CN212085253U - Busbar flexible connecting belt - Google Patents

Abstract

A bus bar flexible connecting belt comprises a flat cable A, a socket and a flat cable B, wherein one end of each conductive tube respectively penetrates through each round hole on the outer side of one end of the socket, and then is embedded into a round hole at the outer side of the other end of the socket, after one end of each conductive sleeve respectively passes through a round opening at the outer side of the other side of the side seat at the corresponding position, and extends a section inwards, after one end of each plug respectively passes through the round hole on the outer side of one side of each side seat, and extending a section, the tail end of each plug extending into the cavity of the corresponding side seat is respectively fixed at the outer side of one end of one conductive sleeve, one ends of the flat cables A and B are respectively embedded into the conductive sleeve on the outer side of the other side of the side seat A, the other ends of the flat cables A and B are respectively twisted into a cylindrical wire column, and each plug on the outer side of one side of the side seat A and the outer side of one side of the side seat B are respectively inserted into the jack on the outer side of one end of the socket.

Description

Busbar flexible connecting belt

Technical Field

The utility model relates to a connecting band especially relates to a female flexible connecting band that arranges.

Background

At present, the known flexible connecting band can be roughly divided into a copper foil connecting band and a flat cable connecting band, wherein the copper foil is used as a conductor, the copper foil is used for a plurality of strands of copper wires, and compared with the flat cable, the copper foil is easy to deform, is only suitable for low-voltage conduction, is different in flat cable, and has good electric conduction performance and is convenient to hide and install. Because above-mentioned connecting band all is exposed or half-exposed to connect, so, have certain potential safety hazard during electrician's inspection circuit, that is to say, before arranging the inside comprehensive inspection of arranging, electrician master need tear open behind every connecting band, can inspect, the exposure mean that copper foil and winding displacement outside do not have the insulator.

Disclosure of Invention

In order to overcome the defects of the existing connecting belt during the electric conduction and maintenance, the utility model provides a bus bar flexible connecting belt, one end of two flat cables of the connecting belt is respectively provided with a side seat, and one outer side of each side seat is provided with a plug, the plug at one outer side of each side seat is respectively inserted into the jack at one outer side of the corresponding socket; the flexible connecting belt can flexibly switch on and off the power supply and can effectively insulate.

The utility model provides a technical scheme that its technical problem adopted is: the socket is made of a silica gel material, a cavity is formed in the socket, five round holes are uniformly drilled in the outer sides of two corresponding ends of the socket respectively, each conductive tube is made of T2 red copper, the cavity in each conductive tube is formed into an insertion hole, one end of each conductive tube penetrates through each round hole in the outer side of one end of the socket respectively and then is embedded into the round hole in the outer side of the other end of the socket, and the inner side of each round hole and the periphery of the corresponding conductive tube are bonded and fixed through special glue; the side bases A and the side bases B are made of silica gel materials, cavities are formed in the two side bases, five round holes are uniformly drilled in the outer side of one side of each side base, five round openings are uniformly drilled in the outer side of the other side of each side base, each conductive sleeve is made of T2 red copper, one end of each conductive sleeve penetrates through the round opening in the outer side of the other side of the corresponding side base and extends inwards for a section, the tail end of the other end of each conductive sleeve is aligned with the outer side of one side of the corresponding side base, an insulating cushion layer is arranged between the lower side of each conductive sleeve and the bottom of the cavity of the corresponding side base, the inner side of the round opening in the other side of each side base and the periphery of the corresponding conductive sleeve are bonded through special glue injection seams, each plug is made of the red copper materials, one end of each plug penetrates through the round hole in the outer side of one side base, and extending a section, the tail end of each plug extending into the cavity of the corresponding side seat is respectively fixed at the outer side of one end of one conductive sleeve, a section of plug is exposed out of the round hole on one side of each side seat, the inner side of the round hole on one side of each side seat is adhered to the periphery of the corresponding plug through a special glue injection seam, the flat cable A and the flat cable B are both composed of five strands of T2 copper wires, one end of the flat cable A is respectively embedded into each conductive sleeve on the outer side of the other side of the side seat A, one end of the flat cable B is respectively embedded into each conductive sleeve on the outer side of the other side of the side seat B, special glue is injected between the opening side edge of the other end of each conductive sleeve and the outer side of the flat cable at the corresponding position, the outer side of one end of each strand of copper wire is an inner wall body which is tightly attached to the corresponding conductive sleeve, and the other ends of the flat cable A and the flat cable B are twisted into a cylindrical wire column respectively; each plug on the outer side of one side of each side seat A and each plug on the outer side of one side of each side seat B are respectively inserted into the jack on the outer side of one end of each socket, the flat cables A and the flat cables B are respectively provided with a matched cable sleeve, each cable sleeve is made of a soft silica gel material, each cable sleeve is only limited to be filled with one flat cable, and one twisted end of each flat cable is longer than one contracted end of each cable sleeve; the utility model discloses a cable, including every winding displacement A, winding displacement B, every connector, every winding displacement A, winding displacement B inlay respectively in the cavity of a line cover, one section afterbody after every winding displacement twists all exposes the opening of the line cover of corresponding department, every winding displacement outside fix on the inner wall body of the line cover of corresponding department by special glue, every connector make by T2 red copper, one end of every connector all is equipped with the screw, another of every connector is equipped with the adapter sleeve respectively, one side periphery of every adapter sleeve all is equipped with the screw, one end after every winding displacement twists inlays respectively behind the inside cavity of an adapter sleeve to it is fixed to be screwed up by the plum blossom screw rod again.

The utility model has the advantages that each flat cable, plug and conductive sleeve are made of T2 red copper material, and T2 red copper has good conductive performance and high temperature corrosion resistance; the socket, the side seat and the wire sleeve are all made of high-temperature silica gel materials, and the silica gel has good insulating property and can resist the high temperature of 200-300 ℃; the plug on one side of the outer side of each side seat can be inserted into the jack on the outer side of one end of the socket and can also be pulled out flexibly, when the plug on one side of the outer side of each side seat is inserted into the jack on the outer side of one end of the socket, the circuit is switched on, and when the plug on one side of the outer side of one side seat is pulled out, the circuit is switched off. The first connecting belt of the utility model can flexibly switch on and off the power supply and can effectively insulate; and the conductive performance is good.

Drawings

Fig. 1 is a diagram of the socket structure of the present invention.

Fig. 2 is a schematic view of the flat cable and the side seat of the present invention.

Fig. 3 is an overall configuration diagram of the present invention.

Fig. 4 is a schematic external plan view of the present invention.

Wherein: 1. a socket; 2. a conductive tube; 3. a jack; 4. a side seat A; 5. arranging a flat cable A; 6. a side seat B; 7. a flat cable B; 8. a conductive sleeve; 9. a plug; 10. a wire sleeve; 11. a linker; 12. fastening sleeves;

Detailed Description

The present invention will be further described with reference to the accompanying drawings.

Fig. 1 includes socket 1, socket 1 inside establish the cavity, the two outsides that socket 1 corresponds evenly dig through five round holes respectively, the length of every electric conduction tube 2 all is unanimous with socket 1's length, the two of every electric conduction tube 2 is the opening, the inside cavity at every electric conduction tube 2 two all establishes with the peripheral assorted jack 3 of plug 9, one end of every electric conduction tube 2 passes behind every round hole in socket 1 one outside respectively to inlay again in the round hole in socket 1 another outside, the inboard of every round hole with correspond to locate the electric conduction tube 2 between peripheral by special glue filling joint bonding, the outside opening of every jack 3 all will be greater than the inside of corresponding department jack 3.

Fig. 2 includes the winding displacement, the inside of limit seat a4 and limit seat B6 is the cavity, the outside of one side of every limit seat evenly digs respectively and has worn with five peripheral assorted round holes of plug 9, the outside of the another side of every limit seat evenly digs respectively and has worn with five peripheral assorted circular mouths of conductive sleeve 8, every conductive sleeve 8 and plug 9 be cylindrical, the length of every conductive sleeve 8 is half the width of a limit seat respectively, every conductive sleeve 8 one end be the opening, every conductive sleeve 8 another end be the closed configuration, after passing the circular mouth in the limit seat another side outside of corresponding department respectively, and extend one section inwards, every conductive sleeve 8 another end all aligns with one side outside of the limit seat of corresponding department, all be equipped with the insulating bed course between the downside of every conductive sleeve 8 and the bottom in the limit seat of corresponding department, each cushion layer is adhered to the bottom of the corresponding side seat, each conductive sleeve 8 is also adhered and fixed to the outer side of the corresponding cushion layer, the inner side of the round opening on the other side of each side seat is adhered to the periphery of the corresponding conductive sleeve 8 through special glue injection, one end of each plug 9 penetrates through the round hole on the outer side of one side seat and then extends for a section, the tail end of each plug 9 extending into the cavity of the corresponding side seat is fixed to the outer side of one end of one conductive sleeve 8 through welding, a section of plug 9 is exposed out of the round hole on one side of each side seat, the inner side of the round hole on one side of each side seat is adhered to the periphery of the corresponding plug 9 through special glue injection, one end of the flat cable A5 is respectively embedded into each conductive sleeve 8 on the outer side of the other side of the side seat A4, one end of the flat cable B7 is respectively embedded into each conductive sleeve 8 on the other side of the side seat B6, flat cable A5 and flat cable B7 one end indicate flat cable A5 and flat cable B7 five strands of copper wire terminal respectively, 8 another opening side edges of every conductive sleeve and correspond and have annotated special glue between the flat cable outside, a periphery of every strand of copper wire all is the interior wall body that pastes tight corresponding department conductive sleeve 8, special glue all only along fixed at the opening side of every conductive sleeve 8 to do not annotate in corresponding department conductive sleeve 8, just so can not influence flat cable and conductive sleeve 8 electrically conductive, flat cable A5 twists into a cylindrical terminal with flat cable B7 another end branch respectively, the inside circuit of every strand of copper wire all is fixed by glue bonding each other.

Fig. 3 includes fig. 1 and fig. 2, each plug 9 on one side of the side seat a4 and the side seat B6 is inserted into the insertion hole 3 on one side of the socket 1, the flat cable a5 and the flat cable B7 are provided with the matched cable sleeves 10, each cable sleeve 10 is limited to be filled with one flat cable, both ends of each cable sleeve 10 are open, and the twisted end of each flat cable is longer than the contracted end of each cable sleeve 10; each plug 9 is tightly inserted into the corresponding jack 3, that is, when each plug 9 is inserted into the corresponding jack 3, the periphery of each plug 9 is an inner wall body tightly attached to the corresponding jack 3.

Fig. 4 includes fig. 3, the flat cables a5 and B7 are respectively inserted into a cavity of a cable cover 10, a twisted section of each flat cable is exposed out of an opening of the cable cover 10 at a corresponding position, the outer side of each flat cable is fixed on an inner wall of the cable cover 10 at the corresponding position by special glue, one end of each connecting body 11 is provided with a screw hole for fixing a screw, the other end of each connecting body 11 is provided with a fastening sleeve 12 for inserting the flat cable, only one end of each fastening sleeve 12 after being twisted is suitable for being inserted into the twisted end of each flat cable, the periphery of one side of each fastening sleeve 12 is provided with a screw hole for screwing a quincunx screw, one end of each connecting body 11 is fixed on a corresponding conductive frame by a screw, one end of each flat cable after being twisted is respectively inserted into an inner cavity of one fastening sleeve 12 and then is screwed and fixed by a quincunx screw, each flat cable is referred to as flat cable a5 and flat cable B7.

When the plug 9 at one outer side of each side seat is inserted into the jack 3 at one outer side of the socket 1, the circuit is switched on; when the plug 9 at the outer side of one side seat is pulled out, the circuit is disconnected; when the plug 9 at one outer side of the two side seats is pulled out from the jack 3 at one outer side of the corresponding socket 1, the power is also cut off.

Busbar fault bars: firstly, one side outer plug 9 of one side seat is pulled out from the jack 3 at one side outer side of the corresponding socket 1, and then an electrician master can carry out troubleshooting.

The socket 1, the side seat and the wire sleeve 10 are all made of high-temperature silica gel materials, and the silica gel has good insulating property and can resist the high temperature of 200-300 degrees.

Claims (2)

1. A bus bar flexible connecting band comprises a flat cable A, a socket and a flat cable B, and is characterized in that five round holes are uniformly drilled through the outer sides of two corresponding ends of the socket respectively, the inner cavities of two ends of each conductive tube are respectively provided with a jack, one end of each conductive tube penetrates through each round hole on the outer side of one end of the socket respectively and then is embedded into the round hole on the outer side of the other end of the socket, five round holes are uniformly drilled through the outer side of one side of each side seat respectively, five round openings are uniformly drilled through the outer side of the other side of each side seat respectively, one end of each conductive sleeve penetrates through the round opening on the outer side of the other side of the corresponding side seat respectively and extends inwards for a section, one end of each plug extends into the cavity of the corresponding side seat and then is fixed on the outer side of one end of one conductive sleeve respectively, a section of plug is exposed out of the round hole on one side of each side seat, each of the flat cable A and the flat cable B is composed of five strands of T2 copper wires, one end of each of the flat cables A is embedded into each of the conductive sleeves on the outer side of the other side of the side seat A, one end of each of the flat cables B is embedded into each of the conductive sleeves on the outer side of the other side of the side seat B, the other ends of the flat cables A and the flat cables B are twisted into a cylindrical wire column, and each of the plugs on the outer sides of one sides of the side seats A and the side seats B is inserted into the jack on the outer side of one end.

2. The busbar flexible connecting band according to claim 1, wherein the flat cable A and the flat cable B are respectively provided with a matched cable jacket, the flat cable A and the flat cable B are respectively embedded into a cavity of one cable jacket, the twisted tail of each flat cable is exposed out of an opening of the cable jacket at a corresponding position, and one end of each flat cable is respectively embedded into an inner cavity of a fastening sleeve and then screwed and fixed by a quincunx screw.

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