CN104475487B - High-level pay-off stand - Google Patents
High-level pay-off stand Download PDFInfo
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- CN104475487B CN104475487B CN201510005688.7A CN201510005688A CN104475487B CN 104475487 B CN104475487 B CN 104475487B CN 201510005688 A CN201510005688 A CN 201510005688A CN 104475487 B CN104475487 B CN 104475487B
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Abstract
The present invention relates to a kind of high-level pay-off stand, a kind of high-level pay-off stand that can quickly repair fault, belongs to metal Setting-out Technique field specifically. It includes column, and column is slidably connected climbing mechanism, is provided with block in the middle part of column, and column side is provided with outlet wheel component. Column is provided with putter component, and putter component is arranged right below pedal part. Present configuration is simple, compact, reasonable, it is possible to quickly repairs after the knotting of steel wire unrest line is shut down, improves work efficiency, bring convenience to use.
Description
Technical field
The present invention relates to a kind of high-level pay-off stand, a kind of high-level pay-off stand that can quickly repair fault, belongs to metal Setting-out Technique field specifically.
Background technology
In metal wire-drawing production process, the payingoff mechanism of metal drawing adopts I-beam wheel unwrapping wire, I-beam wheel has bigger resistance because of deadweight, from I-beam wheel unwrapping wire start time full axle to empty axle, this resistance constantly diminishes, tinsel is made to produce descending dynamic tension in unwrapping wire process, so that elongation wiry is uneven; During high speed unwinding, tinsel easily breaks simultaneously, forms swinging cross owing to effect of inertia causes a large amount of tinsel to release, not only wastes raw material but also cause the stagnation of production.
In prior art, it is generally adopted high-order payingoff mechanism replacement I-beam wheel and carries out unwrapping wire. Traditional high-order payingoff mechanism passive unwrapping wire of power by admission machine, when wire breakage at inlet wire, parts of creeping up move to broken string travel switch place along column, trigger broken string travel switch control machine to shut down, avoiding problems swinging cross, but it is when concrete response, and the unit response time of creeping is slow, it is easy to break down; And after machine shuts down, parts of creeping are not easy return, if desired operational outfit again, its operating process comparatively bothers, and causes use inconvenience.
Summary of the invention
It is an object of the invention to overcome above-mentioned weak point, thus providing a kind of high-level pay-off stand, it is possible to quickly repair after the knotting of steel wire unrest line is shut down, improve work efficiency, bring convenience to use.
According to technical scheme provided by the invention, high-level pay-off stand includes column, column top is provided with oscillating arm bracket, oscillating arm bracket is provided with arm shaft, arm shaft is rotationally connected swing arm, being provided with swing arm cylinder between swing arm and oscillating arm bracket, the cylinder block of swing arm cylinder and oscillating arm bracket are articulated and connected, and the cylinder rod of swing arm cylinder and swing arm are articulated and connected, described swing arm upper end is provided with collision block, column upper end is provided with travel switch bracket, travel switch bracket is provided with the first travel switch and the second travel switch, collision block is driven to rotate within the scope of the first travel switch and the second travel switch when swing arm rotates, it is characterized in that: be slidably connected on column climbing mechanism, being provided with block in the middle part of column, column side is provided with outlet wheel component, column is provided with putter component, and putter component is arranged right below pedal part, described putter component includes rising stem and push rod, flange it is provided with inside rising stem, groove it is provided with inside push rod, rising stem and push rod are connected by the inclined-plane of flange and groove, rising stem top connects the first location-plate, first location-plate connects two the first expansion links, the front end of the first expansion link is threaded connection push rod, first expansion link is provided with the first spring, first spring at front end contact push rod, rear end in contact the first location-plate, rising stem bottom connects the second location-plate, second location-plate connects two the second expansion links, the front end of the second expansion link is threaded connection push rod, second expansion link is provided with the second spring, second spring at front end contact push rod, rear end in contact the second location-plate, described pedal part includes fixing seat, and fixing seat is provided with rotating shaft, and rotating shaft is rotationally connected treadle, and fixing seat is provided with lower alignment pin, and treadle rear end is provided with alignment pin, connects return spring between lower alignment pin and upper alignment pin, and treadle front end is provided with pedal.
Further, chain subassembly it is provided with between parts and column creeping.
Further, climbing mechanism includes frame of creeping, central rack of creeping is provided with line ball wheel shaft, line ball wheel shaft connects fabric wheel by bearing, frame of creeping side stationary positioned frame, location bar it is provided with in locating rack, location bar is provided with locating piece, location bar is provided with the 3rd spring, 3rd spring at front end contact locating piece, rear end in contact locating rack inwall, locating rack two ends connect the first cover plate and the second cover plate respectively, frame of creeping is respectively arranged on the left side and the right side a weight linear meter, and each weight linear meter connects multiple balancing weight.
Further, outlet wheel component includes fixed support, fixed support is provided with positioning sleeve, positioning sleeve center is provided with hole, location, positioning sleeve side is provided with wire-crossing wheel groove, and described fixed support is provided with outlet wheel carrier, and outlet wheel carrier is provided with out wire wheel axis, going out and connect outlet wheel by outlet wheel bearing on wire wheel axis, the front portion of outlet wheel is stretched in hole, location through wire-crossing wheel groove.
Further, swing arm front end is provided with incoming line.
Further, swing arm upper surface is provided with transition wheel, and swing arm lower surface is provided with lower transition wheel.
Further, the side of swing arm is provided with proximity switch, and proximity switch both sides are provided with die holder.
Further, column is provided with top sheave.
Compared with the prior art the present invention has the advantage that
Present configuration is simple, compact, reasonable, it is possible to quickly repairs after the knotting of steel wire unrest line is shut down, improves work efficiency, bring convenience to use.
Accompanying drawing explanation
Fig. 1 is front view of the present invention.
Fig. 2 is side view of the present invention.
Fig. 3 is top view of the present invention.
Fig. 4 is climbing mechanism front view.
Fig. 5 is climbing mechanism top view.
Fig. 6 is outlet wheel front view.
Fig. 7 is outlet wheel top view.
Fig. 8 is putter component front view.
Fig. 9 is putter component top view.
Figure 10 is pedal part front view.
Figure 11 is pedal part top view.
Description of reference numerals: 1-column, 2-creeps parts, 2.1-creeps frame, 2.2-weight linear meter, 2.3-balancing weight, 2.4-locating rack, 2.5-spring, 2.6-positions bar, 2.7-the first cover plate, 2.8-the second cover plate, 2.9-line ball wheel shaft, 2.10-fabric wheel, 2.11-locating piece, 3-outlet wheel component, 3.1-fixed support, 3.2-positioning sleeve, 3.3-outlet wheel carrier, 3.4-goes out wire wheel axis, 3.5-outlet wheel bearing, 3.6-outlet is taken turns, 3.7-positions hole, 3.8-wire-crossing wheel groove, 4-putter component, 4.1-rising stem, 4.2-push rod, 4.3-flange, 4.4-groove, 4.5-the first location-plate, 4.6-the second location-plate, 4.7-the first expansion link, 4.8-the first spring, 4.9-the second expansion link, 4.10-the second spring, 5-pedal part, 5.1-fixes seat, 5.2-treadle, 5.3-pedal, 5.4-return spring, alignment pin under 5.5-, the upper alignment pin of 5.6-, 5.7-rotating shaft, 6-chain subassembly, 7-block, 8-top sheave, 9-oscillating arm bracket, 10-arm shaft, 11-swing arm, the upper transition wheel of 12-, transition wheel under 13-, 14-die holder, 15-proximity switch, 16-incoming line, 17-swing arm cylinder, 18-collision block, 19-the first travel switch, 20-the second travel switch, 21-travel switch bracket.
Detailed description of the invention
The present invention will be further described in conjunction with the embodiment in accompanying drawing below:
As shown in Fig. 1 ~ 3, the invention mainly comprises column 1, column 1 top is provided with oscillating arm bracket 9, and oscillating arm bracket 9 is provided with arm shaft 10, and arm shaft 10 is rotationally connected swing arm 11.
Being provided with swing arm cylinder 17 between swing arm 11 and oscillating arm bracket 9, the cylinder block of swing arm cylinder 17 and oscillating arm bracket 9 are articulated and connected, and the cylinder rod of swing arm cylinder 17 and swing arm 11 are articulated and connected.Swing arm cylinder 17 can promote swing arm to rotate around arm shaft 10.
In order to limit the slewing area of swing arm 11, described swing arm 11 upper end is provided with collision block 18, and column 1 upper end is provided with travel switch bracket 21, and travel switch bracket 21 is provided with the first travel switch 19 and the second travel switch 20. Collision block 18 is driven to rotate in the first travel switch 19 and the second travel switch 20 scope when swing arm 11 rotates.
Be slidably connected on column 1 climbing mechanism 2, is provided with block 7 in the middle part of column 1, and when climbing mechanism 2 is pulled by steel wire and to move upward to contact blocks 7, equipment quits work. More smooth in order to what allow climbing mechanism 2 run, it is provided with chain subassembly 6 between parts 2 and column 1 creeping.
As shown in Fig. 4 ~ 5, described climbing mechanism 2 includes frame 2.1 of creeping, and is provided with line ball wheel shaft 2.9 in the middle part of frame of creeping 2.1, and line ball wheel shaft 2.9 connects fabric wheel 2.10 by bearing. Frame of creeping 2.1 side stationary positioned frame 2.4, is provided with location bar 2.6 in locating rack 2.4, location bar 2.6 is provided with locating piece 2.11. Location bar 2.6 is provided with the 3rd spring 2.5, and end in contact locating piece 2.11 before the 3rd spring 2.5, rear end in contact locating rack 2.4 inwall, the elastic force of the 3rd spring 2.5 can make location bar 2.6 return. Described locating rack 2.4 two ends connect the first cover plate 2.7 and the second cover plate 2.8 respectively. Described frame 2.1 of creeping is respectively arranged on the left side and the right side a weight linear meter 2.2, and each weight linear meter 2.2 connects multiple balancing weight 2.3.
After steel wire guides from top pulleys, moving in the direction towards obliquely downward, it is impossible to is directly entered wire drawing machine, in order to change the trend of steel wire so that steel wire becomes horizontal direction entrance wire drawing machine and carries out drawing, is provided with outlet wheel component 3 on column 1.
Column 1 side is provided with outlet wheel component 3, and as shown in Fig. 6 ~ 7, described outlet wheel component 3 includes fixed support 3.1, and fixed support 3.1 is provided with positioning sleeve 3.2. Positioning sleeve 3.2 center is provided with hole 3.7, location, and positioning sleeve 3.2 side is provided with wire-crossing wheel groove 3.8. Described fixed support 3.1 is provided with outlet wheel carrier 3.3, and outlet wheel carrier 3.3 is provided with out wire wheel axis 3.4. Go out and wire wheel axis 3.4 connects outlet wheel 3.6 by outlet wheel bearing 3.5. The front portion of outlet wheel 3.6 is stretched in hole 3.7, location through wire-crossing wheel groove 3.8.
Described column 1 is provided with putter component 4, and putter component 4 is arranged right below pedal part 5.
As shown in Fig. 8 ~ 9, described putter component 4 includes rising stem 4.1 and push rod 4.2, is provided with flange 4.3 inside rising stem 4.1, is provided with groove 4.4, rising stem 4.1 and push rod 4.2 and is connected by the inclined-plane of flange 4.3 and groove 4.4 inside push rod 4.2. When upwardly rising stem 4.1, owing to the inclined-plane of flange 4.3 and groove 4.4 coordinates, push rod 4.2 is pushed to away from rising stem 4.1 direction. Rising stem 4.1 top connects the first location-plate 4.5, and the first location-plate 4.5 connects two the first expansion links 4.7, and the front end of the first expansion link 4.7 is threaded connection push rod 4.2. Described first expansion link 4.7 is provided with the first spring 4.8, end in contact push rod 4.2 before the first spring 4.8, rear end in contact the first location-plate 4.5. Rising stem 4.1 bottom connects the second location-plate 4.6, and the second location-plate 4.6 connects two the second expansion links 4.9, and the front end of the second expansion link 4.9 is threaded connection push rod 4.2. Described second expansion link 4.9 is provided with the second spring 4.10, end in contact push rod 4.2 before the second spring 4.10, rear end in contact the second location-plate 4.6.
As shown in Figure 10 ~ 11, described pedal part 5 includes fixing seat 5.1, and fixing seat 5.1 is provided with rotating shaft 5.7, and rotating shaft 5.7 is rotationally connected treadle 5.2. Described fixing seat 5.1 is provided with lower alignment pin 5.5, and treadle 5.2 rear end is provided with alignment pin 5.6. Return spring 5.4 is connected between lower alignment pin 5.5 and upper alignment pin 5.6. Described treadle 5.2 front end is provided with pedal 5.3, and pedal 5.3 facilitates the step of staff to step on.
Described swing arm 11 front end is provided with incoming line 16. Described swing arm 11 upper surface is provided with transition wheel 12, and swing arm 11 lower surface is provided with lower transition wheel 13, and the side of swing arm 11 is provided with proximity switch 15, and proximity switch 15 both sides are provided with die holder 14. Described column 1 is provided with top sheave 8.
The operation principle of the present invention is: when unwrapping wire, and steel wire enters from incoming line, then in turn through upper transition wheel and lower transition wheel. Turn again to lower transition wheel after subsequently entering parts of creeping, after being then passed through top sheave, enter outlet wheel component. After steel wire guides from top pulleys, moving in the direction towards obliquely downward, it is impossible to is directly entered wire drawing machine. Initially entering in the positioning sleeve of outlet wheel component, then taking turns from outlet, level derives and carries out drawing into wire drawing machine. When there is random line knotting at the steel wire of inlet wire, steel wire can not guide from top pulleys, and wire drawing machine below is also in operating, in order to ensure that steel wire does not rupture. Front end steel wire drives climbing device to move upward, and in motor process, balancing weight smoothes out with the fingers straight steel wire by gravity, it is ensured that the normal operation of wire drawing machine. If steel wire is still entangled with, after parts of creeping reach certain height, location bar touches block, whole equipment downtime, it is ensured that safety, it is to avoid swinging cross. After solving random line knotting, the equipment that continue to run with carries out unwrapping wire. Now climbing device is still located aloft, by trampling pedal part, promote the rising stem of putter component, rising stem promotes again push rod laterally, and push rod drives the expansion link on location-plate to move laterally, and expansion link overcomes spring pressure to stretch out outside location-plate, loosen the steel wire on climbing device, and make steel wire under the effect of climbing device gravity, turn again to bottom, again carry out line laying work.
Present configuration is simple, compact, reasonable, it is possible to quickly repairs after the knotting of steel wire unrest line is shut down, improves work efficiency, bring convenience to use.
Claims (8)
1. a high-level pay-off stand, including column (1), column (1) top is provided with oscillating arm bracket (9), oscillating arm bracket (9) is provided with arm shaft (10), arm shaft (10) is rotationally connected swing arm (11), being provided with swing arm cylinder (17) between swing arm (11) and oscillating arm bracket (9), the cylinder block of swing arm cylinder (17) and oscillating arm bracket (9) are articulated and connected, and the cylinder rod of swing arm cylinder (17) and swing arm (11) are articulated and connected; Described swing arm (11) upper end is provided with collision block (18), column (1) upper end is provided with travel switch bracket (21), travel switch bracket (21) is provided with the first travel switch (19) and the second travel switch (20), collision block (18) is driven to rotate in the first travel switch (19) and the second travel switch (20) scope when swing arm (11) rotates, it is characterized in that: be slidably connected on column (1) climbing mechanism (2), column (1) middle part is provided with block (7), and column (1) side is provided with outlet wheel component (3); Column (1) is provided with putter component (4), and putter component (4) is arranged right below pedal part (5);Described putter component (4) includes rising stem (4.1) and push rod (4.2), rising stem (4.1) inner side is provided with flange (4.3), push rod (4.2) inner side is provided with groove (4.4), rising stem (4.1) and push rod (4.2) are connected by the inclined-plane of flange (4.3) and groove (4.4), rising stem (4.1) top connects the first location-plate (4.5), first location-plate (4.5) is upper connects two the first expansion links (4.7), the front end of the first expansion link (4.7) is threaded connection push rod (4.2), first expansion link (4.7) is provided with the first spring (4.8), the front end in contact push rod (4.2) of first spring (4.8), rear end in contact the first location-plate (4.5), rising stem (4.1) bottom connects the second location-plate (4.6), second location-plate (4.6) is upper connects two the second expansion links (4.9), the front end of the second expansion link (4.9) is threaded connection push rod (4.2), second expansion link (4.9) is provided with the second spring (4.10), the front end in contact push rod (4.2) of second spring (4.10), rear end in contact the second location-plate (4.6), described pedal part (5) includes fixing seat (5.1), fixing seat (5.1) is provided with rotating shaft (5.7), rotating shaft (5.7) is rotationally connected treadle (5.2), fixing seat (5.1) is provided with lower alignment pin (5.5), treadle (5.2) rear end is provided with alignment pin (5.6), connecting return spring (5.4) between lower alignment pin (5.5) and upper alignment pin (5.6), treadle (5.2) front end is provided with pedal (5.3).
2. high-level pay-off stand as claimed in claim 1, is characterized in that: be provided with chain subassembly (6) between parts of creeping (2) and column (1).
3. high-level pay-off stand as claimed in claim 1, it is characterized in that: described climbing mechanism (2) includes frame (2.1) of creeping, frame of creeping (2.1) middle part is provided with line ball wheel shaft (2.9), line ball wheel shaft (2.9) connects fabric wheel (2.10) by bearing, frame of creeping (2.1) side stationary positioned frame (2.4), location bar (2.6) it is provided with in locating rack (2.4), location bar (2.6) is provided with locating piece (2.11), location bar (2.6) is provided with the 3rd spring (2.5), the 3rd front end in contact locating piece (2.11) of spring (2.5), rear end in contact locating rack (2.4) inwall, locating rack (2.4) two ends connect the first cover plate (2.7) and the second cover plate (2.8) respectively, frame of creeping (2.1) is respectively arranged on the left side and the right side a weight linear meter (2.2), each weight linear meter (2.2) is upper connects multiple balancing weights (2.3).
4. high-level pay-off stand as claimed in claim 1, it is characterized in that: described outlet wheel component (3) includes fixed support (3.1), fixed support (3.1) is provided with positioning sleeve (3.2), positioning sleeve (3.2) center is provided with hole, location (3.7), positioning sleeve (3.2) side is provided with wire-crossing wheel groove (3.8), described fixed support (3.1) is provided with outlet wheel carrier (3.3), outlet wheel carrier (3.3) is provided with out wire wheel axis (3.4), go out and wire wheel axis (3.4) connects outlet wheel (3.6) by outlet wheel bearing (3.5), the front portion of outlet wheel (3.6) is stretched in hole, location (3.7) through wire-crossing wheel groove (3.8).
5. high-level pay-off stand as claimed in claim 1, is characterized in that: described swing arm (11) front end is provided with incoming line (16).
6. high-level pay-off stand as claimed in claim 1, is characterized in that: described swing arm (11) upper surface is provided with transition wheel (12), and swing arm (11) lower surface is provided with lower transition wheel (13).
7. high-level pay-off stand as claimed in claim 1, is characterized in that: the side of described swing arm (11) is provided with proximity switch (15), and proximity switch (15) both sides are provided with die holder (14).
8. high-level pay-off stand as claimed in claim 1, is characterized in that: described column (1) is provided with top sheave (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510005688.7A CN104475487B (en) | 2015-01-06 | 2015-01-06 | High-level pay-off stand |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510005688.7A CN104475487B (en) | 2015-01-06 | 2015-01-06 | High-level pay-off stand |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104475487A CN104475487A (en) | 2015-04-01 |
| CN104475487B true CN104475487B (en) | 2016-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510005688.7A Active CN104475487B (en) | 2015-01-06 | 2015-01-06 | High-level pay-off stand |
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| CN (1) | CN104475487B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4406774B2 (en) * | 2005-12-22 | 2010-02-03 | 株式会社サイカワ | Wire rod storage method and apparatus |
| CN201791773U (en) * | 2010-09-07 | 2011-04-13 | 山东腾达不锈钢制品有限公司 | High-level pay-off stand |
| CN201900150U (en) * | 2010-11-25 | 2011-07-20 | 海盐华辰工业炉有限公司 | Pay off rack |
| CN103484912B (en) * | 2013-09-30 | 2015-09-16 | 无锡常欣科技股份有限公司 | The pay off rack device of coppered wire |
| CN204429893U (en) * | 2015-01-06 | 2015-07-01 | 无锡常欣科技股份有限公司 | High-level pay-off stand |
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2015
- 2015-01-06 CN CN201510005688.7A patent/CN104475487B/en active Active
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