CN209078425U - Edge polisher for screen edging - Google Patents

Edge polisher for screen edging Download PDF

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Publication number
CN209078425U
CN209078425U CN201821397037.2U CN201821397037U CN209078425U CN 209078425 U CN209078425 U CN 209078425U CN 201821397037 U CN201821397037 U CN 201821397037U CN 209078425 U CN209078425 U CN 209078425U
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China
Prior art keywords
edging
wheel
edging wheel
iii
glass
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CN201821397037.2U
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Chinese (zh)
Inventor
Changqing Zhu
朱常青
Haifei Dong
董海飞
Yongxiang Cao
曹永祥
Di Hu
胡迪
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Wuhu Token Sciences Co Ltd
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Wuhu Token Sciences Co Ltd
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Priority to CN201821397037.2U priority Critical patent/CN209078425U/en
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Abstract

The utility model provides a kind of edge polisher for screen edging applied to LCD screen technical field of processing equipment, edging wheel I (5) are arranged in rail assembly I (3) side of the delivery track (2) of the edge polisher for screen edging, edging wheel II (6) are arranged in rail assembly I (3) other side, edging wheel I (5) is connect with driving motor I (7), edging wheel II (6) is connect with driving motor II (8), edging wheel III (9) are arranged in rail assembly II (4) side, edging wheel IV (10) are arranged in rail assembly II (4) other side, edging wheel III (9) is connect with driving motor III (11), edging wheel IV (10) is connect with driving motor IV (12), the edge polisher for screen edging of the utility model, edging processing can be carried out to screen glass, adapt to various thickness Glass edging is spent, glass edging uniform force is not in glass damaging problem due to extruding force is spent greatly, improves glass edging processing quality and efficiency.

Description

Edge polisher for screen edging
Technical field
The utility model belongs to LCD screen technical field of processing equipment, is to be related to one kind for screen more specifically The edge polisher of edging.
Background technique
Currently in screen glass edging, half first grinds the side C by edge polisher, regrinds the side R, and last four side carries out chamfering. And when edge polisher grinds the side C, it can take turns being ground by upper and lower C to glass, the extruding that glass is taken turns by upper and lower C, the side C grinding increases Greatly, it is squeezed and puts more effort, glass can generate breakage;And work as to edging thickness of glass < 0.7mm, glass breakage when grinding C-shaped side Ratio is higher, and broken glass can penetrate equipment belt in equipment running process, bring to subsequent product quality larger hidden Suffer from, therefore, thickness of glass < 0.7mm not edging at present.
Utility model content
The technical problem to be solved by the utility model is in view of the deficiencies of the prior art, it is simple to provide a kind of structure, at This is low, conveniently and efficiently can carry out edging processing to screen glass, and grind according to the different convenient and efficient replacements of thickness of glass Cincture, to adapt to various thickness glass edgings, uniform force when glass edging, more particularly to the glass to thickness < 0.7mm Edging processing is carried out, is not in the lesser glass of thickness damaging problem due to extruding force is spent greatly, and effectively improve glass Edging position smoothness, improves glass edging processing quality and efficiency, and reduction broken glass causes subsequent production link bad The edge polisher for screen edging influenced.
Solve the problems, such as techniques discussed above, the technical solution that the utility model is taken are as follows:
The utility model is a kind of edge polisher for screen edging, and the edge polisher for screen edging includes mill Delivery track is arranged on the edge polisher ontology in side machine ontology, and delivery track includes rail assembly I and rail assembly II, institute I side of rail assembly setting edging wheel I is stated, edging wheel II is arranged in I other side of rail assembly, and edging wheel I and driving motor I connect It connects, edging wheel II is connect with driving motor II, and edging wheel III, II other side of rail assembly setting mill is arranged in II side of rail assembly Cincture IV, edging wheel III are connect with driving motor III, and edging wheel IV is connect with driving motor IV.
The driving motor I and driving motor II is connect with control unit respectively, driving motor III and driving motor IV It being connect respectively with control unit, turntable is arranged in rail assembly I and II engaging portion of rail assembly, and steering motor is arranged in turntable bottom, Steering motor is connect with control unit.
Edging groove I of I side of the edging wheel setting along I surface of edging wheel, one week recessed arrangement, II side of edging wheel Face setting is along the edging groove II of II surface of edging wheel, one week recessed arrangement, and the conveying of rail assembly I is to edging glass by edging When between wheel I and edging wheel II, edging wheel I is configured to treat the structure that edging glass side side carries out edging processing, Edging wheel II is configured to treat the structure that edging glass other side side carries out edging processing.
Edging groove III of III side of the edging wheel setting along III surface of edging wheel, one week recessed arrangement, edging wheel IV Side setting is along the edging groove of IV surface of edging wheel, one week recessed arrangement, and the conveying of rail assembly II is to edging glass by edging When between wheel III and edging wheel IV, edging wheel III is configured to treat the knot that side on front side of edging glass carries out edging processing Structure, edging wheel IV are configured to treat the structure that edging glass posterior side carries out edging processing.
Edging wheel I on the rail assembly I is arranged two, and edging wheel II is arranged two, first edging wheel I and the One edging wheel II is close to I front position of rail assembly, and second edging wheel I and second edging wheel II are close to rail assembly I Back-end location, between the edging groove center point II of I to the first edging wheel of edging groove center point II of first edging wheel I Distance be set greater than second edging wheel I I to the second edging wheel of edging groove center point II edging groove center The structure of the distance between point II.
Edging wheel III on the rail assembly II is arranged two, and edging wheel IV is arranged two, first edging wheel III With first edging wheel IV close to II front position of rail assembly, second edging wheel III and second edging wheel IV are close to track II back-end location of component, the edging groove center of III to the first edging wheel of edging groove center point IV of first edging wheel III The distance between point IV is set greater than the mill of III to the second edging wheel of edging groove center point IV of second edging wheel III The structure of side groove center point the distance between IV.
The edging wheel I, edging wheel II, edging wheel III, edging wheel IV are set as shape and the identical structure of size, grind Cincture I is horizontally arranged on driving motor I, and edging wheel II is horizontally arranged on driving motor II, and edging wheel III is horizontally arranged at On driving motor III, edging wheel IV is horizontally arranged on driving motor IV.
Setting can control edging wheel I and II start and stop of edging wheel and the edging wheel control of rotational speed regulation on the control unit Key I processed, setting can control the edging wheel control key II of edging wheel III and IV start and stop of edging wheel and rotational speed regulation on control unit.
Using the technical solution of the utility model, can obtain it is below the utility model has the advantages that
The edge polisher for screen edging of the utility model first passes through rail when needing to carry out edging processing to glass The conveying of road component I is mobile to edging glass, and control unit controls edging wheel I and edging wheel II rotates, and rail assembly I is conveyed wait grind When side glass passes through between edging wheel I and edging wheel II, edging wheel I treats edging glass side side and carries out edging processing, edging Wheel II treats edging glass other side side and carries out edging processing.Then, it then will convey, control to edging glazing channel component II Component controls edging wheel III and edging wheel IV rotate, and pass through between edging wheel III and edging wheel IV to edging glass, rail assembly When edging glass passes through between edging wheel III and edging wheel IV, edging wheel III is treated side on front side of edging glass and is carried out for II conveying Edging processing, edging wheel IV treat edging glass posterior side and carry out edging processing.Edging glass (screen is treated in this way, completing Curtain) edging processing.Above structure, process is simple, can be according to different-thickness and width to edging glass, and selection replacement is not With the edging wheel of size and structure, in this way, effectively improving versatility, and edging wheel replacement is convenient and efficient, effectively improves operation Efficiency, while while handling glass edging, not will cause glass and be pressurized damaged, reduce the breakage rate in glass edging treatment process, Improve total quality.Above-mentioned steps are the edging method of bold and unrestrained edge polisher.The edging for screen edging of the utility model Machine, structure is simple, conveniently and efficiently can carry out edging processing to screen glass, and convenient and efficient according to thickness of glass difference Edging wheel is replaced, adapts to various thickness glass edgings, uniform force when glass edging, is not in glass because extruding force is spent Damaging problem greatly effectively improves glass edging position smoothness, improves glass edging processing quality and efficiency, to reduce broken Damage glass causes adverse effect to subsequent production link.
Detailed description of the invention
Brief description is made to content expressed by each attached drawing of this specification and the label in figure below:
Fig. 1 is the overlooking structure diagram of the edge polisher described in the utility model for screen edging;
Fig. 2 is the schematic cross-sectional view described in Fig. 1 for the face A-A of the edge polisher of screen edging;
Attached drawing acceptance of the bid note is respectively as follows: 1, edge polisher ontology;2, delivery track;3, rail assembly I;4, rail assembly II;5, Edging wheel I;6, edging wheel II;7, driving motor I;8, driving motor II;9, edging wheel III;10, edging wheel IV;11, driving electricity Machine III;12, driving motor IV;13, control unit;14, turntable;15, steering motor;16, edging groove I;17, edging groove Ⅱ;18, to edging glass;19, edging groove center point I;20, edging groove center point II;21, edging wheel control key I; 22, Edging wheel control key II;23, I conveyor belt of rail assembly;24, II conveyor belt of rail assembly.
Specific embodiment
Below against attached drawing, by the description of the embodiment, such as related to specific embodiment of the present utility model The shape of each component, construction, the mutual alignment between each section and connection relationship, the effect of each section and working principle etc. make into The detailed description of one step:
As shown in attached drawing 1, attached drawing 2, the utility model is a kind of edge polisher for screen edging, and described is used for screen The edge polisher of edging includes edge polisher ontology 1, and delivery track 2 is arranged on the edge polisher ontology 1, and delivery track 2 includes rail Edging wheel I 5 is arranged in road component I 3 and rail assembly II 4, I 3 side of rail assembly, and edging is arranged in I 3 other side of rail assembly II 6 are taken turns, edging wheel I 5 is connect with driving motor I 7, and edging wheel II 6 is connect with driving motor II 8, the setting of II 4 side of rail assembly Edging wheel IV 10 is arranged in edging wheel III 9, II 4 other side of rail assembly, and edging wheel III 9 is connect with driving motor III 11, edging wheel IV 10 connect with driving motor IV 12.It is defeated to first pass through rail assembly I 3 when needing to carry out edging processing to glass for above structure It send to the movement of edging glass 18, control unit controls edging wheel I 5 and edging wheel II 6 rotates, and rail assembly I 3 is conveyed to edging glass When glass 18 is by between edging wheel I 5 and edging wheel II 6, edging wheel I 5 treats 18 side side of edging glass and carries out edging processing, Edging wheel II 6 treats 18 other side side of edging glass and carries out edging processing.Then, then rail assembly will be passed through to edging glass II 4 conveyings, control unit controls edging wheel III 9 and edging wheel IV 10 rotates, and passes through edging wheel III 9 and edging wheel to edging glass Between IV 10, the conveying of rail assembly II 4 is when edging glass 18 is by between edging wheel III 9 and edging wheel IV 10, edging wheel III 9 It treats 18 front side side of edging glass and carries out edging processing, edging wheel IV 10 is treated 18 posterior side of edging glass and carried out at edging Reason.In this way, completing the edging processing for treating edging glass (screen).Above structure, process is simple, can be according to different-thickness With width to edging glass, the edging wheel of selection replacement different size and structure in this way, effectively improving versatility, and is ground Cincture replacement is convenient and efficient, not will cause glass compression breakage, drop when effectively improving operating efficiency, while handling glass edging Breakage rate in low glass edging treatment process improves total quality.Above-mentioned steps are the edging method of bold and unrestrained edge polisher.This The edge polisher of screen edging is used for described in utility model, structure to be simple, conveniently and efficiently can carry out edging to screen glass Processing, and according to the different convenient and efficient replacement edging wheel of thickness of glass, adapts to various thickness glass edgings, when glass edging by Power is uniform, is not in glass damaging problem due to extruding force is spent greatly, effectively improves glass edging position smoothness, improve glass Glass edging handles quality and efficiency, reduces broken glass and causes adverse effect to subsequent production link.
The driving motor I 7 and driving motor II 8 is connect with control unit 13 respectively, driving motor III 11 and driving Motor IV 12 is connect with control unit 13 respectively, and turntable 14,14 bottom of turntable is arranged in rail assembly I 3 and II 4 engaging portion of rail assembly Steering motor 15 is arranged in portion, and steering motor 15 is connect with control unit 13.Above structure, turntable, which can play, treats edging glass The effect of 90 degree of steerings is carried out, so that grinding on rail assembly I 3 by edging wheel I 5 and edging wheel II 6 to edging glass It after the processing of side, can be transported to by fast and easy on rail assembly II 4, then edging is carried out by edging wheel III 9 and edging wheel IV 10 Processing, improves efficiency.
When carrying out edging to glass, I 5 side of the edging wheel setting is recessed arrangement in one week along I 5 surface of edging wheel Edging groove I 16, edging groove II 17 of II 6 side of the edging wheel setting along II 6 surface of edging wheel, one week recessed arrangement, track groups When edging glass 18 is by between edging wheel I 5 and edging wheel II 6, edging wheel I 5 is configured to treat edging the conveying of part I 3 18 side side of glass carries out the structure of edging processing, and edging wheel II 6 is configured to treat 18 other side side of edging glass Carry out the structure of edging processing.III 9 side of the edging wheel setting is recessed along the edging of III 9 surface of edging wheel, one week recessed arrangement Slot III, for the setting of IV 10 side of edging wheel along IV 10 surface of edging wheel, one week recessed edging groove arranged, rail assembly II 4 is defeated It send when edging glass 18 is by between edging wheel III 9 and edging wheel IV 10, edging wheel III 9 is configured to treat edging glass 18 front sides side carry out the structure of edging processing, and edging wheel IV 10, which is configured to treat 18 posterior side of edging glass, to be ground The structure of side processing.
Edging wheel I 5 on the rail assembly I 3 is arranged two, and edging wheel II 6 is arranged two, first edging wheel I 5 With first edging wheel II 6 close to I 3 front position of rail assembly, second edging wheel I 5 and second edging wheel II 6 are close I 3 back-end location of rail assembly, the edging groove of I to the first edging wheel of edging groove center point II 6 of first edging wheel I 5 The distance between central point II is set greater than I 19 to the second edging wheel II of edging groove center point of second edging wheel I 5 The structure of 6 edging groove center point the distance between II 20.Above structure, first edging wheel I 5 and first edging wheel II 6, which treat edging glass two sides, carries out first of edging operation (corase grinding), then second edging wheel I 5 and second edging It takes turns II 6 and treats edging glass and carry out second edging operation (fine grinding), in this way, making by twice edging treated glass time Cloth is smooth, effectively eliminates corner angle.And twice edging operation, it can be avoided that glass stress is excessive damaging problem occurs, it is ensured that peace Full processing.Above structure, under control unit control, each edging wheel I 5 drives rotation to stop by a driving motor I, often A edging wheel II 6 drives rotation to stop by a driving motor II.And the edging groove center point I of first edging wheel I 5 arrives The edging groove center point the distance between II of first edging wheel II 6 is set greater than the edging groove of second edging wheel I 5 The structure setting of the edging groove center point the distance between II 20 of I 19 to the second edging wheel II 6 of central point, so that when corase grinding Part edging is carried out, further progress edging when fine grinding.
Edging wheel III 9 on the rail assembly II 4 is arranged two, and edging wheel IV 10 is arranged two, first edging Take turns III 9 and first edging wheel IV 10 close to II 4 front position of rail assembly, second edging wheel III 9 and second edging wheel IV 10 close to II 4 back-end location of rail assembly, III to the first edging wheel of edging groove center point IV of first edging wheel III 9 10 edging groove center point the distance between IV is set greater than the edging groove center point III of second edging wheel III 9 to The structure of the edging groove center point the distance between IV of two edging wheels IV 10.Above structure, first edging wheel III 9 and One edging wheel IV 10 treats edging glass front and back sides and carries out first of edging operation (corase grinding), then second edging wheel III 9 and second edging wheel IV 10 treat edging glass carry out second edging operation (fine grinding), in this way, making by twice edging Treated glass effectively eliminates corner angle throughout smooth.And twice edging operation, it can be avoided that glass stress is excessive to break Damage problem, it is ensured that safe handling.Above structure, under control unit control, each edging wheel III 9 passes through a driving motor III Rotation is driven to stop, each edging wheel IV 10 drives rotation to stop by a driving motor IV.And first edging wheel III 9 The edging groove center point the distance between IV of III to the first edging wheel of edging groove center point IV 10 is set greater than second The edging groove center point the distance between IV of III to the second edging wheel of edging groove center point IV 10 of a edging wheel III 9 Structure setting, so that part edging is carried out when corase grinding, further progress edging when fine grinding.
The edging wheel I 5, edging wheel II 6, edging wheel III 9, edging wheel IV 10 are set as shape and the identical knot of size Structure, edging wheel I 5 are horizontally arranged on driving motor I 7, and edging wheel II 6 is horizontally arranged on driving motor II 8, edging wheel III 9 It is horizontally arranged on driving motor III 11, edging wheel IV 10 is horizontally arranged on driving motor IV 12.
Setting can control the edging of edging wheel I 5 and II 6 start and stop of edging wheel and rotational speed regulation on the control unit 13 Control key I 21 is taken turns, setting can control the mill of edging wheel III 9 and IV 10 start and stop of edging wheel and rotational speed regulation on control unit 13 Cincture control key II 22.
The edge polisher for screen edging of the utility model first passes through rail when needing to carry out edging processing to glass The conveying of road component I is mobile to edging glass, and control unit controls edging wheel I and edging wheel II rotates, and rail assembly I is conveyed wait grind When side glass passes through between edging wheel I and edging wheel II, edging wheel I treats edging glass side side and carries out edging processing, edging Wheel II treats edging glass other side side and carries out edging processing.Then, it then will convey, control to edging glazing channel component II Component controls edging wheel III and edging wheel IV rotate, and pass through between edging wheel III and edging wheel IV to edging glass, rail assembly When edging glass passes through between edging wheel III and edging wheel IV, edging wheel III is treated side on front side of edging glass and is carried out for II conveying Edging processing, edging wheel IV treat edging glass posterior side and carry out edging processing.Edging glass (screen is treated in this way, completing Curtain) edging processing.Above structure, process is simple, can be according to different-thickness and width to edging glass, and selection replacement is not With the edging wheel of size and structure, in this way, effectively improving versatility, and edging wheel replacement is convenient and efficient, effectively improves operation Efficiency, while while handling glass edging, not will cause glass and be pressurized damaged, reduce the breakage rate in glass edging treatment process, Improve total quality.Above-mentioned steps are the edging method of bold and unrestrained edge polisher.The edging for screen edging of the utility model Machine, structure is simple, conveniently and efficiently can carry out edging processing to screen glass, and convenient and efficient according to thickness of glass difference Edging wheel is replaced, adapts to various thickness glass edgings, uniform force when glass edging, is not in glass because extruding force is spent Damaging problem greatly effectively improves glass edging position smoothness, improves glass edging processing quality and efficiency, to reduce broken Damage glass causes adverse effect to subsequent production link.
Illustrative description is carried out to the utility model above in conjunction with attached drawing, it is clear that the utility model concrete implementation is simultaneously It is not limited by aforesaid way, if the method concept of the utility model and the various improvement of technical solution progress are used, or It is not improved that the conception and technical scheme of the utility model are directly applied into other occasions, in the protection of the utility model In range.

Claims (8)

1. a kind of edge polisher for screen edging, it is characterised in that: the edge polisher for screen edging includes edging Delivery track (2) are arranged on the edge polisher ontology (1) in machine ontology (1), delivery track (2) include rail assembly I (3) and Edging wheel I (5) are arranged in rail assembly II (4), rail assembly I (3) side, and edging wheel is arranged in rail assembly I (3) other side II (6), edging wheel I (5) are connect with driving motor I (7), and edging wheel II (6) is connect with driving motor II (8), rail assembly II (4) edging wheel IV (10) are arranged in side setting edging wheel III (9), rail assembly II (4) other side, edging wheel III (9) and driving Motor III (11) connection, edging wheel IV (10) are connect with driving motor IV (12).
2. the edge polisher according to claim 1 for screen edging, it is characterised in that: the driving motor I (7) and Driving motor II (8) is connect with control unit (13) respectively, driving motor III (11) and driving motor IV (12) respectively with control Component (13) connection, rail assembly I (3) and rail assembly II (4) engaging portion setting turntable (14), the setting of turntable (14) bottom turn To motor (15), steering motor (15) is connect with control unit (13).
3. the edge polisher according to claim 1 or 2 for screen edging, it is characterised in that: the edging wheel I (5) Along the edging groove I (16) of the one week recessed arrangement in edging wheel I (5) surface, edging wheel II (6) side is arranged along edging for side setting The edging groove II (17) of II (6) surface, one week recessed arrangement is taken turns, rail assembly I (3) conveying is to edging glass (18) through overground When between cincture I (5) and edging wheel II (6), edging wheel I (5) is configured to treat the progress of edging glass (18) side side The structure of edging processing, edging wheel II (6) are configured to treat the progress edging processing of edging glass (18) other side side Structure.
4. the edge polisher according to claim 3 for screen edging, it is characterised in that: described edging wheel III (9) side Along the edging groove III of the one week recessed arrangement in edging wheel III (9) surface, edging wheel IV (10) side is arranged along edging wheel for face setting The edging groove of the recessed arrangement in IV (10) surface one week, rail assembly II (4) conveying pass through edging wheel III to edging glass (18) (9) between edging wheel IV (10) when, edging wheel III (9) is configured to treat side on front side of edging glass (18) and carries out edging The structure of processing, edging wheel IV (10) are configured to treat the structure that edging glass (18) posterior side carries out edging processing.
5. the edge polisher according to claim 3 for screen edging, it is characterised in that: on the rail assembly I (3) Edging wheel I (5) be arranged two, edging wheel II (6) is arranged two, first edging wheel I (5) and first edging wheel II (6) Close to rail assembly I (3) front position, second edging wheel I (5) and second edging wheel II (6) are close to rail assembly I (3) Back-end location, the edging groove center point of edging groove center point I to the first edging wheel II (6) of first edging wheel I (5) The distance between II is set greater than the edging groove center point I (19) of second edging wheel I (5) to second edging wheel II (6) structure of the distance between edging groove center point II (20).
6. the edge polisher according to claim 4 for screen edging, it is characterised in that: the rail assembly II (4) On edging wheel III (9) be arranged two, edging wheel IV (10) is arranged two, first edging wheel III (9) and first edging wheel IV (10) are close to rail assembly II (4) front position, and second edging wheel III (9) and second edging wheel IV (10) are close to track Component II (4) back-end location, the mill of edging groove center point III to the first edging wheel IV (10) of first edging wheel III (9) Side groove center point the distance between IV is set greater than edging groove center point III to the second of second edging wheel III (9) The structure of the edging groove center point the distance between IV of edging wheel IV (10).
7. the edge polisher according to claim 1 or 2 for screen edging, it is characterised in that: the edging wheel I (5), Edging wheel II (6), edging wheel III (9), edging wheel IV (10) are set as shape and the identical structure of size, and edging wheel I (5) is horizontal It is mounted on driving motor I (7), edging wheel II (6) is horizontally arranged on driving motor II (8), and edging wheel III (9) is horizontally mounted On driving motor III (11), edging wheel IV (10) is horizontally arranged on driving motor IV (12).
8. the edge polisher according to claim 2 for screen edging, it is characterised in that: on the control unit (13) The edging wheel control key I (21) that edging wheel I (5) and edging wheel II (6) start and stop and rotational speed regulation can be controlled, control unit are set (13) setting can control the edging wheel control key II of edging wheel III (9) and edging wheel IV (10) start and stop and rotational speed regulation on (22)。
CN201821397037.2U 2018-08-29 2018-08-29 Edge polisher for screen edging Active CN209078425U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821397037.2U CN209078425U (en) 2018-08-29 2018-08-29 Edge polisher for screen edging

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Application Number Priority Date Filing Date Title
CN201821397037.2U CN209078425U (en) 2018-08-29 2018-08-29 Edge polisher for screen edging

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Publication Number Publication Date
CN209078425U true CN209078425U (en) 2019-07-09

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CN201821397037.2U Active CN209078425U (en) 2018-08-29 2018-08-29 Edge polisher for screen edging

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113352173A (en) * 2021-07-07 2021-09-07 郑州纬达自动化科技有限公司 Deburring machine for die-casting shell and machining method thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113352173A (en) * 2021-07-07 2021-09-07 郑州纬达自动化科技有限公司 Deburring machine for die-casting shell and machining method thereof

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