CN201579987U - Key substrate hot-melt sticking device - Google Patents
Key substrate hot-melt sticking device Download PDFInfo
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- CN201579987U CN201579987U CN2009201550465U CN200920155046U CN201579987U CN 201579987 U CN201579987 U CN 201579987U CN 2009201550465 U CN2009201550465 U CN 2009201550465U CN 200920155046 U CN200920155046 U CN 200920155046U CN 201579987 U CN201579987 U CN 201579987U
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Abstract
The utility model relates to a key substrate hot-melt sticking device which comprises a frame, a hot-melting mechanism, a pressure-bearing mechanism, a pressure sticking mechanism, a material-transferring mechanism and an operating device, wherein the frame is provided with a platform for containing all the components, the hot-melting mechanism is provided with a pressure melting clamp in a sliding way which can move up and down and be connected with two cantilevers, the pressure-bearing mechanism is pivotally connected with the two cantilevers of the hot-melting mechanism and can overturn one pressure-bearing clamp to bear pressure for hot melting upwards and horizontally and move downwards; the pressure sticking mechanism is pivotally connected with a pressure sticking engine base and can overturn a material-placing clamp to place materials upwards and horizontally and to conduct pressure sticking operation downwards; the material-transferring mechanism is provided with a material-transferring clamp in a stacking way and moves on a key substrate component formed integrally by pressing and melting carrying materials of the pressure-bearing clamp and the lower part of the material-placing clamp; and the operating device is connected with all the power components and operated in sequence.
Description
Technical field
The utility model constitutes the glutinous button substrate assembling operation of putting on rubber conductive film chimeric on the framework of thin slice button about a kind of; Relate in particular to, rubber conductive film fixation makes the thin slice button be the hot melt laminating apparatus of a button substrate by the glutinous rubber conductive film of framework external pressure at the framework inner face.
Background technology
City's portable electronic product button substrate (as: mobile phone, PDA, e-dictionary, remote controller, home telephone, palmtop computer etc.), have with the keyboard form molding of full slice system silastic diaphragm interplantation conduction material and make, 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 by the peculiar demonstration of internal light source transmission; Also having the resinae of use transparent material ejection formation to be hard button top layer gives in printing, separation, dislocation, the conductive film made of the synthetic involutory gluing rubber of the anchor clamps material of mat again, make the location level pressure closely the bonding state toast and do the fixing button substrate goods that form.
Yet silastic material software feature slightly has the end face pressing operation to postpone sense, and the silastic top layer is painted is difficult for and the tone variations dullness, and long-time pressure of button end face dyed layer touch operation, easily makes the dyed layer tone dim gradually and peel off; Moreover, the high material that takes of full slice system silastic material valency, the plastotype Mold Making takes also that material is time-consuming takes a lot of work, and laser engraving equipment high price changes limited; Bind the formation of silastic material conductive film as for, hard button top layer, though the quality and the value of higher level are arranged, its production process, technology level are more complicated, and cost increases relatively.
But frivolous low price trend is now prevailing on the market of portable electronic product, the kenel of button substrate A has been used laminar button B to take and has been put outside a framework C, the rubber conductive film D that pastes at framework C inner face is a button substrate A, make portable electronic product outward appearance more brief, and reduce production costs (shown in Fig. 1-3).Yet button substrate A production process is with behind each the protruding tip C1 that manually the involutory framework C of the perforation D1 inner face correspondence of rubber conductive film D periphery precalculated position and quantity setting is connected with, be placed on and move to a thermofusion device in the anchor clamps die cavity and exert pressure with manpower and each protruding tip C1 hot melt is pressed into oblate C2 holds and shift out die cavity after rubber conductive film D is integral, again with the involutory framework C of thin slice button B outside concave surface C3, make coated face B1 with manpower or put into anchor clamps again and press glutinous rubber conductive film D to finish button substrate A.But the operating efficiency with artificial application of force compressing hot melt and applying is low, and often take place manual operation put the material error or the application of force unequal, easily produce defective products and improve production cost.
The utility model content
Main purpose of the present utility model provides a kind of hot melt laminating apparatus of button substrate, the anchor clamps that use fixedly installs are worn framework and the rubber conductive film that closes in placement, can use the hot melt anchor clamps to bear level pressure each protruding tip of application of force hot melt framework regularly accurately, the certain rubber conductive film that holds of each protruding tip of flattening is integral, make quality and production efficiency with raising, avoid manual work that the error of involutory deviation fusion pressure strength inequality takes place.
An of the present utility model purpose provides a kind of hot melt laminating apparatus of button substrate, framework and rubber conductive film hot melt projection be oblate block be integral after, automatically turn-over is inserted accurately and is moved to fixed point in the anchor clamps and accept the thin slice button and press glutinously, improves the precision that coheres.
Another purpose of the present utility model provides a kind of hot melt laminating apparatus of button substrate, inserts in proper order with involutory accurately each the button substrate assembly of the anchor clamps that are installed with, and makes the operation in the operation keep operation accurately, can avoid the error of manual work.
A purpose more of the present utility model provides a kind of hot melt laminating apparatus of button substrate, with the flow charts such as hot melt transposition applying of automation numerical value operational and controlled key button substrate, can increase work efficiency and the production quality.
The technical solution of the utility model is:
A kind of hot melt laminating apparatus of button substrate, it comprises: a frame is provided with ccontaining each assembly of a platform between each cradling piece; One hot-melting mechanism, the sliding seat that its support front end face setting moves up and down, this support is installed on the framework platform, the sliding seat bottom surface is provided with a thermal conductance seat, be provided with heater in the thermal conductance seat, so that the pressure that heat conduction to thermal conductance seat bottom surface is connected with melts anchor clamps, support two sidewalls are connected with two cantilevers symmetrically, and two cantilever medial surfaces respectively are provided with a block; One pressure-bearing mechanism, its coaxial line ground, pressure-bearing support both sides respectively is provided with a pivot, it is outer distolateral that this pivot pivot is connected in hot-melting mechanism two cantilevers, make the retaining holder of the inner bottom surface of pressure-bearing support at hot-melting mechanism two cantilever block end faces, be positioned under the hot-melting mechanism thermal conductance seat with being the level of state, and bottom surface, the outer end block of pivot pressure-bearing support is in two cantilever block bottom surfaces, also be the level of state, pressure-bearing support bottom surface is provided with the operating bar of a straight line dynamic equipment, this operating bar passes with moving about and connects the stacked pressure-bearing seat board of pressure-bearing support end face, the die cavity of the stacked pressure-bearing anchor clamps of Pressure Block plate top surface, this die cavity can be inserted each perforation of rubber conductive film and each protruding tip of framework of button substrate with locating and be worn the object that closes upwards, melts anchor clamps over against pressing; One presses glutinous mechanism, the parallel pressure-bearing of its support mechanism pressure-bearing support, adjustable putting in order is arranged on the framework platform regularly, each sheathed cantilever of the two leading bars that support front end two sides vertically set firmly, two cantilever medial surfaces respectively are connected with a block and its outer distolateral pivot connects one at the pivot that is connected with pressing glutinous support both sides coaxial line, make the inner bottom surface of the glutinous support of two block end faces retaining backing pressure, be the level of state, pivot and press glutinous bottom surface, support outer end block in two block bottom surfaces, also be the level of state, press glutinous support bottom surface that the operating bar of one straight line dynamic equipment is set, this operating bar passes with moving about and connects the stacked glutinous seat board of a pressure of support end face, press glutinous seat board end face stacked to put the die cavity of material clamp, can insert the thin slice button of button substrate with locating; One Material moving device is provided with one and slides seat board and be installed on the framework platform on its support, slide the folded die cavity that moves material clamp of establishing of seat board end face, and this die cavity can be inserted the framework and the synthetic whole object of rubber conductive film hot melt of button substrate; One actuation means links each Power Component operation in tandem.
Further, according to the hot melt laminating apparatus of button substrate of the present utility model, wherein the sliding seat of hot-melting mechanism support front end face setting is connected with on a linear slide rail driving screw group and by a servo power device transmission.
Further, according to the hot melt laminating apparatus of button substrate of the present utility model, wherein connect with the cross coupling seat between hot-melting mechanism sliding seat and the thermal conductance seat.
Further, according to the hot melt laminating apparatus of button substrate of the present utility model, wherein when the flexible operation of straight line dynamic equipment operating bar, connect the moving up and down of pressure-bearing seat board of leading pressure-bearing mechanism by the symmetrically arranged four guide rod groups of pressure-bearing support four corners.
Further, hot melt laminating apparatus according to button substrate of the present utility model, wherein the pressure-bearing seat board of pressure-bearing mechanism digs at its end face and establishes an alcove, involutory stacked with the pressure-bearing anchor clamps, with over against the molten anchor clamps of the pressure of hot-melting mechanism, and press molten each protruding tips of element associated frame members of pressure of molten anchor clamps to insert position in the pressure-bearing anchor clamps die cavity and quantity and be provided with.
Further, hot melt laminating apparatus according to button substrate of the present utility model, wherein for the pressure-bearing support two side pivots of pressure-bearing mechanism, the socket of one side pivot is installed in a rotary power device rotating shaft that sets firmly on the hot-melting mechanism one side cantilever, with the transmission rotary movement, the opposite side pivot then wears a vent cap, to be communicated with a vacuum plant and pressure-bearing seat board alcove, and the position at the protruding tip of the corresponding button substrate frame of pressure-bearing anchor clamps wears several ducts, to be communicated with pressure-bearing seat board alcove.
Further, according to the hot melt laminating apparatus of button substrate of the present utility model, wherein when the flexible operation of straight line dynamic equipment operating bar, press the pressure of glutinous mechanism to stick moving up and down of seat board at the symmetrically arranged four guide rod groups connection of four corners of the glutinous support of pressure leading.
Further, hot melt laminating apparatus according to button substrate of the present utility model, wherein press between two cantilevers that stick mechanism and set firmly a web, this web connects and is linked in respectively on the two leading bars, can be with adjust fixing position up and down movingly, establish an alcove and press glutinous seat board end face to dig, this alcove and to put material clamp involutory stacked, and the outer distolateral pivot of two cantilevers connects the pivot of pressing glutinous support both sides, the socket of one side pivot is installed in the rotary power device rotating shaft on the side cantilever, the opposite side pivot wears a vent cap, to be communicated with a vacuum plant and to press glutinous seat board alcove.
Further, hot melt laminating apparatus according to button substrate of the present utility model, wherein Material moving device slides seat board and is connected with on a linear slide rail driving screw group, and by a servo power device transmission, and the glutinous mechanism of the just superimposed pressure of migration center line of sliding seat board puts under the line of centres of material clamp and pressure-bearing mechanism pressure-bearing anchor clamps.
Further, hot melt laminating apparatus according to button substrate of the present utility model, wherein the seat board that slides of Material moving device wears vent cap, to connect a vacuum plant and several hole links, these several ducts are arranged in moves button substrate frame and the synthetic whole object of rubber conductive film hot melt that correspondence is inserted in the material clamp die cavity.
Because the utility model uses technique scheme, that can improve product makes quality and production efficiency, makes to avoid artificial involutory hot melt to press glutinously waiting operation generation button substrate hot melt and bind just do not reaching to press to paste and close uneven caducous thing.
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 the simple schematic appearance of button substrate.
Fig. 2 is the outward appearance decomposing schematic representation of button substrate.
Fig. 3 is the combination dissected figure of button substrate.
Fig. 4 is the built-up section cut-away view of facing of the present utility model.
Fig. 5 is that the built-up section cut-away view is looked on right side of the present utility model.
Fig. 6 is that the built-up section cut-away view is looked in left side of the present utility model.
Fig. 7 is the I-I direction built-up section cut-away view of Fig. 4.
Fig. 8 is the II-II direction built-up section cut-away view of Fig. 4.
Fig. 9 is the combination dissected figure of the utility model pressure-bearing anchor clamps rollover states.
Figure 10 is the combination dissected figure that the utility model is pressed glutinous anchor clamps rollover states.
The specific embodiment
Shown in Fig. 4-6, the utility model comprises: a frame 1, one hot-melting mechanism 2, one pressure-bearing mechanisms 3, press institutes such as sticking mechanism's 4, one Material moving devices, 5, one actuation means 6 to constitute.
Shown in Fig. 4-6,11 predetermined altitudes of frame 1 each cradling piece are provided with a platform 12, and platform 12 precalculated positions set firmly hot-melting mechanism 2 supports 21.Hot-melting mechanism 2 supports 21 front end faces are provided with a linear slide rail driving screw group 22 and are connected with a sliding seat 23, move up and down sliding seat 23 by a servo power device 221 transmission linear slide rail driving screw groups 22.
Sliding seat 23 bottom surfaces are provided with cross coupling seat 24 and connect a thermal conductance seat 25, predeterminated position is provided with heater 26 in thermal conductance seat 25, the molten anchor clamps 27 of the pressure that conduction heat energy is connected with to thermal conductance seat 25 bottom surfaces, and respectively set firmly a cantilever 28 symmetrically in hot-melting mechanism 2 supports 21 2 sidewall precalculated positions, two cantilevers, 28 outer distolateral precalculated position pivots connect pressure-bearing mechanism 3 pressure-bearing supports, 31 both sides pivots 311, be positioned under the thermal conductance seat 25, and respectively be connected with a block 281 at two cantilevers, 28 medial surfaces, make two blocks, 281 end faces retaining holder pressure-bearing support, 31 inner bottom surfaces, and be the level of state (with reference to shown in Figure 5), when pressure-bearing support 32 turned over turnback, the bottom surface, outer end of block 281 bottom surface block pressure-bearing supports 32 also was the level of state (with reference to shown in Figure 9).
The stacked pressure-bearing seat board 32 of pressure-bearing support 31 end faces, connect leading by the sliding four guide rod groups 313 of establishing of pressure-bearing support 31 4 corner precalculated positions symmetry, reach in pressure-bearing support 31 bottom surfaces one straight line dynamic equipment, 33 operating bars, 331 company's of wearing pressure-bearing seat boards 32 are set, operation pressure-bearing seat board 32 is divided a word with a hyphen at the end of a line up and down.
Pressure-bearing seat board 32 end faces dig establishes the stacked pressure-bearing anchor clamps 34 that an alcove 321 can be involutory, make orientable respectively bore a hole D1 and each the protruding tip C1 of framework C of rubber conductive film D that insert of pressure-bearing anchor clamps 34 die cavitys 341 wear and close integral body upwards, and press molten element 271 preset space lengths over against pressing molten anchor clamps 27, and make molten each the protruding tip C1 of element 271 associated frame members C of the pressure of pressing molten anchor clamps 27 heat conduction insert position in the pressure-bearing anchor clamps 34 and quantity and be provided with, and wear several ducts 342 in pressure-bearing anchor clamps 34 precalculated positions and be communicated with pressure-bearing seat boards 32 alcoves 321.(it is the different design attitude of the corresponding different protruding tip of button substrate frame and quantity and make that molten element 271 and each duct 342 are pressed in heat conduction, knows clearly in diagram and does not paint).
Pressure-bearing support 31 its pivots are connected in two side pivots 311 of two cantilevers 28,311 sockets of one side pivot are installed in a rotary power device 35 rotating shafts 351 on the side cantilever 28, in addition side pivot 311 wears a vent cap 312 and is communicated with vacuum plants and pressure-bearing seat board 32 alcoves 321 (vacuum plant is known skill, do not repeat them here, figure does not illustrate).
Shown in Fig. 7,8, press the parallel pressure-bearing of 4 supports 41 mechanism of glutinous mechanism 3 pressure-bearing supports, 31 adjustable being installed on frame 1 platform 12, press glutinous mechanism 4 supports, 41 front ends, two sides vertical set firmly two leading bars 411, two leading bars 411 are each sheathed cantilever 42 symmetrically, and a web 421 two cantilevers 42 that are connected are fixed with moving adjustment.Two cantilevers, 42 outer distolateral precalculated position pivots connect presses glutinous mechanism 4 to press glutinous support 43 both sides pivots 431, and respectively be connected with a block 422 at two cantilevers, 42 medial surfaces, the glutinous support 43 inner bottom surfaces of two blocks, 422 end faces retaining backing pressure are the level of state (with reference to shown in Figure 6), when pressing glutinous support 43 to turn over turnback, block 422 bottom surface blocks press glutinous bottom surface, support 43 outer end also to be the level of state (with reference to shown in Figure 10).
Press glutinous support 43 end faces stacked to press glutinous seat board 44, by pressing symmetry sliding four guide rod groups 432 of establishing in glutinous support 43 4 corner precalculated positions to connect leading, and pressing glutinous support 43 bottom center that the glutinous seat board 44 of one straight line dynamic equipment, 45 operating bars, 451 companies of wearing pressure is set, operation presses glutinous seat board 44 to divide a word with a hyphen at the end of a line up and down, and an alcove 441 can be involutory stacked one puts the material clamp 46 die cavitys 461 orientable thin slice button B that insert pressing glutinous seat board 44 end faces to dig to establish.
Press glutinous support 43 pivots to be 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, in addition side pivot 431 wears a vent cap 433 and is communicated with vacuum plants and presses glutinous seat board 44 alcoves 441 and put material clamp 46 ducts 462 that (vacuum plant is known skill, do not repeat them here, figure does not illustrate).
The support 51 of Material moving device 5 is provided with a linear slide rail driving screw group 52 and is installed in precalculated position on frame 1 platform 12, sliding seat board 54 by a servo power device 53 operations one divides a word with a hyphen at the end of a line, make and slide the line of centres that material clamp 46 and pressure-bearing mechanism 3 pressure-bearing anchor clamps 34 are put by the glutinous mechanism 4 of the superimposed pressure of center line that seat board 54 divides a word with a hyphen at the end of a line, and foldedly on the seat board 54 establish one and move material clamp 55 sliding.
Move material clamp 55 end faces and fuse into one according to button substrate A-Frame C and rubber conductive film D pressure, the pressure-bearing anchor clamps 34 that turn over turnback at pressure-bearing mechanism 3 pressure-bearing supports 31 are put the material state and are dug and establish a die cavity 551 (die cavity 551 is framework B of corresponding different button substrate A, design attitude that the protruding tip of rubber conductive film D is different with conduction grain D2 and quantity and make, do not paint in figure is detailed), and wear vent cap 541 and be communicated with vacuum plants and move the duct 552 that correspondence wears in material clamp 55 die cavitys 551 that (vacuum plant is known skill sliding seat board 54, do not repeat them here, figure does not illustrate).Actuation means 6 links each Power Component operation in tandem, and its action button 61 is arranged on frame 1 platform 12 front ends, is hung on position, frame 1 cradling piece, 11 top and control display 62.
When using the utility model, press molten anchor clamps 27 to press molten element 271 and pressure-bearing anchor clamps 34 die cavitys 341, putting material clamp 46 die cavitys 461 and anchor clamps 55 die cavitys 551 of dividing a word with a hyphen at the end of a line is that corresponding each assembly external form of button substrate A, superimposed thickness, protruding tip position, pressure fusion penetration degree etc. design and produce, and set heater 26 heating-up temperatures, and set the Material moving device 5 parked some position that anchor clamps 55 divide a word with a hyphen at the end of a line pressure-bearing mechanism 3 pressure-bearing supports 31 and press glutinous mechanism 4 to press position under the glutinous support 43 and treat the subsequent processing operation of dividing a word with a hyphen at the end of a line.During use, the pre-hot heater 26 of opening power, and after adjusting hot-melting mechanism 2 and pressing molten anchor clamps 27 to press down stroke and press glutinous mechanism 4 to press glutinous support 43 height, respectively bore a hole D1 and each protruding tip C1 of framework C of rubber two conductive film D worn the object that closes, the state that protruding tip C1 is made progress is inserted location in pressure-bearing anchor clamps 34 die cavitys 341, can 61 startups of pressing operation button press molten anchor clamps 27 to press molten element 271 to fall, aiming at each protruding tip C1 presses molten predetermined degree of depth and time to be to rise predetermined altitude after oblate C2 holds rubber conductive film D, and the duct 342 of pressure-bearing anchor clamps 34 is communicated with vacuum plant sticking rubber conductive film D and framework C fuses the object that is one, promptly start rotary power device 35 upset pressure-bearing supports 31 and pressure-bearing anchor clamps 34 blocks and be downward level at two cantilevers, 28 blocks 281, restarting the mechanism 5 of dividing a word with a hyphen at the end of a line slides seat board 54 interlocks and moves material clamp 55 die cavitys 551 and stop under moving to pressure-bearing anchor clamps 34 die cavitys 341, straight line dynamic equipment 33 start pressure-bearings immediately seat board 32 stretch move object that rubber conductive film D and framework C fusion is one insert move in material clamp 55 die cavitys 551 after, pull of vacuum and the startup of removing pressure-bearing anchor clamps 34 die cavitys 341 move material clamp 55 die cavitys 551 vacuum hold, make rubber conductive film D and framework C fusion all-in-one-piece object dislocation.
In the above-mentioned operation operation, thin slice button B coated face B1 the inserting of state that make progress presses glutinous mechanism 5 to put location in material clamp 46 die cavitys 461, stop (with reference to shown in Figure 5) moving the parked some position of promptly dividing a word with a hyphen at the end of a line after material clamp 55 dislocations are finished, 34 withdrawals of pressure-bearing anchor clamps and upset are upwards holding state, start vacuum hold thin slice button B and press glutinous mechanism 5 to put material clamp 46 die cavitys 461, and upset presses glutinous support 44 blocks after two cantilevers, 42 blocks 421 are downward level, the mechanism 5 of dividing a word with a hyphen at the end of a line slides seat board 54 and promptly restarts, make and move material clamp 55 die cavitys 551 built-in objects and move to and stop after pressing under glutinous anchor clamps 46 die cavitys 461, straight line dynamic equipment 45 is promptly made the glutinous seat board 32 of dynamic pressure and is stretched the coated face B1 that moves thin slice button B and stick after upwards the framework C concave surface C3 of state becomes a button substrate A with rubber conductive film D to pressing down, and promptly removes vacuum hold power and moves to parked some position and treat next engineer operation.
Claims (10)
1. the hot melt laminating apparatus of a button substrate is characterized in that, the hot melt laminating apparatus of this button substrate comprises:
One frame is provided with ccontaining each assembly of a platform between each cradling piece;
One hot-melting mechanism, the sliding seat that its support front end face setting moves up and down, this support is installed on the framework platform, the sliding seat bottom surface is provided with a thermal conductance seat, be provided with heater in the thermal conductance seat, with the molten anchor clamps of pressure that heat conduction to thermal conductance seat bottom surface is connected with, support two sidewalls are connected with two cantilevers symmetrically, and two cantilever medial surfaces respectively are provided with a block;
One pressure-bearing mechanism, its coaxial line ground, pressure-bearing support both sides respectively is provided with a pivot, it is outer distolateral that this pivot pivot is connected in hot-melting mechanism two cantilevers, make the retaining holder of the inner bottom surface of pressure-bearing support at hot-melting mechanism two cantilever block end faces, be positioned under the hot-melting mechanism thermal conductance seat with being the level of state, and bottom surface, the outer end block of pivot pressure-bearing support is in two cantilever block bottom surfaces, also be the level of state, pressure-bearing support bottom surface is provided with the operating bar of a straight line dynamic equipment, this operating bar passes with moving about and connects the stacked pressure-bearing seat board of pressure-bearing support end face, the die cavity of the stacked pressure-bearing anchor clamps of Pressure Block plate top surface, this die cavity can be inserted each perforation of rubber conductive film and each protruding tip of framework of button substrate with locating and be worn the object that closes upwards, melts anchor clamps over against pressing;
One presses glutinous mechanism, the parallel pressure-bearing of its support mechanism pressure-bearing support, adjustable putting in order is arranged on the framework platform regularly, each sheathed cantilever of the two leading bars that support front end two sides vertically set firmly, two cantilever medial surfaces respectively are connected with a block and its outer distolateral pivot connects one at the pivot that is connected with pressing glutinous support both sides coaxial line, make the inner bottom surface of the glutinous support of two block end faces retaining backing pressure, and be the level of state, pivot and press glutinous bottom surface, support outer end block in two block bottom surfaces, also be the level of state, press glutinous support bottom surface that the operating bar of one straight line dynamic equipment is set, this operating bar passes with moving about and connects the glutinous seat board of a pressure of pressing glutinous support end face stacked, press glutinous seat board end face stacked to put the die cavity of material clamp, can insert the thin slice button of button substrate with locating;
One Material moving device is provided with one and slides seat board and be installed on the framework platform on its support, slide the folded die cavity that moves material clamp of establishing of seat board end face, and this die cavity can be inserted the framework and the synthetic whole object of rubber conductive film hot melt of button substrate;
One actuation means links each Power Component operation in tandem.
2. the hot melt laminating apparatus of button substrate according to claim 1 is characterized in that, wherein the sliding seat of hot-melting mechanism support front end face setting is connected with on a linear slide rail driving screw group and by a servo power device transmission.
3. the hot melt laminating apparatus of button substrate according to claim 1 is characterized in that, wherein connects with the cross coupling seat between hot-melting mechanism sliding seat and the thermal conductance seat.
4. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein when the flexible operation of straight line dynamic equipment operating bar, connect the moving up and down of pressure-bearing seat board of leading pressure-bearing mechanism by the symmetrically arranged four guide rod groups of pressure-bearing support four corners.
5. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein the pressure-bearing seat board of pressure-bearing mechanism digs at its end face and establishes an alcove, involutory stacked with the pressure-bearing anchor clamps, with over against the molten anchor clamps of the pressure of hot-melting mechanism, and press molten each protruding tips of element associated frame members of pressure of molten anchor clamps to insert position in the pressure-bearing anchor clamps die cavity and quantity and be provided with.
6. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein for the pressure-bearing support two side pivots of pressure-bearing mechanism, the socket of one side pivot is installed in a rotary power device rotating shaft that sets firmly on the hot-melting mechanism one side cantilever, with the transmission rotary movement, the opposite side pivot then wears a vent cap, to be communicated with a vacuum plant and pressure-bearing seat board alcove, and the position at the protruding tip of the corresponding button substrate frame of pressure-bearing anchor clamps wears several ducts, to be communicated with pressure-bearing seat board alcove.
7. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein when the flexible operation of straight line dynamic equipment operating bar, press the pressure of glutinous mechanism to stick moving up and down of seat board at the symmetrically arranged four guide rod groups connection of four corners of the glutinous support of pressure leading.
8. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein press between two cantilevers that stick mechanism and set firmly a web, this web connects and is linked in respectively on the two leading bars, can be with adjust fixing position up and down movingly, establish an alcove and press glutinous seat board end face to dig, this alcove and to put material clamp involutory stacked, and the outer distolateral pivot of two cantilevers connects the pivot of pressing glutinous support both sides, the socket of one side pivot is installed in the rotary power device rotating shaft on the side cantilever, the opposite side pivot wears a vent cap, to be communicated with a vacuum plant and to press glutinous seat board alcove.
9. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein Material moving device slides seat board and is connected with on a linear slide rail driving screw group, and by a servo power device transmission, and the glutinous mechanism of the just superimposed pressure of migration center line of sliding seat board puts under the line of centres of material clamp and pressure-bearing mechanism pressure-bearing anchor clamps.
10. the hot melt laminating apparatus of button substrate according to claim 1, it is characterized in that, wherein the seat board that slides of Material moving device wears vent cap, to connect a vacuum plant and several hole links, these several ducts are arranged in moves button substrate frame and the synthetic whole object of rubber conductive film hot melt that correspondence is inserted in the material clamp die cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201550465U CN201579987U (en) | 2009-06-10 | 2009-06-10 | Key substrate hot-melt sticking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201550465U CN201579987U (en) | 2009-06-10 | 2009-06-10 | Key substrate hot-melt sticking device |
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| Publication Number | Publication Date |
|---|---|
| CN201579987U true CN201579987U (en) | 2010-09-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201550465U Expired - Lifetime CN201579987U (en) | 2009-06-10 | 2009-06-10 | Key substrate hot-melt sticking device |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102173052A (en) * | 2010-12-08 | 2011-09-07 | 上海斯纳普膜分离科技有限公司 | Hot plate welding machine and flat type filter membrane element sealing method |
| CN104162980A (en) * | 2014-07-30 | 2014-11-26 | 格林精密部件（惠州）有限公司 | Compaction-type automatic hot melting clamping device |
| CN105666851A (en) * | 2016-03-01 | 2016-06-15 | 广东飞新达智能设备股份有限公司 | Full-automatic hot melting machine |
| CN106003699A (en) * | 2016-07-11 | 2016-10-12 | 广东东方亮彩精密技术有限公司 | Automatic dome sheet mounting machine for mobile phone shell parts |
| CN107443763A (en) * | 2017-07-26 | 2017-12-08 | 宁波普泰自动化科技有限公司 | A kind of article shading curtain automatic glue spreading device |
| CN107443760A (en) * | 2017-08-14 | 2017-12-08 | 福建省石狮市通达电器有限公司 | The packaging technology and its hot melt system of multimedia navigation panel |
| WO2018112702A1 (en) * | 2016-12-19 | 2018-06-28 | 陈强 | Hot-melt coating processing device |
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2009
- 2009-06-10 CN CN2009201550465U patent/CN201579987U/en not_active Expired - Lifetime
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102173052A (en) * | 2010-12-08 | 2011-09-07 | 上海斯纳普膜分离科技有限公司 | Hot plate welding machine and flat type filter membrane element sealing method |
| CN104162980A (en) * | 2014-07-30 | 2014-11-26 | 格林精密部件（惠州）有限公司 | Compaction-type automatic hot melting clamping device |
| CN105666851A (en) * | 2016-03-01 | 2016-06-15 | 广东飞新达智能设备股份有限公司 | Full-automatic hot melting machine |
| CN106003699A (en) * | 2016-07-11 | 2016-10-12 | 广东东方亮彩精密技术有限公司 | Automatic dome sheet mounting machine for mobile phone shell parts |
| WO2018112702A1 (en) * | 2016-12-19 | 2018-06-28 | 陈强 | Hot-melt coating processing device |
| CN107443763A (en) * | 2017-07-26 | 2017-12-08 | 宁波普泰自动化科技有限公司 | A kind of article shading curtain automatic glue spreading device |
| CN107443763B (en) * | 2017-07-26 | 2023-07-07 | 宁波普泰自动化科技有限公司 | Automatic gluing device for object shielding curtain |
| CN107443760A (en) * | 2017-08-14 | 2017-12-08 | 福建省石狮市通达电器有限公司 | The packaging technology and its hot melt system of multimedia navigation panel |
| CN107443760B (en) * | 2017-08-14 | 2023-03-31 | 福建省石狮市通达电器有限公司 | Assembling process of multimedia navigation panel and hot melting system thereof |
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