CN208840820U - One kind presses anti-loaded machine-glazed paper all-in-one machine - Google Patents
One kind presses anti-loaded machine-glazed paper all-in-one machine Download PDFInfo
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- CN208840820U CN208840820U CN201821436317.XU CN201821436317U CN208840820U CN 208840820 U CN208840820 U CN 208840820U CN 201821436317 U CN201821436317 U CN 201821436317U CN 208840820 U CN208840820 U CN 208840820U
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Abstract
The utility model relates to the mounting technology fields such as LED, one kind is referred in particular to press anti-loaded machine-glazed paper all-in-one machine, including board be equipped with the pressure riveting mechanism for pushing riveting point to extraneous heat dissipation aluminum strip, for draw extraneous reflective sheeting be placed into pressure riveting mechanism complete the reflective mechanism of paper of absorption on the heat dissipation aluminum strip of lower riveting point, for depressing the heat dissipation aluminum strip for being placed with reflective sheeting so that the anti-loaded machine-glazed paper mechanism that reflective sheeting is riveted on heat dissipation aluminum strip and the conveying mechanism for conveying the aluminum strip that radiates between pressure riveting mechanism, the reflective mechanism of paper of absorption and anti-loaded machine-glazed paper mechanism.The production efficiency being installed to reflective sheeting on heat dissipation aluminum strip, reduction labor intensity can be improved in the anti-loaded machine-glazed paper all-in-one machine that presses of the utility model, improves product quality, and enhancing reflective sheeting is installed to the structural strength on heat dissipation aluminum strip.
Description
Technical field
The present invention relates to mounting technology fields such as LED, refers in particular to one kind and press anti-loaded machine-glazed paper all-in-one machine.
Background technique
It is fairly simple to the method for reflective sheeting feeding in existing LED lamp assembling production process, usually manually by one
It opens a reflective sheeting to be placed on the heat dissipation aluminum strip equipped with LED light bar, on the one hand manually take since reflective sheeting is relatively thin and inconvenient,
The production method of artificial anti-loaded machine-glazed paper is time-consuming and laborious, and production efficiency is low, large labor intensity；On the other hand due to artificial anti-loaded machine-glazed paper
When, exerts a force to reflective sheeting uneven, not can guarantee the structural strength being installed to reflective sheeting on heat dissipation aluminum strip.
Summary of the invention
It presses anti-loaded machine-glazed paper all-in-one machine the technical problem to be solved in the present invention is to provide one kind, can be improved and pacify reflective sheeting
It is attached to the production efficiency to radiate on aluminum strip, reduces labor intensity, improve product quality, enhancing reflective sheeting is installed on heat dissipation aluminum strip
Structural strength.
In order to solve the above-mentioned technical problem, the present invention adopts the following technical scheme:
One kind presses anti-loaded machine-glazed paper all-in-one machine, including board, is provided on the board for extraneous heat dissipation aluminum strip
The absorption for pushing the pressure riveting mechanism of riveter point, being placed on the heat dissipation aluminum strip for completing lower riveting point for drawing extraneous reflective sheeting
Reflective mechanism of paper, for depressing the heat dissipation aluminum strip for being placed with reflective sheeting so that reflective sheeting be riveted to heat dissipation aluminum strip on anti-loaded machine-glazed paper
Mechanism and in pressure riveting mechanism, draw the conveyer of conveying heat dissipation aluminum strip between reflective mechanism of paper and anti-loaded machine-glazed paper mechanism
Structure.
Further, the pressure riveting mechanism includes that side leads to bracket, leads to below bracket positioned at side for carrying extraneous radiation aluminium
The seat that presses of item, the side of being slidably arranged in lead on bracket it is multiple press component and for driving the component that presses to move up and down first
Actuator, the component that presses include press block, are slideably positioned in press block and for the fixed radiation aluminium for being carried on the seat that presses
The fixed block of item and it is set to press block and for the needle that presses to the heat dissipation aluminum strip riveter point for being carried on the seat that presses.
Further, it is described draw reflective mechanism of paper include draw bracket, be slidably arranged in the suction seat drawn on bracket,
The second actuator for driving suction seat mobile, the pick-up component being slidably arranged in suction seat and for driving absorption group
The third actuator that part moves up and down, the pick-up component include the absorption mould and the first absorption for being adapted to reflective sheeting bumps
Device, first adsorbent equipment include set on several first suction nozzles for drawing mould, and first suction nozzle is for drawing or discharging
Reflective sheeting.
Further, the pick-up component further includes for shaking the vibrator for drawing mould.
Further, the side that the board and being located at draws bracket, which is additionally provided with, puts back light for carry extraneous reflective sheeting
Mechanism of paper, the machine-glazed paper mechanism that puts back includes putting paper bracket, being slideably positioned in the paper base put on paper bracket and put for driving
Paper seat is moved to below pick-up component or removes the fourth drive member below pick-up component, and the paper base is for accommodating the external world
Reflective sheeting.
Further, the anti-loaded machine-glazed paper mechanism includes charge support, the charging component being slideably positioned in charge support
And the 5th actuator for driving charging component to move up and down, the lower section sliding that the board is located at charge support are provided with
The 6th actuator for carrying the charging seat of heat dissipation aluminum strip and for driving charging seat mobile, the charging component is for inhaling
Take and discharge heat dissipation aluminum strip and for depressing the heat dissipation aluminum strip for being placed on charging seat and carrying reflective sheeting.
Further, the charging component includes charging block and the second adsorbent equipment, and the charging block is equipped with and heat dissipation
The moulds fed of aluminum strip bumps adaptation, the moulds fed are equipped with multiple charging needles, and the charging needle is for reflective sheeting to be riveted to
In the riveting point of heat-dissipating aluminium plate, second adsorbent equipment includes several second suction nozzles set on moulds fed, and second suction nozzle is used
In absorption or release heat dissipation aluminum strip.
Further, the board and be located at charge support lower section be equipped with sliding rail, the sliding rail extend to draw it is reflective
Mechanism of paper, the charging seat are slidably connected to sliding rail.
Further, the two sides that the board is located at conveying mechanism be respectively provided with carrying heat dissipation aluminum strip feeding seat and
Blanking seat, the conveying mechanism include being slideably positioned in the equidistant conveying assembly of board and for driving equidistant conveying assembly mobile
The 7th actuator, the equidistant conveying assembly be used to be carried on the heat dissipation aluminum strip of feeding seat via pressure riveting mechanism, draw it is anti-
Machine-glazed paper mechanism, anti-loaded machine-glazed paper mechanism are delivered to blanking seat.
Further, the equidistant conveying assembly includes carriage, the conveying seat being slideably positioned on carriage and is used for
The 8th actuator that driving conveying seat moves up and down, the conveying seat are equipped with multiple delivery chutes for being used to accommodate heat dissipation aluminum strip,
8th actuator is used to that conveying seat to be driven to move up so as to convey upper surface and blanking seat that seat protrudes from feeding seat
Upper surface or for drive conveying seat move down so that convey seat lower than feeding seat lower end surface and blanking seat lower end surface.
Beneficial effects of the present invention: when work, extraneous heat dissipation aluminum strip is delivered to pressure riveting mechanism, squeeze riveter by conveying mechanism
Structure riveting point above and below heat dissipation aluminum strip, the heat dissipation aluminum strip that then conveying mechanism is pressed with riveting point by under again, which is delivered to, draws reflective sheeting machine
Structure draws reflective mechanism of paper and extraneous reflective sheeting is placed on heat dissipation aluminum strip, and then conveying mechanism will carry reflective sheeting again
Heat dissipation aluminum strip be delivered to anti-loaded machine-glazed paper mechanism, anti-loaded machine-glazed paper mechanism pushes the heat dissipation aluminum strip for being placed with reflective sheeting so that reflective sheeting
It is riveted on heat dissipation aluminum strip.The anti-loaded machine-glazed paper all-in-one machine that presses of the invention, which can be improved, is installed to reflective sheeting on heat dissipation aluminum strip
Production efficiency reduces labor intensity, improves product quality, and enhancing reflective sheeting is installed to the structural strength on heat dissipation aluminum strip.
Detailed description of the invention
It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to embodiment or description of the prior art
Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some
Embodiment for those of ordinary skill in the art without any creative labor, can also be according to these
Attached drawing obtains other attached drawings.
Fig. 1 is schematic perspective view of the invention；
Fig. 2 is the structural schematic diagram of pressure riveting mechanism of the invention；
Fig. 3 is the structural schematic diagram of the component that presses of the invention；
Fig. 4 is the structural schematic diagram for putting back machine-glazed paper mechanism of the invention；
Fig. 5 is the structural schematic diagram of the reflective mechanism of paper of absorption of the invention；
Fig. 6 is the structural schematic diagram of pick-up component of the invention；
Fig. 7 is the structural schematic diagram of anti-loaded machine-glazed paper mechanism of the invention；
Fig. 8 is the structural schematic diagram of charging component of the invention；
Fig. 9 is enlarged drawing at A in Fig. 8；
The connection relationship diagram of conveying mechanism and board Figure 10 of the invention；
The structural schematic diagram of conveying mechanism Figure 11 of the invention.
Description of symbols: 100, board；110, feeding seat；120, blanking seat；130, excessive seat；200, conveying mechanism；
210, equidistant conveying assembly；220, the 7th actuator；221, carriage；222, seat is conveyed；223, the 8th actuator；224, it conveys
Slot；300, pressure riveting mechanism；310, the logical bracket in side；320, press seat；330, press component；331, press block；332, fixed block；
333, press needle；340, the first actuator；400, reflective mechanism of paper is drawn；410, bracket is drawn；420, suction seat；430, second
Actuator；440, pick-up component；441, mould is drawn；442, the first suction nozzle；450, third actuator；460, vibrator；500, it fills
Reflective mechanism of paper；510, charge support；520, charge component；521, moulds fed；522, charge needle；523, the second suction nozzle；530,
5th actuator；540, sliding rail；550, charge seat；551, locating piece；560, the 6th actuator；600, machine-glazed paper mechanism is put back；
610, paper bracket is put；620, paper base；630, fourth drive member.
Specific embodiment
For the ease of the understanding of those skilled in the art, the present invention is made further below with reference to embodiment and attached drawing
Bright, the content that embodiment refers to not is limitation of the invention.
The anti-loaded machine-glazed paper all-in-one machine as shown in Figure 1, one kind provided by the invention presses, including board 100 are set on board 100
Have: for pushing the pressure riveting mechanism 300 of riveting point to extraneous heat dissipation aluminum strip, being placed into squeeze riveter for drawing extraneous reflective sheeting
Structure 300 is completed down to draw reflective mechanism of paper 400, for depressing the heat dissipation for being placed with reflective sheeting on the heat dissipation aluminum strip of riveting point
Aluminum strip is so that reflective sheeting is riveted to the anti-loaded machine-glazed paper mechanism 500 to radiate on aluminum strip and is used for reflective in pressure riveting mechanism 300, absorption
The conveying mechanism 200 of conveying heat dissipation aluminum strip between mechanism of paper 400 and anti-loaded machine-glazed paper mechanism 500.When work, conveying mechanism 200 will
Extraneous heat dissipation aluminum strip is delivered to pressure riveting mechanism 300, carries out lower riveting point on 300 pairs of heat dissipation aluminum strips of pressure riveting mechanism, then conveys
The heat dissipation aluminum strip that mechanism 200 is pressed with riveting point by under again, which is delivered to, draws reflective mechanism of paper 400, and drawing reflective mechanism of paper 400 will be outer
The reflective sheeting on boundary is placed on heat dissipation aluminum strip, and then the heat dissipation aluminum strip for carrying reflective sheeting is delivered to dress again by conveying mechanism 200
Reflective mechanism of paper 500, anti-loaded machine-glazed paper mechanism 500 push the heat dissipation aluminum strip for being placed with reflective sheeting so that reflective sheeting is riveted to radiation aluminium
On item.Production efficiency, the drop being installed to reflective sheeting on heat dissipation aluminum strip can be improved in the anti-loaded machine-glazed paper all-in-one machine that presses of the invention
Low labor intensity, improves product quality, and enhancing reflective sheeting is installed to the structural strength on heat dissipation aluminum strip.
As shown in Fig. 2, Fig. 3 and Figure 10, pressure riveting mechanism 300 includes the logical bracket 310 in side, leads to below bracket 310 positioned at side and use
It presses and component 330 and is used in five on the seat 320 that presses of the extraneous heat dissipation aluminum strip of carrying, the logical bracket 310 in the side of being slidably arranged in
The first actuator 340 for driving the component 330 that presses to move up and down, the first actuator 340 here are times strength cylinder.Press component
330 include press block 331, the fixation for being slideably positioned in press block 331 and being used for the fixed heat dissipation aluminum strip for being carried on the seat 320 that presses
Block 332 and it is set to press block 331 and for the needle 333 that presses to the heat dissipation aluminum strip riveter point for being carried on the seat 320 that presses.It presses
Seat 320 is equipped with the carrier being adapted to heat dissipation aluminum strip bumps, and carrier can shift to avoid radiation aluminium item in riveter point.It is right
Position and the angle of the needle 333 that presses can be adjusted according to the heat dissipation aluminum strip of different model in the needle 333 that presses.It is defeated when specific works
Send mechanism 200 that extraneous heat dissipation aluminum strip is delivered to the seat 320 that presses, the first actuator 340 drives the decline of component 330 that presses, Gu
Determine the abutting of block 332 and be carried on the heat dissipation aluminum strip to press on seat 320, the needle 333 that presses pushes heat dissipation aluminum strip riveter point, while fixed block
332 move up under the action of radiating aluminum strip reaction force, and fixed block 322 is avoided to damage heat dissipation aluminum strip by pressure.It is set on fixed block 332
There is the latch for being clamped heat dissipation aluminum strip, can shift to avoid the aluminum strip that radiates in riveter point, improve the precision of riveter point.
As shown in Figure 1 and Figure 4, draw reflective mechanism of paper 400 for convenience and inhale paper, on board 100 and be located at draw it is reflective
The side of mechanism of paper 400, which is equipped with, puts back machine-glazed paper mechanism 600 for carry extraneous reflective sheeting, and putting back machine-glazed paper mechanism 600 includes putting
Paper bracket 610 is slideably positioned in and puts paper base 620 on paper bracket 610 and for driving paper base 620 to be moved to pick-up component
440 lower sections or the fourth drive member 630 for removing 440 lower section of pick-up component, fourth drive member 630 here is cylinder, puts paper
Seat 620 is for accommodating extraneous reflective sheeting.Chart speed degree is put in order to improve, paper base 620 and fourth drive member 630 are equipped with two groups,
It is located at the upper and lower part for putting paper bracket 610, each paper base 620 accommodates multiple reflective sheetings, puts 610 top of paper bracket
Fourth drive member 630 drive and put the paper base 620 on 610 top of paper bracket close to drawing reflective mechanism of paper 400, paper bracket to be put
After reflective sheeting in the paper base 620 on 610 tops has been drawn, paper branch is put in the driving of fourth drive member 630 for putting 610 top of paper bracket
The paper base 620 on 610 top of frame puts the fourth drive member 630 of 610 lower part of paper bracket far from the reflective mechanism of paper 400 of absorption
Driving puts the paper base 620 of 610 lower part of paper bracket close to reflective mechanism of paper 400 is drawn, and puts the paper base on 610 top of paper bracket
620 and lower part 620 alternate run of paper base, improve the speed for putting paper.
As shown in Figure 5 and Figure 6, drawing reflective mechanism of paper 400 includes drawing bracket 410, being slidably arranged in and draw bracket 410
On suction seat 420, the second actuator 430 for driving suction seat 420 mobile, the suction being slidably arranged in suction seat 420
Take component 440 and the third actuator 450 for driving pick-up component 440 to move up and down, pick-up component 440 include for
The absorption mould 441 and the first adsorbent equipment of reflective sheeting bumps adaptation, the first adsorbent equipment include set on drawing several the of mould 441
One suction nozzle 442, the first suction nozzle 442 is for drawing or discharging reflective sheeting.The side for drawing bracket 410, which is located at, puts paper bracket 610
Top.When specific works, the second actuator 430 driving suction seat 420 is moved to the top for putting paper bracket 610, third actuator
450 driving pick-up components 440 are moved down close to paper base 620, and the absorption abutting of mould 441 is placed on reflective on paper base 620
Paper, the first suction nozzle 442 draw reflective sheeting, and third actuator 450 drives pick-up component 440 to move upwardly away from paper base 620, connects
Third actuator 450 and 630 coordination operation of fourth drive member reflective sheeting is placed on the heat dissipation aluminum strip after having beaten riveting point.
Preferably, stack when drawing reflective sheeting in order to avoid the first suction nozzle 442, pick-up component 440 further includes for shaking
The vibrator 460 of mould 441 is drawn, vibrator 460, which is installed on, to be drawn on mould 441, and vibrator 460 here can be vibration electricity
Machine.
Anti-loaded machine-glazed paper mechanism 500 is located at pressure riveting mechanism 300 and draws between reflective mechanism of paper 400, puts back machine-glazed paper mechanism 600
Mechanism, which is located at, draws reflective side of the mechanism of paper 400 far from pressure riveting mechanism 300, and heat dissipation aluminum strip and reflective sheeting are from both direction
Material can rationally utilize 100 space of board in this way, and reduce the anti-loaded machine-glazed paper all-in-one machine that presses occupies space.
As shown in Figure 7 to 9, anti-loaded machine-glazed paper mechanism 500 includes charge support 510, is slideably positioned in charge support 510
Charging component 520 and for drive charging component 520 move up and down the 5th actuator 530, charging component 520 include dress
Expect that block and the second adsorbent equipment, charging block are equipped with the moulds fed 521 being adapted to heat dissipation aluminum strip bumps, moulds fed 521 is equipped with
Multiple charging needles 522, multiple charging needles 522 are for reflective sheeting to be riveted in the riveting point of heat-dissipating aluminium plate, the second adsorbent equipment packet
Several second suction nozzles 523 set on moulds fed 521 are included, the second suction nozzle 523 is for drawing or discharging heat dissipation aluminum strip.Board 100 and
It is equipped with sliding rail 540 positioned at the lower section of charge support 510, sliding rail 540, which extends to, draws reflective mechanism of paper 400, slides on sliding rail 540
It is provided with the charging seat 550 for carrying heat dissipation aluminum strip, board 100 is equipped with for driving the 6th of the charging movement of seat 550 the to drive
Moving part 560, charging seat 550 are equipped with the locating piece 551 for accommodating fixed heat dissipation aluminum strip, and heat dissipation aluminum strip is placed on locating piece
It is more stable on 551, be conducive to the precision for improving dress paper.
When specific works, charging seat 550, which is located at, draws 410 lower section of bracket, and conveying mechanism 200 will complete the radiation aluminium of riveter
Item is delivered to the underface of charge support 510, and the 5th actuator 530 driving charging component 520 moves down, the second suction nozzle 523
Heat dissipation aluminum strip is sucked；5th actuator 530 driving charging component 520 moves up, the 6th actuator 560 driving charging seat 550
It is moved to immediately below charge support 510；5th actuator 530 driving charging component 520 moves down, and the second suction nozzle 523 will dissipate
Hot aluminum strip is discharged on charging seat 550, and the charging seat 550 that the driving of the 6th actuator 560 carries heat dissipation aluminum strip is moved to absorption
410 lower section of bracket draws reflective mechanism of paper 400 for the reflective sheeting in machine-glazed paper mechanism 600 is put back and is placed into dissipating on charging seat 550
On hot aluminum strip；The charging seat 550 that the driving of 6th actuator 560 completes to put paper is moved to immediately below charge support 510, the 5th driving
The driving charging component 520 of part 530 moves down, and reflective sheeting is riveted in the riveting point of heat dissipation aluminum strip by charging needle 522；Second suction nozzle
523 are sucked the heat dissipation aluminum strip equipped with reflective sheeting, and the 5th actuator 530 driving charging component 520 moves up, the 6th actuator
The charging seat 550 that 560 drivings do not carry heat dissipation aluminum strip, which is moved to, draws 410 lower section of bracket, the driving charging of the 5th actuator 530
Component 520 moves down, and the heat dissipation aluminum strip equipped with reflective sheeting is discharged on conveying mechanism 200 by the second suction nozzle 523.
As shown in Figure 10 and Figure 11, on board 100 and positioned at side of the pressure riveting mechanism 300 far from anti-loaded machine-glazed paper mechanism 500
Equipped with the feeding seat 110 for carrying heat dissipation aluminum strip, machine-glazed paper mechanism 600 is separate to draw reflective sheeting on board 100 and positioned at putting back
The side of mechanism 400 is equipped with the blanking seat 120 for carry the aluminum strip that radiates, and feeding seat 110 here, press seat 320 and blanking
Seat 120 is in sustained height, and conveying mechanism 200 includes being slideably positioned in the equidistant conveying assembly 210 of board 100 and for driving
The 7th mobile actuator 220 of equidistant conveying assembly 210, equidistant conveying assembly 210 are used to be carried on the heat dissipation of feeding seat 110
Aluminum strip is delivered to blanking seat 120 via pressure riveting mechanism 300, the reflective mechanism of paper 400 of absorption, anti-loaded machine-glazed paper mechanism 500.Equidistant conveying
Component 210 includes carriage 221, the conveying seat 222 being slideably positioned on carriage 221 and conveys about 222 seat for driving
The 8th mobile actuator 223, conveying seat 222 are equipped with multiple for accommodating the delivery chute 224 of heat dissipation aluminum strip, the 8th actuator
223 are used to that conveying seat 222 to be driven to move up so as to convey upper surface and blanking seat 120 that seat 222 protrudes from feeding seat 110
Upper surface or for drive conveying seat 222 move down so that convey seat 222 lower than feeding seat 110 lower end surface and blanking seat
120 lower end surface, equidistant conveying assembly 210 are used to be carried on the heat dissipation aluminum strip of feeding seat 110 via pressure riveting mechanism 300, suction
Negate machine-glazed paper mechanism 400, anti-loaded machine-glazed paper mechanism 500 is delivered to blanking seat 120.Specifically, the 7th actuator 220 drives equidistant defeated
Sending component 210 is moved up close to feeding seat 110, the 8th actuator 223 driving conveying seat 222, and delivery chute 224 jacks up feeding seat
Heat dissipation aluminum strip on 110, the 7th actuator 220 drive equidistant conveying assembly 210 close to blanking seat 120, and the 8th actuator 223 drives
Dynamic conveying seat 222 moves down, and is additionally provided on board 100 multiple for carrying the excessive seat 130 of heat dissipation aluminum strip, excessive seat 130
The heat dissipation aluminum strip on delivery chute 224 is jacked up, heat dissipation aluminum strip successively moves between delivery chute 224 and excessively seat 130, until blanking
Seat 120.
All technical characteristics in the present embodiment can be freely combined according to actual needs.
Above-described embodiment is the preferable implementation of the present invention, and in addition to this, the present invention can be realized with other way,
Do not depart from the technical program design under the premise of it is any obviously replace it is within the scope of the present invention.
Claims (10)
- The anti-loaded machine-glazed paper all-in-one machine 1. one kind presses, including board, it is characterised in that: be provided on the board for the external world The heat dissipation aluminum strip that heat dissipation aluminum strip pushes the pressure riveting mechanism of riveter point, is placed into the lower riveting point of completion for drawing extraneous reflective sheeting On the reflective mechanism of paper of absorption, for depressing the heat dissipation aluminum strip for being placed with reflective sheeting so that reflective sheeting is riveted to radiates on aluminum strip Anti-loaded machine-glazed paper mechanism and in pressure riveting mechanism, draw conveying heat dissipation aluminum strip between reflective mechanism of paper and anti-loaded machine-glazed paper mechanism Conveying mechanism.
- The anti-loaded machine-glazed paper all-in-one machine 2. one kind according to claim 1 presses, it is characterised in that: the pressure riveting mechanism includes side Lead to bracket, the seat that presses for being used to carry external world's heat dissipation aluminum strip is led to below bracket positioned at side, is on the logical bracket in the side of being slidably arranged in more A press component and the first actuator for driving the component that presses to move up and down, the component that presses include press block, sliding It is set to press block and for the fixed block of the fixed heat dissipation aluminum strip for being carried on the seat that presses and is set to press block and is used for holding It is loaded in the needle that presses of the heat dissipation aluminum strip riveter point for the seat that presses.
- The anti-loaded machine-glazed paper all-in-one machine 3. one kind according to claim 1 presses, it is characterised in that: described to draw reflective mechanism of paper Including drawing bracket, being slidably arranged in and draw the suction seat on bracket, the second actuator for driving suction seat mobile, sliding The pick-up component being arranged in suction seat and the third actuator for driving pick-up component to move up and down, the pick-up component Including the absorption mould and the first adsorbent equipment for being adapted to reflective sheeting bumps, first adsorbent equipment includes being set to draw mould Several first suction nozzles, first suction nozzle is for drawing or discharge reflective sheeting.
- The anti-loaded machine-glazed paper all-in-one machine 4. one kind according to claim 3 presses, it is characterised in that: the pick-up component further includes For shaking the vibrator for drawing mould.
- The anti-loaded machine-glazed paper all-in-one machine 5. one kind according to claim 3 presses, it is characterised in that: the board and be located at draw The side of bracket, which is additionally provided with, puts back machine-glazed paper mechanism for carry extraneous reflective sheeting, and the machine-glazed paper mechanism that puts back includes putting paper branch Frame is slideably positioned in the paper base put on paper bracket and draws for driving paper base to be moved to below pick-up component or remove Fourth drive member below component, the paper base are used to accommodate extraneous reflective sheeting.
- The anti-loaded machine-glazed paper all-in-one machine 6. one kind according to claim 1 presses, it is characterised in that: the anti-loaded machine-glazed paper mechanism packet Include charge support, the charging component that is slideably positioned in charge support and the 5th driving for driving charging component to move up and down Moving part, the board be located at charge support lower section sliding be provided with for carry radiate aluminum strip charging seat and for driving Charge the 6th mobile actuator of seat, and the charging component is filled for drawing and discharging heat dissipation aluminum strip and for depressing being placed on Expect on seat and carry the heat dissipation aluminum strip of reflective sheeting.
- The anti-loaded machine-glazed paper all-in-one machine 7. one kind according to claim 6 presses, it is characterised in that: the charging component includes dress Expect that block and the second adsorbent equipment, the charging block are equipped with the moulds fed being adapted to heat dissipation aluminum strip bumps, set on the moulds fed There are multiple charging needles, the charging needle is for reflective sheeting to be riveted in the riveting point of heat-dissipating aluminium plate, the second adsorbent equipment packet Several second suction nozzles set on moulds fed are included, second suction nozzle is for drawing or discharging heat dissipation aluminum strip.
- The anti-loaded machine-glazed paper all-in-one machine 8. one kind according to claim 6 presses, it is characterised in that: the board and be located at charging The lower section of bracket is equipped with sliding rail, and the sliding rail, which extends to, draws reflective mechanism of paper, and the charging seat is slidably connected to sliding rail.
- The anti-loaded machine-glazed paper all-in-one machine 9. one kind according to claim 1 presses, it is characterised in that: the board is located at conveyer The two sides of structure are respectively provided with the feeding seat and blanking seat of carrying heat dissipation aluminum strip, and the conveying mechanism includes being slideably positioned in machine The equidistant conveying assembly of platform and the 7th actuator for driving equidistant conveying assembly mobile, the equidistant conveying assembly is used for will The heat dissipation aluminum strip for being carried on feeding seat is delivered to blanking seat via pressure riveting mechanism, the reflective mechanism of paper of absorption, anti-loaded machine-glazed paper mechanism.
- The anti-loaded machine-glazed paper all-in-one machine 10. one kind according to claim 9 presses, it is characterised in that: the equidistant conveying assembly Including carriage, the conveying seat being slideably positioned on carriage and for driving the 8th actuator for conveying seat and moving up and down, institute It states conveying seat and is equipped with multiple delivery chutes for being used to accommodate heat dissipation aluminum strip, the 8th actuator is for driving conveying seat Xiang Shangyi It is dynamic so that conveying seat protrude from the upper surface of feeding seat and the upper surface of blanking seat or for drive conveying seat to move down with Make to convey seat lower than the lower end surface of feeding seat and the lower end surface of blanking seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821436317.XU CN208840820U (en) | 2018-08-31 | 2018-08-31 | One kind presses anti-loaded machine-glazed paper all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821436317.XU CN208840820U (en) | 2018-08-31 | 2018-08-31 | One kind presses anti-loaded machine-glazed paper all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208840820U true CN208840820U (en) | 2019-05-10 |
Family
ID=66357956
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821436317.XU Withdrawn - After Issue CN208840820U (en) | 2018-08-31 | 2018-08-31 | One kind presses anti-loaded machine-glazed paper all-in-one machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208840820U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108971928A (en) * | 2018-08-31 | 2018-12-11 | 广东立迪智能科技有限公司 | One kind presses anti-loaded machine-glazed paper all-in-one machine |
-
2018
- 2018-08-31 CN CN201821436317.XU patent/CN208840820U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108971928A (en) * | 2018-08-31 | 2018-12-11 | 广东立迪智能科技有限公司 | One kind presses anti-loaded machine-glazed paper all-in-one machine |
| CN108971928B (en) * | 2018-08-31 | 2023-08-15 | 广东立迪智能科技有限公司 | Press riveting and mounting type reflecting paper integrated machine |
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