CN203839872U

CN203839872U - Fast wiring system

Info

Publication number: CN203839872U
Application number: CN201420150349.9U
Authority: CN
Inventors: 袁祥芳
Original assignee: DONGGUAN BOTONG ELECTRICAL EQUIPMENT ENGINEERING Co Ltd
Current assignee: DONGGUAN BOTONG ELECTRICAL EQUIPMENT ENGINEERING Co Ltd
Priority date: 2014-03-31
Filing date: 2014-03-31
Publication date: 2014-09-17
Anticipated expiration: 2024-03-31

Abstract

The utility model discloses a fast wiring system relating to the power line and signal line wiring technology. The fast wiring system comprises a main channeled plate, a straight joint, a bent joint, and a T-joint. The straight joint, the bent joint, and the T-joint can be conveniently connected with the main channeled plate. Each of the straight joint, the bent joint, and the T-joint comprises a housing, clapboards, copper bars, and a cover plate, and three clapboards are disposed in the housing to form four flat cable grooves, and in addition, each of the flat cable grooves is provided with one copper bar in a clamped manner, and the copper bar can be taken out, and the copper bars are three live wires and a zero wire. A fast plugging device connected with the main channeled plate copper bars is assembled with the main channeled plate, and a heat dissipation structure and an installation structure fixedly disposed on the installed device can be provided. The fast wiring system is advantageous in that the stripping process, the metal core wire winding process, the insulation tape wrapping process, the stretching process, and other processes can be saved, the wiring speed is fast, the time can be saved, the labor can be saved, and the labor costs are low; the rules are consistent, neat, and uniform; the heat dissipation performance is good, and the electric performance is reliable; the wiring errors can be prevented, the application range is wide, and the fast wiring system is suitable for the power supply wiring and the signal line wiring in the power box and the room.

Description

A kind of fast wiring system

Technical field

The utility model relates to the connecton layout such as power line and holding wire, and espespecially a kind of fast wiring system can be efficient, safety, in a row wiring of ground attractive in appearance, is applicable to arrange power line and holding wire etc.

Background technology

At present, the general mode that adopts many single lines in a row to lay of power-supply wiring in power supply box and room, at least has the following disadvantages:

One, many single lines are in a row laid and are wasted time and energy.At present, in three-phase circuit, conventionally represent three live wires with red, yellow, blue three-color, zero line uses black.These electric wires are produced as single line, in the time carrying out power-supply wiring, and must be by manually various colo(u)r streaks being laid in a row.Need to gesticulate length, fixed trend, stretching, peeling, wiring, location, adjustment etc. operation, cloth linear velocity is slow, wastes time and energy, and lays cost high.

Its two, be difficult to implementation rule consistency.Article four, single line draining, especially, in power supply box (being power distribution panel), intricate, turning is many, uniform even if skilled wiring master worker is also difficult to accomplish, is short of regular consistency, easily occurs disorderly and unsystematic.

Its three, easily go wrong.Cable run distance is slightly long, and wire is easily staggered, occurs that ranking order is chaotic, therefore, in wiring, often whether detects wrong with ammeter, if wrong, does over again again.

Its four, wire waste is serious.It is convenient that wiring personnel move back and forth wire during for winding displacement, after always gesticulating length, first wire is blocked and connected up, for fear of the problem that occurs that wire falls short of, wiring personnel always intercept wire long, cause artificial wasting phenomenon, increased on the one hand wiring cost, another aspect is unfavorable for the sustainable use of non-renewable metals resources.

They are five years old, for fear of above-mentioned defect, on market, there is the bonding winding displacement in a row of a kind of wire by above-mentioned multiple color, or the winding displacement in a row of simultaneously extruding, this winding displacement uses inconvenience, is especially not easy to wiring, connects switch and socket, is also not easy to bending, bend improper metal core wire and easily rupture, cause conduction bad.In addition, for family's house wiring, be divided into live wire, zero line and ground wire, the color that these three kinds of line various places indicate is also inconsistent, brings difficulty to manufacturing enterprise, is not easy to a large amount of production.

Its six, on market, also have a kind of copper bar winding displacement, its copper bar and insulation crust are fixing in the dust, are not easy to cutting, are not easy to wiring, are difficult to promote.

Summary of the invention

The utility model technical issues that need to address are to overcome when existing many single lines are in a row laid, to waste time and energy, be difficult to implementation rule consistency, easily go wrong and the deficiency such as wire waste is serious, and the winding displacement of many single lines and the winding displacement of copper bar be not easy to cutting, be not easy to wiring, be difficult to the deficiency promoted, provide a kind of fast wiring system.Adopt this connecton layout, in a row lay efficiency high, time saving and energy saving, reduce wiring human cost, rule is attractive in appearance, can avoid going wrong, and wire waste minimizings etc., are suitable for the building wiring such as power supply box and room.

For this reason, a kind of fast wiring system of the utility model adopts following technical proposals:

A kind of fast wiring system, comprises cover plate, major trough plate dividing plate and major trough plate copper bar that the major trough plate of vertical bar shaped, described major trough plate comprise major trough plate shell, cover mutually with major trough plate shell; Major trough plate shell is straight trough shape and the both ends open along flute length direction, and the sidewall of its groove is major trough plate side panel, and the diapire of its groove is major trough plate base plate; In major trough plate shell, be shaped with at least one described major trough plate dividing plate along flute length direction, major trough plate shell is separated into at least two major trough plate winding displacement grooves along flute length direction, in each major trough plate winding displacement groove, can block with taking out and establish a described major trough plate copper bar; Major trough plate is shaped with the syndeton that can be connected with straight joint, bent sub and three-way connection; Major trough plate is also shaped with radiator structure and major trough plate is installed in to the mounting structure that is mounted facility.

Technique scheme is further elaborated:

Described straight joint is linearly connected with major trough plate, and straight joint comprises straight joint shell, straight joint dividing plate and straight joint copper bar; Straight joint shell is straight trough shape and the both ends open along flute length direction, and the sidewall of its groove is straight joint side panel, and the diapire of its groove is straight joint base plate; In straight joint shell, be shaped with at least one described straight joint dividing plate along flute length direction, straight joint shell is separated into at least two straight joint winding displacement grooves along flute length direction, in each straight joint winding displacement groove, can block with taking out and establish a described straight joint copper bar; Straight joint is shaped with the syndeton being connected with major trough plate, and the described syndeton formation being shaped with major trough plate is connected cooperation; Straight joint is also shaped with radiator structure;

The rectangular inflection shape of described bent sub is also connected with major trough plate, and bent sub comprises bent sub shell, bent sub dividing plate and bent sub copper bar; Bent sub shell rectangular inflection groove shape and along the both ends open of flute length inflection direction, the sidewall of its groove is bent sub side panel, the diapire of its groove is bent sub base plate; In bent sub shell, be shaped with at least one described bent sub dividing plate along flute length inflection direction, bent sub shell is separated into at least two bent sub winding displacement grooves along flute length inflection direction, in each bent sub winding displacement groove, can blocks with taking out and establish a described bent sub copper bar; Described bent sub is shaped with the syndeton being connected with major trough plate, and the described syndeton formation being shaped with major trough plate is connected cooperation; Bent sub is also shaped with radiator structure and bent sub is installed in to the mounting structure that is mounted facility;

Described three-way connection is T-shaped and be connected with major trough plate, and three-way connection comprises three-way connection shell, three-way connection dividing plate, three-way connection copper bar and three-way connection cover plate; The T-shaped groove shape of three-way connection shell, and three ends of T shape are unlimited, and the sidewall of its groove is three-way connection side panel, and the diapire of its groove is three-way connection base plate; In three-way connection shell, be shaped with at least one T-shaped described three-way connection dividing plate, three-way connection shell is separated into at least two T-shaped three-way connection winding displacement grooves, in each three-way connection winding displacement groove, can blocks with taking out and establish a T-shaped three-way connection copper bar; Described three-way connection is shaped with the syndeton being connected with major trough plate, and the described syndeton formation being shaped with major trough plate is connected cooperation; Three-way connection is also shaped with radiator structure and three-way connection is installed in to the mounting structure that is mounted facility; Three-way connection cover plate and three-way connection shell cover.

Rapid insertion device equipped with major trough plate and that be connected with major trough plate copper bar is also set, comprise two supporting legs and cross-arm, article two, supporting leg and cross-arm are all insulator, these two supporting legs are parallel is oppositely arranged and leaves space therebetween, cross-arm is located at two supporting legs, and two supporting leg stretches out in the same way from the two ends of cross-arm respectively, set that two supporting legs stretch out downwards and the two ends of cross-arm are respectively left and right end, article two, supporting leg and cross-arm are case type structure, in its housing, there is accommodation space, in the accommodation space of cross-arm, metal wiring film is set, in the one side down of the housing of cross-arm, open the multiple installation metals of system and insert the installing hole of intermediate plate, multiple installing holes are arranged in a row along left and right directions, described installing hole protrudes out the protection convex edge that can prevent the slotting intermediate plate distortion of metal downwards, in multiple described installing holes, alternatively equipped metal is inserted intermediate plate, metal is inserted the elastic sheet metal that intermediate plate is pair of opposing, the upper end that metal is inserted intermediate plate is positioned at cross-arm housing affixed with metal wiring film, the stage casing that metal is inserted intermediate plate is positioned at described installing hole and protection convex edge thereof, metal is inserted the lower end of intermediate plate and is stretched out installing hole and protection convex edge thereof, also configure the termination that metal wiring film is electrically connected with outer lead, described outer lead refers to from the wire of drawing beyond two supporting legs and cross-arm, article two, on the outer surface of the housing that supporting leg is relative, be shaped with the teeth groove that is connected, the teeth groove that is connected being shaped with on this be connected teeth groove and major trough plate side panel matches.

The described syndeton that major trough plate is shaped with, comprise the syndeton that can be connected with straight joint shell, bent sub shell and three-way connection shell being shaped with on major trough plate shell, also comprise the syndeton that can be connected with straight joint copper bar, bent sub copper bar and three-way connection copper bar that major trough plate copper bar is shaped with; The syndeton being connected with major trough plate that straight joint is shaped with, comprises the syndeton being connected with major trough plate shell being shaped with on straight joint shell, also comprises the syndeton being connected with major trough plate copper bar that straight joint copper bar is shaped with; The syndeton being connected with major trough plate that bent sub is shaped with comprises the syndeton being connected with major trough plate shell being shaped with on bent sub shell, also comprises the syndeton being connected with major trough plate copper bar that bent sub copper bar is shaped with; The syndeton being connected with major trough plate that three-way connection is shaped with, comprises the syndeton being connected with major trough plate shell being shaped with on three-way connection shell, also comprises the syndeton being connected with major trough plate copper bar that three-way connection copper bar is shaped with.

The syndeton that can be connected with straight joint shell, bent sub shell and three-way connection shell being shaped with on major trough plate shell, comprising:

Under the outer surface of major trough plate side panel along the multiple one side domatic teeth groove of major trough board slot length direction Boulez unit, each described one side domatic teeth groove unit comprises the one side domatic teeth groove of many vertical trends that are arranged in parallel, and this one side domatic teeth groove unit one side domatic from centre to two ends tilts in the opposite direction;

On the outer surface of major trough plate side panel, be shaped with by the upper limb of one side domatic teeth groove unit the square raised line extending along major trough board slot length direction;

The syndeton being connected with major trough plate shell being shaped with on straight joint shell, comprising:

Straight joint dividing plate and straight joint base plate shrink in groove, cause the straight joint side panel at the two ends of straight joint to stretch out along flute length direction than straight joint dividing plate and straight joint base plate; Meanwhile, between straight joint side panel inner surface, apart from being greater than distance between major trough plate side panel outer surface, cause straight joint side panel to be wrapped in outside major trough plate side panel;

Two ends under the inner surface of straight joint side panel make the one side domatic teeth groove of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove at two ends tilts in the opposite direction; One side domatic teeth groove on this one side domatic teeth groove and major trough plate side panel forms engagement type clamping;

On the inner surface of straight joint side panel, be shaped with by the upper limb of one side domatic teeth groove the square groove extending along straight joint flute length direction, the square raised line on the outer surface of this square groove and major trough plate side panel forms engagement type clamping;

The syndeton being connected with major trough plate shell being shaped with on bent sub shell, comprising:

Bent sub dividing plate and bent sub base plate shrink in groove, cause the bent sub side panel at the two ends of bent sub to stretch out along flute length direction than bent sub dividing plate and bent sub base plate; Meanwhile, between bent sub side panel inner surface, apart from being greater than distance between major trough plate side panel outer surface, cause bent sub side panel to be wrapped in outside major trough plate side panel;

Two ends under the inner surface of bent sub side panel make the one side domatic teeth groove of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove at two ends tilts in the opposite direction; One side domatic teeth groove on this one side domatic teeth groove and major trough plate side panel forms engagement type clamping;

On the inner surface of bent sub side panel, be shaped with by the upper limb of one side domatic teeth groove the square groove extending along bent sub flute length inflection direction, the square raised line on the outer surface of this square groove and major trough plate side panel forms engagement type clamping;

The syndeton being connected with major trough plate shell being shaped with on three-way connection shell, comprising:

Three-way connection dividing plate and three-way connection base plate shrink in groove, cause the three-way connection side panel of three ends of three-way connection to stretch out along flute length direction than three-way connection dividing plate and three-way connection base plate; Meanwhile, between three-way connection side panel inner surface, apart from being greater than distance between major trough plate side panel outer surface, cause three-way connection side panel to be wrapped in outside major trough plate side panel;

Three ends under the inner surface of three-way connection side panel are made the one side domatic teeth groove of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove at straight line two ends tilts in the opposite direction; One side domatic teeth groove on one side domatic teeth groove and major trough plate side panel that three ends under the inner surface of three-way connection side panel are made forms engagement type clamping;

Upper limb by one side domatic teeth groove on the inner surface of three-way connection side panel is shaped with square groove, and the square raised line on the outer surface of this square groove and major trough plate side panel forms engagement type clamping.

The syndeton that can be connected with straight joint copper bar, bent sub copper bar and three-way connection copper bar that major trough plate copper bar is shaped with is the both ends of major trough plate copper bar;

The syndeton being connected with major trough plate copper bar that straight joint copper bar is shaped with, comprises on the two ends of straight joint copper bar and makes pincers type claw, this pincers type claw is inserted in the end of major trough plate copper bar causes straight joint copper bar to be electrically connected with major trough plate copper bar;

The syndeton being connected with major trough plate copper bar that bent sub copper bar is shaped with, comprises on the two ends of bent sub copper bar and makes pincers type claw, this pincers type claw is inserted in the end of major trough plate copper bar causes bent sub copper bar to be electrically connected with major trough plate copper bar;

T-shaped three-way connection copper bar comprises vertical bar section and right angle inflection section, and stretch out higher than the position of vertical bar section and from the inflection of vertical bar section the position of right angle inflection section, vertical bar section and right angle inflection section global formation; The syndeton being connected with major trough plate copper bar that three-way connection copper bar is shaped with, comprises on three ends of three-way connection copper bar and makes pincers type claw, this pincers type claw is inserted in the end of major trough plate copper bar causes three-way connection copper bar to be electrically connected with major trough plate copper bar.

The radiator structure that major trough plate is shaped with, comprising: on major trough plate side panel, open the multiple louvres of system; Open the multiple heat radiation breach of system on major trough plate dividing plate top; On major trough plate dividing plate and on the inner surface of major trough plate side panel, be shaped with many vertical convex tendons, major trough plate copper bar forms heat radiation gap respectively and between major trough plate dividing plate and major trough plate side panel, and this convex tendon also plays the effect of location major trough plate copper bar;

The radiator structure that straight joint is shaped with, comprise: on straight joint dividing plate and on the inner surface of straight joint side panel, be shaped with many vertical convex tendons, straight joint copper bar forms heat radiation gap respectively and between straight joint dividing plate and straight joint side panel, and this convex tendon also plays the effect of positioning straight joint copper bar;

The radiator structure that bent sub is shaped with, comprising: open the multiple heat radiation breach of system on bent sub dividing plate top; On bent sub dividing plate and on the inner surface of bent sub side panel, be shaped with many vertical convex tendons, bent sub copper bar forms heat radiation gap respectively and between bent sub dividing plate and bent sub side panel, and this convex tendon also plays the effect of location bent sub copper bar;

The radiator structure that three-way connection is shaped with, comprising: on three-way connection side panel, open the multiple louvres of system; Open the multiple heat radiation breach of system on three-way connection dividing plate top; On three-way connection dividing plate and on the inner surface of three-way connection side panel, be shaped with many vertical convex tendons, three-way connection copper bar forms heat radiation gap respectively and between three-way connection dividing plate and three-way connection side panel, and this convex tendon also plays the effect of location three-way connection copper bar.

What on major trough plate, be shaped with is installed in by major trough plate the mounting structure that is mounted facility, is included in the installing hole of opening system on major trough plate base plate; What on bent sub, be shaped with is installed in bent sub the mounting structure that is mounted facility, is included in the installing hole of opening system on bent sub base plate; What on three-way connection, be shaped with is installed in three-way connection the mounting structure that is mounted facility, is included in the installing hole of opening system on three-way connection base plate.

Cover plate is straight trough shape and the both ends open along flute length direction, cover plate comprises panel and is positioned at the side plate of panel both sides, position by panel on the inner surface of side plate is shaped with along the draw-in groove of flute length direction, the cooperation tooth of making on top edge, the top edge of straight joint side panel outer surface and the top edge of bent sub side panel outer surface of this draw-in groove and major trough plate side panel outer surface matches, and realizes closely covering of cover plate and major trough plate shell, straight joint shell and bent sub shell thereby this cooperation tooth is stuck in this draw-in groove; Position by side plate on the inner surface of panel is shaped with the guide and limit bar along flute length direction, when cover plate covers, cooperation tooth is carried out to guide and limit.

Three-way connection cover plate is T-shaped, comprise cover panel and be positioned at the lid side plate of cover panel week side, the position that is positioned at three terminations of lid side plate is shaped with breach, on the inner surface of other lid side plate, be shaped with along the card convex of flute length direction by the position of cover panel, the tooth that coordinates being shaped with on the outer surface of this card convex and three-way connection side panel fastens, cause three-way connection cover plate and three-way connection shell to cover, the copper bar cap seal in three-way connection is avoided exposing.

Also comprise the end cap that the two ends unlimited with major trough plate cover, this end cap comprises end cap panel and end cap side plate, and end cap end shape and the size unlimited with major trough plate mated; End cap is made of ambroin.The inner surface of end cap side plate is made one side domatic teeth groove and the square groove of many vertical trends that are arranged in parallel, this one side domatic teeth groove and square groove respectively with major trough plate side panel on one side domatic teeth groove and square raised line form engagement type clamping, cause end cap card to be placed on the unlimited end of major trough plate, the copper bar cap seal in major trough plate shell is avoided exposing.

The described termination of rapid insertion device comprises wiring through hole, metallic cavity, positioning through hole, positioning screw hole and dog screw, wiring through hole is opened built in supporting leg by the upper position, metallic cavity is packed in the accommodation space of cross-arm and supporting leg, metallic cavity is near wiring through hole, and wiring through hole and metallic cavity break-through, the end of metal wiring film puts in metallic cavity; Positioning through hole is opened in the one side upward of the housing of cross-arm, positioning through hole is relative up and down with metallic cavity, positioning screw hole open system described metal wiring film on and relative up and down with positioning through hole, dog screw spins through upper wall and the positioning screw hole of described positioning through hole and metallic cavity from top to down successively, described outer lead is inserted into Suo Dui position, dog screw lower end from wiring through hole, the lower wall that described outer lead is pressed in metallic cavity by precession dog screw makes described outer lead location, causes described outer lead to be electrically connected with described metal wiring film.

Major trough plate dividing plate and major trough plate shell global formation, straight joint dividing plate and straight joint shell global formation, bent sub dividing plate and bent sub shell global formation, three-way connection dividing plate and three-way connection shell global formation; Major trough plate shell, major trough plate dividing plate, straight joint shell, straight joint dividing plate, bent sub shell, bent sub dividing plate, three-way connection shell, three-way connection dividing plate, cover plate and three-way connection cover plate are made of ambroin.

The beneficial effects of the utility model are:

One, adopt structure of copper bar, article four, copper bar easily cloth be contained in the wiring groove that major trough plate shell, straight joint shell, bent sub shell, three-way connection shell and respective diaphragms form, straight joint copper bar, bent sub copper bar, three-way connection copper bar are connected with major trough plate copper bar plug-in card respectively, in the installing hole of bent sub, three-way connection, major trough plate, screw screw by it and be mounted facility and tighten up, cover cover plate and end cap, connect up complete.Save peeling, twine loaded down with trivial details operations such as connecing metal core wire, looping insulating tape, stretching, cloth linear velocity is fast, time saving and energy saving, lays human cost low.

Its two, wiring rule high conformity.Vertical bar, right angle inflection and the T shape of rule are uniform;

Its three, thermal diffusivity is good, electric property is reliable.

Its four, winding displacement there will not be mistake.Copper bar there will not be staggered and so on order confusion, and that avoids occurring thus does over again.

Its five, the major trough plate shell of global formation and major trough plate dividing plate are convenient to the length severing with actual needs, major trough plate copper bar is also convenient to the length severing with actual needs, waste of material is few.As long as distance measurements standard, just can by length cutting.

Its six, for family's house wiring, be divided into the situation of live wire, zero line and ground wire, can use three copper bar persons.

Its seven, the utility model also arranges rapid insertion device equipped with major trough plate and that be connected with major trough plate copper bar.When on-the-spot installation, as long as the position of the present utility model installation at the place of cover plate is cut out and removed, expose major trough plate copper bar, by the utility model, by inserting, the lower end that metal is inserted intermediate plate can form the clamping of major trough plate copper bar to connect, very convenient.If major trough plate copper bar is laid four copper bars, need combination that four the utility model are installed, these four the utility model form an assembly, and in this assembly, the position of the slotting intermediate plate of each metal is corresponding one by one with the position of four copper bars laying on major trough plate copper bar respectively; Outer lead is installed also very convenient, outer lead inserts from wiring through hole, screws set screw.Certainly, described termination can be also plug-in, and as spring card is set in metallic cavity, outer lead will be lived by clamping from wiring through hole inserts, and outer lead will be installed more convenient.

Its eight, purposes is wide, be not only suitable for power line, also application signal line; Not only be suitable for power supply box, be also applicable to room wiring and the wiring of other facility, be convenient to promote.

Brief description of the drawings

Fig. 1 is the utility model wiring schematic diagram;

Fig. 2 is that the schematic diagram that exposes copper bar opened by cover plate and three-way connection cover plate by Fig. 1;

Fig. 3 is major trough plate shell and major trough plate dividing plate schematic diagram;

Fig. 4 is major trough plate shell and major trough plate dividing plate vertical view;

Fig. 5 is major trough plate schematic diagram (cover plate does not cover);

Fig. 6 is straight joint shell and straight joint dividing plate schematic diagram;

Fig. 7 is straight joint shell and straight joint dividing plate vertical view;

Fig. 8 is straight joint schematic diagram (cover plate does not cover);

Fig. 9 is bent sub shell and bent sub dividing plate schematic diagram;

Figure 10 is bent sub shell and bent sub dividing plate vertical view;

Figure 11 is bent sub schematic diagram (cover plate does not cover);

Figure 12 is three-way connection shell and straight joint dividing plate schematic diagram;

Figure 13 is three-way connection shell and straight joint dividing plate vertical view;

Figure 14 is three-way connection schematic diagram (three-way connection cover plate does not cover);

Figure 15 is cover plate schematic diagram;

Figure 16 is three-way connection cover plate schematic diagram;

Figure 17 is end cap schematic diagram;

Figure 18 be single three-way connection copper bar schematic diagram (one of);

Figure 19 is wall scroll three-way connection copper bar schematic diagram (two);

Figure 20 is wall scroll three-way connection copper bar schematic diagram (three);

Figure 21 is wall scroll three-way connection copper bar schematic diagram (four);

Figure 22 is four three-way connection copper bar composite wiring schematic diagrames;

Figure 23 is major trough plate schematic diagram (cover plate is covered);

Figure 24 is rapid insertion device schematic perspective view;

Figure 25 is that rapid insertion device combination is installed on major trough plate schematic diagram;

Figure 26 is that the metal of the combination of rapid insertion device is inserted intermediate plate clamping major trough plate copper bar schematic diagram.

In figure: 1, major trough plate; 11, major trough plate shell; 111, major trough plate side panel; 112, major trough plate base plate; 113, one side domatic teeth groove unit; 114, square raised line; 115, louvre; 116, heat radiation breach; 117, convex tendon; 118, installing hole; 119, coordinate tooth; 12, major trough plate dividing plate; 13, major trough plate copper bar; 14, cover plate; 141, panel; 142, side plate; 143, draw-in groove; 144, positive stop strip; 15, end cap; 151, end cap panel; 152, end cap side plate; 153, one side domatic teeth groove; 154, square groove; 16, the teeth groove that is connected;

2, straight joint; 21, straight joint shell; 211, straight joint side panel; 212, straight joint base plate; 213, one side domatic teeth groove; 214, square groove; 217, convex tendon; 219, coordinate tooth; 22, straight joint dividing plate; 23, straight joint copper bar; 231, pincers type claw;

3, bent sub; 31, bent sub shell; 311, bent sub side panel; 312, bent sub base plate; 313, one side domatic teeth groove; 314, square groove; 316, heat radiation breach; 317, convex tendon; 318, installing hole; 319, coordinate tooth; 32, bent sub dividing plate; 33, bent sub copper bar; 331, pincers type claw;

4, three-way connection; 41, three-way connection shell; 411, three-way connection side panel; 412, three-way connection base plate; 413, one side domatic teeth groove; 414, square groove; 415, louvre; 416, heat radiation breach; 417, convex tendon; 418, installing hole; 419, coordinate tooth; 42, three-way connection dividing plate; 43, three-way connection copper bar; 431, pincers type claw; 432 vertical bar sections; 433, right angle inflection section; 44, three-way connection cover plate; 441, cover panel; 442; Lid side plate; 443, breach; 444, card convex;

20, rapid insertion device; 201, supporting leg; 202, cross-arm; 203, metal wiring film; 204, wiring through hole; 205, metallic cavity; 206, installing hole; 207, protection convex edge, 208, metal inserts intermediate plate, 209, positioning through hole; 2010, positioning screw hole; 2011, dog screw; 2012, the teeth groove that is connected; 2013, outer lead.

Embodiment

Introduce embodiment of the present utility model below in conjunction with accompanying drawing.

As shown in Fig. 1 to Figure 26, a kind of fast wiring system, comprises cover plate 14, major trough plate dividing plate 12 and major trough plate copper bar 13 that the major trough plate 1 of vertical bar shaped, described major trough plate 1 comprise major trough plate shell 11, cover mutually with major trough plate shell 11; As shown in Fig. 3,4,5, major trough plate shell 11 is straight trough shape and the both ends open along flute length direction, the sidewall of its groove is major trough plate side panel 111, and the diapire of its groove is major trough plate base plate 112, and major trough plate shell 11 comprises major trough plate side panel 111 and major trough plate base plate 112; In major trough plate shell 11, be shaped with three described major trough plate dividing plates 12 along flute length direction, major trough plate shell 11 is separated into at least four major trough plate winding displacement grooves along flute length direction, in each major trough plate winding displacement groove, can block with taking out and establish a described major trough plate copper bar 13, these four major trough plate copper bars 13 are respectively three live wires and zero line, for the ease of difference, red, yellow, blue three-color represents three live wires, and zero line uses black; Major trough plate 1 is shaped with the syndeton that can be connected with straight joint 2, bent sub 3 and three-way connection 4; Major trough plate 1 is also shaped with radiator structure and major trough plate 1 is installed in to the mounting structure that is mounted facility.

Described straight joint 2 is linearly connected with major trough plate 1; As shown in Fig. 6,7,8, straight joint 2 comprises straight joint shell 21, straight joint dividing plate 22 and straight joint copper bar 23; Straight joint shell 21 is straight trough shape and the both ends open along flute length direction, and the sidewall of its groove is straight joint side panel 211, and the diapire of its groove is straight joint base plate 212, and straight joint shell 21 comprises straight joint side panel 211 and straight joint base plate 212; In straight joint shell 21, be shaped with three described straight joint dividing plates 22 along flute length direction, straight joint shell 21 is separated into four straight joint winding displacement grooves along flute length direction, in each straight joint winding displacement groove, can block with taking out and establish a described straight joint copper bar 23, these four straight joint copper bars 23 are respectively three live wires and zero line, for the ease of difference, red, yellow, blue three-color represents three live wires, and zero line uses black; Straight joint 2 is shaped with the syndeton being connected with major trough plate 1, and the described syndeton formation being shaped with major trough plate 1 is connected cooperation; Straight joint 2 is also shaped with radiator structure.

The rectangular inflection shape of described bent sub 3 is also connected with major trough plate 1; As shown in Figure 10,11,12, bent sub 3 comprises bent sub shell 31, bent sub dividing plate 32 and bent sub copper bar 33; The rectangular inflection groove shape of bent sub shell 31 and along the both ends open of flute length inflection direction, the sidewall of its groove is bent sub side panel 311, the diapire of its groove is bent sub base plate 312, bent sub shell 31 comprises bent sub side panel 311 and bent sub base plate 312; In bent sub shell 31, be shaped with three described bent sub dividing plates 32 along flute length inflection direction, bent sub shell 31 is separated into four bent sub winding displacement grooves along flute length inflection direction, in each bent sub winding displacement groove, can block with taking out and establish a described bent sub copper bar 33, these four bent sub copper bars 33 are respectively three live wires and zero line, for the ease of difference, red, yellow, blue three-color represents three live wires, and zero line uses black; Described bent sub 3 is shaped with the syndeton being connected with major trough plate 1, and the described syndeton formation being shaped with major trough plate 1 is connected cooperation; Bent sub 3 is also shaped with radiator structure and bent sub 3 is installed in to the mounting structure that is mounted facility.

Described three-way connection 4 is T-shaped and be connected with major trough plate 1; As shown in Figure 12,13,14, three-way connection 4 comprises three-way connection shell 41, three-way connection dividing plate 42, three-way connection copper bar 43 and three-way connection cover plate 44; The T-shaped groove shape of three-way connection shell 41, and three ends of T shape are unlimited, and the sidewall of its groove is three-way connection side panel 411, and the diapire of its groove is three-way connection base plate 412, and three-way connection shell 41 comprises three-way connection side panel 411 and three-way connection base plate 412; In three-way connection shell 41, be shaped with three T-shaped described three-way connection dividing plates 42, three-way connection shell 41 is separated into four T-shaped three-way connection winding displacement grooves, in each three-way connection winding displacement groove, can block with taking out and establish a T-shaped three-way connection copper bar 43, these four three-way connection copper bars 43 are respectively three live wires and zero line, for the ease of difference, red, yellow, blue three-color represents three live wires, and zero line uses black; Described three-way connection 4 is shaped with the syndeton being connected with major trough plate 1, and the described syndeton formation being shaped with major trough plate 1 is connected cooperation; Three-way connection 4 is also shaped with radiator structure and three-way connection 4 is installed in to the mounting structure that is mounted facility; Three-way connection cover plate 44 covers with three-way connection shell 41.

The described syndeton that major trough plate 1 is shaped with, comprise the syndeton that can be connected with straight joint shell 21, bent sub shell 31 and three-way connection shell 41 being shaped with on major trough plate shell 11, also comprise the syndeton that can be connected with straight joint copper bar 23, bent sub copper bar 33 and three-way connection copper bar 43 that major trough plate copper bar 13 is shaped with; Straight joint 2 syndeton being connected with major trough plate 1 that be shaped with, comprises the syndeton being connected with major trough plate shell 11 being shaped with on straight joint shell 21, also comprises straight joint copper bar 23 syndeton being connected with major trough plate copper bar 13 that be shaped with; Bent sub 3 syndeton being connected with major trough plate 1 that be shaped with comprises the syndeton being connected with major trough plate shell 11 being shaped with on bent sub shell 31, also comprises bent sub copper bar 33 syndeton being connected with major trough plate copper bar 13 that be shaped with; Three-way connection 4 syndeton being connected with major trough plate 1 that be shaped with, comprises the syndeton being connected with major trough plate shell 11 being shaped with on three-way connection shell 41, also comprises three-way connection copper bar 43 syndeton being connected with major trough plate copper bar 13 that be shaped with.

As shown in Fig. 3,4,5, the syndeton that can be connected with straight joint shell 21, bent sub shell 31 and three-way connection shell 41 being shaped with on major trough plate shell 11, comprising:

Under the outer surface of major trough plate side panel 111 along the major trough plate 1 multiple one side domatic teeth groove of flute length direction Boulez unit 113, each described one side domatic teeth groove unit 113 comprises the one side domatic teeth groove of many vertical trends that are arranged in parallel, and this one side domatic teeth groove unit one side domatic from centre to two ends tilts in the opposite direction; This be because, when wiring is installed at the scene, cutting major trough plate shell 11 and major trough plate dividing plate 12 according to actual needs, due to the multiple one side domatic teeth groove of Boulez unit 113, can be according to need to, from the middle cutting of certain one side domatic teeth groove unit, reducing the waste of major trough plate shell 11 and major trough plate dividing plate 12;

On the outer surface of major trough plate side panel 111, be shaped with by the upper limb of one side domatic teeth groove unit 113 the square raised line 114 extending along major trough plate 1 flute length direction.

As shown in Fig. 6,7,8, the syndeton being connected with major trough plate shell 11 being shaped with on straight joint shell 21, comprising:

Straight joint dividing plate 22 and straight joint base plate 212 shrink in groove, cause the straight joint side panel 211 at the two ends of straight joint to stretch out along flute length direction than straight joint dividing plate 22 and straight joint base plate 212; Meanwhile, between straight joint side panel 211 inner surfaces, apart from being greater than distance between major trough plate side panel 111 outer surfaces, cause straight joint side panel 211 to be wrapped in outside major trough plate side panel 111;

Two ends under the inner surface of straight joint side panel 211 make the one side domatic teeth groove 213 of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove at two ends tilts in the opposite direction; This one side domatic teeth groove 213 forms engagement type clamping with the one side domatic teeth groove on major trough plate side panel 111;

On the inner surface of straight joint side panel 211, be shaped with by the upper limb of one side domatic teeth groove 213 square groove 214 extending along straight joint flute length direction, the square raised line 114 on the outer surface of this square groove 214 and major trough plate side panel 111 forms engagement type clamping.

As shown in Fig. 9,10,11, the syndeton being connected with major trough plate shell 11 being shaped with on bent sub shell 31, comprising:

Bent sub dividing plate 32 and bent sub base plate 312 shrink in groove, cause the bent sub side panel 311 at the two ends of bent sub to stretch out along flute length direction than bent sub dividing plate 32 and bent sub base plate 312; Meanwhile, between bent sub side panel 311 inner surfaces, apart from being greater than distance between major trough plate side panel 111 outer surfaces, cause bent sub side panel 311 to be wrapped in outside major trough plate side panel 111;

Two ends under the inner surface of bent sub side panel 311 make the one side domatic teeth groove 313 of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove 313 at two ends tilts in the opposite direction; This one side domatic teeth groove 313 forms engagement type clamping with the one side domatic teeth groove on major trough plate side panel 111;

On the inner surface of bent sub side panel 311, be shaped with by the upper limb of one side domatic teeth groove 313 square groove 314 extending along bent sub flute length inflection direction, the square raised line 114 on the outer surface of this square groove 314 and major trough plate side panel 111 forms engagement type clamping;

As shown in Figure 12,13,14, the syndeton being connected with major trough plate shell 111 being shaped with on three-way connection shell 411, comprising:

Three-way connection dividing plate 42 and three-way connection base plate 412 shrink in groove, cause the three-way connection side panel 411 of three ends of three-way connection to stretch out along flute length direction than three-way connection dividing plate 42 and three-way connection base plate 412; Meanwhile, between three-way connection side panel 411 inner surfaces, apart from being greater than distance between major trough plate side panel 111 outer surfaces, cause three-way connection side panel 411 to be wrapped in outside major trough plate side panel 111;

Three ends under the inner surface of three-way connection side panel 411 are made the one side domatic teeth groove 413 of many vertical trends that are arranged in parallel, and the one side domatic of the one side domatic teeth groove at straight line two ends tilts in the opposite direction; The one side domatic teeth groove 413 that three ends under the inner surface of three-way connection side panel 411 are made forms engagement type clamping with the one side domatic teeth groove on major trough plate side panel 111;

Upper limb by one side domatic teeth groove 413 on the inner surface of three-way connection side panel 411 is shaped with square groove 414, and the square raised line 114 on the outer surface of this square groove 414 and major trough plate side panel 111 forms engagement type clamping.

As shown in Figure 5, the syndeton that can be connected with straight joint copper bar 23, bent sub copper bar 33 and three-way connection copper bar 43 that major trough plate copper bar 13 is shaped with is the both ends (directly tabular) of major trough plate copper bar 13;

As shown in Figure 8, straight joint copper bar 23 syndeton being connected with major trough plate copper bar 13 that be shaped with, comprise on the two ends of straight joint copper bar 23 and make pincers type claw 231, this pincers type claw 231 is inserted in the end of major trough plate copper bar 13 causes straight joint copper bar 23 to be electrically connected with major trough plate copper bar 13.

As shown in figure 11, bent sub copper bar 33 syndeton being connected with major trough plate copper bar 13 that be shaped with, comprise on the two ends of bent sub copper bar 33 and make pincers type claw 331, this pincers type claw 331 is inserted in the end of major trough plate copper bar 13 causes bent sub copper bar 33 to be electrically connected with major trough plate copper bar 13.

As shown in Figure 14,18,19,20,21 and 22, T-shaped three-way connection copper bar 43 comprises vertical bar section 432 and right angle inflection section 433, stretch out higher than the position of vertical bar section 432 and from 432 inflections of vertical bar section the position of right angle inflection section 433, vertical bar section 432 and right angle inflection section 433 global formations; Three-way connection copper bar 43 syndeton being connected with major trough plate copper bar 13 that be shaped with, comprise on three ends of three-way connection copper bar 43 and make pincers type claw 431, this pincers type claw 431 is inserted in the end of major trough plate copper bar 13 causes three-way connection copper bar 43 to be electrically connected with major trough plate copper bar 13.

As shown in Figure 3, the radiator structure that major trough plate is shaped with, comprising: on major trough plate side panel 111, open the multiple louvres 115 of system; Open the multiple heat radiation breach 116 of system on major trough plate dividing plate 12 tops; On major trough plate dividing plate 12 and on the inner surface of major trough plate side panel 111, be shaped with many vertical convex tendons 117, major trough plate copper bar 13 forms heat radiation gap respectively and between major trough plate dividing plate 12 and major trough plate side panel 111; By heat radiation breach 116, heat radiation gap, the heat producing on major trough plate copper bar 13 is discharged rapidly by louvre 115, thermal diffusivity is good, avoids thermal deformation, causes electric property reliable.This convex tendon 117 also plays the effect of location major trough plate copper bar 13, and major trough plate copper bar 13 is installed firmly in winding displacement groove.

As shown in Figure 6, the radiator structure that straight joint is shaped with, comprise: on straight joint dividing plate 22 and on the inner surface of straight joint side panel 211, be shaped with many vertical convex tendons 217, straight joint copper bar 23 forms heat radiation gap respectively and between straight joint dividing plate 22 and straight joint side panel 211, and the louvre 115 that heat is opened system from major trough plate side panel 111 is discharged.This convex tendon 217 also plays the effect of positioning straight joint copper bar 23, and straight joint copper bar 23 is installed firmly in winding displacement groove.

As shown in Figure 9, the radiator structure that bent sub is shaped with, comprising: open the multiple heat radiation breach 316 of system at bent sub every 32 tops; On bent sub dividing plate 32 and on the inner surface of bent sub side panel 311, be shaped with many vertical convex tendons 317, bent sub copper bar 33 forms heat radiation gap respectively and between bent sub dividing plate 32 and bent sub side panel 311, and the louvre 115 that heat is opened system from major trough plate side panel 111 is discharged.This convex tendon 317 also plays the effect of location bent sub copper bar 33, and bent sub copper bar 33 is installed firmly in winding displacement groove.

As shown in figure 12, the radiator structure that three-way connection is shaped with, comprising: on three-way connection side panel 411, open the multiple louvres 415 of system; Open the multiple heat radiation breach 416 of system on three-way connection dividing plate 42 tops; On three-way connection dividing plate 42 and on the inner surface of three-way connection side panel 411, be shaped with many vertical convex tendons 417, three-way connection copper bar 43 forms heat radiation gap respectively and between three-way connection dividing plate 42 and three-way connection side panel 411, and heat is discharged from louvre 415.This convex tendon 417 also plays the effect of location three-way connection copper bar 43, and three-way connection copper bar 43 is installed firmly in winding displacement groove.

As shown in Figure 24,25,26, rapid insertion device 20, comprise two supporting legs 201 and cross-arm 202, article two, supporting leg 201 and cross-arm 202 are all insulator, these two supporting legs 201 are parallel is oppositely arranged and leaves space therebetween, cross-arm 202 is located at two supporting legs 201, and two supporting legs 201 stretch out in the same way from the two ends of cross-arm 202 respectively, sets that two supporting legs 201 stretch out and the two ends of cross-arm 202 are respectively left and right end downwards, article two, supporting leg 201 and cross-arm 202 are case type structure, in its housing, there is accommodation space, metal wiring film 203 is set in the accommodation space of cross-arm 202, in the one side down of the housing of cross-arm 202, open the multiple installation metals of system and insert the installing hole 206 of intermediate plate 208, multiple installing holes 206 are arranged in a row along left and right directions, described installing hole 206 protrudes out the protection convex edge 207 that can prevent that the slotting intermediate plate 208 of metal is out of shape downwards, in multiple described installing holes 206, alternatively equipped metal is inserted intermediate plate 208, metal is inserted the elastic sheet metal that intermediate plate 208 is pair of opposing, the elastic sheet metal that the effect of protection convex edge 207 prevents this pair of opposing is in grafting process, the distance of mutually opening is increasing, clamping dynamics to copper bar weakens, affect electric property.The upper end that metal is inserted intermediate plate 208 is positioned at cross-arm 202 housings affixed with metal wiring film 203, and the stage casing that metal is inserted intermediate plate 208 is positioned at described installing hole 206 and protection convex edge 207 thereof, and metal is inserted the lower end of intermediate plate 208 and stretched out installing hole 206 and protection convex edge 207 thereof; Also configure the termination that metal wiring film is electrically connected with outer lead 2013, described outer lead 2013 fingers are from the wire of drawing beyond two supporting legs 201 and cross-arm 202.Article two, on the outer surface of the housing that supporting leg 201 is relative, be shaped with the teeth groove 2012 that is connected.The slotting lower end of intermediate plate 208 of metal and the plug in folder of the major trough plate copper bar of major trough plate 1 13 that stretch out installing hole 206 and protection convex edge 207 thereof are connected, and the lower end that metal is inserted intermediate plate 208 clamps major trough plate copper bar 13 to form connection; Article two, the teeth groove 16 that is connected being shaped with on the major trough plate side panel 111 of be connected teeth groove 2012 and the major trough plate 1 being shaped with on the outer surface of the housing that supporting leg 201 is relative matches, article two, supporting leg 201 can form teeth groove with major trough plate side panel 111 and is connected, cause rapid insertion device 20 firmly crossover be arranged on major trough plate 1.

Described termination comprises wiring through hole 204, metallic cavity 205, positioning through hole 209, positioning screw hole 2010 and dog screw 2011, wiring through hole 204 is opened built in supporting leg 201 by the upper position, metallic cavity 205 is packed in the accommodation space of cross-arm 202 and supporting leg 201, metallic cavity 205 is near wiring through hole 204, and wiring through hole 204 and metallic cavity 205 break-through, the end of metal wiring film 203 puts in metallic cavity 204, positioning through hole 209 is opened in the one side upward of the housing of cross-arm 202, positioning through hole 209 is relative up and down with metallic cavity 205, positioning screw hole 2010 open system described metal wiring film 203 on and relative up and down with positioning through hole 209, dog screw 2011 spins through upper wall and the positioning screw hole 2010 of described positioning through hole 209 and metallic cavity 205 from top to down successively, described outer lead 2013 is inserted into dog screw 2010 Suo Dui positions, lower end from wiring through hole 204, the lower wall that described outer lead 2013 is pressed in metallic cavity 205 by precession dog screw 2010 is located described outer lead 2013, cause described outer lead 2013 to be electrically connected with described metal wiring film 203.

Rapid insertion device 20 is used in combination, major trough plate copper bar is laid four copper bars, need combination that four rapid insertion devices 20 are installed, form an assembly, in this assembly, the position of the slotting intermediate plate 208 of each metal is corresponding one by one with the position of four copper bars laying on major trough plate copper bar 13 respectively.

Described termination is except the present embodiment comprises the structure that wiring through hole 204, metallic cavity 205, positioning through hole 209, positioning screw hole 2010 and dog screw 2011 form, also can be plug-in, as at the interior spring card that arranges of metallic cavity 205, outer lead 2013 will be lived by clamping from wiring through hole 204 inserts, and outer lead 2013 is installed can be more convenient.

As shown in Fig. 4,10,13, what on major trough plate, be shaped with is installed in by major trough plate the mounting structure that is mounted facility, is included in the installing hole 118 of opening system on major trough plate base plate 112; What on bent sub, be shaped with is installed in bent sub the mounting structure that is mounted facility, is included in the installing hole 318 of opening system on bent sub base plate 312; What on three-way connection, be shaped with is installed in three-way connection the mounting structure that is mounted facility, is included in the installing hole 418 of opening system on three-way connection base plate 412.

As shown in Figure 15 and 23, cover plate 14 is straight trough shape and both ends open (the cover plate 14 length cutting according to actual needs along flute length direction, also cutting according to actual needs of the shape of its termination, in Figure 15, its right-hand member cutting becomes hypotenuse, be convenient to cover with bent sub), cover plate 14 comprises panel 141 and is positioned at the side plate 142 of panel 141 both sides, position by panel 141 on the inner surface of side plate 142 is shaped with the draw-in groove 143 along flute length direction, the top edge of this draw-in groove 143 and major trough plate side panel 111 outer surfaces, the cooperation tooth 119 of making on the top edge of the top edge of straight joint side panel 211 outer surfaces and bent sub side panel 311 outer surfaces, 219, 319 match, this cooperation tooth 119, 219, realize cover plate 14 and major trough plate shell 11 thereby 319 are stuck in this draw-in groove 143, closely covering of straight joint shell 21 and bent sub shell 31, position by side plate 142 on the inner surface of panel 141 is shaped with the guide and limit bar 144 along flute length direction, when cover plate 14 covers, cooperation tooth is carried out to guide and limit.Cover plate 14, except covering with major trough plate shell (as shown in figure 23), also can cover with straight joint shell 21 and bent sub shell 31, and what straight joint shell and bent sub shell covered covers use cover plate 14.

As shown in figure 16, three-way connection cover plate 44 is T-shaped, comprise cover panel 441 and be positioned at the lid side plate 442 of cover panel week side, the position that is positioned at three terminations of lid side plate 442 is shaped with breach 443, on the inner surface of other lid side plate 442, be shaped with the card convex 444 along flute length direction by the position of cover panel 441, this card convex 444 fastens with the tooth 419 that coordinates being shaped with on three-way connection side panel 411 outer surfaces, cause three-way connection cover plate 44 and three-way connection shell 41 to cover, the copper bar cap seal in three-way connection is avoided exposing.

As shown in figure 17, also comprise the end cap 15 that the two ends unlimited with major trough plate cover, this end cap 15 comprises end cap panel 151 and end cap side plate 152, and end cap end shape and the size unlimited with major trough plate mated; End cap 15 use ambroins are made.The inner surface of end cap side plate 152 is made one side domatic teeth groove 153 and the square groove 154 of many vertical trends that are arranged in parallel, this one side domatic teeth groove 153 and square groove 154 respectively with major trough plate side panel 111 on one side domatic teeth groove and square raised line 114 form engagement type clamping, cause end cap 15 cards to be placed on the unlimited end of major trough plate, the copper bar cap seal in major trough plate shell 11 is avoided exposing.

Major trough plate dividing plate 12 and major trough plate shell 11 global formations, straight joint dividing plate 22 and straight joint shell 21 global formations, bent sub dividing plate 32 and bent sub shell 31 global formations, three-way connection dividing plate 42 and three-way connection shell 41 global formations; Major trough plate shell 11, major trough plate dividing plate 12, straight joint shell 21, straight joint dividing plate 22, bent sub shell 31, bent sub dividing plate 32, three-way connection shell 41, three-way connection dividing plate 42, cover plate 14 and three-way connection cover plate 44 use ambroins are made.

Claims

1. a fast wiring system, is characterized in that: comprise the major trough plate of vertical bar shaped, cover plate, major trough plate dividing plate and major trough plate copper bar that described major trough plate comprises major trough plate shell, covers mutually with major trough plate shell; Major trough plate shell is straight trough shape and the both ends open along flute length direction, and the sidewall of its groove is major trough plate side panel, and the diapire of its groove is major trough plate base plate; In major trough plate shell, be shaped with at least one described major trough plate dividing plate along flute length direction, major trough plate shell is separated into at least two major trough plate winding displacement grooves along flute length direction, in each major trough plate winding displacement groove, can block with taking out and establish a described major trough plate copper bar; Major trough plate is shaped with the syndeton that can be connected with straight joint, bent sub and three-way connection; Major trough plate is also shaped with radiator structure and major trough plate is installed in to the mounting structure that is mounted facility.

2. a kind of fast wiring system according to claim 1, is characterized in that:

3. a kind of fast wiring system according to claim 1 and 2, is characterized in that:

Rapid insertion device equipped with major trough plate and that be connected with major trough plate copper bar is also set, this rapid insertion device comprises two supporting legs and cross-arm, article two, supporting leg and cross-arm are all insulator, these two supporting legs are parallel is oppositely arranged and leaves space therebetween, cross-arm is located at two supporting legs, and two supporting leg stretches out in the same way from the two ends of cross-arm respectively, set that two supporting legs stretch out downwards and the two ends of cross-arm are respectively left and right end, article two, supporting leg and cross-arm are case type structure, in its housing, there is accommodation space, in the accommodation space of cross-arm, metal wiring film is set, in the one side down of the housing of cross-arm, open the multiple installation metals of system and insert the installing hole of intermediate plate, multiple installing holes are arranged in a row along left and right directions, described installing hole protrudes out the protection convex edge that can prevent the slotting intermediate plate distortion of metal downwards, in multiple described installing holes, alternatively equipped metal is inserted intermediate plate, metal is inserted the elastic sheet metal that intermediate plate is pair of opposing, the upper end that metal is inserted intermediate plate is positioned at cross-arm housing affixed with metal wiring film, the stage casing that metal is inserted intermediate plate is positioned at described installing hole and protection convex edge thereof, metal is inserted the lower end of intermediate plate and is stretched out installing hole and protection convex edge thereof, also configure the termination that metal wiring film is electrically connected with outer lead, described outer lead refers to from the wire of drawing beyond two supporting legs and cross-arm, article two, on the outer surface of the housing that supporting leg is relative, be shaped with the teeth groove that is connected of installing with major trough plate side panel.

4. a kind of fast wiring system according to claim 2, is characterized in that:

5. a kind of fast wiring system according to claim 4, is characterized in that:

The syndeton that can be connected with straight joint shell, bent sub shell and three-way connection shell being shaped with on major trough plate shell, comprise: under the outer surface of major trough plate side panel along the multiple one side domatic teeth groove of major trough board slot length direction Boulez unit, each described one side domatic teeth groove unit comprises the one side domatic teeth groove of many vertical trends that are arranged in parallel, and this one side domatic teeth groove unit one side domatic from centre to two ends tilts in the opposite direction;

6. a kind of fast wiring system according to claim 4, is characterized in that: the syndeton that can be connected with straight joint copper bar, bent sub copper bar and three-way connection copper bar that major trough plate copper bar is shaped with is the both ends of major trough plate copper bar;

7. a kind of fast wiring system according to claim 2, is characterized in that:

The radiator structure that major trough plate is shaped with, comprising: on major trough plate side panel, open the multiple louvres of system; Open the multiple heat radiation breach of system on major trough plate dividing plate top; On major trough plate dividing plate and on the inner surface of major trough plate side panel, be shaped with many vertical convex tendons, major trough plate copper bar forms heat radiation gap respectively and between major trough plate dividing plate and major trough plate side panel;

The radiator structure that straight joint is shaped with, comprising: on straight joint dividing plate and on the inner surface of straight joint side panel, be shaped with many vertical convex tendons, straight joint copper bar forms heat radiation gap respectively and between straight joint dividing plate and straight joint side panel;

The radiator structure that bent sub is shaped with, comprising: open the multiple heat radiation breach of system on bent sub dividing plate top; On bent sub dividing plate and on the inner surface of bent sub side panel, be shaped with many vertical convex tendons, bent sub copper bar forms heat radiation gap respectively and between bent sub dividing plate and bent sub side panel;

The radiator structure that three-way connection is shaped with, comprising: on three-way connection side panel, open the multiple louvres of system; Open the multiple heat radiation breach of system on three-way connection dividing plate top; On three-way connection dividing plate and on the inner surface of three-way connection side panel, be shaped with many vertical convex tendons, three-way connection copper bar forms heat radiation gap respectively and between three-way connection dividing plate and three-way connection side panel.

8. a kind of fast wiring system according to claim 2, is characterized in that: what on major trough plate, be shaped with is installed in by major trough plate the mounting structure that is mounted facility, is included in the installing hole of opening system on major trough plate base plate; What on bent sub, be shaped with is installed in bent sub the mounting structure that is mounted facility, is included in the installing hole of opening system on bent sub base plate; What on three-way connection, be shaped with is installed in three-way connection the mounting structure that is mounted facility, is included in the installing hole of opening system on three-way connection base plate.

9. a kind of fast wiring system according to claim 2, is characterized in that:

10. a kind of fast wiring system according to claim 2, it is characterized in that: three-way connection cover plate is T-shaped, comprise cover panel and be positioned at the lid side plate of cover panel week side, the position that is positioned at three terminations of lid side plate is shaped with breach, on the inner surface of other lid side plate, be shaped with along the card convex of flute length direction by the position of cover panel, the tooth that coordinates being shaped with on the outer surface of this card convex and three-way connection side panel fastens, cause three-way connection cover plate and three-way connection shell to cover, the copper bar cap seal in three-way connection is avoided exposing.