CN205891459U - Discharge device - Google Patents

Abstract

The utility model provides a discharge device, includes the installing support, firstly pastes that the gyro wheel is pasted to gyro wheel, second, the film removes driving source, first collection subassembly, second collection subassembly and control system, firstly paste that the gyro wheel rotates, the upper and lower end that the installing support was located respectively to the gyro wheel is pasted to the second, the film removes that the driving source is located on the installing support and pastes the gyro wheel and be connected with first gyro wheel and/or the second pasted, first collection subassembly, second collection subassembly are all located on the installing support, control system removes the driving source electricity with the film and is connected. When the protection film that will remove diolame panel, arrange diolame panel in panel earlier and berth district T, then, removing driving source work through control system control film, the film removes the driving source can drive that first paste the gyro wheel and/or gyro wheel work is pasted to the second to can be respectively paste the protection film of terminal surface about the diolame panel and remove, simultaneously, first collection subassembly, second collection subassembly can correspond the protection film that removes the quilt of the upper and lower terminal surface of diolame panel and collect.

Description

Remove device

Technical field

The utility model is related to the technical field of the thin film removing on coating sheet material, and more particularly, to one kind is used for removing coating Diaphragm on pcb sheet material remove device.

Background technology

Currently for machine large-sized pcb boards half-finished product (in pcb board industry standard, the length and width chi of pcb Very little maximum is 640mm × 640mm), generally can using two diaphragms cover respectively thereon, lower surface, thereby protect The upper and lower surface of this large-sized pcb plate, and when needing this large-sized pcb boards half-finished product is further processed, as long as moving Except the diaphragm on the upper and lower surface of this large-sized pcb plate.And the embodiment currently tearing diaphragm off is commonly: Operated using artificial, specifically, during diaphragm on the upper and lower surface tearing large-sized pcb plate off, first passing through scraper to lift Play an edge of diaphragm, then again this diaphragm is torn off by staff.But, this kind of embodiment not only inefficiency, people Power high cost, and easily scratch the surface of pcb plate when starting an edge of diaphragm using scraper and/or scratch protection Film, largely effects on manufacturing schedule.

Therefore, it is necessary to provide a kind of technological means to solve drawbacks described above.

Utility model content

The purpose of this utility model is to overcome the defect of prior art, provides one kind to remove device, to solve existing skill There is inefficiency, high cost and easily scratch during diaphragm on the upper and lower surface tearing large-sized pcb plate off in art The surface of large-sized pcb plate and/or the problem scratching diaphragm.

The utility model is achieved in that and removes device, for removing the diaphragm on coating sheet material, comprising:

Mounting bracket, described mounting bracket is provided with the sheet material stop area being available for that described coating sheet material is stopped；

First stickup roller, described first pastes roller rotates located at the upper end of described mounting bracket and near described sheet material Stop the upper end in area, to paste the diaphragm removing described coating sheet material upper end；

Second stickup roller, described second pastes roller rotates located at the lower end of described mounting bracket and near described sheet material Stop the lower end in area, to paste the diaphragm removing described coating sheet material lower end；

Thin film removing driving source, described thin film removing driving source pastes rolling in described mounting bracket and with described first Wheel and/or described second is pasted roller and is connected, and pastes roller to drive described first to paste roller and/or described second and rotates work Make；

First collection assembly, described first collection assembly, in described mounting bracket, is pasted by described first with collecting The diaphragm of the described coating sheet material that roller removes；

Second collection assembly, described second collection assembly, in described mounting bracket, is pasted by described second with collecting The diaphragm of the described coating sheet material that roller removes；

Control system, described control system is electrically connected with described thin film removing driving source.

Specifically, described mounting bracket include the first riser, in move up and down located at the upper end of described first riser the One movable plate, the second riser and the second movable plate in the upper end moving up and down located at described second riser, described first riser With described second riser interval setting, and it is formed with and pastes roller and described second stickup roller installation settings for described first Thin film removing installation cavity；

Described first pastes roller in described thin film removing installation cavity, and one end of described first stickup roller is even It is connected to described first movable plate, the other end is connected to described second movable plate；

Described second pastes roller in described thin film removing installation cavity, and one end of described second stickup roller is even It is connected to the lower end of described first riser, the other end is connected to the lower end of described second riser.

Further, the upper end of described first riser is provided with the first step trough, and described first step trough includes the first opening Groove and the second open slot below described first open slot, the width of described first open slot is more than described second open slot Width；Described first open slot is provided with first crossbeam, and the width of described first crossbeam is less than the width of described first open slot Degree and the width more than described second open slot；Described first movable plate is in described second open slot, and passes through one first Telescopic moving unit is connected with described first crossbeam；

The upper end of described second riser is provided with the second step trough, and described second step trough includes the 3rd open slot and is located at The 4th open slot below described 3rd open slot, the width of described 3rd open slot is more than the width of described 4th open slot； Described 3rd open slot is provided with second cross beam, and the width of described second cross beam is less than the width of described 3rd open slot and is more than The width of described 4th open slot；Described second movable plate is in described 4th open slot, and passes through one second telescopic moving Unit is connected with described second cross beam.

Specifically, described thin film removing device also include in described mounting bracket with sense whether have by described first Paste the diaphragm of described coating sheet material that removes of roller and the signal of correlation circumstance can be sent to described control system to control Make the first film that described first collection assembly carries out relevant work and remove inductor and to sense in described mounting bracket Whether have the diaphragm of described coating sheet material being removed by the described second stickup roller and can by the signal of correlation circumstance send to , to control described second collection assembly to carry out the second thin film removing inductor of relevant work, described first is thin for described control system Film removes inductor and described second thin film removing inductor is all electrically connected with described control system.

Specifically, described thin film removing device also includes stopping in area located at described sheet material to assist the described coating plate of transmission Material to specified location auxiliary drive gear.

Further, described auxiliary drive gear includes being movably arranged at described sheet material and stopping in area and be located at described first gluing First auxiliary of the side of patch roller and described second stickup roller transmits roller groups and is movably arranged at described sheet material stop Assist in area and positioned at the second of the described first opposite side pasting roller and described second stickup roller and transmit roller groups.

Specifically, described first collection assembly is included positioned at the lower end of described mounting bracket for being pasted rolling by described first The diaphragm taking turns the described coating sheet material removing is stopped the first collecting region collected, is pasted on roller to guide located at described first The diaphragm of described coating sheet material that transmission is removed by the described first stickup roller to described first collecting region collection conveyer belt, And the upper end located at described mounting bracket and with described collection conveyer belt is connected with drive described collection conveyer belt guiding transmit work The collection driving source made, described collection driving source is electrically connected with described control system.

Further, described first collection assembly also includes located at the upper end of described mounting bracket and is located at described first gluing The top of patch roller and described collection driving source is to guide the protection of the described coating sheet material being removed by the described first stickup roller Film guides upper framework to the first of described first collecting region.

Further, the upper framework of described first guiding includes positioned at the top of the described first stickup roller and covers described the One pastes the covering section of roller, is connected and is located at the top of described collection conveyer belt and extends the described receipts of covering with the described section that covers Collect the extension of conveyer belt and be connected with described extension so that being pasted, by described first, the described coating sheet material that roller removes The guide section down that diaphragm moves down.

Further, described first collection assembly is also included located at the lower end of described mounting bracket to guide by described first Paste the lower framework of the first guiding of the diaphragm of the described coating sheet material that roller removes to described first collecting region.

Further, the lower framework of described first guiding includes relative with described guide section down being glued by described first with reception Patch the first receiver section of the diaphragm of described coating sheet material of removing of roller and being connected to lead by institute with described first receiver section The diaphragm stating the described coating sheet material that the first stickup roller removes leads section to the first of described first collecting region.

It is preferred that described thin film removing driving source is the setting that overlaps with described collection driving source.

Specifically, described second collection assembly is included positioned at the lower end of described mounting bracket for being pasted rolling by described second Take turns the diaphragm of described coating sheet material removing stop the second collecting region collected, located at the lower end of described mounting bracket to guide The diaphragm of the described coating sheet material being removed by the described second stickup roller is to framework under the second guiding of described second collecting region.

Further, under described second guiding, framework includes receiving the described bag being removed by the described second stickup roller Second receiver section of the diaphragm of lamina membranacea material and be connected with described second receiver section with lead by described second stickup roller remove The diaphragm of described coating sheet material second lead section to described second collecting region.

Specifically, the described device that removes also is included in described mounting bracket with to by described first collection assembly and institute The diaphragm stating the second collection assembly collection is compressed to reduce the squeeze-film mechanism taking up room of this diaphragm.

Of the present utility model remove device technique effect be: when the diaphragm of coating sheet material will be removed, first by coating Diaphragm on the upper and lower end face of sheet material unclamps, complete after, then by coating sheet material be placed in sheet material stop area, or, directly by coating plate Material is placed in sheet material and stops area；Then, the work of thin film removing driving source is controlled by control system, thin film removing driving source can drive First pastes roller and/or second pastes roller work, is moved with pasting the diaphragm of coating sheet material upper and lower end face respectively Go, simultaneously, the first collection assembly, the second collection assembly can correspond to the diaphragm being removed of upper and lower for coating sheet material end face Collect.Whole operation is automation mechanized operation, both saves human cost, and improve production efficiency, meanwhile, also can preferably ensure big The diaphragm of size pcb plate remove quality.

Brief description

Fig. 1 is the structural representation removing device of the present utility model；

Fig. 2 is the schematic diagram of another angle of Fig. 1；

Fig. 3 be Fig. 2 in b-b to sectional view.

Specific embodiment

In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only in order to explain The utility model, is not used to limit the utility model.

Refer to Fig. 1 to Fig. 3, below the embodiment removing device of the present utility model is described in detail.

The present embodiment remove device 100, for tearing the diaphragm on coating sheet material p off, wherein, in the present embodiment, This coating sheet material p is the pcb plate that upper and lower surface is covered with diaphragm, and certainly, this coating sheet material p also can be for being covered with diaphragm Other sheet materials；In addition, according in pcb board industry standard, the maximum of the length and width size of pcb is 640mm × 640mm, then, The length and width size of the pcb plate in the present embodiment is less than 640mm × 640mm.This remove device 100 include mounting bracket 10, One paste roller 20, second paste roller 30, thin film removing driving source 40, the first collection assembly 50, the second collection assembly 60 and Control system (in figure does not indicate), each part removing device 100 to this below is described further:

Mounting bracket 10 is for installing for each part, and wherein, mounting bracket 10 is provided with and is available for the stop of coating sheet material Area t stopped by sheet material；

First pastes the upper end that roller 20 simultaneously stops area t located at the upper end of mounting bracket 10 near sheet material, is removed with pasting The diaphragm of coating sheet material upper end；

Second stickup roller 30 rotates the lower end stopping area t located at the lower end of mounting bracket 10 and near sheet material, to paste Remove the diaphragm of coating sheet material lower end；

Thin film removing driving source 40 pastes roller 20 and/or the second stickup roller 30 in mounting bracket 10 and with first Connect, to drive the first stickup roller 20 and/or the second stickup roller 30 rotation work；

First collection assembly 50, in mounting bracket 10, is pasted, by first, the coating sheet material that roller 20 removes to collect Diaphragm；

Second collection assembly 60, in mounting bracket 10, is pasted, by second, the coating sheet material that roller 30 removes to collect Diaphragm；

Control system is electrically connected with thin film removing driving source 40, in order to user's control electrical components.

When the diaphragm of coating sheet material will be removed, first the diaphragm on upper and lower for coating sheet material end face is unclamped, complete after, Again coating sheet material is placed in sheet material and stops area t, or, directly coating sheet material is placed in sheet material and stops area t；Then, by controlling System controls thin film removing driving source 40 to work, and thin film removing driving source 40 can drive the first stickup roller 20 and/or second viscous Patch roller 30 works, and is removed with pasting the diaphragm of coating sheet material upper and lower end face respectively, simultaneously, the first collection assembly 50th, the second collection assembly 60 can correspond to and collect the diaphragm being removed of upper and lower for coating sheet material end face.

Whole operation is automation mechanized operation, both saves human cost, and improve production efficiency, also can preferably protect meanwhile Card large scale pcb plate diaphragm remove quality.

Refer to Fig. 1, the preferred embodiment of the mounting bracket 10 in the present embodiment is that it includes the first riser 11, is in Move up and down the first movable plate 12 located at the upper end of the first riser 11, the second riser 13 and stand located at second in moving up and down Second movable plate 14 of the upper end of plate 13, the first riser 11 and the second riser 13 interval setting, and respectively by screw connection manner even Connect fixing specifying and fix on object, simultaneously, the rwo is formed with installs for the first stickup roller 20 and the second stickup roller 30 Arrange removes installation cavity 15；

First stickup roller 20 is located at removing in installation cavity 15, and one end of the first stickup roller 20 is connected to the first shifting Dynamic plate 12, the other end is connected to the second movable plate 14；

Second stickup roller 30 is located at removing in installation cavity 15, and one end of the second stickup roller 30 is connected to first The lower end of riser 11, the other end is connected to the lower end of the second riser 13.

And the setting by the first riser 11, the first movable plate 12, the second riser 13 and the second movable plate 14, except favourable In the installation settings of mounting bracket 10, may also be advantageous for realizing its required function.

Move up and down setting function in order that can achieve to the first stickup roller 20, with can be according to different coating sheet material p's Thickness and adjust the spacing distance that the first stickup roller 20 and second is pasted between roller 30, in the present embodiment, this embodiment party Formula particularly as follows:

The upper end of the first riser 11 is provided with the first step trough 111, and the first step trough 111 includes the first open slot and is located at the The second open slot connecting below one open slot and with the first open slot, the width of the first open slot is more than the width of the second open slot Degree, so that junction forms a step between the first open slot and the second open slot；First open slot is provided with first crossbeam 16, The width of first crossbeam 16 is less than width and the width more than the second open slot of the first open slot, can make first crossbeam with this 16 are firmly arranged on the step that between the first open slot and the second open slot, junction is formed；First movable plate 12 is located at second In open slot, and it is connected with first crossbeam 16 by one first telescopic moving unit 17, wherein, it is preferred that this first flexible shifting Moving cell 17 is a telescopic cylinder；

The upper end of the second riser 13 is provided with the second step trough 131, and the second step trough 131 includes the 3rd open slot and is located at the The 4th open slot connecting below three open slots and with the 3rd open slot, the width of the 3rd open slot is more than described 4th open slot Width so that between the 3rd open slot and the 4th open slot junction formed a step；It is horizontal that 3rd open slot is provided with second Beam 18, the width of second cross beam 18 is less than width and the width more than the 4th open slot of the 3rd open slot, can make the with this Two crossbeams 18 are firmly arranged on the step that between the 3rd open slot and the 4th open slot, junction is formed；Second movable plate 14 sets In the 4th open slot, and be connected with second cross beam 18 by one second telescopic moving unit 19, wherein, it is preferred that this second Telescopic moving unit 19 is a telescopic cylinder.

Refer to Fig. 3, in the present embodiment remove device 100 also include in mounting bracket 10 with sense whether have by The first stickup diaphragm of coating sheet material p that remove of roller 20 simultaneously can send to control system the signal of correlation circumstance to control Whether the first film that the first collection assembly 50 carries out relevant work removes inductor and is had with sensing in mounting bracket 10 The diaphragm of coating sheet material p that removed by the second stickup roller 30 and can by the signal of correlation circumstance send to control system with The second collection assembly 60 is controlled to carry out the second thin film removing inductor of relevant work, the first film removes inductor and second thin Film is removed inductor and is all electrically connected with control system.

And remove inductor and the setting of the second thin film removing inductor by the first film, be conducive to controlling the first collection Assembly 50, the collection to the diaphragm removing for second collection assembly 60.

Refer to Fig. 3, the device 100 that removes in the present embodiment also includes stopping on area t located at sheet material to assist transmission bag Lamina membranacea material p to specified location auxiliary drive gear 71, being beneficial to coating sheet material p can transmit in thin film removing region.

And the preferred embodiment of auxiliary drive gear 71 is, it includes being movably arranged at sheet material, and to stop area t upper and positioned at the First auxiliary of the side of one stickup roller 20 and second stickup both rollers 30 transmits roller groups 711 and is movably arranged at sheet material Stop on area t and be located at the second auxiliary transmission roller groups of the first opposite side pasting roller 20 and second stickup both rollers 30 712, wherein, the first auxiliary transmission roller groups 711 are made up of several spaced first auxiliary transmission roller bearings, and second is auxiliary Transmission roller groups 712 are helped to be made up of several spaced second auxiliary transmission roller bearings.Thus, when first pastes roller 20 He When second stickup roller 30 removes to the diaphragm of the upper and lower end face of coating sheet material p, first pastes roller 20 and the second stickup roller 30 active forces that coating sheet material p can be produced with an advance, and coating sheet material p just can pass along the first auxiliary by this active force The conveying direction sending roller groups 711, second auxiliary transmission roller groups 712 moves, and both structure was simple, can effectively ensure that coating plate again Material p smoothly can transmit in thin film removing region.

Please continue to refer to Fig. 3, the first collection assembly 50 in the present embodiment include positioned at the lower end of mounting bracket 10 for The diaphragm of the coating sheet material p being removed by the first stickup roller 20 is stopped the first collecting region 51 collected, is pasted rolling located at first The diaphragm of the coating sheet material p being removed by the first stickup roller 20 with guiding transmission on wheel 20 is passed to the collection of the first collecting region 51 Send band 52 and the upper end located at mounting bracket 10 and be connected to drive collection conveyer belt 52 guiding transmission work with collecting conveyer belt 52 The collection driving source 53 made, is collected driving source 53 and is electrically connected with control system.And, it is preferred that thin film removing driving source 40 with Collection driving source 53 is the setting that overlaps, i.e. using a driving source, not only can achieve that the first stickup roller 20 and/or second is viscous The driving of patch roller 30, but also collection conveyer belt 52 can be driven to guide diaphragm to transmit it is seen then that both simplifying structure, and It is easily installed setting.

Accordingly, when the first collection assembly 50 will collect the diaphragm of the coating sheet material p being removed by the first stickup roller 20, lead to Crossing control system controls collection driving source 53 to work, and after collecting driving source 53 work, it can make collection conveyer belt 52 work, And collect conveyer belt 52 and the diaphragm of the coating sheet material p being removed by the first stickup roller 20 will be sent to the first collecting region 51, the collection of diaphragm is realized with this.Whole collection process, simple and convenient, and will not be to other parts during collecting Work impact.

Meanwhile, it is preferred that this collection driving source 53 is a motor, in order to draw materials and installation settings.

Referring again to Fig. 3, the first collection assembly 50 in the present embodiment also includes located at the upper end of mounting bracket 10 and position Paste roller 20 in first and collect the top of driving source 53 to guide the guarantor being pasted the coating sheet material p that roller 20 removes by first Cuticula, to the upper framework 54 of the first guiding of the first collecting region 51, with this, by the setting of the upper framework 54 of the first guiding, can make this The diaphragm of the coating sheet material p being removed by the first stickup roller 20 is directed to transmission, is more beneficial for the collection of diaphragm.

And the preferred embodiment of the upper framework 54 of the first guiding is, it includes the top positioned at the first stickup roller 20 and hides Lid first is pasted the covering section 541 of roller 20, is connected and is located at covering section 541 and collect the top of conveyer belt 52 and extend covering Collect the extension 542 of conveyer belt 52 and be connected with extension 542 so that being pasted, by first, the coating sheet material p that roller 20 removes Guide section 543 down moved down of diaphragm, be easy to produce and process with this and install.

Further, this first collection assembly 50 also includes being pasted rolling to guide by first located at the lower end of mounting bracket 10 The diaphragm of the coating sheet material p that wheel 20 removes guides lower framework 55 to the first of the first collecting region 51, so that being pasted rolling by first Can be guided to the first collecting region 51 by the lower framework 55 of the first guiding when the diaphragm of the coating sheet material p that wheel 20 removes falls down, To ensure the smooth collection of diaphragm.

And the preferred embodiment of the lower framework 55 of the first guiding is, it include relative with guide section 543 down to receive quilt First stickup the first receiver section 551 of the diaphragm of coating sheet material p of removing of roller 20 and be connected with the first receiver section 551 with The diaphragm leading the coating sheet material p being removed by the first stickup roller 20 leads section 552 to the first of the first collecting region 51, with this It is easy to produce and process and install.

Wherein, it is preferred that first leads section 552 to be arc structure, can smoothly lead diaphragm by curved surface thereon To the first collecting region 51.

Referring again to Fig. 3, the second collection assembly 60 in the present embodiment is included positioned at the lower end of mounting bracket 10 for quilt The diaphragm of the coating sheet material p that the second stickup roller 30 removes stops the second collecting region 61 collected, located at mounting bracket 10 Lower end is to guide the diaphragm of the coating sheet material p being removed by the second stickup roller 30 to the second guiding lower frame of the second collecting region 61 Part 62.

Accordingly, when the second collection assembly 60 will collect the diaphragm of the coating sheet material p being removed by the second stickup roller 30, should Diaphragm by Action of Gravity Field, then can pass through the second guiding guiding lower framework 62, just can successfully be collected into the second receipts Collection area 61, realizes the collection of diaphragm with this.Whole collection process, simple and convenient, and will not be to other during collecting The work of part impacts.

And the preferred embodiment of the lower framework 62 of the second guiding is, it includes receiving and is removed by the second stickup roller 30 The second receiver section 621 of the diaphragm of coating sheet material p and be connected with the second receiver section 621 with lead by second stickup roller The diaphragm of the coating sheet material p that 30 remove leads section 622 to the second of the second collecting region 61, is easy to produce and process with this and pacifies Dress.

Wherein, it is preferred that second leads section 622 to be arc structure, can smoothly lead diaphragm by curved surface thereon To the first collecting region 61.

Refer to Fig. 3, the device 100 that removes in the present embodiment is also included in mounting bracket 10 to collect to by first The diaphragm of assembly 50 and the second collection assembly 60 collection is compressed to reduce the squeeze-film mechanism taking up room of this diaphragm 72, the maximum amount of collection of diaphragm is ensured with this.

And squeeze-film mechanism 72 preferred embodiment is, it includes moving up and down collects located at the first collecting region 51, second The collection in both areas 61 is moved pressing plate 721 and is connected to drive collection in mounting bracket 10 and with collecting mobile pressing plate 721 The mobile pressing plate driving source 722 of mobile pressing plate 721 movement, wherein, mobile pressing plate driving source 722 can adopt telescopic cylinder, so that In drawing materials and installation settings.

Refer to Fig. 3, the device 100 that removes in the present embodiment also includes removing the dedusting of accumulation dust thereon Device 80, dust arrester 80 is included located at the upper end of mounting bracket 10 and near the first the first dedusting assembly pasting roller 20 81 and located at the lower end of mounting bracket 10 and near second stickup roller 30 the second dedusting assembly 82.By the first dedusting group Part 81 and the second dedusting assembly 82, are effectively ensured the cleanliness factor that the first stickup roller 20, second pastes roller 30, are conducive to carrying Its service life high.

And the first dedusting assembly 81 include being moved close to the first stickup roller 20 the first dedusting component 811 and located at The upper end of mounting bracket 10 is simultaneously connected with the first dedusting component 811 can drive the first dedusting of the first dedusting component 811 movement Driving source 812, the first dedusting driving source 812 is electrically connected with control system, it is preferred that this first dedusting driving source 812 is stretched for one Contracting cylinder, in order to draw materials and installation settings, simultaneously, when if desired pasting roller 20 cleaning to first, as long as by controlling System controls the first dedusting driving source 812 to work, and the first dedusting driving source 812 just can order about the first dedusting component 811 near connecing Touch the first stickup roller 20, to be cleaned to it.

First dedusting drive member 811 includes the first dedusting locating dowel, volume is located in the first dedusting locating dowel first is glued Tape, the adhesiveness that the first Continuous pressing device for stereo-pattern can directly be passed through with this, to adhere to the dust on the first stickup roller 20, simply have Realize to effect the cleaning of the first stickup roller 20.

In the same manner, the second dedusting assembly 82 include being moved close to the second stickup roller 30 the second dedusting component 821 and It is connected located at the lower end of mounting bracket 10 and with the second dedusting component 821 so that the second of the second dedusting component 821 movement can be driven Dedusting driving source 822, the first dedusting driving source 822 is electrically connected with control system, it is preferred that this second dedusting driving source 822 is One telescopic cylinder, in order to draw materials and installation settings, simultaneously, when if desired pasting roller 30 cleaning to second, as long as pass through Control system controls the second dedusting driving source 822 to work, and the second dedusting driving source 822 just can be ordered about the second dedusting component 821 and be leaned on Roller 30 is pasted in adosculation second, to be cleaned to it.

Second dedusting drive member 821 includes the second dedusting locating dowel, volume is located in the second dedusting locating dowel second is glued Tape, the adhesiveness that the second Continuous pressing device for stereo-pattern can directly be passed through with this, to adhere to the dust on the second stickup roller 30, simply have Realize to effect the cleaning of the second stickup roller 30.

Refer to Fig. 3, the device 100 that removes in the present embodiment also includes removing generation between diaphragm and sheet material The Destaticizing device 90 of electrostatic, Destaticizing device 90 is included located at the upper end of mounting bracket 10 and near the first stickup roller 20 First destatics unit 91 and the lower end located at mounting bracket 10 near the second stickup roller 30 second destatics unit 92.

With reference to each schema, the operation principle removing device 100 of the present utility model is further described:

When the diaphragm of coating sheet material will be removed, first the diaphragm on upper and lower for coating sheet material end face is unclamped, complete after, Again coating sheet material is placed in sheet material and stops area t, or, directly coating sheet material is placed in sheet material and stops area t；Then, by controlling System controls thin film removing driving source 40 to work, and thin film removing driving source 40 can drive the first stickup roller 20 and/or second viscous Patch roller 30 works, and is removed with pasting the diaphragm of coating sheet material upper and lower end face respectively, simultaneously, the first collection assembly 50th, the second collection assembly 60 can correspond to and collect the diaphragm being removed of upper and lower for coating sheet material end face.

The foregoing is only the utility model preferred embodiment, its structure is not limited to the above-mentioned shape enumerated, All any modification, equivalent and improvement made within spirit of the present utility model and principle etc., should be included in this reality Within new protection domain.

Claims (15)

1. remove device, for removing the diaphragm on coating sheet material it is characterised in that including:

Mounting bracket, described mounting bracket is provided with the sheet material stop area being available for that described coating sheet material is stopped；

First stickup roller, described first pastes roller rotates located at the upper end of described mounting bracket and stops near described sheet material The upper end in area, to paste the diaphragm removing described coating sheet material upper end；

Second stickup roller, described second pastes roller rotates located at the lower end of described mounting bracket and stops near described sheet material The lower end in area, to paste the diaphragm removing described coating sheet material lower end；

Thin film removing driving source, described thin film removing driving source pastes roller in described mounting bracket and with described first And/or described second paste roller connect, with drive described first paste roller and/or described second paste roller rotate work Make；

First collection assembly, described first collection assembly, in described mounting bracket, is pasted roller to collect by described first The diaphragm of the described coating sheet material removing；

Second collection assembly, described second collection assembly, in described mounting bracket, is pasted roller to collect by described second The diaphragm of the described coating sheet material removing；

Control system, described control system is electrically connected with described thin film removing driving source.

2. remove device as claimed in claim 1 it is characterised in that: described mounting bracket includes the first riser, presents and move down Dynamic the first movable plate located at the upper end of described first riser, the second riser and in moving up and down located at described second riser Second movable plate of upper end, described first riser and described second riser interval setting, and be formed with for the described first stickup rolling Wheel and the thin film removing installation cavity of described second stickup roller installation settings；

Described first pastes roller in described thin film removing installation cavity, and one end of described first stickup roller is connected to Described first movable plate, the other end is connected to described second movable plate；

Described second pastes roller in described thin film removing installation cavity, and one end of described second stickup roller is connected to The lower end of described first riser, the other end is connected to the lower end of described second riser.

3. remove device as claimed in claim 2 it is characterised in that: the upper end of described first riser is provided with the first step trough, Described first step trough includes the first open slot and the second open slot below described first open slot, described first opening The width of groove is more than the width of described second open slot；Described first open slot is provided with first crossbeam, described first crossbeam Width is less than width and the width more than described second open slot of described first open slot；Described first movable plate is located at described In second open slot, and it is connected with described first crossbeam by one first telescopic moving unit；

The upper end of described second riser is provided with the second step trough, and described second step trough includes the 3rd open slot and is located at described the The 4th open slot below three open slots, the width of described 3rd open slot is more than the width of described 4th open slot；Described Three open slots are provided with second cross beam, and the width of described second cross beam is less than the width of described 3rd open slot and more than described the The width of four open slots；Described second movable plate in described 4th open slot, and by one second telescopic moving unit with Described second cross beam connects.

4. remove device as claimed in claim 1 it is characterised in that: described thin film removing device is also included located at described installation To sense whether there is the diaphragm of described coating sheet material being removed by the described first stickup roller can be by correlation circumstance on support Signal send, to described control system, sensing removed with the first film controlling described first collection assembly to carry out relevant work Device and the protection whether described coating sheet material being removed by the described second stickup roller is had with sensing on described mounting bracket Film simultaneously can send to described control system the signal of correlation circumstance to control described second collection assembly to carry out relevant work Second thin film removing inductor, described the first film remove inductor and described second thin film removing inductor all with described control System electrically connects.

5. remove device as claimed in claim 1 it is characterised in that: described thin film removing device is also included located at described sheet material Stop in area to assist the auxiliary drive gear transmitting described coating sheet material to specified location.

6. remove device as claimed in claim 5 it is characterised in that: described auxiliary drive gear includes being movably arranged at described plate Material is stopped in area and is located at the first auxiliary transmission rolling of the described first side pasting roller and described second stickup roller Axle group and be movably arranged at described sheet material and stop in area and be located at described first and paste roller and described second stickup roller Second auxiliary transmission roller groups of opposite side.

7. remove device as claimed in claim 1 it is characterised in that: described first collection assembly include positioned at described install The first collection collected stopped by the diaphragm of the described coating sheet material for being removed by the described first stickup roller for the lower end of frame Area, the protection to guide transmission to be pasted, by described first, the described coating sheet material that roller removes on the described first stickup roller Film is connected to the collection conveyer belt of described first collecting region and the upper end located at described mounting bracket and with described collection conveyer belt To drive the described collection driving source collecting conveyer belt guiding transmission work, described collection driving source and described control system are electrically connected Connect.

8. remove device as claimed in claim 7 it is characterised in that: described first collection assembly is also included located at described installation The upper end of support is simultaneously pasted rolling to guide by described first positioned at the top of described first stickup roller and described collection driving source Take turns the upper framework of the first guiding of the diaphragm of the described coating sheet material removing to described first collecting region.

9. remove device as claimed in claim 8 it is characterised in that: the upper framework of described first guiding is included positioned at described first Paste the top of roller and cover the covering section of described first stickup roller, being connected with described covering section and being located at described collection is passed Send the top of band and extend the extension covering described collection conveyer belt and be connected with described extension so that being glued by described first The guide section down that the diaphragm of the described coating sheet material that patch roller removes moves down.

10. remove device as claimed in claim 9 it is characterised in that: described first collection assembly is also included located at described peace The lower end of dress support is to guide the diaphragm of the described coating sheet material being removed by the described first stickup roller to described first collection The lower framework of first guiding in area.

11. remove device as claimed in claim 10 it is characterised in that: the lower framework of described first guiding include with described down Guide section relatively with receive the described coating sheet material being removed by the described first stickup roller diaphragm the first receiver section and with Described first receiver section is connected to lead the diaphragm of described coating sheet material being removed by the described first stickup roller to described the The first of one collecting region leads section.

12. remove device as claimed in claim 7 it is characterised in that: described thin film removing driving source with described collect drive Source is the setting that overlaps.

13. remove device as claimed in claim 1 it is characterised in that: described second collection assembly is included positioned at described installation The second collection collected stopped by the diaphragm of the described coating sheet material for being removed by the described second stickup roller for the lower end of support Area, located at the lower end of described mounting bracket to guide the diaphragm of described coating sheet material being removed by the described second stickup roller extremely The lower framework of second guiding of described second collecting region.

14. remove device as claimed in claim 13 it is characterised in that: the lower framework of described second guiding includes receiving quilt Described second stickup the second receiver section of the diaphragm of described coating sheet material of removing of roller and being connected with described second receiver section Led to the second of described second collecting region with the diaphragm leading the described coating sheet material being removed by the described second stickup roller Section.

15. as described in any one of claim 1-14 remove device it is characterised in that: the described device that removes also is included located at institute State in mounting bracket to be compressed to by the diaphragm that described first collection assembly and described second collection assembly are collected to subtract The squeeze-film mechanism taking up room of this diaphragm few.