CN101651304A - Winding method of electricity earthing cable, winding connection mechanism and application thereof - Google Patents
Winding method of electricity earthing cable, winding connection mechanism and application thereof Download PDFInfo
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- CN101651304A CN101651304A CN200910054989A CN200910054989A CN101651304A CN 101651304 A CN101651304 A CN 101651304A CN 200910054989 A CN200910054989 A CN 200910054989A CN 200910054989 A CN200910054989 A CN 200910054989A CN 101651304 A CN101651304 A CN 101651304A
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Abstract
The invention discloses a winding method of an electricity earthing cable, a winding connection mechanism and an application thereof. The winding method comprises: adopting a connection assembly to arrange the connection assembly on a rod body; and realizing concurrent structured fixing between at least two rod bodies by the connection assembly. The invention adopts the connection assembly to realize structured winding without externally arranging pipe bodies, the winding connection mechanism has simple and reasonable design, can use the rod body of a rod earthing cable with a rod to realize structured winding or can use an additional single-cable rod body for the structured winding of the earthing cable without rods. The invention has low manufacturing cost and wide application range andeffectively eliminates various defects brought by that the winding mechanism of the existing earthing device needs to be attached with a winding pipe body.
Description
Technical field
The invention belongs to technology power ground, be specifically related to the method for winding of the line power ground that a kind of power network safety inspection uses, power ground used coiling bindiny mechanism of line and application that should coiling bindiny mechanism thereof.
Background technology
In the prior art, when power network being carried out construction operations such as safety inspection, transmission line need be carried out ground connection, it is to adopt power ground line to finish.But line is when carrying power ground, and the staff generally is manually wrapped in it on insulating bar, perhaps directly ties up setting around poststack by hand.The earth connection that this kind method is placed is more in disorder, and winding work is time-consuming, ties up irregularly, also appears at the situation of damage earth connection when depositing and carrying easily.Afterwards, people have invented various earth connections, the disclosed applying date is the Chinese patent ZL00247989.3 that September 2, denomination of invention in 2000 are the earth connection drum stand the earliest as this case inventor, it discloses a kind of drum stand that does not have rod grounded line, constitute by pipe, the intrinsic drum stand of one side of pipe, drum stand is made up of two supports, during use, the ground connection end is worn from the pipe upper end, the lower end is pulled out, is strained, between the drum stand two stands, twine then, at last with earth terminal not between the multiply annealed copper wire.Use this drum stand, convenient, fast, the standard of earth connection coiling, not flexible discounting, earth connection is not fragile, has to portably use characteristics easily, is suitable for the electric power system automatic ground wire and installs and uses.
This case inventor is that December 1, denomination of invention in 2002 are the Chinese patent ZL00264942.X with rod grounded wire-wound coil holder the disclosed applying date for another example, it relates to a kind of rod grounded wire-wound coil holder of being with, constitute by pipe, intrinsic ply-yarn drill of a side and drum stand at pipe, another symmetrical side is provided with handle, and the pipe bottom is provided with the end.This drum stand makes and is with that rod grounded wire-wound line is convenient, fast, standard, not flexible, give a discount, earth connection is not fragile, have put neat, carry, characteristics easy to use, be suitable for the rod grounded line of electric power system band and use.
Existing earth connection drum stand, twines the regular standard that is grounded line thereon with earth connection and twines by the mode of a Winder is set all based on said structure.But all there are the defective that can't overcome in above-mentioned earth connection drum stand and method for winding thereof.At first, drum stand for no rod grounded line, its body with drum stand belongs to optional feature, when carrying out the ground connection operation, the body of this drum stand no longer cuts any ice, as is placed on earth terminal, then can cause inconvenience, as body is taken off, then need the place to deposit or take back processing, and take back the cylindrical shell deposited earth connection finish using back as fail in time bring to the building site still can cause can't regular coiling embarrassment.This body can't guarantee the regular setting of each joint simultaneously.In addition, for being with rod grounded line, when carrying out the ground connection operation, its pipe with drum stand no longer cuts any ice, and deposits also to have above-mentioned defect problem.
Therefore this additional mechanism providing additional operation (bobbin or drum stand) based on additional drum stand can't address the above problem, and this additional mechanism providing additional operation has increased the cost of manufacture of this additional mechanism providing additional operation again when realizing regular coiling simultaneously.
Summary of the invention
A purpose of the present invention is to provide a kind of method for winding of line power ground, and it does not borrow additional bobbin, and has realized not having rod grounded line and with the regular winding of rod grounded line by coupling assembling, and has overcome many defectives that existing winding mechanism exists.
Another object of the present invention is to provide a kind of coiling bindiny mechanism of line power ground, it has realized need not the regular coiling of peripheral hardware body by coupling assembling, this coiling bindiny mechanism simplicity of design is reasonable, can realize regular winding with the body of rod of rod grounded line by existing, or not have the regular winding of rod grounded line by the additional single line body of rod.
Another object of the present invention also is to provide a kind of application of coiling bindiny mechanism of line power ground, and its coiling bindiny mechanism can be used for the regular cheaply winding of line power ground.
The technical solution adopted in the present invention is as follows:
A kind of method for winding of line power ground is characterized in that described method for winding comprises:
Adopt coupling assembling, this coupling assembling is arranged on the body of rod;
To realize parallel structured fixing between at least two bodies of rod by coupling assembling.
Among one embodiment, described method for winding further comprises:
Line power ground is wound on the body of rod of described parallel structured fixing in the lump;
Perhaps, at least one body of rod or coupling assembling wire-winding unit is set, line is wrapped on this wire-winding unit power ground.
For another example, a kind of method for winding of line power ground is used to the coiling with rod grounded line, it is characterized in that described method for winding comprises:
Adopt coupling assembling and this coupling assembling is set on the body of rod with rod grounded line, this coupling assembling is with the parallel structured fixing between at least two bodies of rod;
Line power ground is wound on the body of rod of described parallel structured fixing in the lump; Perhaps on described wherein at least one body of rod wire-winding unit is set, line is wound on this wire-winding unit power ground.
And for example: a kind of method for winding of line power ground, be used to not have the coiling of rod grounded line, it is characterized in that described method for winding comprises:
Suit one body of rod on each root earth connection of no rod grounded line;
Adopt coupling assembling with the parallel structured fixing between at least two bodies of rod;
Line power ground is wound on the body of rod of described parallel structured fixing in the lump; Perhaps on described wherein at least one body of rod wire-winding unit is set, line is wound on this wire-winding unit power ground.
Describedly further comprise: coupling assembling is set respectively at least two bodies of rod around existing method, described each coupling assembling has at least one connecting portion, assemble connection between the connecting portion of coupling assembling on the different bodies of rod,, be flexible connection between this connecting portion parallel structured fixing between at least two bodies of rod.
Described method for winding further comprises:
On the body of rod with rod grounded line a coupling assembling is set, described coupling assembling has at least one connecting portion, and this connecting portion is with at least one body of rod and the parallel structured fixing of this body of rod.
The present invention also provides a kind of coiling bindiny mechanism of line power ground, is used to realize the regular coiling of line power ground, it is characterized in that this coiling bindiny mechanism comprises:
Coupling assembling, this coupling assembling is provided with connecting portion, and this connecting portion is used for this coupling assembling is fixedly connected on the body of rod;
Wherein, this connecting portion is at least two.
On the one hand, described coupling assembling comprises at least two connectors, and each connector is provided with the docking section that connector is connected to form coupling assembling, is connected to form coupling assembling by the docking section between described connector.
On the other hand, be provided with a junction at least on described each connector, this connecting portion comprises for the fixing suit hole of body of rod suit.
Among one embodiment, extension is provided with a protuberance on described a connection piece, and this protuberance forms a winding body of a wire-winding unit.
Among another embodiment, described coiling bindiny mechanism further comprises:
At least one body of rod, this body of rod is fixed in a junction of coupling assembling.
In one embodiment, described coupling assembling comprises a body, and the connecting portion of a socket fixed core is set on this body, extends on the described body connecting portion that at least one is used for the socket fixed core is set.
The application of the coiling bindiny mechanism of above-mentioned line power ground is characterized in that this bindiny mechanism is fixed on the body of rod, is used to realize the structured fixing between at least two bodies of rod, and is used for the regular winding of line power ground.
This power ground the method for winding of line the body of rod is realized structured fixing by coupling assembling, thereby makes the body of rod of at least two structured fixing form the coiling matrix of line power ground by means of the coupling assembling and the body of rod, realize the regular winding of line power ground.General line power ground has three earth connections or five earth connection branches, each earth connection branch is equipped with a body of rod, this body of rod can be the body of rod with rod grounded line, it more can be the body of rod that cooperates for the every earth connection that does not have rod grounded line, the tip side that does not have every earth connection of rod grounded line wears a body of rod, pass through coupling assembling, can will adopt coupling assembling to realize parallel structured fixing between each body of rod, this structured fixing can make fixing side by side in the same plane, can also be parallel the fixing of polygonal point between the adjacent in twos body of rod, can carry out the parallel fixing of triangle layout as three bodies of rod.The body of rod after fixing then can be used as the matrix of regular coiling, and coupling assembling can be simple connector, and its volume is less, can be fixed on the body of rod, when carrying out the ground connection operation, is attached on the body of rod.
For no rod grounded line, this body of rod is equipped with the body of rod of single earth connection for the adjacent joint end, and fixedly connected assembly on it need not to take off when the ground connection operation.When carrying out take-up winding operation, only need to carry out regular coiling with realizing body of rod structured fixing by coupling assembling between the body of rod.
For being with rod grounded line, this body of rod is the related body of rod with rod grounded line, and coupling assembling can be fixed on each body of rod, need not dismounting and can carry out the ground connection operation, when carrying out the take-up operation, only need each body of rod is realized structured fixing by coupling assembling, then can be grounded the regular winding of line.
, one group of coupling assembling can be set on the body of rod, and earth connection directly is wrapped on this body of rod that is fixed in one than the short rod grounded line of being with for length.For the long band bar of length or there is not rod grounded line, two groups of coupling assemblings can be set on its body of rod, realize regular the fixedly securing between the body of rod.Also wire-winding unit can be set on coupling assembling, form winding mechanism, regular being wrapped between this winding mechanism of earth connection.
This power ground the coiling bindiny mechanism of line be a coupling assembling, this coupling assembling is used to realize the structured fixing between at least one body of rod, is grounded the regular winding of line.This coupling assembling can also can be split type coupling assembling for the integral type coupling assembling.This integral type coupling assembling has at least two connecting portions, and each connecting portion can be realized and the fixedlying connected an of body of rod, thereby make this coupling assembling realize structured fixing arranged side by side or parallel structured fixing between at least two bodies of rod.This split type coupling assembling comprises at least two connectors that can be individually fixed on the body of rod, this connector spare is provided with connecting portion, the assembling each other that can realize plural connector connects, and so can realize the structured fixing between at least two bodies of rod, forms the matrix of regular coiling.In one embodiment, this coiling bindiny mechanism more can comprise the body of rod, realizes structured fixing by coupling assembling between this body of rod.
This coupling assembling can be one group or two groups of uses, when it adopts two groups to use simultaneously, two groups of coupling assemblings can be set, with structured fixing between the body of rod by the two ends at the body of rod.Among one embodiment, protuberance can be set respectively on this coupling assembling, these two protuberances are grounded the regular winding of line as the drum stand of winding mechanism.
This power ground the coiling bindiny mechanism of line can be used for the regular coiling of line power ground, it can either be used in is with rod grounded line, also can be applicable to no rod grounded line by the additional body of rod.
Beneficial effect of the present invention is, the present invention adopts coupling assembling to realize need not the regular coiling of peripheral hardware body, this coiling bindiny mechanism simplicity of design is reasonable, can realize regular winding with the body of rod of rod grounded line by existing, or not have the regular winding of rod grounded line by the additional single line body of rod.Its cost of manufacture is low, and the scope of application is wide, and the winding mechanism of having eliminated existing earthing device effectively need attach coiling many defectives that body brought.
The invention will be further elaborated below in conjunction with the drawings and specific embodiments.
Description of drawings
Fig. 1 is the step block diagram of an embodiment of method for winding of the present invention;
Fig. 2 is the step block diagram of an embodiment of method for winding of the present invention;
Fig. 3 is the step block diagram of another embodiment of method for winding of the present invention;
Fig. 4 is the structural representation of the embodiment of the invention one;
Fig. 5 is the application schematic diagram of this coiling bindiny mechanism among Fig. 1;
Fig. 6 is the structural representation of the embodiment of the invention two;
Fig. 7 is the application schematic diagram of this coiling bindiny mechanism among Fig. 6;
Fig. 8 is the structural representation of the embodiment of the invention three;
Fig. 9 is the structural representation of the embodiment of the invention four;
Figure 10 is the structural representation of the embodiment of the invention five;
Figure 11 is the structural representation of the embodiment of the invention six;
Figure 12 is the application schematic diagram of this coiling bindiny mechanism among Figure 11;
Figure 13 is the structural representation of the embodiment of the invention seven.
Embodiment
This power ground the method for winding system of line be used for the regular winding of line power ground, below in conjunction with accompanying drawing it is elaborated.
One specific implementation method such as Fig. 1 as step S110, at first adopt coupling assembling to realize parallel structured fixing between at least two bodies of rod, then as step S120, carry out the regular winding of line power ground on the body of rod of this structured fixing.
As Fig. 2 is the regular winding that is used among another embodiment with rod grounded line, as step S210, at first adopt the body of rod of the rod grounded line of coupling assembling connecting band, utilize coupling assembling to realize structured fixing between at least two bodies of rod then, see step S220, as step S230, at last can directly direct regular coiling on the body of rod of this structured fixing, also can utilize two groups of coupling assemblings to connect the both ends of at least two bodies of rod respectively as step S240; Step S250 is provided with wire-winding unit respectively on two coupling assemblings for another example, forms winding mechanism, and is last as step S260, is wound on this winding mechanism earth connection is regular.
As shown in Figure 3, it is the step block diagram that is used to not have the method for winding of rod grounded line.As step S310, at first, socket one body of rod on each root earth connection of no rod grounded line, as step S320, adopt coupling assembling then with parallel structured fixing between at least two bodies of rod, last, as step S330, on the body of rod of this structured fixing, carry out the regular winding of line power ground.
The method for winding of above-mentioned line power ground can be by the body of rod with rod grounded line, be grounded the regular winding matrix of line by coupling assembling, need not add for body or other winding mechanisms that drum stand is set, having avoided the existing existing winding of various winding modes mechanism effectively is unnecessary element when carrying out the ground connection operation, lose easily, or the defective that need deposit separately, and make that the operating type of method for winding is succinctly effective, realize with low cost.
This power ground the coiling syndeton system of line be used for the regular winding of line power ground.Embodiment one as shown in Figure 4, this power ground the coiling bindiny mechanism of line be used to not have the regular winding of earth connection of additional drum stand assembly.This coiling bindiny mechanism is a coupling assembling 100, this coupling assembling is formed by three connectors 110,120,130, all has a connecting portion 111,121,131 on each connector, this connecting portion is used for connector is fixed on a body of rod, connector 110,120,130 is the macromolecule engineering plastic castings, it comprises two branches that fasten assembling, and connecting portion is formed between these two branches.For example, connector 120 has two branches 122,123 that make-up is provided with, be connected and fixed by a plurality of screws 127 (screw shown in Fig. 4) between the branch 122,123, by adjustment screw 127, can realize the adjusted size of two connecting portions between the branch, thereby make the through hole shape connecting portion 121 of this connector 120 be suitable for the fixing of each specification body of rod; Connector 110,130 also can adopt this structure.At least has a docking section on each connector, as Fig. 1, the side of connector 110 is provided with a docking part 114, this docking section 114 is a lug boss, the two relative side of connector 120 is provided with two docking sections 124,125, and docking section 124 is a recess, docking section 114 can setting-in or spiral-lock such as docking section 124 in, realize connector 110 and 120 be connected, docking section 125 is the lug boss identical with docking section 114.One side of connector 130 is provided with a docking part 134, and this docking section 134 is a recess, and this docking section 134 can realize that setting-in or spiral-lock be connected with 125 of docking sections, docking between realization connector 120 and the connector 130.Among this embodiment, on the recess sidewalls for the connector 124 of recess an elasticity bearing pin 126 is set, the correspondence position that is the connector 114 of lug boss accordingly is provided with a pin shaft hole 116, after 124 assemblings in docking section of the docking section 114 of lug boss and recess, this bearing pin 126 can achieve a fixed connection the two, thereby firmly and flexibly being linked and packed between the realization connector, form coupling assembling, also adopt identical fixing and matching structure between the docking section 125 and 134 of connector 120 and connector 130.
Certainly, among the embodiment three as shown in Figure 8, this coiling bindiny mechanism is a coupling assembling 300, this coupling assembling is by three connectors 310,320,330 form, connector 310 and connector 330, adopt as 320 identical structures, has a connecting portion 321 on the connector 320, this connecting portion 321 is used for connector is fixed on a body of rod, connector 320 is macromolecule engineering plastic extruding forming spare, it comprises two branches 322 that fasten assembling, 323, two branches 322, be connected and fixed by a plurality of screws 327 (screw only is shown among Fig. 8) between 323, by adjustment screw 327, can realize the adjusted size of two connecting portions between the branch, the connecting portion 321 of cover pass is formed between these two branches.The two relative side of connector 320 is provided with two docking sections 324,325, and docking section 324 is a recess, and docking section 325 is for cooperating the protuberance of setting-in or spiral-lock with it.One elasticity bearing pin 326 is set on the connector 320, one end of this elasticity bearing pin 326 can insert in the recess space of docking section 324, corresponding docking section 325 is provided with a shrinkage pool 326 ', elasticity bearing pin on another connector 330 can be after connector 320,330 butt joints, and the one end inserts in this shrinkage pool 326 ' 320,330 of connectors is fixing.
This coupling assembling 300 adopts the connector of three same structures, in the convenient suitability for industrialized production that realizes connector, more can possess preferable Adapter Property, makes this connector can generally be applicable to the regular winding of different radical earth connections.In addition, connector 310,320,330 also can adopt integrated formed structure respectively, and the connecting portion through hole that penetrates is offered at its middle part, and this through hole is provided with trip bolt outward, is used to wear carry out fixing between the body of rod and the connector behind the body of rod.In this embodiment, bindiny mechanisms such as snapping commonly used in the prior art, clamping also can be adopted in the docking section between each connector, realize the connection between the connector and meet the instructions for use that succinct operation can separate.
As shown in Figure 5, Fig. 5 is the application structure schematic diagram of the embodiment of bindiny mechanism one of coiling shown in Fig. 4; Form on the body of rod that the connector 110,120,130 of this coupling assembling 100 is individually fixed in rod grounded line, this is with rod grounded line is quarter butt type earth connection, the body of rod 140,150,160 wears respectively and is fixed in the connecting portion of offering on the connector 110,120,130 111,121,131, connector 110 is realized being connected by docking section 114,124 with connector 120,130 of connector 120 and connectors are realized being connected by docking section 125, docking section 134, and 140,150,160 of three bodies of rod like this have been realized structured fixing side by side.Three bodies of rod of this connection structured fixing can be used as the winding matrix of earth connection, can directly regular in the above coiling.
This coiling bindiny mechanism by means of with the body of rod of rod grounded line as carrier, need not plus outer bobbin and drum stand, when carrying out the ground connection operation, each connector can with the body of rod assembling with rod grounded line, the independent setting between connector can not cause any secondary face to ring to the ground connection operation.
In embodiment two, as shown in Figure 6, the architectural feature of connector 210,230 such as the connector among the embodiment one 110,130.The architectural feature of connector 220 connector 120 in having embodiment one, more can add a winding body 228, this winding body 228 protrudes from the sidewall setting of connector 220, the contiguous block 2281 that one abutting stem 2282 pivotally connected is fixed on the connector 220, this abutting stem 2282 can pivot to the position that a position and perpendicular to connecting portion 221 axis is parallel to these connecting portion 221 axis, in embodiment, abutting stem 2282 ends of winding body 228 also are provided with a pars contractilis 2283.The end of this pars contractilis 2283 also has a stopper 2284, and pars contractilis 2283 can effectively increase the protrusion length of the abutting stem 2282 of winding body 228 after elongation, has preferable winding effect when making it as a winding body of drum stand.
Be illustrated in figure 7 as the application schematic diagram of embodiment two, this coiling bindiny mechanism is used to the regular winding with rod grounded line, fixes two groups of coupling assemblings respectively on each body of rod 240,250,260 with rod grounded line, has a determining deviation between two groups of coupling assemblings.240,250,260 of the bodies of rod are realized regular fixing side by side by coupling assembling.Three connectors 210,220,230 of forming first group of coupling assembling are fixedly set in the body of rod 240,250,260 upper ends respectively, and realize being connected and fixed by the docking section to each other.Three connectors 230 ', 220 ', 210 ' of forming second group of coupling assembling are fixedly set in the body of rod 240,250,260 bottoms relatively respectively, and realize being connected and fixed by the docking section to each other.So the winding body 228 ' of the winding body 228 of connector 220 and connector 220 ' forms drum stand, can carry out regular earth connection betwixt and twine.
Fig. 9 is should the wind the line structural representation of embodiment four of bindiny mechanism of the present invention, this coiling bindiny mechanism is a coupling assembling 400, this coupling assembling 400 has a connection piece body 410, the middle part of this connector body 410 is provided with first connecting portion 422 of a socket fixed core, and this first connecting portion 422 is 432 trepannings that form of the first spiral-lock part on connector by a groove on the connector body 410 and a spiral-lock.Connecting body 410 is extended to both sides by this first connecting portion 422, and on this both sides extension, being respectively arranged with second connecting portion 421 and the 3rd connecting portion 423, this second connecting portion 421 and the 3rd connect the trepanning that portion 423 is groove on the connector body and the second spiral-lock part 431,433 formation of the 3rd spiral-lock part.This connector body 410 by with the fastening of three spiral-lock parts, form the connecting portion 421,422,423 of three fixed cores that are set up in parallel, realized the structured fixing arranged side by side between three pole bodies, make it to form the matrix of the regular winding of earth connection.
In this embodiment four, connected mode between spiral-lock part and connector body can adopt the multiple spiral-lock or the fixed form of prior art, for example, can draw-in groove be set by the groove at this connector body, correspondingly on the spiral-lock part, trip is set, realizes the fastening of the two; Can also pass through screw, on connector body and spiral-lock part, screw hole is set, realize the assembling of the two.
Among the embodiment five as shown in figure 10, this coiling bindiny mechanism is except that comprising that one has the coupling assembling 400 shown in the embodiment four, more can further comprise three bodies of rod 510,520,530, three bodies of rod distribute to wear and are fixed in first connecting portion, second connecting portion, the 3rd connecting portion, the body of rod 510,520,530 can be respectively tubular body, pass for no rod grounded line ground wire, then these three fixing bodies of rod can be directly as the winding body of earth connection.
In this embodiment, the structure of the connecting portion of this coupling assembling also can adopt the multiple structure that can realize that the body of rod is fixing of the prior art.Its connecting portion more can be two, four or five, to be suitable for the regular winding of line power ground of different occasions and different size.
Among the embodiment six as shown in figure 11, this coiling bindiny mechanism is a coupling assembling 600, this coupling assembling 600 has a connection piece body 610, the middle part of this connector body 610 is provided with first connecting portion 622 of a socket fixed core, and this first connecting portion 622 is 632 trepannings that form of the first spiral-lock part on connector by a groove on the connector spare body 610 and a spiral-lock.Connector body 610 is extended to both sides by this first connecting portion 622, and on this both sides extension, being respectively arranged with second connecting portion 621 and the 3rd connecting portion 623, this second connecting portion 621 and the 3rd connect the trepanning that all there are groove on the connector body and the second spiral-lock part 631,633 formation of the 3rd spiral-lock part in portion 623.The additional winding body 640 that is provided with in a side of connector body 610, this winding body 644 protrudes from the sidewall setting of connector body 610, the connecting portion 641 that one abutting stem 642 pivotally connected is fixed on the connector body 610, this abutting stem 642 can pivot to the position that a position and perpendicular to connecting portion 622 axis is parallel to these connecting portion 622 axis, in embodiment, abutting stem 642 ends of winding body 640 also are provided with a pars contractilis 643.The end of this pars contractilis 643 also has a stopper 644, and pars contractilis 643 can effectively increase the protrusion length of the abutting stem 642 of winding body 640 after elongation, has preferable winding effect when making it as a winding body of drum stand.
As Figure 12 is the application schematic diagram of coiling bindiny mechanism among Figure 11.This coiling bindiny mechanism can be used for the regular winding with rod grounded line, this is with rod grounded line to have three earth connection bodies of rod, three bodies of rod 650,660,670 with rod grounded line are fixing respectively by two coupling assemblings 600,600 ', have a determining deviation between two coupling assemblings.Coupling assembling 600 is fixedly set in the body of rod 650,660,670 upper ends, coupling assembling 600 ' is relatively arranged on the body of rod 650,660,670 bottoms, winding body 640 on the coupling assembling 600 and the winding body on the coupling assembling 600 ' 640 ' form drum stand, can carry out regular earth connection betwixt and twine.
As Figure 13, be the structural representation of the embodiment of the invention seven.This coiling bindiny mechanism is a coupling assembling 700, this coupling assembling 700 has a connection piece body 710, first connecting portion 721 that is provided with a socket fixed core of this connector body 710, this first connecting portion 721 are 731 trepannings that form of the first spiral-lock part on connector by a groove on the connector body 710 and a spiral-lock.Connect body 710 and extended to a side by this first connecting portion 721, and this side extension is provided with second connecting portion 722, this second connecting portion 722 is the groove on the connector body 710 and the trepanning of 732 formation of the second spiral-lock part.This connector body 710 by with the combination of two spiral-lock parts, form the connecting portion 721,722 of two fixed cores that are set up in parallel, realized the structured fixing arranged side by side between two pole bodies, make it to form the matrix of the regular winding of earth connection.
Claims (13)
1. method for winding of line power ground is characterized in that described method for winding comprises:
Adopt coupling assembling, this coupling assembling is arranged on the body of rod;
To realize parallel structured fixing between at least two bodies of rod by coupling assembling.
2. the method for winding of line power ground according to claim 1 is characterized in that described method for winding further comprises:
Line power ground is wound on the body of rod of described parallel structured fixing in the lump;
Perhaps, at least one body of rod or coupling assembling wire-winding unit is set, line is wrapped on this wire-winding unit power ground.
3. the method for winding of line power ground is used to the coiling with rod grounded line, it is characterized in that described method for winding comprises:
Adopt coupling assembling and this coupling assembling is set on the body of rod with rod grounded line, this coupling assembling is with the parallel structured fixing between at least two bodies of rod;
Line power ground is wound on the body of rod of described parallel structured fixing in the lump; Perhaps on described wherein at least one body of rod wire-winding unit is set, line is wound on this wire-winding unit power ground.
4. the method for winding of line power ground is used to not have the coiling of rod grounded line, it is characterized in that described method for winding comprises:
Suit one body of rod on each root earth connection of no rod grounded line;
Adopt coupling assembling with the parallel structured fixing between at least two bodies of rod;
Line power ground is wound on the body of rod of described parallel structured fixing in the lump; Perhaps on described wherein at least one body of rod wire-winding unit is set, line is wound on this wire-winding unit power ground.
5. according to the method for winding of claim 3 or 4 arbitrary described lines power ground, it is characterized in that described method for winding further comprises:
Coupling assembling is set respectively at least two bodies of rod, and described each coupling assembling has at least one connecting portion, and assembling connection between the connecting portion of coupling assembling on the different bodies of rod with parallel structured fixing between at least two bodies of rod, is to flexibly connect between this connecting portion.
6. according to the method for winding of claim 3 or 4 arbitrary described lines power ground, it is characterized in that described method for winding further comprises:
On the body of rod with rod grounded line a coupling assembling is set, described coupling assembling has at least one connecting portion, and this connecting portion is with at least one body of rod and the parallel structured fixing of this body of rod.
7. the coiling bindiny mechanism of line power ground is used to realize the regular coiling of line power ground, it is characterized in that this coiling bindiny mechanism comprises:
Coupling assembling, this coupling assembling is provided with connecting portion, and this connecting portion is used for this coupling assembling is fixedly connected on the body of rod;
Wherein, this connecting portion is at least two.
8. the coiling bindiny mechanism of line power ground according to claim 7, it is characterized in that described coupling assembling comprises at least two connectors, each connector is provided with the docking section that connector is connected to form coupling assembling, is connected to form coupling assembling by the docking section between described connector.
9. the coiling bindiny mechanism of line power ground according to claim 8 is characterized in that being provided with a junction at least on described each connector, and this connecting portion comprises for the fixing suit hole of body of rod suit.
10. the coiling bindiny mechanism of line power ground according to claim 8 is characterized in that extension is provided with a protuberance on described a connection piece, and this protuberance forms a winding body of a wire-winding unit.
11. the coiling bindiny mechanism of line power ground according to claim 7 is characterized in that described coiling bindiny mechanism further comprises:
At least one body of rod, this body of rod is fixed in a junction of coupling assembling.
12. the coiling bindiny mechanism of line power ground according to claim 7, it is characterized in that described coupling assembling comprises a body, the connecting portion of one socket fixed core is set on this body, and extension is provided with the connecting portion that at least one is used for the socket fixed core on the described body.
13. the application of the coiling bindiny mechanism of the described line power ground of claim 7 is characterized in that this bindiny mechanism is fixed on the body of rod, is used to realize the structured fixing between at least two bodies of rod, and is used for the regular winding of line power ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100549893A CN101651304B (en) | 2009-07-17 | 2009-07-17 | Winding method of electricity earthing cable, winding connection mechanism and application thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100549893A CN101651304B (en) | 2009-07-17 | 2009-07-17 | Winding method of electricity earthing cable, winding connection mechanism and application thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101651304A true CN101651304A (en) | 2010-02-17 |
| CN101651304B CN101651304B (en) | 2012-05-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009100549893A Expired - Fee Related CN101651304B (en) | 2009-07-17 | 2009-07-17 | Winding method of electricity earthing cable, winding connection mechanism and application thereof |
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| CN (1) | CN101651304B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102180387A (en) * | 2011-04-02 | 2011-09-14 | 苏州工业园区金禾电气设备有限公司 | Detachable or short-rod carrying type short-circuit earthing wire winding method and winding mechanism |
| CN103036174A (en) * | 2012-04-27 | 2013-04-10 | 苏州工业园区金禾电气设备有限公司 | Winding device of grounding wire |
| CN103359550A (en) * | 2013-07-12 | 2013-10-23 | 昆山信德佳电气科技有限公司 | Coiling box special for grounding wire with operating rod and coiling method of coiling box |
| CN109626134A (en) * | 2019-01-14 | 2019-04-16 | 浙江尚进电力科技有限公司 | It is grounded storage support |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2443941Y (en) * | 2000-09-02 | 2001-08-22 | 王锋利 | Wire wound bracket for earch wrie |
| CN2458263Y (en) * | 2000-12-10 | 2001-11-07 | 王锋利 | Ground wire winding swift with rod |
| CN201091036Y (en) * | 2007-08-10 | 2008-07-23 | 乔军 | Wire wound bracket for earth wire |
| CN201196977Y (en) * | 2008-05-30 | 2009-02-18 | 张建军 | Closed ground wire storage device |
| CN201466398U (en) * | 2009-07-17 | 2010-05-12 | 苏州工业园区金禾电气设备有限公司 | Coiling connection mechanism of electric power grounding wire |
-
2009
- 2009-07-17 CN CN2009100549893A patent/CN101651304B/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102180387A (en) * | 2011-04-02 | 2011-09-14 | 苏州工业园区金禾电气设备有限公司 | Detachable or short-rod carrying type short-circuit earthing wire winding method and winding mechanism |
| CN102180387B (en) * | 2011-04-02 | 2015-07-08 | 苏州工业园区金禾电气设备有限公司 | Detachable or short-rod carrying type short-circuit earthing wire winding method and winding mechanism |
| CN103036174A (en) * | 2012-04-27 | 2013-04-10 | 苏州工业园区金禾电气设备有限公司 | Winding device of grounding wire |
| CN103359550A (en) * | 2013-07-12 | 2013-10-23 | 昆山信德佳电气科技有限公司 | Coiling box special for grounding wire with operating rod and coiling method of coiling box |
| CN109626134A (en) * | 2019-01-14 | 2019-04-16 | 浙江尚进电力科技有限公司 | It is grounded storage support |
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| Publication number | Publication date |
|---|---|
| CN101651304B (en) | 2012-05-02 |
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Effective date of registration: 20160316 Address after: 226100 town government Shuxun Jiangsu Province Haimen City South (New River Village) Patentee after: Nantong Shenghao HVAC Equipment Co.,Ltd. Address before: 610, room 1, building 88, Jinji Lake Road, Suzhou Industrial Park, Jiangsu, 215021 Patentee before: Suzhou Industrial Park Jinhe Electric Equipment Co., Ltd. |
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