform is limited and adjusted by the moving mechanism to adjust the height of the gap by the upward and downward displacement of the moving mechanism; a working table is set on the seat frame, which is provided with a platform, and a plurality of platforms are arranged above the platform in a matrix. Inserts are provided with air holes on each insert. The processing vehicle according to item 1 of the scope of patent application, wherein a convex cone-shaped positioning portion is provided on the upper surface of the platform. The processing vehicle according to item 1 of the scope of the patent application, wherein the upper surface of the platform is provided with a sensing element outside the arrangement area of each inlay. The processing carrier according to item 1 of the scope of patent application, wherein the workbench is a frame-shaped box-shaped body, and a hollow cavity is formed inside, the opening of which is downward, and the upper part is set as the platform, and the workbench is with the opening downward. It is fixed on a base. The processing vehicle according to item 1 of the scope of patent application, wherein a load measuring element is provided between the worktable and the upper platform of the seat frame. The processing vehicle according to item 1 of the scope of the patent application, wherein the processing vehicle is provided on a slide of a rail base with the lower platform of the base frame, so that the processing vehicle can be driven by a rail base. The drive of the piece is moved in tandem. The processing vehicle according to item 1 of the scope of patent application, wherein the moving mechanism includes: a wheel body provided below the upper platform, and a pushing member provided on the lower platform and driven by a driving member. The processing vehicle according to item 7 in the scope of the patent application, wherein the wheel body comprises: two mutually parallel and spaced apart wheel bodies pivotally arranged below the upper platform; the upper surface of the pushing member forms two low-resistance portions and Two high abutment portions, and an inclined inclined abutment surface is formed between the low abutment portion and the high abutment portion. The processing vehicle according to item 7 of the scope of the patent application, wherein the wheel system is composed of a plurality of bearings, and the wheel system is pivotally disposed at a middle portion of a shaft. The processing vehicle according to item 9 of the scope of the patent application, wherein the bottom of the upper platform is provided with a square perforation for the wheel body to be interposed therebetween without contacting the inner periphery of the perforation, and the two ends of the shaft are affected by It is fixed in the V-shaped grooves on the two outer sides of the perforation; when the wheel body is accommodated in the perforation, a part of the circumference of the wheel diameter penetrates into the perforation, so that only one under the bottom of the upper platform appears Partial wheel diameter. The processing vehicle according to item 7 of the scope of patent application, wherein the upper surface of the lower platform is provided with a slide rail, and the slide rail is provided with two slide blocks capable of X-axis sliding on the slide rail. The pusher is provided on the slider. The processing vehicle according to item 1 of the scope of the patent application, wherein an elastic element is provided between the upper platform and the lower platform, and a driving force for pulling the upper platform and the lower platform closer to each other is provided by an elastic restoring force. A laminating device using the processing carrier according to any one of claims 1 to 12 of the scope of patent application, comprising: a rail rack, the rail rack corresponding to a position above the processing carrier, A belt driven under the track is provided in the track rack for conveying operation to carry a carrier disc. According to the bonding device described in the first item of the patent application scope, wherein the carrier disk is composed of a juxtaposition of an upper disk and a lower disk, and an adherend is interposed therebetween. A method for transferring laminating equipment using the processing carrier according to any one of claims 1 to 12 of the scope of patent application, including: a loading tray loading step: loading a loading tray from a frame box of a feeding and receiving device After a first pushing mechanism is pushed out, it is left in a track of a rail rack in a conversion device; a step of receiving a tray: making each inlay above the platform of the workbench of the processing carrier correspond to the carrier Below the plurality of adsorption regions arranged in a matrix on the disk, the carrier is taken up by the processing carrier, and one of the adherends in each of the adsorption regions is adsorbed by the negative pressure in the pores on each insert to obtain Positioning. The method for transferring laminating equipment as described in item 1 of the scope of the patent application, wherein the processing carrier moves the carrier to a laminating process, so that a lamination is correspondingly pasted from a hollow working area of the carrier. On a to-be-applied area of each of the adhered objects. A method for carrying a laminating device includes a device for performing the pushing method according to any one of items 15 to 16 of the scope of patent application.