CN204872575U - Return circuit kickoff constructs - Google Patents
Return circuit kickoff constructs Download PDFInfo
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- CN204872575U CN204872575U CN201520504056.0U CN201520504056U CN204872575U CN 204872575 U CN204872575 U CN 204872575U CN 201520504056 U CN201520504056 U CN 201520504056U CN 204872575 U CN204872575 U CN 204872575U
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Abstract
The utility model relates to a return circuit kickoff constructs adopts the cam principle, through the design of orbit, adopts a power supply to accomplish the function of stirring the material forward one section distance. The utility model discloses slip table cylinder action drives dials the material of material needle in with the material runner and stirs forward, and cam follow -up ware rolls along a minute material sloping block surface, get into down the track up to the motion to foremost the time, under spring a's pulling force, dial the material needle and consequently upwards raise, the action of slip table cylinder drives to dial expects that the needle moves backward, and cam follow -up ware moves along getting on the right track backward, will divide the material sloping block to rush open the last branch material sloping block another side that is located, and branch material sloping block playbacks under spring b's pulling force. Through the design of above -mentioned circulation circuit mechanism, realize to dial the downstream of material needle to dial the material plane, forward stir the material, upwards raise, get back to initial position's a whole set of action.
Description
Technical field:
The utility model relates to material toggling mechanism apparatus field, relates to one in particular and finding is constantly stirred forward a segment distance, the loop material toggling mechanism preventing finding from piling up.
Background technology:
In prior art, the general mode adopting air blowing, blows to assigned address by finding along delivery track.Run into a kind of finding of sheet type sometimes, this finding is blown, easily make finding suspend and then occur stacking phenomenon, now need one finding constantly to be stirred forward a segment distance, the material toggling mechanism preventing finding from piling up.
Utility model content:
The purpose of this utility model is for the deficiencies in the prior art part, provides a kind of loop material toggling mechanism, adopts cam principle, by the design of track, adopts a propulsion source to complete the function of material being stirred forward a segment distance.
Technology solution of the present utility model is as follows:
A kind of loop material toggling mechanism, it comprises sub-material base plate, the both sides of described sub-material base plate are connected with sub-material support plate respectively by sub-material riser, described sub-material support plate is provided with sub-material slide unit cylinder, the piston of sub-material slide unit cylinder is connected with sub-material cylinder connecting panel, described sub-material cylinder connecting panel is provided with sub-material fixture block, and sub-material fixture block is connected on sub-material slide plate; The both sides described sub-material support plate being positioned at sub-material slide unit cylinder are respectively equipped with horizontal slip mechanism, and sub-material slide plate is arranged in horizontal slip mechanism; Both sides, described sub-material slide plate top are separately installed with spring fixed seat, the outside of each spring fixed seat is provided with spring leg, both sides, sub-material slide plate bottom are separately installed with one group of lifting carriage mechanism, be connected with sub-material spring a between the top of the lifting slider fixed block of Mei Zu lifting carriage mechanism and corresponding spring leg, and the bottom of lifting slider fixed block is provided with Cam Follower.
The side-wall outer side of described sub-material riser is provided with trapezoidal half slotted eye, the first half of trapezoidal half slotted eye is through, the inside sidewalls of sub-material riser and be provided with forward back-shaped slotted eye relative to the through position of the first half at the trapezoidal half slotted eye place of side-wall outer side, forms upper and lower track between back-shaped slotted eye and trapezoidal half slotted eye; The hypotenuse position of described trapezoidal half slotted eye is rotatably provided with sub-material skewback by sub-material rotating shaft, and Cam Follower can along sub-material skewback surface scrolls.
Be provided with back-moving spring permanent seat a outside described sub-material riser, sub-material skewback is provided with back-moving spring permanent seat b, and sub-material spring b strains between back-moving spring permanent seat a and back-moving spring permanent seat b, makes sub-material skewback press close to dovetail groove hole deviation face.
Expect that pipe fixed block is provided with many groups and blows material pipe by blowing in the middle of in the middle part of sub-material riser described in two, material toggling pin adapter plate is installed between the sidepiece of the lifting slider fixed block described in two, material toggling pin adapter plate is evenly provided with many group material toggling pin permanent seats, often organizes on material toggling pin permanent seat and material toggling pin and material toggling pin limiting stopper are installed.
Described sub-material base plate is positioned at below sub-material support plate and is provided with rising feed mechanism, material loading runner plate on rising feed mechanism is provided with many groups T-shaped material flow path corresponding with material toggling pin, the jacking air cylinder driven material loading runner plate of rising feed mechanism rises, T-shaped material flow path can be concordant with the recess on the striker plate on rising feed mechanism, and the air extractor duct blowing material pipe is corresponding with the recess on striker plate.
As preferably, be provided with sub-material reinforced rib between described sub-material riser and sub-material support plate and be connected and fixed.
As preferably, described horizontal slip mechanism comprises horizontal slide rail cushion block, horizontal slide plate slide rail and horizontal slide plate slide block, described horizontal slide rail cushion block is fixedly mounted on support plate, horizontal slide plate slide rail is fixed on horizontal slide rail cushion block, the cooperation of horizontal slide plate slide block is arranged on horizontal slide plate slide rail, and slide plate and horizontal slide plate slide block are fixed together.
As preferably, before and after on described sub-material support plate, both sides are separately installed with sub-material buffering stop block, sub-material buffering stop block first can cushion rear spacing to sub-material slide plate, described sub-material buffering stop block comprises slide plate buffer limit seat, slide plate bumpar post and slide plate limited post, described slide plate buffer limit seat is fixed with slide plate bumpar post and slide plate limited post, sub-material slide plate can move along horizontal slide plate slide rail and sub-material slide plate first contacts slide plate bumpar post buffering, and then contacts slide plate limited post and carry out spacing.
As preferably, described lifting carriage mechanism comprises lifting sliding rail adapter plate, lifting sliding rail adapter plate has two groups, be separately fixed at both sides, sub-material slide plate bottom, the outside of each lifting sliding rail adapter plate is separately installed with one group of lifting sliding rail, often organize cooperation on lifting sliding rail and lifting slider is installed, often organize on lifting slider and lifting slider fixed block is installed, often organize on lifting slider fixed block and Cam Follower is installed.
As preferably, described lifting sliding rail adapter plate is vertically installed with sub-material energy disperser fixed block, sub-material energy disperser fixed block is provided with sub-material energy disperser, described lifting slider fixed block is provided with the sub-material positive stop corresponding with sub-material energy disperser.
As preferably, described rising feed mechanism comprises rising sliding track holder, and rising sliding track holder has two, to be arranged on respectively on sub-material base plate and to be positioned at below sub-material support plate; Each rising sliding track holder is provided with rising feeding slide rail, each rising feeding slide rail coordinates rising feeding slide block is installed, each rising feeding slide block is arranged on slide block permanent seat respectively, between two slide block permanent seats, material loading runner plate is installed, material loading runner plate is provided with the T-shaped material flow path relative with material toggling pin, and material flow path both sides are provided with material cover plate; Described sub-material base plate is positioned at two sliding track holder rears and is provided with striker plate permanent seat, and striker plate permanent seat is provided with striker plate, and striker plate is positioned on rear side of material loading runner plate, and striker plate is provided with recess; Described sub-material base plate is provided with jacking cylinder by jacking cylinder permanent seat, and the piston of jacking cylinder is connected with material loading runner plate.
As preferably, be provided with material loading buffer limit assembly a by the spacing bearing of material loading below described material loading runner plate, described slide block permanent seat is U-shaped structure, and the lower projections of U-shaped structure is provided with material loading buffer limit assembly b.
As preferably, the front side of described striker plate permanent seat is provided with optical fiber by optic fibre adminiculum, and optical fiber passes from the T-shaped material flow path on material loading runner plate, can detect in T-shaped material flow path whether have material.
The beneficial effects of the utility model are:
The action of the utility model slide unit cylinder drives material toggling pin to be stirred forward by the material in material flow path.Cam Follower, along sub-material skewback surface scrolls, enters lower railway until when moving to foremost, and under the pulling force of sub-material spring a, therefore material toggling pin is upwards raised; The action of slide unit cylinder drives material toggling pin to move backward, and Cam Follower moves backward along getting on the right track, and rushed open by sub-material skewback and be finally positioned at sub-material skewback another side, sub-material skewback playbacks under the pulling force of spring b.By the design of above-mentioned circulation loop mechanism, realize the entire exercise that material toggling pin moves downwardly to material toggling plane, stirs material forward, upwards raises, gets back to initial position.
The utility model, by the design of track, can realize multiple action with a propulsion source, thus reduces propulsion source, cost-saving; In general, completing equal action needs two cylinders, one for lifting, another is for translation.
The utility model adopts cam principle, exquisiteness simple and compact for structure, avoids installing lift cylinder and causes space waste, save the space of mechanism.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is another structural representation of the present invention;
Fig. 3 is the front view of Fig. 1;
Fig. 4 is the birds-eye view of Fig. 1;
Fig. 5 is the left view of Fig. 1;
Fig. 6 is interconnective structural representation between slide plate of the present utility model, lifting carriage mechanism and Cam Follower;
Fig. 7 is the front view of Fig. 6;
Fig. 8 is rising feed mechanism of the present utility model and the structural representation blowing material pipe;
Fig. 9 is the front view of Fig. 8;
Figure 10 is the left view of Fig. 8.
Detailed description of the invention:
Embodiment, is shown in accompanying drawing 1 ~ 10, a kind of loop material toggling mechanism, and it comprises sub-material base plate 1, and the both sides of described sub-material base plate are connected with sub-material support plate 3 respectively by sub-material riser 2, is provided with sub-material reinforced rib and is connected and fixed between sub-material riser and sub-material support plate.Described sub-material support plate is provided with sub-material slide unit cylinder 4, the piston of sub-material slide unit cylinder is connected with sub-material cylinder connecting panel 5, described sub-material cylinder connecting panel is provided with sub-material fixture block 6, and sub-material fixture block is connected on sub-material slide plate 7; The both sides described sub-material support plate being positioned at sub-material slide unit cylinder are respectively equipped with horizontal slip mechanism, and sub-material slide plate is arranged in horizontal slip mechanism; Described horizontal slip mechanism comprises horizontal slide rail cushion block 8, horizontal slide plate slide rail 9 and horizontal slide plate slide block 10, described horizontal slide rail cushion block is fixedly mounted on support plate, horizontal slide plate slide rail is fixed on horizontal slide rail cushion block, the cooperation of horizontal slide plate slide block is arranged on horizontal slide plate slide rail, and slide plate and horizontal slide plate slide block are fixed together.
Before and after on described sub-material support plate, both sides are separately installed with sub-material buffering stop block I, sub-material buffering stop block first can cushion rear spacing to sub-material slide plate, described sub-material buffering stop block comprises slide plate buffer limit seat 11, slide plate bumpar post 12 and slide plate limited post 13, described slide plate buffer limit seat is fixed with slide plate bumpar post and slide plate limited post, sub-material slide plate can move along horizontal slide plate slide rail and sub-material slide plate first contacts slide plate bumpar post buffering, and then contacts slide plate limited post and carry out spacing.
Both sides, described sub-material slide plate top are separately installed with spring fixed seat 14, the outside of each spring fixed seat is provided with spring leg 15, both sides, sub-material slide plate bottom are separately installed with one group of lifting carriage mechanism, be connected with sub-material spring a16 between the top of the lifting slider fixed block of Mei Zu lifting carriage mechanism and corresponding spring leg, and the bottom of lifting slider fixed block is provided with Cam Follower 17.
Described lifting carriage mechanism comprises lifting sliding rail adapter plate 18, lifting sliding rail adapter plate has two groups, be separately fixed at both sides, sub-material slide plate bottom, the outside of each lifting sliding rail adapter plate is separately installed with one group of lifting sliding rail 19, often organize cooperation on lifting sliding rail and lifting slider 20 is installed, often organize on lifting slider and lifting slider fixed block 21 is installed, often organize on lifting slider fixed block and Cam Follower is installed.
Described lifting sliding rail adapter plate is vertically installed with sub-material energy disperser fixed block 22, sub-material energy disperser fixed block is provided with sub-material energy disperser 23, described lifting slider fixed block is provided with the sub-material positive stop 24 corresponding with sub-material energy disperser.
The side-wall outer side of described sub-material riser is provided with trapezoidal half slotted eye 25, the first half of trapezoidal half slotted eye is through, the inside sidewalls of sub-material riser and be provided with forward back-shaped slotted eye relative to the through position of the first half at the trapezoidal half slotted eye place of side-wall outer side, forms upper and lower track between back-shaped slotted eye and trapezoidal half slotted eye; The hypotenuse position of described trapezoidal half slotted eye is rotatably provided with sub-material skewback 27 by sub-material rotating shaft 26, and Cam Follower can along sub-material skewback surface scrolls.
Be provided with back-moving spring permanent seat a28 outside described sub-material riser, sub-material skewback is provided with back-moving spring permanent seat b29, and sub-material spring b30 strains between back-moving spring permanent seat a and back-moving spring permanent seat b, makes sub-material skewback press close to dovetail groove hole deviation face.
Expect that pipe fixed block 31 is provided with many groups and blows material pipe 32 by blowing in the middle of in the middle part of sub-material riser described in two, material toggling pin adapter plate 33 is installed between the sidepiece of the lifting slider fixed block described in two, material toggling pin adapter plate is evenly provided with many group material toggling pin permanent seats 34, often organizes on material toggling pin permanent seat and material toggling pin 35 and material toggling pin limiting stopper 36 are installed.
Described sub-material base plate is positioned at below sub-material support plate and is provided with rising feed mechanism II, material loading runner plate on rising feed mechanism is provided with many groups T-shaped material flow path corresponding with material toggling pin, the jacking air cylinder driven material loading runner plate of rising feed mechanism rises, T-shaped material flow path can be concordant with the recess on the striker plate on rising feed mechanism, and the air extractor duct blowing material pipe is corresponding with the recess on striker plate.
Described rising feed mechanism comprises rising sliding track holder 37, and rising sliding track holder has two, to be arranged on respectively on sub-material base plate and to be positioned at below sub-material support plate; Each rising sliding track holder is provided with rising feeding slide rail 38, each rising feeding slide rail coordinates rising feeding slide block 39 is installed, each rising feeding slide block is arranged on slide block permanent seat 40 respectively, between two slide block permanent seats, material loading runner plate 41 is installed, material loading runner plate is provided with the T-shaped material flow path 42 relative with material toggling pin, and material flow path both sides are provided with material cover plate 43; Described sub-material base plate is positioned at two sliding track holder rears and is provided with striker plate permanent seat 44, and striker plate permanent seat is provided with striker plate 45, striker plate is positioned on rear side of material loading runner plate, and striker plate is provided with recess 46; Described sub-material base plate is provided with jacking cylinder 48 by jacking cylinder permanent seat 47, and the piston of jacking cylinder is connected with material loading runner plate.
By material loading spacing bearing 49, material loading buffer limit assembly a III is installed below described material loading runner plate, described slide block permanent seat is U-shaped structure, the lower projections of U-shaped structure is provided with material loading buffer limit assembly b IV, material loading buffer limit assembly a is identical with the structure of material loading buffer limit assembly b, and it comprises material loading bumpar post 50 and material loading limited post 51.All play the rear spacing effect of first buffering.
The front side of described striker plate permanent seat is provided with optical fiber 53 by optic fibre adminiculum 52, and optical fiber passes from the T-shaped material flow path on material loading runner plate, can detect in T-shaped material flow path whether have material.
Utility model works principle: the action of slide unit cylinder drives material toggling pin to be stirred forward by the material in material flow path, Cam Follower is along sub-material skewback surface scrolls, enter lower railway until when moving to foremost, under the pulling force of sub-material spring a, therefore material toggling pin is upwards raised; The action of slide unit cylinder drives material toggling pin to move backward, and Cam Follower moves backward along getting on the right track, and rushed open by sub-material skewback and be finally positioned at sub-material skewback another side, sub-material skewback playbacks under the pulling force of spring b, works and so forth.
The jacking cylinder action of rising feed mechanism by material loading runner plate jack-up, material loading runner plate is risen with the recess of striker plate and gas blow pipe mutually concordant; Fiber laser arrays is to there being material, gas blow pipe is blown and finding is transported to assigned address along T-shaped material flow path, sub-material slide unit cylinder again crank motion drives the circulation of material toggling pin to stir forward micro-elastic part, delivers in carrier, prevent finding from occurring stacking phenomenon by micro-elastic part.
Above-described embodiment is the specific descriptions of carrying out the utility model; just the utility model is further described; can not be interpreted as the restriction to the utility model protection domain, those skilled in the art makes some nonessential improvement according to the content of above-mentioned utility model and adjustment all falls within protection domain of the present utility model.
Claims (9)
1. a loop material toggling mechanism, it comprises sub-material base plate, the both sides of described sub-material base plate are connected with sub-material support plate respectively by sub-material riser, described sub-material support plate is provided with sub-material slide unit cylinder, the piston of sub-material slide unit cylinder is connected with sub-material cylinder connecting panel, it is characterized in that: described sub-material cylinder connecting panel is provided with sub-material fixture block, and sub-material fixture block is connected on sub-material slide plate; The both sides described sub-material support plate being positioned at sub-material slide unit cylinder are respectively equipped with horizontal slip mechanism, and sub-material slide plate is arranged in horizontal slip mechanism; Both sides, described sub-material slide plate top are separately installed with spring fixed seat, the outside of each spring fixed seat is provided with spring leg, both sides, sub-material slide plate bottom are separately installed with one group of lifting carriage mechanism, be connected with sub-material spring a between the top of the lifting slider fixed block of Mei Zu lifting carriage mechanism and corresponding spring leg, and the bottom of lifting slider fixed block is provided with Cam Follower;
The side-wall outer side of described sub-material riser is provided with trapezoidal half slotted eye, the first half of trapezoidal half slotted eye is through, the inside sidewalls of sub-material riser and be provided with forward back-shaped slotted eye relative to the through position of the first half at the trapezoidal half slotted eye place of side-wall outer side, forms upper and lower track between back-shaped slotted eye and trapezoidal half slotted eye; The hypotenuse position of described trapezoidal half slotted eye is rotatably provided with sub-material skewback by sub-material rotating shaft, and Cam Follower can along sub-material skewback surface scrolls;
Be provided with back-moving spring permanent seat a outside described sub-material riser, sub-material skewback is provided with back-moving spring permanent seat b, and sub-material spring b strains between back-moving spring permanent seat a and back-moving spring permanent seat b, makes sub-material skewback press close to dovetail groove hole deviation face;
Expect that pipe fixed block is provided with many groups and blows material pipe by blowing in the middle of in the middle part of sub-material riser described in two, material toggling pin adapter plate is installed between the sidepiece of the lifting slider fixed block described in two, material toggling pin adapter plate is evenly provided with many group material toggling pin permanent seats, often organizes on material toggling pin permanent seat and material toggling pin and material toggling pin limiting stopper are installed;
Described sub-material base plate is positioned at below sub-material support plate and is provided with rising feed mechanism, material loading runner plate on rising feed mechanism is provided with many groups T-shaped material flow path corresponding with material toggling pin, the jacking air cylinder driven material loading runner plate of rising feed mechanism rises, T-shaped material flow path can be concordant with the recess on the striker plate on rising feed mechanism, and the air extractor duct blowing material pipe is corresponding with the recess on striker plate.
2. a kind of loop material toggling mechanism according to claim 1, is characterized in that: be provided with sub-material reinforced rib between described sub-material riser and sub-material support plate and be connected and fixed.
3. a kind of loop material toggling mechanism according to claim 1, it is characterized in that: described horizontal slip mechanism comprises horizontal slide rail cushion block, horizontal slide plate slide rail and horizontal slide plate slide block, described horizontal slide rail cushion block is fixedly mounted on support plate, horizontal slide plate slide rail is fixed on horizontal slide rail cushion block, the cooperation of horizontal slide plate slide block is arranged on horizontal slide plate slide rail, and slide plate and horizontal slide plate slide block are fixed together.
4. a kind of loop material toggling mechanism according to claim 3, it is characterized in that: before and after on described sub-material support plate, both sides are separately installed with sub-material buffering stop block, sub-material buffering stop block first can cushion rear spacing to sub-material slide plate, described sub-material buffering stop block comprises slide plate buffer limit seat, slide plate bumpar post and slide plate limited post, described slide plate buffer limit seat is fixed with slide plate bumpar post and slide plate limited post, sub-material slide plate can move along horizontal slide plate slide rail and sub-material slide plate first contacts slide plate bumpar post buffering, and then contact slide plate limited post and carry out spacing.
5. a kind of loop material toggling mechanism according to claim 1, it is characterized in that: described lifting carriage mechanism comprises lifting sliding rail adapter plate, lifting sliding rail adapter plate has two groups, be separately fixed at both sides, sub-material slide plate bottom, the outside of each lifting sliding rail adapter plate is separately installed with one group of lifting sliding rail, often organize cooperation on lifting sliding rail and lifting slider is installed, often organize on lifting slider and lifting slider fixed block is installed, often organize on lifting slider fixed block and Cam Follower is installed.
6. a kind of loop material toggling mechanism according to claim 5, it is characterized in that: described lifting sliding rail adapter plate is vertically installed with sub-material energy disperser fixed block, sub-material energy disperser fixed block is provided with sub-material energy disperser, described lifting slider fixed block is provided with the sub-material positive stop corresponding with sub-material energy disperser.
7. a kind of loop material toggling mechanism according to claim 1, is characterized in that: described rising feed mechanism comprises rising sliding track holder, and rising sliding track holder has two, to be arranged on respectively on sub-material base plate and to be positioned at below sub-material support plate; Each rising sliding track holder is provided with rising feeding slide rail, each rising feeding slide rail coordinates rising feeding slide block is installed, each rising feeding slide block is arranged on slide block permanent seat respectively, between two slide block permanent seats, material loading runner plate is installed, material loading runner plate is provided with the T-shaped material flow path relative with material toggling pin, and material flow path both sides are provided with material cover plate; Described sub-material base plate is positioned at two sliding track holder rears and is provided with striker plate permanent seat, and striker plate permanent seat is provided with striker plate, and striker plate is positioned on rear side of material loading runner plate, and striker plate is provided with recess; Described sub-material base plate is provided with jacking cylinder by jacking cylinder permanent seat, and the piston of jacking cylinder is connected with material loading runner plate.
8. a kind of loop material toggling mechanism according to claim 7, it is characterized in that: below described material loading runner plate, by material loading spacing bearing, material loading buffer limit assembly a is installed, described slide block permanent seat is U-shaped structure, and the lower projections of U-shaped structure is provided with material loading buffer limit assembly b.
9. a kind of loop material toggling mechanism according to claim 7, it is characterized in that: the front side of described striker plate permanent seat is provided with optical fiber by optic fibre adminiculum, and optical fiber passes from the T-shaped material flow path on material loading runner plate, can detect in T-shaped material flow path whether have material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520504056.0U CN204872575U (en) | 2015-07-13 | 2015-07-13 | Return circuit kickoff constructs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520504056.0U CN204872575U (en) | 2015-07-13 | 2015-07-13 | Return circuit kickoff constructs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204872575U true CN204872575U (en) | 2015-12-16 |
Family
ID=54816976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520504056.0U Withdrawn - After Issue CN204872575U (en) | 2015-07-13 | 2015-07-13 | Return circuit kickoff constructs |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204872575U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104986520A (en) * | 2015-07-13 | 2015-10-21 | 苏州博众精工科技有限公司 | Loop material stirring mechanism |
| CN109079556A (en) * | 2018-09-25 | 2018-12-25 | 湖南郴江电力设备安装运维有限公司 | Multistation material toggling lifting body |
-
2015
- 2015-07-13 CN CN201520504056.0U patent/CN204872575U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104986520A (en) * | 2015-07-13 | 2015-10-21 | 苏州博众精工科技有限公司 | Loop material stirring mechanism |
| CN109079556A (en) * | 2018-09-25 | 2018-12-25 | 湖南郴江电力设备安装运维有限公司 | Multistation material toggling lifting body |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151216 Effective date of abandoning: 20171114 |
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| AV01 | Patent right actively abandoned |