CN204848638U - Glass cup automatic processing equipment - Google Patents
Glass cup automatic processing equipment Download PDFInfo
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- CN204848638U CN204848638U CN201520526608.8U CN201520526608U CN204848638U CN 204848638 U CN204848638 U CN 204848638U CN 201520526608 U CN201520526608 U CN 201520526608U CN 204848638 U CN204848638 U CN 204848638U
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- glass cylinder
- swivel arrangement
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Abstract
The utility model discloses a glass cup automatic processing equipment, it includes the frame, rotationally installs front end rotary device in the frame, the rack -mounted back seat in slidable ground, rotationally install rear end rotary device on the back seat, set up between front end rotary device and rear end rotary device and the rack -mounted heating device in slidable ground, can overturn rack -mounted clamp plate in ground and roll threading wheel reach a plurality of detecting element. The beneficial effects of the utility model are that: rotate through the synchronous of front end rotary device and rear end rotary device, with the glass pipe clamp between a clamping mechanism and the 2nd clamping mechanism, make the glass pipe need processing position to be in the molten condition through heating device, push down through the clamp plate and make the necking down of glass pipe on the glass pipe, do benefit to from the bottleneck disconnection, roll through the opening part of roll threading wheel at the glass cup for the opening of glass cup for the necking down state and on the open -ended outer wall roll extrusion go out the screw thread.
Description
Technical field
The utility model relates to a kind of glass cylinder processing units, is specifically related to a kind of glass cylinder automatic processing device.
Background technology
At present, the making method of single-glass cup mainly contains two kinds, one is pressed film method, utilizes the punching press of accent to force high temp glass liquid shaping in a mold, and this making method produces glass cylinder, supporting kiln is needed to be heated to molten state to glass, higher to relevant equipment requirements, finished product is detained unfairness, is detained, cup body circularity is inadequate, cup surface is often with dirty, poor transparency; Another kind is blowing, is to utilize the pressure of air pressure to make the glass of molten state shaping in a mold.This making method complex process, efficiency is low, except to supporting kiln, outside relevant device requirement is higher, also requires higher to the level of operation of concrete operations personnel; Finished product rim of a cup generally has ripple simultaneously, and cup body has band, wall of cup became uneven, finished product poor transparency.It is lower all to there is production efficiency in these two kinds of methods, and single glass of tooling cost is high, and finished product transparency is poor, requires high problem to production environment auxiliary facility.Therefore, a kind of glass cylinder automatic processing device is needed.
Utility model content
The purpose of this utility model is to provide a kind of glass cylinder automatic processing device, by the synchronous axial system of front end swivel arrangement and rear end swivel arrangement, Glass tubing is clipped between the first clamp system and the second clamp system, Glass tubing is made to need working position to be in molten state by heating unit, be depressed on Glass tubing by pressing plate and make Glass tubing necking down, be beneficial to and disconnect from bottleneck, rolled at the opening part of glass cylinder by roll threading wheel, make the opening of glass cylinder be necking down state and roll out screw thread on the outer wall of opening, the execution of above-mentioned each action controls by controller, thus automatically complete, to overcome prior art above shortcomings.
The purpose of this utility model is achieved through the following technical solutions:
Glass cylinder automatic processing device, comprising:
Frame;
Front end swivel arrangement, is installed in rotation in described frame and it rotates and is driven by the first power unit and the first gear unit of being in transmission connection with it, and described front end swivel arrangement comprises one from the first clamp system of the end of all sides clamping glass pipe;
Back seat, described back seat under the 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with it along close/be slidably mounted in described frame away from the direction of described front end swivel arrangement, described back seat is rotatably mounted with rear end swivel arrangement, described rear end swivel arrangement rotation driven by described first power unit and the back seat gear unit that is in transmission connection with it, and the transmitting ratio of described first gear unit is identical with the transmitting ratio of described back seat gear unit, and turning to of described front end swivel arrangement is identical with turning to of described rear end swivel arrangement, described rear end swivel arrangement comprises one from the second clamp system of the end of all sides clamping glass pipe, the axis of described second clamp system and the dead in line of described first clamp system,
Heating unit, be arranged between described front end swivel arrangement and described back seat, and described heating unit is installed slidably along described frame at the axis direction of described first clamp system under described 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with described 3rd power unit;
Pressing plate, is arranged in described frame under the 4th power unit and the driving of the 4th gear unit that is in transmission connection with described 4th power unit in the perpendicular of the axes normal with described first clamp system turningly;
Roll threading is taken turns, be arranged in described frame in the perpendicular of the axes normal with described first clamp system under the 5th power unit and the driving of the 5th gear unit that is in transmission connection with described 5th power unit, all sides of described roll threading wheel are provided with the groove of some spirals turningly;
The second position detecting unit of the first location detecting unit described frame being provided with the sliding position detecting described back seat, the sliding position detecting described heating unit, detect the 3rd position detection unit of the flip angle of described pressing plate, detect the 4th position detection unit of the flip angle of described roll threading wheel; And
Controller, described first power unit, described 3rd power unit, described 4th power unit, described 5th power unit, described first location detecting unit, described second position detecting unit, described 3rd position detection unit and described 4th position detection unit all communicate to connect with described controller.
Further, the utility model also comprises cup roller, is arranged in described frame under the 6th power unit and the driving of the 6th gear unit that is in transmission connection with described 6th power unit in the perpendicular of the axes normal with described first clamp system turningly; Described frame is provided with the 5th position detection unit of the flip angle detecting described cup roller; Described 6th power unit and described 5th position detection unit all communicate to connect with described controller.
Preferably, described pressing plate is the plane with the axis being parallel of the first clamp system towards the side of glass cylinder.
Further, all sides of cup roller are conical surface, the axis of described cup roller and the axis being parallel of the first clamp system.
Further, the quantity of described pressing plate is at least two, and all described pressing plates are arranged along the longitudinal direction.
Further, the utility model also comprises front stall, under the 7th power unit and the driving of the 7th gear unit that is in transmission connection with described 7th power unit described front stall along close/be slidably mounted in described frame away from the direction of described back seat, described front end swivel arrangement is installed in rotation on described front stall; Described frame is provided with the 6th position detection unit of the sliding position detecting described front stall; Described 7th power unit and described 6th position detection unit all communicate to connect with described controller.
Further, described heating unit comprises burner, fuel gas transportation pipeline and oxygen conveying pipe, described burner is connected with fuel source by described fuel gas transportation pipeline, described burner is connected with source of oxygen by described oxygen conveying pipe, be separately installed with the first valve and the second valve on described fuel gas transportation pipeline He on described oxygen conveying pipe, described first valve and described second valve all communicate to connect with described controller.
Further, described first clamp system is three-jaw self-centering chuck, some fixtures that described second clamp system comprises a positioning seat and coordinates with described positioning seat, described fixture comprises the roll threading fixture with the positioning fixture of the minor diameter fit of glass cylinder and the minor diameter fit with the opening of glass cylinder.
Preferably, described pressing plate, described screw thread roller and described cup roller are mounted slidably all in left-right direction.
Preferably, described first power unit, described 3rd power unit, described 4th power unit, described 5th power unit, described 6th power unit and described 7th power unit are motor.
The beneficial effects of the utility model are:
By the synchronous axial system of front end swivel arrangement and rear end swivel arrangement, Glass tubing is clipped between the first clamp system and the second clamp system, Glass tubing is made to need working position to be in molten state by heating unit, be depressed on Glass tubing by pressing plate and make Glass tubing necking down, be beneficial to and disconnect from bottleneck, rolled at the opening part of glass cylinder by roll threading wheel, make the opening of glass cylinder be necking down state and roll out screw thread on the outer wall of opening, the execution of above-mentioned each action controls by controller, by by the first power unit, second power unit, 3rd power unit, 4th power unit, 5th power unit, 6th power unit, 7th power unit, first location detecting unit, second position detecting unit, 3rd position detection unit, 4th position detection unit, 5th position detection unit, 6th position detection unit, first valve and the second valve all communicate to connect with controller, automatic operation of the present utility model is run automatically by controller, greatly increases work efficiency, do not rely on artificial, automatically control operate miss when avoiding Artificial Control simultaneously, make work flow stdn, reduce the probability of occurrence that processing is bad, reduce waste of material.
Accompanying drawing explanation
Fig. 1 is the perspective view at the utility model one visual angle;
Fig. 2 is the perspective view at the another visual angle of the utility model;
Fig. 3 is control chart of the present utility model;
Fig. 4 is the perspective view of roll threading fixture described in the utility model.
In figure: 100, frame; 200, front end swivel arrangement; 201, the first clamp system; 300, rear end swivel arrangement; 301, the second clamp system; 400, heating unit; 501, cup roller; 601, pressing plate; 701, bolt wheel is rolled; 801, main drive shaft; 802, driven shaft; 901, guide rail; 902, leading screw; 903, back seat transmission shaft; 904, roll threading fixture.
Embodiment
Preferred implementation
As Figure 1-Figure 4, glass cylinder automatic processing device, comprises frame 100, front end swivel arrangement 200, back seat, heating unit, pressing plate 601, roll threading wheel 701 and controller, wherein:
Front end swivel arrangement 200 is installed in rotation in frame 100 and it rotates and is driven by the first power unit and the first gear unit of being in transmission connection with it, front end swivel arrangement 200 comprises one from the first clamp system 201 of the end of all sides clamping glass pipe, first clamp system 201 is fixed thereon by Glass tubing by one end of fixing glass pipe, under the driving of the first power unit and the first gear unit, Glass tubing is rotated around its axis;
Back seat under the 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with it along close/be slidably mounted in frame 100 away from the direction of front end swivel arrangement 200, back seat is rotatably mounted with rear end swivel arrangement 300, rear end swivel arrangement 300 rotation driven by the first power unit and the back seat gear unit that is in transmission connection with it, and the transmitting ratio of the first gear unit is identical with the transmitting ratio of back seat gear unit, and turning to of front end swivel arrangement 200 is identical with turning to of rear end swivel arrangement 300, rear end swivel arrangement 300 comprises one from the second clamp system 301 of the end of all sides clamping glass pipe, the axis of the second clamp system 301 and the dead in line of the first clamp system 201, with the first clamp system 201, the other end of Glass tubing is clamped on rear end swivel arrangement 300 by the second clamp system 301, and with the first clamp system 201 synchronous axial system under the driving of the first power unit and back seat gear unit, and ensure the axis of the second clamp system 301 and the dead in line of the first clamp system 201, make the two ends of Glass tubing around its axis synchronous axial system,
Heating unit is arranged between front end swivel arrangement 200 and back seat, and heating unit is installed slidably along frame 100 at the axis direction of the first clamp system 201 under the 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with the 3rd power unit, heating unit is used for the position to be processed heating to Glass tubing, after the position to be processed of Glass tubing is heated to molten state, by the shrinkage character after glass heats or by the effect of cup roller 501, pressing plate 601 and roll threading wheel 701, corresponding shape is processed at heating position;
Pressing plate 601 is arranged in frame 100 under the 4th power unit and the driving of the 4th gear unit that is in transmission connection with the 4th power unit in the perpendicular of the axes normal with the first clamp system 201 turningly, after the two ends of Glass tubing are separately fixed at the first clamp system 201 and the second clamp system 301, synchronous axial system, then after heating unit being slided into the position corresponding with the position to be heated of Glass tubing, position to be heated is heated to form molten state, now, under the effect of the 4th power unit and the 4th gear unit, pressing plate 601 overturns to the direction near position to be processed, after detecting that pressing plate 601 upset puts in place by the 3rd position detection unit, the Glass tubing of molten state is squeezed into the structure of necking down by pressing plate 601, then the effect press table 601 of the 4th power unit and the 4th gear unit depart from the contacting of Glass tubing after reset,
Roll threading wheel 701 is arranged in frame 100 under the 5th power unit and the driving of the 5th gear unit that is in transmission connection with the 5th power unit in the perpendicular of the axes normal with the first clamp system 201 turningly, all sides of roll threading wheel 701 are provided with the groove of some spirals, the upset of process and pressing plate 601 that roll threading wheel 701 presses to Glass tubing and disengaging Glass tubing is away from similar, therefore do not repeat at this, the outer wall of the Glass tubing of roll threading extrusion molten state, then the groove of spiral can suppress the screw thread with groove fit on the outer wall of the opening of Glass tubing, coordinate with bowl cover during for using, now, in roll threading process, opening not circle is caused in order to prevent roll threading wheel 701 from radially inwardly being extruded by Glass tubing, the roll threading fixture 904 coordinated with this opening is installed at the second clamp system 301, this roll threading fixture 904 has the side of a cylinder or circular cone towards one end of Glass tubing, under the cylinder of roll threading fixture 904 or the acting in conjunction of conical side surface and roll threading wheel 701, ensure that the shape of opening is fixed,
Frame 100 is provided with the first location detecting unit of the sliding position detecting back seat, detects the second position detecting unit of the sliding position of heating unit, detects the 3rd position detection unit of the flip angle of pressing plate 601, detects the 4th position detection unit that the flip angle of 701 is taken turns in roll threading, and the first power unit, the second power unit, the 3rd power unit, the 4th power unit, the 5th power unit, first location detecting unit, second position detecting unit, the 3rd position detection unit and the 4th position detection unit all communicate to connect with controller.
By the synchronous axial system of front end swivel arrangement 200 and rear end swivel arrangement 300, Glass tubing is clipped between the first clamp system 201 and the second clamp system 301, Glass tubing is made to need working position to be in molten state by heating unit, be depressed on Glass tubing by pressing plate 601 and make Glass tubing necking down, be beneficial to and disconnect from bottleneck, rolled at the opening part of glass cylinder by roll threading wheel 701, make the opening of glass cylinder be necking down state and roll out screw thread on the outer wall of opening, the execution of above-mentioned each action controls by controller.
The utility model also comprises cup roller 501, is arranged in frame 100 under the 6th power unit and the driving of the 6th gear unit that is in transmission connection with the 6th power unit in the perpendicular of the axes normal with the first clamp system 201 turningly; Frame 100 is provided with the 5th position detection unit of the flip angle detecting cup roller 501; 6th power unit and the 5th position detection unit all communicate to connect with controller.Cup roller 501, pressing plate 601 and roll threading wheel 701 are arranged along the fore-and-aft direction of frame 100.
Pressing plate 601 is the plane with the axis being parallel of the first clamp system 201 towards the side of glass cylinder.Pressed to the Glass tubing of molten state by this pressing plate 601, Glass tubing rotates under the drive of the first clamp system 201, makes the diameter of the Glass tubing at molten state place diminish thus, is beneficial to the separation of two Glass tubings.
All sides of cup roller 501 are conical surface, the axis of cup roller 501 and the axis being parallel of the first clamp system 201.By the outer wall at this conical side surface and position to be processed rolls, the glass cylinder with tapering can be processed.
The quantity of pressing plate 601 is at least two, and all pressing plates 601 are arranged along the longitudinal direction.The utility model also comprises front stall, under the 7th power unit and the driving of the 7th gear unit that is in transmission connection with the 7th power unit front stall along close/be slidably mounted in frame 100 away from the direction of back seat, front end swivel arrangement 200 is installed in rotation on front stall; Frame 100 is provided with the 6th position detection unit of the sliding position detecting front stall; 7th power unit and the 6th position detection unit all communicate to connect with controller.
Frame 100 is fixed with along its length at least two to be horizontally disposed with and highly equal guide rail 901, front end swivel arrangement 200 passes through back seat by front stall, rear end swivel arrangement 300, and heating unit 400 is all mounted slidably along two guide rails 901.
Heating unit 400 comprises burner, fuel gas transportation pipeline and oxygen conveying pipe, burner is connected with fuel source by fuel gas transportation pipeline, burner is connected with source of oxygen by oxygen conveying pipe, be separately installed with the first valve and the second valve on fuel gas transportation pipeline He on oxygen conveying pipe, the first valve and the second valve all communicate to connect with controller.Usually, the conveying of this fuel gas transportation pipeline is Sweet natural gas.
First clamp system 201 is three-jaw self-centering chuck, some fixtures that second clamp system 301 comprises a positioning seat and coordinates with positioning seat, fixture comprises the roll threading fixture 904 with the positioning fixture of the minor diameter fit of glass cylinder and the minor diameter fit with the opening of glass cylinder.Pressing plate 601, screw thread roller and cup roller 501 are mounted slidably all in left-right direction.First power unit, 3rd power unit, 4th power unit, 5th power unit, 6th power unit and the 7th power unit are motor, first location detecting unit, second position detecting unit and the 6th position detection unit are detecting instrument as equidistant in ultrasonic wave or travel switch, 3rd position detection unit, 4th position detection unit and the 5th position detection unit are detect pressing plate 601 respectively, the angle detector device of the flip angle of roll threading wheel 701 and body roller, first gear unit is chain gear or geartransmission, rear wheel unit comprises the first sprocket wheel be in transmission connection with the first power unit, by the second sprocket wheel that chain is connected with the first chain sprocket drive, the back seat transmission shaft 903 be fixedly connected with the second sprocket coaxiality, be fixed on the 3rd sprocket wheel of the other end of back seat transmission shaft 903, by the 4th sprocket wheel that chain is connected with the 3rd chain sprocket drive, 4th sprocket wheel is coaxially fixedly connected with the second clamp system 301, front end swivel arrangement 200 and rear end swivel arrangement 300 synchronous axial system is ensured with this.3rd gear unit and the 7th gear unit comprise the same leading screw 902 be rotatably connected in frame 100, the axis direction of leading screw 902 is fore-and-aft direction, by arranging the nut be in transmission connection with leading screw 902 respectively on front stall, back seat and heating unit 400, and these three nuts are driven by the 7th power unit, the second power unit and the 3rd power unit respectively.4th gear unit, 5th gear unit and the 6th gear unit include main drive shaft 801 and a driven shaft 802, this main drive shaft 801 respectively with the 4th power unit, 5th power unit is coaxially connected with the power output shaft of the 6th power unit, three driven shafts 802 respectively with pressing plate 601, roll threading wheel 701 is fixedly connected with cup roller 501, wherein, reduction gear is passed through between motion-work wheel and follow-up pulley, to realize the object of the rotating speed reducing driven shaft, thus make pressing plate 601, roll threading wheel 701 and cup roller 501 pressed glass pipe lentamente, avoid the too fast Glass tubing pressing to molten state, Glass tubing is destroyed.
Claims (10)
1. glass cylinder automatic processing device, is characterized in that, comprising:
Frame;
Front end swivel arrangement, is installed in rotation in described frame and it rotates and is driven by the first power unit and the first gear unit of being in transmission connection with it, and described front end swivel arrangement comprises one from the first clamp system of the end of all sides clamping glass pipe;
Back seat, described back seat under the 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with it along close/be slidably mounted in described frame away from the direction of described front end swivel arrangement, described back seat is rotatably mounted with rear end swivel arrangement, described rear end swivel arrangement rotation driven by described first power unit and the back seat gear unit that is in transmission connection with it, and the transmitting ratio of described first gear unit is identical with the transmitting ratio of described back seat gear unit, and turning to of described front end swivel arrangement is identical with turning to of described rear end swivel arrangement, described rear end swivel arrangement comprises one from the second clamp system of the end of all sides clamping glass pipe, the axis of described second clamp system and the dead in line of described first clamp system,
Heating unit, be arranged between described front end swivel arrangement and described back seat, and described heating unit is installed slidably along described frame at the axis direction of described first clamp system under described 3rd power unit and the driving of the 3rd gear unit that is in transmission connection with described 3rd power unit;
Pressing plate, is arranged in described frame under the 4th power unit and the driving of the 4th gear unit that is in transmission connection with described 4th power unit in the perpendicular of the axes normal with described first clamp system turningly;
Roll threading is taken turns, be arranged in described frame in the perpendicular of the axes normal with described first clamp system under the 5th power unit and the driving of the 5th gear unit that is in transmission connection with described 5th power unit, all sides of described roll threading wheel are provided with the groove of some spirals turningly;
The second position detecting unit of the first location detecting unit described frame being provided with the sliding position detecting described back seat, the sliding position detecting described heating unit, detect the 3rd position detection unit of the flip angle of described pressing plate, detect the 4th position detection unit of the flip angle of described roll threading wheel; And
Controller, described first power unit, described 3rd power unit, described 4th power unit, described 5th power unit, described first location detecting unit, described second position detecting unit, described 3rd position detection unit and described 4th position detection unit all communicate to connect with described controller.
2. glass cylinder automatic processing device according to claim 1, it is characterized in that, also comprise cup roller, be arranged in described frame in the perpendicular of the axes normal with described first clamp system under the 6th power unit and the driving of the 6th gear unit that is in transmission connection with described 6th power unit turningly; Described frame is provided with the 5th position detection unit of the flip angle detecting described cup roller; Described 6th power unit and described 5th position detection unit all communicate to connect with described controller.
3. glass cylinder automatic processing device according to claim 2, is characterized in that, described pressing plate is the plane with the axis being parallel of the first clamp system towards the side of glass cylinder.
4. glass cylinder automatic processing device according to claim 2, is characterized in that, all sides of cup roller are conical surface, the axis of described cup roller and the axis being parallel of the first clamp system.
5. glass cylinder automatic processing device according to claim 2, is characterized in that, the quantity of described pressing plate is at least two, and all described pressing plates are arranged along the longitudinal direction.
6. glass cylinder automatic processing device according to claim 2, it is characterized in that, also comprise front stall, under the 7th power unit and the driving of the 7th gear unit that is in transmission connection with described 7th power unit described front stall along close/be slidably mounted in described frame away from the direction of described back seat, described front end swivel arrangement is installed in rotation on described front stall; Described frame is provided with the 6th position detection unit of the sliding position detecting described front stall; Described 7th power unit and described 6th position detection unit all communicate to connect with described controller.
7. glass cylinder automatic processing device according to claim 2, it is characterized in that, described heating unit comprises burner, fuel gas transportation pipeline and oxygen conveying pipe, described burner is connected with fuel source by described fuel gas transportation pipeline, described burner is connected with source of oxygen by described oxygen conveying pipe, be separately installed with the first valve and the second valve on described fuel gas transportation pipeline He on described oxygen conveying pipe, described first valve and described second valve all communicate to connect with described controller.
8. the glass cylinder automatic processing device according to any one of claim 1-7, it is characterized in that, described first clamp system is three-jaw self-centering chuck, some fixtures that described second clamp system comprises a positioning seat and coordinates with described positioning seat, described fixture comprises the roll threading fixture with the positioning fixture of the minor diameter fit of glass cylinder and the minor diameter fit with the opening of glass cylinder.
9. glass cylinder automatic processing device according to claim 6, is characterized in that, described pressing plate, described screw thread roller and described cup roller are mounted slidably all in left-right direction.
10. glass cylinder automatic processing device according to claim 9, it is characterized in that, described first power unit, described 3rd power unit, described 4th power unit, described 5th power unit, described 6th power unit and described 7th power unit are motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520526608.8U CN204848638U (en) | 2015-07-20 | 2015-07-20 | Glass cup automatic processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520526608.8U CN204848638U (en) | 2015-07-20 | 2015-07-20 | Glass cup automatic processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204848638U true CN204848638U (en) | 2015-12-09 |
Family
ID=54739210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520526608.8U Expired - Fee Related CN204848638U (en) | 2015-07-20 | 2015-07-20 | Glass cup automatic processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204848638U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104973755A (en) * | 2015-07-20 | 2015-10-14 | 孔德训 | Glass automatic processing equipment |
| CN107340604A (en) * | 2017-07-01 | 2017-11-10 | 北京曙光明电子光源仪器有限公司 | A kind of concentric glass correcting device for concentricity and its application method |
| CN113666624A (en) * | 2021-08-12 | 2021-11-19 | 宁波北仑翰鑫新能源科技有限公司 | Processing equipment for processing glass tube to form single-bottom glass cup |
-
2015
- 2015-07-20 CN CN201520526608.8U patent/CN204848638U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104973755A (en) * | 2015-07-20 | 2015-10-14 | 孔德训 | Glass automatic processing equipment |
| CN107340604A (en) * | 2017-07-01 | 2017-11-10 | 北京曙光明电子光源仪器有限公司 | A kind of concentric glass correcting device for concentricity and its application method |
| CN113666624A (en) * | 2021-08-12 | 2021-11-19 | 宁波北仑翰鑫新能源科技有限公司 | Processing equipment for processing glass tube to form single-bottom glass cup |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151209 Termination date: 20160720 |