CN204205420U - Tension stringing self-balancing releasing pulley and towing plate - Google Patents
Tension stringing self-balancing releasing pulley and towing plate Download PDFInfo
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- CN204205420U CN204205420U CN201420659765.1U CN201420659765U CN204205420U CN 204205420 U CN204205420 U CN 204205420U CN 201420659765 U CN201420659765 U CN 201420659765U CN 204205420 U CN204205420 U CN 204205420U
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Abstract
The utility model relates to power transmission and transformation line construction equipment, specifically a kind of tension stringing self-balancing releasing pulley and towing plate, tension stringing coaster comprises duplex plate, parallel link plate and odd number root wire releasing pulley, the two ends, bottom of duplex plate are all connected with odd number root wire releasing pulley by parallel link plate, odd number root wire releasing pulley comprises eccentric yoke plate, double-door mechanism, pulley and support body, the top of eccentric yoke plate is connected with parallel link plate, one end of bottom is connected with support body, the other end is connected with support body by double-door mechanism, odd number pulley is provided with in support body, be positioned in each odd number root wire releasing pulley on middle pulley through pull rope, one end of pull rope is connected with hauling machine, the other end is connected with one end of eccentric limp, and the other end of eccentric limp is connected with wire, and each wire passes by two side rollers being positioned at intermediate pulley.The utility model is in the whole process of unwrapping wire without toppling, without skew, energy imbalance, and unfolding conductor balance is smooth and easy.
Description
Technical field
The utility model relates to power transmission and transformation line construction equipment, specifically a kind of tension stringing self-balancing releasing pulley and towing plate.
Background technology
Extra high voltage direct current transmission line engineering many employings six-multiple conductor mode, along with conductor cross-section is increasing, existing construction plan mainly adopts the construction technology of " 3 × lead two ".The construction technology of this " 3 × mono-lead two " exist equipment needed thereby many, hang that coaster is many, steel wire rope is many when using many, construction cost, is unfavorable for the deficiency such as stringing and accessory operation.
Separately have the construction technology of " leads two+leads four ", it is comparatively large then to there is tractive effort in this construction technology, high mountain, Great span or 1000mm
2during above large-section lead stringing, utilize existing diameter 28 pull rope and 28 tons of hauling machines to be difficult to satisfied construction demand, also need to buy Large Construction facility, increase cost; Simultaneously because distraction force is excessive, security risk increases.
Utility model content
For the problems referred to above, the purpose of this utility model is to provide a kind of tension stringing self-balancing releasing pulley and towing plate.This tension stringing self-balancing releasing pulley and towing plate adopt the mode of " 2 × lead three ", have self-balancing ability.
The purpose of this utility model is achieved through the following technical solutions:
The utility model comprises tension stringing coaster and eccentric limp, wherein tension stringing coaster comprises duplex plate, parallel link plate and odd number root wire releasing pulley, the two ends, bottom of described duplex plate are all connected with the identical odd number root wire releasing pulley of structure by parallel link plate, this odd number root wire releasing pulley comprises eccentric yoke plate, double-door mechanism, pulley and support body, the top of described eccentric yoke plate is connected with parallel link plate, one end of bottom is connected with described support body, the other end is connected with support body by described double-door mechanism, is provided with odd number pulley in described support body; Be positioned in each described odd number root wire releasing pulley on middle pulley through pull rope, one end of this pull rope is connected with hauling machine, the other end is connected with one end of described eccentric limp, the other end of this eccentric limp is connected with wire, and each described wire passes by two side rollers being positioned at middle described pulley.
Wherein: described eccentric limp comprises limp body, guide bar, guide post joint, conducting wire connector and prevents turning round counterweight, this limp body is provided with odd number guide bar, the one end being positioned at middle guide bar is connected with the other end of described pull rope, with described, the other end prevents that turning round counterweight is connected, the described guide bar being positioned at centre is pull rope drawing head guide rod, its length is longer than other guide bars, the bottom of each described guide bar of this pull rope drawing head guide rod either side is all connected with conducting wire connector by guide post joint, in each described guide bar of described pull rope drawing head guide rod opposite side, the bottom of other guide bars except for one is all connected with conducting wire connector by guide post joint, the two ends of each described guide bar both sides limp body lower part are connected with conducting wire connector respectively by guide post joint, the described conducting wire connector at these two ends and the quantity sum of described guide bar equal the quantity of described pulley, on described limp body, the longitudinal center line of each guide bar all favours the center of gravity horizontal median axis of described limp body,
The top of described duplex plate has the suppending hole of three distributions in isosceles triangle, and the two ends of bottom are respectively provided with two suppending holes, and totally four suppending hole height at two ends, described duplex plate bottom are identical; In three suppending holes of three distributions in isosceles triangle on described duplex plate top, the suppending hole being positioned at summit is on the center line of described isosceles triangle, and two suppending holes being positioned at end point are symmetrical arranged with described isosceles triangle center line; The top of described eccentric yoke plate has two suppending holes, and be positioned at the center line of middle pulley described in the center of circle process of one of them suppending hole, another suppending hole is positioned at top outside a described suppending hole; The two ends up and down of described parallel link plate respectively have two suppending holes, two suppending holes of this parallel link plate upper end are corresponding with two suppending holes of described duplex plate bottom either end, and two suppending holes of described parallel link plate lower end are corresponding with two suppending holes on described eccentric yoke plate; The line of the described upper and lower two ends of parallel link plate between two suppending holes in outside parallels with the line between two suppending holes of inner side;
Described double-door mechanism comprises adjusting bolt, auxiliary pin, stub arm-tie, stub and opening adjustable plate, and one end of this stub arm-tie is articulated with on described eccentric yoke plate, and the other end is connected with support body by dismountable described stub; Described opening adjustable plate is positioned at the outside of stub arm-tie, and one end is articulated with described eccentric yoke plate, and the other end is connected with the contiguous block be arranged on support body by dismountable auxiliary pin; Described adjusting bolt is installed in rotation on the top of opening adjustable plate, can oscilaltion by rotating; Described double-door mechanism is positioned at the outside of each odd number root wire releasing pulley, the stub arm-tie in each described double-door mechanism and all form the double door space of accommodating described pull rope between opening adjustable plate, between eccentric yoke plate and contiguous block.
Advantage of the present utility model and good effect are:
1. the utility model have studied the tension stringing coaster of " 2 × lead three ", devise duplex plate, the overall stressed center of gravity line of odd number root wire releasing pulley is changed with load variations, odd number root wire releasing pulley is hung at hovering, there is pull rope, there is the unwrapping wire such as wire, each Construction State of stringing time all can keep Equilibrium state.
2. the eccentric limp of " leads three " of the present utility model, adopts asymmetrical design principle to ensure self-balancing, structure and odd number root wire releasing pulley supporting, before and after limp, segmentation is hinged, be beneficial to by odd number root wire releasing pulley, more fit, steadily, avoid job-hopping.
3. double-door mechanism of the present utility model is all positioned at outside, is convenient to picking and placeing of pull rope and wire.
4. make full use of existing unwrapping wire facility to complete ultra high voltage six and divide large-section lead unfolding, avoid purchasing the jumboes such as large-tonnage hauling machine, pull rope, releasing pulley, reduce equipment purchasing cost.
5., for the unfolding of later extra-high voltage project many divisions large-section lead odd number sub-conductor opens new approach, add construction technology selectivity, there is very strong promotional value.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model tension stringing coaster;
The structural representation of Fig. 2 two eccentric limps that to be the utility model corresponding with two odd number root wire releasing pulleys;
Wherein: 1 is odd number root wire releasing pulley, and 2 is eccentric limp, and 201 is pull rope drawing head guide rod, 202 is guide bar, and 203 is guide post joint, and 204 is conducting wire connector, 205 turn round counterweight for anti-, and 206 is limp body, and 3 is duplex plate, 4 is parallel link plate, and 5 is tension stringing coaster, and 6 is eccentric yoke plate, 7 is adjusting bolt, 8 is auxiliary pin, and 9 is stub arm-tie, and 10 is stub, 11 is opening adjustable plate, 12 is steel wire rope, and 13 is wire, and 14 is pull rope, 15 is double door space, 16 is contiguous block, and 17 is pulley, and 18 is support body.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
The utility model comprises tension stringing coaster 5 and eccentric limp 2 as shown in Figure 1 and Figure 2, wherein tension stringing coaster 5 comprises duplex plate 3, parallel link plate 4 and odd number root wire releasing pulley 1, and eccentric limp 2 comprises guide bar 202, guide post joint 203, conducting wire connector 204, prevents turning round counterweight 205 and limp body 206.
Duplex plate 3 is in isosceles triangle, its top has the suppending hole of three distributions in isosceles triangle, the two ends of bottom are respectively provided with two suppending holes, two suppending holes that two ends are positioned at inner side are A2, two suppending holes that two ends are positioned at outside are B2, totally four suppending holes (two A2, two B2) at two ends, duplex plate 3 bottom are highly identical, namely four suppending holes center of circle conllinear and be parallel to the base of duplex plate 3.In three suppending holes of three distributions in isosceles triangle on duplex plate 3 top, the suppending hole being positioned at summit is on the center line of isosceles triangle, and two suppending holes being positioned at end point are symmetrical arranged with isosceles triangle center line.Three suppending holes on duplex plate 3 top hang on steel tower by steel wire rope 12, and one in the middle of utilizing adopts two employing two points of single-point or both sides to hang.
The two ends, left and right of duplex plate 3 bottom are all connected with the eccentric yoke plate 6 of the identical odd number root wire releasing pulley 1 of structure by parallel link plate 4, two parallel link plates 4 at two ends, left and right are parallel and coplanar, and two odd number root wire releasing pulleys 1 are arranged symmetrically with.Each odd number root wire releasing pulley 1 includes eccentric yoke plate 6, double-door mechanism, pulley 17 and support body 18, and the top of eccentric yoke plate 6 has two suppending holes, be positioned at outside suppending hole be B1, be positioned at inner side suppending hole be A1; After suppending hole A1 inside being positioned at is connected by parallel link plate 4 with the suppending hole A2 on duplex plate 3, line between the suppending hole A1 center of circle and the suppending hole A2 center of circle and the centerline collineation being positioned at middle pulley 17, the suppending hole B1 in outside is positioned at the upper right side of suppending hole A1.The shape and structure of two parallel link plates 4 is identical, the two ends up and down of each parallel link plate 4 respectively have two suppending holes, two suppending holes (A2, B2) of upper end are corresponding with two suppending holes (A2, B2) of duplex plate 3 bottom either end, and two suppending holes (A1, B1) of parallel link plate 4 lower end are corresponding with two suppending holes (A1, B1) on eccentric yoke plate 6; Line between two suppending holes (B1, B2) outside parallel link plate about 4 two ends are positioned at parallels with the line between two suppending holes (A1, A2) being positioned at inner side.Bolt by inserting in each suppending hole between duplex plate 3, parallel link plate 4 and eccentric yoke plate 6 is affixed.
The top of eccentric yoke plate 6 is connected with parallel link plate 4, one end inside bottom is positioned at is connected with support body 18, the other end is connected with support body 18 by double-door mechanism, is provided with odd number pulley 17 (each odd number root wire releasing pulley 1 of the present embodiment is equipped with five pulleys 17) in support body 18.Double-door mechanism on each odd number root wire releasing pulley 1 is all positioned at outside, is convenient to picking and placeing of pull rope 14; Double-door mechanism comprises adjusting bolt 7, auxiliary pin 8, stub arm-tie 9, stub 10 and opening adjustable plate 11, the outside of each support body 18 is equipped with a contiguous block 16 be positioned at below eccentric yoke plate 6, one end (upper end) of stub arm-tie 9 is articulated with on eccentric yoke plate 6, and the other end (lower end) is connected with support body 18 by dismountable stub 10; Opening adjustable plate 11 is positioned at the outside of stub arm-tie 9, and one end (upper end) is articulated with eccentric yoke plate 6, and the other end (lower end) is connected with contiguous block 16 by dismountable auxiliary pin 8; Adjusting bolt 7 is installed in rotation on the top of opening adjustable plate 11, can oscilaltion by rotating.Stub arm-tie 9 in double-door mechanism and jointly form the double door space 15 of accommodating pull rope 14 between opening adjustable plate 11, between eccentric yoke plate 6 and contiguous block 16.
Be positioned in each odd number root wire releasing pulley 1 through pull rope 14 on middle pulley 17, one end of this pull rope 14 is connected with hauling machine, and the other end all connects an eccentric limp 2.Eccentric limp 2 is the eccentric limp of " one leads three " formula, namely adopts asymmetrical design principle to ensure self-balancing, and mates with odd number wire releasing pulley 1.As shown in Figure 2, eccentric limp 2 comprises limp body 206, guide bar 202, guide post joint 203, conducting wire connector 204 and prevents turning round counterweight 205, limp body 206 is provided with odd number guide bar 202, the one end being positioned at middle guide bar 202 is connected with the other end of pull rope 14, the other end by guide post joint 203 with prevent that turning round counterweight 205 is connected.Being positioned at middle guide bar is pull rope drawing head guide rod 201, its length is longer than other guide bars 202, the bottom of each guide bar 202 of this pull rope drawing head guide rod 201 either side is all connected with conducting wire connector 204 by guide post joint 203, in each guide bar 202 of pull rope drawing head guide rod 201 opposite side, the bottom of other guide bars 202 except for one is all connected with conducting wire connector 204 by guide post joint 203, and the two ends of each guide bar 202 both sides limp body 206 bottom are connected with conducting wire connector 204 respectively by guide post joint 203.In the present embodiment, guide bar 202 is three, the length being positioned at middle pull rope drawing head guide rod 201 is longer than the length of another two guide bars 202, the end, one end of pull rope drawing head guide rod 201 is designed to the pass structure being convenient to be connected with pull rope 14, be welded on limp body 206 again, namely become pull rope drawing head guide rod 201; The front end of this pull rope drawing head guide rod 201 is connected with pull rope 14, and rear end is turned round counterweight 205 and is connected with anti-, to ensure anti-torsion and the balanced capacity of the eccentric limp 2 of " leads three ".Inside and outside pull rope drawing head guide rod 201, both sides are respectively provided with a guide bar 202, these two guide bars 202 are welded on limp body 206 respectively, the rear end being wherein positioned at the guide bar 202 in outside is connected with conducting wire connector 204 by guide post joint 203, and the guide bar 202 being positioned at inner side does not then connect guide post joint 203, conducting wire connector 204; Inside and outside three guide bars 202, both sides, the two ends that are positioned at limp body 206 bottom are connected with conducting wire connector 204 respectively by guide post joint 203, these two conducting wire connectors 204 add and the conducting wire connector 204 that guide bar 202 rear end being positioned at outside connects are connected with three wires 13 altogether, realize a pull rope and draw three wires 13.Three guide bars 202 on limp body 206 are when welding with limp body 206, longitudinal center line all favours the center of gravity horizontal median axis of limp body 206, angle α in the present embodiment between the longitudinal center line of three guide bars 202 and the center of gravity horizontal median axis of limp body 206 is 3 °, and object makes the eccentric limp 2 of " leads three " have self-balancing ability.
When odd number root wire releasing pulley 1 sky hang or centre pulley 17 on have a pull rope 14 time, the center of gravity of odd number root wire releasing pulley 1 is on the center line of intermediate pulley 17, and the suppending hole A1 directly over the pulley 17 that at this moment eccentric yoke plate 6 mediates is exactly the center of gravity of coaster; When odd number root wire releasing pulley 1 is positioned at outside middle pulley 17 by two wires 13, when the pulley 17 of the inside, inner side is by a wire, the center of gravity of whole odd number root wire releasing pulley 1 offsets (passing through centre-of gravity shift 43.33mm before and after coaster by described cabling mode wire according to calculating) to two side of wire, and at this moment on eccentric yoke plate 6, suppending hole B1 is exactly the center of gravity of odd number root wire releasing pulley 1.In four suppending holes of duplex plate 3 bottom, two suppending hole A2 of inner side are corresponding to when the pulley 17 of odd number root wire releasing pulley 1 sky extension or centre there being pull rope, and the center of gravity of odd number root wire releasing pulley 1 is on the center line of suppending hole A1; Outside two suppending hole B2 correspond to when other pulleys 17 of odd number root wire releasing pulley 1 have wire 13 by time, on the center line of the suppending hole B1 of center of gravity after skew of whole odd number root wire releasing pulley 1.
In tension stringing coaster 5 of the present utility model, a duplex plate 3 is connected to two odd number root wire releasing pulleys 1 by the parallel link plate 4 at two ends, through pull rope 14 on pulley 17 in the middle of each releasing pulley 1, be used for drawing eccentric limp 2, each eccentric limp 2 connects three wires 13 by conducting wire connector 204, so namely, define the mode of " 2 × lead three ", " 2 " refer to two pull ropes 14 on two odd number root wire releasing pulleys 1, and " one leads three " refers to three wires 13 are drawn in an eccentric limp 2.
Installation of the present utility model and operation principle are:
With bolt, one end of two parallel link plates 4 is connected to duplex plate 3 two ends suppending hole A2, B2, the other end is connected with suppending hole A1, the B1 on the eccentric yoke plate 6 of two odd number root wire releasing pulleys 1, forms the tension stringing coaster 5 of a set of " 2 × lead three ".During connection, the double swing doors of odd number root wire releasing pulley 1 answers symmetry outwardly, is convenient to picking and placeing of pull rope 14.Utilize steel wire rope 12 to adopt single-point or two point to hang up tension stringing coaster 5 on steel tower, time unloaded, duplex plate 3 liang of lateral troley centers of gravity are all on A1-A2 line, and tension stringing coaster 5 integral hanging balances.When two pull ropes 14 are put on the pulley 17 in the middle of odd number root wire releasing pulley 1 respectively, the center of gravity of the odd number root wire releasing pulley 1 of both sides all on A1-A2 line, the overall stress balance of tension stringing coaster 5.
The front end of eccentric limp 2 connects pull rope 14, the asymmetric connection of tail end conducting wire connector 204 three wires 13.Two pieces of eccentric limp 2 synchronized links, and ensure to mate with the passed through asymmetric lead location of odd number root wire releasing pulley 1, realize " 2 × mono-lead three " stringing like this, namely two pull ropes drive six conductors tension stringing.
Two hauling machines connect two pull ropes 14 of two pieces of eccentric limp 2 front ends respectively, and six conductors is wrapped on tensioner respectively.Wire tension unfolding starts construction operation: time initial, a pull rope drives the respective overall load balance of 13, two, three wires by eccentric limp 2; Hang odd number root wire releasing pulley 1 intermediate pulley 17 stressed by pull rope 14, center of gravity line on suppending hole A1-A2, coaster whole machine balancing; During eccentric limp 2 overtension wires-erecting pulley 5, achieve from centering by the guide bar 202 of bias, eccentric limp 2 is by after odd number root wire releasing pulley 1, it is stressed that odd number root wire releasing pulley 1 carries asymmetric wire, center of gravity offsets, now suppending hole B1-B2 center of gravity line is stressed, coaster whole machine balancing.
The eccentric limp 2 of " one leads three " and the tension stringing coaster 5 of " 2 × lead three " are at whole course of work stress balance all the time, and unfolding conductor steady and smooth, without toppling, deflect, flop phenomenon, steel wire rope, wire are without job-hopping phenomenon.
As needed, rope is taken out to have come by following method in work progress.Turn clockwise adjusting bolt 7, and adjusting bolt 7 is abutted with eccentric yoke plate 6, and auxiliary pin 8 is stressed, and stub 10 does not stress, and can easily extract stub 10, and stub arm-tie 9 Unscrew laterally, is placed in double door space 15 by pull rope 14.Then, turn back to stub 10, be rotated counterclockwise adjusting bolt 7, adjusting bolt 7 is separated, the stressed carrying of stub 10 with eccentric yoke plate 6, auxiliary pin 8 does not stress, and easily can extract auxiliary pin 8, open opening adjustable plate 11, be taken out by pull rope 14, and turn back to auxiliary pin 8, operation completes.If pull rope 14 is put into, inverse operations.
For making the tension stringing coaster 5 of " 2 × lead three " stress equalization when to lead, wire must symmetrical unfolding, and namely two side of wire must coexist the inner side of breast wheel or outside.
Tension stringing coaster 5 of the present utility model also can realize the mode of traction of " leads four ", by pull rope 14 on the pulley 17 namely in the middle of odd number root wire radioactive ray coaster 1, all by wire 13 on other four pulleys 17.
Claims (10)
1. a tension stringing self-balancing releasing pulley and towing plate, it is characterized in that: comprise tension stringing coaster (5) and eccentric limp (2), wherein tension stringing coaster (5) comprises duplex plate (3), parallel link plate (4) and odd number root wire releasing pulley (1), the two ends, bottom of described duplex plate (3) are all connected with identical odd number root wire releasing pulley (1) of structure by parallel link plate (4), this odd number root wire releasing pulley (1) comprises eccentric yoke plate (6), double-door mechanism, pulley (17) and support body (18), the top of described eccentric yoke plate (6) is connected with parallel link plate (4), one end of bottom is connected with described support body (18), the other end is connected with support body (18) by described double-door mechanism, odd number pulley (17) is provided with in described support body (18), be positioned in each described odd number root wire releasing pulley (1) on middle pulley (17) through pull rope (14), one end of this pull rope (14) is connected with hauling machine, the other end is connected with one end of described eccentric limp (2), the other end of this eccentric limp (2) is connected with wire (13), each described wire (13) by two side rollers (17) being positioned at middle described pulley (17) through.
2. by tension stringing self-balancing releasing pulley according to claim 1 and towing plate, it is characterized in that: described eccentric limp (2) comprises limp body (206), guide bar (202), guide post joint (203), conducting wire connector (204) and prevents turning round counterweight (205), this limp body (206) is provided with odd number guide bar (202), the one end being positioned at middle guide bar (202) is connected with the other end of described pull rope (14), with described, the other end prevents that turning round counterweight (205) is connected.
3. by tension stringing self-balancing releasing pulley according to claim 2 and towing plate, it is characterized in that: described in be positioned at middle guide bar be pull rope drawing head guide rod (201), its length is longer than other guide bars (202), the bottom of each described guide bar (202) of this pull rope drawing head guide rod (201) either side is all connected with conducting wire connector (204) by guide post joint (203), in each described guide bar (202) of described pull rope drawing head guide rod (201) opposite side, the bottom of other guide bars (202) except for one is all connected with conducting wire connector (204) by guide post joint (203), the two ends of each described guide bar (202) both sides limp body (206) bottom are connected with conducting wire connector (204) respectively by guide post joint (203), the described conducting wire connector (204) at these two ends and the quantity sum of described guide bar (202) equal the quantity of described pulley (17).
4. by the tension stringing self-balancing releasing pulley described in Claims 2 or 3 and towing plate, it is characterized in that: the longitudinal center line of the upper each guide bar (202) of described limp body (206) all favours the center of gravity horizontal median axis of described limp body (206).
5. by the tension stringing self-balancing releasing pulley described in claim 1 or 2 and towing plate, it is characterized in that: the top of described duplex plate (3) has the suppending hole of three distributions in isosceles triangle, the two ends of bottom are respectively provided with two suppending holes, and totally four suppending hole height at described duplex plate (3) two ends, bottom are identical.
6. by tension stringing self-balancing releasing pulley according to claim 5 and towing plate, it is characterized in that: in three suppending holes of three distributions in isosceles triangle on described duplex plate (3) top, the suppending hole being positioned at summit is on the center line of described isosceles triangle, and two suppending holes being positioned at end point are symmetrical arranged with described isosceles triangle center line.
7. by tension stringing self-balancing releasing pulley according to claim 5 and towing plate, it is characterized in that: the top of described eccentric yoke plate (6) has two suppending holes, be positioned at the center line of middle pulley (17) described in the center of circle process of one of them suppending hole, another suppending hole is positioned at top outside a described suppending hole.
8. by tension stringing self-balancing releasing pulley according to claim 7 and towing plate, it is characterized in that: the two ends up and down of described parallel link plate (4) respectively have two suppending holes, two suppending holes of this parallel link plate (4) upper end are corresponding with two suppending holes of described duplex plate (3) bottom either end, and two suppending holes of described parallel link plate (4) lower end are corresponding with two suppending holes on described eccentric yoke plate (6); Described parallel link plate (4) the up and down line of two ends between two suppending holes in outside parallels with the line between two suppending holes of inner side.
9. by the tension stringing self-balancing releasing pulley described in claim 1 or 2 and towing plate, it is characterized in that: described double-door mechanism comprises adjusting bolt (7), auxiliary pin (8), stub arm-tie (9), stub (10) and opening adjustable plate (11), one end of this stub arm-tie (9) is articulated with on described eccentric yoke plate (6), and the other end is connected with support body (18) by dismountable described stub (10); Described opening adjustable plate (11) is positioned at the outside of stub arm-tie (9), one end is articulated with described eccentric yoke plate (6), and the other end is connected with the contiguous block (16) be arranged on support body (18) by dismountable auxiliary pin (8); Described adjusting bolt (7) is installed in rotation on the top of opening adjustable plate (11), can oscilaltion by rotating.
10. by tension stringing self-balancing releasing pulley according to claim 9 and towing plate, it is characterized in that: described double-door mechanism is positioned at the outside of each odd number root wire releasing pulley (1), the stub arm-tie (9) in each described double-door mechanism and all form the double door space (15) of accommodating described pull rope (14) between opening adjustable plate (11), between eccentric yoke plate (6) and contiguous block (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420659765.1U CN204205420U (en) | 2014-11-05 | 2014-11-05 | Tension stringing self-balancing releasing pulley and towing plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420659765.1U CN204205420U (en) | 2014-11-05 | 2014-11-05 | Tension stringing self-balancing releasing pulley and towing plate |
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| Publication Number | Publication Date |
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| CN204205420U true CN204205420U (en) | 2015-03-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420659765.1U Withdrawn - After Issue CN204205420U (en) | 2014-11-05 | 2014-11-05 | Tension stringing self-balancing releasing pulley and towing plate |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105576552A (en) * | 2014-11-05 | 2016-05-11 | 辽宁省送变电工程公司 | Tension stringing self-balancing wire paying-out tackle and towing plate |
| CN106300129A (en) * | 2015-12-10 | 2017-01-04 | 国家电网公司 | Great span device for suspending line tackles |
| CN107724967A (en) * | 2017-11-28 | 2018-02-23 | 徐工集团工程机械有限公司 | Trepan and engineering truck |
| CN110386502A (en) * | 2018-04-18 | 2019-10-29 | 中国电力科学研究院有限公司 | A kind of suspension actinobacillus device for electric power pylon route |
-
2014
- 2014-11-05 CN CN201420659765.1U patent/CN204205420U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105576552A (en) * | 2014-11-05 | 2016-05-11 | 辽宁省送变电工程公司 | Tension stringing self-balancing wire paying-out tackle and towing plate |
| CN105576552B (en) * | 2014-11-05 | 2018-02-02 | 辽宁省送变电工程公司 | A kind of tension stringing self-balancing releasing pulley and towing plate |
| CN106300129A (en) * | 2015-12-10 | 2017-01-04 | 国家电网公司 | Great span device for suspending line tackles |
| CN107724967A (en) * | 2017-11-28 | 2018-02-23 | 徐工集团工程机械有限公司 | Trepan and engineering truck |
| CN110386502A (en) * | 2018-04-18 | 2019-10-29 | 中国电力科学研究院有限公司 | A kind of suspension actinobacillus device for electric power pylon route |
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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 | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150311 Effective date of abandoning: 20180202 |