CN203728144U - Material taking device for tool plate - Google Patents
Material taking device for tool plate Download PDFInfo
- Publication number
- CN203728144U CN203728144U CN201420027600.2U CN201420027600U CN203728144U CN 203728144 U CN203728144 U CN 203728144U CN 201420027600 U CN201420027600 U CN 201420027600U CN 203728144 U CN203728144 U CN 203728144U
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- feeding part
- working plate
- forms
- take out
- feeding
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Abstract
The utility model discloses a material taking device for a tool plate. The material taking device comprises a material taking piece, a clamping opening with an upward opening is formed in the upper portion of the material taking piece, the clamping opening is used for retaining the tool plate, a first hinge joint is formed by the middle of the material taking piece and a rack in the horizontal direction, the tool plate is limited by the clamping opening at least in the piece length direction of the material taking piece, the piece length direction is perpendicular to the direction of a hinge shaft forming the first hinge joint, and the material taking piece is in two states. According to one state, the material taking piece is at an avoiding state, and the front end of a material taking position turns over around the hinge shaft towards the horizontal posture when the tool plate operates into the clamping opening. According to the other state, at a retention position, the material taking piece is arranged horizontally and the tool plate is retained in the clamping opening. According to the material taking device, the tool plate can be retained in the material taking piece, therefore, the operation of corresponding processes is carried out, and continuous tooling of a motor is achieved.
Description
Technical field
The utility model relates to motor production field, is specifically related to a kind of working plate take out device.
Background technology
During conventional motors is produced, frock is manually carried out in employing mostly, and its production efficiency is low, product design is difficult to ensure.Therefore increasing manufacturer starts to develop the continuous fixture system of a series of motor, in order to improve frock efficiency and quality.In fixture system, after the press-mounting of end cover of stator one end and this end, itself and other half end cap need to be fixed on working plate and red hilllock packing ring be installed and be carried out the Performance Detection such as withstand voltage continuously.Red hilllock packing ring is installed and is carried out the Performance Detection such as withstand voltage and carry out on the continuous travel line of same working plate, this continuous travel line is that the conveyer chain that two left and right correspondences are arranged in parallel forms, and the both sides portion of working plate props up respectively on two conveyer chains and carries.Along being arranged at intervals with successively on the throughput direction of this continuous travel line for red hilllock packing ring being installed and being carried out the each process operations portion of the Performance Detection such as withstand voltage, therefore, need ensure that the working plate of carrying is continuously in the time of the each process operations of arrival portion on conveyer chain, can be detained by actv., thereby carry out corresponding process operations.
Summary of the invention
Main purpose of the present utility model is to provide a kind of working plate take out device, and it can effectively address the above problem, and the working plate that chain is carried is detained, thereby carries out corresponding process operations.
A kind of working plate take out device, comprise feeding part, the top of feeding part is provided for the bayonet socket of the opening upwards that is detained working plate, the middle part of feeding part and frame along continuous straight runs form first and are articulated and connected, bayonet socket at least carries out spacing at the part length direction of feeding part to working plate, this part length direction is perpendicular with formation the first jointed shaft direction being articulated and connected, feeding part is in two states, one is the feeding position that the front end of feeding part in the state of dodging overturns to horizontal attitude around jointed shaft in working plate moves to bayonet socket time, it two is that feeding part is based on horizontal arrangement, working plate is trapped in the delay position in bayonet socket.
The feeding part of above-mentioned formation, when it uses, the feeding part of setting is placed in to the left side that working plate is carried, among right conveyer chain, the part length direction of feeding part is consistent with the throughput direction of conveyer chain, take out device needs to ensure that feeding part is in the time being detained position after installing, the height of bayonet socket oral area is higher than the conveyor surface height of conveyer chain, after conveyer chain transportation tooling plate is delivered in feeding part like this, feeding plate is in being detained position, bayonet socket carries out spacing to feeding part along the throughput direction of conveyer chain, working plate is trapped in feeding part, thereby carry out the operation of corresponding operation, realize the continuous frock of motor.
Figure of description
Fig. 1 is the structural representation of feeding part;
Fig. 2 is structural representation of the present utility model;
Fig. 3,4,5,6 is delivered to the structural representation in each stage on take out device for working plate;
Fig. 7 is the assembling schematic diagram of the utility model on continuous travel line.
Detailed description of the invention
The working plate take out device that the utility model provides is as Fig. 1, shown in 2, comprise feeding part 10, the top of feeding part 10 is provided for the bayonet socket 11 of the opening upwards that is detained working plate 40, the middle part of feeding part 10 and frame along continuous straight runs form first and are articulated and connected, bayonet socket 11 at least carries out spacing at the part length direction of feeding part 10 to working plate 40, this part length direction is perpendicular with formation the first jointed shaft direction being articulated and connected, feeding part 10 is in two states, to be the front end of feeding part 10 in the state of dodging move at working plate 40 the feeding position that bayonet socket 11 overturns to horizontal attitude around jointed shaft when interior to one, it two is that feeding part 10 is based on horizontal arrangement, working plate 40 is trapped in the delay position in bayonet socket 11.In the utility model, after can be one two battens of setting corresponding to left and right conveyer chain 41 are offered bayonet socket respectively, feeding part 10 forms, or form after the bending of bar bar, also can be one and form after being positioned at that conveyer chain 41 middle parts in left and right arrange, the panel-bendings along left and right conveyer chain 41 spacing directions with certain width, or plate body upper face forms after offering bayonet socket.In the utility model for convenience of explanation, follow-up is to be all elaborated as an example of left and right conveyer chain 41 transportation tooling plates 40 example, certainly also can adopt other corresponding conveying mechanisms to carry working plate 40, if the belt conveyor taking narrower is example, can feeding part 10 be set respectively at the dual-side of belt conveyor, certainly now require the width of working plate 40 to be greater than the width of belt conveyor, at least can extend on the feeding part 10 of skin load-transfer device two arranged outside.The utility model in use, that feeding part 10 is placed among the left and right conveyer chain 41 that working plate 40 is carried, the part length direction of feeding part 10 is consistent with the throughput direction of conveyer chain 41, when installation, need ensure that feeding part 10 is in the time being detained position, the height of bayonet socket 11 oral areas is higher than the conveyor surface height of conveyer chain 41, like this conveyer chain 41 transportation tooling plates 40 move to feeding part 10 interior after, feeding part 10 is in being detained position, bayonet socket 11 can carry out feeding part 10 effectively spacing along the throughput direction of conveyer chain, working plate 40 can be trapped in feeding part 10.Owing to requiring feeding part 10 in the time being detained position, the oral area height of bayonet socket 11 is greater than the conveyor surface height of conveyer chain 41, and before therefore moving in bayonet socket 11 for working plate 40, feeding part 10 can be in tilted layout or keep flat.It is for working plate 40 is moved in bayonet socket 11 and dodged that feeding part 10 carries out corresponding rotation around jointed shaft, and ensure that working plate 40 is delivered to bayonet socket 10 when interior completely, feeding part 10 can return to and be detained position, and working plate 40 is carried out to actv. restriction and delay.Bayonet socket 11 is along the width of conveyer chain 41 throughput directions should upwards the width of working plate 40 be consistent with the party.Front end, the rear end of feeding part 10 are arranged successively along the throughput direction of working plate 40.Refer to that based on horizontal arrangement feeding part 10 is horizontal arrangement substantially, can or be low-angle inclination for strict horizontal arrangement, in the time that bayonet socket 11 is greater than working plate 40 along the width of working plate 40 throughput directions, feeding part 10 is in the time being detained position, just allow feeding part 10 to present the inclination of smaller angle, therefore, by this less be in tilted layout or strict horizontal arrangement is called based on horizontal arrangement.
In addition, in the utility model, can in frame, can arrange feeding part 10 is carried out to spacing (adjusting) assembly spacing and/or that regulate around the rotation of jointed shaft, limit assembly can be cylinder, link stopper and other regulating mechanisms and forms, can carry out the rotation of feeding part 10 certain spacing, to prevent that feeding part 10 is when the free state, angle of inclination is excessive and ensure that feeding part 10 can and be detained between position and carry out actv. conversion in feeding position.Corresponding locating part also can be set certainly, rely on the balance of feeding part 10 self to keep corresponding angle of inclination.
Operate for the ease of each operation, therefore on take out device, also arrange the working plate of feeding part 10 bayonet socket 11 interior delays 40 is taken out to the lift system promoting, after working plate 40 promotes, carry out again corresponding process operations.Lift system can be arranged between feeding part 10, also can be arranged on the outside of feeding part 10.In order to realize fast continuous frock, need to ensure that working plate 40 after corresponding process operations can actv. drops down onto on conveyer chain 41 to proceed to carry.Therefore, feeding part 10 forms slide-and-guide with frame along the part length direction of feeding part 10 and coordinates, and arranges and promote the delivery device that feeding part 10 moves along its part length direction in frame.Delivery device comprises the propelling movement assembly that is arranged on feeding part 10 front ends, feeding part 10 pushes components drive working plate 40 in the time being detained position and feeding part 10 one move along the part length direction of feeding part 10, and delivery device also comprises the reset assembly that the feeding part 10 to pushing after components drive resets.Like this in be detained position feeding part 10 be pushed to together with working plate 40 saddle 21 directly over, state after propelling movement as shown in Figure 5, now driver train orders about saddle 21 working plate 40 in feeding part 10 is promoted, on saddle 21, carry out again corresponding process operations, meanwhile pushing assembly withdraws, reset assembly orders about feeding part 10 and resets, in the time that working plate 40 falls on conveyer chain 41 again, working plate 40 and feeding part 10 are just in the state that staggers, as shown in Figure 6, working plate 40 just can continue effectively to be carried after dropping down onto conveyer chain 41 like this, and not with arrange 10 interferences of feeding part, thereby ensure the continuous fast speed frock of motor.
Concrete scheme is, described reset assembly is that a spring 15 forms, the two ends of spring 15 are connected mutually with rear end and the frame of feeding part 10 respectively, spring 15 order about feeding part 10 along working plate 40 throughput directions oppositely move forward into horizontal reset, the inner end that spring 15 points to feeding part 10 by the end of feeding part 10 is extended and is arranged.Reset assembly can be also by cylinder, or the spring 15 being connected with feeding part 10 front ends forms, but preferably spring 15 is connected with the rear end of feeding part 10, spring 15 is all the time in extended state, in the time not having working plate 40 to act on feeding part 10, the height of the front end of feeding part 10 is the height that are greater than rear end, like this in the time that lift system declines working plate 40, feeding part 10 can be dodged by actv., as shown in Figure 6, guarantee just can continue effectively to be carried after dropping down onto conveyer chain 41, and not with feeding part 10 interferences of setting.
Due to the setting of spring 15, while making free state, feeding part 10 flowing end height are larger, flowing end 10 will stick up and the conveyor surface of conveyer chain 41 like this, therefore, in the utility model, the front end of feeding part 10 is arranged to wedge shape, the lozenges 13 that forms this wedge shape is along the moving direction of working plate 40 layout that is inclined upwardly.Working plate 40 just can be transferred in bayonet socket 11 along lozenges 13 like this, as shown in Figure 3, avoids because of arranging of spring 15, working plate 40 being delivered in bayonet socket 11 and being exerted an influence.
As shown in Fig. 1,5,6, the middle part of feeding part 10 arranges bar hole 12 and is articulated and connected for forming first with frame, the hole length direction of bar hole 12 is consistent with the part length direction of feeding part 10, and bar hole 12 forms slide-and-guide with formation the first jointed shaft being articulated and connected along hole length direction and coordinates.Form slide-and-guide and coordinates by offering bar hole 12 and jointed shaft, the displacement of pushing component promotion feeding part 10 is just the length of bar hole 12 like this.Certainly also can adopt other forecast scheme configuration bearing fits, as feeding part 10 is fixed on a sliding feet, sliding feet and frame form bearing fit by slide rail along continuous straight runs.
The concrete scheme that the utility model is taked is, as shown in Figure 2,3, 4, lift system comprises the saddle 21 of a horizontal arrangement and regulates the driven unit of saddle 21 upper and lower operations, two outsides that saddle 21 is relative arrange respectively feeding part 10, feeding part 10 is that a horizontal batten forms, and the upper side edge portion of batten offers bayonet socket 11.Described propelling movement assembly comprises that the rod member 31 that vertical shape is arranged forms, the middle part of rod member 31 and frame form second and are articulated and connected, the piston rod of the second cylinder 32 that the lower end of rod member 31 and vertical shape are arranged forms the 3rd and is articulated and connected, the second cylinder 32 is positioned at the below of rod member 31, the cylinder base of the second cylinder 32 and frame form the 4th and are articulated and connected, the jointed shaft that forms first, second, third and fourth the hinged link layout that is parallel to each other, the second cylinder 32 promotes rod member 31 and rotates and make the upper end of rod member 31 push working plate 40 and feeding part 10 one move along working plate 40 throughput directions.Lift system promotes the working plate 40 pushing after assembly pushes, after working plate 40 promotes, reset assembly orders about the reset of feeding part, on the table top of saddle 21, be provided with for to working plate 40 movement on table top carry out spacing locating dowel pin 211, locating dowel pin 211 with on working plate 40 arrange knock hole form peg graft location coordinate.Feeding part 10 rear ends form and on the madial wall of bayonet sockets 11, arrange working plate 40 sensor 14 detecting that puts in place, and the signal that sensor 14 gathers is for controlling the running of delivery device.The setting of rod member 31 should not exert an influence to the conveying of working plate 40, that is to say, rod member 31 pushes after feeding plate 10, and the state of reply should be positioned at below the conveyor surface of conveyer chain 41.Arranging of locating dowel pin 211 is mainly to prevent that the rear working plate 40 of lift mechanism lifts working plate 40 is moved on saddle 21, to ensure the accurate positioning action of corresponding operation.Locating dowel pin 211 can arrange two along the diagonal interval of working plate 40, has obtained best locating effect.Arranging of sensor 14 is mainly the action moment of regulation and control the second cylinder 32, and whether working plate 40 is put in place and detected.
More detailed scheme is, rod member 31 is that the pole of a V-arrangement forms, the bending place of pole 31 and frame form second and are articulated and connected, the jaws of pole is pointed to a side that deviates from feeding part 10, the end, upper end of pole 31 is extended and is provided for against the protuberance of working plate 40 to the outside of pole, and the outline of protuberance is arcuation.Described frame comprises for the fixed support of fixing feeding part 10 with for the travel(l)ing rest of saddle 21 is installed, delivery device is arranged on fixed support, fixed support comprises the arm beam 33 that two feeding part 10 belows arrange respectively, the middle part of arm beam 33 is provided for installing the lug of feeding part 10, the upper end of two columns 34 is fixed respectively at the two ends of arm beam 33, travel(l)ing rest comprises the stay bearing plate 22 of horizontal arrangement, four bights of stay bearing plate 22 offer mounting hole, mounting hole forms slide-and-guide with each column 34 along vertical and is connected cooperation, saddle 21 is that a grooved part covering on stay bearing plate 22 forms, the bottom of stay bearing plate 22 is provided on jacking stay bearing plate 22, the first cylinder 23 of lower movement.
To get off to whole course of action of the present utility model, be elaborated.As shown in Figure 7, the working plate 40 of carrying on conveyer chain 41, to the side operation near take out device, is now subject to the effect of spring 15, and the front end height of working plate 40 is greater than the height of rear end and sticks up the conveyor surface for conveyer chain 41; Working plate 40 continues operation, the movement that leans of the limit portion of working plate 40 bottom surfaces and lozenges 13, the height of feeding part 10 front ends is declined, working plate 40 front end height are less than the height of rear end, and as shown in Figure 3, working plate 40 continues mobile on lozenges, until the tail end of working plate 40 drops down onto in bayonet socket 11 completely, now working plate 40 front ends upwards move, until front end is mutually concordant with rear end, as shown in Figure 4.Meanwhile sensor 14 detects that working plate 40 puts in place, regulate that working plate 40 is ordered about in the second cylinder 32 action, feeding part 10 one move along working plate 40 throughput directions, mobile stroke is consistent with the length of bar hole 12, move into place locating dowel pin 211 on rear saddle 21 and just in time upper and lower corresponding layout of knock hole on working plate 40, as shown in Figure 5.Now, the second cylinder 23 promotes saddle 21 and rises, and locating dowel pin 211 and knock hole are pegged graft and coordinated afterwards saddle 21 to hold up working plate 40 to depart from feeding part 10 and rise to a high position and carry out corresponding process operations.Meanwhile, pushing component is return, and reset assembly resets feeding part 10, recover virgin state, now the front end height of working plate 40 is greater than the height of rear end, and dodge the working plate 40 that carries out declining after corresponding process operations feeding part 10 rear ends, specifically as shown in Figure 6.After working plate 40 declines, continue operation on conveyer chain 41, take out device carries out feeding to next working plate 40 again, so repeatedly.
In a word, the utility model can on make the working plate 40 carried continuously in the time arriving each process operations portion, can be detained by actv., thereby carry out corresponding process operations.
Claims (10)
1. a working plate take out device, comprise feeding part (10), the top of feeding part (10) is provided for the bayonet socket (11) of the opening upwards that is detained working plate (40), the middle part of feeding part (10) and frame along continuous straight runs form first and are articulated and connected, bayonet socket (11) at least carries out spacing at the part length direction of feeding part (10) to working plate (40), this part length direction is perpendicular with formation the first jointed shaft direction being articulated and connected, feeding part (10) is in two states, one is the feeding position that the front end of feeding part (10) in the state of dodging overturns to horizontal attitude around jointed shaft in working plate (40) moves to bayonet socket (11) time, it two is that feeding part (10) is based on horizontal arrangement, working plate (40) is trapped in the delay position in bayonet socket (11).
2. working plate take out device as claimed in claim 1, is characterized in that: this take out device also comprises the working plate (40) being detained in the bayonet socket of feeding part (10) (11) is taken out to the lift system promoting.
3. working plate take out device as claimed in claim 1 or 2, it is characterized in that: feeding part (10) forms slide-and-guide with frame along the part length direction of feeding part (10) and coordinates, and arranges and promote the delivery device that feeding part (10) moves along its part length direction in frame.
4. working plate take out device as claimed in claim 3, it is characterized in that: delivery device comprises the propelling movement assembly that is arranged on feeding part (10) front end, feeding part (10) pushes components drive working plate (40) in the time being detained position and feeding part (10) one moves along the part length direction of feeding part (10), and delivery device also comprises the reset assembly that the feeding part (10) to pushing after components drive resets.
5. working plate take out device as claimed in claim 4, it is characterized in that: described reset assembly is that a spring (15) forms, the two ends of spring (15) are connected mutually with rear end and the frame of feeding part (10) respectively, and spring (15) orders about feeding part (10) and oppositely moves forward into horizontal reset along working plate (40) throughput direction.
6. working plate take out device as claimed in claim 5, is characterized in that: the front end of feeding part (10) is arranged to wedge shape, and the lozenges (13) that forms this wedge shape is along the moving direction of working plate (40) layout that is inclined upwardly.
7. working plate take out device as claimed in claim 3, it is characterized in that: the middle part of feeding part (10) arranges bar hole (12) and is articulated and connected for forming first with frame, the hole length direction of bar hole (12) is consistent with the part length direction of feeding part (10), and bar hole (12) forms slide-and-guide with formation the first jointed shaft being articulated and connected along hole length direction and coordinates.
8. the working plate take out device as described in claim 2 or 5, it is characterized in that: lift system comprises the saddle (21) of a horizontal arrangement and regulates the driven unit of the upper and lower operation of saddle (21), two outsides that saddle (21) is relative arrange respectively feeding part (10), feeding part (10) is that a horizontal batten forms, and the upper side edge portion of batten offers bayonet socket (11).
9. working plate take out device as claimed in claim 4, it is characterized in that: described propelling movement assembly comprises that the rod member (31) that vertical shape is arranged forms, the middle part of rod member (31) and frame form second and are articulated and connected, the piston rod of the second cylinder (32) that the lower end of rod member (31) and vertical shape are arranged forms the 3rd and is articulated and connected, the second cylinder (32) is positioned at the below of rod member (31), the cylinder base of the second cylinder (32) and frame form the 4th and are articulated and connected, form first, two, three, the jointed shaft of the four hinged links layout that is parallel to each other, the second cylinder (32) promotes rod member (31) rotation upper end propelling movement working plate (40) and feeding part (10) one of rod member (31) is moved along working plate (40) throughput direction.
10. working plate take out device as claimed in claim 4, it is characterized in that: lift system promotes the working plate (40) pushing after assembly pushes, after working plate (40) promotes, reset assembly orders about feeding part (10) reset, on the table top of saddle (21), be provided with for to working plate (40) movement on table top carry out spacing locating dowel pin (211), the upper knock hole arranging of locating dowel pin (211) and working plate (40) forms the location of pegging graft and coordinates;
Feeding part (10) rear end forms on the madial wall of bayonet socket (11) and arranges working plate (40) sensor (14) detecting that puts in place, and the signal that sensor (14) gathers is for controlling the running of delivery device;
Rod member (31) is that the pole of a V-arrangement forms, the bending place of pole (31) and frame form second and are articulated and connected, the jaws of pole is pointed to a side that deviates from feeding part (10), the end, upper end of pole (31) is extended and is provided for against the protuberance of working plate (40) to the outside of pole, and the outline of protuberance is arcuation;
Described frame comprises for the fixed support of fixing feeding part (10) with for the travel(l)ing rest of saddle (21) is installed, delivery device is arranged on fixed support, fixed support comprises the arm beam (33) that two feeding part (10) belows arrange respectively, the middle part of arm beam (33) is provided for installing the lug of feeding part (10), the upper end of two columns (34) is fixed respectively at the two ends of arm beam (33), travel(l)ing rest comprises the stay bearing plate (22) of horizontal arrangement, four bights of stay bearing plate (22) offer mounting hole, mounting hole forms slide-and-guide with each column (34) along vertical and is connected cooperation, saddle (21) is that a grooved part covering on stay bearing plate (22) forms, the bottom of stay bearing plate (22) is provided on jacking stay bearing plate (22), first cylinder (23) of lower movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420027600.2U CN203728144U (en) | 2014-01-16 | 2014-01-16 | Material taking device for tool plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420027600.2U CN203728144U (en) | 2014-01-16 | 2014-01-16 | Material taking device for tool plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203728144U true CN203728144U (en) | 2014-07-23 |
Family
ID=51198234
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420027600.2U Withdrawn - After Issue CN203728144U (en) | 2014-01-16 | 2014-01-16 | Material taking device for tool plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203728144U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103754602A (en) * | 2014-01-16 | 2014-04-30 | 合肥凯邦电机有限公司 | Tooling plate loading device |
| CN104444343A (en) * | 2014-12-01 | 2015-03-25 | 苏州博众精工科技有限公司 | Jacking positioning mechanism |
| CN114917859A (en) * | 2022-04-02 | 2022-08-19 | 浙江三美化工股份有限公司 | HF (Hydrogen fluoride) removing equipment for preparing vinylidene fluoride from trifluoroethane and preparation method of vinylidene fluoride |
-
2014
- 2014-01-16 CN CN201420027600.2U patent/CN203728144U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103754602A (en) * | 2014-01-16 | 2014-04-30 | 合肥凯邦电机有限公司 | Tooling plate loading device |
| CN104444343A (en) * | 2014-12-01 | 2015-03-25 | 苏州博众精工科技有限公司 | Jacking positioning mechanism |
| CN114917859A (en) * | 2022-04-02 | 2022-08-19 | 浙江三美化工股份有限公司 | HF (Hydrogen fluoride) removing equipment for preparing vinylidene fluoride from trifluoroethane and preparation method of vinylidene fluoride |
| CN114917859B (en) * | 2022-04-02 | 2023-08-18 | 浙江三美化工股份有限公司 | HF (hydrogen fluoride) removal equipment for preparing vinylidene fluoride from trifluoroethane and preparation method of vinylidene fluoride |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140723 Effective date of abandoning: 20160224 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20140723 Effective date of abandoning: 20160224 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |