CN203833261U - Glass stacking and moving device - Google Patents
Glass stacking and moving device Download PDFInfo
- Publication number
- CN203833261U CN203833261U CN201420110481.7U CN201420110481U CN203833261U CN 203833261 U CN203833261 U CN 203833261U CN 201420110481 U CN201420110481 U CN 201420110481U CN 203833261 U CN203833261 U CN 203833261U
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- glass
- moving part
- guide screw
- load member
- location division
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Abstract
The utility model relates to a glass stacking and moving device which is used for overcoming the defects that it is known that when glass is ground and machined, time is consumed because a single piece of glass is operated, and the effects of all the pieces of machined glass are not uniform. The glass stacking and moving device comprises a platform and a trolley, wherein a plurality of positioning units are arranged on the platform, a bearing piece is movably arranged on the platform and used for bearing a plurality of pieces of glass, the center points of the pieces of glass are positioned by the positioning units according to a moving distance parameter, the bearing piece is provided with a glass fixing assembly fixed to the center points of the pieces of glass, the trolley is combined with the bearing piece so that the bearing piece can be carried away from the platform, the glass can be ground and machined subsequently, and the glass stacking and moving device has the glass loading and carrying purpose.
Description
Technical field
The utility model has and mobile device stacking about a kind of glass, on espespecially a kind of carrier that multiple glass is neatly stacked on to movable setting on a platform, and locate the center-point of aforementioned glass with multiple positioning units, and be fixed on aforementioned center-point with a glass fixation kit, borrow a chassis to carry this carrier and make aforementioned glass carry out following process processing.
Background technology
Press, known glass grinding processing is processed operation with monolithic glass, and inconsistent situation also easily appears in the effect that therefore in operation, palpus more time of cost and each sheet glass carry out after lapped finish, and cannot control the degree of stability of Grinding Quality completely.
Therefore, for overcoming above-mentioned shortcoming, designing carrier and the Handling device that can carry multi-disc glass, in order to follow-up lapped finish processing, will be the target that the design people makes great efforts.
Utility model content
Whence this, in order to solve the disappearance on known monolithic glass lapped finish, the utility model proposes the stacking and mobile device of a kind of glass, refer on a kind of carrier that multiple glass is neatly stacked on to movable setting on a platform, and locate the center-point of aforementioned glass with multiple positioning units, and be fixed on aforementioned center-point with a glass fixation kit, borrow a chassis to carry this carrier and make aforementioned glass carry out follow-up lapped finish processing, save time and effect that Grinding Quality is stable to reach.
For reaching above-mentioned purpose, solution of the present utility model is:
Stacking and the mobile device of a kind of glass, in order to multiple glass is loaded to carrying, it includes:
One platform, definition one first direction and a second direction, this first direction and this second direction are mutually rectangular; One first positioning unit, is slidedly arranged on this platform, includes one first moving part, this platform slippage on this first direction relatively of this first moving part; One second positioning unit, is slidedly arranged on this platform, includes one second moving part, this platform slippage in this second direction relatively of this second moving part; One first location division, is arranged on this platform; One load member, there is one second location division in conjunction with being positioned on aforementioned the first location division, this load member is used for aforementioned glass and is put, aforementioned the first moving part and aforementioned the second moving part move rear location according to a miles of relative movement parameter, make two adjacent end edges difference blocks of aforementioned glass in this first moving part and this second moving part, to orient the center-point of aforementioned glass, on this load member and have a glass fixation kit in order to be fixed on the center-point of aforementioned glass, so that aforementioned glass is fixed on this load member, this load member further has one first trucking department; One chassis, it is provided with one second trucking department, and this second trucking department is to should the first trucking department, in order to location is removed to from this first location division in the second location division of this load member, so as to making this chassis that this load member is carried and be left on this platform.
Further, this first moving part and this second moving part are bolted with respectively one first guide screw and one second guide screw, and this first guide screw and this second guide screw can turn to control respectively via spiral shell the movement of this first moving part and this second moving part.
Further, on this first guide screw and this second guide screw, be respectively arranged with one first connecting element, one second connecting element, in order to be butted on respectively the screw thread of this first guide screw and this second guide screw, to make this first guide screw and this second guide screw cannot carry out again spiral shell and transfer fixing.
Further, on this platform, define the plane that vertical this first direction of a vertical axial and this second direction form; This load member is a framework, its both sides transmission and inner definition one accommodation space, the inwall of this load member has an inner top surface and an inner bottom surface to should inner top surface, this glass fixation kit is to be arranged on one first fixation kit of this inner top surface and to should the first fixation kit being arranged on one second fixation kit of this inner bottom surface, this first fixation kit is in order to come and go and to move on aforementioned vertical axial relative to this second fixation kit, so that aforementioned glass is gripped; This first location division is the positioning groove of position on this vertical axial, and the outer wall of this load member has an outer bottom, and this second location division is arranged on this outer bottom, and this second location division is that registration mast is in order to insert this positioning groove; On this chassis, there is one the 3rd moving part, this second trucking department is located at the 3rd moving part, and adjacent side tool one first side of the outer wall of this load member and this outer bottom, this first trucking department is the first hook that is arranged on this first side, this second trucking department is the second corresponding hook, the 3rd moving part is in order to move up at this vertical axis, with so that this first hook and this second hook hook mutually holds and make this registration mast depart from this positioning groove.
Further, this platform is more provided with corresponding aforementioned the first location division, one the 3rd location division on this vertical axial, on the outer wall of this load member, there is an outer end face to should outer bottom, this outer end face is provided with one the 4th location division to locating with combination the 3rd location division, the 3rd location division is the registration mast of position on this vertical axial, the 4th location division is that positioning groove is used for this registration mast insertion location, and this load member tool one second side is to should the first side, this second side is provided with one the 3rd hook, on this platform, be provided with one the 3rd positioning unit, the 3rd positioning unit is provided with one the 4th hook to should the 3rd hook, reach location mutually to hook to hold, in the time that this chassis is carried this load member, first the 3rd location division departs from the 4th location division to remove location.
Further, the 3rd moving part is bolted on this chassis with one the 3rd guide screw, and the 3rd guide screw can turn relative this chassis of control the 3rd moving part via spiral shell and move up in aforementioned vertical axis.
Further, on the 3rd guide screw, be provided with one the 3rd connecting element, in order to be butted on the screw thread of the 3rd guide screw, to make the 3rd guide screw cannot carry out again spiral shell and transfer fixing.
Further, aforementioned the first fixation kit is bolted on the inner top surface of this load member via one the 4th guide screw, by the 4th guide screw carry out spiral shell turn make this first fixation kit can relative to the inner top surface of this load member on aforementioned vertical axial come and go move, so that aforementioned glass is gripped.
Further, on this platform, be provided with at least one digital chi, for the miles of relative movement of assisting to set this first moving part and this second moving part.
Further, on this first moving part, be more slidably equipped with one first baffle plate, this first moving part slippage in this second direction relatively of this first baffle plate.
Effect of the present utility model is:
1, carry multiple glass by this load member in the utility model, and make aforementioned the first moving part and aforementioned the second moving part move rear location according to predetermined miles of relative movement parameter, make two adjacent end edges difference blocks of aforementioned glass in the first moving part and the second moving part, make the periphery alignment of aforementioned glass stacking, with aforementioned glass fixation kit, aforementioned glass is fixed on load member again, and by aforementioned chassis, load member is carried and left on platform, in order to follow-up glass grinding processing operation.
2, move rear location by aforementioned the first moving part in the utility model and aforementioned the second moving part according to predetermined miles of relative movement parameter, make aforementioned glass fixation kit can be fixed on the center-point of aforementioned glass, avoid follow-up glass grinding processing operation, aforementioned glass deflects while rotation and hinders the carrying out of operation.
3, carry multiple glass by this load member in the utility model, make aforementioned glass carry out lapped finish operation simultaneously, to obtain consistent lapped finish effect, compare the more quick and steady quality of method that known monolithic glass carries out lapped finish.
Brief description of the drawings
Fig. 1 is the front elevation of this platform in the utility model;
Fig. 2 is this block diagram of taking advantage of holder in the utility model;
Fig. 3 is this platform birds-eye view in the utility model.
Fig. 4 is that enforcement of the present utility model is used schematic diagram ();
Fig. 5 is that enforcement of the present utility model is used schematic diagram (two);
Fig. 6 is that enforcement of the present utility model is used schematic diagram (three);
Fig. 7 is that enforcement of the present utility model is used schematic diagram (four).
[nomenclature]
1 platform 11 first location divisions
12 the 3rd location division 2 first positioning units
21 first moving part 22 first guide screws
The digital chi of 23 first connecting element 24
3 second positioning unit 31 second moving parts
32 second guide screw 33 second connecting elements
34 digital chi 4 load members
41a the second location division 41b the 4th location division
42 glass fixation kit 421 first fixation kits
422 second fixation kit 43a the first trucking departments
43b the 3rd hook 44 inner top surfaces
45 inner bottom surface 46 outer bottoms
47 outer end face 48 first sides
49 second side 5 glass
6 chassis 61 second trucking departments
62 the 3rd moving part 63 the 3rd guide screws
64 the 3rd connecting element 7 the 3rd positioning units
71 the 4th hook D1 first directions
D2 second direction D3 vertical axial.
Detailed description of the invention
In order further to explain the technical solution of the utility model, below by specific embodiment, the utility model is elaborated.
Comprehensive above-mentioned technical characterictic, glass of the present utility model main effect stacking and mobile device can present in following embodiment is clear.
First please refer to shown in Fig. 1 to Fig. 3, the front elevation of platform, the block diagram of taking advantage of holder and this platform birds-eye view in the utility model, the utility model comprises:
One platform 1, definition one first direction D1 and a second direction D2, this first direction D1 and this second direction D2 are mutually rectangular, and on this platform 1, define the plane of vertical this first direction D1 of a vertical axial D3 and this second direction D2 formation; One first positioning unit 2, be slidedly arranged on this platform 1, include one first moving part 21, this platform 1 slippage on this first direction D1 relatively of this first moving part 21, on this first moving part 21, be more slidably equipped with one first baffle plate 211, this first moving part 21 slippage on this second direction D2 relatively of this first baffle plate 211; One second positioning unit 3, is slidedly arranged on this platform 1, includes one second moving part 31, this platform 1 slippage on this second direction D2 relatively of this second moving part 31; One first location division 11(is shown in Figure 2), be arranged on this platform 1.Preferably, this first moving part 21 is bolted with respectively one first guide screw 22 and one second guide screw 32 with this second moving part 31, and this first guide screw 22 and this second guide screw 32 can turn to control respectively via spiral shell the movement of this first moving part 21 and this second moving part 31; And be respectively arranged with one first connecting element 23, one second connecting element 33 on this first guide screw 22 and this second guide screw 32, in order to be butted on respectively the screw thread of this first guide screw 22 and this second guide screw 32, to make this first guide screw 22 and this second guide screw 32 cannot carry out again spiral shell and transfer fixing.
One load member 4, there is one second location division 41a in conjunction with being positioned on aforementioned the first location division 11, these load member 4 use are put (shown in Figure 3) for multiple glass 5, aforementioned the first moving part 21 moves rear location with aforementioned the second moving part 31 according to a miles of relative movement parameter, make two adjacent end edges difference blocks of aforementioned glass 5 in this first moving part 21 and this second moving part 31, to orient the center-point of aforementioned glass 5, on this load member 4 and have a glass fixation kit 42 in order to be fixed on the center-point of aforementioned glass 5, so that aforementioned glass 5 is fixed on this load member 4, this load member 4 further has one first trucking department 43a.Preferably, this load member 4 is a framework, its both sides transmission and inner definition one accommodation space S1, the inwall of this load member 4 has an inner top surface 44 and an inner bottom surface 45 to should inner top surface 44, this glass fixation kit 42 is for being arranged on one first fixation kit 421 of this inner top surface 44 and to should the first fixation kit 421 being arranged on one second fixation kit 422 of this inner bottom surface 45, this first fixation kit 421 is bolted in this inner top surface 44 with one the 4th guide screw 4211, turn this first fixation kit 421 is moved in upper the coming and going of aforementioned vertical axial D3 relative to this second fixation kit 422 by the spiral shell of the 4th guide screw 4211, so that aforementioned glass 5 is gripped.
Preferably this first location division 11 is the registration mast of position on this vertical axial D3, the outer wall of this load member 4 has an outer bottom 46, this second location division 41a is arranged on this outer bottom 46, and this second location division 41a is that positioning groove is used for aforementioned registration mast insertion location referring to shown in the second figure.Preferably, this platform 1 is more provided with one the 3rd corresponding aforementioned the first location division 11, location division 12 on this vertical axial D3, on the outer wall of this load member 4, there is an outer end face 47 to should outer bottom 46, this outer end face 47 is provided with one the 4th location division 48 to locating with combination the 3rd location division 12, the 3rd location division 12 is the registration mast of position on this vertical axial D3, and the 4th location division 48 is used for this registration mast and inserted location (shown in Figure 2) for positioning groove.
One chassis 6(is shown in Figure 6), it is provided with one second trucking department 61, this second trucking department 61 is to should the first trucking department 43a, in order to the second location division 41a of this load member 4 is removed to location from this first location division 11, so as to making this chassis 6 that this load member 4 is carried and be left on this platform 1.Preferably, on this chassis 6, there is one the 3rd moving part 62, this second trucking department 61 is located at the 3rd moving part 62, and adjacent side tool one first side 48 of the outer wall of this load member 4 and this outer bottom 46, this first trucking department 43a is the first hook that is arranged on this first side 48, this second trucking department 61 is the second corresponding hook, the 3rd moving part 62 is in order to move on this vertical axial D3, with so that this first hook and this second hook hook mutually holds and make this registration mast depart from this positioning groove.Preferably, the 3rd moving part 62 is bolted on this chassis 6 with one the 3rd guide screw 63, and the 3rd guide screw 63 can turn control the 3rd moving part 62 via spiral shell and move on aforementioned vertical axial D3 relative to this 6 car.Preferably, on the 3rd guide screw 63, be provided with one the 3rd connecting element 64, in order to be butted on the screw thread of the 3rd guide screw 63, to make the 3rd guide screw 63 cannot carry out again spiral shell and transfer fixing.
Preferably, these load member 4 tool one second sides 49 are to should the first side 48, and this second side 48 is provided with one the 3rd hook 43b, is provided with one the 3rd positioning unit 7 on this platform 1, the 3rd positioning unit 7 is provided with one the 4th hook 71 to should the 3rd hook 43b, reaches location mutually to hook to hold; In the time of this chassis 6 this load member 4 of carrying, first the 3rd location division 12 departs from the 4th location division 41b to remove location.Preferably, on this platform 1, be provided with at least one digital chi, for the miles of relative movement of assisting to set this first moving part 21 and this second moving part 31, in the utility model embodiment, on this first guide screw 22 and this second guide screw 32, be combined with respectively a digital chi 24,34, in order to demonstrate this first guide screw 22 and this second guide screw 32 respectively spiral shell turn the distance that this first moving part 21 and this second moving part 31 are moved.
Refer to again shown in Fig. 4, enforcement of the present utility model is used schematic diagram (), aforementioned load member 4 both sides transmissions in the utility model, can provide user that aforementioned glass 5 is positioned on the second set fixation kit 422 of the inner bottom surface 45 of aforementioned load member 4 by the side of aforementioned load member 4, make two adjacent end edges difference blocks of aforementioned glass 5 in this first baffle plate 211 and this second moving part 31 of this first moving part 21, this first moving part 21 and this second moving part 31 provide user according to a miles of relative movement parameter respectively spiral shell turn this first guide screw 22 and this second guide screw 32, make this first moving part 21 move to default location with this second moving part 31, this miles of relative movement parameter for different glass size calculate aforementioned its center-point of different glass size respectively with the distance parameter of its two adjacent end edges, distance parameter is adjusted the position of this first moving part 21 and this second moving part 31 whereby, allow two adjacent end edges difference blocks of aforementioned glass 5 in the time of this first moving part 21 and this second moving part 31, the position, axle center of the center-point of aforementioned glass 5 and this second fixation kit 422 is on same vertical axial, this first fixation kit 421 transfers to come and go and move on aforementioned vertical axial relative to this second fixation kit 422 by the spiral shell of the 4th guide screw 4211, to be clamped and fastened on the center-point of aforementioned glass 5, during in order to follow-up lapped finish operation, avoid aforementioned glass 5 to rotate deflecting while grinding and hinder the carrying out of grinding operation.
Please refer to shown in Fig. 5 to Fig. 7, enforcement of the present utility model is used schematic diagram (two) to (four) again.When aforementioned glass 5 will carry out follow-up lapped finish operation, must these load member 4 carryings be left on this platform 1 with this chassis 6, in the time of this chassis 6 this load member 4 of carrying, first the 3rd location division 12 departs from the 4th location division 41b to remove location, recycle this second trucking department 61 of set the 3rd moving part 62 on this chassis 6 to hook set this first trucking department 43a on this first side 48 of holding these load member 4 outer walls, adjust on this chassis 6 simultaneously set the 3rd guide screw 63 carry out spiral shell turn make the 3rd moving part 62 on this vertical axial D3 relative to this chassis 6 toward moving away from this platform 1 direction, hold and this load member 4 is lifted by this first trucking department 43a and mutual hook of this second trucking department 61, make this second location division 41a depart from set the 3rd hook 43b on this first location division 11 and this load member 4 simultaneously and depart from set the 4th hook 71 of the 3rd positioning unit 7, so that this load member 4 is carried left on this platform 1 completely, carry out following process operation.
In sum, in the utility model, this load member 4 carries multiple glass 5, and make aforementioned the first moving part 21 and aforementioned the second moving part 31 move rear location according to predetermined miles of relative movement parameter, make two adjacent end edges difference blocks of aforementioned glass 5 in this first moving part 21 and this second moving part 31, make the periphery alignment of aforementioned glass 5 stacking, to orient the center-point of aforementioned glass 5, be fixed on again the center-point of aforementioned glass 5 with aforementioned glass fixation kit 42, and aforementioned glass 5 is fixed on this load member 4, and by aforementioned chassis 6, this load member 4 is carried and left on this platform 1, in order to follow-up glass grinding processing operation, make aforementioned glass carry out lapped finish operation simultaneously, to obtain consistent and stable lapped finish effect.
The explanation of comprehensive above-described embodiment, when can fully understanding effect of operation of the present utility model, use and the utility model generation, only the above embodiment is only preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this, do simple equivalence according to the utility model claim and utility model description and change and modify, all belong in the scope that the utility model contains.
Claims (10)
1. the stacking and mobile device of glass, in order to multiple glass is loaded to carrying, is characterized in that, comprising:
One platform, definition one first direction and a second direction, this first direction and second direction are mutually rectangular;
One first positioning unit, is slidedly arranged on platform, includes one first moving part, the platform slippage in a first direction relatively of the first moving part;
One second positioning unit, is slidedly arranged on platform, includes one second moving part, the platform slippage in second direction relatively of the second moving part; One first location division, is arranged on platform; The load member that one use is put for glass, there is one second location division in conjunction with being positioned on the first location division, the first moving part and the second moving part move rear location according to a miles of relative movement parameter, two adjacent end edges difference blocks of glass are in the first moving part and the second moving part, orient the center-point of aforementioned glass, on load member and have one in order to be fixed on the glass fixation kit of center-point of glass, so that glass is fixed on load member, load member further has one first trucking department; One chassis, it is provided with one in order to the second location division of load member is removed to the second trucking department of location from the first location division, and corresponding the first trucking department of the second trucking department, so as to making chassis that load member is carried and be left on platform.
2. the stacking and mobile device of glass as claimed in claim 1, it is characterized in that: the first moving part and the second moving part are bolted with respectively one first guide screw and one second guide screw, this first guide screw and the second guide screw can turn to control respectively via spiral shell the movement of this first moving part and this second moving part.
3. the stacking and mobile device of glass as claimed in claim 2, it is characterized in that: on the first guide screw and the second guide screw, be respectively arranged with one first connecting element, one second connecting element, in order to be butted on respectively the screw thread of the first guide screw and the second guide screw, the first guide screw and the second guide screw cannot carry out spiral shell again then be fixing.
4. the stacking and mobile device of glass as claimed in claim 1, is characterized in that: on platform, define the plane that the vertical first direction of a vertical axial and second direction form; This load member is a framework, its both sides transmission and inner definition one accommodation space, the inwall of load member has an inner top surface and the corresponding inner top surface of an inner bottom surface, this glass fixation kit is one second fixation kit that is arranged on one first fixation kit of inner top surface and corresponding the first fixation kit and is arranged on inner bottom surface, this first fixation kit is in order to come and go and to move on aforementioned vertical axial relative to the second fixation kit, so that aforementioned glass is gripped; This first location division is the positioning groove of position on vertical axial, and the outer wall of this load member has an outer bottom, and this second location division is arranged on outer bottom, and the second location division is that registration mast is in order to insert positioning groove; On this chassis, there is one the 3rd moving part, this second trucking department is located at the 3rd moving part, and adjacent side tool one first side of the outer wall of this load member and outer bottom, the first trucking department is the first hook that is arranged on the first side, the second trucking department is the second corresponding hook, the 3rd moving part is in order to move up at vertical axis, and the first hook and the second hook hook mutually holds and make registration mast depart from positioning groove.
5. the stacking and mobile device of glass as claimed in claim 4, it is characterized in that: platform is more provided with corresponding aforementioned the first location division, one the 3rd location division on vertical axial, on the outer wall of load member, there is the corresponding outer bottom of an outer end face, outer end face is provided with corresponding the 3rd location division, one the 4th location division with combination location, the 3rd location division is the registration mast of position on vertical axial, the 4th location division is that positioning groove is used for registration mast insertion location, and corresponding the first side, load member tool one second side, the second side is provided with one the 3rd hook, on platform, be provided with one the 3rd positioning unit, the 3rd positioning unit is provided with corresponding the 3rd hook of one the 4th hook, reach location mutually to hook to hold, in the time of chassis carrying load member, first the 3rd location division departs from the 4th location division to remove location.
6. the stacking and mobile device of glass as claimed in claim 4, is characterized in that: the 3rd moving part is bolted on this chassis with one the 3rd guide screw, and the 3rd guide screw can turn and control the relative chassis of the 3rd moving part and move up in vertical axis via spiral shell.
7. the stacking and mobile device of glass as claimed in claim 6, is characterized in that: on the 3rd guide screw, be provided with one in order to be butted on the 3rd connecting element of screw thread of the 3rd guide screw, the 3rd guide screw cannot carry out spiral shell again then be fixing.
8. the stacking and mobile device of glass as claimed in claim 4, it is characterized in that: the first fixation kit is bolted on the inner top surface of load member via one the 4th guide screw, by the 4th guide screw carry out spiral shell turn make the first fixation kit can relative to the inner top surface of load member on aforementioned vertical axial come and go move, so that aforementioned glass is gripped.
9. the stacking and mobile device of glass as claimed in claim 1, is characterized in that: the digital chi that is provided with at least one assistance on platform and sets the miles of relative movement of the first moving part and the second moving part.
10. the stacking and mobile device of glass as claimed in claim 1, is characterized in that: on the first moving part, be more slidably equipped with one first baffle plate, this first baffle plate can the slippage in second direction of relative the first moving part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420110481.7U CN203833261U (en) | 2014-03-12 | 2014-03-12 | Glass stacking and moving device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420110481.7U CN203833261U (en) | 2014-03-12 | 2014-03-12 | Glass stacking and moving device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203833261U true CN203833261U (en) | 2014-09-17 |
Family
ID=51511132
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420110481.7U Expired - Fee Related CN203833261U (en) | 2014-03-12 | 2014-03-12 | Glass stacking and moving device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203833261U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986434A (en) * | 2018-01-03 | 2019-07-09 | Lpt株式会社 | Mobile phone glass frame polishing system |
-
2014
- 2014-03-12 CN CN201420110481.7U patent/CN203833261U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986434A (en) * | 2018-01-03 | 2019-07-09 | Lpt株式会社 | Mobile phone glass frame polishing system |
| CN109986434B (en) * | 2018-01-03 | 2021-04-20 | Lpt株式会社 | Glass frame polishing system for mobile phone |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140917 Termination date: 20150312 |
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| EXPY | Termination of patent right or utility model |