CN209141440U - A kind of automation laminator - Google Patents

A kind of automation laminator Download PDF

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Publication number
CN209141440U
CN209141440U CN201821487019.3U CN201821487019U CN209141440U CN 209141440 U CN209141440 U CN 209141440U CN 201821487019 U CN201821487019 U CN 201821487019U CN 209141440 U CN209141440 U CN 209141440U
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CN
China
Prior art keywords
connect
feeding
motor
idler wheel
cylinder
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Expired - Fee Related
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CN201821487019.3U
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Chinese (zh)
Inventor
杨彬
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Suzhou Vios Electronics Co Ltd
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Suzhou Vios Electronics Co Ltd
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Priority to CN201821487019.3U priority Critical patent/CN209141440U/en
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Publication of CN209141440U publication Critical patent/CN209141440U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model provides a kind of automation laminator, including feed bin mechanism, assembly line mechanism, take parameter mechanism and coiled tape mechanism, the feed bin mechanism is located at below the assembly line mechanism, the assembly line takes parameter mechanism to connect with described, the coiled tape mechanism is connect with the assembly line mechanism, the coiled tape mechanism includes recycling idler wheel, delivery roller, motor one, optical fiber adjusts platform, sensor one and feeding roller, the motor one is connect with the recycling idler wheel, the sensor one adjusts platform with the optical fiber and connect, coiled tape on the recycling idler wheel is through the feeding roller, the optical fiber adjusts platform and connect with the delivery roller.The utility model, which realizes, to carry out substance in charging tray to move identification and processing certainly, the manual operation during pad pasting is avoided, industry automation is realized, reduces the secondary damage in process of producing product to product, the defect rate for reducing product has ensured the precision and quality of product.

Description

A kind of automation laminator
Technical field
The utility model relates to a kind of automation laminators
Background technique
Automatically working mode has become Developing mainstream social now at present, and the mode of operation is high-efficient, product Quality is good, and cost of labor is low, convenient for management, but still relies on artificial pad pasting in pad pasting field, and which results in manually tearing Exist in membrane process cause the deformation of piece film, fold, corner risk, even result in that piece film is damaged, this kind of mode of operation is imitated Rate is low, and large labor intensity, Product Precision is low, and product quality, which is difficult to save, to be difficult to be mass produced, the coiled tape after manually taking film It has been contaminated, can not be recycled through artificial multiple-contact, do not met the requirements of the times of social development now.
Utility model content
In view of many disadvantages existing for the above artificial pad pasting process, the purpose of this utility model is to provide a kind of automations Laminator, the laminator have abandoned intensive operating mode, realize and take returning for film, the automation of pad pasting process and coiled tape It receives.
Purpose related to other to achieve the above object, the utility model provide a kind of coiled tape mechanism of laminator, Including feed bin mechanism, assembly line mechanism, parameter mechanism and coiled tape mechanism are taken, the feed bin mechanism and the assembly line mechanism connect It connects, the feed bin mechanism is used to provide the charging tray to the assembly line mechanism, and the assembly line mechanism takes parameter machine with described Structure connection, the assembly line mechanism is described to take parameter mechanism for grippale tabs film for constantly transmitting charging tray to appropriate location, and Piece film is attached to on adhesive cover products, the coiled tape mechanism is connect with the assembly line mechanism, the coiled tape mechanism is used for Piece film is provided, and coiled tape is recycled, the coiled tape mechanism includes recycling idler wheel, delivery roller, motor one, optical fiber tune Platform, feeding roller, sensor one, cylinder idler wheel, cylinder one and lower camera are saved, the motor one utilizes conveyer belt and described time Idler wheel connection is received, for the motor one for driving the recycling idler wheel to rotate, the sensor one adjusts platform with the optical fiber Connection adjusts position and quantity on platform in optical fiber for detection lug film, the coiled tape on the recycling idler wheel through it is described into It adjusts platform to idler wheel, the cylinder idler wheel, the optical fiber to connect with the delivery roller, the optical fiber adjusts platform for adjusting The position of the coiled tape is saved, the cylinder idler wheel is contacted with the feeding roller, the cylinder idler wheel and the feeding roller For assisting coiled tape to enter the recycling idler wheel, the cylinder idler wheel connect with the cylinder one, the lower camera with it is described Optical fiber adjusts platform connection, and the lower camera analyzes its location information, for taking pictures to the piece film that picking-up mechanism clamps convenient for patch Film.
Preferably, it includes roller bearing eight, transfer bed, broach, support film platform and regulating platform, the rolling that the optical fiber, which adjusts platform, Axis eight is connect with the transfer bed, the roller bearing eight for assist coiled tape enter the transfer bed, the transfer bed end with The broach connection, for peeling affiliated piece film from coiled tape, the broach is connect the broach with the support film platform, The support film platform is connect for temporarily storing piece film, the support film platform with the regulating platform, and the regulating platform is adjustable The position of the support film platform, achievees the purpose that adjust the transmission bed position.
It is preferably, described that take parameter mechanism include that support leg, motor two, motor three, track two, left picking-up mechanism, the right side take Mark mechanism, support plate, upper camera, motor one and track one, the support leg are connect with the track two, are used to support described take Parameter mechanism, the motor two and the motor three are located at the both ends of the track two, and the motor two takes mark machine with the left side Structure connection, for driving the left picking-up mechanism to move on the track two, the motor three connects with the right picking-up mechanism It connects, for driving the right picking-up mechanism to move on the track two, is connect below the support plate with the track two, institute It states and is connect above support plate with the track one, the motor one is equipped with above the track one, the motor one is for driving The upper camera moves on the track one, and the motor one is connect with the upper camera, and the upper camera is for treating patch The position of film product is taken pictures, and the location information to adhesive cover products is analyzed.
Preferably, the left picking-up mechanism includes cylinder baffle, cylinder, suction nozzle and vacuum adapter, the cylinder baffle with The cylinder two connects, and the cylinder two is connect with the vacuum adapter, and the cylinder two is for driving the vacuum adapter Lower movement, the vacuum adapter are used to put vacuum to suction nozzle suction, and the vacuum adapter is connect with the suction nozzle, the suction nozzle For drawing piece film.
Preferably, the assembly line mechanism includes material fetching mechanism, transport mechanism, width adjusting screw rod and sensor two, institute It states material fetching mechanism to connect with the transport mechanism, the material fetching mechanism draws the charging tray in institute for clamping the charging tray It states and is moved in transport mechanism, the transport mechanism includes transmission bracket one, transmission bracket two, overhead gage one, overhead gage two, bearing Group one and bearing group two, the overhead gage one are perpendicularly fixed at the transmission bracket one, the bearing group one and transmission branch Frame one connects, and the bearing group one is parallel with the overhead gage one, forms tracks, and the overhead gage two is perpendicularly fixed at institute Transmission bracket two is stated, the bearing group two is connect with the transmission bracket two, and the bearing group two is parallel with the overhead gage two, Tracks are formed, the charging tray can move in above-mentioned track, and the width adjusting screw rod passes through the transmission bracket one It with the transmission bracket two, and is connect with the material fetching mechanism, the width adjusting screw rod is for adjusting the transport mechanism Width, to adapt to different products, the sensor two is located between transmission bracket one and the transmission bracket two, the sensing Device two is for detecting charging tray position.
Preferably, the material fetching mechanism includes feeding bracket one, feeding bracket two, feeding track one, feeding track two, takes Bridge, clip claw mechanism, feeding motor mechanism and backlight, the feeding bracket one and the feeding bracket two are located at the transmission The two sides of mechanism, the feeding bracket one are connect with the feeding track one, the feeding bracket two and the feeding track two Connection, the both ends of the feeding bridge connect with the feeding track one and the feeding track two respectively, and the feeding bridge can be It is moved on the feeding track one and the feeding track two, the clip claw mechanism, the clamping jaw is equipped among the feeding bridge For clamping the charging tray, the feeding motor mechanism is connect with the feeding bracket one for mechanism, and the feeding motor mechanism is used In driving the feeding bridge movement, the backlight is between the feeding bracket one and feeding bracket two, for assisting Camera is stated to take pictures.
Preferably, the feeding motor mechanism includes motor four, belt, idler wheel one and idler wheel two, the idler wheel one and institute It states idler wheel two to connect with the feeding bracket one, the idler wheel one is connect with the motor four, and the motor four is for driving institute The rotation of idler wheel one is stated, the idler wheel one is connected with the idler wheel two using the belt, and the belt connects with the feeding bridging, The feeding bridge moves under the drive of the belt, and the clip claw mechanism includes swing arm, cylinder three and clamping jaw, the swing arm with The feeding bridging connects, and the cylinder three is connect with the swing arm, and the cylinder three is used to that the clamping jaw to be driven to be closed and open, The cylinder three is connect with the clamping jaw, and the clamping jaw is for clamping the charging tray.
Preferably, the feed bin mechanism includes feed bin, motor five, elevating screw and charging tray, is equipped with charging tray in the feed bin, The feed bin is equipped with the motor five and the elevating screw, the lifting silk for storing the charging tray under the feed bin Bar is connect with the motor five, and the motor five drives the feed bin lifting for driving the elevating screw to rotate.
Before mechanism work, feed bin is placed into appropriate location, and motor five drives elevating screw rotation, and feed bin rises, sensor Two detect charging tray, and backlight is opened, coiled tape successively from delivery roller, roller bearing eight, optical fiber adjust platform, cylinder idler wheel, into To idler wheel, into recycling idler wheel, when mechanism works, motor one works, and delivery roller rotation, coiled tape is transmitted in transfer bed, Broach removes piece film from coiled tape, and temporarily stores on support film platform, and sensor one detects support film platform upper piece film Position and quantity, motor two draw left picking-up mechanism and move to modulus region on track two, cylinder two goes out, suction nozzle contact chip Film, vacuum adapter inhale vacuum to suction nozzle, and suction nozzle draws piece film, and motor two drives left picking-up mechanism to pad pasting regional movement, movement In the process, lower camera takes pictures to the piece film that left picking-up mechanism is drawn, and acquires data, motor four is detected according to sensor two at this time Charging tray information, traction feeding bridge movement, cylinder three drives clamping jaw to clamp charging tray, and charging tray pulled out feed bin, and upper camera is to material Disk is taken pictures, and the location information to adhesive cover products is acquired, and the data information that upper camera and lower camera acquire is matched, data processing After the completion, motor four draws feeding bridge to appropriate position, and cylinder two stretches out, and piece film is contacted to adhesive cover products, and vacuum adapter is put very Sky, piece film are attached to which on adhesive cover products, left picking-up mechanism backtracking, pad pasting process is completed, and similarly, right picking-up mechanism is also completed Pad pasting process, left picking-up mechanism and right picking-up mechanism are alternately accomplished pad pasting process, until the product pad pasting in entire charging tray is completed, To feed bin, motor five works charging tray backtracking, drives feed bin to rise, clip claw mechanism clamps another layered material disk, pad pasting process weight It is multiple, it is finally completed in feed bin really to adhesive cover products pad pasting, manually takes out feed bin, continue to be put into new feed bin.
In conclusion a kind of automation laminator of the utility model has the advantages that this laminator is worked Journey manual intervention is few, and product quality is high, and labour cost is low, avoids artificial pad pasting in the process to the secondary damage of product, increases The qualification rate of product, the coiled tape after use can also recycle automatically, realize the recycling of coiled tape, reduce enterprise Cost.
Detailed description of the invention
A kind of schematic diagram for automating laminator of Fig. 1.
A kind of coiled tape structural scheme of mechanism for automating laminator of Fig. 2.
A kind of automation laminator of Fig. 3 takes parameter structural scheme of mechanism.
A kind of assembly line two-dimensional mechanism schematic diagram for automating laminator of Fig. 4.
A kind of assembly line mechanism top view for automating laminator of Fig. 5.
A kind of feed bin structural scheme of mechanism for automating laminator of Fig. 6.
1, idler wheel is recycled;2, delivery roller;5, motor one;6, optical fiber adjusts platform;7, lower camera;8, cylinder one;9, into To idler wheel;10, cylinder idler wheel;18, roller bearing eight;19, film platform is held in the palm;20, regulating platform;21, broach;22, sensor one;23, it passes Send bed;25, picking-up mechanism;26, support plate;28, track two;29, motor two;30, motor three;31, left picking-up mechanism;32, right Picking-up mechanism;33, cylinder baffle;34, cylinder two;35, vacuum adapter;36, suction nozzle;37, motor one;38, track one;39, on Camera;40, support leg;41, material fetching mechanism;42, transport mechanism;43, width adjusting screw rod;44, bracket one is transmitted;45, it transmits Bracket two;46, overhead gage one;47, overhead gage two;48, bearing group one;49, bearing group two;50, feeding bracket one;51, feeding Bracket two;52, feeding track one;53, feeding track two;54, feeding bridge;55, clip claw mechanism;56, feeding motor mechanism;57, Motor four;58, belt;59, idler wheel one;60, idler wheel two;61, swing arm;62, cylinder three;63, clamping jaw;64, backlight;65, it passes Sensor two;66, motor five;67, elevating screw;68, feed bin;69, charging tray;70, feed bin mechanism;71, assembly line mechanism;72, it takes Parameter mechanism;73, coiled tape mechanism.
Specific embodiment
The embodiments of the present invention is illustrated by particular specific embodiment below, those skilled in the art can be by this Content disclosed by specification understands other advantages and effect of the utility model easily.
Fig. 1 is please referred to Fig. 6.It should be clear that this specification structure depicted in this specification institute accompanying drawings, ratio, size etc., only to Cooperate the revealed content of specification, so that those skilled in the art understands and reads, is not intended to limit the utility model Enforceable qualifications, therefore do not have technical essential meaning, the modification of any structure, the change of proportionate relationship or size Adjustment, in the case where not influencing the effect of the utility model can be generated and the purpose that can reach, should all still fall in the utility model Revealed technology contents obtain in the range of capable of covering.Meanwhile in this specification it is cited as "upper", "lower", " left side ", The term on " right side ", " centre " and " one " etc. is merely convenient to being illustrated for narration, rather than enforceable to limit the utility model Range, relativeness are altered or modified, under the content of no substantial changes in technology, enforceable when being also considered as the utility model Scope.
As described in Fig. 1 to Fig. 6, the utility model provides an automation kind automation laminator, including feed bin mechanism 70, stream Waterline mechanism 71 takes parameter mechanism 72 and coiled tape mechanism 73, and the feed bin mechanism 70 is connect with the assembly line mechanism 71, institute Feed bin mechanism 70 is stated for providing the charging tray 69 to the assembly line mechanism 71, the assembly line mechanism 71 takes parameter with described Mechanism 72 connects, and the assembly line mechanism 71 is used to constantly transmit the charging tray 69 to appropriate location, described to take parameter mechanism 72 It is attached to for grippale tabs film, and by piece film on adhesive cover products, the coiled tape mechanism 73 is connect with the assembly line mechanism 71, The coiled tape mechanism 73 recycles coiled tape for providing piece film, and the coiled tape mechanism 73 includes recycling idler wheel 1, delivery roller 2, motor 1, optical fiber adjust platform 6, feeding roller 9, sensor 1, cylinder idler wheel 10, cylinder 1 and under Camera 7, the motor 1 are connect using conveyer belt with the recycling idler wheel 1, and the motor 1 is for driving the recycling to roll 1 rotation of wheel, the sensor 1 adjust platform 6 with the optical fiber and connect, and adjust platform 6 in the optical fiber for detection lug film On position and quantity, it is described recycling idler wheel 1 on coiled tape through the feeding roller 9, the cylinder idler wheel 10, the optical fiber It adjusts platform 6 to connect with the delivery roller 2, the optical fiber adjusts the position that platform 6 is used to adjust the coiled tape, the gas Cylinder idler wheel 10 is contacted with the feeding roller 9, and the cylinder idler wheel 10 and the feeding roller 9 are for assisting coiled tape to enter institute Recycling idler wheel 1 is stated, the cylinder idler wheel 10 is connect with the cylinder 1, and the lower camera 7 adjusts platform 6 with optical fiber and connect, The piece film that the lower camera 7 is used to clamp picking-up mechanism 25 is taken pictures, its location information is analyzed, and is convenient for pad pasting.
Preferably, the optical fiber adjusts platform 6 and includes roller bearing 8 18, transfer bed 23, broach 21, support film platform 19 and adjust Platform 20, the roller bearing 8 18 are connect with the transfer bed 23, and the roller bearing 8 18 is for assisting coiled tape to enter the transfer bed 23,23 end of transfer bed is connect with the broach 21, and the broach 21 from coiled tape for peeling affiliated piece film, institute Broach 21 is stated to connect with the support film platform 19, the support film platform 19 for temporarily storing piece film, the support film platform 19 and The regulating platform 20 connects, and the position of the adjustable support film platform 19 of regulating platform 20 reaches and adjusts the transfer bed The purpose of 23 positions.
Preferably, described that parameter mechanism 72 is taken to take mark including support leg 40, motor 2 29, motor 3 30, track 2 28, a left side Mechanism 31, right picking-up mechanism 32, support plate 26, upper camera 39, motor 1 and track 1, the support leg 40 and the rail Road 2 28 connects, be used to support it is described take parameter mechanism 72, the motor 2 29 and the motor 3 30 are located at the track two 28 both ends, the motor 2 29 is connect with the left picking-up mechanism 31, for driving the left picking-up mechanism 31 in the rail It is moved on road 2 28, the motor 3 30 is connect with the right picking-up mechanism 32, for driving the right picking-up mechanism 32 in institute It states and is moved on track 2 28,26 lower section of support plate is connect with the track 2 28,26 top of support plate and the rail Road 1 connects, and one 38 top of track is equipped with the motor 1, and the motor 1 is for driving the upper camera 39 It is moved on the track 1, the motor 1 is connect with the upper camera 39, and the upper camera 39 is for treating pad pasting The position of product is taken pictures, and the location information to adhesive cover products is analyzed.
Preferably, the left picking-up mechanism 31 includes cylinder baffle 33, cylinder 2 34, suction nozzle 36 and vacuum adapter 35, institute It states cylinder baffle 33 to connect with the cylinder 2 34, the cylinder 2 34 is connect with the vacuum adapter 35, the cylinder 2 34 For driving the vacuum adapter 35 to move up and down, the vacuum adapter 35 is used to put vacuum to the suction nozzle 36 suction, described true Empty connector 35 is connect with the suction nozzle 36, and the suction nozzle 36 is for drawing piece film.
Preferably, the assembly line mechanism 71 includes material fetching mechanism 41, transport mechanism 42, width adjusting screw rod 43 and passes Sensor 2 65, the material fetching mechanism 41 are connect with the transport mechanism 42, and the material fetching mechanism 41 is for clamping the charging tray 69, and draw the charging tray 69 and moved in the transport mechanism 42, the transport mechanism 42 includes transmission bracket 1, transmission Bracket 2 45, overhead gage 1, overhead gage 2 47, bearing group 1 and bearing group 2 49, the overhead gage 1 are vertically fixed In the transmission bracket 1, the bearing group 1 is connect with the transmission bracket 1, the bearing group 1 with it is described Overhead gage 1 is parallel, forms tracks, and the overhead gage 2 47 is perpendicularly fixed at the transmission bracket 2 45, the axis It holds group 2 49 to connect with the transmission bracket 2 45, the bearing group 2 49 is parallel with the overhead gage 2 47, forms movement rail Road, the charging tray 69 can move in above-mentioned track, and the width adjusting screw rod 43 passes through the transmission bracket 1 and institute Transmission bracket 2 45 is stated, and is connect with the material fetching mechanism 41, the width adjusting screw rod 43 is for adjusting the transport mechanism 42 width, to adapt to different products, the sensor 2 65 be located at transmission bracket 1 and the transmission bracket 2 45 it Between, the sensor 2 65 is for detecting 69 position of charging tray.
Preferably, the material fetching mechanism 41 includes feeding bracket 1, feeding bracket 2 51, feeding track 1, feeding Track 2 53, feeding bridge 54, clip claw mechanism 55, feeding motor mechanism 56 and backlight 64, the feeding bracket 1 and described Feeding bracket 2 51 is located at the two sides of the transport mechanism 42, and the feeding bracket 1 is connect with the feeding track 1, The feeding bracket 2 51 is connect with the feeding track 2 53, the both ends of the feeding bridge 54 respectively with the feeding track 1 and the feeding track 2 53 connection, the feeding bridge 54 can be in the feeding track 1 and the feeding track two It being moved on 53, the clip claw mechanism 55 is equipped among the feeding bridge 54, the clip claw mechanism 55 is used to clamp the charging tray 69, The feeding motor mechanism 56 is connect with the feeding bracket 1, and the feeding motor mechanism 56 is for driving the feeding bridge 54 movements, the backlight 64 is between the feeding bracket 1 and feeding bracket 2 51, for assisting the upper camera 39 take pictures.
Preferably, the feeding motor mechanism 56 includes motor 4 57, belt 58, idler wheel 1 and idler wheel 2 60, described Idler wheel 1 and the idler wheel 2 60 are connect with the feeding bracket 1, and the idler wheel 1 is connect with the motor 4 57, For the motor 4 57 for driving the idler wheel 1 to rotate, the idler wheel 1 and the idler wheel 2 60 utilize the belt 58 Connection, the belt 58 are connect with the feeding bridge 54, and the feeding bridge 54 moves under the drive of the belt 58, described Clip claw mechanism 55 includes swing arm 61, cylinder 3 62 and clamping jaw 63, and the swing arm 61 is connect with the feeding bridge 54, the cylinder 3 62 connect with the swing arm 61, the cylinder 3 62 for driving the clamping jaw 63 to be closed and open, the cylinder 3 62 with The clamping jaw 63 connects, and the clamping jaw 63 is for clamping the charging tray 69.
Preferably, the feed bin mechanism 70 includes feed bin 68, motor 5 66, elevating screw 67 and charging tray 69, the feed bin Charging tray 69 is equipped in 68, the feed bin 68 is equipped with 5 66 He of motor for storing the charging tray 69 under the feed bin 68 The elevating screw 67, the elevating screw 67 are connect with the motor 5 66, and the motor 5 66 is for driving the lifting Screw rod 67 rotates, and then the feed bin 68 is driven to go up and down.
Before mechanism work, feed bin 68 is placed into appropriate location, and motor 5 66 drives elevating screw 67 to rotate, on feed bin 68 It rises, sensor 2 65 detects that charging tray 69, backlight 64 are opened, and coiled tape is successively from delivery roller 2, roller bearing 8 18, optical fiber tune Platform 6, cylinder idler wheel 10, feeding roller 9 are saved, into recycling idler wheel 1, when mechanism works, motor 1 works, delivery roller 2 Rotation, coiled tape are transmitted in transfer bed 23, and broach 21 removes piece film from coiled tape, and support film platform 19 is arrived in temporarily storage On, sensor 1 detects position and the quantity of support film platform 19 upper piece film, and it is in-orbit that motor 2 29 draws left picking-up mechanism 31 Modulus region is moved on road 2 28, cylinder 2 34 stretches out, and 36 contact chip film of suction nozzle, vacuum adapter 35 inhales very suction nozzle 36 Sky, suction nozzle 36 draw piece film, and motor 2 29 drives left picking-up mechanism 31 to pad pasting regional movement, and in motion process, lower camera 7 is right The piece film that left picking-up mechanism 31 is drawn is taken pictures, and data are acquired, and motor 4 57 is believed according to the charging tray that sensor 2 65 detects at this time Breath, traction feeding bridge 54 move, and cylinder 3 62 drives clamping jaw 63 to clamp charging tray, and charging tray 69 is pulled out feed bin 68, upper camera 39 It takes pictures to charging tray, acquires the location information to adhesive cover products, the data information that upper camera 39 and lower camera 7 acquire is matched, After the completion of data processing, motor 4 57 draws feeding bridge 54 and arrives appropriate position, and cylinder 2 34 stretches out, and the contact of piece film is produced to pad pasting Product, vacuum adapter 35 put vacuum, and piece film is attached to which on adhesive cover products, left 31 backtracking of picking-up mechanism, pad pasting process is completed, together Reason, right picking-up mechanism 32 also complete pad pasting process, and left picking-up mechanism 31 and right picking-up mechanism 32 are alternately accomplished pad pasting process, until Product pad pasting in entire charging tray 69 is completed, and 69 backtracking of charging tray to feed bin 68, motor 5 66 works, and is driven on feed bin 68 It rising, clip claw mechanism 55 clamps another layered material disk 69, and pad pasting process repeats, it is finally completed in feed bin really to adhesive cover products pad pasting, It is artificial to take out feed bin 68, continue to be put into new feed bin 68.
As described above, a kind of automation laminator of the utility model has the advantages that this laminator is worked Journey manual intervention is few, and product quality is high, and labour cost is low, avoids artificial pad pasting in the process to the secondary damage of product, increases The qualification rate of product, the coiled tape after use can also recycle automatically, realize the recycling of coiled tape, reduce enterprise Cost.So the utility model effectively overcomes various shortcoming in the prior art and has high industrial utilization value.
The above embodiments are only illustrative of the principle and efficacy of the utility model, and not for limitation, this is practical new Type.Any person skilled in the art can all carry out above-described embodiment under the spirit and scope without prejudice to the utility model Modifications and changes.Therefore, such as those of ordinary skill in the art without departing from the revealed essence of the utility model All equivalent modifications or change completed under mind and technical idea, should be covered by the claim of the utility model.

Claims (8)

1. a kind of automation laminator, it is characterised in that: including feed bin mechanism, assembly line mechanism, take parameter mechanism and coiled tape Mechanism, the feed bin mechanism are connect with the assembly line mechanism, and the assembly line takes parameter mechanism to connect with described, the coiled strip Band mechanism is connect with the assembly line mechanism, and the coiled tape mechanism includes recycling idler wheel, delivery roller, motor one, optical fiber tune Platform, feeding roller, sensor one, cylinder idler wheel, cylinder one and lower camera are saved, the motor one utilizes conveyer belt and described time Receive idler wheel connection, the sensor one and the optical fiber adjust platform and connects, described in the coiled tape warp on the recycling idler wheel into It adjusts platform to idler wheel, the cylinder idler wheel, the optical fiber to connect with the delivery roller, the cylinder idler wheel and the feeding Idler wheel contact, the cylinder idler wheel are connect with the cylinder one, and the lower camera adjusts platform with optical fiber and connect.
2. a kind of automation laminator according to claim 1, it is characterised in that: it includes roller bearing that the optical fiber, which adjusts platform, Eight, transfer bed, broach, support film platform and regulating platform, the roller bearing eight are connect with the transfer bed, the transfer bed end and institute Broach connection is stated, the broach is connect with the support film platform, and the support film platform is connect with the regulating platform.
3. a kind of automation laminator according to claim 1, it is characterised in that: described that parameter mechanism is taken to include support Foot, motor two, motor three, track two, left picking-up mechanism, right picking-up mechanism, support plate, upper camera, motor one and track one, institute It states support leg to connect with the track two, the motor two and the motor three are located at the both ends of the track two, the motor Two connect with the left picking-up mechanism, and the motor three is connect with the right picking-up mechanism, the support plate lower section and the rail Road two connects, and connect above the support plate with the track one, equipped with motor one above the track one, the motor one and The upper camera connection.
4. a kind of automation laminator according to claim 3, it is characterised in that: the left picking-up mechanism includes cylinder gear Plate, cylinder two, suction nozzle and vacuum adapter, the motor two and cylinder baffle are connect, the cylinder baffle with it is described Cylinder two connects, and the cylinder two is connect with the vacuum adapter, and the vacuum adapter is connect with the suction nozzle.
5. a kind of automation laminator according to claim 1, it is characterised in that: the assembly line mechanism includes reclaimer Structure, transport mechanism, width adjusting screw rod and sensor two, the material fetching mechanism are connect with the transport mechanism, the conveyer Structure includes transmission bracket one, bracket two, overhead gage one, overhead gage two, bearing group one and bearing group two, and the overhead gage one is vertical It is fixed on the transmission bracket one, the bearing group one is connect with the transmission bracket one, the bearing group one and the upper gear Plate one is parallel, and the overhead gage two is perpendicularly fixed at the transmission bracket two, and the bearing group two connects with the transmission bracket two It connects, the bearing group two is parallel with the overhead gage two, and the width adjusting screw rod passes through the transmission bracket one and the biography Bracket two is sent, and is connect with the material fetching mechanism, the sensor two is located at the transmission bracket one and the transmission bracket two Between.
6. a kind of automation laminator according to claim 5, it is characterised in that: the material fetching mechanism includes feeding bracket One, feeding bracket two, feeding track one, feeding track two, feeding bridge, clip claw mechanism, feeding motor mechanism and backlight, it is described Feeding bracket one and the feeding bracket two are located at the two sides of the transport mechanism, the feeding bracket one and the feeding track One connection, the feeding bracket two connect with the feeding track two, the both ends of the feeding bridge respectively with the feeding track One and the feeding track two connection, be equipped with the clip claw mechanism among the feeding bridge, the feeding motor mechanism with it is described Feeding bracket one connects, and the backlight is between the feeding bracket one and the feeding bracket two.
7. a kind of automation laminator according to claim 6, it is characterised in that: the feeding motor mechanism includes motor Four, belt, idler wheel one and idler wheel two, the idler wheel one and the idler wheel two are connect with the feeding bracket one, the idler wheel one It is connect with the motor four, the idler wheel one is connected with the idler wheel two by the belt, the belt and the feeding bridge Connection, the clip claw mechanism includes swing arm, cylinder three and clamping jaw, and the swing arm connects with the feeding bridging, the cylinder three and The swing arm connection, the cylinder three are connect with the clamping jaw.
8. a kind of automation laminator according to claim 1, it is characterised in that: the feed bin mechanism includes feed bin, electricity Machine five, elevating screw and charging tray, the feed bin is interior to be equipped with charging tray, is equipped with the motor five and the lifting silk under the feed bin Bar, the elevating screw are connect with the motor five.
CN201821487019.3U 2018-09-12 2018-09-12 A kind of automation laminator Expired - Fee Related CN209141440U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109366966A (en) * 2018-09-12 2019-02-22 苏州威驰电子有限公司 A kind of automation laminator
CN110450400A (en) * 2019-07-29 2019-11-15 欧阳民鸿 A kind of protecting film laminating apparatus for rectangle aluminum profile

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109366966A (en) * 2018-09-12 2019-02-22 苏州威驰电子有限公司 A kind of automation laminator
CN110450400A (en) * 2019-07-29 2019-11-15 欧阳民鸿 A kind of protecting film laminating apparatus for rectangle aluminum profile
CN110450400B (en) * 2019-07-29 2021-07-02 江西凯美达铝业有限公司 Protective film laminating device for rectangular aluminum profile

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