CN204980290U - Multilayer description label automated production equipment - Google Patents
Multilayer description label automated production equipment Download PDFInfo
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- CN204980290U CN204980290U CN201520548088.0U CN201520548088U CN204980290U CN 204980290 U CN204980290 U CN 204980290U CN 201520548088 U CN201520548088 U CN 201520548088U CN 204980290 U CN204980290 U CN 204980290U
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Abstract
The utility model discloses a multilayer description label automated production equipment, including frame and the automatically controlled center in the frame of installing, top layer pay -off drive mechanism, intermediate level pay -off drive mechanism, bottom pay -off transport mechanism and receive material drive mechanism, this automatically controlled center is with top layer pay -off drive mechanism, intermediate level pay -off drive mechanism, bottom pay -off transport mechanism and receive and expect drive mechanism, the utility model discloses a be provided with top layer pay -off drive mechanism, intermediate level pay -off drive mechanism, bottom pay -off transport mechanism and receive material drive mechanism, send into and press from both sides the description in bottom pay -off transport mechanism by intermediate level pay -off drive mechanism and carry primer completion that the top layer material of going into and bottom pay -off drive mechanism sent into to the production of multilayer description label, effectively improved the yields of the production efficiency and the product of product.
Description
Technical field
The utility model relates to automation equipment art, refers in particular to a kind of multilayer specification sheets label automated production equipment.
Background technology
Multilayer specification sheets label is the layered label adopting special warfare printing to be processed on specialized equipment with multilayer non-drying glue raw MAT'L; Multilayer labels can divide following several types:
1. double bottom paper label.Special material, has double-deck base stock under plane materiel, and wherein ground floor base stock back side glue sticks to one with second layer base stock.After plane materiel printing during cross cutting, together cut together with ground floor base stock and wear and together waste discharge.During label application, plane materiel together taken off together with ground floor base stock and be attached on commodity, again label being taken off (leaving ground floor base stock) when needing and be attached on relevant article.
2. dual-layer face paper label.For the material of secondary coating waste water, technological process is as follows:
A. common adhesive material stamps picture and text.
B. on facial tissue, be coated with silicone oil, become the silicone oil base stock of band picture and text.
C. be again coated with non-drying glue with this base stock, become the label material of double-deck facial tissue.
D. again print, cross cutting time together to cut together with second layer facial tissue and to wear and waste discharge, become dual-layer face paper label.
The using method of dual-layer face paper label is originally identical with double bottom paper substrate.Two-sided layer label can be processed respectively on printer and coating machine, also once can process on specialized equipment.
3. multilayer labels, turn printing processing on price labeling at high-grade multifunctional wheel, groundwork is as follows:
A. two coil papers print on two groups of printing devices simultaneously.
B., in two roll of material, one is non-drying glue, and another kind is generally thin paper-like materials.After printing, thin material finally sticks to one with adhesive material through folding, local gluing.
C. the material monolithic cross cutting after compound, waste discharge, rewinding or cut the label of Zhang Chengwei multilayer facial tissue.
During the actual use of existing multilayer specification sheets label, need between its pressing and two protects material layer, on the one hand for the protection of, be used for relative product on the other hand bonding; In the market, the production of such integral product all adopts handwork, and not only speed of production is slow, yields is low, and product is uneven, is difficult to the requirement meeting client.
Utility model content
In view of this, the utility model is for the disappearance of prior art existence, and its main purpose is to provide a kind of precision high, fireballing multilayer specification sheets label automated production equipment, and it effectively can improve production efficiency and the yields of product.
For achieving the above object, the utility model adopts following technical scheme: a kind of multilayer specification sheets label automated production equipment, include frame and be installed on electronic management system, top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and the rewinding transmission device in frame, this electronic management system and top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and rewinding transmission device;
Described top layer feeding drive mechanism including top layer dispensing shaft, adopting spring controlled top layer dancer and the top layer magnetic controller for controlling top layer dispensing shaft tension force;
Described interlayer feeding drive mechanism is positioned at the below of top layer feeding drive mechanism, this interlayer feeding drive mechanism includes interlayer material conveying platform, this interlayer material conveying platform is arranged in order and is provided with automatic charging assembly, binder assembly, feeding material component and positioning component;
Described bottom feeding drive mechanism is positioned at below interlayer feeding drive mechanism, and this bottom feeding drive mechanism includes bottom dispensing shaft, adopts spring controlled bottom dancer, bottom correcting frame and the bottom magnetic controller for controlling bottom dispensing shaft tension force; This bottom magnetic controller controls the rotation of bottom dispensing shaft;
Described rewinding transmission device is positioned at interlayer feeding drive mechanism front, this rewinding transmission device includes material receiving desk, composite main shaft, finished product package collecting shaft, controls the servomotor of composite main shaft and control the variable-frequency motor of collecting shaft, and this composite main shaft is installed on material receiving desk upper left side; The outlet of described positioning component is connected with the entrance of material receiving desk.
As a kind of preferred version, described top layer feeding drive mechanism is multiple.
As a kind of preferred version, what described multiple top layers feeding drive mechanism was corresponding is provided with a correcting positioning component, this correcting positioning component includes multiple top layers labeling fix shaft, a top layer fix shaft servomotor, labeling top layer positioning label sensor and a guide plate, the plurality of top layer labeling fix shaft is installed on above guide plate, and this labeling top layer positioning label sensor is installed in the middle part of guide plate.
As a kind of preferred version, described top layer feeding drive mechanism includes top layer labeling further and receives useless axle and control the give up receipts of axle of these receipts and to give up axle buncher, and it is corresponding with top layer dispensing shaft that this top layer labeling receives useless axle.
As a kind of preferred version, described automatic charging assembly includes automatic feeding platform, automatic charging photoelectricity buncher and photoelectric sensor, this automatic feeding platform is installed on the left part of interlayer material conveying platform, this automatic charging photoelectricity buncher controls the up-and-down movement of automatic feeding platform, this photoelectric sensor is installed on below binder assembly, described binder assembly is installed on above the left part of interlayer material conveying platform, includes binder cross bar and is installed on the movable briquetting on binder cross bar, described feeding material component includes feeding belt and feeding belt motor, the entrance of this feeding belt is connected with the outlet of automatic feeding platform, the outlet of this feeding belt is connected with the entrance of positioning component, this positioning component is provided with multiple location cylinder arranged towards specification sheets direction of transfer, location thrust unit is provided with below the cylinder of the plurality of location, this location thrust unit includes multiple location catch bar and controls the location pushing motor of this location catch bar motion, gap is provided with between the cylinder of described multiple location, the upper end of this location catch bar is placed in this gap and moves back and forth, the outlet of this positioning component is connected with the material receiving desk entrance of rewinding transmission device.
As a kind of preferred version, described rewinding transmission device is also provided with location electric eye, and this location electric eye is installed on the top of material receiving desk.
As a kind of preferred version, described bottom correcting frame includes support body and is installed on multiple bottom correcting cylinders of vertically arrangement on this support body.
The utility model compared with prior art has obvious advantage and beneficial effect, specifically:
1, the utility model is by being provided with top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and rewinding transmission device, specification sheets is sent into by interlayer feeding drive mechanism and is sandwiched in skin-material that bottom feeding delivery mechanism is conveyed into and the primer that bottom feeding drive mechanism is sent into and complete production to multilayer specification sheets label, effectively improve the production efficiency of product and the yields of product.
2, in this automated production equipment, top layer feeding drive mechanism is set to two or more, is also provided with top layer labeling simultaneously and receives useless axle, this equipment is made to be applicable to the production of multiple product, save production facilities cost, reduce production cost, improve product competitiveness in the markets.
3, in this automated production equipment, the optimal design of the automatic charging of interlayer feeding drive mechanism, correcting, automatic feeding and location structure, makes whole production facilities structure more simple, is easy to production and assembly, easy to use, simple to operate.
For more clearly setting forth architectural feature of the present utility model, technological means and the specific purposes reached thereof and function, below in conjunction with accompanying drawing and specific embodiment, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the embodiment of the utility model;
Fig. 2 is the enlarged drawing at A place in Fig. 1;
Fig. 3 is another schematic perspective view of the embodiment of the utility model;
Fig. 4 is various driving motor distribution graph in the embodiment of the utility model;
Fig. 5 is the structural representation of the embodiment 1 of the utility model;
Fig. 6 is the structural representation of the embodiment 2 of the utility model;
Fig. 7 is the structural representation of the embodiment 3 of the utility model.
Accompanying drawing identifier declaration:
10, frame
20, electronic management system
30, top layer feeding drive mechanism
31, top layer dispensing shaft 32, top layer dancer
33, top layer magnetic controller 34, correcting positioning component
341, top layer labeling fix shaft 342, top layer fix shaft servomotor
343, top layer positioning label sensor 344, guide plate
35, top layer labeling receives useless axle
36, useless axle buncher is received
40, interlayer feeding drive mechanism
41, interlayer material conveying platform
42, automatic charging assembly 421, automatic feeding platform
422, automatic charging photoelectricity buncher 423, photoelectric sensor
43, binder assembly
431, binder cross bar
432, movable briquetting
44, feeding material component
441, feeding belt 442, feeding belt motor
45, positioning component 451, location cylinder
46, thrust unit is located
461, catch bar 462, location pushing motor is located
450, gap
50, bottom feeding delivery mechanism
51, bottom dispensing shaft 52, bottom dancer
53, bottom correcting frame 54, bottom magnetic controller
531, support body 532, bottom correcting cylinder
60, rewinding transmission device
61, material receiving desk 62, composite main shaft
63, finished product package collecting shaft 64, servomotor
65, variable-frequency motor 66, location electric eye.
Detailed description of the invention
Please refer to shown in Fig. 1 to Fig. 7, that show the concrete structure of the embodiment of the utility model, a kind of multilayer specification sheets label automated production equipment, include frame 10 and be installed on electronic management system 20, top layer feeding drive mechanism 30, interlayer feeding drive mechanism 40, bottom feeding delivery mechanism 50 and the rewinding transmission device 60 in frame 10, this electronic management system 20 and top layer feeding drive mechanism 30, interlayer feeding drive mechanism 40, bottom feeding delivery mechanism 50 and rewinding transmission device 60.
Wherein, this top layer feeding drive mechanism 30 including top layer dispensing shaft 31, adopting spring controlled top layer dancer 32 and the top layer magnetic controller 33 for controlling top layer dispensing shaft tension force; Under the control of top layer magnetic controller 33, top layer material is placed in top layer dispensing shaft 31, through stable being delivered in rewinding transmission device 60 of top layer dancer 32.This top layer feeding drive mechanism 30 can be provided with multiple according to actual needs in frame, what the plurality of top layer feeding drive mechanism 30 was corresponding is provided with a correcting positioning component 34, this correcting positioning component 34 includes multiple top layers labeling fix shaft 341, one top layer fix shaft servomotor 342, one labeling top layer positioning label sensor 343 and a guide plate 344, the plurality of top layer labeling fix shaft 341 is installed on above guide plate 344, this labeling top layer positioning label sensor 343 is installed in the middle part of guide plate 344, this top layer labeling fix shaft 341 rotates with top layer fix shaft servomotor 342.
This top layer feeding drive mechanism 30 includes top layer labeling further and receives useless axle 35 and control give up receipts that axle 35 rotates of these receipts and to give up axle buncher 36, it is corresponding with top layer dispensing shaft 31 that this top layer labeling receives useless axle 35, needing to receive the top layer label paper of waste material is multilayer, one deck enters in rewinding transmission device 60 and fits with specification sheets, and one deck is received useless axle 35 by top layer labeling after peeling off and reclaimed waste material.
This interlayer feeding drive mechanism 40 is positioned at the below of top layer feeding drive mechanism 30, this interlayer feeding drive mechanism 40 includes interlayer material conveying platform 41, this interlayer material conveying platform 41 is arranged in order and is provided with automatic charging assembly 42, binder assembly 43, feeding material component 44 and positioning component 45; Multilayer specification sheets is by automatic charging assembly 42 and enter under the control of binder assembly 43 in feeding material component 44, and feeding material component 44 enters in rewinding transmission device 60 after being sent into by multilayer specification sheets and positioning in positioning component 45.
This automatic charging assembly 42 includes automatic feeding platform 421, automatic charging photoelectricity buncher 422 and photoelectric sensor 423, this automatic feeding platform 421 is installed on the left part of interlayer material conveying platform 41, this automatic charging photoelectricity buncher 422 controls the up-and-down movement of automatic feeding platform 421, this photoelectric sensor 423 is installed on below binder assembly 43, this binder assembly 43 is installed on above the left part of interlayer material conveying platform 41, includes binder cross bar 431 and is installed on the movable briquetting 432 on binder cross bar 431, this feeding material component 44 includes feeding belt 441 and feeding belt motor 442, the entrance of this feeding belt 441 is connected with the outlet of automatic feeding platform 421, the outlet of this feeding belt 441 is connected with the entrance of positioning component 45, this positioning component 45 is provided with multiple location cylinder 451 arranged towards specification sheets direction of transfer, location thrust unit 46 is provided with below the plurality of location cylinder 451, this location thrust unit 46 includes multiple location catch bar 461 and controls the location pushing motor 462 of this location catch bar 461 motion, gap 450 is provided with between the plurality of location cylinder 451, the upper end of this location catch bar 461 is placed in this gap 450 and moves back and forth, the outlet of this positioning component 45 is connected with the material receiving desk entrance of rewinding transmission device 60.
This bottom feeding drive mechanism 50 includes bottom dispensing shaft 51, adopts spring controlled bottom dancer 52, bottom correcting frame 53 and the bottom magnetic controller 54 for controlling bottom dispensing shaft 51 tension force; This bottom magnetic controller 54 controls the rotation of bottom dispensing shaft 51, enters in rewinding transmission device 60 after underlying material is entered bottom correcting frame 53 by bottom dispensing shaft 51 after bottom dancer 52; This bottom correcting frame 53 includes support body 531 and is installed on multiple bottom correcting cylinders 532 of vertically arrangement on this support body 531.
This rewinding transmission device 60 includes material receiving desk 61, composite main shaft 62, finished product package collecting shaft 63, controls the servomotor 64 of composite main shaft 62 and control the variable-frequency motor 65 of finished product package collecting shaft 63, and this composite main shaft 62 is installed on material receiving desk 61 upper left side and is pressed on by specification sheets between top layer material and underlying material; Rewinding is carried out by finished product package collecting shaft 63.The outlet of above-mentioned positioning component 45 is connected with the entrance of material receiving desk 61.
This rewinding transmission device 60 is also provided with location electric eye 66, this location electric eye 66 is installed on the top of material receiving desk 61.
Embodiment 1
As shown in Figure 5, interlayer location is mainly compound on bottom paper by this technique, top layer is without the need to the state of location, the normal operation of top layer feeding drive mechanism 30, interlayer feeding drive mechanism 40, bottom feeding delivery mechanism 50 and rewinding transmission device 60 is controlled by electronic management system 20, wherein, top layer feeding drive mechanism 30 only needs to select one of them top layer dispensing shaft and corresponding top layer dancer can complete the making of whole multilayer specification sheets.
Embodiment 2
As shown in Figure 6, interlayer location is mainly compound on bottom paper by this technique, overlay paper is have base stock gummed paper and the state of top layer without the need to locating, top layer feeding drive mechanism 30 is controlled by electronic management system 20, interlayer feeding drive mechanism 40, the normal operation of bottom feeding delivery mechanism 50 and rewinding transmission device 60, wherein, top layer feeding drive mechanism 30 is except needing to select one of them top layer dispensing shaft and corresponding top layer dancer, also need to be applied to the top layer useless base stock of axle to top layer of labeling receipts to reclaim, just can complete the making of whole multilayer specification sheets.
Embodiment 3
As shown in Figure 7, interlayer location is mainly compound on bottom paper by this technique, overlay paper is have the gummed paper being printed with base stock, need the state of location, top layer feeding drive mechanism 30 is controlled by electronic management system 20, interlayer feeding drive mechanism 40, the normal operation of bottom feeding delivery mechanism 50 and rewinding transmission device 60, wherein, top layer feeding drive mechanism 30 is except needing to select one of them top layer dispensing shaft and corresponding top layer dancer, also need to be applied to top layer labeling to receive the useless base stock of axle to top layer and to reclaim and the print of correcting positioning component to top layer positions, just can complete the making of whole multilayer specification sheets.
Design focal point of the present utility model is, the utility model is by being provided with top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and rewinding transmission device, specification sheets is sent into by interlayer feeding drive mechanism and is sandwiched in skin-material that bottom feeding delivery mechanism is conveyed into and the primer that bottom feeding drive mechanism is sent into and complete production to multilayer specification sheets label, effectively improve the production efficiency of product and the yields of product.In this automated production equipment, top layer feeding drive mechanism is set to two or more, is also provided with top layer labeling simultaneously and receives useless axle, this equipment is made to be applicable to the production of multiple product, save production facilities cost, reduce production cost, improve product competitiveness in the markets.In this automated production equipment, the optimal design of the automatic charging of interlayer feeding drive mechanism, correcting, automatic feeding and location structure, makes whole production facilities structure more simple, is easy to production and assembly, easy to use, simple to operate.
More than should, it is only preferred embodiment of the present utility model, not technical scope of the present utility model is imposed any restrictions, therefore every above embodiment is done according to technical spirit of the present utility model any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.
Claims (7)
1. a multilayer specification sheets label automated production equipment, it is characterized in that: include frame and be installed on electronic management system, top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and the rewinding transmission device in frame, this electronic management system and top layer feeding drive mechanism, interlayer feeding drive mechanism, bottom feeding delivery mechanism and rewinding transmission device;
Described top layer feeding drive mechanism including top layer dispensing shaft, adopting spring controlled top layer dancer and the top layer magnetic controller for controlling top layer dispensing shaft tension force;
Described interlayer feeding drive mechanism is positioned at the below of top layer feeding drive mechanism, this interlayer feeding drive mechanism includes interlayer material conveying platform, this interlayer material conveying platform is arranged in order and is provided with automatic charging assembly, binder assembly, feeding material component and positioning component;
Described bottom feeding drive mechanism is positioned at below interlayer feeding drive mechanism, and this bottom feeding drive mechanism includes bottom dispensing shaft, adopts spring controlled bottom dancer, bottom correcting frame and the bottom magnetic controller for controlling bottom dispensing shaft tension force; This bottom magnetic controller controls the rotation of bottom dispensing shaft;
Described rewinding transmission device is positioned at interlayer feeding drive mechanism front, this rewinding transmission device includes material receiving desk, composite main shaft, finished product package collecting shaft, controls the servomotor of composite main shaft and control the variable-frequency motor of collecting shaft, and this composite main shaft is installed on material receiving desk upper left side; The outlet of described positioning component is connected with the entrance of material receiving desk.
2. a kind of multilayer specification sheets label automated production equipment according to claim 1, is characterized in that: described top layer feeding drive mechanism is multiple.
3. a kind of multilayer specification sheets label automated production equipment according to claim 2, it is characterized in that: what described multiple top layers feeding drive mechanism was corresponding is provided with a correcting positioning component, this correcting positioning component includes multiple top layers labeling fix shaft, a top layer fix shaft servomotor, labeling top layer positioning label sensor and a guide plate, the plurality of top layer labeling fix shaft is installed on above guide plate, and this labeling top layer positioning label sensor is installed in the middle part of guide plate.
4. a kind of multilayer specification sheets label automated production equipment according to claim 3, it is characterized in that: described top layer feeding drive mechanism includes top layer labeling further and receives useless axle and control the give up receipts of axle of these receipts and to give up axle buncher, and it is corresponding with top layer dispensing shaft that this top layer labeling receives useless axle.
5. a kind of multilayer specification sheets label automated production equipment according to claim 1, it is characterized in that: described automatic charging assembly includes automatic feeding platform, automatic charging photoelectricity buncher and photoelectric sensor, this automatic feeding platform is installed on the left part of interlayer material conveying platform, this automatic charging photoelectricity buncher controls the up-and-down movement of automatic feeding platform, this photoelectric sensor is installed on below binder assembly, described binder assembly is installed on above the left part of interlayer material conveying platform, include binder cross bar and be installed on the movable briquetting on binder cross bar, described feeding material component includes feeding belt and feeding belt motor, the entrance of this feeding belt is connected with the outlet of automatic feeding platform, the outlet of this feeding belt is connected with the entrance of positioning component, this positioning component is provided with multiple location cylinder arranged towards specification sheets direction of transfer, location thrust unit is provided with below the cylinder of the plurality of location, this location thrust unit includes multiple location catch bar and controls the location pushing motor of this location catch bar motion, gap is provided with between the cylinder of described multiple location, the upper end of this location catch bar is placed in this gap and moves back and forth, the outlet of this positioning component is connected with the material receiving desk entrance of rewinding transmission device.
6. a kind of multilayer specification sheets label automated production equipment according to claim 1, is characterized in that: described rewinding transmission device is also provided with location electric eye, and this location electric eye is installed on the top of material receiving desk.
7. a kind of multilayer specification sheets label automated production equipment according to claim 1, is characterized in that: described bottom correcting frame includes support body and is installed on multiple bottom correcting cylinders of vertically arrangement on this support body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520548088.0U CN204980290U (en) | 2015-07-27 | 2015-07-27 | Multilayer description label automated production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520548088.0U CN204980290U (en) | 2015-07-27 | 2015-07-27 | Multilayer description label automated production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204980290U true CN204980290U (en) | 2016-01-20 |
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ID=55114680
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520548088.0U Active CN204980290U (en) | 2015-07-27 | 2015-07-27 | Multilayer description label automated production equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204980290U (en) |
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2015
- 2015-07-27 CN CN201520548088.0U patent/CN204980290U/en active Active
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