CN201169104Y - Compounding machine for producing equal plate width holographic composite material - Google Patents
Compounding machine for producing equal plate width holographic composite material Download PDFInfo
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- CN201169104Y CN201169104Y CNU2007201789778U CN200720178977U CN201169104Y CN 201169104 Y CN201169104 Y CN 201169104Y CN U2007201789778 U CNU2007201789778 U CN U2007201789778U CN 200720178977 U CN200720178977 U CN 200720178977U CN 201169104 Y CN201169104 Y CN 201169104Y
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Abstract
The utility model relates to a compound machine which produces equal printing plate holographic composite material. A tension controlling and compensating device is arranged between a releasing and winding device and a drying device, and the compound machine is characterized in that the tension controlling and compensating device comprises a tension detecting mechanism, a tension executing mechanism and a central processing system, wherein, the tension detecting mechanism comprises an encoder and a photoelectric eye, the encoder is coaxially installed on a pressure roller or a transmission roller at front or back of a compound roller, the photoelectric eye is installed behind the compound roller, the position of the photoelectric eye corresponds to the position of one transmission roller behind the compound roller, and the detecting opening of the photoelectric eye corresponds to the holographic composite material on the transmission roller. The tension executing mechanism is connected with the releasing and winding device; one signal input end of the central processing system is connected with the signal output end of the encoder, the other signal input end is connected with the signal output end of the photoelectric eye, and the signal output end is connected with the signal input end of the tension executing mechanism. The compound machine can produce equal printing plate holographic composite material with high precision.
Description
Technical field
The utility model relates to a kind of compounding machine, more particularly, relates to a kind of compounding machine of producing the equal edition breadth holographic composite.
Background technology
The compounding machine of the holographic composite of existing production, generally comprise frame, unwinding device, sizer, set composite, drying unit and wrap-up, above-mentioned unwinding device, sizer, set composite, drying unit and wrap-up are installed on the frame successively, are provided with live-roller between the said apparatus; Above-mentioned unwinding device comprise unreel the seat and let off roll, let off roll is installed in and unreels on the seat; Above-mentioned set composite comprises composite roll and pressure roller; Above-mentioned wrap-up comprises rolling seat and wind-up roll, and wind-up roll is installed on the rolling seat; Above-mentioned let off roll and wind-up roll are referred to as winding up roller.
Holographic film on the unwinding device is behind sizer, be coated with one deck adhesive layer on its front, the holographic film that scribbles adhesive layer is positive compound set composite place and base material, thereby forms holographic composite, after the oven dry of holographic composite drying device, by wrap-up rolling rolling.
Owing to be subjected to the restriction of existing holographic film manufacture of materials technology, simultaneously, this also can produce error in manufacturing process holographic film, so, the space of a whole page and the length between the space of a whole page of the existing holographic film material of producing are inconsistent, and above-mentioned length is inconsistent to be irregular variation, even can produce sudden change, and error reaches more than the 0.5-2mm.The holographic film material of this precision, in the production process of holographic composite, after the processing of operations such as stretched, pyrocondensation, error can further be enlarged, make final packaging differ, accurately locate printing for back operation sheet-fed or the printing of roll web location brings very big difficulty with the version width of cloth length scale of material.
For these reasons, printing industry is making great efforts to solve the industry difficult problem always, for example, the patent No. is 200420032888.9, name is called the Chinese utility model patent of " radium-shine rainbow extrusion coating paper tension force control compensation arrangement ", a kind of technical scheme that solves the industry difficult problem is disclosed, this utility model adopts following technical scheme: the compound control tension compensating mechanism of a kind of radium-shine rainbow film paper power, be on the original basis of compounding machine, increased by a cover tension force control compensation arrangement, it is characterized in that: compensation arrangement is by encoder, probe, a pair of aligning roller, one cover jockey pulley and a linear encoder are formed, aligning roller is installed between plastic foil reel and the intake roller, intake roller and jockey pulley and preceding probe are installed between the rubber roll, encoder by gear driven is installed on the adhering roll, and back probe and linear encoder are installed on the travel line of compound back paper.This compensation arrangement is measured the repeat length of the radium-shine rainbow film in unreeling by encoder and probe (being photocell eye), adjust the tensile stress of radium-shine rainbow film again by complicated roller system, tensile deformation to radium-shine rainbow film carries out closed-loop control, change the length that radium-shine rainbow film extends, compensate, to reach the purpose of control version width of cloth precision.
But the disclosed technical scheme of above-mentioned utility model patent has following many drawbacks:
1, because the complicated roller of employing system regulates the tensile deformation of material, so system causes reaction speed slow because of complex structure, can't make adjusting, thereby the regulating effect of complicated roller system is undesirable to fast-changing error.
2, be in transmission connection by gear and adhering roll (being composite roll) owing to encoder, and the diameter of adhering roll is usually greater than 800mm, so, its accuracy of detection of encoder by gear driven that is installed on the adhering roll is low, is that the tensile deformation of material is regulated rapidly thereby further have influence on complicated roller.Import high resolution encoder (resolution ratio 5000 pulse/commentaries on classics with higher gears, 3000 rev/mins of maximum permissible revolutions) be example, because control accuracy requires to reach ± 0.1mm, then accuracy of detection causes less and must reach 0.02mm, therefore gear ratio should be 800mm * 3.1415926/0.02mm ÷ 5000=25.1, so, as long as the error＞0.01mm between the travelling gear backlash, the error that produces when then end reaction is to encoder will be greater than 0.01mm * 25.1=0.251mm, considerably beyond the required required precision of system, and the error between the travelling gear backlash can not be less than 0.01mm, therefore, its accuracy of detection of encoder by gear driven that is installed on the adhering roll is low.
3, owing to probe (being photocell eye) is installed between the live-roller to detect the version seam of film or composite paper, so the accuracy of detection of probe is also lower.Reason is: because the tension force of film or extrusion coating paper changes, so, film or extrusion coating paper can produce shake during transmission between live-roller, the jitter amplitude minimum is also greater than 0.02mm, probe (being photocell eye) detects the film or the extrusion coating paper of shake, its accuracy of detection must be lower, considerably beyond the desired precision of system.
4, film and paper are through after compound, need enter baking oven dries by high temperature, film that is combined with each other and paper, in drying course, can produce deformation, therefore, if rolling tension force is not controlled, the error that the compensation composite paper produces because of deformation, still there is bigger abnormal error in the version seam of the extrusion coating paper of producing, the registration printing of influence back operation.
Summary of the invention
The technical problems to be solved in the utility model provides a kind of compounding machine of producing the equal edition breadth holographic composite.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of compounding machine of producing the equal edition breadth holographic composite comprises rack-mounted successively unwinding device, sizer, set composite, drying unit and wrap-up, is provided with live-roller between the said apparatus; Above-mentioned set composite comprises composite roll and pressure roller; Be provided with a tension force control compensation arrangement between above-mentioned unwinding device and the drying unit, it is characterized in that: mentioned strain control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and central processing system, mentioned strain testing agency comprises encoder and photocell eye, above-mentioned encoder is coaxial to be installed on the live-roller before and after pressure roller or the composite roll, above-mentioned photocell eye is installed in the rear of composite roll, the position of photocell eye is corresponding with the position of a live-roller at composite roll rear, and the detection mouth of photocell eye is corresponding with the holographic composite on this live-roller; Mentioned strain executing agency is connected with unwinding device; A signal input part of above-mentioned central processing system is connected with the signal output part of encoder, another signal input part of central processing system is connected with the signal output part of photocell eye, and the signal output part of central processing system is connected with the signal input part of tension force executing agency.
Because the diameter of pressure roller or live-roller is far smaller than the diameter of composite roll (being adhering roll), so, compare with the encoder on being installed in adhering roll by gear driven, the coaxial encoder that is installed on pressure roller or the live-roller, its swing circle shortens greatly, therefore, and coaxial its accuracy of detection height of encoder that is installed on pressure roller or the live-roller, reduced the specification requirement of system, thereby reduced the manufacturing cost of compounding machine encoder resolution; Because the detection mouth of photocell eye is corresponding with the holographic composite on the live-roller, so, detect the direct tensioning surface that is positioned at holographic composite on the live-roller of throwing of detection luminous point that mouth sends from photocell eye, avoided producing the detection error because of shake takes place at the test point place holographic composite, therefore, the accuracy of detection height of photocell eye is for the accurate execution of tension force executing agency is had laid a good foundation.Like this, by the control of the tension force between unwinding device and drying unit compensation arrangement, make the version width of cloth of the preceding holographic composite of compound back oven dry obtain fine setting control, thereby produce the high equal edition breadth holographic composite of precision.
In order to compensate the error that holographic composite produces because of deformation in drying course, be provided with another tension force control compensation arrangement between described drying unit and the wrap-up, this tension force control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and central processing system, mentioned strain testing agency comprises encoder and photocell eye, above-mentioned encoder is coaxial to be installed on the live-roller in wrap-up the place ahead, above-mentioned photocell eye is installed in the place ahead of wrap-up, the position of photocell eye is corresponding with the position of a live-roller in wrap-up the place ahead, and the detection mouth of photocell eye is corresponding with the holographic composite on this live-roller; Mentioned strain executing agency is connected with wrap-up; A signal input part of above-mentioned central processing system is connected with the signal output part of encoder, another signal input part of central processing system is connected with the signal output part of photocell eye, and the signal output part of central processing system is connected with the signal input part of tension force executing agency.Like this, by second tension force control compensation arrangement, the rolling tension force of the holographic composite after the oven dry is changed, compensated the error that holographic composite produces because of deformation in drying course, so holographic composite is in drawing process, its edition width of cloth obtains fine setting control again, thereby realize secondary fine setting control, make the equal edition breadth holographic composite precision of producing higher the holographic composite version width of cloth.
Above-mentioned unwinding device is identical with building block and operation principle that the tension force between the drying unit is controlled the tension force control compensation arrangement between compensation arrangement and drying unit and the wrap-up, just the installation site difference of its each parts.
The diameter of described pressure roller or live-roller is preferably less than 100mm.The diameter of pressure roller or live-roller is more little, and coaxial its swing circle of encoder that is installed on pressure roller or the live-roller is short more, therefore, the accuracy of detection height of encoder, system is low more to the specification requirement of encoder resolution, and the encoder price that resolution ratio is low is low, thereby has reduced the manufacturing cost of compounding machine.
Described pressure roller or live-roller preferably have bigger cornerite, and promptly the contact-making surface of pressure roller or live-roller and material is bigger, thereby strengthen the ability that pressure roller or live-roller drive material, and be asynchronous with the speed of service of the rotating speed of avoiding live-roller and material.
Described tension force executing agency comprises SERVO CONTROL motor and tension controller, and SERVO CONTROL motor and winding up roller (being let off roll or wind-up roll) are in transmission connection, and tension controller is electrically connected with the SERVO CONTROL motor; The signal input part of tension controller is connected with the signal output part of central processing system.
After the signal that above-mentioned central processing system transports encoder and photocell eye is handled, send a control signal and give the SERVO CONTROL motor, SERVO CONTROL motor-driven winding up roller (being let off roll or wind-up roll) rotates, and holographic film or holographic composite are carried with certain tension force; The mentioned strain controller is mainly used in the velocity of rotation of control SERVO CONTROL motor, thereby the velocity of rotation that makes winding up roller (being let off roll or wind-up roll) obtains adjusting, like this, the tension force of holographic film or holographic composite also obtains adjusting, because the tension force of holographic film or holographic composite changes, so, the degree difference that holographic film or holographic composite are stretched, can reach the purpose of control version width of cloth precision like this, thereby produce the equal edition breadth holographic composite.
Because SERVO CONTROL motor and winding up roller (being let off roll or wind-up roll) are in transmission connection, tension controller is electrically connected with the SERVO CONTROL motor, so, with adopting complicated roller is to carry out tension adjustment to compare, the reaction speed of mentioned strain executing agency is fast, can carry out in time the error of frequent variations, compensate control fast, reach the purpose of control version width of cloth precision, thereby produce the equal edition breadth holographic composite.
Central processing system in tension force between described unwinding device and the drying unit control compensation arrangement, the central processing system of controlling in the compensation arrangement with the tension force between drying unit and the wrap-up can be same central processing systems.
Described central processing system is connected with a personal-machine interface, and above-mentioned man-machine interface is connected with the central processing system two-way signaling.
Above-mentioned central processing system is used for the signal that received code device and photocell eye send, suppose that the pressure roller of installation encoder or the girth of live-roller are L, the umber of pulse that the encoder revolution produces is P, then encoder sends the represented length of material of each pulse for (L ÷ P), central processing system produces the umber of pulse M that is received between signal according to photocell eye, calculate that edition width of cloth is long to be (L ÷ P * M), and this calculated value and the standard value of setting by man-machine interface in advance compared, again according to the error size that is relatively produced, the output control signal is given tension controller, tension controller is according to the control signal that is received, adjust the SERVO CONTROL rotating speed of motor, thereby the velocity of rotation that makes winding up roller (being let off roll or wind-up roll) obtains adjusting, like this, the tension force of holographic film or holographic composite also obtains adjusting, because the tension force of holographic film or holographic composite changes, so, the degree difference that holographic film or holographic composite are stretched, can reach the purpose of control version width of cloth precision like this, thereby produce the equal edition breadth holographic composite.
Above-mentioned central processing system shows that in real time the error waveform of drying unit front and back two places holography composite is monitored for operating personnel, and writes down file automatically so that review by man-machine interface.
The utility model beneficial effect against existing technologies is, because the control of the tension force between unwinding device and drying unit compensation arrangement, its encoder is coaxial to be installed on the live-roller before and after pressure roller or the composite roll, and the diameter of pressure roller or live-roller is far smaller than the diameter of composite roll (being adhering roll), so, compare with the encoder on being installed in adhering roll by gear driven, the coaxial encoder that is installed on pressure roller or the live-roller, its swing circle shortens greatly, therefore, coaxial its accuracy of detection height of encoder that is installed on pressure roller or the live-roller has reduced the specification requirement of system to encoder resolution, thereby has reduced the manufacturing cost of compounding machine; Because the detection mouth of photocell eye is corresponding with the holographic composite on the live-roller, so, detect the direct tensioning surface that is positioned at holographic composite on the live-roller of throwing of detection luminous point that mouth sends from photocell eye, avoided producing the detection error because of shake takes place at the test point place holographic composite, therefore, the accuracy of detection height of photocell eye is for the accurate execution of tension force executing agency is had laid a good foundation; Because SERVO CONTROL motor and winding up roller (being let off roll or wind-up roll) are in transmission connection, tension controller is electrically connected with the SERVO CONTROL motor, so, with adopting complicated roller is to carry out tension adjustment to compare, the reaction speed of mentioned strain executing agency is fast, can carry out in time the error of frequent variations, compensate control fast, reach the purpose of control version width of cloth precision, thereby produce the equal edition breadth holographic composite.In addition, owing to also be provided with another tension force control compensation arrangement between drying unit and the wrap-up, thereby make the version width of cloth of the holographic composite after the oven dry obtain fine setting control again, realization is controlled the secondary fine setting of the holographic composite version width of cloth, thereby produces the higher equal edition breadth holographic composite of precision.The utility model also has simple in structure, reasonable in design and the automaticity advantages of higher.
Below in conjunction with the drawings and specific embodiments the utility model is described further.
Description of drawings
Fig. 1 is the structural representation of the utility model preferred embodiment;
Fig. 2 is the circuit block diagram of the utility model preferred embodiment.
The specific embodiment
As shown in Figure 1, the compounding machine of the production equal edition breadth holographic composite in this preferred embodiment, comprise rack-mounted successively unwinding device 1, sizer 2, set composite 3, drying unit 4 and wrap-up 5, be provided with live-roller 61,62,63 between the said apparatus; Above-mentioned set composite comprises composite roll 31 and pressure roller 32, and the diameter of above-mentioned pressure roller 32, live-roller 61,62,63 is less than 100mm and have bigger cornerite; Be provided with first tension force control compensation arrangement between above-mentioned unwinding device 1 and the drying unit 4.
Above-mentioned first tension force control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and central processing system 17, mentioned strain testing agency comprises encoder 7 and photocell eye 8, above-mentioned encoder 7 is a rotary encoder, encoder 7 coaxial being installed on the pressure roller 32, above-mentioned photocell eye 8 is installed in the rear of composite roll 32, the position of photocell eye 8 is corresponding with the position of the live-roller 61 at composite roll 32 rears, and the detection mouth of photocell eye 8 is corresponding with the holographic composite 9 on the live-roller 61.Certainly, above-mentioned encoder 7 also can coaxially be installed in the live-roller before and after the composite roll; Mentioned strain executing agency comprises SERVO CONTROL motor 11 and tension controller 12, and SERVO CONTROL motor 11 is in transmission connection with the let off roll 10 of unwinding device 1, and tension controller 12 is electrically connected with SERVO CONTROL motor 11.
Be provided with second tension force control compensation arrangement between above-mentioned drying unit 4 and the wrap-up 5.
Above-mentioned second tension force control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and above-mentioned central processing system 17, mentioned strain testing agency comprises encoder 13 and photocell eye 14, above-mentioned encoder 13 is a rotary encoder, encoder 13 is coaxial to be installed on the live-roller 63 before the wrap-up 5, above-mentioned photocell eye 14 is installed in the place ahead of wrap-up 5, the position of photocell eye 14 is corresponding with the position of a live-roller 62 in wrap-up 5 the place aheads, and the detection mouth of photocell eye 14 is corresponding with the holographic composite 9 on the live-roller 62; Mentioned strain executing agency comprises SERVO CONTROL motor 15 and tension controller 16, and SERVO CONTROL motor 15 is in transmission connection with the wind-up roll 50 of wrap-up 5, and tension controller 16 is electrically connected with SERVO CONTROL motor 15.
As shown in Figure 1 and Figure 2, two signal input parts of above-mentioned central processing system 17 are connected with the signal output part of encoder 7,13 respectively, two other signal input part of central processing system 17 is connected with the signal output part of photocell eye 8,14 respectively, and two signal output parts of central processing system 17 are connected with the signal input part of tension controller 12,16 respectively.
Above-mentioned central processing system 17 is connected with a personal-machine interface 18, and above-mentioned man-machine interface 18 is connected with central processing system 17 two-way signalings,
Above-mentioned encoder 7,13 can be selected close control (NEMICON) rotary encoder in the Japan for use, and its model is NOC-S5000-2MHC; The model that above-mentioned photocell eye 8,14 can select for use German SICK (executing gram) company to produce is the photocell eye of SICK ST130-S29; Above-mentioned photocell eye is mainly used in and detects the version seam, and above-mentioned encoder cooperates with photocell eye, is mainly used in to detect the version width of cloth.
When compounding machine is produced the equal edition breadth holographic composite, place holographic film 19 at unwinding device 1 earlier, holographic film 19 is behind sizer, be coated with one deck adhesive layer on its front, the holographic film 19 that scribbles adhesive layer is positive compound base materials 20 such as set composite 3 places and for example paper, thereby form holographic composite 9, after 4 oven dry of holographic composite 9 drying devices, by wrap-up 5 rolling rolling.
In the production process of equal edition breadth holographic composite, above-mentioned first tension force control compensation arrangement is adjusted the tension force of holographic film 19: above-mentioned SERVO CONTROL motor 12 drives let off roll 10 and rotates, and holographic film 19 is carried with certain tension force; Above-mentioned encoder 7 sends a plurality of pulse signals and gives central processing system 17 when pressure roller 32 whenever rotates a circle; Above-mentioned photocell eye 8 detects when seam version between the space of a whole page and the space of a whole page, just can send a signal and give central processing system 17; After above-mentioned central processing system 17 receives the signal that encoder 7 and photocell eye 8 send, through handling, then according to result, velocity of rotation by tension controller 12 control SERVO CONTROL motors 11, thereby the velocity of rotation that makes let off roll 10 obtains adjusting, and reaches the purpose of control version width of cloth precision; For example, the girth of supposing the pressure roller 32 of installation encoder 7 is L, the umber of pulse that encoder 7 revolutions produce is P, then encoder 7 sends the represented holographic composite length of each pulse for (L ÷ P), central processing system 17 produces the umber of pulse M that is received between signal according to photocell eye 8, calculate that edition width of cloth is long to be (L ÷ P * M), and this calculated value and the standard value of setting by man-machine interface 18 in advance compared, again according to the error size that is relatively produced, the output control signal is given tension controller 12, tension controller 12 is according to the control signal that is received, adjust the rotating speed of SERVO CONTROL motor 11, thereby make the velocity of rotation of let off roll 10 obtain adjusting, like this, the tension force of holographic film 19 also obtains adjusting, because the tension force of holographic film 19 changes, so, the degree difference that holographic film 19 is stretched, can reach the purpose of control version width of cloth precision like this, thereby produce the equal edition breadth holographic composite.
After above-mentioned holographic composite drying device 4 oven dry, above-mentioned second tension force control compensation arrangement is adjusted the tension force of holographic composite 9, and the operation principle of second tension force control compensation arrangement is identical with the operation principle of first tension force control compensation arrangement.Like this, by second tension force control compensation arrangement, the tension force of the holographic composite 9 after the oven dry is changed, compensated the error that holographic composite produces because of deformation in drying course, so holographic composite 9 is in drawing process, its edition width of cloth obtains fine setting control again, thereby realize secondary fine setting control, make equal edition breadth holographic composite 9 precision of producing higher 9 editions width of cloth of holographic composite.
The equal edition breadth holographic composite of producing after secondary fine setting control 9 is by wrap-up 5 rolling rolling.
Above-mentioned man-machine interface 18 can show the error waveform of the holographic composite in two places, drying unit front and back in real time, for operating personnel's monitoring; Above-mentioned central processing system 17 can write down automatically files so that review.
Claims (7)
1, a kind of compounding machine of producing the equal edition breadth holographic composite comprises rack-mounted successively unwinding device, sizer, set composite, drying unit and wrap-up, is provided with live-roller between the said apparatus; Above-mentioned set composite comprises composite roll and pressure roller; Be provided with a tension force control compensation arrangement between above-mentioned unwinding device and the drying unit, it is characterized in that: mentioned strain control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and central processing system, mentioned strain testing agency comprises encoder and photocell eye, above-mentioned encoder is coaxial to be installed on the live-roller before and after pressure roller or the composite roll, above-mentioned photocell eye is installed in the rear of composite roll, the position of photocell eye is corresponding with the position of a live-roller at composite roll rear, and the detection mouth of photocell eye is corresponding with the holographic composite on this live-roller; Mentioned strain executing agency is connected with unwinding device; A signal input part of above-mentioned central processing system is connected with the signal output part of encoder, another signal input part of central processing system is connected with the signal output part of photocell eye, and the signal output part of central processing system is connected with the signal input part of tension force executing agency.
2, the compounding machine of production equal edition breadth holographic composite as claimed in claim 1, it is characterized in that: be provided with another tension force control compensation arrangement between described drying unit and the wrap-up, this tension force control compensation arrangement comprises tension-detecting mechanism, tension force executing agency and central processing system, mentioned strain testing agency comprises encoder and photocell eye, above-mentioned encoder is coaxial to be installed on the live-roller in wrap-up the place ahead, above-mentioned photocell eye is installed in the place ahead of wrap-up, the position of photocell eye is corresponding with the position of a live-roller in wrap-up the place ahead, and the detection mouth of photocell eye is corresponding with the holographic composite on this live-roller; Mentioned strain executing agency is connected with wrap-up; A signal input part of above-mentioned central processing system is connected with the signal output part of encoder, another signal input part of central processing system is connected with the signal output part of photocell eye, and the signal output part of central processing system is connected with the signal input part of tension force executing agency.
3, the compounding machine of production equal edition breadth holographic composite as claimed in claim 1 or 2, it is characterized in that: the diameter of described pressure roller or live-roller is less than 100mm.
4, the compounding machine of production equal edition breadth holographic composite as claimed in claim 1 or 2, it is characterized in that: described pressure roller or live-roller have bigger cornerite.
5, the compounding machine of production equal edition breadth holographic composite as claimed in claim 1 or 2, it is characterized in that: described tension force executing agency comprises SERVO CONTROL motor and tension controller, SERVO CONTROL motor and winding up roller are in transmission connection, and tension controller is electrically connected with the SERVO CONTROL motor; The signal input part of tension controller is connected with the signal output part of central processing system.
6, the compounding machine of production equal edition breadth holographic composite as claimed in claim 2 is characterized in that: the central processing system in tension force between described unwinding device and the drying unit control compensation arrangement, the central processing system of controlling in the compensation arrangement with the tension force between drying unit and the wrap-up are same central processing system.
7, as the compounding machine of claim 1 or 2 or 6 described production equal edition breadth holographic composites, it is characterized in that: described central processing system is connected with a personal-machine interface, and above-mentioned man-machine interface is connected with the central processing system two-way signaling.
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| CNU2007201789778U CN201169104Y (en) | 2007-12-28 | 2007-12-28 | Compounding machine for producing equal plate width holographic composite material |
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| CNU2007201789778U CN201169104Y (en) | 2007-12-28 | 2007-12-28 | Compounding machine for producing equal plate width holographic composite material |
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| CN107770419A (en) * | 2016-08-17 | 2018-03-06 | 奥林巴斯株式会社 | Observation device, observational technique and observing system |
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| CN110978740A (en) * | 2019-12-20 | 2020-04-10 | 重庆鑫仕达包装设备有限公司 | Control system and method for preventing substrate slippage during lamination process |
| CN113275215A (en) * | 2021-06-25 | 2021-08-20 | 安徽隆润高分子材料有限公司 | Series rubber coating production control system and production method |
| CN117283858A (en) * | 2023-09-04 | 2023-12-26 | 华周(福建)机械有限公司 | Multifunctional wet-type compounding machine capable of stretching at fixed length |
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2007
- 2007-12-28 CN CNU2007201789778U patent/CN201169104Y/en not_active Expired - Lifetime
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101955080A (en) * | 2010-09-15 | 2011-01-26 | 无锡锦和科技有限公司 | Production line for producing adhesive tapes |
| CN101962130A (en) * | 2010-09-17 | 2011-02-02 | 无锡锦和科技有限公司 | Rubber belt production line |
| CN107770419A (en) * | 2016-08-17 | 2018-03-06 | 奥林巴斯株式会社 | Observation device, observational technique and observing system |
| CN106585056A (en) * | 2016-12-13 | 2017-04-26 | 深圳市博泰印刷设备有限公司 | Positioning composite mechanism and printing equipment |
| CN106585056B (en) * | 2016-12-13 | 2019-04-12 | 深圳市博泰印刷设备有限公司 | A kind of positioning composite structure and printing equipment |
| CN109016832A (en) * | 2018-09-30 | 2018-12-18 | 温州市华展电气科技有限责任公司 | A kind of lamination compounding machine with automatically to regulating mechanism |
| CN109016832B (en) * | 2018-09-30 | 2024-01-12 | 温州市华展电气科技有限责任公司 | Film coating compounding machine with automatic point-to-point adjusting mechanism |
| CN110978740A (en) * | 2019-12-20 | 2020-04-10 | 重庆鑫仕达包装设备有限公司 | Control system and method for preventing substrate slippage during lamination process |
| CN113275215A (en) * | 2021-06-25 | 2021-08-20 | 安徽隆润高分子材料有限公司 | Series rubber coating production control system and production method |
| CN117283858A (en) * | 2023-09-04 | 2023-12-26 | 华周(福建)机械有限公司 | Multifunctional wet-type compounding machine capable of stretching at fixed length |
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