CN105946336A - Film tearing method - Google Patents

Film tearing method Download PDF

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Publication number
CN105946336A
CN105946336A CN201610297115.0A CN201610297115A CN105946336A CN 105946336 A CN105946336 A CN 105946336A CN 201610297115 A CN201610297115 A CN 201610297115A CN 105946336 A CN105946336 A CN 105946336A
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CN
China
Prior art keywords
peplos
sheet material
make
thin film
roller
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201610297115.0A
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Chinese (zh)
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CN105946336B (en
Inventor
王建勋
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Dongguan Siwo Intelligent Equipment Co.,Ltd.
Original Assignee
Luoyang Sowo Precision Machinery Co Ltd
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Application filed by Luoyang Sowo Precision Machinery Co Ltd filed Critical Luoyang Sowo Precision Machinery Co Ltd
Priority to CN201610297115.0A priority Critical patent/CN105946336B/en
Publication of CN105946336A publication Critical patent/CN105946336A/en
Application granted granted Critical
Publication of CN105946336B publication Critical patent/CN105946336B/en
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B38/00—Ancillary operations in connection with laminating processes
    • B32B38/10—Removing layers, or parts of layers, mechanically or chemically

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Lining Or Joining Of Plastics Or The Like (AREA)
  • Application Of Or Painting With Fluid Materials (AREA)

Abstract

The invention relates to a film tearing method, which is based on film tearing equipment composed of a rack, a conveyor, a centering device, a coating film releasing device, a film removing device, a film collecting device, a defective product temporary storage device and a control device. During removal of a protective film from a film coated sheet, firstly the film coated sheet is placed at the conveyor and is brought to the center through the centering device; then, the conveyor sends the film coated sheet to a designated position; and then the coating film releasing device releases the protective film of the film coated sheet; then the film removing device removes the whole protective film, and collects the removed protective film by the film collecting device; at the end, if defective products appear in the film removing operation, the defective products can be stored temporarily by the defective product temporary storage device, if not, the conveyor sends the protective film removed film coated sheet to a designated position. The whole operation is automatic operation, saves manpower cost, also improves the production efficiency, and at the same time, the removal quality of a large size PCB's protective film can be well guaranteed.

Description

Dyestripping method
Technical field
The present invention relates to the technical field of pcb board material processing, particularly relate to a kind of for tearing peplos PCB off The dyestripping method of the protecting film on sheet material.
Background technology
Currently for machine large-sized pcb board semi-finished product (in pcb board industry standard, PCB The maximum of length and width size be 640mm × 640mm), two protecting film generally can be used to cover respectively in it Upper and lower surface, thereby protects the upper and lower surface of this large-sized pcb board, and needs large-sized to this When pcb board semi-finished product are further processed, as long as removing on the upper and lower surface of this large-sized pcb board Protecting film.And the embodiment currently tearing protecting film off is commonly: use manual operation, specifically, During protecting film on the upper and lower surface tearing large-sized pcb board off, first pass through scraper to start protecting film An edge, tear this protecting film off by staff the most again.But, this kind of embodiment not only inefficiency, Human cost is high, and easily scratch when using scraper to start an edge of protecting film pcb board surface and / or scratch protecting film, largely effect on manufacturing schedule.
Therefore, it is necessary to provide a kind of technological means to solve drawbacks described above.
Summary of the invention
It is an object of the invention to overcome the defect of prior art, it is provided that a kind of dyestripping method, existing to solve Inefficiency, cost is there is in technology during the protecting film on the upper and lower surface tearing large-sized pcb board off High and easily scratch the surface of large-sized pcb board and/or scratch the problem of protecting film.
The present invention is achieved in that dyestripping method, for tearing the protecting film on peplos sheet material off, including such as Lower step:
S101, the frame of preparation one confession parts installation settings；
S102, arrange in described frame in order to peplos sheet material is sent to specify position transporter, and Make definition on described transporter have for described peplos sheet material and place and be transported to specify position to carry out Dyestripping operation front transportation section and in order to the described peplos sheet material carrying out dyestripping operation is delivered to specific bit The rear transportation section put；
S103, the described peplos sheet material that is placed on described front transportation section is set on described front transportation section It is close to the centralising device of the center of described front transportation section；
S104, arrange in described frame and between described front transportation section and described rear transportation section in order to will The peplos back-off assembly that the protecting film of described peplos sheet material unclamps；
S105, in described frame and be adjacent to described peplos back-off assembly position arrange in order to remove through The thin film removing device of the protecting film on described peplos sheet material that described peplos back-off assembly unclamps；
S106, in described frame and close to described thin film removing device position arrange in order to collect State the film collecting device of the protecting film being removed out by described thin film removing device on peplos sheet material；
S107, in described frame and neighbouring or be positioned at the position of described rear transportation section and arrange in order to by described The defective products apparatus for temporary storage that the dyestripping defective products produced during peplos sheet material dyestripping is temporary；
S108, prepare one in order to control the control device of electrical components work, and make described control device respectively With described transporter, described centralising device, described peplos back-off assembly, described thin film removing device, institute State film collecting device and the electrical connection of described defective products apparatus for temporary storage；
S109, described peplos sheet material is placed on described front transportation section；
S110, made the described peplos sheet material being placed on described front transportation section be close to by described centralising device described The center of front transportation section；
S111, deliver to the described peplos sheet material of centralized positioning to be positioned at by described front transportation section described front defeated Position between the section of sending and described rear transportation section；
S112, by described peplos back-off assembly, the protecting film on the described upper and lower end face of peplos sheet material is unclamped；
S113, removed the described peplos plate unclamped through described peplos back-off assembly by described thin film removing device Protecting film on material；
S114, collected on described peplos sheet material by described film collecting device and moved by described thin film removing device Except protecting film out；
S115, judge that whether described peplos sheet material form defective products during thin film removing, the most then enter Row step S116；If it is not, then carry out step S117；
S116, by described defective products apparatus for temporary storage, described defective products is kept in；
S117, it is sent to the sheet material tearing protecting film off to specify position by described rear transportation section；
S118, repetition step S109 to S117, until the described peplos sheet material of requirement completes thin film and moves Division operation.
The technique effect of the dyestripping method of the present invention is: owing to this dyestripping method is based primarily upon by frame, transmission Device, centralising device, peplos back-off assembly, thin film removing device, film collecting device, defective products are temporary Device and the dyestripping equipment of control device composition, whole operation is automation mechanized operation, has both saved human cost, Improve again production efficiency, meanwhile, also can preferably ensure large scale pcb board protecting film remove quality.
Accompanying drawing explanation
The axonometric chart of the dyestripping equipment that the dyestripping method that Fig. 1 is the present invention is used；
The dyestripping equipment that the dyestripping method that Fig. 2 is the present invention is used removes the schematic diagram after frame；
Fig. 3 be in Fig. 2 A-A to sectional view；
The structural representation of the centralising device of the dyestripping equipment that the dyestripping method that Fig. 4 is the present invention is used；
The structural representation of the peplos back-off assembly of the dyestripping equipment that the dyestripping method that Fig. 5 is the present invention is used Figure；
The structural representation of the thin film removing device of the dyestripping equipment that the dyestripping method that Fig. 6 is the present invention is used Figure；
Fig. 7 is the schematic diagram of another angle of Fig. 6；
Fig. 8 be in Fig. 7 B-B to sectional view；
The structure of the defective products apparatus for temporary storage of the dyestripping equipment that the dyestripping method that Fig. 9 is the present invention is used is shown It is intended to.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and reality Execute example, the present invention is further elaborated.Only should be appreciated that specific embodiment described herein Only in order to explain the present invention, it is not intended to limit the present invention.
Refer to Fig. 1 to Fig. 9, below the embodiment of the dyestripping method of the present invention is described in detail.
The dyestripping method of the present embodiment, for tearing the protecting film on peplos sheet material P off, wherein, in this enforcement In example, this peplos sheet material P is the pcb board that upper and lower surface is covered with protecting film, certainly, and this peplos sheet material P also can be other sheet material being covered with protecting film；It addition, according in pcb board industry standard, the length of PCB The maximum of wide size is 640mm × 640mm, then, the length and width size of the pcb board in the present embodiment is not More than 640mm × 640mm.This dyestripping method comprises the steps:
S101, the frame 10 of preparation one confession parts installation settings；
S102, arrange in frame 10 in order to peplos sheet material P is sent to specify position transporter 20, And make definition on transporter 20 have confession peplos sheet material P to place and be transported to specify position to tear The front transportation section 21 of membrane operations and in order to the peplos sheet material P carrying out dyestripping operation is delivered to specific bit The rear transportation section 22 put；
S103, the peplos sheet material P arranging to be placed on front transportation section 21 on front transportation section 21 are close to The centralising device 30 of the center of front transportation section 21；
S104, arrange in frame 10 and between front transportation section 21 and rear transportation section 22 in order to will bag The peplos back-off assembly 40 that the protecting film of lamina membranacea material P unclamps；
S105, in frame 10 and be adjacent to peplos back-off assembly 40 position arrange in order to remove through bag The thin film removing device 50 of the protecting film on peplos sheet material P that film back-off assembly 40 unclamps；
S106, in frame 10 and close to thin film removing device 50 position arrange in order to collect peplos The film collecting device 60 of the protecting film being removed out by thin film removing device 50 on sheet material P；
S107, in frame 10 and neighbouring or be positioned at the position of rear transportation section 22 and arrange in order to by peplos plate The defective products apparatus for temporary storage 70 that the dyestripping defective products produced during material P dyestripping is temporary；
S108, prepare one in order to control the control device 80 of electrical components work, and to make 80 points of control device Do not receive with transporter 20, centralising device 30, peplos back-off assembly 40, thin film removing device 50, thin film Acquisition means 60 and defective products apparatus for temporary storage 70 electrically connect；
S109, peplos sheet material P is placed on front transportation section 21；
S110, the peplos sheet material P being placed on front transportation section 21 is made to be close to front transportation section by centralising device 30 The center of 21；
S111, deliver to be positioned at front transportation section 21 by the peplos sheet material P of centralized positioning by front transportation section 21 And the position between rear transportation section 22；
S112, by peplos back-off assembly 40, the protecting film on the peplos upper and lower end face of sheet material P is unclamped；
S113, removed the peplos sheet material P unclamped through peplos back-off assembly 40 by thin film removing device 50 On protecting film；
S114, collected by film collecting device 60 and removed out by thin film removing device 50 on peplos sheet material P The protecting film come；
S115, judge that whether peplos sheet material P forms defective products during thin film removing, the most then carry out Step S116；If it is not, then carry out step S117；
S116, by defective products apparatus for temporary storage 70, defective products is kept in；
S117, it is sent to the sheet material tearing protecting film off to specify position by rear transportation section 22；
S118, repetition step S109 to S117, until the peplos sheet material P of requirement completes thin film removing Operation.
Owing to the dyestripping method in the present embodiment is based primarily upon by frame 10, transporter 20, centralising device 30, peplos back-off assembly 40, thin film removing device 50, film collecting device 60, defective products apparatus for temporary storage 70 and control device 80 composition dyestripping equipment 100, whole operation is automation mechanized operation, has both saved people Power cost, improves again production efficiency, meanwhile, also can preferably ensure the shifting of the protecting film of large scale pcb board Except quality.
Refer to Fig. 1 to Fig. 9, in the present embodiment, particularly as follows:
Make front transportation section 21 be located on one end of frame 10, make rear transportation section 22 be located at another of frame 10 On end；
Centralising device 30 is set and includes that first by middle mobile member 32 and leans on by middle mobile member 31, second Middle driving source 33, make first by middle mobile member 31 along the conveying being perpendicular to front transportation section 21 and carrying article The side being located at front transportation section 21 is moved in direction；Second is made to lean on middle mobile member 32 along being perpendicular to front transportation section The conveying direction of 21 conveying article moves the opposite side being located at front transportation section 21, and with first by middle mobile structure Part 31 is oppositely arranged；Make to be located on front transportation section 21 by middle driving source 33 and lean on middle movement with first respectively Component 31 and second connects by middle mobile member 32, for driving first by middle mobile member 31 and the Two move by middle mobile member 32；
Arrange peplos back-off assembly 40 include peplos unclamp installing plate the 41, first peplos unclamp component 42 and Second peplos unclamps component 43, makes peplos unclamp installing plate 41 and is located in frame 10 and is positioned at front transportation section Between 21 and rear transportation section 22；Make the first peplos unclamp component 42 to move and be located at peplos and unclamp installing plate 41 Upper end, to unclamp the protecting film of peplos sheet material P upper end；Make the second peplos unclamp component 43 to move and be located at Peplos unclamps the lower end of installing plate 41, to unclamp the protecting film of peplos sheet material P lower end；Peplos is made to unclamp peace The middle position of dress plate 41 offers one and is available for the first peplos that peplos sheet material P passes through and unclamps import and export；
Thin film removing device 50 is set and includes that thin film removing installing rack 51, first is pasted roller 52, second and glued Patch roller 53 and thin film removing drive source 54, make thin film removing installing rack 51 be located in frame 10 and neighbour sets Installing plate 41 is unclamped in peplos；Make the first stickup roller 52 rotate and be located at the upper of thin film removing installing rack 51 End, to paste the protecting film removing peplos sheet material P upper end；Make the second stickup roller 53 rotate and be located at thin film Remove the lower end of installing rack 51, to paste the protecting film removing peplos sheet material P lower end；Thin film removing is made to drive Dynamic source 54 is located on thin film removing installing rack 51 and is pasted roller 52 and/or second with first and pastes roller 53 connect, to drive the first stickup roller 52 and/or second to paste roller 53 rotation work；
Film collecting device 60 is set and includes the first collection assembly 61 and the second collection assembly 62, make first Collection assembly 61 is located on thin film removing installing rack 51, is pasted, by first, the bag that roller 52 removes to collect The protecting film of lamina membranacea material P；The second collection assembly 62 is made to be located on thin film removing installing rack 51, to collect quilt Second protecting film pasting the peplos sheet material P that roller 53 removes；
Defective products apparatus for temporary storage 70 is made to be located in frame 10 and neighbouring or be positioned at the rear conveying of transporter 20 Section 22.
So, when moving apart the protecting film of peplos sheet material P, first peplos sheet material P is placed in transporter 20 Front transportation section 21；Then, make peplos sheet material P placed in the middle by centralising device 30, specifically, by controlling Device 80 controls to work by middle driving source 33, and can drive first by middle mobile member by middle driving source 33 31, second lean on the relative movement of middle mobile member 32 so that peplos sheet material P by first by middle mobile member 31, Second is pushed to the middle position of front transportation section 21 by middle mobile member 32, is beneficial to peplos sheet material P Subsequent operation；Then, the front transportation section 21 of transporter 20 deliver to specify position by peplos sheet material P； Followed by, peplos back-off assembly 40 unclamp the protecting film of peplos sheet material P, specifically, once peplos plate Material P enters the first peplos and unclamps import and export 411, and control device 80 controls front transportation section 21 and quits work, And control the first peplos and unclamp component the 42, second peplos and unclamp component 43 and start working, so that peplos sheet material The protecting film of the upper and lower end face of P can be unclamped component the 42, second peplos by the first peplos and unclamp component 43 pine Open；Then, control device 80 to control front transportation section 21 and work on, so that peplos sheet material P is delivered to thin film Remove and at collecting zone, so that whole protecting film can be removed by thin film removing device 50 at this region, and And collected the protecting film being removed by film collecting device 60, specifically, control device 80 to control thin film Remove driving source 54 to work, and thin film removing driving source 54 can be ordered about the first stickup roller 52 and second and be glued Patch roller 53 works so that the protecting film of the upper and lower end face of peplos sheet material P by first paste roller 52, the Two paste roller 53 stickup removes；Simultaneously, collected by the first stickup roller by the first collection assembly 61 The protecting film of the peplos sheet material P that 52 remove, and collected by the second stickup rolling by the second collection assembly 62 The protecting film of the peplos sheet material P that wheel 53 removes；Afterwards, the peplos sheet material P of thin film removing operation is carried out Deliver on rear transportation section 22 at thin film removing and collecting zone, so that specific bit can be delivered to by rear transportation section 22 Put place's discharging；Simultaneously, whether this peplos sheet material P having carried out thin film removing operation can be judged to belong to and tear Defective products in membrane operations, is that it can be kept in by defective products apparatus for temporary storage 70 if judging, if judging no, It can directly be sent to specify position by the rear transportation section 22 of transporter 20.
Refer to Fig. 6, in the present embodiment, arrange thin film removing installing rack 51 include the first riser 511, First movable plate the 512, second riser 513 and the second movable plate 514, makes the first movable plate 512 in up and down The mobile upper end being located at the first riser 511, makes the second movable plate 514 be located at the second riser in moving up and down The upper end of 513；Make the first riser 511 and the second riser 513 interval arrange, and pass through screw connection manner respectively Connect on fixed frame 10, simultaneously, make the rwo be formed for the first stickup roller 52 and second and paste The thin film removing installation cavity 515 of roller 53 installation settings；
Make the first stickup roller 52 be located in thin film removing installation cavity 515, and make the first stickup roller 52 One end be connected to the first movable plate 512, the other end is connected to the second movable plate 514；
Make the second stickup roller 53 be located in thin film removing installation cavity 515, and make the second stickup roller 53 One end be connected to the lower end of the first riser 511, the other end is connected to the lower end of the second riser 513.
And by the first riser the 511, first movable plate the 512, second riser 513 and the second movable plate 514 Setting, except the installation settings of beneficially thin film removing installing rack 51, needed for may also be advantageous for realizing it Function.
In order to make the first stickup roller 52 can realize moving up and down arranging function, with can be according to different peplos The thickness of sheet material P and regulate the first stickup roller 52 and second and paste the spacing distance between roller 53, In the present embodiment, this embodiment particularly as follows:
The upper end making the first riser 511 is provided with the first step trough 5111, arranges the first step trough 5111 and includes First open slot and the second open slot, make the second open slot be positioned at below the first open slot and with the first open slot Connection, and make the width width more than the second open slot of the first open slot, so that the first open slot and second Between open slot, junction forms a step；Make the first open slot be provided with first crossbeam 516, and make first The width of crossbeam 516 width less than the first open slot and the width more than the second open slot, can make with this First crossbeam 516 is firmly arranged on the step that between the first open slot and the second open slot, junction is formed； The first movable plate 512 is made to be located in the second open slot, and by one first telescopic moving unit 517 and first Crossbeam 516 connects, wherein, it is preferred that making this first telescopic moving unit 517 is a telescopic cylinder；
The upper end making the second riser 513 is provided with the second step trough 5131, arranges the second step trough 5131 and includes 3rd open slot and the 4th open slot, make the 4th open slot be positioned at below the 3rd open slot and with the 3rd open slot Connection, and make the width of the 3rd open slot width more than described 4th open slot so that the 3rd open slot and Between 4th open slot, junction forms a step；Make the 3rd open slot be provided with second cross beam 518, and make The width of second cross beam 518 width less than the 3rd open slot and the width more than the 4th open slot, can with this Make second cross beam 518 that the platform that between the 3rd open slot and the 4th open slot, junction is formed firmly is set On rank；The second movable plate 514 is made to be located in the 4th open slot, and by one second telescopic moving unit 519 It is connected with second cross beam 518, wherein, it is preferred that making this second telescopic moving unit 519 is the gas that stretches Cylinder.
Refer to Fig. 8, in the present embodiment, thin film removing device 50 is set and also includes that the first film removes Induction apparatus and the second thin film removing induction apparatus, make the first film remove induction apparatus and be located at thin film removing installing rack On 51, whether have with sensing and pasted the protecting film of peplos sheet material P that roller 52 removes can be by phase by first The signal of pass situation sends extremely control device 80 and carries out relevant work to control the first collection assembly 61；Make Whether two thin film removing induction apparatuss are located on thin film removing installing rack 51, have with sensing and pasted roller by second The signal of correlation circumstance also can be sent to controlling device 80 with control by the protecting film of the peplos sheet material P that 53 remove Make the second collection assembly 62 and carry out relevant work；The first film is made to remove induction apparatus and the second thin film removing sense Device is answered all to electrically connect with control device 80
And remove induction apparatus and the setting of the second thin film removing induction apparatus by the first film, beneficially control The collection of one collection assembly the 61, second collection assembly 62 protecting film to removing.
Refer to Fig. 8, in the present embodiment, thin film removing device 50 is set and also includes auxiliary drive gear 55, make auxiliary drive gear 55 be located on thin film removing installing rack 51, transmit peplos sheet material P with auxiliary To specifying position, being beneficial to peplos sheet material P can transmit in thin film removing region.
Preferably, auxiliary drive gear 55 is set and includes that the first auxiliary transmits roller groups 551 and the second auxiliary Transmit roller groups 552, make the first auxiliary transmit roller groups 551 and be movably arranged on thin film removing installing rack 51 And it is positioned at the first stickup roller 52 and side of second stickup both rollers 53；The second auxiliary is made to transmit roller bearing Group 552 is movably arranged on thin film removing installing rack 51 and is positioned at the first stickup roller 52 and second pastes roller Opposite side both 53.Wherein, first auxiliary transmit roller groups 551 by several spaced first Auxiliary transmits roller bearing composition, and the second auxiliary transmits roller groups 552 by several spaced second auxiliary Transmission roller bearing forms.
Thus, roller 52 and the second stickup roller 53 are pasted to the peplos upper and lower end face of sheet material P when first When protecting film removes, first pastes roller 52 and second pastes roller 53 meeting to peplos sheet material P generation one Advance active force, and peplos sheet material P just can by this active force along first auxiliary transmit roller groups 551, Second auxiliary transmits the conveying direction of roller groups 552 and moves, and both simple in construction can effectively ensure that again peplos plate Material P can transmit in thin film removing region smoothly.
Please continue to refer to Fig. 8, in the present embodiment, the first collection assembly 61 is set and includes the first collecting region 611, collect conveyer belt 612 and collect driving source 613, making the first collecting region 611 be positioned at thin film removing peace Shelve the lower end of 51, stop for the protecting film being pasted the peplos sheet material P that roller 52 removes by first and collect； Make collection conveyer belt 612 be located on the first stickup roller 52, pasted roller 52 to guide to transmit by first The protecting film of the peplos sheet material P removed is to the first collecting region 611；Make collection drive source 613 to be located at thin film to move Except the upper end of installing rack 51 and it is connected with collecting conveyer belt 612, collects conveyer belt 612 guiding biography to drive Send work；Collection is made to drive source 613 to electrically connect with controlling device 80.
And, it is preferred that making thin film removing drive source 54 and collect driving source 613 is the setting that overlaps, i.e. Use one to drive source, not only can realize the first stickup roller 52 and/or driving of the second stickup roller 53, But also collection conveyer belt 612 can be driven to guide protecting film transmission, it is seen then that both simplified structure, the most just In installation settings.
Accordingly, to collect, when the first collection assembly 61, the peplos sheet material P removed by the first stickup roller 52 Protecting film, control to collect driving source 613 work by controlling device 80, and collect driving source 613 work After work, it can make to collect conveyer belt 612 and work, and collects conveyer belt 612 and will will be pasted rolling by first The protecting film of the peplos sheet material P that wheel 52 removes is sent to the first collecting region 611, realizes protecting film with this Collect.Whole collection process, simple and convenient, and the work of other parts will not be made during collecting Become impact.
Meanwhile, it is preferred that make this collection drive source 613 to be a motor, in order to draw materials and installation settings.
Referring again to Fig. 8, in the present embodiment, arrange the first collection assembly 61 also to include in the first guiding Framework 614, makes framework 614 in the first guiding be located at the upper end of thin film removing installing rack 51 and be positioned at first Paste roller 52 and collect the top in driving source 613, being pasted, by first, the peplos that roller 52 removes to guide The protecting film of sheet material P is to the first collecting region 611, with this, by the first setting guiding upper framework 614, This protecting film being pasted the peplos sheet material P that roller 52 removes by first can be made to be directed to transmit, more favorably Collection in protecting film.
Preferably, arrange framework 614 in the first guiding to include hiding section 6141, extension 6142 and down Guide section 6143, makes covering section 6141 be positioned at the top of the first stickup roller 52 and hide the first stickup rolling The covering section 6141 of wheel 52；Extension 6142 is made to be connected with covering section 6141 and be positioned at collection conveyer belt 612 Top and extend covering collect conveyer belt 612；Guide section 6143 down is made to be connected with extension 6142, So that the protecting film being pasted the peplos sheet material P that roller 52 removes by first moves down, it is easy to produce with this Processing and installation.
Further, the first collection assembly 61 is set and also includes framework 615 under the first guiding, make first to lead The lower end of thin film removing installing rack 51 is located at by framework 615 downwards, so that being pasted what roller 52 removed by first Lower framework 615 can be guided by first when the protecting film of peplos sheet material P falls down to guide to the first collecting region 611, to ensure the smooth collection of protecting film.
Preferably, framework 615 under the first guiding is set and includes the first receiver section 6151 and first section of leading 6152, the first receiver section 6151 is relative with guide section 6143 down, is pasted roller 52 to receive by first The protecting film of the peplos sheet material P removed；The first section of leading 6152 is made to be connected with the first receiver section 6151, The protecting film of peplos sheet material P that roller 52 removes is pasted to the first collecting region 611 by first to lead, with This is easy to production and processing and installation.
Wherein, it is preferred that make first section of leading 6152 for arc structure, with can be suitable by curved surface thereon Profit leads protecting film to the first collecting region 611.
Referring again to Fig. 8, in the present embodiment, the second collection assembly 62 is set and includes the second collecting region 621 And second guide lower framework 622, the second collecting region 621 is made to be positioned at the lower end of thin film removing installing rack 51, Stop for the protecting film being pasted the peplos sheet material P that roller 53 removes by second and collect；Make under the second guiding The lower end of thin film removing installing rack 51 is located at by framework 622, is pasted, by second, the bag that roller 53 removes to guide The protecting film of lamina membranacea material P is to the second collecting region 621.
Accordingly, to collect, when the second collection assembly 62, the peplos sheet material P removed by the second stickup roller 53 Protecting film, this protecting film can be by action of gravity, then the guiding by the second lower framework 622 of guiding, Just can successfully be collected into the second collecting region 621, realize the collection of protecting film with this.Whole collection process, Simple and convenient, and the work of other parts will not be impacted during collecting.
Preferably, arrange framework 622 under the second guiding to include receiving and pasted roller 53 by second and remove Peplos sheet material P protecting film the second receiver section 6221 and in order to lead by second paste roller 53 move The protecting film of the peplos sheet material P removed, to the second section of leading 6222 of the second collecting region 621, makes the second reception Section 6221 is connected with the second receiver section 6221, is easy to production and processing and installation with this.
Wherein, it is preferred that make second section of leading 6222 for arc structure, with can be suitable by curved surface thereon Profit leads protecting film to the second collecting region 621.
Refer to Fig. 8, in the present embodiment, film collecting device 60 be set and also include squeeze-film mechanism 63, Squeeze-film mechanism 63 is made to be located on thin film removing installing rack 51, to receive by the first collection assembly 61 and second The protecting film that collection assembly 62 is collected is compressed reducing taking up room of this protecting film, ensures protection with this The maximum amount of collection of film.
Preferably, squeeze-film mechanism 63 is set and includes collecting mobile pressing plate 631 and mobile pressing plate driving source 632, Make collection move pressing plate 631 to move up and down and be located at both the 611, second collecting regions 621, the first collecting region； Make mobile pressing plate drive source 632 to be located on thin film removing installing rack 51 and be connected with collecting mobile pressing plate 631, The mobile pressing plate driving source 632 that mobile pressing plate 631 moves is collected to drive.Wherein, move pressing plate and drive source 632 can use telescopic cylinder, in order to draw materials and installation settings
Refer to Fig. 3 and Fig. 9, in the present embodiment, conveying installing rack after rear transportation section 22 includes is set 221, delivering rubber roller 222 and rear feed drive source 223 after several, make delivering rubber roller 222 after several Carry on installing rack 221 after being arranged in along the bearing of trend of rear conveying installing rack 221, make rear feed drive source 223 be located at after carry on installing rack 221 and be connected, to drive several with delivering rubber rollers 222 after several Rear delivering rubber roller 222 works, and makes rear feed drive source 223 electrically connect with controlling device 80；Wherein, after Feed drive source 223 is conveying motor after, and after this rear conveying motor is by rear chain and several Delivering rubber roller 222 connects；
Defective products apparatus for temporary storage 70 is set and includes temporary bearing 71, pallet 72 and temporary driving module 73, Make temporary bearing 71 be located in frame 10 and be positioned at below rear transportation section 22, make pallet 72 move and be located at Keep on bearing 71 and move through delivering rubber roller 222 after several, making temporary driving module 73 be located at On temporary bearing 71, to drive pallet 72 to slide up and down；Make temporary driving module 73 and control device 80 electrical connections.
So, when control device 80 detection determine be placed in after peplos sheet material P on transportation section 22 belong to and tear During defective products in membrane operations, control device 80 and can control temporary to drive module 73 to work, and temporary drive Module 73 can drive pallet 72 to move through delivering rubber roller 222 after several, to be moved apart by this defective products Rear transportation section 22 is also kept in, and avoids defective products to deliver to subsequent processing with this and affects normal production, meanwhile, Also the collection to defective products can be facilitated to process.
And temporary drive module 73 mainly by a motor and the screw mandrel group that is connected with motor it is preferred that arrange this Become, in order to production and processing, and make this temporary screw mandrel driving module 73 be connected with pallet 72.
Preferably, pallet 72 is set and includes attaching plate elements 721 and several support bar arrays 722, make Several support bar arrays 722 are located in attaching plate elements 721 and are set in distance, to hold dyestripping defective products 's；Any one support bar array 722 is set by multiple along the spaced apart support bar group of same rectilinear direction Become, and make each support bar move through delivering rubber roller 222 after adjacent two be positioned on rear transportation section 22 The space formed, accordingly, can avoid impacting the normal transport operations of rear transportation section 22.
Refer to Fig. 3 and Fig. 4, in this embodiment, arrange front transportation section 21 include before conveying installing rack 211, Several front delivering rubber rollers 212 and front feed drive source 213, make several front delivering rubber rollers 212 along front defeated The bearing of trend sending installing rack 211 carries on installing rack 211 before being arranged in；Make front feed drive source 213 Carry on installing rack 211 before being located at and be connected, with defeated before driving several with several front delivering rubber rollers 212 Rubber roll 212 is sent to work；Front feed drive source 213 is made to electrically connect with controlling device 80.
Wherein, front feed drive source 213 is conveying motor after, and this front conveying motor is by front carrier chain Bar is connected with several front delivering rubber rollers 212；Meanwhile, can it is preferred that this front feed drive source 213 with after Feed drive source 223 is arranged for overlapping, i.e. uses one to drive source, just can drive front transportation section 21 He Rear transportation section 22.
Arrange first and include the first movable block 311 and several the first locating dowels 312 by middle mobile member 31, Several first locating dowels 312 interval is located on the first movable block 311, makes each first locating dowel 312 The space that adjacent two the front delivering rubber rollers 212 being placed through on front transportation section 21 are formed, accordingly, can keep away Exempt from the normal transport operations of front transportation section 21 is impacted；
In like manner, arrange second by middle mobile member 32 include the second movable block 321 and several second Locating dowel 322, makes several second locating dowels 322 interval be located on the second movable block 321, makes each the The space that adjacent two front delivering rubber rollers 212 that two locating dowels 322 are placed through on front transportation section 21 are formed, Accordingly, can avoid the normal transport operations of front transportation section 21 is impacted；Make by middle driving source 33 respectively It is connected with first movable block the 311, second movable block 321.
Wherein, this first locating dowel 312 and the first locating dowel 322 are in being oppositely arranged, to ensure peplos sheet material The both sides uniform force of P such that it is able to smoothly move the center being close to front transportation section 22；And Whole operation is the most relatively simple, as long as moving by controlling the first movable block 311 and second by middle driving source 33 Relative movement between motion block 321, just can make peplos sheet material P move on to the center of front transportation section 22.
It is preferred that be a clockwise and anticlockwise motor by middle driving source 33, clockwise and anticlockwise motor is by a positioning transmission even Fitting 34 is connected with first movable block the 311, second movable block 321, specifically, clockwise and anticlockwise motor rotates forward Time, it drives first movable block the 311, second movable block 321 to move by positioning transmission connector 34, Make with this that the firstth movable block 311 is relative with the second movable block 321 to be drawn close, to promote peplos sheet material P It is placed in the center of the conveying direction of front transportation section 22；After complete, clockwise and anticlockwise motor can invert, and it passes through Positioning transmission connector 34 drives first movable block the 311, second movable block 321 movement, makes with this To the firstth movable block 311 and the second movable block 321 relative separation.
And this positioning transmission connector 34 is preferably ring-type positioning transmission band, the side of ring-type positioning transmission band It is connected to the first movable block 311, is connected to the first movable block relative to the opposite side of the side of positioning transmission band 321。
It addition, in order to ensure that first movable block the 311, second movable block 321 slides smoothly, arrange this centering Device 30 also includes guide slide mechanism 35, arranges guide slide mechanism and includes guide chute 351 and lead To slide rail 352, make guide chute 351 be located on first movable block the 311, second movable block 321, make to lead Carry on installing rack 211 before slide rail 35 is located at and be slidably matched with guide chute.
Further, arrange centralising device 30 also include centralized positioning sensor, centralized positioning sensor is made to be located at On front transportation section 21, peplos sheet material P whether is had to be placed on front transportation section 21 and by correlation circumstance with sensing Signal transmission leans on middle mobile member 32 with control first by middle mobile member 31 and second to controlling device 80 Carry out relevant work；Centralized positioning sensor is made to electrically connect with controlling device 80.
Preferably, arrange centralized positioning sensor include sensing the position of peplos sheet material P and can will be correlated with The signal transmission of situation leans on middle mobile structure with control first by middle mobile member 31 and second to controlling device 80 Part 32 quickly adjusts the first centralized positioning sensor arranging position of peplos sheet material P and in order to sense bag The signal of correlation circumstance also can be sent to controlling device 80 to control first by middle shifting by the position of lamina membranacea material P Dynamic component 31 and second is by second center arranging position of middle mobile member 32 intense adjustment peplos sheet material P Alignment sensor.
Refer to Fig. 5, in the present embodiment, peplos back-off assembly 40 is set and also includes that peplos unclamps movement Plate 44 and movable plate drive source 45, make peplos unclamp movable plate 44 and unclamp the horizontal stroke of installing plate 41 along peplos Move to direction and be located at peplos and unclamp on installing plate 41, make movable plate drive source 45 to be located at peplos and unclamp installation Unclamp movable plate 44 on plate 41 and with peplos to be connected, move to drive peplos to unclamp movable plate 44；Make bag Film unclamps the middle position of movable plate 44 and offers one and be available for the second peplos that peplos sheet material P passes through and unclamp Import and export 441, make the second peplos unclamp import and export 441 and the first peplos unclamps import and export 411 and is oppositely arranged And communicate, and movable plate is made to drive source 45 to electrically connect with controlling device 80.Wherein, it is preferred that peplos is loose Open installing plate 41 and be provided with guide rail, and peplos unclamps movable plate 44 and is provided with the chute coordinated with slide, This peplos is unclamped movable plate 44 and is slided by chute and being slidably matched of guide rail and be located at peplos and unclamp installing plate On 41；Simultaneously, movable plate drives source 45 to be a telescopic cylinder.
Make the first peplos unclamp component 42 and the second peplos unclamps component 43 and is divided into peplos pine in moving up and down Open the two ends up and down of movable plate 44.
So, when needing to unclamp the protecting film on peplos sheet material P, first, controlled by control device 80 Make the first peplos and unclamp component 42 and the second peplos unclamps component 43 and moves, to be close to contact peplos sheet material P； Then, then by control device 80 control movable plate drive source 45 work, and movable plate drive source 45 meeting Drive peplos to unclamp the horizontal direction that movable plate 44 unclamps installing plate 41 along peplos to move back and forth, so that the can be made One peplos unclamps component 42 and unclamps component 43 with the second peplos and contact back and forth and unclamp peplos sheet material P upper and lower end face Protecting film.
Preferably, arrange the first peplos to unclamp component and include that the first rub wheel 421 and the first peplos unclamp driving Source 422, makes the first rub wheel 421 move and is located at peplos and unclamps the upper end of movable plate 44, for peplos The protecting film Structure deformation of sheet material P upper end；The first peplos is made to unclamp driving source 422 and the first rub wheel 421 Connect, to drive the first rub wheel 421 to move；The first peplos is made to unclamp driving source 422 and control device 80 Electrical connection.
Arrange the second peplos to unclamp component 43 and include that the second rub wheel 431 and the first peplos unclamp driving source 422, Make the second rub wheel 431 move to be located at peplos and unclamp the lower end of movable plate 44, for under peplos sheet material P The protecting film Structure deformation of end；Make the first peplos unclamp driving source 422 to be connected with the first rub wheel 421, to drive Dynamic first rub wheel 421 moves；Make the first peplos unclamp driving source 422 to electrically connect with controlling device 80.
Referring to Fig. 8, the dyestripping method in the present embodiment also includes by dust arrester 91 to remove accumulation The step of the dust on described thin film removing device.
Specifically, dust arrester 91 is set and includes the first dedusting assembly 911 and the second dedusting assembly 912, The first dedusting assembly 911 is made to be located at the upper end of thin film removing installing rack 51 and paste roller 52 near first, The second dedusting assembly 912 is made to be located at the lower end of thin film removing installing rack 51 and paste roller 53 near second. By the first dedusting assembly 911 and the second dedusting assembly 912, first stickup roller 52, second is effectively ensured Paste the cleanliness factor of roller 53, be conducive to improving its service life.
Preferably, the first dedusting assembly 911 is set and includes that the first dedusting component 9111 and the first dedusting are driven Dynamic source 9112, makes the first dedusting component 9111 be moved close to the first stickup roller 52, makes the first dedusting drive Dynamic source 9112 is located at the upper end of thin film removing installing rack 51 and is connected with the first dedusting component 9111, with can The first dedusting component 9111 is driven to move；The first dedusting is made to drive source 9112 to electrically connect with controlling device 80； It is preferred that this first dedusting drives source 9112 to be a telescopic cylinder, in order to draw materials and installation settings, with Shi Di, when if desired cleaning the first stickup roller 52, as long as controlling the first dedusting by controlling device 80 Driving source 9112 works, and the first dedusting drives source 9112 just can order about the first dedusting component 9111 near connecing Touch the first stickup roller 52, so that it to be cleaned.
First dedusting drive member 9111 is set and includes the first dedusting locating dowel and the first Continuous pressing device for stereo-pattern, make First Continuous pressing device for stereo-pattern volume is located in the first dedusting locating dowel, can be directly by the adhesion of the first Continuous pressing device for stereo-pattern with this Property, to adhere to the dust on the first stickup roller 52, realize the clear of the first stickup roller 52 simply and effectively Clean.
In like manner, the second dedusting assembly 912 is set and includes that the second dedusting component 9121 and the second dedusting are driven Dynamic source 9122, makes the second dedusting component 9121 be moved close to the second stickup roller 53, makes the second dedusting drive Dynamic source 9122 is located at the lower end of thin film removing installing rack 51 and is connected with the second dedusting component 9121, with can The second dedusting component 9121 is driven to move；The first dedusting is made to drive source 9122 to electrically connect with controlling device 80； It is preferred that this second dedusting drives source 9122 to be a telescopic cylinder, in order to draw materials and installation settings, with Shi Di, when if desired cleaning the second stickup roller 53, as long as controlling the second dedusting by controlling device 80 Driving source 9122 works, and the second dedusting drives source 9122 just can order about the second dedusting component 9121 near connecing Touch the second stickup roller 53, so that it to be cleaned.
Second dedusting drive member 9121 is set and includes the second dedusting locating dowel and the second Continuous pressing device for stereo-pattern, make Second Continuous pressing device for stereo-pattern volume is located in the second dedusting locating dowel, can be directly by the adhesion of the second Continuous pressing device for stereo-pattern with this Property, to adhere to the dust on the second stickup roller 53, realize the clear of the second stickup roller 53 simply and effectively Clean.
Referring to Fig. 8, the dyestripping method in the present embodiment also includes by Destaticizing device 92 to remove guarantor The step of the electrostatic produced between cuticula and sheet material.
Preferably, Destaticizing device 92 is set and includes that first destatics unit 921 and second and destatic list Unit 922, makes first to destatic unit 921 and is located at the upper end of thin film removing installing rack 51 and glues near first Patch roller 52, makes second to destatic unit 922 and is located at the lower end of thin film removing installing rack 51 and near second Paste roller 53.
It addition, dyestripping method also includes by alarm device 93 to report to the police machine generation abnormal conditions Step,
As it is shown in figure 1, make alarm device 93 be located on the top of frame 10, and respectively with transporter 20, centralising device 30, peplos back-off assembly 40, thin film removing device 50, film collecting device 60, no Non-defective unit apparatus for temporary storage 70, control device 80 electrically connect.
The foregoing is only preferred embodiment of the present invention, its structure is not limited to the above-mentioned shape enumerated Shape, all any amendment, equivalent and improvement etc. made within the spirit and principles in the present invention, all Within protection scope of the present invention should being included in.

Claims (30)

1. dyestripping method, for tearing the protecting film on peplos sheet material off, it is characterised in that comprise the steps:
S101, the frame of preparation one confession parts installation settings；
S102, the transporter in order to peplos sheet material to be sent to specify position is set in described frame, and makes on described transporter definition have for described peplos sheet material to place and be transported to specify position to carry out the front transportation section of dyestripping operation and in order to the described peplos sheet material carrying out dyestripping operation to be delivered to the rear transportation section of appointment position；
S103, the described peplos sheet material arranging to be placed on described front transportation section on described front transportation section are close to the centralising device of the center of described front transportation section；
S104, the peplos back-off assembly in order to be unclamped by the protecting film of described peplos sheet material is set in described frame and between described front transportation section and described rear transportation section；
S105, in described frame and be adjacent to described peplos back-off assembly position arrange in order to the thin film removing device removing the protecting film on the described peplos sheet material that described peplos back-off assembly unclamps；
S106, in described frame and close to described thin film removing device position arrange in order to the film collecting device collecting the protecting film being removed out by described thin film removing device on described peplos sheet material；
S107, in described frame and neighbouring or be positioned at the position of described rear transportation section the defective products apparatus for temporary storage that the dyestripping defective products in order to will produce during described peplos sheet material dyestripping is temporary is set；
S108, prepare one in order to control the control device of electrical components work, and to make described control device electrically connect with described transporter, described centralising device, described peplos back-off assembly, described thin film removing device, described film collecting device and described defective products apparatus for temporary storage respectively；
S109, described peplos sheet material is placed on described front transportation section；
S110, the described peplos sheet material being placed on described front transportation section is made to be close to the center of described front transportation section by described centralising device；
S111, by described front transportation section, the described peplos sheet material of centralized positioning is delivered to the position between described front transportation section and described rear transportation section；
S112, by described peplos back-off assembly, the protecting film on the described upper and lower end face of peplos sheet material is unclamped；
S113, remove the protecting film on the described peplos sheet material that described peplos back-off assembly unclamps by described thin film removing device；
S114, collected the protecting film being removed out by described thin film removing device on described peplos sheet material by described film collecting device；
S115, judge that whether described peplos sheet material form defective products during thin film removing, the most then carry out step S116；If it is not, then carry out step S117；
S116, by described defective products apparatus for temporary storage, described defective products is kept in；
S117, it is sent to the sheet material tearing protecting film off to specify position by described rear transportation section；
S118, repetition step S109 to S117, until the described peplos sheet material of requirement completes thin film removing operation.
2. dyestripping method as claimed in claim 1, it is characterised in that:
Make described front transportation section be located on one end of described frame, make described rear transportation section be located on the other end of described frame；
Arrange described centralising device to include first by middle mobile member, second by middle mobile member and by middle driving source, making described first to move, by middle mobile member, the side being located at described front transportation section；Make described second to move by middle mobile member be located at the opposite side of described front transportation section and be oppositely arranged by middle mobile member with described first；It is located on described front transportation section by middle driving source described in making, and is connected by middle mobile member by middle mobile member and described second with described first respectively, to drive described first to lean on middle mobile member to move by middle mobile member and described second；
Described peplos back-off assembly is set and includes that peplos unclamps installing plate, the first peplos unclamps component and the second peplos unclamps component, make described peplos unclamp installing plate and be located in described frame and between described front transportation section and described rear transportation section；Make described first peplos unclamp component to move and be located at described peplos and unclamp the upper end of installing plate, to unclamp the protecting film of described peplos sheet material upper end；Make described second peplos unclamp component to move and be located at described peplos and unclamp the lower end of installing plate, to unclamp the protecting film of described peplos sheet material lower end；The middle position making described peplos unclamp installing plate offers the first peplos and unclamps import and export, passes through being available for described peplos sheet material；
Described thin film removing device is set and includes that thin film removing installing rack, the first stickup roller, the second stickup roller and thin film removing drive source；Make described thin film removing installing rack be located in described frame and be adjacent to described peplos and unclamp installing plate；Make described first to paste roller and rotate the upper end being located at described thin film removing installing rack, to paste the protecting film removing described peplos sheet material upper end；Make described second to paste roller and rotate the lower end being located at described thin film removing installing rack, to paste the protecting film removing described peplos sheet material lower end；Make described thin film removing drive source to be located on described thin film removing installing rack, and be connected with described first stickup roller and/or described second stickup roller, to drive the described first thin film removing pasting roller and/or described second stickup roller rotation work to drive source；
Described film collecting device is set and includes the first collection assembly and the second collection assembly；Described first collection assembly is made to be located on described thin film removing installing rack, to collect the protecting film being pasted the described peplos sheet material that roller removes by described first；Described second collection assembly is made to be located on described thin film removing installing rack, to collect the protecting film being pasted the described peplos sheet material that roller removes by described second；
Described defective products apparatus for temporary storage is made to be located in described frame and neighbouring or be positioned at the rear transportation section of described transporter.
3. dyestripping method as claimed in claim 2, it is characterized in that: described thin film removing installing rack is set and includes the first riser, the first movable plate, the second riser and the second movable plate, make described first movable plate in moving up and down the upper end being located at described first riser, make described second movable plate in moving up and down the upper end being located at described second riser；Make described first riser and described second riser interval arrange, and be formed for the described first thin film removing installation cavity pasting roller and described second stickup roller installation settings；
Making described first to paste roller to be located in described thin film removing installation cavity, and make described first one end pasting roller be connected to described first movable plate, the other end is connected to described second movable plate；
Making described second to paste roller to be located in described thin film removing installation cavity, and make described second one end pasting roller be connected to the lower end of described first riser, the other end is connected to the lower end of described second riser.
4. dyestripping method as claimed in claim 3, it is characterized in that: make the upper end of described first riser be provided with the first step trough, described first step trough is set and includes the first open slot and the second open slot, make described second open slot be positioned at below described first open slot, and make the width width more than described second open slot of described first open slot；Make described first open slot be provided with first crossbeam, make the width width less than described first open slot of described first crossbeam and the width more than described second open slot；Make described first movable plate be located in described second open slot, and be connected with described first crossbeam by one first telescopic moving unit；
The upper end making described second riser is provided with the second step trough, described second step trough is set and includes the 3rd open slot and the 4th open slot, make described 4th open slot be positioned at below described 3rd open slot, make the width width more than described 4th open slot of described 3rd open slot；Make described 3rd open slot be provided with second cross beam, make the width width less than described 3rd open slot of described second cross beam and the width more than described 4th open slot；Make described second movable plate be located in described 4th open slot, and be connected with described second cross beam by one second telescopic moving unit.
5. dyestripping method as claimed in claim 2; it is characterized in that: described thin film removing device is set and also includes that the first film removes induction apparatus and the second thin film removing induction apparatus; make described the first film remove induction apparatus to be located on described thin film removing installing rack, whether have, with sensing, the protecting film being pasted the described peplos sheet material that roller removes by described first and the signal transmission of correlation circumstance can be carried out relevant work to described control device to control described first collection assembly；Make described second thin film removing induction apparatus be located on described thin film removing installing rack, whether have, with sensing, the protecting film being pasted the described peplos sheet material that roller removes by described second and the signal transmission of correlation circumstance can be carried out relevant work to described control device to control described second collection assembly；Make described the first film remove induction apparatus and described second thin film removing induction apparatus all electrically connects with described control device.
6. dyestripping method as claimed in claim 2, it is characterised in that: described thin film removing device is set and also includes auxiliary drive gear, make described auxiliary drive gear be located on described thin film removing installing rack, transmit described peplos sheet material to specifying position with auxiliary.
7. dyestripping method as claimed in claim 6, it is characterized in that: described auxiliary drive gear is set and includes that the first auxiliary transmits roller groups and the second auxiliary transmits roller groups, make described first auxiliary transmit roller groups and be movably arranged on described thin film removing installing rack and be positioned at described first stickup roller and the side of described second stickup roller, make described second auxiliary transmit roller groups and be movably arranged on described thin film removing installing rack and be positioned at the described first opposite side pasting roller and described second stickup roller.
8. dyestripping method as claimed in claim 2; it is characterized in that: described first collection assembly is set and includes the first collecting region, collect conveyer belt and collect driving source; make described first collecting region be positioned at the lower end of described thin film removing installing rack, stop for the protecting film being pasted the described peplos sheet material that roller removes by described first and collect；Described collection conveyer belt is located at described first and is pasted on roller, is pasted the protecting film of the described peplos sheet material that roller removes to described first collecting region to guide to transmit by described first；Make described collection driving source be located at the upper end of described thin film removing installing rack and be connected with described collection conveyer belt, transmit work to drive described collection conveyer belt to guide；Described collection driving source is made to electrically connect with described control device.
9. dyestripping method as claimed in claim 8; it is characterized in that: described first collection assembly is set and also includes framework in the first guiding; make described first to guide upper framework be located at the upper end of described thin film removing installing rack and be positioned at the described first top pasting roller and described collection driving source, pasted the protecting film of the described peplos sheet material that roller removes to described first collecting region to guide by described first.
10. dyestripping method as claimed in claim 9, it is characterised in that: arrange described first and guide upper framework and include hiding section, extension and guide section down, make described covering section be positioned at the described first top pasting roller and hide described first and paste roller；Make described extension be connected with described covering section and be positioned at the top of described collection conveyer belt and extend the described collection conveyer belt of covering；Described in making, guide section is connected with described extension down, so that the protecting film being pasted the described peplos sheet material that roller removes by described first moves down.
11. dyestripping methods as claimed in claim 10; it is characterized in that: described first collection assembly is set and also includes framework under the first guiding; make described first to guide lower framework and be located at the lower end of described thin film removing installing rack, pasted the protecting film of the described peplos sheet material that roller removes to described first collecting region to guide by described first.
12. dyestripping methods as claimed in claim 11; it is characterized in that: the described first lower framework of guiding is set and includes the first receiver section and first section of leading; make described first receiver section relative with described guide section down, to receive the protecting film being pasted the described peplos sheet material that roller removes by described first；Make described first section of leading be connected with described first receiver section, pasted the protecting film of the described peplos sheet material that roller removes to described first collecting region to lead by described first.
13. dyestripping methods as claimed in claim 8, it is characterised in that: described thin film removing is set and drives source to be the setting that overlaps with described collection driving source.
14. dyestripping methods as claimed in claim 2; it is characterized in that: described second collection assembly is set and includes that the second collecting region and second guides lower framework; make described second collecting region be positioned at the lower end of described thin film removing installing rack, stop for the protecting film being pasted the described peplos sheet material that roller removes by described second and collect；Make described second to guide lower framework and be located at the lower end of described thin film removing installing rack, pasted the protecting film of the described peplos sheet material that roller removes to described second collecting region to guide by described second.
15. dyestripping methods as claimed in claim 14; it is characterized in that: the described second lower framework of guiding is set and includes receiving second receiver section the second receiver section of the protecting film being pasted the described peplos sheet material that roller removes by described second and in order to lead the protecting film second section of leading to described second collecting region being pasted the described peplos sheet material that roller removes by described second, make described second section of leading be connected with described second receiver section.
16. dyestripping methods as claimed in claim 2; it is characterized in that: described film collecting device is set and also includes squeeze-film mechanism; described squeeze-film mechanism is made to be located on described thin film removing installing rack, to be compressed reducing taking up room of this protecting film to the protecting film collected by described first collection assembly and described second collection assembly.
17. dyestripping methods as claimed in claim 2, it is characterized in that: arrange and after described rear transportation section includes, carry installing rack, several rear delivering rubber roller and rear feed drive sources, make several described rear delivering rubber rollers along the bearing of trend layout conveying installing rack in the rear of described rear conveying installing rack；Make described rear feed drive source be located on described rear conveying installing rack and delivering rubber roller rear with several described is connected, to drive several described rear delivering rubber rollers to work；Described rear feed drive source is made to electrically connect with described control device；
Described defective products apparatus for temporary storage is set and includes temporary bearing, pallet and temporary driving module, make described temporary bearing be located in described frame and be positioned at below described rear transportation section；Make described pallet move and be located on described temporary bearing and move through several described rear delivering rubber rollers；Described temporary driving module is made to be located on described temporary bearing, to drive described pallet to slide up and down；Described temporary driving module is made to electrically connect with described control device.
18. dyestripping methods as claimed in claim 17, it is characterised in that: described pallet is set and includes attaching plate elements and several support bar arrays, make several described support bar arrays be located in described attaching plate elements and be set in distance, to hold dyestripping defective products；Arrange any one described support bar array to be made up of along the spaced apart support bar of same rectilinear direction multiple, and make each described support bar move through the space that adjacent two the described rear delivering rubber rollers being positioned on described rear transportation section are formed.
19. dyestripping methods as claimed in claim 2, it is characterized in that: conveying installing rack, several front delivering rubber rollers and front feed drive source before described front transportation section includes are set, make several described front delivering rubber rollers be arranged on described front conveying installing rack along the bearing of trend of described front conveying installing rack；Make described front feed drive source be located on described front conveying installing rack and delivering rubber roller front with several described is connected, to drive several described front delivering rubber rollers to work；Described front feed drive source is made to electrically connect with described control device.
Arrange described first and include the first movable block and several the first locating dowels by middle mobile member, several described first locating dowel intervals are made to be located on described first movable block, the space that adjacent two the described front delivering rubber rollers making each described first locating dowel be placed through on described front transportation section are formed；
Arrange described second and include the second movable block and several the second locating dowels by middle mobile member, several described second locating dowel intervals are made to be located on described second movable block, the space that adjacent two the described front delivering rubber rollers making each described second locating dowel be placed through on described front transportation section are formed；
It is connected with described first movable block, described second movable block respectively by middle driving source described in making.
20. dyestripping methods as claimed in claim 2, it is characterized in that: described centralising device is set and also includes centralized positioning sensor, described centralized positioning sensor is made to be located on described front transportation section, whether there is described peplos sheet material to be placed on described front transportation section with sensing and the signal of correlation circumstance is sent and carry out relevant work by middle mobile member and described second by middle mobile member to control described first to described control device, make described centralized positioning sensor electrically connect with described control device.
21. dyestripping methods as claimed in claim 20, it is characterized in that: described centralized positioning sensor is set and includes the first centralized positioning sensor and the second centralized positioning sensor, with can be by the position of peplos sheet material described in described first centralized positioning sensor sensing and the signal of correlation circumstance can be sent and arrange position by middle mobile member and described second by what middle mobile member quickly adjusted described peplos sheet material to control described first to described control device, and can be by the position of peplos sheet material described in described second centralized positioning sensor sensing and the signal of correlation circumstance can be sent and arrange position by middle mobile member and described second by peplos sheet material described in middle mobile member intense adjustment to control described first to described control device.
22. dyestripping methods as claimed in claim 2, it is characterized in that: described peplos back-off assembly is set and also includes that peplos unclamps movable plate and movable plate and drives source, make described peplos unclamp movable plate and unclamp the horizontal direction of installing plate along described peplos and move and be located at described peplos and unclamp on installing plate；Make described movable plate drive source to be located at described peplos to unclamp on installing plate and unclamp movable plate with described peplos and be connected, move to drive described peplos to unclamp movable plate；The middle position making described peplos unclamp movable plate offers one and is available for the second peplos that described peplos sheet material passes through and unclamps import and export, make described second peplos unclamp import and export and described first peplos unclamps import and export and is oppositely arranged and communicates, make described movable plate drive source to electrically connect with described control device.
Make described first peplos unclamp component and described second peplos unclamps component and is divided into described peplos unclamps the two ends up and down of movable plate in moving up and down.
23. dyestripping methods as claimed in claim 22; it is characterized in that: described first peplos is set and unclamps component and include that the first rub wheel and the first peplos unclamp driving source; make described first rub wheel move to be located at described peplos and unclamp the upper end of movable plate, for the protecting film Structure deformation with described peplos sheet material upper end；Make described first peplos unclamp driving source to be connected with described first rub wheel, to drive described first rub wheel to move；Make described first peplos unclamp driving source to electrically connect with described control device；
Arrange described second peplos to unclamp component and include that the second rub wheel and the second peplos unclamp driving source, make described second rub wheel move and be located at described peplos and unclamp the lower end of movable plate, for the protecting film Structure deformation with described peplos sheet material lower end；Make described second peplos unclamp driving source to be connected with described second rub wheel, to drive described second rub wheel to move；Make described second peplos unclamp driving source to electrically connect with described control device.
24. dyestripping methods as claimed in claim 2, it is characterized in that: described peplos back-off assembly is set and also includes that peplos unclamps induction apparatus, make described peplos unclamp induction apparatus to be located at described peplos and unclamp on installing plate, whether have described peplos sheet material to unclamp component and described second peplos unclamps between component and can be sent by the signal of correlation circumstance to described control device to control described first peplos and unclamp component and described second peplos unclamps component and carries out relevant work through described first peplos with sensing；Make described peplos unclamp induction apparatus to electrically connect with described control device.
25. dyestripping methods as described in any one of claim 1-24, it is characterised in that: also include by dust arrester to remove the step of the dust accumulated on described thin film removing device.
26. dyestripping methods as claimed in claim 25, it is characterized in that: described dust arrester is set and includes the first dedusting assembly and the second dedusting assembly, make described first dedusting assembly be located at the upper end of described thin film removing installing rack and paste roller near described first, make described second dedusting assembly be located at the lower end of described thin film removing installing rack and paste roller near described second.
27. dyestripping methods as claimed in claim 26, it is characterised in that: described first dedusting assembly is set and includes that the first dedusting component and the first dedusting drive source, make described first dedusting component be moved close to described first and paste roller；Described first dedusting is made to drive source be located at the upper end of described thin film removing installing rack and be connected with described first dedusting component, so that described first dedusting component can be driven to move；Described first dedusting is made to drive source to electrically connect with described control device.
28. dyestripping methods as claimed in claim 26, it is characterised in that: described second dedusting assembly is set and includes that the second dedusting component and the second dedusting drive source, make described second dedusting component be moved close to the described second the second dedusting component pasting roller；Described second dedusting is made to drive source be located at the lower end of described thin film removing installing rack and be connected with described second dedusting component, so that described second dedusting component can be driven to move；Described first dedusting is made to drive source to electrically connect with described control device.
29. dyestripping methods as described in any one of claim 1-24, it is characterised in that: also include by Destaticizing device to remove the step of the electrostatic produced between protecting film and sheet material.
30. dyestripping methods as claimed in claim 29, it is characterized in that: described Destaticizing device is set and includes that first destatics unit and second and destatic unit, make described first to destatic unit be located at the upper end of described thin film removing installing rack and paste roller near described first, make described second to destatic unit and be located at the lower end of described thin film removing installing rack and paste roller near described second.
CN201610297115.0A 2016-05-06 2016-05-06 Dyestripping method Active CN105946336B (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106985500A (en) * 2017-05-18 2017-07-28 深圳市创新特科技有限公司 The viscous glutinous copper film peel-off device of drift angle
CN110920047A (en) * 2019-10-31 2020-03-27 广州科升测控设备有限公司 Automatic film tearing mechanism for FPC cover film
CN113960050A (en) * 2021-10-21 2022-01-21 邵东智能制造技术研究院有限公司 Automatic detection equipment for shading film
CN115284730A (en) * 2022-08-12 2022-11-04 广东科升智能装备有限公司 FPC covers automatic dyestripping machine of membrane

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104843258A (en) * 2015-03-20 2015-08-19 深圳市思沃精密机械有限公司 Method for tearing off films wrapping plate
CN204588247U (en) * 2015-03-20 2015-08-26 深圳市思沃精密机械有限公司 Film collecting device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104843258A (en) * 2015-03-20 2015-08-19 深圳市思沃精密机械有限公司 Method for tearing off films wrapping plate
CN204588247U (en) * 2015-03-20 2015-08-26 深圳市思沃精密机械有限公司 Film collecting device

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106985500A (en) * 2017-05-18 2017-07-28 深圳市创新特科技有限公司 The viscous glutinous copper film peel-off device of drift angle
CN106985500B (en) * 2017-05-18 2019-10-08 深圳市创新特科技有限公司 The viscous glutinous copper film peel-off device of apex angle
CN110920047A (en) * 2019-10-31 2020-03-27 广州科升测控设备有限公司 Automatic film tearing mechanism for FPC cover film
CN113960050A (en) * 2021-10-21 2022-01-21 邵东智能制造技术研究院有限公司 Automatic detection equipment for shading film
CN115284730A (en) * 2022-08-12 2022-11-04 广东科升智能装备有限公司 FPC covers automatic dyestripping machine of membrane
CN115284730B (en) * 2022-08-12 2023-09-01 广东科升智能装备有限公司 Automatic film tearing machine for FPC (flexible printed circuit) cover film

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