CN105572446A

CN105572446A - Metering assembly structure

Info

Publication number: CN105572446A
Application number: CN201610060660.8A
Authority: CN
Inventors: 万家盛
Original assignee: Hubei Shengjia Wiring Co Ltd
Current assignee: Hubei Shengjia Wiring Co Ltd
Priority date: 2016-01-28
Filing date: 2016-01-28
Publication date: 2016-05-11

Abstract

The invention provides a metering assembly structure which comprises the components of a bracket which is used for arranging at least one metering device; at least one conductive plugging module which is slidably mounted on the bracket, wherein the number of the conductive plugging modules is same with that of the metering devices. Each conductive plugging module comprises a plugging member seat. The conductive plugging module is characterized by comprising the components of a first electric connecting part which is arranged at a first position of the plugging member seat; a second electric connecting part which is arranged at a second position of the plugging member seat; a conductive part; and a signal line connecting board which is slidably arranged on the bracket and is used for electrically connecting a signal line with the metering device. Therefore the metering device and the conductive plugging modules are mounted and fixed through the bracket. Electric connection between wiring objects with height difference is finished through the conductive plugging module. Not only is convenient wiring realized, but also wiring standardization is facilitated.

Description

A kind of metering assembly structure

Technical field

The present invention relates to electrical equipment technical field, particularly a kind of metering assembly structure.

Background technology

Along with expanding economy, the dependence of national economy every field to electric power energy improves constantly, and ammeter is also more and more extensive as the application of Electro-metering equipment.

At present, generally by assembly, the measuring apparatus etc. such as ammeter are fixed up, the connected mode of ammeter and external circuit is, outer lead is directly connected on ammeter by the wiring hole of ammeter, but when having difference in height between discrepancy wiring object, this mode not only wiring difficulty is large, and be unfavorable for that the outer lead to entering ammeter place carries out specification, be difficult to combing.

In view of above-mentioned defect, creator of the present invention is through research and test propose a kind of metering assembly structure finally for a long time.

Summary of the invention

The invention provides a kind of metering assembly structure, it comprises:

One support, for arranging at least one measuring apparatus;

At least one conduction connecting module, it is slidably installed on the bracket, and its quantity is consistent with described measuring apparatus quantity, and described conduction connecting module comprises a connector seat, it is characterized in that, also comprises:

One first electrical connection section, it is positioned at the primary importance of described connector seat;

One second electrical connection section, it is positioned at the second place of described connector seat;

One conductive part, it is inner that it is positioned at described connector seat, for described first electrical connection section and described second electrical connection section being electrically connected;

There is difference in height in described primary importance and the second place, realizes the switching to differing heights inlet wire;

One signal wire web joint, it is slidably arranged on described support, is electrically connected with described measuring apparatus for making signal wire.

Preferably, described support is provided with a top base; Described top base bottom is provided with a bottom base, forms a cavity between described bottom base and described top base.

Preferably, described signal wire web joint comprises:

One signal output part, it is electrically connected with described measuring apparatus, in order to export control signal;

One opening seat, is located on described signal wire web joint;

One separate piece, is slidably connected with described opening seat;

Wherein, described signal output part is fixed in described separate piece, when the relatively described opening seat of described separate piece slides, can control the break-make of described signal output part and described measuring apparatus.

Preferably, described signal wire web joint is provided with main conjunction, described Bracket setting has corresponding secondary conjunction.

Preferably, described support is also provided with primary line cable tray, for I/O line of electric force of arranging.

Preferably, described primary line cable tray is arranged in described cavity or is arranged on the extension of described support.

Preferably, described support is also provided with secondary line cable tray, for the output line of described signal wire web joint of arranging.

Preferably, described secondary line cable tray at least comprise following both one of:

One access opening, is arranged on the support column of described support;

One channel slot, is arranged in the cavity of described support.

Preferably, described channel slot and described access opening communicate with one another.

Preferably, described channel slot is provided with clamping joint, described clamping joint one end is fixed on described channel slot side, the other end laterally near but not against the opposite side of described channel slot.

Preferably, the short circuit hole on described conduction connecting module overlaps with the short circuit axially bored line on described signal wire web joint.

Preferably, described cavity inside is provided with T connection module deck, and described T connection module deck installs T connection module, and described T connection module binding input power line, compresses by input power line with corresponding input main power line and fix.

Preferably, described T connection module deck both sides are provided with wire casing, for holding input power line.

Preferably, described support has an extension, and described extension is provided with T connection module deck.

Preferably, described support is single epi-position support, and it comprises described first accommodation section and described second accommodation section, and correspondence arranges a described measuring apparatus and a described conduction connecting module.

Preferably, described support comprises at least two described first accommodation sections and at least two described second accommodation sections, corresponding placement at least two described measuring apparatus and at least two described conduction connecting modules.

Preferably, described second accommodation section is provided with the 3rd slip rail, the chute that described conduction connecting module arranged outside is corresponding, and described chute slides on described 3rd slip rail.

Preferably, described conduction connecting module, comprises a connector seat;

Wherein, there is difference in height in described primary importance and the second place;

One conductive part, it is inner that it is positioned at described connector seat, for by described first electrical connection section and described second electrical connection section UNICOM.

Preferably, the first described electrical connection section and/or the second electrical connection section comprise at least one first electric-conductor, and described first electric-conductor inserts in jack corresponding to described measuring apparatus, described measuring apparatus is electrically connected with described conduction connecting module.

Preferably, be connected with second group of pillar by first group of pillar between described top base with described bottom base.

Preferably, described first accommodation section is provided with clamping projection and the first card-bit part, described clamping projection is positioned at relative both sides, described top base top, described first card-bit part is positioned at described top base top, described measuring apparatus is positioned over described in two between clamping projection, and is blocked by described first card-bit part.

Preferably, described top base has a slope, described slope is a part for described top base, is positioned at inside clamping projection described in two, and the described top base plane of both sides, described slope has difference in height.

Preferably, the back of described support is permeable structures, and outside line enters described cavity inside from the back of described rack body, thus reaches inlet wire object.

Preferably, the first described electrical connection section and/or the second electrical connection section comprise at least one first electric-conductor, and its quantity is consistent with wiring number of objects;

One end of described first electric-conductor is stretched in first connecting hole consistent with described first electric-conductor quantity that described connector seat is arranged.

Preferably, described conductive part comprises second electric-conductor consistent with described first electric-conductor quantity, and one end of the first described electric-conductor is electrically connected with the first end of the second described electric-conductor.

Preferably, there is chute/slide rail described wire frame fixed block side, corresponding with the slide rail/chute on described connector seat inwall, is fixed on described connector seat by described wire frame fixed block.

Preferably, described wiring object stretches in second connecting hole consistent with described second electric-conductor quantity that described connector seat is arranged, and is closely electrically connected with described wire frame.

Preferably, the first described electric-conductor comprises: a conducting rod;

One conducting strip is combined with described conducting rod;

Some closely sealed steel balls, it is between described conducting rod and described conducting strip, for strengthening the first electric-conductor and other conduct electricity faying face contact stabilization.

Preferably, described connector seat comprises: the lid that a pedestal and combines with it; The first described connecting hole is arranged on described pedestal top.

Preferably, the sidepiece of the first described connecting hole is provided with fastener hole, in order to make the first end of the first described electric-conductor and the second electric-conductor close contact by arranging securing member and to be fixedly arranged on described pedestal.

Preferably, the second described connecting hole is staggered floor arrangement, in order to reduce the Position disturbance between wiring object.

Preferably, described lid is provided with mounting hole, passes in order to make erecting tools thus securing member on fastening described wire frame.

Preferably, the second described connecting hole is arranged on described pedestal.

Preferably, described connector seat comprises a wire frame fixed block, and described wire frame fixed block is fixed described wire frame.

Preferably, the quantity of the described fixed orifice on described second electric-conductor is two.

Preferably, described second electric-conductor has fixed orifice, described second electric-conductor is fixed on described first electric-conductor through described fixed orifice by securing member.

Preferably, be soft conducting strip in the middle part of described conductive part.

Preferably, described signal wire web joint, comprising: at least one signal output part, and it is located on described signal wire web joint, in order to export control signal; At least one draw-in groove, it is located on described signal wire web joint; At least one locating part, described locating part is located in described draw-in groove, and described draw-in groove, when described locating part moves, can control the break-make of described signal output part and ammeter.

Further, when the bottom of described draw-in groove contacts with described locating part, described signal output part is connected with described ammeter; When the top of described draw-in groove contacts with described locating part, described signal output part and described ammeter disconnect.

Further, described signal wire web joint is provided with at least two short circuit holes, and when the bottom of described draw-in groove contacts with described locating part, stagger in the short circuit hole in the module of the short circuit hole on described signal wire web joint and described signal wire web joint bottom.

Further, when the top of described draw-in groove contacts with described locating part, the short circuit hole on described signal wire web joint and the short circuit hole one_to_one corresponding in described module.

Further, described signal wire web joint is provided with main conjunction, and the secondary conjunction on described main conjunction and electricity meter bracket cooperatively interacts.

Further, described main conjunction is chute or slide rail, and the two ends of described signal wire web joint are located at respectively by described chute or described slide rail.

Further, described main conjunction is chute or slide rail, and the middle part of described signal wire web joint is located at by described chute or described slide rail.

Further, described signal output part is connected with electric wire.

Further, the described signal wire web joint back side is provided with a cabling chute, and described electric wire is placed in described cabling chute.

Further, described locating part is screw, bolt or small column.

Tool of the present invention has the following advantages: carry out installation by support to measuring apparatus and conduction connecting module etc. and fix, complete the electrical connection between the wiring object with difference in height by conduction connecting module, not only easy-to-connect, also helps the specification of wiring simultaneously; ; Directly wiring object can be inserted wire frame and carry out wiring, and not need to worry wire frame dislocation to re-start alignment; In addition, after docking wire frame is fixing, even if repeatedly carry out wiring action, wire frame also can not rock, and then can not because rocking the bad result producing the other influences wiring actions such as dislocation; Complete the electrical connection between the wiring object with difference in height, not only easy-to-connect, also help the specification of wiring simultaneously, especially when multiple wiring object uses side by side, the arrangement of wiring object when entering wiring hole can be made more neat, make wiring faults easy to maintenance, avoid potential safety hazard, more attractive in appearance; Lid can block, and prevents from outside connecting portion is exposed to, causing the safety problems such as electric shock; Multiple steel ball all with between described conduction faying face contacts under the extruding of spring, can not rock easily because of ambient pressure, therefore more stable contiguously, enhances contact stabilization; Decrease the electrical connection requirement between wiring object and the second end, make more convenient during wiring object access wire frame, fast; Staggered floor arranges, in order to reduce the Position disturbance between wiring object.

Accompanying drawing explanation

Fig. 1 is the structural representation of metering assembly structure in the present invention;

Fig. 2 conducts electricity the structural representation of connecting module in the present invention;

Fig. 3 is the diagrammatic cross-section of Fig. 1;

Fig. 4 is the decomposing schematic representation of Fig. 1;

Fig. 5 conducts electricity the structural representation one of pedestal in connecting module in the present invention;

Fig. 6 conducts electricity the structural representation two of pedestal in connecting module in the present invention;

Fig. 7 conducts electricity the structural representation one of the second electric-conductor in connecting module in the present invention;

Fig. 8 conducts electricity the structural representation two of connecting module in the present invention;

Fig. 9 conducts electricity the structural representation two of the second electric-conductor in connecting module in the present invention;

Figure 10 is the structural representation of signal wire web joint in the present invention;

Figure 11 is the side view of signal wire web joint in the present invention;

Figure 12 is the structure schematic diagram of signal wire web joint in the present invention;

Figure 13 is the explosive view of signal wire web joint in the present invention;

Figure 14 is the rear view of separate piece in the present invention;

Figure 15 is the structural representation of medium-height trestle of the present invention;

Figure 16 is the upward view of medium-height trestle of the present invention;

Figure 17 is the explosive view one of metering assembly structure in the present invention;

Figure 18 is the schematic diagram one of metering assembly structure in the present invention;

Figure 19 is the explosive view two of metering assembly structure in the present invention;

Figure 20 is the schematic diagram two of metering assembly structure in the present invention;

Figure 21 is the schematic diagram three of metering assembly structure in the present invention;

Figure 22 is the right view of medium-height trestle of the present invention;

Figure 23 is the upward view of medium-height trestle of the present invention.

Embodiment

Below in conjunction with accompanying drawing, to above-mentioned being described in more detail with other technical characteristic and advantage of the present invention.

Shown in Figure 1, a kind of metering assembly structure provided by the invention, it comprises:

One support 3, for arranging at least one measuring apparatus 5;

At least one conduction connecting module 1, it is dismountable is arranged on described support 3, and its quantity is consistent with described measuring apparatus 5 quantity, and described conduction connecting module 1 comprises a connector seat 10, it is characterized in that, also comprises:

One first electrical connection section 11, it is positioned at the primary importance of described connector seat 10;

One second electrical connection section 12, it is positioned at the second place of described connector seat 10;

One conductive part 13, it is inner that it is positioned at described connector seat 10, for described first electrical connection section 11 and described second electrical connection section 12 being electrically connected;

One signal wire web joint 2, it is slidably arranged on described support 3, is electrically connected with described measuring apparatus for making signal wire.

Like this, carry out installation by support to measuring apparatus and conduction connecting module etc. and fix, complete the electrical connection between the wiring object with difference in height by conduction connecting module, not only easy-to-connect, also helps the specification of wiring simultaneously.

Described support 3 is provided with secondary sliding pair 313, and described secondary sliding pair 313 is arranged at two sides relative in the middle part of described support 3; Described support 3 is also provided with third gear position part 323, and described third gear position part 323 is positioned at one end of described secondary sliding pair 313, spacing to described main sliding pair inlet wire; The main sliding pair 1032 that described conduction connecting module arranged outside is corresponding, thus can slide along described secondary sliding pair 313, and it is spacing by described third gear position part 323, thus described conduction connecting module is mounted and dismounted easily, and described conduction connecting module is carried out spacingly meet it and coordinate demand with other structures.

Described signal wire web joint 2 comprises signal output part 211, separate piece 21 and opening seat 22, described signal output part 211, in order to export control signal, described opening seat 22 is located on described signal wire web joint, described signal output part 211 is located in described separate piece 21, when the relatively described opening seat 22 of described separate piece 21 slides, also can control the break-make of described signal output part 211 and ammeter.

When described separate piece 21 is positioned at described opening seat 22 primary importance, described signal output part 211 is energized with ammeter, and when described separate piece 21 is positioned at described opening seat 22 second place, described signal output part and ammeter disconnect.

Described separate piece 21 is provided with fastener 212, described opening seat 22 is provided with the first draw-in groove 221 and the second draw-in groove 222, when described fastener 212 is positioned at described first draw-in groove 221, described separate piece 21 can be made to be limited in the primary importance of described opening seat 22, when described fastener 212 is positioned at described second draw-in groove 222, described separate piece 21 can be made to be limited in the second place of described opening seat 22, and the position-limiting action of described fastener 212 can make connecting and disconnecting of the circuit state more firm.

Described support 3 is provided with secondary conjunction 312, described secondary conjunction 312 is positioned at the relative both sides of described support 3, on described signal wire web joint 2, correspondence is provided with main conjunction 24, described main conjunction 24 matches with described secondary conjunction 312, thus is fixed on described support 3 by described signal wire web joint 2; Described support 3 is also provided with the second position stop piece 322, described in have the second position stop piece 322 to be positioned at support column (being namely the second group of pillar 34) top of described support 3; Described signal wire web joint 2 can slide by relatively described secondary conjunction 312, and it is spacing by described second position stop piece 322, thus make described signal wire web joint 2 facilitate installing/dismounting, and carry out spacing to described signal wire web joint 2, meet it and coordinate demand with other structures.

Further, described main conjunction is chute or slide rail, and the two ends of described signal wire web joint are located at respectively by described chute or described slide rail; Described measuring apparatus, described conduction connecting module, described signal wire web joint are flexibly connected with described support, like this, can load onto or take off measuring apparatus, conduction connecting module at any time, make use more flexible.

Described metering assembly structure also comprises a Wiring structure assembly 4, for the trend of specification line of electric force; Like this, the problem of metering assembly structure wiring confusion can be solved.

Described Wiring structure assembly comprises line of electric force 41 and T connection module 42, and described line of electric force 41 connects measuring apparatus 5 and conduction connecting module 1 respectively as I/O line of electric force; Described T connection module 42 bundlees described input power line, and input power line is compressed with corresponding input main power line and fixed.

As shown in Figure 2,3, 4, conduction connecting module 1, comprises the primary importance that connector seat 10,1 first electrical connection section 11,1 second electrical connection section 12, conductive part 13, first electrical connection section 11 is positioned at described connector seat 10; Second electrical connection section 12, it is positioned at the second place of described connector seat 10; There is difference in height in described primary importance and the second place.

In measuring apparatus wiring process, as the measuring apparatus of the wiring object of coming in and going out and described Wiring structure assembly not in same workplace, when the input/output line of electric force be arranged in described Wiring structure assembly 4 is connected in measuring apparatus, need the difference in height overcoming measuring apparatus and described Wiring structure assembly, described first electrical connection section 11 is for being connected to measuring apparatus, described second electrical connection section 12 is for patching the line of electric force of the input/output be arranged in described Wiring structure assembly, it is inner that conductive part 13 is positioned at described connector seat 10, for by described first electrical connection section and described second electrical connection section UNICOM, solve the difference in height of wiring object's position of coming in and going out.Like this, not only the discrepancy wiring object being positioned at differing heights can be coupled together, solve the difference in height problem of coming in and going out between wiring object, also make the connection of discrepancy wiring object in good order, the wire of discrepancy wiring object can not be made mixed and disorderly (if there is difference in height, when being docked by wiring object of coming in and going out, the time of cost can be long, and longer connecting line is difficult to make in order, space between connecting line also can be more mixed and disorderly, be not easy during subsequent examination to differentiate, part connecting line meeting interval too small in addition, overstocked, these exposed overstocked connecting lines can because length be longer like this, interval too small, mutually, friction etc. strengthen the damage of connecting line external insulation layer, and then may cause getting an electric shock or short circuit), shorten the tie-time, and avoid the adverse consequencess such as the insulation course caused because wire is mixed and disorderly etc. is damaged.

Alternatively, technique scheme completes the electrical connection between the wiring object with difference in height, not only easy-to-connect, also help the specification of wiring simultaneously, especially when multiple wiring object uses side by side, the arrangement of wiring object when entering wiring hole can be made more neat, make wiring faults easy to maintenance, avoid potential safety hazard, more attractive in appearance.

Described connector seat 10 is arranged at least one first connecting hole 101, at least one second connecting hole 102, be connected with the first electrical connection section 11, second electrical connection section 12 respectively.Connector seat 10 also comprises: pedestal 103 and the lid combined with it 104; Described pedestal 103 is arranged the second described connecting hole 102, the first described connecting hole 101 is arranged on described pedestal 103 top, and like this, the first connecting hole 101 and the second connecting hole 102 can block by lid 104, prevent from outside connecting portion is exposed to, causing the safety problems such as electric shock.

First electrical connection section 11 comprises at least one first electric-conductor 111, and its quantity is consistent with wiring number of objects, and one end of the first electric-conductor 111 is inserted in described first connecting hole 101, and described first electric-conductor 111 is consistent with described first connecting hole 101 quantity; Conductive part 13 comprises at least one second electric-conductor 131, second electric-conductor 131 is consistent with described first electric-conductor 111 quantity, one end of the first described electric-conductor 111 is electrically connected with the first end of the second described electric-conductor 131, like this, by the first electric-conductor 111 and the second electric-conductor 131 conducting.

The sidepiece of the first described connecting hole 101 is provided with fastener hole 105, in order to make one end of the first described electric-conductor 111 and the second electric-conductor 131 close contact by arranging securing member 106 and to be fixedly arranged on described pedestal 103, like this, not only can prevent the first electric-conductor 111 and the second electric-conductor 131 from departing from, also the first electric-conductor 111 has been fixed on pedestal 103 simultaneously.Here, one end of first electric-conductor 111 can be stacked in above the first end of the second electric-conductor 131, also the below of the first end of the second electric-conductor 131 can be stacked in, as long as both contacts, middle naked layer, the transmission can carrying out electricity between the two, requirement of the present invention can be reached, on this basis, the change of shape, position etc. can be carried out the first electric-conductor 111 and the second electric-conductor 131, all can change according to actual conditions.

Securing member 106 can be bolt and nut, and bolt is combined with nut after the first electric-conductor 111 and the second electric-conductor 131 being run through through fastener hole 105, is fixed on the first connecting hole 101; Also can be a screw, by screwing, the inwall withstanding the first electric-conductor 111 and the second electric-conductor 131 to the first connecting hole 101 compress, be fixed through fastener hole 105.

The first described electric-conductor 111 comprises: a conducting rod 1111; One conducting strip 1112 is combined with described conducting rod 1111; Some closely sealed steel balls 1113, it is between described conducting rod 1111 and described conducting strip 1112, conducts electricity faying face contact stabilization for strengthening the first electric-conductor 111 and other.Have some grooves in conducting rod 1111, on conducting strip 1112, correspondence position has the hole of equal number, and closely sealed steel ball 1113 quantity is identical with the hole number on conducting strip 1112; Each steel ball correspondence puts into the groove of conducting rod 1111, is provided with spring, by steel ball jack-up bottom steel ball and between the bottom of groove; Steel ball top is exposed from the corresponding aperture conducting strip 1112, but the diameter in hole is less than the diameter of steel ball, like this, can ensure that steel ball can part expose but can not drop from hole from hole; Such first electric-conductor 111 with other conduct electricity faying face contact time, steel ball can first contact with described conduction faying face, and move in groove under the pressure of described conduction faying face, compress described spring, so after bonding, multiple steel ball all with between described conduction faying face contacts under the extruding of spring, can not rock easily because of ambient pressure, therefore more stable contiguously, enhance contact stabilization.In addition, steel ball also can be the products of conductive materials of steel ball, firm post or other shapes, as long as its top can be stretched out from hole and maximum gauge is greater than the diameter in described hole.

Second electric-conductor 131 has fixed orifice 132, and the second electric-conductor 131 is fixed on pedestal 103 through fixed orifice 132 by securing member 106, can prevent the second electric-conductor 131 from loosening like this.Securing member 106 is can be bolt or screw.

Second electrical connection section 12 comprises at least one wire frame 121, and it is inner that it is arranged at described connector seat 10, and quantity is consistent with the wiring number of objects stretched into wherein; Described wiring object stretches in described second connecting hole 102, and the second end of the second electric-conductor 131 also stretches in wire frame 121, and wiring object is electrically connected with the second end of the second electric-conductor 131; The sidepiece of wire frame 121 arranges fastener hole 105, in order to make described wiring object and the second electric-conductor 131 close contact by arranging securing member 106 and to be fixedly arranged on described wire frame 121.Here, wiring object can be stacked in above the second end of the second electric-conductor 131, also the below of the second end of the second electric-conductor 131 can be stacked in, as long as both contacts, middle naked layer, the transmission can carrying out electricity between the two, requirement of the present invention can be reached, on this basis, the change of shape, position etc. can be carried out the first electric-conductor 111 and the second electric-conductor 131, all can change according to actual conditions.

In addition, also wire frame 121 can be set to conductive pane, second end of the second electric-conductor 131 is electrically connected with wire frame 121, wiring object is electrically connected with wire frame 121, like this, whether wiring object is electrically connected with the second end of the second electric-conductor 131, decreases the electrical connection requirement between wiring object and the second end, make more convenient during wiring object access wire frame 121, fast.The securing member 106 of wire frame 121 correspondence is bolt or screw, by screwing, to withstand on wiring object and/or the second electric-conductor 131 to the inwall of wire frame 121 and compressing, be fixed through fastener hole 105.

The second described connecting hole 102 is staggered floor arrangement, in order to reduce the Position disturbance between wiring object; Second end of the second corresponding electric-conductor 131 is also staggered floor arrangement, with corresponding with the position of the second connecting hole 102.

Described lid 104 is provided with mounting hole 1041 with wire frame 121 correspondence position, pass in order to make erecting tools thus securing member 106 on fastening described wire frame 121, securing member 106 quantity that the quantity of described mounting hole 1041 is corresponding with wire frame 121 is identical, it may or be the integral multiple (comprising a times) of wire frame 121, each like this wire frame 121 is undertaken fastening by least one securing member 106, makes the fixing more firm of the second end of butted line object and the second electric-conductor 131.

Lid 104 also comprises at least one connecting hole 1042, in order to be fixed with pedestal 103.

Embodiment one

Conduction connecting module as described above, the present embodiment and its difference are, it is all consistent with wiring object with the quantity of the first electric-conductor 111 of the second electrical connection section 12 that first electrical connection section 11 and the second electrical connection section 12 described in the present embodiment include at least one first electric-conductor 111, first electrical connection section 11.Like this, can directly directly wiring object be connected by the mode that the first electric-conductor 111 is inserted, efficient and convenient.

Embodiment two

Conduction connecting module as described above, the present embodiment and its difference are, it is all consistent with wiring object with the quantity of the wire frame 121 of the second electrical connection section 12 that first electrical connection section 11 and the second electrical connection section 12 described in the present embodiment include at least one wire frame 121, first electrical connection section 11.Like this, can directly by mode wiring object being inserted wire frame 121, wiring object be connected, efficient and convenient.

Embodiment three

Conduction connecting module as described above, the present embodiment and its difference are, the quantity that the second electrical connection section 12 described in the present embodiment comprises at least one the first electric-conductor 111, first electric-conductor 111 is consistent with wiring object; First electrical connection section 11 comprises at least one wire frame 121, and the quantity of wire frame 121 is consistent with wiring object.Like this, tie-in line is gone in wiring object higher than the situation of leading-out wire.

Embodiment four

Conduction connecting module as described above, the present embodiment and its difference are, cover plate 104 bottom is transparent PC, can observe the installation situation of wiring object like this in the connection procedure of wiring object at any time.

Embodiment five

Conduction connecting module as described above, the present embodiment and its difference are, the bottom of the through pedestal 103 of the second connecting hole 102.This refers to two of the bottom of the through pedestal of the second connecting hole 102 103 relative surfaces, adopts in such a way, and access object both can enter wire frame 121 from the side on two relative surfaces, also can enter wire frame 121 from opposite side.Thus make the mode of wiring more flexible, be conducive to specification external cabling object, make the arrangement of wiring object more neat, attractive in appearance.

Embodiment six

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 5, described pedestal 103 top arranges a stay hook 1031, and described stay hook is corresponding with extraneous hook groove, is fixed described conduction connecting module.

Embodiment seven

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 5, second electric-conductor 131 has fixed orifice 132, first electric-conductor 111 rear end has corresponding aperture, second electric-conductor 131 is fixed on the first electric-conductor 111 through fixed orifice 132 by securing member 106, can prevent the second electric-conductor 131 from loosening like this.Securing member 106 is can be bolt or screw.

Embodiment eight

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 6, described pedestal 103 top arranges a pickup groove 1032, described pickup groove combines with extraneous corresponding chute etc., slides to be fixed described conduction connecting module or to take off.

Generally, if fixed by stay hook and outside (shelf etc.), but insufficient strength; By pickup groove, the intensity of pickup groove intensity (compare stay hook, pickup groove is more solid) and joint portion can be strengthened, prevent fracture; And there is track outside, installation and removal also facilitate.

Embodiment nine

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 7, on the second electric-conductor 131, the quantity of described fixed orifice 132 is at least two.Like this, hole corresponding to pedestal 103 or the first electric-conductor 111 rear end is also at least two.

Generally, described fixed orifice is one, after wire frame wiring, the securing member 106 frequently patched etc. on situation lower fixed hole at the first electric-conductor easily loosens, if joint portion diminishes rapidly in conjunction with contact area after (being fixed on the first electric-conductor 111) securing member loosens, joint portion is easily caused to generate heat when being energized, the situations such as loose contact; The quantity of fixed orifice (the corresponding securing member of quantity) is many, the situation occurring loosening can be avoided, even and if one of them fixed orifice loosen after, because loosening the reasons such as rear joint portion resistance increase, fever phenomenon is also not obvious, and the impact that loose contact etc. cause electric power transfer is minimum (electric power transfer can with other fixed orifices for passage) also.

On second electric-conductor 131, the quantity of described fixed orifice 132 is preferably two, and hole corresponding to pedestal 103 or the first electric-conductor 111 rear end is also two; Like this, save space and avoid the situation that appearance second electric-conductor loosens.

Preferably, on securing member 106, also cover has pad, securing member 106 can be combined more firm like this with fixed orifice 132, cause loosening such as prevents from frequently patching.

Embodiment ten

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 7, lid 104 there is through hole 108 with fastener hole 105 correspondence position on pedestal 103 top, like this when follow-up maintenance, as required can by plug by any two the first electric-conductor 111 short circuits (two the first electric-conductor short circuits normally two of both sides the first electric-conductors are adjacent respectively, namely 1 and 2,3 and 4 by plug short circuit), described plug comprise be two mutually between the ferrule of UNICOM and the insulation course of outside.

Embodiment 11

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 8, described connector seat 10 also comprises a wire frame fixed block 107, described pedestal 103 bottom hollow, described wire frame fixed block 107 is fixed on described pedestal 103 bottom, and docking wire frame is fixed.It is inner that wire frame 121 is fixed on wire frame fixed block 107, is connected with wiring object by the hole slot of length corresponding below wire frame fixed block 107.

Generally, although wire frame is fixed on pedestal 103 bottom, when but wiring object will be accessed wire frame, wire frame is needed to align with the second connecting hole 102, but wire frame in this case easily rocks, misplaces, make wiring action complicated, length consuming time, add the use difficulty of conduction connecting module, after with the addition of wire frame fixed block, docking wire frame is fixed, locates, and directly wiring object can be inserted the second connecting hole 102 like this and carry out wiring, and do not need to worry wire frame dislocation to re-start alignment; In addition, after docking wire frame is fixing, even if repeatedly carry out wiring action, wire frame also can not rock, and then can not because rocking the bad result producing the other influences wiring actions such as dislocation.

Preferably, there is chute/slide rail wire frame fixed block 107 side, corresponding with the slide rail/chute on pedestal 103 inwall, is fixed on pedestal 103 by wire frame fixed block 107.

Embodiment 12

Conduction connecting module as described above, the present embodiment and its difference are, as shown in Figure 9, described second electric-conductor 131 (or conductive part) middle part is soft conducting strip 133.

Generally, be rigid conductive sheet in the middle part of the second electric-conductor 131, the second electric-conductor 131 two ends fix with the first electric-conductor 111, wire frame 121 respectively; And when carrying out wiring or patching with corresponding hole, first electric-conductor 111 or wire frame 121 can change position or insert angle because of external force, at this time, the stressed rear displacement of first electric-conductor 111 can by the second electric-conductor 131 by Stress transmit to wire frame 121, changing position after wire frame 121 wiring can apply power by the second electric-conductor 131 to the first electric-conductor 111; Like this, the junction of the first electric-conductor 111 or wire frame 121 and the second electric-conductor 131 can be made to loosen, and after energising, connection position heating or loose contact, affect electric power transfer, and wire frame shift in position, affects wiring; Middle part is replaced by soft conducting strip, then the first electric-conductor 111 can be made to be independent of each other with wire frame 121, avoid causing follow-up connection to loosen, the adverse consequencess such as wire frame shift in position.

Embodiment 12

Metering assembly structure as described above, the present embodiment and its difference are, as shown in Figure 10, described signal wire web joint comprises signal output part 211, draw-in groove 26 and locating part.Described signal output part 211 is located on described signal wire web joint, in order to export control signal; Described draw-in groove 26 is located on described signal wire web joint; Described locating part is located in described draw-in groove 26, and described draw-in groove 26 is when described locating part moves, and can control the break-make of described signal output part 211 and ammeter, wherein, described locating part is screw, bolt or small column

Described signal wire web joint is provided with short circuit hole 25, when the bottom of described draw-in groove 26 contacts with described locating part, described signal output part 211 is connected with described ammeter, now, just in time staggering with the short circuit hole on the conduction connecting module of described signal wire web joint bottom in short circuit hole 25 on described signal wire web joint, prevents user's stealing.

When the top of described draw-in groove 26 contacts with described locating part, described signal output part 211 disconnects with described ammeter, now, short circuit hole one_to_one corresponding on short circuit hole on described signal wire web joint and described conduction connecting module, even if user inserts described short circuit hole 25 by short-circuit plug carry out power taking, because described signal output part 211 disconnects with described ammeter, power supply administration's background system does not receive the information about power of described ammeter feedback, thus knows the generation of electricity filching behavior; When the short circuit hole 25 on described signal wire web joint and the short circuit hole one_to_one corresponding on described conduction connecting module, maintenance person can also be facilitated just can to overhaul circuit problem by described short circuit hole 25 when not dismantling described signal wire web joint.

Wherein, described signal wire web joint is provided with 4 described signal output parts, 211,2 described draw-in grooves 26 and 4 described short circuit holes 25.Described signal output part 211 number is not limited only to 4, and the number of described draw-in groove 26 is not limited only to 2, can arrange described signal output part 211 and the described draw-in groove 26 of different number according to actual needs; The number in described short circuit hole 25 is also not limited only to 4, but must ensure that the number in described short circuit hole 25 is at least 2, makes at least two on described signal wire web joint described short circuit holes 25 and the short circuit hole one_to_one corresponding on described conduction connecting module.

Embodiment 13

A kind of signal wire web joint as above, the present embodiment and its difference are, refer to shown in Figure 11, it is the side view of signal wire web joint in the present invention, wherein, described signal wire web joint is provided with main conjunction 24, described main conjunction 24 cooperatively interacts with the secondary conjunction on electricity meter bracket, thus described signal wire web joint is fixed on described electricity meter bracket, described main conjunction 24 is chute or slide rail, it is separately positioned on the two ends of described signal wire web joint, described main conjunction 24 can slip into or skid off described electricity meter bracket, conveniently fix and dismantle described signal wire web joint.

Embodiment 14

A kind of signal wire web joint as above, the present embodiment and its difference are, described signal wire web joint is provided with main conjunction 24, described main conjunction 24 cooperatively interacts with the secondary conjunction on electricity meter bracket, be fixed on described electricity meter bracket by described signal wire web joint, described main conjunction 24 is chute or slide rail, and it is arranged on the middle part of described signal wire web joint, described main conjunction 24 can slip into or skid off described electricity meter bracket, conveniently fixes and dismantles described signal wire web joint.

Embodiment 15

A kind of signal wire web joint as above, the present embodiment and its difference are, refer to shown in Figure 12, it is the structure schematic diagram of signal wire web joint in the present invention, described signal output part 211 is connected with electric wire 231, the described signal wire web joint back side is provided with cabling chute 23, described electric wire 231 is placed in described cabling chute 23, when the relatively described locating part of described draw-in groove 26 slides, described signal wire web joint drives described electric wire 231 to slide in described cabling chute 23, described cabling chute 23 can prevent described electric wire 231 from being scratched in sliding process, described electric wire 231 can be made again to discharge more neat, specification.Further, the described signal wire web joint back side is also provided with catch 232, and described catch 232 is for stopping that described electric wire 231 departs from sliding process from described cabling chute 23.

Embodiment 16

A kind of signal wire web joint as above, the present embodiment and its difference are, refer to shown in Figure 13, it is the explosive view of signal wire web joint in the present invention, shown in Figure 10, a kind of signal wire web joint also comprises separate piece 21 and opening seat 22, described opening seat 22 is located on described signal wire web joint, described signal output part 211 is located in described separate piece 21, when the relatively described opening seat 22 of described separate piece 21 slides, also can control the break-make of described signal output part 211 and ammeter.

Described separate piece 21 is provided with main joint portion 213, described opening seat 22 is provided with the secondary joint portion 223 cooperatively interacted with described main joint portion 213, described main joint portion 213 is chute 213, described secondary joint portion 223 is slide rail 223, slided on described slide rail 223 by described chute 213, described separate piece 21 can be realized switch between the primary importance and the second place of described opening seat 22, thus realize the break-make of described signal output part 211 and described ammeter.

Described separate piece 21 is also provided with handle 214, described handle 214 is connected with described fastener 212, described opening seat is also provided with guide 224, promote described handle 214, described separate piece 21 is slided on described opening seat 22, by the position-limiting action of described fastener 212, realize the break-make of described signal output part 211 and ammeter, wherein said guide 224 both can make described separate piece 21 slide along described guide 224, more firm when described separate piece 21 can be made again to slide on described opening seat 22.

Preferably, the number of described separate piece 21 and described opening seat 22 is 2, and separate piece 21 described in each is provided with 2 signal output parts.The number of described separate piece 21 and described opening seat 22 is not limited only to two, can be one, three or other number, only need meet described separate piece 21 and described opening seat 22 number correspondence, signal output part number in separate piece 21 described in each is also not limited only to two, can arrange the signal output part of different number according to actual needs.

Refer to shown in Figure 14, it is the rear view of separate piece in the present invention.

Shown in Figure 13, described slide rail 223 comprises the first slide rail 2231 and the second slide rail 2232, described chute 213 is dual-depth chute 213, described dual-depth chute 213 comprises the first chute 2131 and the second chute 2132, depth difference is there is in described first chute 2131 with described second chute 2132, described first chute 2131 cooperatively interacts with described first slide rail 2231, described second chute 2132 cooperatively interacts with described second slide rail 2232, described separate piece 21 can either be made to be combined more firm with described opening seat 22, described separate piece 21 can be made again not easily to depart from from described opening seat 22 in sliding process.

Embodiment 17

A kind of signal wire web joint as above, the present embodiment and its difference are, as shown in Figure 13 and Figure 14, described separate piece 21 is provided with main joint portion 213, described opening seat 22 is provided with the secondary joint portion 223 cooperatively interacted with described main joint portion 213, described main joint portion 213 is slide rail 213, described secondary joint portion 223 is chute 223, slided on described chute 223 by described slide rail 213, described separate piece 21 can be realized switch between the primary importance and the second place of described opening seat 22, thus realize the break-make of described signal output part 211 and ammeter.

Embodiment 18

A kind of signal wire web joint as above, the present embodiment and its difference are, as shown in figure 13, described signal wire web joint is provided with material-saving hole 27, described material-saving hole 27 both can reduce the waste of resource, the weight of described signal wire web joint can be alleviated again, thus reduce described signal wire web joint and put on physical burden on described electricity meter bracket.

Embodiment 19

A kind of signal wire web joint as above, the present embodiment and its difference are, as shown in figure 13, described signal wire web joint is provided with handle 28, described handle 28 is hollow part, described handle 28 both can reduce the waste of resource, alleviated the weight of described signal wire web joint, realized again the installation and removal of described signal wire web joint by described handle 28.

Embodiment 20

Metering assembly structure as described above, the present embodiment and its difference are, described support 3, comprising:

First accommodation section, for connecting measuring apparatus 5;

Second accommodation section, for connecting conduction connecting module 1;

3rd accommodation section, for connection signal line web joint 2.

For being slidably connected between described first accommodation section and described measuring apparatus, adopt the mode of being slidably connected that described measuring apparatus can be made conveniently to mount and dismount on described first accommodation section;

For being slidably connected between described 3rd accommodation section and described signal wire web joint 2, the employing mode of being slidably connected can make described signal wire web joint 2 conveniently mount and dismount on described 3rd accommodation section, and make described signal wire web joint 2 slide anteroposterior on described 3rd accommodation section, realize follow-up function;

For being slidably connected between described second accommodation section and described conduction connecting module, adopt the mode of being slidably connected that described conduction connecting module can be made conveniently to mount and dismount on described second accommodation section.

Embodiment 21

Metering assembly structure as described above, the present embodiment and its difference are, as shown in figure 15, described support 3 is provided with a top base 31; Described top base 31 bottom is provided with a bottom base 32, can form cavity between described bottom base 32 and described top base 31, convenient cabling wiring in described cavity; Be connected with second group of pillar 34 by first group of pillar 33 between described top base 31 with described bottom base 32, the length of described first group of pillar 33 and second group of pillar 34 can determine the space size of the described cavity between described top base 31 and described bottom base 32.

Described first accommodation section is provided with the first slip rail 311, and described first slip rail 311 is positioned at relative both sides, described top base 31 top, and described first accommodation section is also provided with the first card-bit part 321, and described first card-bit part 321 is positioned at described top base 31 top; Described measuring apparatus can be slided along described first slip rail 311 and be loaded described support 3, until the correspondence position of described measuring apparatus is blocked by described first card-bit part 321, thus described measuring apparatus is easy for installation and removal, and described measuring apparatus is carried out spacing and fixing.

Described 3rd accommodation section is provided with secondary conjunction 312, described secondary conjunction 312 is positioned at relative both sides, described second group of pillar 34 top, on described signal wire web joint 2, correspondence is provided with main conjunction 24, described main conjunction 24 matches with described secondary conjunction 312, thus is fixed on described support 3 by described signal wire web joint 2; Described 3rd accommodation section is also provided with the second position stop piece 322, described in have the second position stop piece 322 to be positioned at described second group of pillar 34 top and on the face perpendicular with described second position stop piece 322; Described signal wire web joint 2 can slide by relatively described secondary conjunction 312, and it is spacing by described second position stop piece 322, thus make described signal wire web joint 2 facilitate installing/dismounting, and carry out spacing to described signal wire web joint 2, meet it and coordinate demand with other structures.

Described second accommodation section is provided with the 3rd slip rail 313, described 3rd slip rail 313 is arranged at the relative two sides of described second group of pillar 34, described second accommodation section is also provided with third gear position part 323, and described third gear position part 323 is positioned at the relative two sides of described second group of pillar 34 and is positioned at the remote location of described 3rd slip rail 313 slide action; The chute 1032 that described conduction connecting module arranged outside is corresponding, thus can slide along described 3rd slip rail 313, and it is spacing by described third gear position part 323, thus described conduction connecting module is mounted and dismounted easily, and described conduction connecting module is carried out spacingly meet it and coordinate demand with other structures.

When measuring apparatus 5 is connected on described support 3, described first electric-conductor 111 of conduction connecting module 1 inserts in the jack of measuring apparatus 5 correspondence, measuring apparatus 5 to be connected with conduction connecting module 1.The signal output part 211 of described signal wire web joint 2 inserts in the jack of the correspondence of described measuring apparatus 5, to be electrically connected with described measuring apparatus 5, is exported by signal.

When conduction connecting module 1 and signal wire web joint 2 are connected on described support 3, the short circuit hole 1001 on conduction connecting module 1 and short circuit hole 25 dead in line on signal wire web joint 2, carry out short circuit to facilitate to I/O line of electric force.

Described first slip rail 311 there is a slope 38, described first slip rail 311 is divided into the two parts with difference in height.The object arranging described slope 38 is, the degree of depth of described first slip rail 311 is corresponding to the distance of bottom surface with slot described in measuring apparatus 5, under normal circumstances, described measuring apparatus 5 is connected to the first slip rail 311, and described first electric-conductor 111 of conduction connecting module 1 inserts described slot just.But in actual applications, the size of measuring apparatus 5 can not in strict accordance with standard production, if slot described in measuring apparatus 5 is slightly smaller than the degree of depth of the first slip rail 311 to the distance of bottom surface, it can be lifted slightly, the connecting module that will conduct electricity inserts, if but slot described in measuring apparatus 5 is a bit larger tham the degree of depth of the first slip rail 311 to the distance of bottom surface, then cannot insert; Described slope 38 is now set, can when slot described in measuring apparatus 5 is a bit larger tham the degree of depth of the first slip rail 311 to the distance of bottom surface by measuring apparatus 5 near the partial depression (scope of pressing down is no more than the difference in height of both sides, slope) of conduction connecting module will to conduct electricity connecting module insertion.

Embodiment 22

Described bottom base 32 arranges at least one through hole 333, and described support 3 can be fixed with exterior object by the fixture through described through hole 333, and then makes described support 3 firmly be fixed on a place; Preferably, described fixture is bolt.

Preferably, described first group of pillar 33 inside is hollow-core construction, when the through hole 333 that described bottom base 32 is arranged is positioned at described first group of pillar 33 inside, setting tool can be passed into described first group of pillar 33 inside and tightening operation is carried out to the described fixture through described through hole 333, described hollow-core construction not only meets the demand of structural strength, also can save material, conserve space, facilitate simultaneously and described support 3 is fixed; Preferably, described fixture is bolt, and described setting tool is screwdriver.

Described first group of pillar 33 and described second group of pillar 34 arranged outside have at least one fixing projection 331, and described fixing projection 331 has the through hole running through both sides, described in run through both sides through hole can be fixed by fixture with exterior object.

Described bottom base 32 is provided with conduction connecting module fixed orifice 332, described conduction connecting module fixed orifice 332 can be connected by bolt with described conduction connecting module, described conduction connecting module is fixed on described bottom base 32, described conduction connecting module is installed and firmly not easily comes off from described support 3.

Described bottom base 32 is provided with line hole 334, and electric wire can be fixed on described bottom base 32 by fastener by described line hole 334, makes described electric wire layout neat and fixation, prevents from tightly not causing the situation of circuit question to occur because of fixing.

Under the prerequisite ensureing described cradling function and described supporting structure intensity, described support can arrange multiple material-saving hole 35, for cost-saving, alleviates described weight support frame.

Embodiment 23

Support as described above, the present embodiment and its difference are, described bottom base 32 is provided with extension, described extension are provided with T connection module deck 36, and described T connection module deck 36 is for fixing T connection module.Described T connection module conveniently can draw an auxiliary line from main line, and makes to become plumbness to distribute between described main line with described auxiliary line.(T connects the wiring of trunk formula, is draw main line by power supply, and power to several electricity consumption points or power load, each electricity consumption point carries out T and connects on main line simultaneously for T connects trunk formula to utilize described T connection module can make line layout mode.The feature of tree dry-type distribution is that electrical mains and the branch line to each electricity consumption point are in different size, and circuit is simple, invests lower).

Described second group of pillar 34 is provided with cabling port 37, facilitates described signal wire web joint 2 bottom line.

Preferably, shown in Figure 16, described bottom base 32 is provided with cabling mouth 39, when reserving away line position and being less, can facilitate cabling.

It is not the attainable unique a kind of wire laying mode of this support that T connects trunk formula wire laying mode; If T connection module is not installed or install T connection module but do not adopt time, described support still can realize other wire laying modes, as emanant wire laying mode (emanant wire laying mode, be radiated to electricity consumption point or power load by power supply, each power supply point can connect plural electricity consumption point or power load).

Embodiment 24

Metering assembly structure as described above, the present embodiment and its difference are, as shown in Figure 17, Figure 18, described support 3 is single epi-position support, it comprises first accommodation section, second accommodation section and the 3rd accommodation section, and correspondence arranges a measuring apparatus 5, conduction connecting module 1 and a signal wire web joint 2.

Have a cavity in described support 3, both sides are provided with fixing projection 331, and described fixing projection 331 has the through hole running through both sides, described in run through both sides through hole can be fixed by fixture with exterior object.

Described cavity inside is provided with described T connection module deck 36, and described T connection module deck 36 installs described T connection module 42, and described T connection module 42 bundlees described input power line, and input power line is compressed with corresponding input main power line and fixed; Like this, outside input power line can adopt T to connect trunk formula wire laying mode and enter described cavity inside from described support both sides, and connects described conduction connecting module 1 from described cavity inside, and then is electrically connected with measuring apparatus 5.Like this, input power line can be hidden in the cavity of described support 3, thus specification is carried out to I/O line of electric force.

Described T connection module deck 36 both sides are provided with wire casing 361, for holding input power line, to carry out spacing, fixing and specification to it.

In this embodiment, if adopt T to connect trunk formula wire laying mode arrange input power line, then input power line is only to be arranged in described cavity inside; Now output power line can be arranged in described cavity inside, also can be arranged in the extension of support 3; If adopt other wire laying modes, as emanant wire laying mode, then input power line and output power line can be arranged in described cavity inside, also can be arranged in the extension of support 3.

Embodiment 25

Metering assembly structure as described above, the present embodiment and its difference are, as shown in Figure 19, Figure 20, described support 3 is single epi-position support, it comprises first accommodation section, second accommodation section and the 3rd accommodation section, and correspondence arranges a measuring apparatus 5, conduction connecting module 1 and a signal wire web joint 2.

Described support 3 also comprises an extension, and described extension is fixed input power line, thus carries out specification to input power line.

Extension is provided with described T connection module deck 36, and described T connection module deck 36 installs described T connection module 42, and described T connection module 42 bundlees described input power line, and input power line is compressed with corresponding input main power line and fixed; Like this, outside input power line can adopt T to connect trunk formula wire laying mode to connect described conduction connecting module 1 from the extension of described support, and then is electrically connected with measuring apparatus 5.Like this, input power line can be fixed in the cavity of described support 3, thus specification is carried out to I/O line of electric force.

In this embodiment, if adopt T to connect trunk formula wire laying mode arrange input power line, then input power line and output power line can be arranged in described cavity inside, also can be arranged in the extension of support 3.

Embodiment 26

Metering assembly structure as described above, the present embodiment and its difference are, described support back is permeable structures, and outside line enters described cavity inside from the back of described support 3, thus reaches inlet wire object.

In this embodiment, T cannot be adopted to connect trunk formula wire laying mode and to arrange input power line, only to adopt other wire laying modes, as emanant wire laying mode, and input power line and output power line can be arranged in described cavity inside, also can be arranged in the extension of support 3.

Embodiment 27

Metering assembly structure as described above, the present embodiment and its difference are, as shown in figure 21, described support 3 is two epi-position support or multi-epitope support, it comprises at least two the first accommodation sections, at least two the second accommodation sections and at least two the 3rd accommodation sections, corresponding placement at least two measuring apparatus 5, at least two conduction connecting modules 1 and at least two signal wire web joints 2.

Like this, at least two cavitys are had in described support 3, support 3 both sides (that is to say distance two the first accommodation sections farthest from both sides) be provided with fixing projection 331, described fixing projection 331 has the through hole running through both sides, described in run through both sides through hole can be fixed by fixture with exterior object.Be groove between adjacent two the first accommodation sections, in groove, have through hole 333, so that described support 3 is fixed.

Embodiment 28

Metering assembly structure as described above, the present embodiment and its difference are, as shown in Figure 22, Figure 23, support 3 are provided with primary line cable tray 391, secondary line cable tray 392 and clamping joint 393; Described primary line cable tray 391 is for primary line of arranging, and described primary line can be inlet wire or the outlet of metering assembly structure, i.e. I/O line of electric force, also can for the line be connected with described conduction connecting module 1; In the cavity that described primary line cable tray 391 is arranged on described support 3 or be arranged on the extension of described support 3; Be arranged in cavity, described primary line can be hidden in described internal stent, to carry out specification to line of electric force; Be arranged on extension, specification can be carried out to the cabling of described primary line.

Described secondary line cable tray 392 is for secondary line of arranging; Described secondary line can be the output line of measuring apparatus, can be also I/O line of electric force, be preferably output line; Described secondary line cable tray 392 at least comprises with one of lower channel:

Be arranged on the access opening of the support column (that is to say second group of pillar 34) of described support 3; Described access opening vertically runs through described support column, and (secondary line is generally thinner output line, encountered rear easy fracture or wobble effects signal transmission quality, secondary line passes through in described access opening, not only can carry out specification to its cabling, secondary line can be isolated from the outside open simultaneously, prevent from touchedly affecting signal transmission quality afterwards);

The output line of described signal wire web joint 2 stretches into secondary line cable tray.

The channel slot of 3 bottoms (on bottom base) between described in being arranged on; Described channel slot is horizontally set in the cavity of described support 3 and (when being passed through in channel slot by secondary line like this, can carries out specification to its cabling, and prevent from being subject to extraneous interference).

Described channel slot and described access opening communicate with one another.

Described channel slot is provided with clamping joint 393, described clamping joint 393 one end is fixed on the side of described channel slot notch, and secondary line, to the opposite side of described channel slot notch, can be limited in described channel slot by other end lateral extensometer like this.

The other end of described clamping joint 393 near described channel slot notch the other end and do not offset; Like this, from this, secondary line can be put into channel slot, make the winding displacement of secondary line more simple, convenient.

The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also go out some distortion and improvement by seat, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.

Claims

1. a metering assembly structure, is characterized in that, comprising:

One support, for arranging at least one measuring apparatus;

2. metering assembly structure according to claim 1, is characterized in that, described support is provided with a top base; Described top base bottom is provided with a bottom base, forms a cavity between described bottom base and described top base.

3. metering assembly structure according to claim 1, is characterized in that, described signal wire web joint comprises:

One opening seat, is located on described signal wire web joint;

One separate piece, is slidably connected with described opening seat;

4. metering assembly structure according to claim 1, is characterized in that, described signal wire web joint is provided with main conjunction, and described Bracket setting has corresponding secondary conjunction.

5. the metering assembly structure according to Claims 2 or 3 or 4, is characterized in that, described support is also provided with primary line cable tray, for I/O line of electric force of arranging.

6. metering assembly structure according to claim 5, is characterized in that, described primary line cable tray is arranged in described cavity or is arranged on the extension of described support.

7., according to described metering assembly structure arbitrary in claim 2-4, it is characterized in that, described support is also provided with secondary line cable tray, for the output line of described signal wire web joint of arranging.

8. metering assembly structure according to claim 7, is characterized in that, described secondary line cable tray at least comprise following both one of:

One access opening, is arranged on the support column of described support;

One channel slot, is arranged in the cavity of described support.

9. metering assembly structure according to claim 8, is characterized in that, described channel slot and described access opening communicate with one another.

10. metering assembly structure according to claim 8, is characterized in that, described channel slot is provided with clamping joint, and described clamping joint one end is fixed on described channel slot side, the other end laterally near but not against the opposite side of described channel slot.