CN203498696U - Steel strand stranding machine - Google Patents
Steel strand stranding machine Download PDFInfo
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- CN203498696U CN203498696U CN201320670895.0U CN201320670895U CN203498696U CN 203498696 U CN203498696 U CN 203498696U CN 201320670895 U CN201320670895 U CN 201320670895U CN 203498696 U CN203498696 U CN 203498696U
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- frame
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- passive
- taking turns
- steel strand
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Abstract
The utility model discloses a steel strand stranding machine which comprises a device set I and a device set II. The device set I is composed of a fixed spool paying-off device 1, six or nine single spool paying-off devices 2 and a stranding device I 3, wherein the fixed spool paying-off device 1, the six or nine single-spool paying-off devices 2 and the stranding device I 3 are arranged in a linear mode. The device set II is arranged behind the stranding device I 3 and composed of six or five double-spool paying-off devices 4, a stranding device II 5 and a straightening and compressing device 6, wherein the six or five double-spool paying-off devices 4, the stranding device II 5 and the straightening and compressing device 6 are arranged in a linear mode. The steel strand stranding machine is a multipurpose device, a traditional 7-strand steel strand can be produced, and 7-strand to 19-strand steel strand products of various specifications can also be produced as needed. When the 7-strand or more-strand steel strand is produced, the fixed spool paying-off device and the number of the single-spool paying-off devices of the device set I and the number of the double-spool paying-off devices of the device set II can be combined for use according to actual conditions, the requirement for the number of strands is met, process configuration is carried out, the steel strands with different strands can be manufactured, and the Warrington type (6/6+6+1) and the seal type (9+9+1) of the current international standard can be met.
Description
Technical field
the utility model relates to steel strand wires strander field, is specifically related to produce the strander of the steel strand wires of 2 to 20 bursts of plurality of specifications.
Background technology
Steel strand wires are by the many stranded products that form of steel wire, have polytype.Along with the development of China's economic situation, also more and more higher to high performance material requirements, steel strand wires are also towards multiply, major diameter future development.It is main that traditional steel strand wires product is all 7 strands, in recent years, construction requirement due to some industries, 7 strands of above product requirements have been there are, and also obtained the approval of national correlation department, included into new national standard, international standard has Wa Lin to gulp down formula (6/6+6+1) and Xi Lushi (9+9+1) at present, therefore, for adapting to new product requirement, must develop the steel strand wires production equipment that can produce up to 19 strands more than.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of steel strand wires strander, both can part isolated operation produce traditional 7 strands and following steel strand wires, and can produce the steel strand wires of the plurality of specifications of 8-20 thigh by combined running again, device security is reliable, production efficiency is high, and place area occupied is few.
The utility model is achieved through the following technical solutions:
Steel strand wires strander, comprise equipment group I and equipment group II, described equipment group I is comprised of regular worker's character wheel wire dispenser and single I-beam wheel wire dispenser of a word discharge, after described equipment group II is located at single I-beam wheel wire dispenser, by the duplexing character wheel wire dispenser of a word discharge, the device II of pooling capital and aligning compaction apparatus, formed.
The further improvement project of the utility model is, described equipment group I also comprises plying device I, and plying device I is located between single I-beam wheel wire dispenser and duplexing character wheel wire dispenser.
The utility model further improvement project is, described single I-beam wheel wire dispenser comprises frame I, single frame basket, I-beam wheel I and cambered plate I, between every two frame I, be provided with a single frame basket, the I-beam wheel I of single winding steel wire is arranged in single frame basket, each frame I both sides is separately installed with tumbler I, and individual layer cambered plate I two ends are separately fixed in the tumbler I of adjacent frame I; Described duplexing character wheel wire dispenser comprises frame II, two frame basket, I-beam wheel II and cambered plate II, between every two frame II, be provided with a two frame basket, the I-beam wheel II of two winding steel wire is arranged in two frame baskets side by side, each frame II both sides is separately installed with tumbler II, and double-layer arched plate II two ends are separately fixed in the tumbler II of adjacent frame II; Tumbler I and tumbler II are all in transmission connection with drive unit.
The utility model further improvement project is, described tumbler I comprises a plurality of active synchronization wheel I in major axis I and major axis I and is located at the passive and synchronous I of taking turns in the fixed axis I of frame I both sides, major axis I is located at frame I avris, and corresponding active synchronization wheel I and the passive and synchronous I of taking turns are in transmission connection; Described tumbler II comprises a plurality of active synchronization wheel II in major axis II and major axis II and is located at the passive and synchronous II of taking turns in the fixed axis II of frame II both sides, major axis II is located at frame II avris, corresponding active synchronization wheel II and the passive and synchronous II of taking turns are in transmission connection, and major axis I and major axis II are all in transmission connection with drive unit.Tumbler is realized run-in synchronism by major axis, and steel wire rope can not be wound around.
The utility model further improvement project is that the described passive and synchronous I of taking turns is synchronizeed with the passive and synchronous II of taking turns.
The utility model further improvement project is, described passive and synchronous outer face of taking turns I is provided with the installed part I of cambered plate I, and cambered plate I two ends are separately fixed in the set passive and synchronous installed part I of taking turns I of adjacent frame I; Described passive and synchronous outer face and inner face of taking turns II is respectively equipped with installed part II, and the two ends of double-layer arched plate II ectonexine cambered plate are separately fixed in the set passive and synchronous interior outer end installed part II of taking turns II of adjacent frame II.
The utility model further improvement project is that the two ends of described single frame basket are connected to the set fixed axis I of adjacent frame I; The two ends of described pair of frame basket are connected to the set fixed axis II of adjacent frame II.
The utility model further improvement project is that the individual layer cambered plate I being provided with between described adjacent frame I is two, is symmetricly set in passive and synchronous both sides of taking turns I axis; The double-layer arched plate II being provided with between described adjacent frame II is four, and the stacked installation in gap is between two symmetricly set in passive and synchronous both sides of taking turns II axis.
The utility model further improvement project is, the upper surface of described cambered plate I is at least provided with two steel wire guide pad I, and described two steel wire guide pad I are symmetricly set in cambered plate I upper surface two ends, and steel wire guide pad I is provided with 3-4 pilot hole; The upper surface of described double-layer arched plate II is at least provided with two steel wire guide pad II, and described two steel wire guide pad II are symmetricly set in double-layer arched plate II upper surface two ends, and steel wire guide pad II is provided with 5 pilot holes.Per share steel wire, along passing in the pilot hole of the guide pad from cambered plate, is better fixed the trend of per share steel wire.
The utility model further improvement project is, described equipment group I is comprised of nine or six single I-beam wheel wire dispensers, and equipment group II is comprised of five or six duplexing character wheel wire dispensers.Two kinds of arranged in form, form one, equipment group I is 9+1 thigh steel wire, bonding apparatus group II is 10 I-beam wheel of 5 frame baskets; Form two, equipment group I is 6+1 thigh steel wire, bonding apparatus group II is 12 I-beam wheel of 6 frame baskets.The Wa Lin that meets current international standard completely gulps down formula (6/6+6+1) and Xi Lushi (9+9+1) production requirement.
The utility model compared with prior art, has following obvious advantage:
The utility model comprises equipment group I and equipment group II, is a kind of multipurpose plant, can produce 7 strands of traditional steel strand wires, also can produce as required the steel strand wires product of the plurality of specifications of 7 to 19 strands.While producing 7 strands of steel strand wires, only need be with equipment group I, i.e. the strander of 7 anterior single cambered plates, plying device I in the middle of directly entering, twisting moulding; When produce more than 7 strands steel strand wires time, can use the quantity of regular worker's character wheel wire dispenser of equipment group I, single I-beam wheel wire dispenser and the quantity that equipment group II is used duplexing character wheel wire dispenser according to practical combinations, meet number of share of stock requirement, carry out Process configuration, can manufacture the steel strand wires of different number of share of stocks.The Wa Lin that this device can meet current international standard gulps down formula (6/6+6+1) and Xi Lushi (9+9+1) regulation.
Accompanying drawing explanation
Fig. 1 is embodiment 1 structural representation.
Fig. 2 is the enlarged drawing of A portion in Fig. 1.
Fig. 3 is the enlarged drawing of B portion in Fig. 1.
Fig. 4 is the C-C sectional view of Fig. 1.
Fig. 5 is the D-D sectional view of Fig. 1.
Fig. 6 is embodiment 2 structural representations.
The specific embodiment
Embodiment 1
As shown in Figures 1 to 5, the utility model comprises equipment group I and equipment group II, described equipment group I is by regular worker's character wheel wire dispenser 1 of a word discharge, six single I-beam wheel wire dispensers 2 and the device I3 composition of pooling capital, single I-beam wheel wire dispenser 2 comprises frame I 21, single frame basket 22, I-beam wheel I 23 and cambered plate I 24, between every two frame I 21, be provided with a single frame basket 22, single frame basket 22 two ends are the fixed axis I 27 of connection frame I both sides respectively, the I-beam wheel I 23 of single winding steel wire is arranged in single frame basket 22, each frame I 21 both sides is separately installed with tumbler I 25, described tumbler I 25 comprises a plurality of active synchronization wheel I 252 in major axis I 251 and major axis I and is located at the passive and synchronous I 253 of taking turns in frame I both sides fixed axis I 27, major axis I 251 is located at frame I 21 avris, corresponding active synchronization wheel I 252 is in transmission connection with the passive and synchronous I 253 of taking turns, major axis I 251 is in transmission connection with drive unit 254, described passive and synchronous outer face of taking turns I 253 is provided with the installed part I 28 of cambered plate I 24, individual layer cambered plate I 24 two ends are separately fixed in the set passive and synchronous installed part I 28 of taking turns I 253 of adjacent frame I.
After described equipment group II is located at plying device I3, six duplexing character wheel wire dispensers 4 by a word discharge, plying device II 5 and aligning compaction apparatus 6 form, described duplexing character wheel wire dispenser 4 comprises frame II 41, two frame baskets 42, I-beam wheel II 43 and cambered plate II 44, between every two frame II 41, be provided with a two frame basket 42, the I-beam wheel II 43 of two winding steel wire is arranged in two frame baskets 42 side by side, the two ends of described pair of frame basket 42 are connected to the set fixed axis II 47 of adjacent frame II 41, each frame II 41 both sides is separately installed with tumbler II 45, described tumbler II 45 comprises a plurality of active synchronization wheel II 452 in major axis II 451 and major axis II and is located at the passive and synchronous II 453 of taking turns in frame II both sides fixed axis II 47, major axis II 451 is located at frame II 41 avris, corresponding active synchronization wheel II 452 is in transmission connection with the passive and synchronous II 453 of taking turns, major axis II 451 is in transmission connection with drive unit (not shown), described passive and synchronous outer face and inner face of taking turns II 453 is respectively equipped with installed part II 48, the two ends of double-layer arched plate II 44 ectonexine cambered plates are separately fixed in the set passive and synchronous interior outer end installed part II 48 of taking turns II 453 of adjacent frame II.
The described passive and synchronous I 253 of taking turns is synchronizeed rotation with the passive and synchronous II 453 of taking turns.
The individual layer cambered plate I 24 being provided with between described adjacent frame I 21 is two, is symmetricly set in passive and synchronous both sides of taking turns I 253 axis; The double-layer arched plate II 44 being provided with between described adjacent frame II 41 is four, and the stacked installation in gap is between two symmetricly set in passive and synchronous both sides of taking turns II 453 axis.
The upper surface of described cambered plate I 24 is provided with two steel wire guide pad I 26, and described two steel wire guide pad I 26 are symmetricly set in cambered plate I 24 upper surface two ends, and steel wire guide pad I 26 is provided with 3 pilot holes; The upper surface of described double-layer arched plate II 44 is provided with two steel wire guide pad II 46, and described two steel wire guide pad II 46 are symmetricly set in double-layer arched plate II 44 upper surface two ends, and steel wire guide pad II 46 is provided with 5 pilot holes.
In the equipment that the utility model comprises, regular worker's character wheel wire dispenser 1, plying device I 3 and plying device II 5 and aligning compaction apparatus 6 are this area conventional equipment.
When producing 7 strands of steel strand wires, only use equipment group I part, after first each strand of steel wire in regular worker's character wheel wire dispenser 1 and single I-beam wheel wire dispenser 2 being pulled out, in the frame I 21 of its front side, pass, along cambered plate I 24 cablings, one of them pilot hole through the steel wire guide pad 26 in cambered plate I 24, again through next frame I 21, again along next cambered plate I 24 cablings, until enter plying device I 3, open drive unit, cambered plate I 24 drives per share steel wire synchronously to do together 360 degree rotations, twisting moulding.
When producing 8-19 thigh, can use the quantity of regular worker's character wheel wire dispenser 1 of equipment group I, single I-beam wheel wire dispenser 2 and the quantity that equipment group II is used duplexing character wheel wire dispenser 4 according to practical combinations, meet number of share of stock requirement, carry out Process configuration, after each strand of steel wire of equipment group I installs, access arrangement group II, successively through frame II, along outer cambered plate II cabling; Each strand of steel wire in equipment group II passes the frame II of its front side successively, along internal layer cambered plate II cabling, finally at plying device II 5 place's plying, open drive unit, tumbler I 25 and 45 rotations of tumbler II, individual layer cambered plate I and each strand of steel wire of drive equipment group I, the double-layer arched plate II of equipment group II and each strand of steel wire are done synchronous 360 degree rotations, twisting moulding together.
Embodiment 2
As shown in Figure 5, the utility model comprises equipment group I and equipment group II, described equipment group I is comprised of regular worker's character wheel wire dispenser 1 of a word discharge, nine single I-beam wheel wire dispensers 2 and plying device I3, and described equipment group II is comprised of five duplexing character wheel wire dispensers 4 in the one word discharge of plying device I3 front end, plying device II 5 and aligning compaction apparatus 6.The upper surface of described cambered plate I 24 is provided with two steel wire guide pad I 26, and described two steel wire guide pad I 26 are symmetricly set in cambered plate I 24 upper surface two ends, and steel wire guide pad I 26 is provided with 4 pilot holes.All the other are as embodiment 1.
Claims (10)
1. steel strand wires strander, it is characterized in that: comprise equipment group I and equipment group II, described equipment group I is comprised of regular worker's character wheel wire dispenser (1) and single I-beam wheel wire dispenser (2) of a word discharge, described equipment group II is located at single I-beam wheel wire dispenser (2) afterwards, the duplexing character wheel wire dispenser (4) of a word discharge, the device II (5) of pooling capital and aligning compaction apparatus (6), consists of.
2. steel strand wires strander according to claim 1, is characterized in that: described equipment group I also comprises plying device I (3), plying device I(3) be located between single I-beam wheel wire dispenser (2) and duplexing character wheel wire dispenser (4).
3. steel strand wires strander according to claim 1 and 2, it is characterized in that: described single I-beam wheel wire dispenser (2) comprises frame I (21), single frame basket (22), I-beam wheel I (23) and cambered plate I (24), between every two frame I (21), be provided with a single frame basket (22), the I-beam wheel I (23) of single winding steel wire is arranged in single frame basket (22), each frame I (21) both sides is separately installed with tumbler I (25), and individual layer cambered plate I (24) two ends are separately fixed in the tumbler I (25) of adjacent frame I; Described duplexing character wheel wire dispenser (4) comprises frame II (41), two frame basket (42), I-beam wheel II (43) and cambered plate II (44), between every two frame II (41), be provided with a two frame basket (42), the I-beam wheel II (43) of two winding steel wire is arranged in two frame baskets (42) side by side, each frame II (41) both sides is separately installed with tumbler II (45), and double-layer arched plate II (44) two ends are separately fixed in the tumbler II (45) of adjacent frame II (41); Tumbler I (25) and tumbler II (45) are all in transmission connection with drive unit.
4. steel strand wires strander according to claim 3, it is characterized in that: described tumbler I (25) comprises a plurality of active synchronization wheel I (252) in major axis I (251) and major axis I and is located at the passive and synchronous I (253) of taking turns in frame I both sides fixed axis I (27), major axis I (251) is located at frame I (21) avris, and corresponding active synchronization wheel I (252) is in transmission connection with the passive and synchronous I (253) of taking turns; Described tumbler II (45) comprises a plurality of active synchronization wheel II (452) in major axis II (451) and major axis II and is located at the passive and synchronous II (453) of taking turns in frame II both sides fixed axis II (47), major axis II (451) is located at frame II (41) avris, corresponding active synchronization wheel II (452) is in transmission connection with the passive and synchronous II (453) of taking turns, and major axis I (251) and major axis II (451) are all in transmission connection with drive unit.
5. steel strand wires strander according to claim 4, is characterized in that: the described passive and synchronous I (253) of taking turns is synchronizeed with the passive and synchronous II (453) of taking turns.
6. steel strand wires strander according to claim 4, it is characterized in that: described passive and synchronous outer face of taking turns I (253) is provided with the installed part I (28) of cambered plate I (24), cambered plate I (24) two ends are separately fixed in the set passive and synchronous installed part I (28) of taking turns I (253) of adjacent frame I; Described passive and synchronous outer face and inner face of taking turns II (453) is respectively equipped with installed part II (48), and the two ends of double-layer arched plate II (44) ectonexine cambered plate are separately fixed in the set passive and synchronous interior outer end installed part II (48) of taking turns II (453) of adjacent frame II.
7. steel strand wires strander according to claim 4, is characterized in that: the two ends of described single frame basket (22) are connected to the set fixed axis I (27) of adjacent frame I; The two ends of described pair of frame basket (42) are connected to the set fixed axis II (47) of adjacent frame II (41).
8. steel strand wires strander according to claim 4, is characterized in that: the individual layer cambered plate I (24) being provided with between described adjacent frame I (21) is two, is symmetricly set in passive and synchronous both sides of taking turns I (253) axis; The double-layer arched plate II (44) being provided with between described adjacent frame II (41) is four, and the stacked installation in gap is between two symmetricly set in passive and synchronous both sides of taking turns II (453) axis.
9. steel strand wires strander according to claim 4, it is characterized in that: the upper surface of described cambered plate I (24) is at least provided with two steel wire guide pad I (26), described two steel wire guide pad I (26) are symmetricly set in cambered plate I (24) upper surface two ends, and steel wire guide pad I (26) is provided with 3-4 pilot hole; The upper surface of described double-layer arched plate II (44) is at least provided with two steel wire guide pad II (46), described two steel wire guide pad II (46) are symmetricly set in double-layer arched plate II (44) upper surface two ends, and steel wire guide pad II (46) is provided with 5 pilot holes.
10. steel strand wires strander according to claim 1 and 2, is characterized in that: described equipment group I is comprised of nine or six single I-beam wheel wire dispensers (2), and equipment group II is comprised of five or six duplexing character wheel wire dispensers (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320670895.0U CN203498696U (en) | 2013-10-29 | 2013-10-29 | Steel strand stranding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320670895.0U CN203498696U (en) | 2013-10-29 | 2013-10-29 | Steel strand stranding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203498696U true CN203498696U (en) | 2014-03-26 |
Family
ID=50329688
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320670895.0U Expired - Fee Related CN203498696U (en) | 2013-10-29 | 2013-10-29 | Steel strand stranding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203498696U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103541256A (en) * | 2013-10-29 | 2014-01-29 | 淮安金鑫传动机械有限公司 | Steel strand stranding machine |
| CN104384394A (en) * | 2014-09-17 | 2015-03-04 | 明光市锐创电气有限公司 | Technology for collecting and twisting corrugated steel wires |
-
2013
- 2013-10-29 CN CN201320670895.0U patent/CN203498696U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103541256A (en) * | 2013-10-29 | 2014-01-29 | 淮安金鑫传动机械有限公司 | Steel strand stranding machine |
| CN103541256B (en) * | 2013-10-29 | 2015-09-09 | 淮安金鑫传动机械有限公司 | Steel strand wires strander |
| CN104384394A (en) * | 2014-09-17 | 2015-03-04 | 明光市锐创电气有限公司 | Technology for collecting and twisting corrugated steel wires |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140326 Termination date: 20161029 |