CN104409888A - Cable shunt device with insulated enclosure - Google Patents
Cable shunt device with insulated enclosure Download PDFInfo
- Publication number
- CN104409888A CN104409888A CN201410721359.8A CN201410721359A CN104409888A CN 104409888 A CN104409888 A CN 104409888A CN 201410721359 A CN201410721359 A CN 201410721359A CN 104409888 A CN104409888 A CN 104409888A
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- CN
- China
- Prior art keywords
- wire clamp
- shunting
- return sawtooth
- latch segment
- line
- Prior art date
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R11/00—Individual connecting elements providing two or more spaced connecting locations for conductive members which are, or may be, thereby interconnected, e.g. end pieces for wires or cables supported by the wire or cable and having means for facilitating electrical connection to some other wire, terminal, or conductive member, blocks of binding posts
- H01R11/11—End pieces or tapping pieces for wires, supported by the wire and for facilitating electrical connection to some other wire, terminal or conductive member
- H01R11/12—End pieces terminating in an eye, hook, or fork
- H01R11/14—End pieces terminating in an eye, hook, or fork the hook being adapted for hanging on overhead or other suspended lines, e.g. hot line clamp
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R4/00—Electrically-conductive connections between two or more conductive members in direct contact, i.e. touching one another; Means for effecting or maintaining such contact; Electrically-conductive connections having two or more spaced connecting locations for conductors and using contact members penetrating insulation
- H01R4/70—Insulation of connections
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- Installation Of Indoor Wiring (AREA)
Abstract
The invention discloses a cable shunt device with an insulated enclosure. The cable shunt device comprises a cable shunt connecting structure and the insulated enclosure wrapping the cable shunt connecting structure, wherein the cable shunt connecting structure comprises a main cable clamp and a shunt cable clamp, the shunt cable clamp comprises a shunt cable clamp body and a locking block used for locking a shunt cable, the shunt cable is clamped between the locking side of the locking block and the locking side of the shunt cable clamp body when in use, a main wire passing opening corresponding to a wire passing part of the main cable clamp, a shunt wire passing opening corresponding to a wire passing part of the shunt cable clamp, and a locking operation window corresponding to the shunt cable clamp and used for exposing the locking block are formed in the insulated enclosure, and a first cover plate is movably connected on the locking operation window. The cable shunt device has the advantages that the structure is simple, the cable clamp is protected, a wire is fastened, the wiring is convenient, the labor intensity is reduced, the working efficiency is improved, even the universality is high, and the cable shunt device is waterproof and detachable, can be self-locked, and is convenient to unlock.
Description
Technical field
The present invention relates to wire interconnection technique, be specifically related to a kind of cable part flow arrangement of tape insulation shell.
Background technology
Electrical Safety on society, ensure that power network safety operation is very important, connecting position of wires reason is bad, bring a lot of puzzlement, such as, shunt, what current most places adopted is directly be wrapped on main line by shunt line, this kind of mode often causes wiring insecure, break, bring certain loss to user, bring a large amount of work to maintenance, repair personnel.Existing wire clamp one side unbalance stress, one side are yielding, can slide to the left and right sides when nut screwing clamping, repeatedly to adjust and could aim at, increase operation easier, and existing wire clamp can only grip the backbone of specification, the backbone of different size can not be common to, and existing wire to have a lot be non-graticule, not all backbone is all a size, therefore needs to select different existing wire clamps, troublesome poeration according to the backbone of different size, use inconvenience, and firm not to the clamping of shunt line, after long-time use, can relax.Existing wire clamp is tape insulation shell not, or the structure of the insulation crust of band is too complicated, cost is high or be not easy to use, and after some needs to clip wire with wire clamp, then is assemblied on wire clamp by insulation crust, uses inconvenience, be unfavorable for aerial work.
Summary of the invention
Task of the present invention is the deficiency overcoming above-mentioned prior art, there is provided a kind of structure simple, can protective wire clip, can waterproof, can wire is fastening, wiring is convenient, detachable, reduce labor intensity, increase work efficiency, even highly versatile, can self-locking, be convenient to the cable part flow arrangement of a kind of tape insulation shell unlocked.
The present invention is realized by following technical proposals:
A kind of cable part flow arrangement of tape insulation shell, comprise the insulation crust of cable shunting syndeton and a parcel cable shunting syndeton, it is characterized in that: described cable shunting syndeton comprises main line folder for clamping main traverse line and the shunting wire clamp for clamping shunt line, shunting wire clamp comprises shunting wire clamp body and the latch segment for locking shunt line, latch segment contact with shunt line and side is locked for it in the side applying coupling mechanism force directly to shunt line, side is locked for it in the side relative with the locking side of latch segment of shunting wire clamp body, during use, shunting wire clamp is held between the locking side of latch segment and the locking side of shunting wire clamp body, described insulation crust offers main traverse line corresponding to line position of crossing pressed from both sides with main line to cross line mouth, cross line mouth and the locking operation window for expose latch segment corresponding with shunting wire clamp with the shunt line crossing line position corresponding of shunting wire clamp, locking operation window is connected with the first cover plate.
The further improvement project of the present invention comprises:
Described insulation crust is provided with crosses line breach for the side direction of main traverse line from laterally disposed to described on main line folder, and side direction is crossed line breach and crossed line mouth with described main traverse line and be communicated with; Side direction is crossed on line breach and is connected with the second cover plate.
Described insulation crust integrated injection molding is in described cable shunting syndeton.
Described insulation crust is at least spliced by two housing units.
Anti-skid structure is provided with between described cable shunting syndeton and described insulation crust
One end and the described insulation crust of described first cover plate are hinged, its other end and described insulation crust snapping; One end and the described insulation crust of described second cover plate are hinged, its other end and described insulation crust snapping.
The one or both ends of described first cover plate are provided with the first hinge, the position corresponding with the first hinge of insulation crust is provided with the hinge recess of " C " shape, first hinge be set in hinge recess make the first cover plate and insulation crust hinged, the radian of hinge recess is greater than 180 °, the diameter being dimensioned slightly smaller than the first hinge of the lateral openings of hinge recess and enable the first hinge be set in hinge recess from lateral openings under external force or detach hinge recess.
Described insulation crust is provided with the waterproof cover corresponding with the first cover plate, and waterproof cover covers between the first cover plate and insulation crust due to hinged and gap that is that cause.
Described insulation crust is at least spliced by two housing units, and is fixedly connected with by buckle structure between adjacent two housing units.
Described insulation crust is at least spliced by two housing units, and is fixedly connected with by buckle structure between adjacent two housing units; Buckle structure comprises and is arranged on draw-in groove on a housing unit and is arranged on housing unit adjacent with it, can coordinate with draw-in groove and lock the buckling piece of adjacent housings.
The one or both ends of described second cover plate are provided with the second hinge, the position corresponding with the second hinge of insulation crust is provided with the hinge recess of " C " shape, second hinge be set in hinge recess make the second cover plate and insulation crust hinged, the radian of hinge recess is greater than 180 °, the diameter being dimensioned slightly smaller than the second hinge of the lateral openings of hinge recess and enable the second hinge be set in hinge recess from lateral openings under external force or detach hinge recess.
Described insulation crust is provided with the waterproof cover corresponding with the second cover plate, and waterproof cover covers between the second cover plate and insulation crust due to hinged and gap that is that cause.
Described main line folder comprises main wire clip body, main wire clip body is provided with main line folder groove, main line folder groove has been embedded in dynamic chuck moving up and down, main line folder is fixedly connected with the quiet chuck relative with the pinching end of dynamic chuck, main wire clip body is provided with adjustment screw, while one adjusting bolt is fixing with main wire clip body through regulating screw, with dynamic chuck apical grafting; A side of dynamic chuck or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck is provided with the anti-loose non-return sawtooth block coordinated with it, at least be provided with stage clip between the anti-loose non-return sawtooth block of side and main wire clip body, dynamic chuck and anti-loose non-return sawtooth block are compressed by stage clip.
Described insulation crust is spliced by two, left and right housing unit, insulation crust also offers the operation window of described adjusting bolt, operation window is provided with the first seal closure.
Described main line folder comprises main wire clip body, main wire clip body is provided with main line folder groove, main line folder groove has been embedded in dynamic chuck moving up and down, main line folder is fixedly connected with the quiet chuck relative with the pinching end of dynamic chuck, main wire clip body is provided with adjustment screw, while one adjusting bolt is fixing with main wire clip body through regulating screw, with dynamic chuck apical grafting, a side of dynamic chuck or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck is provided with the anti-loose non-return sawtooth block coordinated with it, one end near quiet chuck of anti-loose non-return sawtooth block is its upper end, relative one end is its lower end, the side that anti-loose non-return sawtooth block coordinates with dynamic chuck is provided with the non-return sawtooth of upwards check, the side near dynamic chuck of anti-loose non-return sawtooth block is inside it, relative side is outside it, stage clip is provided with between the outside of anti-loose non-return sawtooth block and main line press from both sides, dynamic chuck and anti-loose non-return sawtooth block are compressed by stage clip, anti-loose non-return sawtooth block is with a fixed lobe, main line folder be provided with a fixed groove coordinated with it with this fixed lobe corresponding position, fixed lobe is connected in fixed groove, fixed lobe forms anti-loose non-return sawtooth block and presss from both sides the rotating shaft of rotating relative to main line, fixed groove is cylindrical recesses, the shape of fixed lobe adapts with it, the radius of fixed lobe is greater than the size of the opening of the side near anti-loose non-return sawtooth block of fixed groove, and limit fixed lobe to the direction of dynamic chuck and move, the outside of anti-loose non-return sawtooth block is connected with a trip lever, and trip lever drives the motion of anti-loose non-return sawtooth block to unclamp the meshing of anti-loose non-return sawtooth block and dynamic chuck.
Described fixed lobe is arranged at the described anti-loose non-return lower end of sawtooth block or the end of upper end, the non-return sawtooth of corresponding anti-loose non-return sawtooth block is arranged on the upper end of anti-loose non-return sawtooth block or the side of lower end, described trip lever is pull bar, described main line folder body side is provided with the unblock through hole passed for pull bar, and pull bar arranges end with the non-return sawtooth of anti-loose non-return sawtooth block be fixedly connected with through unblock through hole, described stage clip successively;
Or fixed projection is arranged between the lower end of anti-loose non-return sawtooth block or the end of upper end, anti-loose non-return sawtooth block is divided into two sections by the position, fixed lobe place of anti-loose non-return sawtooth block, be respectively epimere and hypomere, the non-return sawtooth of anti-loose non-return sawtooth block is arranged on the upper end of epimere of anti-loose non-return sawtooth block or the side of the lower end of hypomere; Trip lever is push rod, main line folder body side is provided with the unblock through hole passed for push rod, push rod successively through unlocking through hole, stage clip is relative with the non-return sawtooth section of setting of anti-loose non-return sawtooth block one section be fixedly connected with or apical grafting, and be provided with between be connected with push rod one section of anti-loose non-return sawtooth block and described dynamic chuck for its gap to dynamic chuck direction movement
Or trip lever is pull bar, main line folder body side is provided with the unblock through hole passed for pull bar, pull bar is connected with the non-return sawtooth section of setting of anti-loose non-return sawtooth block through unblock through hole, stage clip successively, and is provided with between another section relative with a section that pull bar is fixedly connected with of anti-loose non-return sawtooth block and dynamic chuck for its gap to dynamic chuck direction movement.
Described insulation crust is spliced by two, left and right housing unit, housing also offers the operation window of described trip lever, operation window is provided with the second seal closure.
Described shunting wire clamp body is provided with at least one shunting string holes of passing for shunt line, the locking side of described latch segment or the locking side of shunting wire clamp body are provided with the wire inserting slot corresponding with shunting string holes, the locking side of latch segment or the locking side of shunting wire clamp body are provided with line ball projection, the locking side of corresponding shunting wire clamp body or the locking side of latch segment are provided with corresponding line ball groove protruding with line ball, during use, line ball is protruding prevents shunt line landing by shunt line to the press-bending of line ball groove direction.
One end of described latch segment or relative two ends are convex arc type structure, the position relative with the convex arc type structure of latch segment of described shunting wire clamp body is concave-curve structure, the radian of convex arc type structure and concave-curve structure is greater than 180 °, convex arc type vibrational power flow make in concave-curve structure latch segment and shunting wire clamp body hinged.
Described shunting wire clamp also comprises lock screw, and described shunting wire clamp body is provided with the shunting wire clamp groove running through its side or its relative both sides, and described latch segment is set in shunting wire clamp groove from the side of running through of shunting wire clamp body; The side relative with its locking side of shunting wire clamp body is provided with locking screw holes, lock screw is through locking screw holes and latch segment apical grafting or be spirally connected, or the locking side of shunting wire clamp body is provided with locking screw holes, the side relative with its locking side of shunting wire clamp body is provided with opening or the first through hole, latch segment is provided with the second through hole, and lock screw is successively through the opening on shunting wire clamp body or the first through hole, the second through hole and being threaded with locking screw holes.
Described shunting wire clamp body is provided with the shunting wire clamp groove running through its side or its relative both sides, and shunting wire clamp groove is " C " shape structure, and described latch segment is set in shunting wire clamp groove from the side of running through of shunting wire clamp body; Shunting wire clamp also comprises lock screw, and latch segment is provided with the second through hole, and shunting wire clamp body and the second through hole corresponding position are provided with locking screw holes, and lock screw is threaded with locking screw holes through the second through hole; Latch segment is formed by connecting by least two piecemeal head and the tail, and the one or both ends of each piecemeal are convex arc type structure and/or concave-curve structure, by will both be made in the convex arc type vibrational power flow of one to the concave-curve structure of another one hinged between adjacent two pieces of piecemeals; The length of latch segment is slightly larger than the length of described shunting wire clamp groove, in length direction and shunting wire clamp groove tight fit after making latch segment lock, and on latch segment length direction two ends piecemeal between locking side angle keep be greater than 180 °, shunting wire clamp groove is to the active force of latch segment, shunt line can be locked at the component in locking direction, make latch segment self-locking.
Described latch segment has two at least, and the position hinged with latch segment of described shunting wire clamp body is body hinge position; Shunting wire clamp body correspond on one end of shunting wire clamp groove or relative two ends, the body hinge position be provided with for the one end in the same orientation by adjacent latch segment is corresponding is separated, and makes body hinge position corresponding to the one end in the same orientation of adjacent latch segment stressed separately and the separation trough of interlock does not occur.
The invention has the beneficial effects as follows: structure is simple, can protective wire clip, can waterproof, can wire is fastening, wiring is convenient, detachable, reduce labor intensity, increase work efficiency, even highly versatile, can self-locking, be convenient to unlock.
Accompanying drawing explanation
Fig. 1 is the structural representation of the cable part flow arrangement of a kind of tape insulation shell of the present invention;
Fig. 2 is the structural representation of Fig. 1 using state;
Fig. 3 is that one of structural representation of syndeton shunted by the cable in the cable part flow arrangement of a kind of tape insulation shell of the present invention;
Fig. 4 is the structural representation of the shunting wire clamp body in Fig. 3, main wire clip body and quiet chuck;
Fig. 5 is the structural representation of latch segment in Fig. 3;
Fig. 6 is the structural representation two of the cable shunting syndeton in the cable part flow arrangement of a kind of tape insulation shell of the present invention;
Fig. 7 is the structural representation three of the cable shunting syndeton in the cable part flow arrangement of a kind of tape insulation shell of the present invention;
Fig. 8 is the structural representation of the shunting wire clamp body in Fig. 7, main wire clip body and quiet chuck;
Fig. 9 is the structural representation of latch segment in Fig. 7;
Figure 10 is the structural representation four of the cable shunting syndeton in the cable part flow arrangement of a kind of tape insulation shell of the present invention;
Wherein: 1-cable shunting syndeton, 11-main line presss from both sides, 1111-fixed groove, the main wire clip body of 111-, 112-main line folder groove, 113-moves chuck, the quiet chuck of 114-, 115-adjusting bolt, the anti-loose non-return sawtooth block of 116-, 1161-fixed lobe, 117-stage clip, 118-trip lever, 12-shunting wire clamp, 121-shunting wire clamp body, 1211-shunts string holes, 1212-locking screw holes, 1213-opening or the first through hole, 122-latch segment, 1221-second through hole, 1222-piecemeal, 123-wire inserting slot, 124-line ball is protruding, 125-line ball groove, 126-lock screw, 127-shunting wire clamp groove, 128-separation trough, 2-insulation crust, line mouth crossed by 21-main traverse line, 22-shunt line crosses line mouth,
23-locking operation window, 24-first cover plate,241-first hinge,
25-side direction crosses line breach, 26-second cover plate, 27-first seal closure, 28-second seal closure, 29-hinge recess, 210-waterproof cover.
Embodiment
Be further described below in conjunction with the cable part flow arrangement of accompanying drawing to a kind of tape insulation shell of the present invention:
Embodiment 1:
As depicted in figs. 1 and 2, the cable part flow arrangement of a kind of tape insulation shell of the present invention, comprise the insulation crust 2 of cable shunting syndeton 1 and a parcel cable shunting syndeton 1, cable shunting syndeton 1 comprises the main line folder 11 for clamping main traverse line and the shunting wire clamp 12 for clamping shunt line, shunting wire clamp 12 comprises shunting wire clamp body 121 and the latch segment 122 for locking shunt line, latch segment 122 contact with shunt line and side is locked for it in the side applying coupling mechanism force directly to shunt line, side is locked for it in the side relative with the locking side of latch segment 122 of shunting wire clamp body 121, during use, shunting wire clamp is held between the locking side of latch segment 122 and the locking side of shunting wire clamp body 121, insulation crust 2 offers to press from both sides with main line 11 cross that line mouth 21 crossed by main traverse line corresponding to line position, the shunt line corresponding with the mistake line position of shunting wire clamp 12 crosses line mouth 22 and the locking operation window 23 for expose latch segment corresponding with shunting wire clamp 12, locking operation window 23 is connected with the first cover plate 24.The cable part flow arrangement structure of this kind of tape insulation shell is simple, insulation crust 2 wraps up the periphery of cable shunting syndeton, inner cable shunting syndeton and cable can be protected on the one hand, waterproof is carried out to it, can insulate again simultaneously, cable connecting portion and extraneous air are insulated, ensure the safety of cable clamp use procedure, after traditional mode of connection or power-off, carry out wiring process again, troublesome poeration, live line working, increase work risk, and cable clamp of the present invention, can when not power-off, carry out live line connection process, during wiring, can with hand steered live insulation crust, ensure the fail safe of operation process, only wire need be arranged on cable shunting syndeton, can carry out fastening to wire, wiring is convenient, after wiring completes, the first cover plate is covered, during circuit change, also the cable shunting syndeton in discarded circuit can be disassembled from wire, wire for new line connects, a kind of cable part flow arrangement of tape insulation shell directly connects wire, without the need to first clamp, insulation crust is set again, save wire to connect and protection operation, reduce labor intensity, increase work efficiency.
Preferred insulation crust 2 is provided with crosses line breach 25 from laterally disposed to the side direction main line folder 11 for main traverse line, and side direction is crossed line breach 25 and crossed line mouth 21 with main traverse line and be communicated with; Side direction is crossed on line breach 25 and is connected with the second cover plate 26; The cable part flow arrangement of a kind of tape insulation shell of this kind of structure can be applied on the unlimited main traverse line extended, shunt, main traverse line only needs line breach of crossing from the side to be set to main line folder above, when shunting, a kind of cable part flow arrangement of tape insulation shell can directly be set on the unlimited main traverse line extended, and without the need to carrying out break line treatment, easy and simple to handle, and the setting of the second cover plate can ensure the water resistance that main line presss from both sides.
Wherein insulation crust 2 can be integrated injection molding in cable shunting syndeton 1, and the benefit of this kind of structure is, the conformability that syndeton shunted by insulation crust and cable is good, and waterproof effect is better, and the parts of dispersion are few, management of being more convenient for.
Wherein insulation crust 2 also can be the split type structure be wrapped in outside cable shunting syndeton 1, and the benefit of this kind of structure is, whenever necessary, can pull down insulation crust, changes inner cable shunting syndeton or the insulation crust of outside as required.Preferred insulation crust 2 is at least spliced by two housing units, processing and forming of being more convenient for and dismounting.
Anti-skid structure is provided with between preferred cable shunting syndeton 1 and insulation crust 2, as arranged groove at the outer surface of cable shunting syndeton 1, the projection adapted with groove is set at the inner surface of insulation crust 2, by realize that cable shunts between syndeton 1 and insulation crust 2 anti-skidding of coordinating of groove and projection.
Preferably one end of the first cover plate 24 and insulation crust 2 hinged, its other end and insulation crust 2 snapping; One end and the insulation crust 2 of the second cover plate 26 are hinged, its other end and insulation crust 2 snapping.The setting of this kind of structure, is convenient to folding first cover plate 24 and the second cover plate 26, makes wire attended operation easier.
Preferred insulation crust is provided with the waterproof cover 210 corresponding with the first cover plate, and waterproof cover 210 covers between the first cover plate and insulation crust due to hinged and gap that is that cause.Preferred insulation crust is provided with the waterproof cover 210 corresponding with the second cover plate, and waterproof cover 210 covers between the second cover plate and insulation crust due to hinged and gap that is that cause.The setting of waterproof cover, can improve a kind of water resistance of cable part flow arrangement of tape insulation shell.
Preferably the one or both ends of the first cover plate 24 are provided with the first hinge 241, the position corresponding with the first hinge 241 of insulation crust 2 is provided with the hinge recess 29 of " C " shape, first hinge 241 is set in hinge recess 29 and makes the first cover plate 24 hinged with insulation crust 2, the radian of hinge recess 29 is greater than 180 °, the diameter being dimensioned slightly smaller than the first hinge 241 of the lateral openings of hinge recess 29 and make the first hinge 241 be set in hinge recess 29 from lateral openings under external force or to detach hinge recess 29.The benefit of this kind of structure is: can ensure the hinged of insulation crust 2 and the first cover plate 24, again can be when needed, first cover plate 24 is separated in hinged place with insulation crust 2, makes the folding of the first cover plate 24 more flexible, opening of different modes can be carried out as required; If the two ends of the first cover plate 24 are all hinged with hinge recess 29 by the first hinge 241, then can take off the first cover plate 24, facilitate the dismounting of insulation crust 2.
When insulation crust 2 is at least spliced by two housing units, be fixedly connected with by buckle structure between two adjacent housing units; Preference card buckle structure can comprise and is arranged on draw-in groove on a housing unit and is arranged on housing unit adjacent with it, can coordinate with draw-in groove and lock the buckling piece of adjacent housings.
Preferably the one or both ends of the second cover plate 26 are provided with the second hinge, the position corresponding with the second hinge of insulation crust 2 is provided with the hinge recess 29 of " C " shape, second hinge is set in hinge recess 29 and makes the second cover plate 26 hinged with insulation crust 2, the radian of hinge recess 29 is greater than 180 °, the diameter being dimensioned slightly smaller than the second hinge of the lateral openings of hinge recess 29 and enable the second hinge be set in hinge recess 29 from lateral openings under external force or detach hinge recess 29; The benefit of this kind of structure is: can ensure the hinged of insulation crust 2 and the second cover plate 26, again can be when needed, second cover plate 26 is separated in hinged place with insulation crust 2, makes the folding of the second cover plate 26 more flexible, opening of different modes can be carried out as required; If the two ends of the second cover plate 26 be all by the second hinge and hinge recess 29 hinged, then can take off the second cover plate 26, facilitate the dismounting of insulation crust 2.
Wherein main line folder 11 can be any can the structure of clamp, also can be and comprise dynamic chuck and quiet chuck to adapt to the structure (as shown in Fig. 3, Fig. 6, Fig. 7 and Figure 10) of various wire diameter cable.
Preferably as illustrated in figures 6-10, main line folder 11 comprises main wire clip body 111, main wire clip body 111 is provided with main line folder groove 112, main line folder groove 112 has been embedded in dynamic chuck 113 moving up and down, main line folder 11 is fixedly connected with the quiet chuck 114 relative with the pinching end of dynamic chuck 113, main wire clip body 111 is provided with adjustment screw, while an adjusting bolt 115 is fixing with main wire clip body 111 through regulating screw, with dynamic chuck 113 apical grafting, a side of dynamic chuck 113 or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck 113 is provided with the anti-loose non-return sawtooth block 116 coordinated with it, at least be provided with stage clip 117 between the anti-loose non-return sawtooth block 116 of side and main wire clip body 111, dynamic chuck 113 is compressed by stage clip 117 with anti-loose non-return sawtooth block 116, this kind of structure can be adapted to the cable of various wire diameter, and can carry out unidirectional non-return to dynamic chuck, make it can only move downward under active force effect, can not move downward, self-locking is carried out to dynamic chuck, ensure the tightness that cable connects and stability.Preferred insulation crust 2 is spliced by two, left and right housing unit, and insulation crust 2 also offers the operation window of adjusting bolt 115, and operation window is provided with the first seal closure 27.The benefit of this kind of structure is, both convenient clamping main traverse line operations, can play good waterproof action to internal structure again.
Also preferably can comprise main wire clip body 111 by main line folder 11, main wire clip body 111 is provided with main line folder groove 112, main line folder groove 112 has been embedded in dynamic chuck 113 moving up and down, main line folder 11 is fixedly connected with the quiet chuck 114 relative with the pinching end of dynamic chuck 113, main wire clip body 111 is provided with adjustment screw, while one adjusting bolt 115 is fixing with main wire clip body 111 through regulating screw, with dynamic chuck 113 apical grafting, a side of dynamic chuck 113 or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck 113 is provided with the anti-loose non-return sawtooth block 116 coordinated with it, one end near quiet chuck 114 of anti-loose non-return sawtooth block 116 is its upper end, relative one end is its lower end, the side that anti-loose non-return sawtooth block 116 coordinates with dynamic chuck 113 is provided with the non-return sawtooth of upwards check, the side near dynamic chuck 113 of anti-loose non-return sawtooth block 116 is inside it, relative side is outside it, the outside of anti-loose non-return sawtooth block 116 and main line are provided with stage clip 117 between pressing from both sides 11, dynamic chuck 113 is compressed by stage clip 117 with anti-loose non-return sawtooth block 116, anti-loose non-return sawtooth block 116 is with a fixed lobe 1161, main line folder 11 be provided with a fixed groove coordinated with it 1111 with this fixed lobe 1161 corresponding position, fixed lobe 1161 is connected in fixed groove 1111, fixed lobe 1161 forms the rotating shaft that anti-loose non-return sawtooth block 116 rotates relative to main line folder 11, fixed groove 1111 is cylindrical recesses, the shape of fixed lobe 1161 adapts with it, the radius of fixed lobe 1161 is greater than the size of the opening of the side near anti-loose non-return sawtooth block 116 of fixed groove 1111, and limit fixed lobe 1161 to the direction of dynamic chuck 113 and move, the outside of anti-loose non-return sawtooth block 116 is connected with a trip lever 118, and trip lever 118 drives anti-loose non-return sawtooth block 116 to move to unclamp the meshing of anti-loose non-return sawtooth block 116 and dynamic chuck 113.The benefit of this kind of structure is: this kind of structure can ensure the stability of anti-loose non-return sawtooth block, play in groove can not be pressed from both sides at main line, the cable of various wire diameter can be adapted to, and can carry out dynamic chuck unidirectional non-return, make it can only move downward under active force effect, can not move downward, self-locking is carried out to dynamic chuck, and again by operation trip lever 118, easily dynamic chuck is unlocked, facilitate the dismounting that main line presss from both sides, ensure the tightness that cable connects and stability.Preferred insulation crust 2 is spliced by two, left and right housing unit, and insulation crust 2 also offers the operation window of adjusting bolt 115, and operation window is provided with the first seal closure 27; The benefit of this kind of structure is, both convenient clamping main traverse line operations, can play good waterproof action to internal structure again.
Preferred insulation crust 2 is spliced by two, left and right housing unit, and housing also offers the operation window of trip lever 118, and operation window is provided with the second seal closure 28; The benefit of this kind of structure is, has both facilitated main line to press from both sides self-locking and the unblock of dynamic chuck, can play good waterproof action again to internal structure.
Preferred fixed lobe 1161 is arranged at the anti-loose non-return lower end of sawtooth block 116 or the end of upper end, the non-return sawtooth of corresponding anti-loose non-return sawtooth block 116 is arranged on the upper end of anti-loose non-return sawtooth block 116 or the side of lower end, trip lever 118 is pull bar, main wire clip body 111 side is provided with the unblock through hole passed for pull bar, and pull bar arranges end with the non-return sawtooth of anti-loose non-return sawtooth block 116 be fixedly connected with through unblock through hole, stage clip 117 successively;
Or fixed projection is arranged between the lower end of anti-loose non-return sawtooth block 116 or the end of upper end, anti-loose non-return sawtooth block 116 is divided into two sections by the position, fixed lobe 1161 place of anti-loose non-return sawtooth block 116, be respectively epimere and hypomere, the non-return sawtooth of anti-loose non-return sawtooth block 116 is arranged on the upper end of epimere of anti-loose non-return sawtooth block 116 or the side of the lower end of hypomere; Trip lever 118 is push rod, main wire clip body 111 side is provided with the unblock through hole passed for push rod, push rod successively through unlocking through hole, stage clip 117 is relative with the non-return sawtooth section of setting of anti-loose non-return sawtooth block 116 one section be fixedly connected with or apical grafting, and be provided with between be connected with push rod one section of anti-loose non-return sawtooth block 116 and dynamic chuck 113 for its gap to dynamic chuck 113 direction movement
Or trip lever 118 is pull bar, main wire clip body 111 side is provided with the unblock through hole passed for pull bar, pull bar is connected with the non-return sawtooth section of setting of anti-loose non-return sawtooth block 116 through unblock through hole, stage clip 117 successively, and is provided with for its gap to dynamic chuck 113 direction movement between another section relative with a section that pull bar is fixedly connected with of anti-loose non-return sawtooth block 116 and dynamic chuck 113; This several unlocking structure all can unlock easily.
Preferred shunting wire clamp body 121 is provided with at least one shunting string holes 1211 of passing for shunt line, the locking side of latch segment 122 or the locking side of shunting wire clamp body 121 are provided with the wire inserting slot 123 corresponding with shunting string holes 1211, the locking side of latch segment 122 or the locking side of shunting wire clamp body 121 are provided with line ball projection 124, the locking side of corresponding shunting wire clamp body 121 or the locking side of latch segment 122 are provided with the line ball groove 125 corresponding with line ball projection 124, during use, shunt line bends to line ball groove 125 direction and prevents shunt line landing by line ball projection 124, the morphotropism of Naked wire is little, not easily clamps, or easily landing after long-time use, and the setting of this kind of structure ensure that the tightness that shunt line connects and stability.
One end of preferred latch segment 122 or relative two ends are convex arc type structure, the position relative with the convex arc type structure of latch segment 122 of shunting wire clamp body 121 is concave-curve structure, the radian of convex arc type structure and concave-curve structure is greater than 180 °, and convex arc type vibrational power flow makes latch segment 122 and shunting wire clamp body 121 hinged in concave-curve structure.The benefit of this kind of structure is articulated structure that need not be extra, realize between shunting wire clamp body 121 and latch segment 122 by the design feature of shunting wire clamp self hinged, and this articulated manner is convenient to stress dispersion, shunting wire clamp body 121 is overall stressed, ensure that shunting wire clamp long-term effectiveness, neither yielding, not fragile.
Shunting wire clamp 12 also can comprise lock screw 126, and shunting wire clamp body 121 is provided with the shunting wire clamp groove 127 running through its side or its relative both sides, and latch segment 122 is set in shunting wire clamp groove 127 from the side of running through of shunting wire clamp body 121; The side relative with its locking side of shunting wire clamp body 121 is provided with locking screw holes 1212, lock screw 126 is through locking screw holes 1212 and latch segment 122 apical grafting or be spirally connected, or the locking side of shunting wire clamp body 121 is provided with locking screw holes 1212, the side relative with its locking side of shunting wire clamp body 121 is provided with opening or the first through hole 1213, latch segment 122 is provided with the second through hole 1221, and lock screw 126 is threaded with locking screw holes 1212 through the opening on shunting wire clamp body 121 or the first through hole 1213, second through hole 1221 successively; Be convenient to lock shunt line.
Shunting wire clamp body 121 also can be provided with the shunting wire clamp groove 127 running through its side or its relative both sides, shunting wire clamp groove 127 is " C " shape structure, and latch segment 122 is set in shunting wire clamp groove 127 from the side of running through of shunting wire clamp body 121; Shunting wire clamp 12 also comprises lock screw 126, and latch segment 122 is provided with the second through hole 1221, and shunting wire clamp body 121 and the second through hole 1221 corresponding position are provided with locking screw holes 1212, and lock screw 126 is threaded with locking screw holes 1212 through the second through hole 1221; Latch segment 122 is formed by connecting by least two piecemeals 1222 head and the tail, the one or both ends of each piecemeal 1222 are convex arc type structure and/or concave-curve structure, by will both be made in the convex arc type vibrational power flow of one to the concave-curve structure of another one hinged between adjacent two pieces of piecemeals 1222; The length of latch segment 122 is slightly larger than the length of shunting wire clamp groove 127, in length direction and shunting wire clamp groove 127 tight fit after making latch segment 122 lock, and on latch segment 122 length direction two ends piecemeal 1222 between locking side angle keep be greater than 180 °, the active force of shunting wire clamp groove 127 pairs of latch segments 122, shunt line can be locked at the component in locking direction, make latch segment 122 self-locking; The benefit of this kind of structure is: the stability that can ensure each structure of shunting wire clamp, and after locking latch segment 122, shunt line, at the component in water folder direction, namely can compress by it simultaneously, ensures to get loose the long-term effectiveness that shunt line connects.
Preferred latch segment 122 has two at least, and the position hinged with latch segment 122 of shunting wire clamp body 121 is body hinge position; Shunting wire clamp body 121 correspond on one end of shunting wire clamp groove 127 or relative two ends, the body hinge position be provided with for the one end in the same orientation by adjacent latch segment 122 is corresponding is separated, and makes body hinge position corresponding to the one end in the same orientation of adjacent latch segment 122 stressed separately and the separation trough 128 of interlock does not occur.This kind of structure can connect many shunt lines, when connecting many shunt lines, without the need to arranging many upper terminations, save cost, be convenient to install, and multiple latch segment clamps the shunt line of some respectively, be conducive to the stability and the fastness that ensure shunt line clamping, the setting of separation trough 128, making can be stressed alone between hinge position that shunting wire clamp body 121 is corresponding with latch segment, prevent the interlock of shunting wire clamp intrinsic single (because when arranging shunt line, many lines can not be clamped simultaneously, necessarily a shunt line is successively arranged in chronological order, if the interlock of shunting wire clamp intrinsic single, during the shunt line that then can continue after clamping, the shunt line first clamped loosens, or because inevitable latch segment size or diameter of wire is inconsistent, and enable some wires fastening, other wires cannot be fastening), be convenient to be fixed on firm respectively for shunt line corresponding for each latch segment on shunting wire clamp respectively.
Finally should illustrate; above content is only in order to illustrate technical scheme of the present invention; but not limiting the scope of the invention, the simple modification that those of ordinary skill in the art carries out technical scheme of the present invention or equivalently to replace, does not all depart from essence and the scope of technical solution of the present invention.
Claims (20)
1. the cable part flow arrangement of a tape insulation shell, comprise the insulation crust (2) of cable shunting syndeton (1) and parcel cable shunting syndeton (1), it is characterized in that: described cable shunting syndeton (1) comprises main line folder (11) and the shunting wire clamp (12) for clamping shunt line for clamping main traverse line, shunting wire clamp (12) comprises shunting wire clamp body (121) and the latch segment (122) for locking shunt line, latch segment (122) contact with shunt line and side is locked for it in the side applying coupling mechanism force directly to shunt line, side is locked for it in the side relative with the locking side of latch segment (122) of shunting wire clamp body (121), during use, shunting wire clamp is held between the locking side of latch segment (122) and the locking side of shunting wire clamp body (121), described insulation crust (2) offers main traverse line corresponding to line position of crossing pressing from both sides (11) with main line to cross line mouth (21), cross line mouth (22) and the locking operation window (23) for expose latch segment corresponding with shunting wire clamp (12) with the shunt line crossing line position corresponding of shunting wire clamp (12), locking operation window (23) is connected with the first cover plate (24).
2. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, it is characterized in that: described insulation crust (2) is provided with crosses line breach (25) for the side direction of main traverse line from laterally disposed to described on main line folder (11), and side direction is crossed line breach (25) and is crossed line mouth (21) with described main traverse line and be communicated with; Side direction is crossed on line breach (25) and is connected with the second cover plate (26).
3. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, is characterized in that: described insulation crust (2) integrated injection molding is on described cable shunting syndeton (1).
4. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, is characterized in that: described insulation crust (2) is at least spliced by two housing units.
5. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, is characterized in that: be provided with anti-skid structure between described cable shunting syndeton (1) and described insulation crust (2).
6. the cable part flow arrangement of a kind of tape insulation shell according to claim 2, is characterized in that: one end and the described insulation crust (2) of described first cover plate (24) are hinged, its other end and described insulation crust (2) snapping; One end and the described insulation crust (2) of described second cover plate (26) are hinged, its other end and described insulation crust (2) snapping.
7. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, it is characterized in that: the one or both ends of described first cover plate (24) are provided with the first hinge (241), the position corresponding with the first hinge (241) of insulation crust (2) is provided with the hinge recess (29) of " C " shape, first hinge (241) is set in hinge recess (29) and makes the first cover plate (24) and insulation crust (2) hinged, the radian of hinge recess (29) is greater than 180 °, the diameter being dimensioned slightly smaller than the first hinge (241) of the lateral openings of hinge recess (29) and make the first hinge (241) be set in hinge recess (29) from lateral openings under external force or to detach hinge recess (29).
8. the cable part flow arrangement of a kind of tape insulation shell according to claim 1, is characterized in that: described insulation crust (2) is at least spliced by two housing units, and is fixedly connected with by buckle structure between adjacent two housing units.
9. the cable part flow arrangement of a kind of tape insulation shell according to claim 2, is characterized in that: described insulation crust (2) is at least spliced by two housing units, and is fixedly connected with by buckle structure between adjacent two housing units; Buckle structure comprises and is arranged on draw-in groove on a housing unit and is arranged on housing unit adjacent with it, can coordinate with draw-in groove and lock the buckling piece of adjacent housings.
10. the cable part flow arrangement of a kind of tape insulation shell according to claim 2, it is characterized in that: the one or both ends of described second cover plate (26) are provided with the second hinge, the position corresponding with the second hinge of insulation crust (2) is provided with the hinge recess (29) of " C " shape, second hinge is set in hinge recess (29) and makes the second cover plate (26) and insulation crust (2) hinged, the radian of hinge recess (29) is greater than 180 °, the diameter being dimensioned slightly smaller than the second hinge of the lateral openings of hinge recess (29) and enable the second hinge be set in hinge recess (29) from lateral openings under external force or detach hinge recess (29).
The cable part flow arrangement of 11. a kind of tape insulation shells according to claim arbitrary in claim 1 to 10, it is characterized in that: described main line folder (11) comprises main wire clip body (111), main wire clip body (111) is provided with main line folder groove (112), main line folder groove (112) has been embedded in dynamic chuck (113) moving up and down, main line folder (11) is fixedly connected with the quiet chuck (114) relative with the pinching end of dynamic chuck (113), main wire clip body (111) is provided with adjustment screw, while one adjusting bolt (115) is fixing with main wire clip body (111) through regulating screw, with dynamic chuck (113) apical grafting, a side of dynamic chuck (113) or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck (113) is provided with the anti-loose non-return sawtooth block (116) coordinated with it, at least be provided with stage clip (117) between the anti-loose non-return sawtooth block (116) of side and main wire clip body (111), dynamic chuck (113) is compressed by stage clip (117) with anti-loose non-return sawtooth block (116).
The cable part flow arrangement of 12. a kind of tape insulation shells according to claim 11, it is characterized in that: described insulation crust (2) is spliced by two, left and right housing unit, insulation crust (2) also offers the operation window of described adjusting bolt (115), operation window is provided with the first seal closure (27).
The cable part flow arrangement of 13. a kind of tape insulation shells according to claim arbitrary in claim 1 to 10, it is characterized in that: described main line folder (11) comprises main wire clip body (111), main wire clip body (111) is provided with main line folder groove (112), main line folder groove (112) has been embedded in dynamic chuck (113) moving up and down, main line folder (11) is fixedly connected with the quiet chuck (114) relative with the pinching end of dynamic chuck (113), main wire clip body (111) is provided with adjustment screw, while one adjusting bolt (115) is fixing with main wire clip body (111) through regulating screw, with dynamic chuck (113) apical grafting, a side of dynamic chuck (113) or two sides are provided with the non-return sawtooth of downward check, the outside of the non-return sawtooth of dynamic chuck (113) is provided with the anti-loose non-return sawtooth block (116) coordinated with it, one end near quiet chuck (114) of anti-loose non-return sawtooth block (116) is its upper end, relative one end is its lower end, the side that anti-loose non-return sawtooth block (116) coordinates with dynamic chuck (113) is provided with the non-return sawtooth of upwards check, the side near dynamic chuck (113) of anti-loose non-return sawtooth block (116) is inside it, relative side is outside it, the outside of anti-loose non-return sawtooth block (116) and main line press from both sides between (11) and are provided with stage clip (117), dynamic chuck (113) is compressed by stage clip (117) with anti-loose non-return sawtooth block (116), anti-loose non-return sawtooth block (116) is with a fixed lobe (1161), main line folder (11) be provided with a fixed groove coordinated with it (1111) with this fixed lobe (1161) corresponding position, fixed lobe (1161) is connected in fixed groove (1111), fixed lobe (1161) forms the rotating shaft that anti-loose non-return sawtooth block (116) is rotated relative to main line folder (11), fixed groove (1111) is cylindrical recesses, the shape of fixed lobe (1161) adapts with it, the radius of fixed lobe (1161) is greater than the size of the opening of the side near anti-loose non-return sawtooth block (116) of fixed groove (1111), and limit fixed lobe (1161) to the direction of dynamic chuck (113) and move, the outside of anti-loose non-return sawtooth block (116) is connected with a trip lever (118), and trip lever (118) drives the motion of anti-loose non-return sawtooth block (116) to unclamp the meshing of anti-loose non-return sawtooth block (116) and dynamic chuck (113).
14. a kind of wire connection wire clamps according to claim 13, it is characterized in that: described fixed lobe (1161) is arranged at the described anti-loose non-return lower end of sawtooth block (116) or the end of upper end, the non-return sawtooth of corresponding anti-loose non-return sawtooth block (116) is arranged on the upper end of anti-loose non-return sawtooth block (116) or the side of lower end, described trip lever (118) is pull bar, described main wire clip body (111) side is provided with the unblock through hole passed for pull bar, pull bar is successively through unlocking through hole, described stage clip (117) arranges end with the non-return sawtooth of anti-loose non-return sawtooth block (116) and is fixedly connected with,
Or fixed projection is arranged between the lower end of anti-loose non-return sawtooth block (116) or the end of upper end, anti-loose non-return sawtooth block (116) is divided into two sections by fixed lobe (1161) position, place of anti-loose non-return sawtooth block (116), be respectively epimere and hypomere, the non-return sawtooth of anti-loose non-return sawtooth block (116) is arranged on the upper end of epimere of anti-loose non-return sawtooth block (116) or the side of the lower end of hypomere; Trip lever (118) is push rod, main wire clip body (111) side is provided with the unblock through hole passed for push rod, push rod successively through unlocking through hole, stage clip (117) is relative with the non-return sawtooth section of setting of anti-loose non-return sawtooth block (116) one section be fixedly connected with or apical grafting, and be provided with between be connected with push rod one section of anti-loose non-return sawtooth block (116) and described dynamic chuck (113) for its gap to dynamic chuck (113) direction movement
Or trip lever (118) is pull bar, main wire clip body (111) side is provided with the unblock through hole passed for pull bar, pull bar is connected with the non-return sawtooth section of setting of anti-loose non-return sawtooth block (116) through unblock through hole, stage clip (117) successively, and is provided with between another section relative with a section that pull bar is fixedly connected with of anti-loose non-return sawtooth block (116) and dynamic chuck (113) for its gap to dynamic chuck (113) direction movement.
The cable part flow arrangement of 15. a kind of tape insulation shells according to claim 13, it is characterized in that: described insulation crust (2) is spliced by two, left and right housing unit, housing also offers the operation window of described trip lever (118), operation window is provided with the second seal closure (28).
The cable part flow arrangement of 16. a kind of tape insulation shells according to claim arbitrary in claim 1-10, it is characterized in that: described shunting wire clamp body (121) is provided with at least one shunting string holes (1211) of passing for shunt line, the locking side of described latch segment (122) or the locking side of shunting wire clamp body (121) are provided with the wire inserting slot (123) corresponding with shunting string holes (1211), the locking side of latch segment (122) or the locking side of shunting wire clamp body (121) are provided with line ball projection (124), the locking side of corresponding shunting wire clamp body (121) or the locking side of latch segment (122) are provided with the line ball groove (125) corresponding with line ball projection (124), during use, shunt line bends to line ball groove (125) direction and prevents shunt line landing by line ball projection (124).
The cable part flow arrangement of 17. a kind of tape insulation shells according to claim 16, it is characterized in that: one end of described latch segment (122) or relative two ends are convex arc type structure, the position relative with the convex arc type structure of latch segment (122) of described shunting wire clamp body (121) is concave-curve structure, the radian of convex arc type structure and concave-curve structure is greater than 180 °, and convex arc type vibrational power flow makes latch segment (122) and shunting wire clamp body (121) hinged in concave-curve structure.
The cable part flow arrangement of 18. a kind of tape insulation shells according to claim 16, it is characterized in that: described shunting wire clamp (12) also comprises lock screw (126), described shunting wire clamp body (121) is provided with the shunting wire clamp groove (127) running through its side or its relative both sides, and described latch segment (122) is set in shunting wire clamp groove (127) from the side of running through of shunting wire clamp body (121), the side relative with its locking side of shunting wire clamp body (121) is provided with locking screw holes (1212), lock screw (126) is through locking screw holes (1212) and latch segment (122) apical grafting or be spirally connected, or the locking side of shunting wire clamp body (121) is provided with locking screw holes (1212), the side relative with its locking side of shunting wire clamp body (121) is provided with opening or the first through hole (1213), latch segment (122) is provided with the second through hole (1221), lock screw (126) is successively through the opening on shunting wire clamp body (121) or the first through hole (1213), second through hole (1221) and being threaded with locking screw holes (1212).
The cable part flow arrangement of 19. a kind of tape insulation shells according to claim 16, it is characterized in that: described shunting wire clamp body (121) is provided with the shunting wire clamp groove (127) running through its side or its relative both sides, shunting wire clamp groove (127) is " C " shape structure, and described latch segment (122) is set in shunting wire clamp groove (127) from the side of running through of shunting wire clamp body (121); Shunting wire clamp (12) also comprises lock screw (126), latch segment (122) is provided with the second through hole (1221), shunting wire clamp body (121) and the second through hole (1221) corresponding position are provided with locking screw holes (1212), and lock screw (126) is threaded with locking screw holes (1212) through the second through hole (1221); Latch segment (122) is formed by connecting by least two piecemeals (1222) head and the tail, the one or both ends of each piecemeal (1222) are convex arc type structure and/or concave-curve structure, by will both be made in the convex arc type vibrational power flow of one to the concave-curve structure of another one hinged between adjacent two pieces of piecemeals (1222); The length of latch segment (122) is slightly larger than the length of described shunting wire clamp groove (127), in length direction and shunting wire clamp groove (127) tight fit after making latch segment (122) lock, and on latch segment (122) length direction two ends piecemeal (1222) between locking side angle keep be greater than 180 °, shunting wire clamp groove (127) is to the active force of latch segment (122), shunt line can be locked at the component in locking direction, make latch segment (122) self-locking.
The cable part flow arrangement of 20. a kind of tape insulation shells according to claim 19, is characterized in that: described latch segment (122) has two at least, and the position hinged with latch segment (122) of described shunting wire clamp body (121) is body hinge position; Shunting wire clamp body (121) correspond on one end of shunting wire clamp groove (127) or relative two ends, the body hinge position be provided with for the one end in the same orientation by adjacent latch segment (122) is corresponding is separated, and makes body hinge position corresponding to the one end in the same orientation of adjacent latch segment (122) stressed separately and the separation trough (128) of interlock does not occur.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410721359.8A CN104409888B (en) | 2014-12-03 | 2014-12-03 | Cable shunt device with insulated enclosure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410721359.8A CN104409888B (en) | 2014-12-03 | 2014-12-03 | Cable shunt device with insulated enclosure |
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| CN104409888A true CN104409888A (en) | 2015-03-11 |
| CN104409888B CN104409888B (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN104767047A (en) * | 2015-04-03 | 2015-07-08 | 胡俊 | High-voltage electricity transmission shunt |
| CN106299755A (en) * | 2016-08-17 | 2017-01-04 | 广州番禺电缆集团有限公司 | A kind of universal meter ramp of easy processing |
| CN106410447A (en) * | 2016-09-29 | 2017-02-15 | 广州番禺电缆集团有限公司 | Measuring lead apparatus |
| CN106654635A (en) * | 2016-09-30 | 2017-05-10 | 广州番禺电缆集团有限公司 | Grounding wire clamp |
| CN108493639A (en) * | 2018-05-18 | 2018-09-04 | 广州番禺电缆集团有限公司 | More conducting wire mount type part flow arrangements |
| CN114583624A (en) * | 2021-07-21 | 2022-06-03 | 浙江华云信息科技有限公司 | Live working buckle fastener |
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| CN203377391U (en) * | 2013-07-02 | 2014-01-01 | 广州番禺电缆集团有限公司 | Cable clamp with insulating shell |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104767047A (en) * | 2015-04-03 | 2015-07-08 | 胡俊 | High-voltage electricity transmission shunt |
| CN106299755A (en) * | 2016-08-17 | 2017-01-04 | 广州番禺电缆集团有限公司 | A kind of universal meter ramp of easy processing |
| CN106410447A (en) * | 2016-09-29 | 2017-02-15 | 广州番禺电缆集团有限公司 | Measuring lead apparatus |
| CN106410447B (en) * | 2016-09-29 | 2019-06-25 | 广州番禺电缆集团有限公司 | A kind of metering thread guide devices |
| CN106654635A (en) * | 2016-09-30 | 2017-05-10 | 广州番禺电缆集团有限公司 | Grounding wire clamp |
| CN106654635B (en) * | 2016-09-30 | 2019-06-25 | 广州番禺电缆集团有限公司 | A kind of earthing clamp |
| CN108493639A (en) * | 2018-05-18 | 2018-09-04 | 广州番禺电缆集团有限公司 | More conducting wire mount type part flow arrangements |
| CN114583624A (en) * | 2021-07-21 | 2022-06-03 | 浙江华云信息科技有限公司 | Live working buckle fastener |
| CN114583624B (en) * | 2021-07-21 | 2024-03-01 | 浙江华云信息科技有限公司 | Hot-line work buckle fastener |
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Denomination of invention: A cable shunt device with insulated casing Effective date of registration: 20230927 Granted publication date: 20170111 Pledgee: Bank of China Limited by Share Ltd. Guangzhou Panyu branch Pledgor: GUANGZHOU PANYU CABLE WORKS Co.,Ltd. Registration number: Y2023980059455 |