CN103954556B - One is aluminized PVDC adhesion of thin film detector - Google Patents

One is aluminized PVDC adhesion of thin film detector Download PDF

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Publication number
CN103954556B
CN103954556B CN201410145477.9A CN201410145477A CN103954556B CN 103954556 B CN103954556 B CN 103954556B CN 201410145477 A CN201410145477 A CN 201410145477A CN 103954556 B CN103954556 B CN 103954556B
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CN
China
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fixed
platen
pvdc
aluminizing
adhesive tape
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CN201410145477.9A
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Chinese (zh)
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CN103954556A (en
Inventor
白洪金
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嘉兴职业技术学院
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Priority to CN201410145477.9A priority Critical patent/CN103954556B/en
Publication of CN103954556A publication Critical patent/CN103954556A/en
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Publication of CN103954556B publication Critical patent/CN103954556B/en

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Abstract

The invention provides one to aluminize PVDC adhesion of thin film detector, belong to field of mechanical technique.It solve the technical matterss such as adhesive force accuracy of detection in prior art is low.This detector comprises platen, and the upper face of platen is provided with pellicle fixture and supporting plate, and supporting plate is between two pellicle fixture; This detector also comprises electric cylinder, and electric cylinder slidably connects slide block; Adhesion detector also comprises the guide rail parallel with electric cylinder and top board, the front side of top board is connected with slide block, the rear side of top board is connected with slide, the lower face of top board is fixed with connecting rod, the lower end of connecting rod is connected with rotating disk, the lower card of rotating disk is fixed with Tape Dispenser, Tape Dispenser is provided with stationary shaft, stationary shaft is arranged with tape roll, tape roll is wound with adhesive tape, adhesive tape comprises the bonding plane and detection faces that are oppositely arranged, and bonding plane can be bonding with PVDC film of aluminizing, and detection faces is provided with grid.The present invention can improve adhesion of thin film accuracy of detection.

Description

One is aluminized PVDC adhesion of thin film detector
Technical field
The invention belongs to field of mechanical technique, relate to one and to aluminize PVDC adhesion of thin film detector.
Background technology
PVDC film of aluminizing is the barrier film will the aluminium atom packing of thin layer to high-quality PVDC film formed by vacuum aluminium plating process, there is beautiful metal luster, excellent gas and light barrier and good protection against the tide, heat-resisting, puncture-resistant performance, the feature that alternative aluminium foil etc. use.
And as aluminizer, the adhesion of its aluminium lamination is the important indicator weighing film performance, the method of PVDC adhesive force of aluminizing is detected usually as follows: flattened on the aluminium coated of PVDC film of aluminizing by 3M adhesive tape gluing in prior art, then with uniform speed by tape stripping, observe and estimate the area that aluminium coated is stripped, area is less than 10% for one-level, and be less than 30% for secondary, being greater than 30% is three grades.
But, said method is all by manually completing, the detection manually completed, artificial by tape-stripping on film time, after adhesive tape is pulled away from certain distance, manually can not ensure that adhesive tape is still linearly, then when being flattened by adhesive tape on PVDC film of aluminizing, likely there will be bubble or fold well; And when being torn with PVDC film of aluminizing by adhesive tape, also effectively cannot control its speed, and these all directly can affect experimental data, reduce accuracy of detection.Further, in prior art, when being stripped area to aluminium coated and calculating, neither one is method comparatively accurately, only with having estimated, reduce further accuracy of detection.
Summary of the invention
The present invention be directed to the problems referred to above that existing technology exists, provide one to aluminize PVDC adhesion of thin film detector, technical matters to be solved by this invention is: how to improve PVDC adhesion of thin film accuracy of detection of aluminizing.
Object of the present invention realizes by following technical proposal:
One is aluminized PVDC adhesion of thin film detector, it is characterized in that, described adhesion detector comprises the platen being rectangle tabular, described platen is arranged in the horizontal direction, the upper face of described platen is provided with two for clamping the pellicle fixture at PVDC film two ends of aluminizing, the upper face of described platen is provided with the supporting plate that can recline mutually with the lower face of the described PVDC of aluminizing film, and described supporting plate is between described two pellicle fixture, described adhesion detector also comprises the electric cylinder arranged along described platen length direction, described electric cylinder is fixed on the upper face of described platen by two front support posts, described electric cylinder offers slide rail along its length direction, and described slide rail slidably connects slide block, described adhesion detector also comprises the guide rail parallel with described electric cylinder, and described guide rail is fixed on the upper face of described platen by two rear support posts, described adhesion detector also comprises the top board arranged in the horizontal direction, the front side of described top board is connected with described slide block, the rear side of described top board is connected with described slide, the lower face of described top board is vertically fixed with a connecting rod, the lower end of described connecting rod is rotatably connected to a rotating disk, the lower card of described rotating disk is fixed with a Tape Dispenser, described Tape Dispenser is provided with a stationary shaft, described stationary shaft is arranged with a tape roll and described tape roll can rotate around stationary shaft, described tape roll is wound with adhesive tape, described adhesive tape comprises the bonding plane and detection faces that are oppositely arranged, described bonding plane can be bonding with PVDC film of aluminizing, described detection faces is provided with grid.
Its principle of work is as follows: this adhesion detector is when detecting, first film slitting can be become certain size, then the two ends of film are placed in pellicle fixture respectively, then film is held by supporting plate, then the adhesive tape one end on tape roll pulled some and be adhered on film, then top board is driven to slide by electric cylinder, and pass through connecting rod, driven by rotary disc Tape Dispenser synchronizing moving, and can relatively rotate due to tape roll and stationary shaft, then while Tape Dispenser movement, tape roll can rotate, increasing adhesive tape is drawn out, until Tape Dispenser moves to the another position of film, then adhesive tape bonding is aluminized on face in film, again by adhesive tape and thin film separation, observe the amount of the aluminium lamination that the grid in adhesive tape detection faces speckles with, the amount of this aluminium lamination is and strips down from film aluminium coated, and concrete computing method, can be as follows: in each sub-box of the grid in detection faces, the aluminium lamination area that speckles with is more than 1/2, then count 1, be less than 1/2, then count 0, come speckle with the sub-box sum of aluminium lamination in this, then divided by total sub-box quantity of grid, can this adhesion of thin film be obtained, certainly, above counting mode is only one of them example, during concrete operations, in order to improve accuracy of detection, can segment the aluminium lamination area that each sub-box speckles with further, or increase the quantity of sub-box.This detector is when rubberizing, and because the driving by electric cylinder is to pulling tape roll, being pulled away from process of adhesive tape there will not be the problems such as off-straight, thus by adhesive tape bonding on film aluminium coated time, not easily there is the situations such as fold; In addition, calculate aluminium coated by the grid on adhesive tape in the application and peel off area, both easy and accuracy of detection is also far away higher than eye estimate method of the prior art.In sum, the application can improve PVDC adhesion of thin film accuracy of detection of originally aluminizing effectively.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described Tape Dispenser comprises a top cover, the upper surface of described top cover is connected mutually with described rotating disk, the lower surface of described top cover is vertically fixed with back side panel, the rear end of described stationary shaft is fixed on described back side panel, and the front end of described stationary shaft is removably connected with a front side board.Its principle of work is as follows: when installing tape roll, front side board can be pulled down, being then sheathed on stationary shaft by tape roll, finally being installed by front side board again, and mounting or dismounting are convenient.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the lateral wall of described stationary shaft front end offers external thread, described front side board offers the threaded hole that can be connected with the nose threads of described stationary shaft.Front side board is connected with stationary shaft nose threads, and its connective stability is better.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described Tape Dispenser also comprises the front rotary shaft and rear rotating shaft that all can recline mutually with the described PVDC of aluminizing film, described front rotary shaft and rear rotating shaft all parallel with described stationary shaft, the inner of described front rotary shaft and the inner of rear rotating shaft are rotated respectively and are arranged on the madial wall of described front side board and the madial wall of back side panel, and described front rotary shaft and rear rotating shaft coaxially arrange and have gap one between both outer end.After being designed with front rotary shaft and rear rotating shaft, adhesive tape can be placed in front rotary shaft, between rear rotating shaft and top cover, after tape roll rotates, can carry out spacing to adhesive tape, simultaneously because it is rotatable, can not affect the normal rotation of tape roll.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described Tape Dispenser also comprises torsion spring, connecting link and pressure roller, the inner of described torsion spring is fixed on described front side board, the outer end of described torsion spring is connected mutually with the rear end of described connecting link, described connecting link parallels with described stationary shaft, described press-roller sleeve is located on described connecting link and pressure roller can around connecting link axial rotation, the outer end of described connecting link is connected with a banking stop that can lean with described pressure roller end, when described pressure roller after adhesive tape bonding is on PVDC film of aluminizing can recline with described adhesive tape under the elastic force effect at torsion spring mutually.After being designed with pressure roller, pressure roller can extrude adhesive tape under the elastic force effect of torsion spring, and adhesive tape is fitted tightly with PVDC film of aluminizing, and because pressure roller rotates to be arranged on connecting link, therefore in the process of Tape Dispenser motion, pressure roller can produce rotation.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described detector also comprises a cutter sweep, described cutter sweep comprises fixed block, cylinder and housing, described fixed block is positioned at the right side of described top board and is connected mutually by a cross bar and described top board, described cylinder is vertically arranged, the cylinder body of described cylinder is fixed on the lower surface of described fixed block, the piston rod upper end of described cylinder is plugged in described cylinder body, the piston-rod lower end of described cylinder is connected mutually with the upper end of described housing, described housing internal fixtion has accumulator, the lower surface of described housing is vertically fixed with two waddys, the lower end of described two waddys is connected by a heating wire one, described heating wire one is connected with described storage battery.Its principle of work is as follows: this cutter sweep is when cutting, by accumulator, heating wire one is heated, then by cylinder, housing is vertically moved down, the adhesive tape of aluminizing on PVDC film is adhered to by heating wire one cutting of heating, convenient to operation and precision is higher, not easily there is the phenomenons such as sawtooth.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the lower end of described two waddys all offers a through hole one, the two ends of described heating wire one are each passed through the through hole one on described two waddys, wherein a waddy are also fixed with the thermometer contacted with described heating wire one.After being designed with thermometer, can show on heating wire temperature, avoid temperature too low and can not effectively PVDC film of aluminizing be cut, also avoid the too high impact of temperature part around simultaneously or scald operating personnel.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the lower surface of described housing is vertically fixed with a montant, the lower end of described montant is fixed with a wooden pressing plate one being square tabular, and described pressing plate one arranges in the horizontal direction and can lean with being adhered to the adhesive tape of aluminizing on PVDC film.After being designed with pressing plate one, it can lean to being adhered to the adhesive tape of aluminizing on PVDC film, then, while this cutter sweep cuts adhesive tape, also carry out pressing by pressing plate a pair adhesive tape, ensures that adhesive tape is entirely pressed on film.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the length of described pressing plate one is less than the length of the PVDC film of aluminizing be held in pellicle fixture, the width of described pressing plate one is greater than the width of the PVDC film of aluminizing be held in pellicle fixture, four right angle of described pressing plate one lower face are vertically fixed with a heating wire two respectively, and described heating wire two is connected with described accumulator; The length and width of described supporting plate are equal with the length and width of described pressing plate one and be positioned at immediately below described pressing plate one, and four right angle of described supporting plate upper face offer the accommodation hole corresponding with described heating wire two respectively, and the hole wall of described accommodation hole is provided with plastic layer.After being designed with electric silk heat two, hole can be pricked out on adhesive tape, then follow-up by adhesive tape and PVDC thin film separation time, clamp adhesive tape by instrument tear off through hole, operate more convenient.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the lower face of described pressing plate one is fixed with a glass plate.After being designed with glass plate, ensureing the smooth finish of pressing plate one lower face, avoid the lower face of pressing plate one to puncture adhesive tape.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described detector also comprises an adhesive tape tear-off device, described adhesive tape tear-off device comprises a holder, described fixed seating is in the right side of described pellicle fixture, the lower surface of described holder is fixed on described platen, and the height of described holder is greater than the height of described pellicle fixture, described adhesive tape tear-off device also comprises drive crank one, drive crank two and driven rocking bar, the inner of described drive crank one and the left end of described holder upper surface are hinged, the outer end of described drive crank one and the inner of described driven rocking bar are hinged, the inner of described drive crank two and the right-hand member of described holder upper surface are hinged, the outer end of described drive crank two and the outer end of described driven rocking bar are hinged, the outer end of described driven rocking bar is fixed with pressing plate two, described platen is fixed with the motor one that described drive crank two can be driven to swing, described drive crank two can make described pressing plate two by swinging and be adhered to the adhesive tape of aluminizing on PVDC film and recline mutually, be provided with between the adhesive tape that described pressing plate two and being adhered to is aluminized on PVDC film and can make pressing plate two and the relatively-stationary location structure of this adhesive tape.Its principle of work is as follows: this adhesive tape tear-off device in use, rotate by motor one, drive crank two is made to turn to pressing plate two and the position being adhered to the adhesive tape of aluminizing on PVDC film and matching, make pressing plate two relative with adhesive tape fixing by location structure again, and then make motor one reversion, band drive crank two reverses, and then makes pressing plate two drive tape movement, by adhesive tape and PVDC thin film separation.Mechanical separate mode, while reduction hand labor intensity, can ensure that the speed of tearing is tending towards equalization, and then improve the accuracy of detection of this detector; The design of the drive crank one in the application, drive crank two and driven rocking bar, can with reference to rockover mechanism of the prior art, namely the one in double rocker mechanism, difference is, this structure is utilized in the application, both achieved adhesive tape and the pressing of PVDC film of aluminizing, both tear off by the cooperation again by location structure, design more ingenious.Particularly by this design, when adhesive tape being torn off and after moving to certain position, adhesive tape can be made to turn over turnback and arrange in the horizontal direction, thus handled easily person observing in the grid on adhesive tape intuitively
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, as a kind of scheme, described location structure comprises 2 can with the hook being adhered to the adhesive tape phase clasp joint of aluminizing on PVDC film, and described 2 hooks are all fixed on the lower face of described pressing plate two.After being designed with hook, the preformed hole on the adhesive tape can burnt with the heating wire two in cutter sweep matches, and adhesive tape, on adhesive tape, is then torn off from PVDC film of aluminizing by the rotation of drive crank two by clasp joint.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, alternatively, described location structure comprises several can clamp the clip being adhered to the adhesive tape of aluminizing on PVDC film, and several clips described are all fixed on the lower face of described pressing plate two.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the length of pressing plate two and width are all equal with width with the length of described supporting plate.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described two pellicle fixture are respectively front jig and rear jig, described front jig is fixed on the upper face of described platen, and the inner side of described front jig is provided with the first jaws for clamping PVDC film left part of aluminizing; The upper face of described platen offers a recessed rail along local width direction, described rear jig slides and is arranged in this recessed rail, the inner side of described rear jig is provided with the second jaws for clamping PVDC film right part of aluminizing, the outside of described rear jig is also provided with an extension spring, described extension spring is arranged along the length direction of recessed rail, one end of described extension spring is connected with the outside of described rear jig, and the other end of described extension spring is fixed with a limited block, and described limited block is fixed on the upper face of described platen.Its principle of work is as follows: will aluminize PVDC film clamp on detector time, can first the two ends of film be held in the first jaws and the second jaws, rear jig can move towards the direction away from front jig under the effect of extension spring, now then can by PVDC film tensioning of aluminizing, avoid aluminizing and fold appears in PVDC film and affects the laminating between film and adhesive tape, and then improve the accuracy of detection of this detector.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described front jig comprises front fixture block, front maxilla and front lower jaw, described front fixture block is fixed on the upper face of platen, the inner of described front lower jaw is fixed on described front fixture block, described front lower jaw vertically offers bolt hole one, described front maxilla is positioned at directly over described front lower jaw, described front maxilla offers the mounting hole one corresponding with described bolt hole one, be plugged with bolt one in described mounting hole one and bolt hole one simultaneously, described front maxilla and the spaced setting of front lower jaw and form the first described jaws between the two.After being designed with bolt one, positive and negative the transferring by bolt one controls front distance between maxilla and front lower jaw, and the size namely controlling the first jaws clamps PVDC film of aluminizing or gets loose.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described rear jig comprises rear fixture block, rear maxilla and rear lower jaw, described rear fixture block is fixed on the upper face of platen, one end of described extension spring is fixed on the outside of described rear fixture block, the inner of described rear lower jaw is fixed on described rear fixture block, described rear lower jaw vertically offers bolt hole two, described rear maxilla is positioned at directly over described rear lower jaw, described rear maxilla offers the mounting hole two corresponding with described bolt hole two, be plugged with bolt two in described mounting hole two and bolt hole two simultaneously, described rear maxilla and the spaced setting of rear lower jaw and form the second described jaws between the two.After being designed with bolt two, positive and negative the transferring by bolt two controls rear distance between maxilla and rear lower jaw, and the size namely controlling the second jaws clamps PVDC film of aluminizing or gets loose.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the medial surface of described front maxilla and the medial surface of rear maxilla are all fixed with anti-slop serrations.After being designed with anti-slop serrations, front jig and rear jig can be improved to the clamping stability of PVDC film of aluminizing.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the head of described bolt one and the head of bolt two are all fixed with one handle.After being designed with handle, handled easily person turn bolt one and bolt two, improve its simple operation.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described platen offers a cavity along its length direction, slide in described cavity and be provided with a slide one, described slide one is fixed with a translating cam, described slide one internal fixtion has a nut, described nut inner thread is connected with a screw mandrel, and the two ends of described screw mandrel are rotated and are arranged on the chamber wall at described cavity two ends, described platen are fixed with a drive source that described screw mandrel can be driven to rotate; The lower face of described supporting plate is vertically fixed with a support bar, the upper face of described platen offers a through hole two be connected with described cavity, the lower end of described support bar extends in described cavity through described through hole two, and the lower end of described support bar is rotated and is provided with a roller reclined mutually with the wheel face of described translating cam.Its principle of work is as follows: will aluminize PVDC film clamp in pellicle fixture after, screw mandrel is driven to rotate by drive source, slide one is driven to move, and then drive translating cam to move, and be designed with the roller reclined mutually with translating cam, then while translating cam movement due to the lower end of support bar, relative rolling can be there is between roller with translating cam, and then control the lifting of support bar, supporting plate can be made to be posted by aluminize the lower surface of PVDC film supports, for follow-up operation; Why supporting plate is designed to Liftable type, and its reason is, by film clamp in pellicle fixture time, as supporting plate is positioned at the position reclined mutually with film, then the operating space of operator can be made less, be unfavorable for assembling; And if now supporting plate first can be lowered, then can be operator and vacate more operating space, improve the assembling convenience of operator.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described cavity internal fixtion has a limiting plate, and described limiting plate is positioned at the right side of described translating cam, described limiting plate offers through hole three, and described screw mandrel is through this through hole three.Be designed with limiting plate two, avoid slide one be moved beyond certain limit and roller-coaster cannot be resetted to translating cam opposite side.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the upper face of described platen is fixed with and the guide pin bushing that be connected coaxial with described through hole two, the madial wall of described guide pin bushing offers spiral helicine oil storage tank, described guide pin bushing is also fixed with can to the lubricating cup of described oil storage tank fuel feeding, and described support bar is through described guide pin bushing.After being designed with guide pin bushing, the accuracy that support bar moves can be ensured, thus ensure the accuracy that supporting plate is arranged in the horizontal direction.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, as a kind of scheme, the left end of described platen is fixed with motor two, and the left end of described screw mandrel is connected with the output shaft of described motor two through the left side of described platen.Rotated by motor two rotating band movable wire bar, the labour intensity of operator can be reduced.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, alternatively, the left end of described screw mandrel passes the left side of described platen and is fixed with a turning handle.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described adhesion detector also comprises a monitoring device, described monitoring device comprises column, the rubber bellows of retractable and CCD camera, the lower end of described column is vertically fixed on the upper face of described platen, the upper end of described column is connected with the inner of described rubber bellows, and the outer end of described rubber bellows is connected with described CCD camera; Described monitoring device also comprises a display, and described CCD camera is connected with described display by USB data line.Its principle of work is as follows: when adhesive tape is from after PVDC film of aluminizing separates, CCD camera is made to aim at adhesive tape by mobile rubber bellows, by the image transmitting on the grid on adhesive tape in display, operator by display more clear and intuitive observe the aluminium lamination area that adhesive tape grid is stained with, PVDC film of namely aluminizing peel off under area; And also can be amplified image by display and preservation etc., improve the convenience that operator calculates adhesive force further; And the rubber bellows in the application, with reference to the rubber bellows on desk lamp in prior art.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described column comprises a body vertically arranged, the lower end of described body is fixed on the upper face of described platen, described body offers a vertical rail along its length direction, described vertical rail slidably connects slide two, and the inner and the described slide two-phase of described rubber bellows are connected.Be designed with vertical rail two, the movement by slide regulates the height of CCD camera, enables display obtain best adhesive tape image.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described body offers several spacing holes one along its length direction, and described slide two offers spacing hole two, can be plugged with a spacer pin in described spacing hole one and spacing hole two simultaneously.Slide two is slid into diverse location, then makes slide two relative with body fixing by spacer pin.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described monitoring device also comprises a foam-rubber cushion, the lower surface of described foam-rubber cushion and the upper face of described platen removably connect, and the upper surface of described foam-rubber cushion is positioned at immediately below described CCD camera.After being designed with foam-rubber cushion, even if cause CCD camera to drop because of problems such as misoperations, foam-rubber cushion can play cushioning effect to CCD camera.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, the upper face of described platen offers groove, and the lower surface of described foam-rubber cushion is embedded in described groove.
Aluminize in PVDC adhesion of thin film detector in above-mentioned one, described monitoring device also comprises deep floor, and described deep floor is connected mutually with the upper face of described platen and body respectively.After being designed with deep floor, the connective stability between column and platen can be improved.
Compared with prior art, the present invention has the following advantages:
1, this adhesion detector is when detecting, first film slitting can be become certain size, then the two ends of film are placed in pellicle fixture respectively, then film is held by supporting plate, then the adhesive tape one end on tape roll pulled some and be adhered on film, then top board is driven to slide by electric cylinder, and pass through connecting rod, driven by rotary disc Tape Dispenser synchronizing moving, and can relatively rotate due to tape roll and stationary shaft, then while Tape Dispenser movement, tape roll can rotate, increasing adhesive tape is drawn out, until Tape Dispenser moves to the another position of film, then adhesive tape bonding is aluminized on face in film, again by adhesive tape and thin film separation, observe the amount of the aluminium lamination that the grid in adhesive tape detection faces speckles with, the amount of this aluminium lamination is and strips down from film aluminium coated, and concrete computing method, can be as follows: in each sub-box of the grid in detection faces, the aluminium lamination area that speckles with is more than 1/2, then count 1, be less than 1/2, then count 0, come speckle with the sub-box sum of aluminium lamination in this, then divided by total sub-box quantity of grid, can this adhesion of thin film be obtained, certainly, above counting mode is only one of them example, during concrete operations, in order to improve accuracy of detection, can segment the aluminium lamination area that each sub-box speckles with further, or increase the quantity of sub-box.This detector is when rubberizing, and because the driving by electric cylinder is to pulling tape roll, being pulled away from process of adhesive tape there will not be the problems such as off-straight, thus by adhesive tape bonding on film aluminium coated time, not easily there is the situations such as fold; In addition, calculate aluminium coated by the grid on adhesive tape in the application and peel off area, both easy and accuracy of detection is also far away higher than eye estimate method of the prior art.In sum, the application can improve PVDC adhesion of thin film accuracy of detection of originally aluminizing effectively.
Accompanying drawing explanation
Fig. 1 is the structural representation of this adhesion detector in embodiment.
Fig. 2 is the structural representation of this Tape Dispenser in embodiment.
Fig. 3 is the rear view of this Tape Dispenser in embodiment.
Fig. 4 is the front view of this Tape Dispenser in embodiment.
Fig. 5 is the structural representation of this cutter sweep in embodiment.
Fig. 6 is the structural representation of this adhesive tape tear-off device in embodiment.
Fig. 7 is the front view of this adhesive tape tear-off device in embodiment.
Fig. 8 is the structural representation of this pellicle fixture in embodiment.
Fig. 9 is the structural representation that in embodiment, device is carried in the holder of this film.
Figure 10 is the structural representation of this monitoring device in embodiment.
In figure, 1, platen; 2, pellicle fixture; 3, supporting plate; 4, electric cylinder; 5, front support post; 6, slide rail; 7, slide block; 8, guide rail; 9, rear support post; 10, top board; 11, connecting rod; 12, rotating disk; 13, Tape Dispenser; 14, stationary shaft; 15, adhesive tape; 16, top cover; 17, back side panel; 18, front side board; 19, front rotary shaft; 20, rear rotating shaft; 21, torsion spring; 22, connecting link; 23, pressure roller; 24, banking stop; 25, fixed block; 26, cylinder; 27, housing; 28, waddy; 29, heating wire one; 30, montant; 31, pressing plate one; 32, heating wire two; 33, holder; 34, drive crank one; 35, drive crank two; 36, driven rocking bar; 37, pressing plate two; 38, motor one; 39, link up with; 40, front jig; 41, rear jig; 42, the first jaws; 43, recessed rail; 44, the second jaws; 45, extension spring; 46, limited block; 47, front fixture block; 48, front maxilla; 49, front lower jaw; 50, bolt one; 51, rear fixture block; 52, rear maxilla; 53, rear lower jaw; 54, bolt two; 55, anti-slop serrations; 56, handle; 57, slide one; 58, translating cam; 59, screw mandrel; 60, support bar; 61, roller; 62, limiting plate; 63, guide pin bushing; 64, motor two; 65, column; 66, rubber bellows; 67, CCD camera; 68, display; 69, body; 70, vertical rail; 71, slide two; 72, spacing hole one; 73, spacer pin; 74, foam-rubber cushion; 74, groove; 75, deep floor; 76, to aluminize PVDC film.
Embodiment
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
As shown in Figure 1, this adhesion detector comprises the platen 1 being rectangle tabular, platen 1 is arranged in the horizontal direction, the upper face of platen 1 is provided with two for clamping the pellicle fixture 2 at PVDC film 76 two ends of aluminizing, the upper face of platen 1 is provided with the supporting plate 3 that can recline mutually with the lower face of PVDC film 76 of aluminizing, and supporting plate 3 is between two pellicle fixture 2, adhesion detector also comprises the electric cylinder 4 arranged along platen 1 length direction, and electric cylinder 4 is fixed on the upper face of platen 1 by two front support posts 5, and electric cylinder 4 offers slide rail 6 along its length direction, slide rail 6 slidably connects slide block 7, adhesion detector also comprises the guide rail 8 parallel with electric cylinder 4, and guide rail 8 is fixed on the upper face of platen 1 by two rear support posts 9, adhesion detector also comprises the top board 10 arranged in the horizontal direction, the front side of top board 10 is connected with slide block 7, rear side and the guide rail 8 of top board 10 are slidably connected, the lower face of top board 10 is vertically fixed with a connecting rod 11, the lower end of connecting rod 11 is rotatably connected to a rotating disk 12, the lower card of rotating disk 12 is fixed with a Tape Dispenser 13, Tape Dispenser 13 is provided with a stationary shaft 14, stationary shaft 14 is arranged with a tape roll and tape roll can rotate around stationary shaft 14, tape roll is wound with adhesive tape 15, adhesive tape 15 comprises the bonding plane and detection faces that are oppositely arranged, bonding plane can be bonding with PVDC film 76 of aluminizing, detection faces is provided with grid.
As shown in Figure 2, Figure 3, Figure 4, this Tape Dispenser 13 comprises a top cover 16, and the upper surface of top cover 16 is connected mutually with rotating disk 12, and the lower surface of top cover 16 is vertically fixed with back side panel 17, the rear end of stationary shaft 14 is fixed on back side panel 17, and the front end of stationary shaft 14 is removably connected with a front side board 18; The lateral wall of stationary shaft 14 front end offers external thread, front side board 18 offers the threaded hole that can be connected with the nose threads of stationary shaft 14; Tape Dispenser 13 also comprises the front rotary shaft 19 and rear rotating shaft 20 that all can recline mutually with PVDC film 76 of aluminizing, front rotary shaft 19 and rear rotating shaft 20 all parallel with stationary shaft 14, the inner of front rotary shaft 19 and the inner of rear rotating shaft 20 are rotated on the madial wall of madial wall and the back side panel 17 being arranged at front side board 18 respectively, and front rotary shaft 19 and rear rotating shaft 20 coaxially arrange and have gap one between both outer end; Tape Dispenser 13 also comprises torsion spring 21, connecting link 22 and pressure roller 23, the inner of torsion spring 21 is fixed on front side board 18, the outer end of torsion spring 21 is connected mutually with the rear end of connecting link 22, connecting link 22 parallels with stationary shaft 14, pressure roller 23 is sheathed on connecting link 22 and pressure roller 23 can around connecting link 22 axial rotation, the outer end of connecting link 22 is connected with a banking stop 24 that can lean with pressure roller 23 end, can recline mutually when adhesive tape 15 is adhered to pressure roller 23 after on PVDC film 76 of aluminizing under the elastic force effect at torsion spring 21 with adhesive tape 15.
As shown in Figure 5, this detector also comprises a cutter sweep, cutter sweep comprises fixed block 25, cylinder 26 and housing 27, fixed block 25 is positioned at the right side of top board 10 and is connected mutually by a cross bar and top board 10, cylinder 26 is vertically arranged, the cylinder body of cylinder 26 is fixed on the lower surface of fixed block 25, the piston rod upper end of cylinder 26 is plugged in cylinder body, the piston-rod lower end of cylinder 26 is connected mutually with the upper end of housing 27, housing 27 internal fixtion has accumulator, the lower surface of housing 27 is vertically fixed with two waddys 28, the lower end of two waddys 28 is connected by a heating wire 1, heating wire 1 is connected with storage battery, the lower end of two waddys 28 all offers a through hole one, and the two ends of heating wire 1 are each passed through the through hole one on two waddys 28, wherein a waddy 28 is also fixed with the thermometer contacted with heating wire 1, the lower surface of housing 27 is vertically fixed with a montant 30, and the lower end of montant 30 is fixed with a wooden pressing plate 1 being square tabular, and pressing plate 1 arranges in the horizontal direction and can lean with being adhered to the adhesive tape 15 of aluminizing on PVDC film 76, the length of pressing plate 1 is less than the length of the PVDC film 76 of aluminizing be held in pellicle fixture 2, the width of pressing plate 1 is greater than the width of the PVDC film 76 of aluminizing be held in pellicle fixture 2, four right angle of pressing plate 1 lower face are vertically fixed with a heating wire 2 32 respectively, and heating wire 2 32 is connected with accumulator, the length and width of supporting plate 3 are equal with the length and width of pressing plate 1 and be positioned at immediately below pressing plate 1, and four right angle of supporting plate 3 upper face offer the accommodation hole corresponding with heating wire 2 32 respectively, and the hole wall of accommodation hole is provided with plastic layer, the lower face of pressing plate 1 is fixed with a glass plate.
As shown in Figure 6, Figure 7, this detector also comprises an adhesive tape tear-off device, and adhesive tape tear-off device comprises a holder 33, and holder 33 is positioned at the right side of pellicle fixture 2, the lower surface of holder 33 is fixed on platen 1, and the height of holder 33 is greater than the height of pellicle fixture 2, adhesive tape tear-off device also comprises drive crank 1, drive crank 2 35 and driven rocking bar 36, the inner of drive crank 1 and the left end of holder 33 upper surface are hinged, the outer end of drive crank 1 and the inner of driven rocking bar 36 are hinged, the inner of drive crank 2 35 and the right-hand member of holder 33 upper surface are hinged, the outer end of drive crank 2 35 and the outer end of driven rocking bar 36 are hinged, the outer end of driven rocking bar 36 is fixed with pressing plate 2 37, platen 1 is fixed with the motor 1 that drive crank 2 35 can be driven to swing, drive crank 2 35 can make pressing plate 2 37 by swinging and be adhered to the adhesive tape 15 of aluminizing on PVDC film 76 and recline mutually, be provided with between the adhesive tape 15 that pressing plate 2 37 and being adhered to is aluminized on PVDC film 76 and can make pressing plate 2 37 and the relatively-stationary location structure of this adhesive tape 15, location structure comprises 2 and can link up with 39 with the hook 39,2 being adhered to the adhesive tape 15 phase clasp joint of aluminizing on PVDC film 76 and be all fixed on the lower face of pressing plate 2 37, a kind ofly aluminize in the adhesion detector of PVDC film 76 above-mentioned, the length of pressing plate 2 37 and width are all equal with width with the length of supporting plate 3.
As shown in Figure 8, in the present embodiment, two pellicle fixture 2 are respectively front jig 40 and rear jig 41, and front jig 40 is fixed on the upper face of platen 1, and the inner side of front jig 40 is provided with the first jaws 42 for clamping PVDC film 76 left part of aluminizing; The upper face of platen 1 offers a recessed rail 43 along local width direction, rear jig 41 slides and is arranged in this recessed rail 43, the inner side of rear jig 41 is provided with the second jaws 44 for clamping PVDC film 76 right part of aluminizing, the outside of rear jig 41 is also provided with an extension spring 45, extension spring 45 is arranged along the length direction of recessed rail 43, one end of extension spring 45 is connected with the outside of rear jig 41, and the other end of extension spring 45 is fixed with a limited block 46, and limited block 46 is fixed on the upper face of platen 1; Front jig 40 comprises front fixture block 47, front maxilla 48 and front lower jaw 49, front fixture block 47 is fixed on the upper face of platen 1, the inner of front lower jaw 49 is fixed on front fixture block 47, front lower jaw 49 vertically offers bolt hole one, front maxilla 48 is positioned at directly over front lower jaw 49, front maxilla 48 offers the mounting hole one corresponding with bolt hole one, be plugged with bolt 1 in mounting hole one and bolt hole one, front maxilla 48 is with the spaced setting of front lower jaw 49 and the first jaws 42 formed between the two simultaneously; Rear jig 41 comprises rear fixture block 51, rear maxilla 52 and rear lower jaw 53, rear fixture block 51 is fixed on the upper face of platen 1, one end of extension spring 45 is fixed on the outside of rear fixture block 51, the inner of rear lower jaw 53 is fixed on rear fixture block 51, rear lower jaw 53 vertically offers bolt hole two, rear maxilla 52 is positioned at directly over rear lower jaw 53, rear maxilla 52 offers the mounting hole two corresponding with bolt hole two, be plugged with bolt 2 54 in mounting hole two and bolt hole two, rear maxilla 52 is with the spaced setting of rear lower jaw 53 and the second jaws 44 formed between the two simultaneously; The medial surface of front maxilla 48 and the medial surface of rear maxilla 52 are all fixed with anti-slop serrations 55; The head of bolt 1 and the head of bolt 2 54 are all fixed with one handle 56.
As shown in Figure 9, platen 1 offers a cavity along its length direction, slide in cavity and be provided with a slide 1, slide 1 is fixed with a translating cam 58, slide 1 internal fixtion has a nut, nut inner thread is connected with a screw mandrel 59, and the two ends of screw mandrel 59 are rotated and are arranged on the chamber wall at cavity two ends, platen 1 are fixed with a drive source that screw mandrel 59 can be driven to rotate; The lower face of supporting plate 3 is vertically fixed with a support bar 60, the upper face of platen 1 offers a through hole be connected with cavity two, the lower end of support bar 60 extends in cavity through through hole two, and the lower end of support bar 60 is rotated and is provided with a roller 61 reclined mutually with the wheel face of translating cam 58; Cavity internal fixtion has a limiting plate 62, and limiting plate 62 is positioned at the right side of translating cam 58, limiting plate 62 offers through hole three, and screw mandrel 59 is through this through hole three; The upper face of platen 1 is fixed with and the guide pin bushing 63 that be connected coaxial with through hole two, and the madial wall of guide pin bushing 63 offers spiral helicine oil storage tank, and guide pin bushing 63 is also fixed with can to the lubricating cup of oil storage tank fuel feeding, the guide pin bushing 63 that support bar 60 passes; The left end of platen 1 is fixed with motor 2 64, and the left end of screw mandrel 59 is connected with the output shaft of motor 2 64 through the left side of platen 1.
As shown in Figure 10, this adhesion detector also comprises a monitoring device, monitoring device comprises column 65, the rubber bellows 66 of retractable and CCD camera 67, the lower end of column 65 is vertically fixed on the upper face of platen 1, the upper end of column 65 is connected with the inner of rubber bellows 66, and the outer end of rubber bellows 66 is connected with CCD camera 67; Monitoring device is also comprised display 68, a CCD camera 67 and is connected with display 68 by USB data line; Column 65 comprises a body vertically arranged 69, the lower end of body 69 is fixed on the upper face of platen 1, body 69 offers a vertical rail 70 along its length direction, vertical rail 70 slidably connects slide 2 71, and the inner of rubber bellows 66 is connected mutually with slide 2 71; Body 69 offers several spacing holes 1 along its length direction, slide 2 71 offers spacing hole two, can be plugged with a spacer pin 73 in spacing hole 1 and spacing hole two simultaneously; Monitoring device also comprises a foam-rubber cushion 74, and the lower surface of foam-rubber cushion 74 and the upper face of platen 1 removably connect, and the upper surface of foam-rubber cushion 74 is positioned at immediately below CCD camera 67; The upper face of platen 1 offers groove 77, and the lower surface of foam-rubber cushion 74 is embedded in groove 77; Monitoring device also comprises deep floor 75, and deep floor 75 is connected mutually with the upper face of platen 1 and body 69 respectively.
Principle of work of the present invention is as follows: this detector is when detecting, can first the two ends of PVDC film of aluminizing be held in front jig and rear jig, then make supporting plate increase to recline mutually with PVDC film of aluminizing to be formed it to hold in the palm year, and then moved by the mobile Tape Dispenser that drives of electric cylinder, make adhesive tape bonding on the aluminium lamination of aluminizing PVDC film, then, by the heating wire one in cutter sweep by adhesive tape cutting, while cutting, pressing plate one on it can carry out pressing to adhesive tape and film, and preformed hole can be burnt in four of an adhesive tape corner by heating wire two, then cylinder moves, make cutter sweep lifting, simultaneously, electric cylinder continues mobile, make cutter sweep away from adhesive tape, now, drive crank two rotation is driven by motor one, make pressing plate two turn to adhesive tape place, the hook clasp joint on pressing plate two, on the preformed hole of adhesive tape, then controls motor one and reverses, adhesive tape is made to turn over turnback, finally, by the adjustment of rubber bellows, make CCD camera just to adhesive tape, clearly obtained the aluminium lamination peeling conditions in adhesive tape grid by display, draw this adhesion of thin film.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.

Claims (6)

1. a PVDC adhesion of thin film detector of aluminizing, it is characterized in that, described adhesion detector comprises the platen (1) being rectangle tabular, described platen (1) is arranged in the horizontal direction, the upper face of described platen (1) is provided with two for clamping the pellicle fixture (2) at PVDC film (76) two ends of aluminizing, the upper face of described platen (1) is provided with the supporting plate (3) that can recline mutually with the lower face of the described PVDC of aluminizing film (76), and described supporting plate (3) is positioned between described two pellicle fixture (2), described adhesion detector also comprises the electric cylinder (4) arranged along described platen (1) length direction, described electric cylinder (4) is fixed on the upper face of described platen (1) by two front support posts (5), described electric cylinder (4) offers slide rail (6) along its length direction, described slide rail (6) slidably connects slide block (7), described adhesion detector also comprises the guide rail (8) parallel with described electric cylinder (4), and described guide rail (8) is fixed on the upper face of described platen (1) by two rear support posts (9), described adhesion detector also comprises the top board (10) arranged in the horizontal direction, the front side of described top board (10) is connected with described slide block (7), rear side and the described guide rail (8) of described top board (10) are slidably connected, the lower face of described top board (10) is vertically fixed with a connecting rod (11), the lower end of described connecting rod (11) is rotatably connected to a rotating disk (12), the lower card of described rotating disk (12) is fixed with a Tape Dispenser (13), described Tape Dispenser (13) is provided with a stationary shaft (14), described stationary shaft (14) is arranged with a tape roll and described tape roll can rotate around stationary shaft (14), described tape roll is wound with adhesive tape (15), described adhesive tape (15) comprises the bonding plane and detection faces that are oppositely arranged, described bonding plane can be bonding with PVDC film (76) of aluminizing, described detection faces is provided with grid, described detector also comprises an adhesive tape tear-off device, described adhesive tape tear-off device comprises a holder (33), described holder (33) is positioned at the right side of described pellicle fixture (2), the lower surface of described holder (33) is fixed on described platen (1), and the height of described holder (33) is greater than the height of described pellicle fixture (2), described adhesive tape tear-off device also comprises drive crank one (34), drive crank two (35) and driven rocking bar (36), the inner of described drive crank one (34) and the left end of described holder (33) upper surface are hinged, the outer end of described drive crank one (34) and the inner of described driven rocking bar (36) are hinged, the inner of described drive crank two (35) and the right-hand member of described holder (33) upper surface are hinged, the outer end of described drive crank two (35) and the outer end of described driven rocking bar (36) are hinged, the outer end of described driven rocking bar (36) is fixed with pressing plate two (37), described platen (1) is fixed with the motor one (38) that described drive crank two (35) can be driven to swing, described drive crank two (35) can be made described pressing plate two (37) by swing and is adhered to the adhesive tape (15) of aluminizing on PVDC film (76) and recline mutually, be provided with between the adhesive tape (15) that described pressing plate two (37) and being adhered to is aluminized on PVDC film (76) and pressing plate two (37) and this adhesive tape (15) relatively-stationary location structure can be made, described location structure comprises 2 can with the hook (39) being adhered to adhesive tape (15) the phase clasp joint of aluminizing on PVDC film (76), and described 2 hooks (39) are all fixed on the lower face of described pressing plate two (37), the length of pressing plate two (37) and width are all equal with width with the length of described supporting plate (3).
2. PVDC adhesion of thin film detector of aluminizing according to claim 1, it is characterized in that, described Tape Dispenser (13) comprises a top cover (16), the upper surface of described top cover (16) is connected mutually with described rotating disk (12), the lower surface of described top cover (16) is vertically fixed with back side panel (17), the rear end of described stationary shaft (14) is fixed on described back side panel (17), and the front end of described stationary shaft (14) is removably connected with a front side board (18), the lateral wall of described stationary shaft (14) front end offers external thread, described front side board (18) offers the threaded hole that can be connected with the nose threads of described stationary shaft (14), described Tape Dispenser (13) also comprises the front rotary shaft (19) and rear rotating shaft (20) that all can recline mutually with the described PVDC of aluminizing film (76), described front rotary shaft (19) and rear rotating shaft (20) all parallel with described stationary shaft (14), the inner of described front rotary shaft (19) and the inner of rear rotating shaft (20) are rotated on the madial wall of madial wall and the back side panel (17) being arranged at described front side board (18) respectively, and described front rotary shaft (19) and rear rotating shaft (20) coaxially arrange and have gap one between both outer end, described Tape Dispenser (13) also comprises torsion spring (21), connecting link (22) and pressure roller (23), the inner of described torsion spring (21) is fixed on described front side board (18), the outer end of described torsion spring (21) is connected mutually with the rear end of described connecting link (22), described connecting link (22) parallels with described stationary shaft (14), described pressure roller (23) is sheathed on that described connecting link (22) is upper and pressure roller (23) can around connecting link (22) axial rotation, the outer end of described connecting link (22) is connected with a banking stop (24) that can lean with described pressure roller (23) end, can recline mutually with described adhesive tape (15) under the elastic force effect of torsion spring (21) when adhesive tape (15) is adhered to described pressure roller (23) after on PVDC film (76) of aluminizing.
3. PVDC adhesion of thin film detector of aluminizing according to claim 1, it is characterized in that, described detector also comprises a cutter sweep, described cutter sweep comprises fixed block (25), cylinder (26) and housing (27), described fixed block (25) is positioned at the right side of described top board (10) and is connected mutually with described top board (10) by a cross bar, described cylinder (26) is vertically arranged, the cylinder body of described cylinder (26) is fixed on the lower surface of described fixed block (25), the piston rod upper end of described cylinder (26) is plugged in described cylinder body, the piston-rod lower end of described cylinder (26) is connected mutually with the upper end of described housing (27), described housing (27) internal fixtion has accumulator, the lower surface of described housing (27) is vertically fixed with two waddys (28), the lower end of described two waddys (28) is connected by a heating wire one (29), described heating wire one (29) is connected with described storage battery, the lower end of described two waddys (28) all offers a through hole one, the two ends of described heating wire one (29) are each passed through the through hole one on described two waddys (28), wherein a waddy (28) are also fixed with the thermometer contacted with described heating wire one (29), the lower surface of described housing (27) is vertically fixed with a montant (30), the lower end of described montant (30) is fixed with a wooden pressing plate one (31) being square tabular, and described pressing plate one (31) arranges in the horizontal direction and can lean with being adhered to the adhesive tape (15) of aluminizing on PVDC film (76), the length of described pressing plate one (31) is less than the length of PVDC film (76) of aluminizing be held in pellicle fixture (2), the width of described pressing plate one (31) is greater than the width of PVDC film (76) of aluminizing be held in pellicle fixture (2), four right angle of described pressing plate one (31) lower face are vertically fixed with a heating wire two (32) respectively, and described heating wire two (32) is connected with described accumulator, the length and width of described supporting plate (3) are equal with the length and width of described pressing plate one (31) and be positioned at immediately below described pressing plate one (31), four right angle of described supporting plate (3) upper face offer the accommodation hole corresponding with described heating wire two (32) respectively, and the hole wall of described accommodation hole is provided with plastic layer, the lower face of described pressing plate one (31) is fixed with a glass plate.
4. the PVDC adhesion of thin film detector of aluminizing according to claim 1 or 2 or 3, it is characterized in that, described two pellicle fixture (2) are respectively front jig (40) and rear jig (41), described front jig (40) is fixed on the upper face of described platen (1), and the inner side of described front jig (40) is provided with the first jaws (42) for clamping PVDC film (76) left part of aluminizing, the upper face of described platen (1) offers a recessed rail (43) along local width direction, described rear jig (41) slides and is arranged in this recessed rail (43), the inner side of described rear jig (41) is provided with the second jaws (44) for clamping PVDC film (76) right part of aluminizing, the outside of described rear jig (41) is also provided with an extension spring (45), described extension spring (45) is arranged along the length direction of recessed rail (43), one end of described extension spring (45) is connected with the outside of described rear jig (41), the other end of described extension spring (45) is fixed with a limited block (46), described limited block (46) is fixed on the upper face of described platen (1), described front jig (40) comprises front fixture block (47), front maxilla (48) and front lower jaw (49), described front fixture block (47) is fixed on the upper face of platen (1), the inner of described front lower jaw (49) is fixed on described front fixture block (47), described front lower jaw (49) vertically offers bolt hole one, described front maxilla (48) is positioned at directly over described front lower jaw (49), described front maxilla (48) offers the mounting hole one corresponding with described bolt hole one, be plugged with bolt one (50) in described mounting hole one and bolt hole one simultaneously, described front maxilla (48) and front lower jaw (49) spaced setting and form described the first jaws (42) between the two, described rear jig (41) comprises rear fixture block (51), rear maxilla (52) and rear lower jaw (53), described rear fixture block (51) is fixed on the upper face of platen (1), one end of described extension spring (45) is fixed on the outside of described rear fixture block (51), the inner of described rear lower jaw (53) is fixed on described rear fixture block (51), described rear lower jaw (53) vertically offers bolt hole two, described rear maxilla (52) is positioned at directly over described rear lower jaw (53), described rear maxilla (52) offers the mounting hole two corresponding with described bolt hole two, be plugged with bolt two (54) in described mounting hole two and bolt hole two simultaneously, described rear maxilla (52) and rear lower jaw (53) spaced setting and form described the second jaws (44) between the two, the medial surface of described front maxilla (48) and the medial surface of rear maxilla (52) are all fixed with anti-slop serrations (55), the head of described bolt one (50) and the head of bolt two (54) are all fixed with one handle (56).
5. the PVDC adhesion of thin film detector of aluminizing according to claim 1 or 2 or 3, it is characterized in that, described platen (1) offers a cavity along its length direction, slide in described cavity and be provided with a slide one (57), described slide one (57) is fixed with a translating cam (58), described slide one (57) internal fixtion has a nut, described nut inner thread is connected with a screw mandrel (59), the two ends of described screw mandrel (59) are rotated and are arranged on the chamber wall at described cavity two ends, described platen (1) is fixed with a drive source that described screw mandrel (59) can be driven to rotate, the lower face of described supporting plate (3) is vertically fixed with a support bar (60), the upper face of described platen (1) offers a through hole two be connected with described cavity, the lower end of described support bar (60) extends in described cavity through described through hole two, and the lower end of described support bar (60) is rotated and is provided with a roller (61) reclined mutually with the wheel face of described translating cam (58), described cavity internal fixtion has a limiting plate (62), described limiting plate (62) is positioned at the right side of described translating cam (58), (62) offer through hole three to described limiting plate, and described screw mandrel (59) is through this through hole three, the upper face of described platen (1) is fixed with and the guide pin bushing that be connected (63) coaxial with described through hole two, the madial wall of described guide pin bushing (63) offers spiral helicine oil storage tank, described guide pin bushing (63) is also fixed with can to the lubricating cup of described oil storage tank fuel feeding, and described support bar (60) is through described guide pin bushing (63), the left end of described platen (1) is fixed with motor two (64), and the left end of described screw mandrel (59) is connected with the output shaft of described motor two (64) through the left side of described platen (1).
6. PVDC adhesion of thin film detector of aluminizing according to claim 5, it is characterized in that, described adhesion detector also comprises a monitoring device, described monitoring device comprises column (65), the rubber bellows (66) of retractable and CCD camera (67), the lower end of described column (65) is vertically fixed on the upper face of described platen (1), the upper end of described column (65) is connected with the inner of described rubber bellows (66), the outer end of described rubber bellows (66) is connected with described CCD camera (67), described monitoring device also comprises a display (68), and described CCD camera (67) is connected with described display (68) by USB data line, described column (65) comprises a body vertically arranged (69), the lower end of described body (69) is fixed on the upper face of described platen (1), described body (69) offers a vertical rail (70) along its length direction, described vertical rail (70) slidably connects slide two (71), and the inner of described rubber bellows (66) is connected mutually with described slide two (71), described body (69) offers several spacing holes one (72) along its length direction, described slide two (71) offers spacing hole two, in described spacing hole one (72) and spacing hole two, a spacer pin (73) can be plugged with simultaneously, described monitoring device also comprises a foam-rubber cushion (74), the lower surface of described foam-rubber cushion (74) and the upper face of described platen (1) removably connect, and the upper surface of described foam-rubber cushion (74) is positioned at immediately below described CCD camera (67), the upper face of described platen (1) offers groove (77), and the lower surface of described foam-rubber cushion (74) is embedded in described groove (77), described monitoring device also comprises deep floor (75), and described deep floor (75) is connected mutually with the upper face of described platen (1) and body (69) respectively.
CN201410145477.9A 2014-04-11 2014-04-11 One is aluminized PVDC adhesion of thin film detector CN103954556B (en)

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