CN201437279U

CN201437279U - Printing, gumming, pressing and sticking combination device for keystoke substrates

Info

Publication number: CN201437279U
Application number: CN2009201550431U
Authority: CN
Inventors: 高瑞三
Original assignee: CHUNG TING RUBBER INDUSTRIAL Co Ltd
Current assignee: CHUNG TING RUBBER INDUSTRIAL Co Ltd
Priority date: 2009-06-10
Filing date: 2009-06-10
Publication date: 2010-04-14
Anticipated expiration: 2019-06-10

Abstract

A printing, gumming, pressing and sticking combination device for keystoke substrates comprises a machine frame, a printing and gumming mechanism, a bonding mechanism, a butted sticking mechanism, a material transferring mechanism and a control device, wherein, the machine frame is provided with a platform used for accommodating all components; the printing and gumming mechanism horizontally and vertically carries out the pressing and the lifting movement of a scraper on a printing gumming screen; the bonding mechanism can overturn a bonding clamp to be in upward contact with an adjacent printing gumming screen of the printing and gumming mechanism so as to coat viscose and conduct downward pressing sticking operation; the butted sticking mechanism can overturn a butted sticking clamp to conduct downward pressing sticking operation; the material transferring mechanism is provided with a composite clamp moving between the bonding clamp of the bonding mechanism and the butted sticking clamp of the butted sticking mechanism; the lower end of the composite clamp can be used for bearing and sticking all the elements of a keystoke substrate; and the control device is connected with all power components so as to control the power components to operate in sequence.

Description

The seal glue laminated of button substrate sticks composite set

Technical field

The utility model is to constitute about the glutinous group of the button substrate of elements such as a kind of button top layer gluing rubber conductive film and key support; Especially refer to, the rubber conductive film of the involutory seal glue of button top layer of ejection formation and the device that the key support coated face is pressed glutinous assembling one button substrate.

Background technology

City's button substrate (as: mobile phone, PDA, e-dictionary, remote controller, home telephone, palmtop computer etc.) of portable electronic product, initially be Unitarily molded the making of keyboard form with full slice system silastic button substrate interplantation conduction material, again in the button end face printing function literary composition numeral or the figure of silastic matter, perhaps use dyed layer hollow out delineation function literary composition numeral or figure on the laser apparatus engraving button end face, make the peculiar demonstration of internal light source transmission; The person of advancing, use the plastic rubber ejaculate molding button top layer of shell to give in printing, dislocation, the synthetic anchor clamps gluing rubber diaphragm of mat and other button composed components (as: anti-dazzling screen, key support etc., look closely the design of button substrate and decide) make to cohere and make button substrate product again.

Yet, silastic material software feature slightly has the end face pressing operation to postpone sense, and silastic top layer tackness difficulty height, make painted be difficult for and tone variations dull, and button end face dyed layer is after the pressure of a period of time is touched operation, easily makes the dyed layer tone dim gradually and peel off; Moreover, to use the silastic material valency height of full slice system and take material, the making of mould also takes time-consuming the taking a lot of work of material, and laser engraving equipment high price changes limited; And with the shell button top layer of hard plastic moulding, it is agile that it pushes texture reaction, and be easy to print and color change that can be more and long durability is arranged, and comparatively reasonably material cost is more arranged, and is that portable electric product institute widely uses now.

But, button substrate A assembling operation now be the coated face D1 of the coated face C1 of conductive film C that the rubber material is made and other composed component D by manual work coating viscose after, the dislocation of manual work is gone into synthesize in the anchor clamps group the involutory hard button top layer B application of force of cohering resinae transparent material ejection formation and is pressed and stick manufactured goods (shown in Fig. 1-3) respectively again; So far, all by artificial gluing, dislocation, involutory, press glutinous operation, synthetic anchor clamps group that not only must each composed component correspondence of preparation, and easily make the scattered placement that mixes of anchor clamps group and enlarge the operation place, it is complicated and raise the cost to cause management; The person of advancing, with manually search each composed component of button substrate respectively dislocation go into different synthetic anchor clamps group correspondence positions, must spend suitable manpower and time to split operation, operating efficiency can not be improved, also have and insert not positive error situation; Moreover the glutinous operation of the superimposed pressure of each synthetic anchor clamps group is also by manually carrying out, and moving, in carrying and the involutory operation, also having and object takes place be subjected to the influence of kinetic energy and be shifted, makes the fraction defective that does not just improve product that coheres of button substrate; Person more presses glutinous manual work to have the uneven and timeliness problem of the pressing application of force and causes bonding imperfect and cohere unreally, easily peels off behind pressing operation; Other is the person, its button of different electronic products has the design of different style and size shape, and even the design of the inner composed component of button substrate also has difference, if must prepare multiple synthetic anchor clamps group, will improve manufacturing cost and store the place, reach expenses such as anchor clamps management, cause and improved production cost.

The utility model content

Main purpose of the present utility model provides a kind of glutinous composite set of seal glue laminated of button substrate, the synthetic anchor clamps group that the button substrate is made according to each composed component correspondence of design is fixed on the board, gluing gives in glutinous to combined pressure with non-wiping really automatically, make involutory accurately cohering, enhance productivity and quality bills of materials.

The glutinous composite set of seal glue laminated that an inferior purpose of the present utility model provides a kind of button substrate, the single synthetic anchor clamps group job of on board, fixing of use, can reduce the production quantity and the cost of anchor clamps group, and reduce management cost and store the place, reduce production costs.

Another purpose of the present utility model provides a kind of glutinous composite set of seal glue laminated of button substrate, synthetic anchor clamps group according to various different key substrate designs, cooperate and use each seal glue flexibly and press glutinous operation combination, can be in response to different button substrate design and assembly operations, make device can more reasonably use and improve the utilization rate of equipment, to reduce manufacturing cost.

A purpose more of the present utility model provides a kind of glutinous composite set of seal glue laminated of button substrate, control various button substrate design composed component group with numerical value and carry out accurate gluing and involutory, and press the glutinous time and the application of force, can improve to press and cohere precision and the degree of cohering that closes.

The technical solution of the utility model is:

A kind of seal glue laminated of button substrate sticks composite set, is to comprise:

One frame is provided with ccontaining each assembly of platform; One glue transfer mechanism, a seal glue half tone is touched or lifted to the scraper group pressure that a level and vertical order start are set; One closes glutinous mechanism, is pivoted one to close that glutinous support is turning stacked to close button substrate composed component that glutinous anchor clamps place upwards in abutting connection with the glutinous agent of half tone coating of glue transfer mechanism seal glue with move down upset and press glutinous operation downwards; A pair of glutinous mechanism, turning its stacked glutinous anchor clamps upwards is equipped with for the composed component of placing the button substrate of a pair of glutinous support that is pivoted, glutinous operation is pressed in upset downwards; One Material moving device, sliding establish synthetic anchor clamps divide a word with a hyphen at the end of a line close glutinous mechanism close glutinous mould and to glutinous mechanism to glutinous anchor clamps below, pressure-bearing is closed cohere the composed component of button substrate; One actuation means links and sets each Power Component operation in tandem.

Because the utility model uses technique scheme, can be involutory accurately and press the composed component of glutinous button substrate, can improve production quality and efficient, reach in response to the design of the inner composed component of different button substrates and press row's assembling procedure, make device can more reasonably use and improve the utilization rate of equipment, to reduce manufacturing cost.

Description of drawings

The purpose of this utility model and its feature will further describe in detail with relevant accompanying drawing in following description:

Fig. 1 is a kind of simple schematic appearance of button substrate.

Fig. 2 is the decomposition schematic appearance of Fig. 1.

Fig. 3 is that schematic diagram is cutd open in the combination of Fig. 1.

Fig. 4 is the combination dissected figure that the utility model is faced.

Fig. 5 is the I-I direction combination schematic diagram of Fig. 4.

Fig. 6 is the II-II direction combination dissected figure of Fig. 4.

Fig. 7 is the III-III direction combination dissected figure of Fig. 4.

Fig. 8 is the IV-IV direction combination dissected figure of Fig. 4.

Fig. 9 is the V-V direction combination dissected figure of Fig. 4.

Figure 10 is the VI-VI direction combination dissected figure of Fig. 4.

The specific embodiment

With reference to shown in 4 figure, the utility model is to comprise: a frame 1, one glue transfer mechanism 2, closes glutinous mechanism 3, and institutes such as a pair of glutinous mechanism 4, one Material moving devices, 5, one actuation means 6 constitute.

Shown in Fig. 4,5, frame 1 predetermined altitude is provided with a platform 11, the precalculated position sets firmly glue transfer mechanism 2 supports 21 on the platform 11, the upright panel seat 211 of establishing of support 21 top front end face levels is provided with a linear slide rail driving screw group 22, slide moving back and forth of seat 222 levels by a servo power device 221 transmissions one, reach a vertical linearity slide rail set 23 and be arranged on sliding on the seat 222 of linear slide rail driving screw group 22, the sliding seat 232 that drives vertical linearity slide rail set 23 by a straight line locomotory apparatus 231 moves up and down.

One cantilever seat 24 is connected with on vertical linearity slide rail set 23 sliding seats 232, two leading bar groups 241 are parallel is located in cantilever seat 24 precalculated positions, cantilever seat 24 sets firmly two straight line dynamic equipments 242 and passes its drive link 243 and be provided with one and adjust bolt 244 and connect two leading bar groups, 241 tops respectively, the transmission that can adjust high and low position up and down spacing is moved, a seal glue scraper 245 and a gel resin scraper 246 of height about the bottom that two leading bar groups 241 pass cantilever seat 24 is connected with respectively and can adjusts.One framing holder 25 is installed on two cantilevers 212 that the precalculated position sets firmly on support 21 2 sidewalls, on the framing holder 25 the fixed placement of adjustable solidating one seal glue half tone 26 positions under seal glue scraper 245 and gel resin scraper 246 preset space length (shown in Fig. 7,8, seal glue half tone 26 and scraper etc. are prior art, do not repeat them here, figure is not detailed to be painted).

Shown in Fig. 4,5, each the accurate sliding unification leading slide bar 311 that closes glutinous mechanism 3 machine seat boards, 31 4 corner symmetries stands and is located at precalculated position in glue transfer mechanism 2 supports 21, one straight line locomotory apparatus 32 is fixed on seat board 213 bottom surfaces that the precalculated position is provided with in glue transfer mechanism 2 supports 21, adjust high and low position by a screw rod 312, its drive link 321 links driver seat board 31 and moves up and down, and two cantilever slabs 33 are established in stretching of machine seat board 31 front end preset space lengths.

Closing of the glutinous mechanism 3 of two cantilever slabs, 33 outer end precalculated position pivot Colaesce sticks support 34 both sides pivots 341, two cantilever slabs, 33 medial surfaces respectively are connected with a block 331, make the retaining holder of two blocks, 331 end faces close glutinous support 34 inner bottom surfaces and be the level state (shown in Fig. 5 solid line) that makes progress, when closing glutinous support 34 and turn over turnback, block 331 bottom surface blocks close glutinous bottom surface, support 34 outer end and are the downward state of level (shown in Fig. 5 imaginary line), and all the position under glue transfer mechanism 2 seal glue half tones 26.

Close glutinous support 34 end faces stacked and close glutinous seat board 35, connect leading by the sliding four guide rod groups 342 of establishing of the four corner precalculated positions symmetry of closing glutinous support 34, and pass and close glutinous support 34 and connect and close glutinous seat board 35 closing operating bar 361 that glutinous support 34 bottom surfaces are provided with a straight line dynamic equipment 36, operation is closed glutinous seat board 35 and is divided a word with a hyphen at the end of a line up and down, and close glutinous seat board 35 end faces dig establish an alcove 351 involutory stacked one close glutinous anchor clamps 37, close on the glutinous anchor clamps 37 composed component of corresponding button substrate A and dig and establish a die cavity 371.

Close the two side pivots 341 that glutinous support 34 pivots are connected in two cantilever slabs 33,341 sockets of one side pivot are installed in a rotary power device 38 rotating shafts 381 on the side cantilever slab 33, and side pivot 341 wears a vent cap 343 connection one vacuum plants and closes glutinous seat board 35 alcoves, 351 perforation 352 and close duct 372 connections that glutinous anchor clamps 37 die cavitys 371 correspondences wear in addition.

Shown in Fig. 4,6, glutinous mechanism 4 supports, 41 parallel closing are sticked mechanism's 3 supports, 31 adjustable being installed on frame 1 platform 11, to glutinous mechanism 4 supports, 41 front ends, two side precalculated positions vertical set firmly two leading bars 411, the sheathed cantilever 42 of on the two leading bars 411 each, and connect two cantilevers 42 with the fixing high and low position of moving adjustment by a web 421.

Two cantilevers, 42 outer distolateral precalculated position pivots connect the both sides pivot 431 to 4 pairs of glutinous supports 43 of glutinous mechanism, two cantilevers, 42 medial surfaces respectively are connected with a block 422, make the retaining holder of two blocks, 422 end faces be the level state (shown in Fig. 6 solid line) that makes progress to glutinous support 43 inner bottom surfaces, when glutinous support 43 is turned over turnback, block 422 bottom surface blocks are the downward state of level (shown in Fig. 6 imaginary line) to glutinous bottom surface, support 43 outer end, and support 41 screw rod 412 that is pivoted is spirally connected glutinous support 43 adjusted and fixes its height.

To the glutinous stacked a pair of glutinous seat board 44 of support 43 end faces, by the sliding four guide rod groups 432 of establishing of the four corner precalculated positions symmetry of glutinous support 43 are connected leading, the operating bar 451 that glutinous support 43 bottom surfaces are provided with a straight line dynamic equipment 45 passes glutinous support 43 connections glutinous seat board 44, operation is divided a word with a hyphen at the end of a line up and down to glutinous seat board 44, glutinous seat board 44 end faces are dug establish the involutory stacked a pair of glutinous anchor clamps 46 of an alcove 441, the composed component of corresponding button substrate A on the glutinous anchor clamps 46 is dug establish a die cavity 461 (with reference to shown in Figure 9).

Glutinous support 43 pivots are connected in two side pivots 431 of two cantilevers 42,431 sockets of one side pivot are installed in a rotary power device 47 rotating shafts 471 on the side cantilever 42, and side pivot 431 wears a vent cap 433 connection one vacuum plants and is communicated with to glutinous seat board 44 alcoves 441 and to glutinous anchor clamps 46 ducts 462 in addition.

Shown in Fig. 4,10, Material moving device 5 supports 51 are provided with a linear slide rail driving screw group 52 and are installed in precalculated position on frame 1 platform 11, by a servo power device 53 operation one slide seat board 54 levels divide a word with a hyphen at the end of a line close glutinous mechanism 3 and to glutinous mechanism 4 below, make and slide that seat board 54 migration center lines are just superimposed to close that glutinous anchor clamps 37 close in glutinous mechanism 3 and to the line of centres of 4 pairs of glutinous anchor clamps 46 of glutinous mechanism, and sliding the folded synthetic anchor clamps 55 of establishing of seat board 54 end faces.

Synthetic anchor clamps 55 end faces dig according to each downward geomery in button top layer B surface of button substrate A and establish a die cavity 551, sliding seat board 54 wears several airways 541 and connects correspondences wear in vacuum plants and synthetic anchor clamps 55 die cavitys 551 duct 552 and be communicated with that (above each vacuum plant is a prior art, do not repeat them here, figure does not also illustrate, and synthesize anchor clamps 55 die cavitys 551 and close glutinous anchor clamps 37 die cavitys 371 and glutinous anchor clamps 46 die cavitys 461 are made because of the different design shape size of corresponding different each composed component of button substrate A button top layer B inside of need and made by row's operation, will not describe in detail at this, figure is also not detailed to be painted).

Actuation means 6 links each Power Component operation in tandem, and its action button 61 is arranged on the operating platform 12 of straight platform 11 front ends of frame, and controls the upper part that display 62 is hung on frame 1 platform 11 pillars 13.

When using the utility model, by debuging school seal glue half tone 26 and closing glutinous anchor clamps 37, to glutinous anchor clamps 46, synthetic anchor clamps 55, and lifting glue transfer mechanism 2 vertical linearity slide rail set 23 are by debuging whole seal glue scraper 245, the depth of parallelism and the predetermined gap of dividing a word with a hyphen at the end of a line of gel resin scraper 246 and seal glue half tone 26, set Material moving device 5 slide seat board 54 divide a word with a hyphen at the end of a line close that glutinous anchor clamps 37 close in glutinous mechanism 3 and to 4 pairs of glutinous anchor clamps 46 of glutinous mechanism under and the parked point of standby (with reference to shown in Figure 4), prone being placed on of each button top layer B appearance of mould ejection formation can be synthesized in anchor clamps 55 die cavitys 551, close in glutinous anchor clamps 37 die cavitys 371 with inserting that rubber conductive film C coated face C1 is made progress, and inserting of making progress of the coated face D1 of key support D precoating viscose, and start each composed component fixation of vacuum plant sticking button substrate A in each die cavity in glutinous anchor clamps 46 die cavitys 461.

Start-up operation button 61, make glutinous mechanism 4 turned over the holder of turnback retaining at cantilever 42 blocks 422 to glutinous support 43, make glutinous anchor clamps 46 are downward level, and synthetic anchor clamps 55 die cavitys 551 promptly move into after under the glutinous anchor clamps 46, straight line dynamic equipment 45 operating bars 451 to glutinous mechanism 4 stretch out, and will remove glutinous anchor clamps 46 sticking vacuum powers, make press each the button top layer B inner face that touches in synthetic anchor clamps 55 die cavitys 551 that combined pressure is sticked preset time to the button substrate A composed component C coated face C1 in glutinous anchor clamps 46 die cavitys 461 after, contract and move back straight line dynamic equipment 45 operating bars 451 and mention glutinous anchor clamps 46, mobile Material moving device 5 is to position of readiness, and 180 degree revolutions to glutinous mechanism 4 to glutinous support 43.

And glutinous mechanism 4 is being pressed in the glutinous operation, close glutinous mechanism 3 by rectilinear motion device 32 start elevator seat boards 31, the composed component D that interlock closes the button substrate A of stickings in glutinous anchor clamps 37 die cavitys 371 rises adjacent under the glue transfer mechanism 2 seal glue half tones 26 behind the predetermined gap, the composed component D neighbour of start straight line dynamic equipment 36 jacking button substrate A touches seal glue half tone 26 bottom surfaces, promptly operation seal glue scraper 245 moves down to press and touches seal glue half tone 26, and the glutinous agent of putting on seal glue web plate 26 is pressed the coated face D1 that is coated on button substrate A composed component D; Simultaneously, 23 motions of glue transfer mechanism 2 linear slide rail driving screw groups are divided a word with a hyphen at the end of a line and are printed glue scraper 245, after the coated face D1 of button substrate A composed component D is coated with glutinous agent fully, promote seal glue scraper 245 and fall gel resin scraper 246 and press seal glue half tone 26, linear slide rail driving screw group 23 is oppositely moved, glutinous agent on the seal glue half tone 26 struck off fully get back to initial point, be equipped with the gluing operation that supplies next time, and contract to move back and close glutinous mechanism 3 straight line dynamic equipments 36 and fall button substrate A composed component D, and start rectilinear motion device 32 is fallen and is closed glutinous support 34 behind the precalculated position, i.e. 180 degree upsets are closed glutinous support 34 retaining holders at cantilever slab 33 blocks 331, make to close glutinous anchor clamps 37 and be downward level.

Synthetic anchor clamps 55 die cavitys 551 promptly move into and close under the glutinous anchor clamps 37, closing glutinous mechanism 3 straight line dynamic equipments, 36 operating bars 361 stretches out, and remove and close glutinous anchor clamps 37 sticking vacuum powers, after the button substrate A composed component D coated face D1 that close in glutinous anchor clamps 37 die cavitys 371 being pressed touch the composed component C that in synthetic anchor clamps 55 die cavitys 551, cohered to the glutinous preset time of combined pressure, contract and move back straight line dynamic equipment 36 operating bars 361 and mention and close glutinous anchor clamps 37, promptly mobile Material moving device 5 is to the position of readiness blanking, close the glutinous 34 times turnbacks of support of closing of glutinous mechanism 3, be equipped with the operation that supplies next time.

The utility model seal glue, press glutinous operation be can different its operation of composed component design alteration in response to different button substrate A order, also can increase identical seal glue or press the applicability of glutinous mechanism quantity with expanding device.

Claims

1. the seal glue laminated of a button substrate sticks composite set, is to comprise:

One frame is provided with ccontaining each assembly of a platform;

One glue transfer mechanism, its support is installed on the framework platform, support top front end face sets firmly a panel seat one linear slide rail driving screw group is set, slide moving back and forth of a level by a servo power device transmission one, and a vertical linearity slide rail set is arranged on linear slide rail driving screw group and slides on the seat, the sliding seat that is driven the vertical linearity slide rail set by a straight line locomotory apparatus moves up and down, one cantilever seat is connected with on sliding seat, make parallel being located in the cantilever seat of two leading bar groups, two straight line dynamic equipments set firmly and pass the cantilever seat, its drive link connects two leading bar group top transmissions respectively and moves up and down, one of a height seal glue scraper and a gel resin scraper about the bottom then is connected with respectively and can adjusts, one framing holder is arranged on two cantilevers that support two sidewalls set firmly, and a seal glue half tone position is being set on the framing holder under seal glue scraper and gel resin scraper;

One closes glutinous mechanism, upright being located in the glue transfer mechanism support of the sliding unification of each of its machine seat board four corner symmetries leading slide bar, move up and down by the height adjustable driver seat board of a straight line locomotory apparatus, two cantilever slabs are established in stretching of machine seat board front end symmetry, two cantilever slab medial surfaces respectively set firmly a block and outer distolateral pivot thereof and connect and close the pivot that glutinous support two sides are coaxially set, close glutinous support bottom surface one straight line dynamic equipment is set, the trip of its operating bar is passed to connect and is closed stacked one the closing glutinous seat board and move back and forth of glutinous seat board end face, closes glutinous seat board end face and digs and establish the stacked one involutory orientable composed component of commonly using the button substrate of inserting of die cavity that closes glutinous anchor clamps of an alcove;

A pair of glutinous mechanism, its support is parallel to be closed glutinous mechanism and closes that glutinous machine seat board is adjustable is installed on the framework platform, support front end two sides are vertical is provided with each sheathed cantilever of two leading bars, two cantilever medial surfaces respectively are connected with a block and outer distolateral pivot connects the pivot that a pair of glutinous support both sides coaxial line is connected with, glutinous support bottom surface is provided with a straight line dynamic equipment, its operating bar trip is passed connection the stacked a pair of glutinous seat board of glutinous support end face is moved back and forth, and glutinous seat board end face is dug the orientable composed component of inserting the button substrate of the die cavity of establishing the involutory stacked a pair of glutinous anchor clamps of an alcove;

One Material moving device, its support is provided with one and slides on the platform that seat board is installed in frame, slide the folded die cavity of establishing synthetic anchor clamps of seat board end face and can insert the button substrate composed component of commonly using, operable level divide a word with a hyphen at the end of a line close glutinous mechanism close glutinous support and to glutinous mechanism to glutinous support below;

One actuation means, it links sets each Power Component operation in tandem.

2. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein the drive link that two straight line dynamic equipments of setting pass in the glue transfer mechanism cantilever seat is an adjustment bolt respectively to be set connect two leading bar group tops respectively, can adjust the height that seal glue scraper that its transmission two leading bar bottoms are connected with and gel resin scraper move up and down the position, make moving respectively of preset space length press and lift from seal glue half tone.

3. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein close the rectilinear motion device that glutinous mechanism driving machine seat board moves up and down, be that its bottom is connected with a height adjustable seat board bottom surface in glue transfer mechanism, its transmission rod end then is connected with on the machine seat board, makes the transmission of adjustment rectilinear motion device close the height that glutinous mechanism machine seat board moves up and down the position.

4. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein closing the glutinous seat board of closing of glutinous mechanism closing the reciprocating motion that straight line dynamic equipment that glutinous support bottom surface is connected with transmits, is to connect leading by closing the symmetrically arranged four guide rod groups of glutinous support four corners.

5. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein close the two side pivots that glutinous its pivot of support of closing of glutinous mechanism is connected in two cantilever slabs, the socket of one side pivot is installed in the rotary power device rotating shaft transmission upset on the side cantilever slab, and be to close the inner bottom surface of glutinous support with the two block end faces retaining holder of two cantilever slabs to be level upwards in closing glutinous support upset, and bottom surface, the outer end block that closes glutinous support that pivots is downward level in two block bottom surfaces, and other side pivot then wears a vent cap and connects a vacuum plant and close glutinous seat board alcove and close the hole link that glutinous anchor clamps die cavity correspondence wears.

6. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein to glutinous mechanism to glutinous seat board in the reciprocating motion that the straight line dynamic equipment that glutinous support bottom surface is connected with transmits, be by the symmetrically arranged four guide rod groups of glutinous support four corners are connected leading.

7. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein glutinous mechanism is connected in two side pivots of two cantilevers to glutinous its pivot of support, the socket of one side pivot is installed in the rotary power device rotating shaft transmission upset on the side cantilever, and be that two block end faces retaining holder with two cantilevers is level upwards to the inner bottom surface of glutinous support in to glutinous support upset, and pivot bottom surface, the outer end block that sticks support is downward level in two block bottom surfaces, other side pivot then wears a vent cap and connects a vacuum plant and the hole link to sticking the seat board alcove and glutinous anchor clamps die cavity correspondence being worn.

8. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, and wherein between two cantilevers one web is set and is connected glutinous mechanism, and can be with the fixing height and position to glutinous support of moving adjustment on the two leading bars with being linked in.

9. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein the seat board that slides of Material moving device is a linear slide rail driving screw group to be set link a servo power device transmission level and divide a word with a hyphen at the end of a line in support, and its migration center line is just superimposed closes that glutinous anchor clamps close in glutinous mechanism and to the line of centres of glutinous mechanism to glutinous anchor clamps.

10. the seal glue laminated of button substrate according to claim 1 sticks composite set, it is characterized in that, wherein the seat board that slides of Material moving device wears airway and connects the hole link that correspondence wears in a vacuum plant and each die cavity of synthetic anchor clamps.