CN205443572U - With supporting wire net hem device of rapier weaving machine - Google Patents
With supporting wire net hem device of rapier weaving machine Download PDFInfo
- Publication number
- CN205443572U CN205443572U CN201520974210.0U CN201520974210U CN205443572U CN 205443572 U CN205443572 U CN 205443572U CN 201520974210 U CN201520974210 U CN 201520974210U CN 205443572 U CN205443572 U CN 205443572U
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- cam
- folding mechanism
- shears
- rapier loom
- flanging
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- Withdrawn - After Issue
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Abstract
The utility model discloses a with supporting wire net hem device of rapier weaving machine, go out grid side's left side hem mechanism, right side hem mechanism and cut apart hem mechanism at rapier weaving machine including installing, left side hem mechanism and right side hem mechanism are symmetrical structure, and divide and locate rapier weaving machine play grid side both sides, it installs left side hem mechanism and right side hem mechanism respectively to go out grid side at rapier weaving machine, can realize the action of continuous hem in process of production, cut weft in same position in unison, and to the enstrophe book, improve woven wire quality and outward appearance, simultaneously can improve production efficiency, the work cost is reduced, in addition, it cuts apart hem mechanism to set up at the middle part, can be according to cutting apart the distance of hem mechanism apart from left side hem mechanism or right side hem mechanism in the middle of the adjustment of product specification requirements, therefrom the part is cut under the condition that does not influence the productivity, and carry out the hem.
Description
Technical field
This utility model relates to steel wire establishment technique field, particularly relates to a kind of steel wire crimping unit supporting with rapier loom.
Background technology
Woven metal silk screen is widely used in the every profession and trade such as industry, agricultural, national defence, environmental protection, food, and have has been enter into high-tech sector, status day shows important, and the research strengthening the aspects such as the theory in woven metal silk screen field, material, technical matters is extremely the most urgent.
Metal silk-screen braider is that metal gauze works out key equipment, development along with knitting skill, shuttleless loom large area uses, use more respectively gripper shuttle loom, jet loom and rapier loom, and progressively develop to high speed, intellectuality, automatization, reliable and multiduty direction, improve production efficiency and product quality.
nullRapier loom is fairly simple with its mechanism，Cost is moderate，The advantages such as adaptability is stronger obtain vast metal gauze and work out the accreditation of enterprise，But，The steel wire both sides that existing rapier loom is worked out are Open architecture，Running phenomenon the most easily occurs，Normal use in order to ensure metal gauze，Existing metal gauze manufacturing enterprise all uses the mode of artificial flanging by tram fold inward open for metal gauze both sides，Pin organizine，This kind of mode is extremely inefficient，Flanging quality is wayward，It is also easy in operation stab operating personnel，Therefore，Exploitation design is a kind of can the device of automatic flanging in process of production be this another technical staff's urgent problem，Still further aspect，Existing rapier loom can only produce the metal gauze of same fabric width in process of production continuously，For some, there is the product of particular/special requirement，Need to adjust rapier loom fabric width，Impact is normal to be produced，And waste production capacity.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of steel wire crimping unit supporting with rapier loom, it is respectively mounted left side edge-folding mechanism and right side edge-folding mechanism at rapier loom network outlet, it is capable of continuous flanging action in process of production, parallel is cut off by unification at same position, and fold inward, improve metal gauze quality and outward appearance, production efficiency can be improved simultaneously, reduce labour cost, still further aspect, segmentation edge-folding mechanism is set at middle part, can require to adjust middle segmentation edge-folding mechanism distance left side edge-folding mechanism or the distance of right side edge-folding mechanism according to product specification, therefrom portion's segmentation in the case of not affecting production capacity, and carry out flanging.
For solving above-mentioned technical problem, technical solution adopted in the utility model is: a kind of steel wire crimping unit supporting with rapier loom, including the left side edge-folding mechanism being arranged on rapier loom network outlet, right side edge-folding mechanism and segmentation edge-folding mechanism, described left side edge-folding mechanism and right side edge-folding mechanism symmetrically structure, and it is divided into rapier loom network outlet both sides, described segmentation edge-folding mechanism is arranged in the middle part of rapier loom network outlet, and be connected by means of transverse adjusting mechanism and rapier loom are fixing, described segmentation edge-folding mechanism includes set of left here mechanism and a set of right side edge-folding mechanism symmetrically coupled.
The cam set that described right side edge-folding mechanism includes the casing being fixedly mounted on rapier loom, be arranged in casing coordinates the flanging drive rod and shears push rod installed with cam set, shears push rod and flanging drive rod be arranged in parallel and end all stretches out from casing one end, described shears push rod end installs shear driving mechanism, described flanging drive rod end installation folding hook, described shear driving mechanism lower end connects shears drive end, and shears is connected by means of shears mounting seat and rapier loom are fixing.
Described shears includes fixed blade and movable scissors, fixed blade is horizontally arranged at rapier loom network outlet by shears mounting seat, the cutting edge of fixed blade is upwards installed, described movable scissors tail end is hinged with fixed blade tail end, hinged with shear driving mechanism hypomere by means of bearing pin in the middle part of described movable scissors.
Described shear driving mechanism includes that L-shaped is won in succession and H-shaped guide groove, described L-shaped is won in succession, and shorter section of upper end is fixing with shears push rod end to be connected, described L-shaped is won in succession longer section and is horizontally mounted and parallel with shears push rod, L-shaped longer section of middle part of winning in succession offers long slot bore, described H-shaped guide groove top and bottom are respectively articulated with a bearing pin, the bearing pin of H-shaped guide groove upper end through L-shaped win in succession on long slot bore fixing connect, be positioned at the bearing pin of H-shaped guide groove lower end and be connected with the hinged ear in the middle part of movable scissors.
Described flanging hook is L-shaped platy structure, its upper end arranges vertical long slot bore, fix with flanging drive rod end after wearing screw in this vertical long slot bore and be connected, the horizontal segment of described flanging hook is installed towards shears direction, described flanging hook horizontal segment end is provided with vertical bar, vertical bar lower end inside is provided with flanging block, and described flanging block, vertical bar and L-shaped platy structure are structure as a whole.
nullDescribed cam set includes coaxial mounted rotation cam、Weft cutter cam and push cam，Also include the first fork、Driving lever and the second fork，Described for installing rotation cam、The main shaft of weft cutter cam and push cam is connected with rapier loom power set outfan by drive mechanism，Described first fork and the second fork upper end are fixing with the two short axles being horizontally arranged in casing respectively to be connected，Two short axles are separately positioned on box inside front end and back segment、And be arranged on box side by means of bearing，Described first fork is arranged on rotation cam open sides，It installs runner with rotating on cam opposite flank，Runner is embedded in the cam path of the open sides setting rotating cam，Described driving lever lower end is slidably matched by means of part between spline housing and flanging drive rod end flower，Driving lever upper end connects by means of spherical linkage and the first fork lower end，Described weft cutter cam is sleeved on outside promotion cam，Promote cam open sides that cam path is set，Described second fork installs runner with promoting on cam opposite flank，Runner embeds in promoting the cam path that the open sides of cam is arranged，Described second fork lower end articulated linkage，Connecting rod lower end is connected with the fixed cover being fixedly installed in the middle part of flanging drive rod by means of spherical linkage，The pin joint of described connecting rod and the second fork is between fixed cover and spline housing.
Described flanging drive rod two ends are all slidably matched with the sliding sleeve of setting on casing end plate, described shears push rod is positioned at one section of suit helical spring of casing, helical spring one end and casing end plate contact internal walls, other end is positioned at shears push rod that the end of casing is fixing to be connected, shears push rod is positioned at one end of casing and installs pulley, and pulley outer rim rolls with the outer rim of weft cutter cam and coordinates.
Described segmentation edge-folding mechanism includes set of left edge-folding mechanism and a set of right side edge-folding mechanism, and the flanging hook of left side edge-folding mechanism and right side edge-folding mechanism is respectively positioned on outside.
Use and have the beneficial effects that produced by technique scheme: be respectively mounted left side edge-folding mechanism and right side edge-folding mechanism at rapier loom network outlet, it is capable of continuous flanging action in process of production, parallel is cut off by unification at same position, and fold inward, improve metal gauze quality and outward appearance, production efficiency can be improved simultaneously, reduce labour cost, still further aspect, segmentation edge-folding mechanism is set at middle part, can require to adjust middle segmentation edge-folding mechanism distance left side edge-folding mechanism or the distance of right side edge-folding mechanism according to product specification, therefrom portion's segmentation in the case of not affecting production capacity, and carry out flanging.
Accompanying drawing explanation
Fig. 1 is left side edge-folding mechanism and right side edge-folding mechanism position relationship schematic diagram；
Fig. 2 is segmentation edge-folding mechanism schematic diagram；
Fig. 3 is right side edge-folding mechanism schematic diagram；
Fig. 4 is left side edge-folding mechanism schematic diagram；
Fig. 5 is right side edge-folding mechanism casing scheme of installation；
Fig. 6 is shears and the flanging hook mounting structure schematic diagram of right side edge-folding mechanism；
Fig. 7 is the scissor construction schematic diagram of right side edge-folding mechanism；
Fig. 8 is cam set structural representation；
Fig. 9 is Fig. 8 other direction structural representation；
Figure 10 is cam mounting structure schematic diagram；
Wherein: 1, left side edge-folding mechanism；2, right side edge-folding mechanism；3, segmentation edge-folding mechanism；2-1, cam set；2-1-1, rotation cam；2-1-2, the first fork；2-1-3, shears push rod；2-1-4, the second fork；2-1-5, weft cutter cam；2-1-6, promotion cam；2-2, casing；2-3, shears push rod；2-4, L-shaped are won in succession；2-5, flanging drive rod；2-6, flanging hook；2-7, shears；2-7-1, movable scissors；2-7-2, fixed blade；2-8, shears mounting seat；2-9, H-shaped guide groove；2-10, main shaft.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
Elaborate a lot of detail in the following description so that fully understanding this utility model, but this utility model can also use other to be different from alternate manner described here to be implemented, those skilled in the art can do similar popularization in the case of this utility model intension, and therefore this utility model is not limited by following public specific embodiment.
nullAs shown in Figure 1-2，The utility model discloses a kind of steel wire crimping unit supporting with rapier loom，Including the left side edge-folding mechanism 1 being arranged on rapier loom network outlet、Right side edge-folding mechanism 2 and segmentation edge-folding mechanism 3，Described left side edge-folding mechanism 1(sees accompanying drawing 4) and right side edge-folding mechanism 2(see accompanying drawing 3) symmetrically structure、And it is divided into rapier loom network outlet both sides，Described segmentation edge-folding mechanism 3 is arranged in the middle part of rapier loom network outlet、And be connected by means of transverse adjusting mechanism and rapier loom are fixing，Described segmentation edge-folding mechanism 3 includes set of left here mechanism and a set of right side edge-folding mechanism symmetrically coupled，Right side edge-folding mechanism includes the casing 2-2 being fixedly mounted on rapier loom、It is arranged on cam set 2-1 in casing 2-2、The flanging drive rod 2-5 and shears push rod 2-3 installed is coordinated with cam set 2-1，Shears push rod 2-3 and flanging drive rod 2-5 be arranged in parallel、And end all stretches out from casing 2-2 one end，Shears push rod 2-3 end installs shear driving mechanism，Flanging drive rod 2-5 end installation folding hook 2-6，Shear driving mechanism lower end connects shears drive end，Shears is connected (seeing accompanying drawing 3 and 5) by means of shears mounting seat 2-8 and rapier loom are fixing.
Shears 2-7(sees accompanying drawing 6-7) include fixed blade 2-7-2 and movable scissors 2-7-1, fixed blade 2-7-2 is horizontally arranged at rapier loom network outlet by shears mounting seat 2-8, the cutting edge of fixed blade 2-7-2 is upwards installed, movable scissors 2-7-1 tail end is hinged with fixed blade 2-7-2 tail end, hinged with shear driving mechanism hypomere by means of bearing pin in the middle part of movable scissors 2-7-1.
Shear driving mechanism (seeing accompanying drawing 7) includes that L-shaped is won in succession 2-4 and H-shaped guide groove 2-9, L-shaped is won in succession, and shorter section of upper end of 2-4 is fixing with shears push rod 2-3 end to be connected, L-shaped longer section of the 2-4 that wins in succession is horizontally mounted and parallel with shears push rod 2-3, L-shaped longer section of middle part of 2-4 of winning in succession offers long slot bore, H-shaped guide groove 2-9 top and bottom are respectively articulated with a bearing pin, the bearing pin of H-shaped guide groove 2-9 upper end is won in succession through L-shaped, and the long slot bore on 2-4 is fixing to be connected, and the bearing pin being positioned at H-shaped guide groove 2-9 lower end is connected with the hinged ear in the middle part of movable scissors 2-7-1.
Flanging hook 2-6(sees accompanying drawing 6) it is L-shaped platy structure, its upper end arranges vertical long slot bore, fix with flanging drive rod 2-5 end after wearing screw in this vertical long slot bore and be connected, the horizontal segment of flanging hook 2-6 is installed towards shears direction, flanging hook 2-6 horizontal segment end is provided with vertical bar, vertical bar lower end inside is provided with flanging block, and flanging block, vertical bar and L-shaped platy structure are structure as a whole.
nullCam set 2-1(sees accompanying drawing 8-10) include coaxial mounted rotation cam 2-1-1、Weft cutter cam 2-1-5 and push cam，Also include the first fork 2-1-2、Driving lever 2-1-3 and the second fork 2-1-4，For installing rotation cam 2-1-1、The main shaft 2-10 of weft cutter cam 2-1-5 and push cam is connected with rapier loom power set outfan by drive mechanism，First fork 2-1-2 and the second fork 2-1-4 upper end are fixing with the two short axles being horizontally arranged in casing 2-2 respectively to be connected，Two short axles are separately positioned on casing 2-2 inside front ends and back segment、And be arranged on casing 2-2 side plate by means of bearing，First fork 2-1-2 is arranged on rotation cam 2-1-1 open sides，It installs runner with rotating on cam 2-1-1 opposite flank，Runner is embedded in the cam path of the open sides setting rotating cam 2-1-1，Driving lever 2-1-3 lower end is slidably matched by means of part between spline housing and flanging drive rod 2-5 end flower，Driving lever 2-1-3 upper end connects by means of spherical linkage and the first fork 2-1-2 lower end，Weft cutter cam 2-1-5 is sleeved on outside promotion cam 2-1-6，Promote cam 2-1-6 open sides that cam path is set，Second fork 2-1-4 installs runner with promoting on cam 2-1-6 opposite flank，Runner embeds in promoting the cam path that the open sides of cam 2-1-6 is arranged，Second fork 2-1-4 lower end articulated linkage，Connecting rod lower end is connected with the fixed cover being fixedly installed in the middle part of flanging drive rod 2-5 by means of spherical linkage，The pin joint of connecting rod and the second fork 2-1-4 is between fixed cover and spline housing.
Flanging drive rod 2-5 two ends are all slidably matched with the sliding sleeve of setting on casing 2-2 end plate, shears push rod 2-3 is positioned at one section of suit helical spring of casing 2-2, helical spring one end and casing 2-2 end plate contact internal walls, other end is positioned at shears push rod 2-3 that the end of casing 2-2 is fixing to be connected, shears push rod 2-3 is positioned at one end of casing 2-2 and installs pulley, and pulley outer rim rolls with the outer rim of weft cutter cam 2-1-5 and coordinates；Segmentation edge-folding mechanism includes set of left edge-folding mechanism and a set of right side edge-folding mechanism, and the flanging hook 2-6 of left side edge-folding mechanism and right side edge-folding mechanism is respectively positioned on outside.
In concrete application process, left side edge-folding mechanism, the main shaft of right side edge-folding mechanism and segmentation edge-folding mechanism is all connected with the power set of rapier loom by drive mechanism, rapier loom moves continuously, main shaft moves continuously, shears and flanging hook move or intermittent movement continuously according to the structure of cam set, the every stepping of rapier loom is once, shears completes once to cut off, flanging drive rod pushes away before completing, rotate, revolution and four actions of retrogressing, i.e. complete the flanging of a tram, it is positioned at the left side edge-folding mechanism in the segmentation edge-folding mechanism at middle part or right side edge-folding mechanism cancels shears, only retain a set of shear mechanism, once shear and tram is cut off from middle part, the flanging hook of both sides by the tram cut off to two side edgefolds.
nullCam set is in the course of the work，Within a cycle，Main shaft drives and rotates cam rotation，Driven by rotating wheel the first fork coordinated with the cam groove rotating cam open sides swings around short axle，Its end is when rotating around short axle，The open end being driven driving lever by spherical linkage is swung the most slightly，Driving lever lower end is connected with flanging drive rod by splined shaft，Therefore flanging drive rod can be driven to rotate，Second fork and the first fork swing around its short axle equally，Its drivening rod in swing process rotates，Connecting rod upper and lower side is hinged with fixed cover and the second fork lower end respectively，Second connecting rod swing process changes due to angle，Can promote or pull flanging drive rod axially-movable，And then realize same main shaft drives flanging drive rod and complete the action of two degree of freedom，Realize flanging，When specific design，It is positioned at push cam and the cam groove rotated on cam needs to be designed according to axially-movable and rotational steps，Guarantee multiple coordination.
In a word, this utility model is by being respectively mounted left side edge-folding mechanism and right side edge-folding mechanism at rapier loom network outlet, it is capable of continuous flanging action in process of production, parallel is cut off by unification at same position, and fold inward, improve metal gauze quality and outward appearance, production efficiency can be improved simultaneously, reduce labour cost, still further aspect, segmentation edge-folding mechanism is set at middle part, can require to adjust middle segmentation edge-folding mechanism distance left side edge-folding mechanism or the distance of right side edge-folding mechanism according to product specification, therefrom portion's segmentation in the case of not affecting production capacity, and carry out flanging.
Claims (8)
1. a steel wire crimping unit supporting with rapier loom, it is characterized in that: include being arranged on the left side edge-folding mechanism (1) of rapier loom network outlet, right side edge-folding mechanism (2) and segmentation edge-folding mechanism (3), described left side edge-folding mechanism (1) and right side edge-folding mechanism (2) symmetrically structure, and it is divided into rapier loom network outlet both sides, described segmentation edge-folding mechanism (3) is arranged in the middle part of rapier loom network outlet, and be connected by means of transverse adjusting mechanism and rapier loom are fixing, described segmentation edge-folding mechanism (3) includes set of left here mechanism and a set of right side edge-folding mechanism symmetrically coupled.
The steel wire crimping unit supporting with rapier loom the most according to claim 1, it is characterized in that: described right side edge-folding mechanism includes the casing (2-2) being fixedly mounted on rapier loom, the cam set (2-1) being arranged in casing (2-2), the flanging drive rod (2-5) and shears push rod (2-3) installed is coordinated with cam set (2-1), shears push rod (2-3) and flanging drive rod (2-5) be arranged in parallel, and end all stretches out from casing (2-2) one end, described shears push rod (2-3) end installs shear driving mechanism, described flanging drive rod (2-5) end installation folding hook (2-6), described shear driving mechanism lower end connects shears drive end, shears is connected by means of shears mounting seat (2-8) and rapier loom are fixing.
The steel wire crimping unit supporting with rapier loom the most according to claim 2, it is characterized in that: described shears includes fixed blade (2-7-2) and movable scissors (2-7-1), fixed blade (2-7-2) is horizontally arranged at rapier loom network outlet by shears mounting seat (2-8), the cutting edge of fixed blade (2-7-2) is upwards installed, described movable scissors (2-7-1) tail end is hinged with fixed blade (2-7-2) tail end, and described movable scissors (2-7-1) middle part is hinged with shear driving mechanism hypomere by means of bearing pin.
The steel wire crimping unit supporting with rapier loom the most according to claim 3, it is characterized in that: described shear driving mechanism includes that L-shaped is won in succession (2-4) and H-shaped guide groove (2-9), described L-shaped is won in succession, and (2-4) shorter section of upper end is fixing with shears push rod (2-3) end to be connected, described L-shaped win in succession (2-4) longer section be horizontally mounted, and it is parallel with shears push rod (2-3), L-shaped (2-4) longer section of middle part of winning in succession offers long slot bore, described H-shaped guide groove (2-9) top and bottom are respectively articulated with a bearing pin, the bearing pin of H-shaped guide groove (2-9) upper end is won in succession through L-shaped, and the long slot bore on (2-4) is fixing to be connected, the hinged ear of the bearing pin and movable scissors (2-7-1) middle part that are positioned at H-shaped guide groove (2-9) lower end is connected.
The steel wire crimping unit supporting with rapier loom the most according to claim 4, it is characterized in that: described flanging hook (2-6) is L-shaped platy structure, its upper end arranges vertical long slot bore, fix with flanging drive rod (2-5) end after wearing screw in this vertical long slot bore and be connected, the horizontal segment of described flanging hook (2-6) is installed towards shears direction, described flanging hook (2-6) horizontal segment end is provided with vertical bar, vertical bar lower end inside is provided with flanging block, and described flanging block, vertical bar and L-shaped platy structure are structure as a whole.
nullThe steel wire crimping unit supporting with rapier loom the most according to claim 5，It is characterized in that: described cam set (2-1) includes coaxial mounted rotation cam (2-1-1)、Weft cutter cam (2-1-5) and push cam，Also include the first fork (2-1-2)、Driving lever (2-1-3) and the second fork (2-1-4)，Described for installing rotation cam (2-1-1)、The main shaft (2-10) of weft cutter cam (2-1-5) and push cam is connected with rapier loom power set outfan by drive mechanism，Described first fork (2-1-2) and the second fork (2-1-4) upper end are fixing with the two short axles being horizontally arranged in casing (2-2) respectively to be connected，Two short axles are separately positioned on casing (2-2) inside front ends and back segment、And be arranged on casing (2-2) side plate by means of bearing，Described first fork (2-1-2) is arranged on rotation cam (2-1-1) open sides，It installs runner with rotating on cam (2-1-1) opposite flank，Runner is embedded in the cam path of the open sides setting rotating cam (2-1-1)，Described driving lever (2-1-3) lower end is slidably matched by means of part between spline housing and flanging drive rod (2-5) end flower，Driving lever (2-1-3) upper end connects by means of spherical linkage and the first fork (2-1-2) lower end，Described weft cutter cam (2-1-5) is sleeved on promotion cam (2-1-6) outside，Promote cam (2-1-6) open sides that cam path is set，Described second fork (2-1-4) installs runner with promoting on cam (2-1-6) opposite flank，Runner embeds in promoting the cam path that the open sides of cam (2-1-6) is arranged，Described second fork (2-1-4) lower end articulated linkage，Connecting rod lower end is connected with the fixed cover being fixedly installed on flanging drive rod (2-5) middle part by means of spherical linkage，The pin joint of described connecting rod and the second fork (2-1-4) is between fixed cover and spline housing.
The steel wire crimping unit supporting with rapier loom the most according to claim 6, it is characterized in that: described flanging drive rod (2-5) two ends are all slidably matched with the sliding sleeve of setting on casing (2-2) end plate, described shears push rod (2-3) is positioned at one section of suit helical spring of casing (2-2), helical spring one end and casing (2-2) end plate contact internal walls, other end is positioned at shears push rod (2-3) that the end of casing (2-2) is fixing to be connected, shears push rod (2-3) is positioned at one end of casing (2-2) and installs pulley, pulley outer rim rolls with the outer rim of weft cutter cam (2-1-5) and coordinates.
The steel wire crimping unit supporting with rapier loom the most according to claim 7, it is characterized in that: described segmentation edge-folding mechanism includes set of left edge-folding mechanism and a set of right side edge-folding mechanism, the flanging hook (2-6) of left side edge-folding mechanism and right side edge-folding mechanism is respectively positioned on outside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520974210.0U CN205443572U (en) | 2015-12-01 | 2015-12-01 | With supporting wire net hem device of rapier weaving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520974210.0U CN205443572U (en) | 2015-12-01 | 2015-12-01 | With supporting wire net hem device of rapier weaving machine |
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| Publication Number | Publication Date |
|---|---|
| CN205443572U true CN205443572U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520974210.0U Withdrawn - After Issue CN205443572U (en) | 2015-12-01 | 2015-12-01 | With supporting wire net hem device of rapier weaving machine |
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| CN (1) | CN205443572U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105332148A (en) * | 2015-12-01 | 2016-02-17 | 安平县耀华拔丝织网厂 | Steel wire mesh edge folding device matched with rapier loom |
| CN106592070A (en) * | 2016-12-09 | 2017-04-26 | 浙江鹤群机械股份有限公司 | Mechatronics fold selvage device |
-
2015
- 2015-12-01 CN CN201520974210.0U patent/CN205443572U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105332148A (en) * | 2015-12-01 | 2016-02-17 | 安平县耀华拔丝织网厂 | Steel wire mesh edge folding device matched with rapier loom |
| CN106592070A (en) * | 2016-12-09 | 2017-04-26 | 浙江鹤群机械股份有限公司 | Mechatronics fold selvage device |
| CN106592070B (en) * | 2016-12-09 | 2018-05-29 | 浙江鹤群智能装备股份有限公司 | A kind of electromechanical integration Tucked-in selvage apparatus |
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