CN204977745U - Tectorial membrane paper break device - Google Patents
Tectorial membrane paper break device Download PDFInfo
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- CN204977745U CN204977745U CN201520367986.6U CN201520367986U CN204977745U CN 204977745 U CN204977745 U CN 204977745U CN 201520367986 U CN201520367986 U CN 201520367986U CN 204977745 U CN204977745 U CN 204977745U
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Abstract
The simple structure, low cost, and convenient for operation, an effectual tectorial membrane paper break device, left side at tectorial membrane equipment, between the wallboard of the right side, go out and distinguish between paper roll and the carry over pinch rolls, stride be equipped with before, pressure tooth transmission shaft (23) and belt shaft (21) of leaving between the back, press the right part cover of tooth transmission shaft and belt shaft to be equipped with driving belt (22), this driving belt's top is installed and is broken backplate (8), break open on the backplate have about the direction rectangular hole (8 -1) of extending and install about the position adjustable including the profile of tooth knife tackle spare (A) of pressing serrated knife (A3), press the lower part drawing -in of serrated knife rectangular hole and corresponding to press tooth transmission shaft (23). The utility model is suitable for a single face or two -sided continuous tectorial membrane paper are automatic to be broken.
Description
Technical field
The utility model relates to Postpress and Print Finishing, particularly the matching component of paper equipment for coating film.
Background technology
Along with number prints the fast development of industry soon, laminating machine obtains and uses widely.Laminating machine is by precoating on film and makes the machinery of film and paper composite integrated after the glue-line heating and melting of solidification.Sticky layer of plastic film is covered on the surface of the front cover of some books and periodicals, exquisite picture and engineering drawing, can significantly improve the artistic effect of printed matter, and protect paper surface, makes it water-fast protection against the tide, preventing pollution increasing the service life.
The disjunction that laminating machine overlay film of the prior art exports goods mainly cuts by hand, and its work efficiency is low; Large-scale laminating machine from dynamic breaking device complex structure, floor space is large, and manufacturing cost is high, and mostly only for one side film.
Summary of the invention
The laminating machine overlay film output goods disjunction that the utility model will solve prior art relies on handwork to cause work efficiency low, and some large-scale laminating machine break-up device complex structures, take up an area large, cost is high and only can the problem of one side film, the breaking device of a kind of overlay film paper of the present utility model is provided for this reason, this breaking device simple structure, operate easy to adjust, dependable performance, low cost of manufacture, not only can be used for the automatic disjunction of one side film but also can be used for the automatic disjunction of two-sided overlay film.
For solving the problem, its special character of the technical solution adopted in the utility model is the left side at equipment for coating film, between right wallboard, district between exit roller and carry-over pinch rolls, before straddle mounting has, between rear from pressure tooth power transmission shaft and Pulley shaft, the right part of pressure tooth power transmission shaft and Pulley shaft is set with driving belt, the top of this driving belt is provided with breaks upper guard board, break and upper guard board has oblong aperture that left and right directions extends and the adjustable tooth form knife assembly comprising pressure serrated knife of right position is installed, the bottom of described pressure serrated knife passes described oblong aperture and corresponds to described pressure tooth power transmission shaft.
Should be provided with the adjustable guide wheel assembly comprising directive wheel of right position described breaking on upper guard board, described directive wheel bottom passes described oblong aperture and corresponds to described pressure tooth power transmission shaft.The effect of directive wheel is the steady output being conducive to pressing overlay film paper after tooth.
Described in the utility model is preferably, the left and right side broken above upper guard board is respectively fixed with guide bar support, and on this two guide bar support, straddle mounting has two parallel guide posts; Described tooth form knife assembly is set in this two guide post; Install described guide wheel assembly, this guide wheel assembly is also set in described two guide posts.
The utility model it is even more preferred that
Described tooth form knife assembly has tool rest, tool rest pressing plate, pressure serrated knife installing plate and pressing plate, described pressure serrated knife is by the coaxial packing ring arranged, copper sheathing, protect tooth plate and pan head screw is installed on described pressure serrated knife installing plate bottom, be provided with aperture and macropore to this pressure serrated knife installing plate top time interval, respectively spacer is provided with in aperture and macropore, spacer thickness is greater than pressure serrated knife installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screws pass through hole and the spacer of described pressing plate, and the screw be matched with on described tool rest, pressure serrated knife installing plate is made to be installed on tool rest, described tool rest pressing plate is press-fitted in above described tool rest by lock-screw and tool rest stage clip and toolsetting screw and toolsetting stage clip, toolsetting screw and toolsetting stage clip correspond to pressure serrated knife, described tooth form knife assembly is set in two guide posts and refers to that tool rest and tool rest pressing plate meet two borehole jacks that the concave arc corresponding between two set by side pieces together mutually in two guide posts.Unclamp described lock-screw, tooth form knife assembly can move left and right along guide post, regulates fabric width, adapts to different in width overlay film paper pressure tooth.Because macropore diameter is greater than its inner spacing collar external diameter, therefore rotate toolsetting screw, pressure serrated knife installing plate can rotate an angle around the spacer in its aperture, to regulate the upper-lower position of pressure serrated knife, adapts to different-thickness paper pressure tooth.
Described guide wheel assembly has wheel seat, wheel seat pressing plate, directive wheel installing plate and pressing plate, described directive wheel is by the coaxial packing ring arranged, back-up ring, pad, bearing and long pan head screw are installed on described directive wheel installing plate bottom, be provided with aperture and macropore to this directive wheel installing plate top time interval, respectively spacer is provided with in aperture and macropore, spacer thickness is greater than directive wheel installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screws pass through hole and the spacer of described pressing plate, and the screw be matched with on described wheel seat, directive wheel installing plate is made to be installed on wheel seat, described wheel seat pressing plate is by lock-screw and wheel seat stage clip and adjust wheel screw and adjust wheel stage clip to be press-fitted in above described wheel seat, adjust wheel screw and adjust wheel stage clip to correspond to directive wheel, described guide wheel assembly is set in two guide posts and refers to that wheel seat and wheel seat pressing plate meet two borehole jacks that the concave arc corresponding between two set by side pieces together mutually in two guide posts.
Exit roller described in the utility model refers to exit roller and/or lower exit roller, and described carry-over pinch rolls refer to carry-over pinch rolls and/or lower carry-over pinch rolls.Upper and lower carry-over pinch rolls, upper and lower exit roller, each upper and lower corresponding pairs is arranged.Described equipment for coating film is provided with upper and lower overlay film roller in upper and lower carry-over pinch rolls front.Pressure tooth power transmission shaft in lower overlay film roller, lower carry-over pinch rolls, lower exit roller and the utility model is by driven by motor.
The utility model is set with driving belt in the right part of described pressure tooth power transmission shaft and Pulley shaft, and be that described pressure gear and guiding wheel can be positioned at left part, driving belt does not prolong and to left part.
The utility model is fitted to equipment for coating film.In equipment for coating film, described carry-over pinch rolls front is upper and lower overlay film roller.Paper is from the input of overlay film roller lateral direction, and forward and backward paper adjoiner has overlap end to end, this overlap length 3-5mm.Pressure serrated knife in the utility model cuts out the minimal incision * of front and back close-up to paper side after continuous overlay film.
Described equipment for coating film do not stretch tight lead overlay film paper time, the linear velocity of lower exit roller is than the linear velocity fast (soon about 6-15%) of other roller; So, when having led overlay film paper when stretching tight, the overlay film paper in exit roller front can be made to there is drawing tension and be in tighten shape, when pressing serrated knife to cut out the minimal incision * of front and back close-up to continuous overlay film paper side, the minimal incision * being in front and back paper lap-joint is concentrated and has tightened stress, continuous print tectorial paper is namely herein by rapid tear fracture, and the overlay film paper torn out is exported by relative exit roller fast.Driving belt of the present utility model and above the collaborative holder gear breaking upper guard board under, namely follow-up tectorial paper is admitted between upper and lower exit roller, continue to realize tectorial paper stretch-draw disconnected with export.
The utility model is due between the left and right wallboard of equipment for coating film, district between exit roller and carry-over pinch rolls, straddle mounting have forward and backward from pressure tooth power transmission shaft and Pulley shaft, pressure tooth power transmission shaft and Pulley shaft right part are set with driving belt, the top of driving belt is provided with breaks upper guard board, break tooth form knife assembly backplate being provided with and comprising pressure serrated knife, therefore the utility model can hob out minimal incision * to the paper side of continuous overlay film, then broken fast, exported.The utility model simple structure, low cost of manufacture, operates easy to adjust, can according to the type of paper used, film characteristics, the convenient upper-lower position regulating pressure serrated knife, directive wheel; Can according to different in width paper, the convenient right position regulating serrated knife; The utility model had both been suitable for one side film paper automatic breaking, was also suitable for two-sided overlay film paper automatic breaking.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that the utility model is fitted to one side film equipment;
Fig. 2 breaks upper guard board, tooth form knife assembly and guide wheel assembly composite unit structure schematic diagram comprising in the utility model;
Fig. 3 is the tooth form knife assembly outline drawing in the utility model; ,
Fig. 4 is the guide wheel assembly outline drawing in the utility model;
Fig. 5 is Fig. 3 tooth form knife modular construction exploded view;
Fig. 6 is Fig. 4 guide wheel assembly STRUCTURE DECOMPOSITION figure;
Fig. 7 is the schematic diagram that the utility model is fitted to two-sided equipment for coating film;
Fig. 8 is the another kind of schematic diagram that the utility model is fitted to two-sided equipment for coating film.
Mark and counterpart in figure: 1 base, 2 wallboard locating pieces, 3 times carry-over pinch rolls, carry-over pinch rolls on 4, 5 times overlay film rollers, 6 paper, overlay film roller on 7, 8 break upper guard board, 8-1 oblong aperture, film on 9, 10 preheat rolls, 11 fixing round bars, idler roller on 12, film volume on 13, 14 contact rollers, 15 contact roller swing arms, 16 extension spring swing arms, 17 extension springs, 18 divide tectorial paper of having no progeny to open automatically, exit roller on 19, 20 times exit rollers, 21 Pulley shafts, 22 driving belts, 23 pressure tooth power transmission shafts, 24 guide bar supports, 25 guide posts, 26 tooth form knifes, 27 tooth form knife swing arms, 28 times film volumes, 29 times idler rollers, 30 times films, 31 wallboards, A tooth form knife assembly, A1 pan head screw, A2 protects tooth plate, A3 presses serrated knife, A4 spacer, A5 toolsetting stage clip, A6 tool rest stage clip, A7 tool rest pressing plate, A8 lock-screw, A9 toolsetting screw, A10 pressing plate, A11 sunk screw, A12 presses serrated knife installing plate, A12-1 macropore, A12-2 aperture, A13 tool rest, A14 packing ring, A15 copper sheathing, B guide wheel assembly, the long pan head screw of B1, B2 back-up ring, B3 directive wheel, B4 spacer, B5 adjusts wheel stage clip, B6 wheel seat stage clip, B7 wheel seat pressing plate, B8 lock-screw, B9 adjusts wheel screw, B10 pressing plate, B11 sunk screw, B12 directive wheel installing plate, B12-1 macropore, B12-2 aperture, B13 wheel seat, B14 packing ring, B15 pad, B16 bearing.
Detailed description of the invention
A kind of breaking device of overlay film paper, on a left side for equipment for coating film, between right wallboard 31, on, lower exit roller 19, 20 and upper, lower carry-over pinch rolls 4, district between 3, before straddle mounting has, between rear from pressure tooth power transmission shaft 23 and Pulley shaft 21, the right part of pressure tooth power transmission shaft and Pulley shaft is set with driving belt 22, the top of this driving belt is in upper, lower exit roller 19, 20 and upper, lower carry-over pinch rolls 4, be provided with between 3 and break upper guard board 8, break the left side above upper guard board, right side is respectively fixed with guide bar support 24, on this two guide bar support, straddle mounting has two parallel guide posts 25, break the oblong aperture 8-1 having left and right directions extension below corresponding two guide posts of upper guard board left part, two guide posts 25 are set with the tooth form knife assembly A comprising pressure serrated knife A3 and the guide wheel assembly B comprising directive wheel B3, described pressure serrated knife A3 bottom and directive wheel B3 bottom pass oblong aperture 8-1 and correspond to pressure tooth power transmission shaft 23.
Described tooth form knife assembly A has tool rest A13, tool rest pressing plate A7, pressure serrated knife installing plate A12 and pressing plate A10, packing ring A14, copper sheathing A15 that described pressure serrated knife A3 is arranged by coaxial, protect tooth plate A2 and pan head screw A1 and be installed on described pressure serrated knife installing plate A12 bottom, the centre bore being wherein placed on pressure serrated knife A3 in copper sheathing A15 makes pressure serrated knife energy flexible rotating, be provided with aperture A12-2 and macropore A12-1 to pressure serrated knife installing plate A12 top time interval, spacer A4 is respectively provided with in aperture and macropore, spacer thickness is a bit larger tham pressure serrated knife installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screw A11 pass through hole and the spacer A4 of pressing plate A10, and the screw be matched with on tool rest A13, pressure serrated knife installing plate A12 is made to be installed on tool rest A13, tool rest pressing plate A7 is press-fitted in above tool rest A13 by lock-screw A8 and tool rest compression spring A 6 and toolsetting screw A9 and toolsetting compression spring A 5, toolsetting screw A9 and toolsetting compression spring A 5 correspond to pressure serrated knife A3, tool rest A13 and tool rest pressing plate A7 phase are met side and are respectively provided with concave arc corresponding between two, and two holes formed after split, with these two borehole jacks in two guide posts 25.
Described guide wheel assembly B has wheel seat B13, wheel seat pressing plate B7, directive wheel installing plate B12 and pressing plate B10, described directive wheel B3 is by the coaxial packing ring B14 arranged, back-up ring B2, pad B15, bearing B16 and long pan head screw B1 is installed on described directive wheel installing plate B12 bottom, be provided with aperture B12-2 and macropore B12-1 to this directive wheel installing plate top time interval, spacer B4 is respectively provided with in aperture and macropore, spacer thickness is greater than directive wheel installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screw B11 pass through hole and the spacer B4 of described pressing plate B10, and the screw be matched with on described wheel seat, directive wheel installing plate B12 is made to be installed on wheel seat B13, described wheel seat pressing plate B7 is by lock-screw B8 and wheel seat stage clip B6 and adjust wheel screw B9 and adjust wheel stage clip B5 to be press-fitted in above described wheel seat, adjust wheel screw and adjust wheel stage clip to correspond to directive wheel B3, wheel seat B13 and wheel seat pressing plate B7 phase are met side and are respectively provided with concave arc corresponding between two, two holes formed after split, with these two borehole jacks in two guide posts 25.
See Fig. 1, the base 1 of equipment for coating film and left and right wallboard 31 form firm frame body by the many fixing round bars 11 on wallboard locating piece 2 and top, lower overlay film roller 5, upper overlay film roller 7 and lower carry-over pinch rolls 3, upper carry-over pinch rolls 4 and lower exit roller 20, upper exit roller 19 are set in the middle part of wallboard 31, and breaking device of the present utility model is installed on region between upper and lower exit roller between left and right wallboard and upper and lower carry-over pinch rolls.The upper film 9 that upper film volume 13 is derived is through upper idler roller 12, and the glue heating rear surface consolidation through preheat roll 10 and upper overlay film roller 7 melts, and bonds realize overlay film with the paper 6 delivered to.Continuous print tectorial paper, by breaking device of the present utility model, is automatically pulled disconnected in front and back paper lap-joint and exports.Break above principle, process and process of working continuously and be described herein, repeat no more herein.In Fig. 1, contact roller 14 is close proximity to film volume 13, rolls up certain put layer tension to keep upper film; Under extension spring 17, extension spring swing arm 16, contact roller swing arm 15 act on, diminish gradually in process at upper film, contact roller is connivent in film all the time and rolls up and keep constant and put layer tension.This is one side film process.
Two-sided overlay film is see Fig. 7.The side of lower film volume 28 is pressed with tooth form knife 26, rolls up its end in 28 rotation processes extrude tiny breach at lower film.When diminishing in coating process, under extension spring 17, extension spring swing arm 16, tooth form knife swing arm 27 act on, tooth form knife can be protected and bring pressure to bear on lower film volume.Lower film 30 heats rear surface glue by lower overlay film roller 5 and melts, and upper and lower film is bonded in the two sides of paper respectively.Two-sided overlay film at present film volume contributes to the disjunction of overlay film paper through tooth form knife crush-cutting mouth, preheat roll 10 can be set as lower temperature or not heat.Fig. 8 is that the lower film of another kind of two-sided overlay film arranges schematic diagram, and operation principle is identical.
Claims (6)
1. the breaking device of an overlay film paper, it is characterized in that the left side at equipment for coating film, between right wallboard, district between exit roller and carry-over pinch rolls, before straddle mounting has, between rear from pressure tooth power transmission shaft (23) and Pulley shaft (21), the right part of pressure tooth power transmission shaft and Pulley shaft is set with driving belt (22), the top of this driving belt is provided with breaks upper guard board (8), break and upper guard board has oblong aperture (8-1) that left and right directions extends and the adjustable tooth form knife assembly (A) comprising pressure serrated knife (A3) of right position is installed, the bottom of described pressure serrated knife passes described oblong aperture and corresponds to described pressure tooth power transmission shaft (23).
2. as profit requires the device as described in 1, break described in it is characterized in that on upper guard board and be provided with the adjustable guide wheel assembly (B) comprising directive wheel (B3) of right position, described directive wheel bottom passes described oblong aperture and corresponds to described pressure tooth power transmission shaft (23).
3. device as claimed in claim 1 or 2, the left and right side broken described in it is characterized in that above upper guard board is respectively fixed with guide bar support (24), and on this two guide bar support, straddle mounting has parallel two guide posts (25); Described tooth form knife assembly is set in this two guide post.
4. device as claimed in claim 2, the left and right side broken described in it is characterized in that above upper guard board is respectively fixed with guide bar support (24), and on this two guide bar support, straddle mounting has parallel two guide posts (25); Described guide wheel assembly is set in described two guide posts.
5. device as claimed in claim 3, it is characterized in that described tooth form knife assembly has tool rest (A13), tool rest pressing plate (A7), pressure serrated knife installing plate (A12) and pressing plate (A10), described pressure serrated knife (A3) is by the coaxial packing ring (A14) arranged, copper sheathing (A15), protect tooth plate (A2) and pan head screw (A1) is installed on described pressure serrated knife installing plate (A12) bottom, be provided with aperture (A12-2) and macropore (A12-1) to this pressure serrated knife installing plate top time interval, spacer (A4) is respectively provided with in aperture and macropore, spacer thickness is greater than pressure serrated knife installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screws (A11) are through the through hole of described pressing plate (A10) and spacer (A4), and the screw be matched with on described tool rest, pressure serrated knife installing plate (A12) is made to be installed on tool rest (A13), described tool rest pressing plate (A7) is press-fitted in above described tool rest by lock-screw (A8) and tool rest stage clip (A6) and toolsetting screw (A9) and toolsetting stage clip (A5), toolsetting screw and toolsetting stage clip correspond to pressure serrated knife (A3), described tooth form knife assembly is set in two guide posts and refers to that tool rest and tool rest pressing plate meet two borehole jacks that the concave arc corresponding between two set by side pieces together mutually in two guide posts.
6. device as claimed in claim 4, it is characterized in that described guide wheel assembly has wheel seat (B13), wheel seat pressing plate (B7), directive wheel installing plate (B12) and pressing plate (B10), described directive wheel (B3) is by the coaxial packing ring (B14) arranged, back-up ring (B2), pad (B15), bearing (B16) and long pan head screw (B1) are installed on described directive wheel installing plate (B12) bottom, be provided with aperture (B12-2) and macropore (B12-1) to this directive wheel installing plate top time interval, spacer (B4) is respectively provided with in aperture and macropore, spacer thickness is greater than directive wheel installing plate thickness, macropore diameter is greater than its inner spacing collar external diameter, the aperture of aperture is suitable with the external diameter of spacer, two sunk screws (B11) are through the through hole of described pressing plate (B10) and spacer (B4), and the screw be matched with on described wheel seat, directive wheel installing plate (B12) is made to be installed on wheel seat (B13), described wheel seat pressing plate (B7) is by lock-screw (B8) and wheel seat stage clip (B6) and adjust wheel screw (B9) and adjust wheel stage clip (B5) to be press-fitted in above described wheel seat, adjust wheel screw and adjust wheel stage clip to correspond to directive wheel (B3), described guide wheel assembly is set in two guide posts and refers to that wheel seat and wheel seat pressing plate meet two borehole jacks that the concave arc corresponding between two set by side pieces together mutually in two guide posts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520367986.6U CN204977745U (en) | 2015-05-31 | 2015-05-31 | Tectorial membrane paper break device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520367986.6U CN204977745U (en) | 2015-05-31 | 2015-05-31 | Tectorial membrane paper break device |
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| Publication Number | Publication Date |
|---|---|
| CN204977745U true CN204977745U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520367986.6U Active CN204977745U (en) | 2015-05-31 | 2015-05-31 | Tectorial membrane paper break device |
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| CN (1) | CN204977745U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107933087A (en) * | 2017-12-21 | 2018-04-20 | 重庆渝州印务厂 | A kind of film covering device |
| CN109493432A (en) * | 2018-10-30 | 2019-03-19 | 北京微卓科技股份有限公司 | Drawing machine and its ticket drawing method |
-
2015
- 2015-05-31 CN CN201520367986.6U patent/CN204977745U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107933087A (en) * | 2017-12-21 | 2018-04-20 | 重庆渝州印务厂 | A kind of film covering device |
| CN109493432A (en) * | 2018-10-30 | 2019-03-19 | 北京微卓科技股份有限公司 | Drawing machine and its ticket drawing method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 311400 Fuyang Jinqiao Industrial Park West Road, Zhejiang, Hangzhou, No. 1216 Patentee after: Hangzhou Huibao electrical Limited by Share Ltd Address before: 311400 Fuyang Jinqiao Industrial Park West Road, Zhejiang, Hangzhou, No. 1216 Patentee before: Hangzhou Huibao Electromechanical Co., Ltd. |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Tectorial membrane paper break device Effective date of registration: 20200420 Granted publication date: 20160120 Pledgee: China Construction Bank Co., Ltd. Fuyang Branch of Hangzhou Pledgor: HANGZHOU HUIBAO ELECTROMECHANICAL Co.,Ltd. Registration number: Y2020330000172 |
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| PC01 | Cancellation of the registration of the contract for pledge of patent right | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20210602 Granted publication date: 20160120 Pledgee: China Construction Bank Co.,Ltd. Fuyang Branch of Hangzhou Pledgor: HANGZHOU HUIBAO ELECTROMECHANICAL Co.,Ltd. Registration number: Y2020330000172 |