CN215418695U - Replaceable socket - Google Patents

Abstract

The utility model discloses an alternative socket, which comprises a female box and a sub-box; the female box is provided with a live wire connecting part, a zero line connecting part, a ground wire connecting part and a switch connecting part; the sub box is connected with the main box in a plug-in manner, and is provided with at least one of a jack conductive mechanism and a switch conductive mechanism; the jack conductive mechanism is in plug-in conductive connection with the live wire power connection part, the zero line power connection part and the ground wire power connection part, and is used for being electrically connected with the electric equipment so that the electric equipment can obtain electric energy through the replaceable socket; the switch conductive mechanism is in plug-in conductive connection with the switch power connection part and the live wire power connection part and is used for controlling the on-off of an electric loop formed by the replaceable socket; when using, can directly extract the son box from female box, then according to the demand, insert required son box in female box, alright use to the user demand of various condition has been satisfied, has solved current socket, the inconvenient problem of switch change conscientiously.

Description

Replaceable socket

Technical Field

The utility model relates to the technical field of sockets, in particular to a replaceable socket.

Background

In daily life, various sockets and switches are visible everywhere, but installation and replacement of the existing socket all need to be replaced by technical personnel with professional knowledge, various potential safety hazards are easily caused by random personal replacement, and only individual replacement can be carried out under certain conditions, so that a technical scheme capable of solving the problem is urgently needed.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a replaceable socket to solve the problem that an existing socket and a switch are inconvenient to replace.

In order to solve the above technical problem, the present invention provides an alternative socket, which comprises a female box and a male box; the female box is provided with a live wire connecting part, a zero line connecting part, a ground wire connecting part and a switch connecting part; the sub box is connected with the main box in a plug-in manner, and is provided with at least one of a jack conductive mechanism and a switch conductive mechanism; the jack conductive mechanism is in plug-in conductive connection with the live wire power connection part, the zero line power connection part and the ground wire power connection part, and is used for being electrically connected with electrical equipment so that the electrical equipment can obtain electric energy through the replaceable socket; the switch conducting mechanism is connected with the switch power connection part and the live wire power connection part in a plug-in type conducting connection mode, and the switch conducting mechanism is used for controlling the on-off of the replaceable socket forming circuit.

In one embodiment, the jack conductive mechanism is provided with a conductive hole, and a live wire clamping piece, a zero wire clamping piece and a ground wire clamping piece which are electrically connected with the conductive hole; the live wire clamping piece clamps the live wire power connection part and is electrically connected with the live wire power connection part; the zero line clamping piece clamps the zero line electric connection part and is electrically connected with the zero line electric connection part; the ground wire clamping piece clamps the ground wire electric connection part, and the ground wire clamping piece is electrically connected with the ground wire electric connection part.

In one embodiment, the live connection part comprises a live jack, a live buckle and a live conducting strip; the live wire position buckle is arranged on the side part of the live wire position jack and clamps and fixes the live wire conducting strip, and the live wire conducting strip is opposite to the live wire position jack; the live wire clamping piece penetrates through the live wire position jack to clamp the live wire conducting piece, and the live wire clamping piece is electrically connected with the live wire conducting piece; the zero line connecting part comprises a zero line position jack, a zero line position buckle and a zero line conducting strip; the zero line position buckle is arranged on the side part of the zero line position jack and clamps and fixes the zero line conducting strip, and the zero line conducting strip is opposite to the zero line position jack; the zero line clamping piece penetrates through the zero line position jack to clamp the zero line conducting strip, and the zero line clamping piece is electrically connected with the zero line conducting strip; the ground wire connecting part comprises a ground wire position jack, a ground wire position buckle and a ground wire conducting strip; the ground wire position buckle is arranged on the side part of the ground wire position jack and clamps and fixes the ground wire conducting strip, and the ground wire conducting strip is opposite to the ground wire position jack; the ground wire clamping piece penetrates through the ground wire position jack to clamp the ground wire conducting strip, and the ground wire clamping piece is electrically connected with the ground wire conducting strip.

In one embodiment, the live wire connecting part further comprises a live wire elastic buckle, the live wire elastic buckle is arranged adjacent to one end of the live wire conducting strip, one end of the live wire elastic buckle is provided with a live wire position strip-shaped groove, the other end of the live wire elastic buckle penetrates into the live wire position strip-shaped groove, the end part of the live wire elastic buckle elastically clamps the end part of the live wire conducting strip in the live wire position strip-shaped groove, and the live wire position elastic buckle is used for connecting with a live wire; the zero line connecting part further comprises a zero line elastic buckle, the zero line elastic buckle is arranged adjacent to one end of the zero line conducting strip, a zero line position strip-shaped groove is formed in one end of the zero line position elastic buckle, the other end of the zero line position elastic buckle penetrates into the zero line position strip-shaped groove, the end part of the zero line position elastic buckle elastically clamps the end part of the zero line conducting strip in the zero line position strip-shaped groove, and the zero line position elastic buckle is used for being connected with a zero line; the ground wire electric connection part further comprises a ground wire position elastic buckle, the ground wire position elastic buckle is arranged adjacent to one end of the ground wire conducting strip, a ground wire position strip groove is formed in one end of the ground wire position elastic buckle, the other end of the ground wire position elastic buckle penetrates into the ground wire position strip groove, the end portion of the ground wire conducting strip is elastically clamped by the end portion of the ground wire position elastic buckle, and the ground wire position elastic buckle is used for being connected with a ground wire.

In one embodiment, the female box is provided with a live wire position adjusting hole at the position opposite to the live wire position elastic buckle, the covering area of the live wire position adjusting hole is arranged at two sides of the live wire position elastic buckle, and the live wire position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the live wire position elastic buckle and the live wire position strip-shaped groove; the main box is provided with a zero line position adjusting hole at the position opposite to the zero line position elastic buckle, the coverage area of the zero line position adjusting hole is arranged at two sides of the zero line position elastic buckle, and the zero line position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the zero line position elastic buckle and the zero line position strip-shaped groove; the female box is provided with a ground wire position adjusting hole at the position opposite to the ground wire position elastic buckle, the covering area of the ground wire position adjusting hole is arranged at the two sides of the ground wire position elastic buckle, and the ground wire position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the ground wire position elastic buckle and the ground wire position strip-shaped groove.

In one embodiment, the switch electric connection part is provided with a plurality of switch electric connection parts, and the switch electric conduction mechanism is provided with a switch button, a switch circuit and a plurality of switch clamping pieces; the switch button is electrically connected with the switch clamping pieces through the switch circuit and is used for controlling the on-off of the switch circuit; it is a plurality of the switch clamping piece centre gripping is a plurality of respectively switch connects electrical part, and is a plurality of the switch clamping piece respectively with a plurality of switch connects electrical part electric connection, and one of them the switch clamping piece centre gripping live wire connects electrical part, this the switch clamping piece with live wire connects electrical part electric connection.

In one embodiment, the switch connection part comprises a switch position jack, a switch position buckle and a switch conducting strip; the switch position buckle is arranged on the side part of the switch position jack and clamps and fixes the switch conducting strip, and the switch conducting strip is opposite to the switch position jack; the switch clamping piece penetrates through the switch position jack to clamp the switch conducting strip, and the switch clamping piece is electrically connected with the switch conducting strip.

In one embodiment, the switch power connection part further comprises a switch position elastic buckle, the switch position elastic buckle is arranged adjacent to one end of the switch conducting strip, a switch position strip-shaped groove is formed in one end of the switch position elastic buckle, the other end of the switch position elastic buckle penetrates into the switch position strip-shaped groove, the end part of the switch position elastic buckle elastically clamps the end part of the switch conducting strip in the switch position strip-shaped groove, and the switch position elastic buckle is used for connecting wires.

In one embodiment, the female box is provided with a switch position adjusting hole at a position opposite to the switch position elastic buckle, the coverage area of the switch position adjusting hole is arranged at two sides of the switch position elastic buckle, and the switch position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the switch position elastic buckle and the switch position strip-shaped groove.

In one embodiment, the replacement outlet further comprises a back box; a plurality of buckling grooves are formed in two opposite sides of the inner wall of the bottom box and are arranged along the depth direction of the bottom box; the two opposite sides of the female box are provided with buckling blocks, and the female box is used for being buckled and connected with the needed buckling grooves through the buckling blocks.

The utility model has the following beneficial effects:

because the sub-box is connected with the main box in a plug-in manner and is provided with at least one of the jack conductive mechanism and the switch conductive mechanism, when the sub-box needs to be replaced, the sub-box can be directly pulled out of the main box, and then the required sub-box is inserted into the main box according to the requirement, so that the sub-box can be used; the sub-box can only contain the jack conductive mechanism or only contain the switch conductive mechanism or even simultaneously contain the jack conductive mechanism and the switch conductive mechanism, thereby meeting the use requirements of various conditions and practically solving the problem of inconvenient replacement of the existing socket and the switch.

Drawings

In order to more clearly illustrate the technical solution of the present invention, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.

FIG. 1 is a schematic structural diagram (a sub-box is provided with a switch conducting mechanism) provided by an embodiment of the utility model;

FIG. 2 is a rear view of FIG. 1;

FIG. 3 is a front view of the sub-cartridge of FIG. 1;

FIG. 4 is a rear view of the sub-cassette of FIG. 1;

FIG. 5 is a schematic disassembled view of FIG. 1;

FIG. 6 is a front view of FIG. 5;

FIG. 7 is a schematic view of the live position spring clip of FIG. 5;

FIG. 8 is a schematic diagram of a sub-box structure provided in an embodiment of the present invention (the sub-box is provided with a jack conductive mechanism);

FIG. 9 is a rear view of FIG. 8;

FIG. 10 is a schematic view of the assembled state of FIG. 8;

FIG. 11 is a schematic view of the construction of the back box of FIG. 1;

FIG. 12 is a schematic view of the construction of the tool;

fig. 13 is a schematic diagram of a side-by-side application provided by an embodiment of the present invention.

The reference numbers are as follows:

10. a mother box; 11. a live wire connection part; 111. a live line position jack; 112. a live wire position buckle; 113. a live wire conducting strip; 114. the fire line position elastic button; 115. a live wire position strip-shaped groove; 116. a firing line position adjustment hole; 12. a zero line connection part; 121. a zero line position jack; 122. a zero line position buckle; 123. a zero line conducting strip; 124. a zero line position elastic buckle; 125. a zero line position strip-shaped groove; 126. a zero line position adjusting hole; 13. a ground connection part; 131. a ground wire position jack; 132. a ground wire position buckle; 133. a ground wire conducting strip; 134. the ground wire position elastic buckle; 135. a ground wire position strip groove; 136. a ground potential adjusting hole; 14. a switch electrical connection part; 141. a switch position jack; 142. a switch position buckle; 143. a switch conducting strip; 144. the switch position is provided with an elastic buckle; 145. a switch position strip-shaped groove; 146. a switch position adjustment hole; 15. a bottom case; 151. buckling the groove;

20. a sub-box; 21. a jack conductive mechanism; 211. a conductive via; 212. a live wire clip; 213. a zero line clamping piece; 214. a ground wire clip; 22. a switch conducting mechanism; 221. a switch button; 222/222A, a switch clip;

30. a tool; 31. a head portion.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.

The present invention provides an alternative socket, an embodiment of which is shown in fig. 1, 4, 5, 8 and 9, and includes a mother case 10 and a child case 20; the female box 10 is provided with a live wire connecting part 11, a zero wire connecting part 12, a ground wire connecting part 13 and a switch connecting part 14; the sub-box 20 is connected with the main box 10 in a plug-in manner, and the sub-box 20 is provided with at least one of a jack conductive mechanism 21 and a switch conductive mechanism 22; the jack conductive mechanism 21 is in plug-in conductive connection with the live wire power connection part 11, the zero line power connection part 12 and the ground wire power connection part 13, and the jack conductive mechanism 21 is used for being electrically connected with electric equipment so that the electric equipment can obtain electric energy through an alternative socket; the switch conducting mechanism 22 is connected with the switch connecting part 14 and the live wire connecting part 11 in a plug-in type conducting manner, and the switch conducting mechanism 22 is used for controlling the on-off of an electric loop formed by the replacement type socket.

When the replaceable socket is used, a professional can firstly install the female box 10 at a required position, then electrically connect the live wire and the live wire connecting part 11, the zero wire and the zero wire connecting part 12 and the ground wire connecting part 13, and finally insert the sub-box 20 into the female box 10, so that the normal use of the replaceable socket can be realized.

When the box needs to be replaced, the sub-box 20 can be directly pulled out of the main box 10, and then the required sub-box 20 can be inserted into the main box 10 according to the requirement, so that the box can be used; the sub-box 20 may only contain the jack conductive mechanism 21, or only contain the switch conductive mechanism 22, or even have the jack conductive mechanism 21 and the switch conductive mechanism 22 at the same time, thereby satisfying the use requirements of various situations and practically solving the problem of inconvenient replacement of the existing socket and switch.

As shown in fig. 8 to 10, the jack conductive mechanism 21 has a conductive hole 211, and a live wire clip 212, a neutral wire clip 213 and a ground wire clip 214 electrically connected to the conductive hole 211; the live wire clip 212 clamps the live wire connection part 11, and the live wire clip 212 is electrically connected with the live wire connection part 11; the zero line clamping piece 213 clamps the zero line electric connection part 12, and the zero line clamping piece 213 is electrically connected with the zero line electric connection part 12; the ground clip 214 clamps the ground connection part 13, and the ground clip 214 is electrically connected to the ground connection part 13.

The live wire clip 212, the neutral wire clip 213 and the ground wire clip 214 can be made of copper sheets, so that the live wire clip 212, the neutral wire clip 213 and the ground wire clip 214 have certain elasticity, and can respectively and elastically clamp the live wire electric connection part 11, the neutral wire electric connection part 12 and the ground wire electric connection part 13, thereby realizing the electric plug connection between the jack conductive mechanism 21 and the female box 10; for example, in application, the electric device can be plugged into the conductive hole 211, and the electric device can obtain electric energy through the replaceable socket, so as to realize normal use of the electric device.

As shown in fig. 5, 6 and 10, the live connection part 11 includes a live socket 111, a live buckle 112 and a live conducting strip 113; the live wire position buckle 112 is arranged on the side part of the live wire position jack 111, the live wire position buckle 112 clamps and fixes the live wire conducting strip 113, and the live wire conducting strip 113 is opposite to the live wire position jack 111; the live wire clip 212 passes through the live wire position insertion hole 111 to clamp the live wire conducting strip 113, and the live wire clip 212 is electrically connected with the live wire conducting strip 113; the neutral wire connecting part 12 comprises a neutral wire position jack 121, a neutral wire position buckle 122 and a neutral wire conducting strip 123; the neutral position buckle 122 is arranged on the side part of the neutral position jack 121, the neutral position buckle 122 clamps and fixes the neutral conducting strip 123, and the neutral conducting strip 123 is opposite to the neutral position jack 121; the neutral wire clamping piece 213 penetrates through the neutral wire position jack 121 to clamp the neutral wire conducting strip 123, and the neutral wire clamping piece 213 is electrically connected with the neutral wire conducting strip 123; the ground connection part 13 includes a ground bit insertion hole 131, a ground bit catch 132, and a ground conductive strip 133; the ground wire position buckle 132 is arranged at the side part of the ground wire position jack 131, the ground wire position buckle 132 clamps and fixes the ground wire conducting strip 133, and the ground wire conducting strip 133 is opposite to the ground wire position jack 131; the ground clip 214 passes through the ground receptacle 131 to clamp the ground conductive tab 133, and the ground clip 214 is electrically connected to the ground conductive tab 133.

Taking the structure of the live wire connecting part 11 as an example, the live wire position buckles 112 are arranged on the left side and the right side of the live wire position insertion hole 111 to stably clamp the live wire conducting strip 113, and then the live wire clamping strip 212 penetrates through the live wire position insertion hole 111 to vertically clamp the live wire conducting strip 113, so that the fixed firmness of the live wire conducting strip 113 and the stable connection between the live wire conducting strip 113 and the live wire clamping strip 212 can be ensured by adopting the mode; similarly, the neutral and ground connections 12, 13 are functionally similar and will not be described.

As shown in fig. 5, 7 and 10, the live wire connecting part 11 further includes a live wire position elastic buckle 114, the live wire position elastic buckle 114 is disposed adjacent to one end of the live wire conducting strip 113, one end of the live wire position elastic buckle 114 is provided with a live wire position strip-shaped groove 115, the other end of the live wire position elastic buckle 114 penetrates into the live wire position strip-shaped groove 115, the end of the live wire position elastic buckle 114 elastically clamps the end of the live wire conducting strip 113 in the live wire position strip-shaped groove 115, and the live wire position elastic buckle 114 is used for connecting with a live wire; the neutral wiring part 12 further comprises a neutral position elastic button 124, the neutral position elastic button 124 is arranged adjacent to one end of the neutral conductive plate 123, one end of the neutral position elastic button 124 is provided with a neutral position strip groove 125, the other end of the neutral position elastic button 124 penetrates into the neutral position strip groove 125, the end of the neutral position elastic button 124 elastically clamps the end of the neutral conductive plate 123 in the neutral position strip groove 125, and the neutral position elastic button 124 is used for being connected with a neutral wire; the ground connection part 13 further includes a ground elastic buckle 134, the ground elastic buckle 134 is disposed adjacent to one end of the ground conductive strip 133, one end of the ground elastic buckle 134 is provided with a ground strip groove 135, the other end of the ground elastic buckle 134 penetrates into the ground strip groove 135, the end of the ground elastic buckle 134 elastically clamps the end of the ground conductive strip 133 in the ground strip groove 135, and the ground elastic buckle 134 is used for connecting to the ground.

Taking the live wire position elastic buckle 114 as an example, because one end of the live wire position elastic buckle 114 penetrates into the live wire position strip-shaped groove 115, the live wire position elastic buckle 114 is approximately enclosed and accommodated into a shape-changing shape, and the live wire position elastic buckle 114 can move in the live wire position strip-shaped groove 115, after the end part of the live wire conducting strip 113 passes through the live wire position strip-shaped groove 115, the live wire position elastic buckle 114 can be elastically abutted against the live wire conducting strip 113, so that the live wire conducting strip 113 is stably clamped in the live wire position strip-shaped groove 115; moreover, since the live wire position elastic buckle 114 is used for connecting with the live wire, after the live wire position elastic buckle 114 is firmly connected with the live wire, the electrical connection between the live wire and the live wire conducting strip 113, the live wire clamping strip 212 and the like can be realized; similarly, the neutral position spring catch 124 and the ground position spring catch 134 are similar in structure and function, and therefore will not be described again.

As shown in fig. 5, 6 and 12, the female box 10 is provided with a live wire position adjusting hole 116 at a position opposite to the live wire position elastic buckle 114, a covering area of the live wire position adjusting hole 116 is disposed at both sides of the live wire position elastic buckle 114, and the live wire position adjusting hole 116 is used for inserting the tool 30 to adjust the relative position between the end of the live wire position elastic buckle 114 and the live wire position strip groove 115; the main box 10 is provided with a zero potential adjusting hole 126 at a position opposite to the zero potential elastic button 124, the coverage area of the zero potential adjusting hole 126 is arranged at two sides of the zero potential elastic button 124, and the zero potential adjusting hole 126 is used for inserting a tool 30 to adjust the relative position between the end of the zero potential elastic button 124 and the zero potential strip-shaped groove 125; the female box 10 is provided with a ground wire position adjusting hole 136 at a position opposite to the ground wire position elastic buckle 134, a covering area of the ground wire position adjusting hole 136 is disposed at both sides of the ground wire position elastic buckle 134, and the ground wire position adjusting hole 136 is used for inserting a tool 30 to adjust a relative position between an end of the ground wire position elastic buckle 134 and the ground wire position strip groove 135.

Taking the application of the live wire position adjusting hole 116 as an example for illustration, the live wire position adjusting hole 116 of this embodiment is disposed on the mother box 10, when in application, the head 31 of the tool 30 can be inserted into the live wire position adjusting hole 116, the head 31 will be disposed at one side of the live wire position elastic buckle 114 and keep separated from the live wire position elastic buckle 114, then only the tool 30 needs to be rotated, the force can be applied to the live wire position elastic buckle 114 to deform and adjust the relative position between the live wire position elastic buckle 114 and the live wire position strip-shaped groove 115, specifically, the end of the live wire position elastic buckle 114 and the end of the live wire strip-shaped groove 115 are changed from the abutting state to the separating state, so that the exposed part of the live wire can be conveniently inserted into the gap between the live wire conducting plate 113 and the live wire elastic buckle 114 after the two are separated, then the force applied to the live wire position elastic buckle 114 by the tool 30 is released, and the live wire position elastic buckle 114 can be quickly restored to the initial state, therefore, the exposed live wire can be stably clamped at the end part of the live wire position elastic buckle 114 and the live wire conducting strip 113, and the fast connection of the live wire is realized, so that the whole process is simple and convenient, and important help is provided for field construction; in addition, the application of the neutral adjustment hole 126 and the ground adjustment hole 136 is also the same, and thus will not be described.

The tool 30 may be formed by bending an insulating cylinder, and the head 31 may be formed in a semicircular shape, but the tool 30 is not limited thereto, and the operator may select the tool according to the specific situation as long as the same and similar functions are achieved.

As shown in fig. 1 to 6, there are a plurality of switch electrical connection portions 14, and the switch conductive mechanism 22 is provided with a switch button 221, a switch circuit (not shown), and a plurality of switch jaws 222; the switch button 221 is electrically connected with the plurality of switch clips 222 through a switch circuit, and the switch button 221 is used for controlling the on-off of the switch circuit; the plurality of switch clamping pieces 222 respectively clamp the plurality of switch electrical connection portions 14, the plurality of switch clamping pieces 222 are respectively electrically connected with the plurality of switch electrical connection portions 14, one switch clamping piece 222A clamps the live electrical connection portion 11, and the switch clamping piece 222A is electrically connected with the live electrical connection portion 111.

The switch clip 222 can be made of copper sheets, so that the switch clip 222 has certain elasticity, and can elastically clamp the switch power connection part 14, thereby realizing the electrical plug connection between the switch conductive mechanism 22 and the female box 10; for example, assuming that the replacement socket is turned on in a circuit of the lamp at this time, the lamp can be turned on if the switch button 221 controls the switch circuit to be turned on, and the lamp can be turned off if the switch button 221 controls the switch circuit to be turned off.

As shown in fig. 5 and 6, the switch connecting part 14 includes a switch position insertion hole 141, a switch position catch 142, and a switch conductive sheet 143; the switch position buckle 142 is arranged at the side part of the switch position jack 141, the switch position buckle 142 clamps and fixes the switch conducting strip 143, and the switch conducting strip 143 is opposite to the switch position jack 141; the switch clamping piece 222 passes through the switch position insertion hole 141 to clamp the switch conducting piece 143, and the switch clamping piece 222 is electrically connected with the switch conducting piece 143.

At this time, the switch position buckle 142 is disposed at one side of the switch position insertion hole 141 to stably clamp the switch conductive sheet 143, and then the switch clamping sheet 222 penetrates through the switch position insertion hole 141 to vertically clamp the switch conductive sheet 143, which means that the switch conductive sheet 143 can be firmly fixed and the connection between the switch conductive sheet 143 and the switch clamping sheet 222 is stable.

Moreover, in order to further ensure the clamping firmness of the switch buckle 142, the switch buckle 142 and the switch conductive sheet 143 may be welded and fixed by using an ultrasonic welding technique, or the switch buckle 142 and the switch conductive sheet 143 may be bonded and fixed by using glue, so as to avoid the loosening phenomenon.

As shown in fig. 5, the switch connecting part 14 further includes a switch position elastic buckle 144, the switch position elastic buckle 144 is disposed adjacent to one end of the switch conducting strip 143, one end of the switch position elastic buckle 144 is provided with a switch position strip-shaped groove 145, the other end of the switch position elastic buckle 144 penetrates into the switch position strip-shaped groove 145, and the end of the switch position elastic buckle 144 elastically clamps the end of the switch conducting strip 143 in the switch position strip-shaped groove 145.

Since one end of the switch position elastic buckle 144 penetrates into the switch position strip-shaped groove 145, the switch position elastic buckle 144 is approximately enclosed and accommodated in a shape-changing manner, and the switch position elastic buckle 144 can move in the switch position strip-shaped groove 145, after the end of the switch conducting strip 143 penetrates through the switch position strip-shaped groove 145, the switch position elastic buckle 144 can be elastically abutted against the switch conducting strip 143, so that the switch conducting strip 143 is stably clamped in the switch position strip-shaped groove 145.

As shown in fig. 5, 6 and 12, the mother box 10 is provided with a switch position adjusting hole 146 at a position opposite to the switch position elastic buckle 144, a covering area of the switch position adjusting hole 146 is disposed at both sides of the switch position elastic buckle 144, and the switch position adjusting hole 146 is used for inserting the tool 30 to adjust a relative position between an end of the switch position elastic buckle 144 and the switch position bar groove 145.

Since the switch position adjustment hole 146 is applied in the same manner as the live position adjustment hole 116, it will not be described.

As shown in fig. 1, 5 and 11, the alternative socket further includes a bottom case 15; the relative both sides of end box 15 inner wall all are equipped with many lock groove 151, and many lock groove 151 arrange along the depth direction of end box that the relative both sides of female box 10 all are equipped with detain the piece 161, and female box 10 is used for selecting through detaining the piece 161 to be connected with the lock of required lock groove 151 lock.

In the prior art, relative position between end box 15 and female box 10 is unable to be adjusted, and when adopting above-mentioned embodiment to carry out the construction, can install end box 15 in required position, then select to carry out the lock with the lock groove 151 of the different degree of depth through detaining the piece 161 and be connected, then can adjust female box 10's installation depth according to the demand, thereby satisfy the installation depth regulation demand at different construction environment, make above-mentioned various shell fragments and clamping piece can be in the best contact position, long-term stable use in the future provides important guarantee.

In addition, the scheme of this embodiment can be used alone for DIY, and can also be applied to a plurality of common series connections, for example, a plurality of mother boxes 10 can be connected in series side by side, and the connection of a plurality of replaceable sockets can be conducted only by simple connection.

Specifically as shown in fig. 13, at this time, the three replacement sockets are arranged side by side, and the three replacement sockets share the live wire conducting strip 113, the zero wire conducting strip 123 and the ground wire conducting strip 133 which are long in length, so that the three replacement sockets only need to be connected with the live wire, the zero wire and the ground wire once, and the three replacement sockets can be installed and used, thereby greatly improving the construction efficiency and providing great help for field installation.

While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the utility model.

Claims (10)

1. A replaceable socket is characterized in that the replaceable socket is provided with a plurality of grooves,

comprises a mother box and a son box;

the female box is provided with a live wire connecting part, a zero line connecting part, a ground wire connecting part and a switch connecting part;

the sub box is connected with the main box in a plug-in manner, and is provided with at least one of a jack conductive mechanism and a switch conductive mechanism;

the jack conductive mechanism is in plug-in conductive connection with the live wire power connection part, the zero line power connection part and the ground wire power connection part, and is used for being electrically connected with electrical equipment so that the electrical equipment can obtain electric energy through the replaceable socket;

the switch conducting mechanism is connected with the switch power connection part and the live wire power connection part in a plug-in type conducting connection mode, and the switch conducting mechanism is used for controlling the on-off of the replaceable socket forming circuit.

2. The replacement outlet of claim 1,

the jack conductive mechanism is provided with a conductive hole, and a live wire clamping piece, a zero line clamping piece and a ground wire clamping piece which are electrically connected with the conductive hole;

the live wire clamping piece clamps the live wire power connection part and is electrically connected with the live wire power connection part;

the zero line clamping piece clamps the zero line electric connection part and is electrically connected with the zero line electric connection part;

the ground wire clamping piece clamps the ground wire electric connection part, and the ground wire clamping piece is electrically connected with the ground wire electric connection part.

3. The replacement outlet of claim 2,

the live wire connecting part comprises a live wire position jack, a live wire position buckle and a live wire conducting strip; the live wire position buckle is arranged on the side part of the live wire position jack and clamps and fixes the live wire conducting strip, and the live wire conducting strip is opposite to the live wire position jack; the live wire clamping piece penetrates through the live wire position jack to clamp the live wire conducting piece, and the live wire clamping piece is electrically connected with the live wire conducting piece;

the zero line connecting part comprises a zero line position jack, a zero line position buckle and a zero line conducting strip; the zero line position buckle is arranged on the side part of the zero line position jack and clamps and fixes the zero line conducting strip, and the zero line conducting strip is opposite to the zero line position jack; the zero line clamping piece penetrates through the zero line position jack to clamp the zero line conducting strip, and the zero line clamping piece is electrically connected with the zero line conducting strip;

the ground wire connecting part comprises a ground wire position jack, a ground wire position buckle and a ground wire conducting strip; the ground wire position buckle is arranged on the side part of the ground wire position jack and clamps and fixes the ground wire conducting strip, and the ground wire conducting strip is opposite to the ground wire position jack; the ground wire clamping piece penetrates through the ground wire position jack to clamp the ground wire conducting strip, and the ground wire clamping piece is electrically connected with the ground wire conducting strip.

4. The replacement outlet of claim 3,

the live wire power connection part further comprises a live wire position elastic buckle, the live wire position elastic buckle is arranged adjacent to one end of the live wire conducting strip, one end of the live wire position elastic buckle is provided with a live wire position strip-shaped groove, the other end of the live wire position elastic buckle penetrates into the live wire position strip-shaped groove, the end part of the live wire position elastic buckle elastically clamps the end part of the live wire conducting strip in the live wire position strip-shaped groove, and the live wire position elastic buckle is used for being connected with a live wire;

the zero line connecting part further comprises a zero line elastic buckle, the zero line elastic buckle is arranged adjacent to one end of the zero line conducting strip, a zero line position strip-shaped groove is formed in one end of the zero line position elastic buckle, the other end of the zero line position elastic buckle penetrates into the zero line position strip-shaped groove, the end part of the zero line position elastic buckle elastically clamps the end part of the zero line conducting strip in the zero line position strip-shaped groove, and the zero line position elastic buckle is used for being connected with a zero line;

the ground wire electric connection part further comprises a ground wire position elastic buckle, the ground wire position elastic buckle is arranged adjacent to one end of the ground wire conducting strip, a ground wire position strip groove is formed in one end of the ground wire position elastic buckle, the other end of the ground wire position elastic buckle penetrates into the ground wire position strip groove, the end portion of the ground wire conducting strip is elastically clamped by the end portion of the ground wire position elastic buckle, and the ground wire position elastic buckle is used for being connected with a ground wire.

5. The replacement outlet of claim 4,

the female box is provided with a live wire position adjusting hole at the position opposite to the live wire position elastic buckle, the covering area of the live wire position adjusting hole is arranged at two sides of the live wire position elastic buckle, and the live wire position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the live wire position elastic buckle and the live wire position strip-shaped groove;

the main box is provided with a zero line position adjusting hole at the position opposite to the zero line position elastic buckle, the coverage area of the zero line position adjusting hole is arranged at two sides of the zero line position elastic buckle, and the zero line position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the zero line position elastic buckle and the zero line position strip-shaped groove;

the female box is provided with a ground wire position adjusting hole at the position opposite to the ground wire position elastic buckle, the covering area of the ground wire position adjusting hole is arranged at the two sides of the ground wire position elastic buckle, and the ground wire position adjusting hole is used for inserting a tool to adjust the relative position between the end part of the ground wire position elastic buckle and the ground wire position strip-shaped groove.

6. The replacement outlet of claim 1,

the switch electric connection parts are multiple, and the switch electric conduction mechanism is provided with a switch button, a switch circuit and a plurality of switch clamping pieces;

the switch button is electrically connected with the switch clamping pieces through the switch circuit and is used for controlling the on-off of the switch circuit;

it is a plurality of the switch clamping piece centre gripping is a plurality of respectively switch connects electrical part, and is a plurality of the switch clamping piece respectively with a plurality of switch connects electrical part electric connection, and one of them the switch clamping piece centre gripping live wire connects electrical part, this the switch clamping piece with live wire connects electrical part electric connection.

7. The replacement outlet of claim 6 wherein the switch electrical connection comprises a switch location socket, a switch location catch and a switch conductive tab; the switch position buckle is arranged on the side part of the switch position jack and clamps and fixes the switch conducting strip, and the switch conducting strip is opposite to the switch position jack; the switch clamping piece penetrates through the switch position jack to clamp the switch conducting strip, and the switch clamping piece is electrically connected with the switch conducting strip.

8. The replaceable socket of claim 7, wherein the switch connecting portion further comprises a switch position elastic buckle, the switch position elastic buckle is arranged adjacent to one end of the switch conducting strip, one end of the switch position elastic buckle is provided with a switch position strip-shaped groove, the other end of the switch position elastic buckle penetrates into the switch position strip-shaped groove, the end portion of the switch position elastic buckle elastically clamps the end portion of the switch conducting strip in the switch position strip-shaped groove, and the switch position elastic buckle is used for connecting wires.

9. The replaceable socket of claim 8, wherein the female housing has a switch position adjusting hole opposite to the switch position elastic buckle, the covering area of the switch position adjusting hole is disposed at two sides of the switch position elastic buckle, and the switch position adjusting hole is used for inserting a tool to adjust the relative position between the end of the switch position elastic buckle and the switch position strip-shaped groove.

10. The replacement outlet of claim 1,

the replaceable socket further comprises a bottom case;

a plurality of buckling grooves are formed in two opposite sides of the inner wall of the bottom box and are arranged along the depth direction of the bottom box;

the two opposite sides of the female box are provided with buckling blocks, and the female box is used for being buckled and connected with the needed buckling grooves through the buckling blocks.

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