CN205429386U - Quick connecting device of high altitude construction wire - Google Patents

Abstract

The utility model relates to a quick connecting device of high altitude construction wire, characterized by: on the movable mould rotor was placed perpendicularly in to the rocker, on the movable mould rotor was placed in to the spacing ring, the mould middle part was placed in to the swivelling chute, and the swivelling chute inboard is placed in through spacing bearing to the spacing ring, and movable mould rotor middle part is placed in to the opening, and two dead levers just lie in the opening outside on placing the movable mould rotor respectively in, on the movable mould was placed in to the guide pin bushing, upward leading wire casing and last subpolygon groove symmetric distribution were inboard in last movable mould, and it is inboard in last movable mould rotor to go up main traverse line spread groove and last subpolygon spread groove symmetric distribution, went up in main ARC blade places the main traverse line spread groove in, went up in vice ARC blade places the subpolygon spread groove in, and the movable mould both sides are placed down in to down leading wire casing and lower subpolygon groove symmetry, on the movable mould is placed down in to the guide pillar, just and the guide pin bushing on the last movable mould corresponding.

Description

A kind of work high above the ground wire Quick Connect Kit

Technical field

This utility model one work high above the ground wire Quick Connect Kit, relates to a kind of to belong to electrical equipment at the Quick Connect Kit of work high above the ground wire.Particularly to a kind of in work high above the ground use, insulating barrier is removed and the internal copper wire of wire screws up what synchronization was carried out, it is achieved the device that wire connects.

Background technology

At present, aerial cables is laid and has been generalized.Owing to aerial cables exposes in atmosphere, once run into vile weather, such as pole cold pole hot weather, the service life of aerial cables external insulation can be caused the biggest impact.Drench with rain along with exposing to the weather, can cause that cable external insulation is aging to come off in the course of time, cable inner lead thus expose in atmosphere.Cable inner lead insulating barrier ageing resistance is far weaker than external insulation, under boisterous erosion, the most aging come off thus cause aerial cables short circuit, open circuit, cause fault.Aerial cables transmission of signal information amount is big, is easier to fault at aerial cables node and load larger part.Of short duration line fault will result in huge economic loss, even can cause large-area power-cuts, affect normal resident living and comercial operation.Once aerial cables generation line fault, maintainer needs to arrive in immediately maintenance sites, carries out work high above the ground process.Different according to line fault, for aerial cables inner lead open circuit problem, maintainer needs to replace wire temporarily, has needed wire external insulation to remove and the internal copper wire of wire screws up during wire connects.Owing to work high above the ground range of activity is limited, dangerous high, it is limited that maintainer carries with maintenance tool, and has needed relatively complicated wire to connect task.Maintenance efficiency is relatively low and safety is the highest.The wire Quick Connect Kit that presently, there are is not particularly suited for work high above the ground, it is impossible to realizes the combination that automatic wire insulating barrier is removed and the internal copper wire of wire screws up, remains a need for relatively complicated artificial treatment when processing aerial cables inner lead fault.In maintenance process, maintainer not only needs manually to remove wire external insulation, also need to screw up internal for wire copper wire, wire joint efficiency is relatively low and extremely inconvenient, once accident occurs, maintainer is difficult to be rapidly completed wire while reply emergency case and connects, thus brings hidden danger for maintainer aerial cables inner lead troubleshooting.

Summary of the invention

In order to improve above-mentioned situation, this utility model a kind of work high above the ground wire Quick Connect Kit provides a kind of in work high above the ground use, and insulating barrier is removed and the internal copper wire of wire screws up what synchronization was carried out, it is achieved the device that wire connects.The treatment effeciency of work high above the ground cable fault can be effectively improved.

This utility model one work high above the ground wire Quick Connect Kit is achieved in that this utility model one work high above the ground wire Quick Connect Kit is made up of dynamic model and base.Dynamic model is made up of rocking bar, upper dynamic model, Limit Bearing, spacing ring, guide pin bushing, upper secondary cambered blade, upper subpolygon link slot, upper subpolygon groove, upper leading wire casing, swivelling chute, upper main traverse line link slot, upper main cambered blade, upper dynamic model rotor, fixing bar and opening.Rocking bar is vertically arranged on dynamic model rotor, spacing ring is placed on dynamic model rotor, swivelling chute is placed in the middle part of dynamic model, spacing ring is placed in inside swivelling chute by Limit Bearing, opening is placed in the middle part of dynamic model rotor, two fixing bars are respectively placed on dynamic model rotor, and it is positioned at open outer side, described guide pin bushing is placed on dynamic model, upper leading wire casing and upper subpolygon groove are symmetrically distributed in inside dynamic model, upper main traverse line link slot and upper subpolygon link slot are symmetrically distributed in inside dynamic model rotor, upper main cambered blade is placed in main traverse line link slot, upper secondary cambered blade is placed in subpolygon link slot, base is by lower leading wire casing, lower subpolygon groove, lower dynamic model, guide pillar, lower main cambered blade, lower secondary cambered blade composition.The most leading wire casing and lower subpolygon groove are symmetrically placed in lower dynamic model both sides, guide pillar is placed on lower dynamic model, and it is corresponding with the guide pin bushing on upper dynamic model, lower main cambered blade is placed in lower leading wire casing, and it is corresponding with the upper main cambered blade in upper main traverse line link slot, lower secondary cambered blade is placed in lower subpolygon groove, and corresponding with the upper secondary cambered blade in upper subpolygon link slot.

nullDuring use，Two wires are respectively put into lower leading wire casing and lower subpolygon groove，Then upper dynamic model is positioned on lower dynamic model，Guide pillar on lower dynamic model is placed in the guide pin bushing on dynamic model，Then wire one end is pulled out from opening part，Two wires are respectively wound around on the fixing bar of correspondence，Now，Piece wire lower leading wire casing and on leading wire casing、In the hole slot of upper main traverse line link slot composition，And upper main cambered blade suits with lower main cambered blade，By the insulating barrier ring cutting outside wire，Cut，A piece wire is at lower subpolygon groove and upper subpolygon groove、In the hole slot of upper subpolygon link slot composition，And upper secondary cambered blade suits with lower pair cambered blade，By the insulating barrier ring cutting outside wire，Cut，Shake rocking bar，Upper dynamic model rotor is driven to rotate along Limit Bearing by rocking bar，Upper dynamic model rotor rotates traction two wire and is wound around，Two wires surface insulation layer while rotating comes off and internal copper wire screws up mutually，After wire connects，Directly the guide pillar on lower dynamic model is separated with the guide pin bushing on upper dynamic model，Lower dynamic model separates with upper dynamic model，Reach the purpose that wire quickly connects.

Beneficial effect.

One, simple in construction, convenient and practical.

Two, with low cost, it is easy to promote.

Three, working performance can be effectively improved.

Accompanying drawing explanation

Accompanying drawing 1 is the structural representation of this utility model a kind of work high above the ground wire Quick Connect Kit

In accompanying drawing

Wherein part is: rocking bar (1), upper secondary cambered blade (2), upper subpolygon link slot (3), upper dynamic model (4), Limit Bearing (5), spacing ring (6), guide pin bushing (7), upper subpolygon groove (8), lower subpolygon groove (9), lower secondary cambered blade (10), lower dynamic model (11), guide pillar (12), the most leading wire casing (13), lower main cambered blade (14), upper leading wire casing (15), swivelling chute (16), upper main traverse line link slot (17), upper main cambered blade (18), upper dynamic model rotor (19), fixing bar (20), opening (21).

Detailed description of the invention:

This utility model one work high above the ground wire Quick Connect Kit is achieved in that and is made up of dynamic model and base.Dynamic model is made up of rocking bar (1), upper dynamic model (4), Limit Bearing (5), spacing ring (6), guide pin bushing (7), upper secondary cambered blade (2), upper subpolygon link slot (3), upper subpolygon groove (8), upper leading wire casing (15), swivelling chute (16), upper main traverse line link slot (17), upper main cambered blade (18), upper dynamic model rotor (19), fixing bar (20) and opening (21).nullRocking bar (1) is vertically arranged on dynamic model rotor (19)，Spacing ring (6) is placed on dynamic model rotor (19)，Swivelling chute (16) is placed in dynamic model (4) middle part，Spacing ring (6) is placed in swivelling chute (16) inner side by Limit Bearing (5)，Opening (21) is placed in dynamic model rotor (19) middle part，Two fixing bars (20) are respectively placed on dynamic model rotor (19)，And it is positioned at opening (21) outside，Described guide pin bushing (7) is placed on dynamic model (4)，Upper leading wire casing (15) and upper subpolygon groove (8) are symmetrically distributed in dynamic model (4) inner side，Upper main traverse line link slot (17) and upper subpolygon link slot (3) are symmetrically distributed in dynamic model rotor (19) inner side，Upper main cambered blade (18) is placed in main traverse line link slot (17)，Upper secondary cambered blade (2) is placed in subpolygon link slot (3)，Base is by lower leading wire casing (13)、Lower subpolygon groove (9)、Lower dynamic model (11)、Guide pillar (12)、Lower main cambered blade (14)、Lower secondary cambered blade (10) composition.nullThe most leading wire casing (13) and lower subpolygon groove (9) are symmetrically placed in lower dynamic model (11) both sides，Guide pillar (12) is placed on lower dynamic model (11)，And it is corresponding with the guide pin bushing (7) on upper dynamic model (4)，Lower main cambered blade (14) is placed in lower leading wire casing (13)，And it is corresponding with the upper main cambered blade (18) in upper main traverse line link slot (17)，Lower secondary cambered blade (10) is placed in lower subpolygon groove (9)，And it is corresponding with the upper secondary cambered blade (2) in upper subpolygon link slot (3)，During use，Two wires are respectively put into lower leading wire casing (13) and lower subpolygon groove (9)，Then upper dynamic model (4) is positioned on lower dynamic model (11)，Guide pillar (12) on lower dynamic model (11) is placed in the guide pin bushing (7) on dynamic model (4) Nei，Then wire one end is pulled out from opening (21)，Two wires are respectively wound around on the fixing bar (20) of correspondence，Now，A piece wire is at lower leading wire casing (13) and upper leading wire casing (15)、In the hole slot that upper main traverse line link slot (17) forms，And upper main cambered blade (18) suits with lower main cambered blade (14)，By the insulating barrier ring cutting outside wire，Cut，A piece wire is at lower subpolygon groove (9) and upper subpolygon groove (8)、In the hole slot that upper subpolygon link slot (3) forms，And upper secondary cambered blade (2) suits with lower pair cambered blade (10)，By the insulating barrier ring cutting outside wire，Cut，Shake rocking bar (1)，Rotated along Limit Bearing (5) by dynamic model rotor (19) in rocking bar (1) drive，Upper dynamic model rotor (19) rotates traction two wire and is wound around，Two wires surface insulation layer while rotating comes off and internal copper wire screws up mutually，After wire connects，Directly the guide pillar (12) on lower dynamic model (11) and the guide pin bushing (7) on upper dynamic model (4) are separated，Lower dynamic model (11) and upper dynamic model (4) separate，Reach the purpose that wire quickly connects.

Claims (1)

1. null1. a work high above the ground wire Quick Connect Kit，It is characterized in that: be made up of dynamic model and base，Dynamic model is by rocking bar、Upper dynamic model、Limit Bearing、Spacing ring、Guide pin bushing、Upper secondary cambered blade、Upper subpolygon link slot、Upper subpolygon groove、Upper leading wire casing、Swivelling chute、Upper main traverse line link slot、Upper main cambered blade、Upper dynamic model rotor、Fixing bar and opening composition，Rocking bar is vertically arranged on dynamic model rotor，Spacing ring is placed on dynamic model rotor，Swivelling chute is placed in the middle part of dynamic model，Spacing ring is placed in inside swivelling chute by Limit Bearing，Opening is placed in the middle part of dynamic model rotor，Two fixing bars are respectively placed on dynamic model rotor，And it is positioned at open outer side，Described guide pin bushing is placed on dynamic model，Upper leading wire casing and upper subpolygon groove are symmetrically distributed in inside dynamic model，Upper main traverse line link slot and upper subpolygon link slot are symmetrically distributed in inside dynamic model rotor，Upper main cambered blade is placed in main traverse line link slot，Upper secondary cambered blade is placed in subpolygon link slot，Base is by lower leading wire casing、Lower subpolygon groove、Lower dynamic model、Guide pillar、Lower main cambered blade、Lower secondary cambered blade composition，The most leading wire casing and lower subpolygon groove are symmetrically placed in lower dynamic model both sides，Guide pillar is placed on lower dynamic model，And it is corresponding with the guide pin bushing on upper dynamic model，Lower main cambered blade is placed in lower leading wire casing，And it is corresponding with the upper main cambered blade in upper main traverse line link slot，Lower secondary cambered blade is placed in lower subpolygon groove，And it is corresponding with the upper secondary cambered blade in upper subpolygon link slot.