CN103928785B - explicit modular jack - Google Patents

Abstract

The present invention relates to a power socket. An explicit modular socket, including a socket shell, a socket conductive sheet, a hole module and a conductive sheet socket, the socket shell includes a socket panel, the socket panel is provided with a hole module window, the hole module includes a hole module shell and The socket socket in the hole type module shell is connected with the conductive sheet socket, and the conductive sheet socket connected with the socket socket passes through the bottom end of the hole type module shell, and the top of the hole type module shell is provided with Hole-shaped module panel, the hole-shaped module panel is provided with a socket corresponding to the socket sleeve, the conductive sheet sleeve is clamped on the socket conductive sheet, and the hole-shaped module shell is pressed along the distribution direction of the hole-shaped module shell and the socket panel It is clamped on the inner surface of the socket panel, and the hole-type module panel is passed through the hole-type module window. The modular production of the socket hole module is realized, the convenience of the automatic assembly of the socket is improved, and the versatility of the hole module in different sockets is improved.

Description

Explicit Modular Socket

technical field

The present invention relates to a power socket, in particular to an explicit modular socket.

Background technique

The power socket is an electrical device that provides a power interface for electrical appliances. It is also an electrical accessory that is used more in residential electrical design. It has a very close relationship with people's lives. The socket whose position is fixed during use is called a fixed socket, and the one whose position can be moved freely according to needs is a mobile socket or a drag strip.

The hole shapes in the socket include two-hole hole type (socket hole for bipolar plug insertion), three-hole hole type (socket hole for three-pole plug insertion) and five-hole hole type (also known as universal socket hole, that is, at the same time A socket hole that can and can only be inserted by one of a double-pole plug and a three-pole plug). In order to meet the needs of inserting multiple plugs at the same time, a multi-position socket has been designed. The Chinese patent number is 2010206562334, the authorized announcement date is July 6, 2011, and the patent name is "a waterproof mobile socket with a protective door". A multi-position socket is disclosed in the literature.

In addition to the hole type, the socket is sometimes provided with functional parts such as indicator lights and switches.

In the existing socket, the components such as the socket sleeve, the indicator light and the switch that constitute the hole pattern are connected to the conductive sheet of the socket by welding, riveting or an integrated structure, and the socket sleeve is directly positioned and fixed by the socket shell. , Indicator lights, switches and other components are connected inside the socket shell by bolts. Therefore, the functional components in the existing sockets can only be manually assembled into the socket shell, which is inconvenient and difficult to assemble automatically, and the hole-type modules inside different sockets cannot be used in common.

Contents of the invention

The invention provides an explicit modular socket, which realizes the modular production of the hole-type modules of the socket, improves the convenience of automatic assembly of the socket, and improves the versatility of the hole-type modules in different sockets.

The above technical problems are solved by the following technical solutions: an explicit modular socket, including a socket shell, a socket conductive sheet, a number of hole modules and conductive sheet sockets located in the socket shell, the socket shell includes a socket panel, The socket panel is provided with a hole-type module window, and the hole-type module includes a hole-type module shell and a socket sleeve located in the hole-type module shell. The conductive strip plug sleeve connected by the sleeve passes through the bottom end of the hole module shell, and the hole module panel is provided on the top of the hole module shell, and the hole module panel is provided with a plug socket corresponding to the socket sleeve. Holes, the conductive sheet sleeve is clamped on the conductive sheet of the socket, and the hole-shaped module shell is clamped on the inner surface of the socket panel by pressing along the distribution direction of the hole-shaped module shell and the socket panel. The hole type module panel is pierced through the hole type module window. The number of socket sockets in the hole pattern module depends on the type of hole pattern, two if it is a two-hole pattern, three if it is a three-hole pattern, and five if it is a five-hole pattern . The number of sockets for inserting conductive sheets is 2 or 3. If the hole type module is a hole type that can be inserted into a three-pole plug, it is three pieces. If it is a hole type module that can only be inserted into a bipolar plug, it is 2 pieces. Of course, if When the socket is provided with multiple rows of hole modules and different rows of hole modules do not share the conductive strips of the socket, the number of conductive strips of the socket will increase accordingly. All socket sockets with the same polarity in the hole module are connected through the same conductive sheet socket and socket conductive sheet. When assembling the present invention, the socket panel is placed flat with the inner surface facing upwards, and then the hole module is moved toward the socket panel with the top end facing the socket panel and snapped on the inner surface of the socket panel, and then the socket conductive sheet is inserted into the The electrical connection between the socket socket and the socket conductive sheet is realized in the conductive sheet sleeve, and finally the socket bottom box is fixed on the socket panel. Firstly connect the conductive sheet socket (can be connected with an integral structure, welded or riveted connection) on the socket conductive sheet, set the connector in the socket socket in the clamping module, and then insert the connector into the conductive sheet socket The structural form is the equivalent technical solution of the technical solution.

Preferably, the conductive sheet socket only includes a pair of elastic clips distributed along the width direction of the socket panel, the elastic clips include a clamping section, and the end of the clamping section away from the hole module shell is provided with a The inclined section, the insertion opening is formed between the inclined sections of the pair of elastic clips, and the socket conductive sheet is clamped between the clamping sections in the same manner in the width direction and the thickness direction of the socket panel, with different polarities The conductive strips of the socket are staggered along the width direction of the socket panel. It can make the socket conductive sheet (two L-pole conductive sheets and N-pole conductive sheets or three N-pole conductive sheets) can be designed as a straight line, so as to facilitate the universality of the socket conductive sheet (that is, the socket conductive sheet is made as Long strips, according to the specifications of the socket to intercept the corresponding length) and the convenience of production. When the socket is assembled, the conductive sheet of the socket is connected vertically in the width direction (vertical refers to the thickness direction of the socket) and pressed against the socket of the conductive sheet, which makes it convenient for the manipulator to clamp the conductive sheet of the socket during the automatic assembly of the socket. The conductive strips of the socket are vertically placed along the width direction, so that the gap distance between adjacent conductive strips becomes larger, the electrical insulation performance is improved, and the safety is higher.

Preferably, the clamping section is provided with a locking hole, and the socket conductive sheet is provided with a locking block penetrated in the locking hole. After the socket conductive sheet and the conductive sheet sleeve are connected together, there will be no detachment phenomenon, which can improve the electrical connection reliability between the socket sleeve and the socket conductive sheet.

Preferably, a pair of insulating support blocks distributed along the distribution direction of the elastic clips are provided on the periphery of the conductive sheet socket, the conductive sheet socket is located between the pair of support blocks, and the support blocks are connected to the On the outer surface of the hole-type module casing, the end of the support block away from the hole-type module casing exceeds the conductive sheet socket and the socket conductive sheet inserted in the conductive sheet socket. The support block is set so that the bottom box of the hole module can support the socket shell, thereby improving the compression resistance of the socket shell; the support block can also play an electrical and mechanical role in the connection between the socket conductive sheet and the conductive sheet sleeve. The protective effect makes the safety and reliability of the electrical appliances in use of the present invention good.

As a preference, both ends of the support block along the length direction of the insertion port exceed the conductive sheet socket, and an avoidance groove is provided on the surface of the support block facing the conductive sheet socket, and the inclined The free end of the segment is located in said escape groove. The invention can improve the convenience and compactness when the conductive sheet of the socket is inserted into the socket of the conductive sheet.

As a preference, the inner surface of the socket surface is provided with a hole-type module connection structure, and the hole-type module connection structure includes a supporting wall extending along the circumference of the hole-type module window and several along the The barbs on the panel part distributed around the support panel, the annular support steps are formed between the hole module panel and the hole module shell, the side of the hole module shell is provided with buttonholes, and the end surface of the support fence is Abutting against the support step, the hole-type module shell is snapped into the button hole by the barb of the panel part and connected with the socket panel. It saves effort and facilitates fixing the hole pattern module to the socket panel.

Preferably, an indicator light module is also provided in the socket housing, and the indicator light module includes an indicator light module shell, an indicator light located on the side of the indicator light module shell facing the socket panel, and an indicator light located on the side of the indicator light module shell away from the socket panel. A pair of conductive sheet fixing bosses on the side, slots are provided on the end surface of the conductive sheet fixing bosses, a pair of indicator light power lead-in contacts and a pair of power lead-in compression springs are arranged inside the indicator light module shell, The indicator light and the indicator light power lead-in contacts are electrically connected together, one end of the pair of power lead-in compression springs is connected with the pair of indicator light power lead-in contacts one by one, and the other end is one Correspondingly abut against the L-pole socket conductive strip and the N-pole socket conductive strip in the socket conductive strip, and the L-pole socket conductive strip and the N-pole socket conductive strip are respectively inserted into the pair of fixed protrusions In the slot in the socket, the indicator light module shell is clamped on the inner surface of the socket panel in a manner of pressing along the distribution direction of the hole type module shell and the socket panel. The indicator light can realize the electrical connection with the conductive sheet of the socket and the connection with the socket panel by pressing, so that the indicator light can adapt to the automatic assembly of the socket.

Preferably, a switch module is also provided in the socket housing, the switch module includes a switch module housing and an opening and closing control mechanism, a pair of switch incoming wire terminals is provided on one side of the switch module housing, and a pair of switch outlet wires are provided on the other side terminal, the switch outlet terminal is connected with the conductive sheet sleeve, and the conductive sheet sleeves on a pair of switch outlet terminals are respectively clamped on the conductive sheet of the L pole socket and the N pole socket conductive sheet, and the switch module shell It is clamped on the inner surface of the socket panel in a manner of pressing along the distribution direction of the hole-type module shell and the socket panel. The switch can adapt to the needs of the automatic assembly of the socket, and the switch module can also assist in the positioning of the N-pole conductive sheet of the socket.

As a preference, the outlet terminal of the switch is provided with a socket electrical plug-in structure, the socket electrical plug-in structure includes a body, one end of the body is provided with a connector, the other end is provided with a bearing piece, and the two sides of the bearing piece are provided with A pressing sheet, a conductive sheet slot is formed between the pressing sheet and the receiving sheet, the pressing sheet includes a connecting wall and a pressing wall, the pressing wall is connected together through the connecting wall and the receiving sheet, and the connecting The wall is provided with a backstop block protruding toward the inside of the slot, the backstop block is elastically connected with the connecting wall, the switch incoming terminal is provided with a backstop groove, and the switch incoming terminal is plugged into Closely inside the slot, the pressing wall abuts against the switch incoming terminal, and the backstop block is located in the backstop groove. The switch and socket power cord or socket terminal can be connected in a plug-in manner, and cannot be disassembled after connection, so that the connection of the socket and power cord can meet the needs of automatic assembly of the socket; no welding slag will be generated during connection and Good reliability.

Preferably, a wiring terminal module is also provided in the socket housing, the wiring terminal module includes a base, and the base is provided with two wiring holes, and the wiring holes are distributed along the distribution direction of the wiring terminal module and the switch module, so that The connecting piece is an insertion piece, the insertion piece is inserted into the connection hole, and the base is clamped on the inner surface of the socket panel in a manner of pressing along the extending direction of the connection hole. The terminal module is designed so that users can freely install the corresponding socket power cord according to their needs. The installation of the wiring terminal module can meet the needs of the automatic assembly of the socket.

The invention has the following advantages: realize the modular production of sockets, so that functional components such as hole modules in sockets can be used in sockets with different layouts; lay the foundation for automatic production of sockets; realize functional components without welding or riveting The electrical connection with the conductive sheet of the socket makes it more convenient for the automatic production of the socket.

Description of drawings

Fig. 1 is a schematic diagram of a split state of Embodiment 1 of the present invention.

Fig. 2 is a schematic diagram of the three-dimensional structure of the five-hole module in the first embodiment.

Fig. 3 is a perspective view of the three-dimensional state of the five-hole module after removing the cover plate of the five-hole module.

Fig. 4 is a three-dimensional schematic diagram of another perspective after removing the five-hole module cover plate from the five-hole module.

Fig. 5 is a schematic front view of the five-hole module with the cover plate removed.

Fig. 6 is a schematic diagram of the use state of the five-hole module in the first embodiment.

Fig. 7 is an enlarged cross-sectional schematic diagram of the connection between the conductive sheet of the socket and the socket of the conductive sheet.

Fig. 8 is a schematic diagram of the three-dimensional state of the double-hole module in the first embodiment.

Fig. 9 is a schematic diagram of the structure of the double-hole module after removing the cover plate of the double-hole module.

Fig. 10 is a schematic diagram of the use state of the double-hole module in the first embodiment.

Fig. 11 is a schematic diagram of the separated state of the indicator light module in the first embodiment.

Fig. 12 is a schematic view of the use status of the indicator light module in the first embodiment.

Fig. 13 is a schematic perspective view of the three-dimensional structure of the switch module in the first embodiment.

FIG. 14 is a schematic perspective view of the three-dimensional structure of the switch module after the lower cover of the switch module is removed.

Fig. 15 is a schematic diagram of the use state of the switch module.

Fig. 16 is a schematic perspective view of another viewing angle of Embodiment 1 of the present invention.

Fig. 17 is a schematic diagram of the connection between the switch incoming terminal and the electrical plug-in structure of the socket in the second embodiment.

Fig. 18 is a partial schematic diagram of the socket electrical insertion structure in the third embodiment.

Fig. 19 is a schematic diagram of a partial three-dimensional state of Embodiment 4 of the present invention.

Fig. 20 is a schematic diagram of the connection relationship between the terminal module and the socket panel.

Fig. 21 is a schematic diagram of a partial three-dimensional state of Embodiment 5 of the present invention.

In the figure: indicator light module 1, indicator light 11, indicator light power introduction pin 111, indicator light drive circuit board 12, indicator light power input contact 121, indicator light module shell 13, indicator light module lower cover 131, indicator light module Panel 132, bump 133, indicator light fixing pin 134, indicator light module part buckle 14, indicator light part barb 141, indicator light part connecting ear 142, indicator light part buckle hole 143, conductive sheet fixing protrusion 15, plug Slot 151, the free end 152 of the conductive plate fixing boss, the power supply introduction compression spring 16, the isolation plate 17 of the indicator light part, the free end 171 of the isolation plate of the indicator light part, the switch module 2, the switch module shell 21, the switch module lower cover 211 , switch module panel 212, switch incoming terminal 22, anti-retraction groove 222, incoming line terminal translational limit structure 221, incoming line terminal front and rear limit groove 2211, incoming line terminal left and right limit groove 2212, incoming line terminal front and rear limit Block 2213, incoming line terminal left and right limit block 2214, switch outgoing line terminal 23, outgoing line terminal translation limit structure 231, outgoing line terminal front and rear limit groove 2311, outgoing line terminal left and right limit groove 2312, outgoing line terminal front and rear limit block 2313, outgoing line Terminal left and right limit block 2314, opening and closing control mechanism 24, transition conductive sheet 25, switch module part transition conductive sheet translation limit structure 251, switch module part transition conductive sheet front and rear limit groove 2511, switch module part transition conductive sheet left and right limit Position slot 2512, front and rear limit blocks 2513 of the transition conductive piece of the switch module part, left and right limit blocks 2514 of the switch module part transition conductive piece, buckle 26 of the switch module part, connection ear 261 of the switch part, barb 262 of the switch part, and switch part buckle Hole 263, switch fixing pin 27, limit fork 28, socket conductive piece 3, N pole socket conductive piece 31, L pole socket conductive piece 32, E pole socket conductive piece 33, locking block 34, power cord connection section 35 , transition section 36, main body section 37, three-pole socket socket 41, second N-pole socket socket 411, second L-pole socket socket 412, E-pole socket socket 413, bipolar socket socket 42, first N pole socket sleeve 421, first L pole socket sleeve 422, conductive sheet sleeve 43, connecting section 4321, clamping section 4322, inclined section 4323, insertion port 431, elastic clip 432, locking hole 433, support Block 44, escape groove 441, free end 442 of support block, five-hole hole module 5, five-hole hole module bottom box 51, first isolation cavity 511, second isolation cavity 512, third isolation cavity 513, first Connecting hole 514, five-hole hole type module shell 52, five-hole hole type module cover plate 53, five-hole hole type module panel 54, five-hole hole type module part buckle hole 55, five-hole hole type module buckle position 56, five-hole Undercut 561 of pass module part, buckle hole 562 of five-hole pass module part, supporting step 57 of five-hole pass module part, jack 58 of five-hole pass module part, double-hole pass module 6, double-hole pass module Bottom box 61, isolation plate 62 of double-hole module part, cover plate of double-hole module 63. Double-hole module panel 64, double-hole module buckle 65, double-hole module buckle 66, double-hole module barb 661, double-hole module buckle 662, double Hole type module part support step 67, double hole type module part socket 68, double hole type module shell 69, socket electrical plug structure 7, body 71, bearing sheet 72, pressing sheet 73, connecting wall 731, Cutout 7311, clamping wall 732, folded edge 733, slot 74, stop block 75, connecting piece 76, guide plate 77, clamping block 78, booster hole 79, terminal module 8, base 81, wiring hole 82 , crimping bolt 83, buckle position 84 of terminal part, barb 841 of terminal part, buckle hole 842 of terminal part, chute 85, socket shell 9, socket panel 91, five-hole hole module connection structure 911, support enclosure Plate 9111, socket panel barb 9112, hole module window 9113, indicator light window 912, switch module window 913, jack 914, indicator light module support column 915, switch module support column 916, fourth connection hole 9161, double Hole type module connection structure 917, E pole socket conductive piece support column 918, limit groove 9181, terminal connection structure 919, first side baffle 9191, positioning groove 91911, second side baffle 9192, guide rail 9193, conductive A sheet positioning module 10 , a main body 101 , a pressing block 102 , and a connecting head 103 .

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Embodiment 1, referring to Fig. 1, an explicit modular socket, including a socket shell 9, a socket conductive sheet 3, a five-hole hole module 5, a two-hole hole module 6, a socket electrical insertion structure 7, and an indicator light module 1 and switch module 2.

The socket housing 9 includes a socket panel 91 and a socket bottom box (not shown in the figure). The socket panel 91 and the socket bottom box form a box body. The socket conductive sheet 3 , the five-hole hole module 5 , the double-hole hole module 6 , the indicator light module 1 and the switch module 2 are distributed on the same straight line and are all located inside the socket housing 9 . The socket panel 91 is provided with an indicator light window 912 , a switch module window 913 and several jacks 914 . There are 2 five hole pattern modules 5. There are 2 double-hole hole modules 6.

The socket conductive sheet 3 includes an N-pole socket conductive sheet 31 , an L-pole socket conductive sheet 32 and an E-pole socket conductive sheet 33 . The conductive sheet 3 of the socket is a flat structure. The socket conductive sheet 3 is arranged in the socket housing 9 in such a way that the width direction is the same as the thickness direction of the socket panel. The N-pole socket conductive sheet 31 , the L-pole socket conductive sheet 32 and the E-pole socket conductive sheet 33 are distributed along the width direction of the socket shell 9 , that is, the socket panel 91 . The conductive sheet 3 of the socket is a linear structure. The end portion of the conductive sheet 33 of the E pole socket is also provided with a back-stop groove 222 .

The indicator light module 1 includes an indicator light 11 , an insulated indicator light module housing 13 and a conductive sheet fixing boss 15 . The indicator light 11 and the conductive sheet fixing bosses 15 are distributed at opposite ends of the indicator light module housing 13 . Two slots 151 are provided on the end surface of the conductive sheet fixing boss 15 . The two slots 151 on the fixed boss 15 of the same conductive sheet are perpendicular to each other. The slot 151 runs through the conductive sheet fixing boss 15 along the width direction (ie, cross-sectional direction) of the conductive sheet fixing boss 15 . The ends of the conductive sheet 31 of the N-pole socket and the conductive sheet 32 of the L-pole socket are inserted into the slots 151 in the two conductive sheet fixing bosses 15 .

The switch module 2 includes a switch module housing 21 and an opening and closing control mechanism 24 . The opening and closing control mechanism 24 is an existing push-type structure, that is, the switch is a push switch. The side of the switch module 2 facing the hole module is also provided with two conductive strip sleeves 43 , and the other side is provided with two switch incoming terminals 22 . The switch incoming terminal 22 is provided with an anti-retreat groove 222 . The two conductive sheet sleeves 43 on the switch module 2 are clamped on the conductive sheet 31 of the N-pole socket and the conductive sheet 32 of the L-pole socket in one-to-one correspondence.

The five-hole module 5 includes a five-hole module shell 52 and three conductive sheet sockets 43 . The five-hole module housing 52 includes a five-hole module bottom box 51 and a five-hole module cover plate 53 . The side of the five-hole module housing 52 is provided with five-hole module buttonholes 55 . The five-hole module cover plate 53 is provided with a five-hole module panel 54 . A five-hole module supporting step 57 is formed between the five-hole module panel 54 and the five-hole module cover plate 53 . The conductive strip sleeve 43 passes through the bottom wall of the five-hole module bottom box 51 . A pair of insulating support blocks 44 are arranged on the periphery of each conductive strip socket 43 along the distribution direction of the socket conductive strips 3 . The conductive sheet sleeve 43 is located between a pair of supporting blocks 44 . The support block 44 is connected to the outer surface of the bottom wall of the five-hole module bottom box 51 . The support block 44 and the five-hole module bottom box 51 are integrally structured. The free end 442 of the support block is beyond the socket 43 of the conductive sheet and the corresponding conductive sheet of the socket. Both ends of the supporting block 44 along the extending direction of the socket conductive sheet 3 exceed the conductive sheet socket 43 . The three conductive sheet sleeves 43 on the five-hole hole type module 5 are clamped on the conductive sheet 31 of the N-pole socket, the conductive sheet 32 of the L-pole socket and the conductive sheet 33 of the E-pole socket one by one.

The double-hole hole module 6 includes a double-hole hole module shell 69 and two conductive sheet sockets 43 . The double-hole module housing 69 includes a double-hole module bottom box 61 and a double-hole module cover plate 63 . The side of the double-hole module shell 69 is provided with a button hole 65 for the module part of the double-hole module. The double-hole module cover plate 63 is provided with a double-hole module panel 64 . A supporting step 67 is formed between the double-hole module panel 64 and the double-hole module cover plate 63 . The setting method of the conductive strip sleeve 43 on the double-hole hole type module 6 is the same as that in the five-hole hole type module 5 . The two conductive sheet sleeves 43 on the double-hole module 6 are clamped on the conductive sheet 31 of the N-pole socket and the conductive sheet 32 of the L-pole socket in one-to-one correspondence.

The inner surface of the socket panel 91 is provided with an indicator light module support column 915, a switch module support column 916, a five-hole hole type module connection structure 911, a double hole hole type module connection structure 917 and an E pole socket conductive sheet support column 918. There are two support columns 915 for the indicator light module and two support columns 916 for the switch module.

Both the five-hole hole-type module connection structure 911 and the double-hole hole-type module connection structure 917 include a support enclosure 9111 , socket panel barbs 9112 and hole-type module windows 9113 . The barbs 9112 on the socket panel are distributed along the circumference of the support panel 9111 . The perforated module window 9113 is located in the area enclosed by the support enclosure 9111. The supporting shroud 9111 extends circumferentially along the aperture module window 9113 .

The difference between the five-hole pass module connection structure 911 and the double-hole pass module connection structure 917 is that the supporting enclosure 9111 in the five-hole pass module connection structure 911 and the pass module window 9113 are both in the same shape as the five-hole pass module The shape of the faceplate 5451 , the shape of both the support enclosure 9111 and the aperture module window 9113 in the dual aperture aperture module connection structure 917 match the shape of the dual aperture aperture module panel 64 .

The supporting column 918 of the conductive sheet of the E pole socket is located between the switch module 2 and the nearest hole-type module away from the switch module. A limiting groove 9181 is provided on the end surface of the supporting column 918 of the conductive sheet of the E pole socket.

Referring to FIG. 2 , the five-hole hole module also includes a buckle 56 for the five-hole hole module. The five-hole module buckle 56 includes five-hole module barbs 561 and five-hole module buttonholes 562 . The barb 561 of the five-hole type module part is hooked in the buckle hole 562 of the five-hole type module part. The barb 561 of the five-hole module part is disposed on the five-hole module cover plate 53 . The button hole 562 of the five-hole module part is disposed on the bottom box 51 of the five-hole module. The buckle holes 562 of the five-hole module part pass through the five-hole module bottom box 51 along the distribution direction of the five-hole module cover plate 53 and the five-hole module bottom box 51 . The limiting step 57 is an annular structure surrounding the outer periphery of the five-hole module panel 54 . The five-hole module panel 54 is provided with a five-hole module part jack 58 .

Referring to FIG. 3 , the five-hole module also includes a three-pole socket sleeve 41 and a two-pole socket sleeve 42 .

The upper end of the five-hole hole type module bottom box 51 is open. A first isolation cavity 511 , a second isolation cavity 512 , a third isolation cavity 513 and a first connection hole 514 are provided in the five-hole type modular bottom box 51 . The first connecting hole 514 is polygonal. More specifically a square. The first connecting hole 513 is located between the first isolation cavity 511 , the second isolation cavity 512 and the third isolation cavity 513 .

The three-pole socket socket 41 is composed of a second N pole socket socket 411 , a second L pole socket socket 412 and an E pole socket socket 413 . The three-pole socket socket 41 is a flat socket. The second N-pole socket sleeve 411 is installed in the first isolation cavity 511 . The second L pole socket sleeve 412 is installed in the second isolation cavity 512 . The E pole socket sleeve 413 is installed in the third isolation cavity 513 .

The bipolar socket socket 42 is composed of a first N-pole socket socket 421 and a first L-pole socket socket 422 . The bipolar socket socket 42 is a double-purpose socket (that is, a socket that both the round pin and the flat pin can be inserted into). The E pole socket sleeve 413 is located between the first N pole socket sleeve 421 and the first L pole socket sleeve 422 . The first N-pole socket sleeve 421 and the second N-pole socket sleeve 411 are integrated and installed in the first isolation cavity 511 . The first L-pole socket sleeve 422 and the second L-pole socket sleeve 412 are integrated and installed in the second isolation cavity 512 .

The first in the three conductive sheet sockets 43 in the five-hole hole type module is connected together with the second N pole socket socket 411, the second is connected together with the second L pole socket socket 412, and the third is connected with the second N pole socket socket 412. One is connected together with the E pole socket socket sleeve 413.

Referring to FIG. 4 , the conductive sheet socket 43 only includes a pair of elastic clips 432 distributed along the width direction of the socket shell. An insertion opening 431 is provided at the end of the conductive strip sleeve 43 away from the five-hole module bottom box 51 . The length directions of the insertion openings of the three conductive strip sleeves 43 are the same. The three conductive sheet sleeves 43 are staggered along the width direction of the insertion opening 431 . An avoidance groove 441 is provided on the surface of the support block 44 facing the side of the conductive sheet sleeve.

Referring to FIG. 5 , the elastic clip 432 includes an inclined section 4323 and a clamping section 4322 . The insertion opening 431 is formed by a pair of inclined sections 4323 of the elastic clips. The free end of the inclined section 4323 is located in the escape groove 441 (see FIG. 4 ).

Referring to Fig. 6, the method of connecting the five-hole hole module and other components is: make the five-hole hole panel 54 face the inner surface of the socket panel 91 and align with the hole module window 9113, and move the five-hole hole pattern toward the socket panel 91 Until the module shell 52 cannot be moved, the barb 9112 of the socket panel part is hooked on the buckle hole 55 of the five-hole type module part, and the five-hole type module support step 57 abuts against the end face of the support panel 9111. The hole type module panel 54 is pierced in the hole type module window 9113 . Thus, the five-hole module 5 and the socket panel 91 are fixed together.

Make the N-pole socket conductive sheet 31, the L-pole socket conductive sheet 32 and the E-pole socket conductive sheet 33 move closer to the three conductive sheet sleeves 43 in the state of standing vertically in the width direction, and the conductive sheet sleeves 43 are clamped on the socket conductive sheet. 3, so that the socket conductive sheet 3 and the five-hole module 5 are connected together. The two ends of socket conductive sheet 3 all stretch out conductive sheet insert sleeve 43.

Referring to FIG. 7 , the elastic clip 432 further includes a connecting section 4321 . The connecting section 4321 connects the clamping section 4322 and the corresponding socket socket together. A locking hole 433 is defined on the clamping section 4322 . A locking block 34 is provided on the conductive sheet 3 of the socket. The locking block 34 and the socket conductive sheet 3 are integrally formed by stamping. The conductive piece sleeve 43 is fixed by the clamping section 4322 elastically abutting against the socket conductive piece 3 to fix the socket conductive piece 3 . The locking block 34 is locked in the locking hole 433 so that the socket conductive sheet 3 cannot be pulled out from the conductive sheet socket 43 .

As shown in FIG. 8 , the double-hole hole module also includes a buckle 66 for the double-hole hole module. The double-hole module buckle 66 includes a double-hole module barb 661 and a double-hole module button hole 662 . The barb 661 of the double-hole module part is hooked into the buttonhole 662 of the double-hole module part. The barb 661 of the double-hole module part is disposed on the cover plate 63 of the double-hole module. The button hole 662 of the double-hole type module part is disposed in the bottom box 61 of the double-hole type module. The button holes 662 of the double-hole module part pass through the double-hole module bottom box 61 along the distribution direction of the double-hole module cover plate 63 and the double-hole module bottom box 61 . The supporting step 67 of the double-hole module is an annular structure surrounding the panel 64 of the double-hole module. The panel 64 of the double hole type module part is provided with the jack 68 of the double hole type module part.

FIG. 9 , the top of the double-hole module bottom box 61 is open. A double-hole hole type module bottom box 61 is provided with a bipolar socket sleeve 42 . The bipolar socket socket 42 is composed of a first N-pole socket socket 421 and a first L-pole socket socket 422 . The bipolar socket socket 42 is a double-purpose socket (that is, a socket that both the round pin and the flat pin can be inserted into). The first N-pole socket socket 421 and the first L-pole socket socket 422 are connected to the two conductive sheet sockets 43 (see FIG. 2 ) constituting the double-hole module in a one-to-one manner in an integral structure. A pair of insulated double-hole type module portion isolation plates 62 are provided between the first N-pole socket sleeve 421 and the first L-pole socket sleeve 422 . The isolation plate 62 of the double-hole type module part and the bottom box 61 of the double-hole type module are plastic parts with an integral structure. A second connection hole (not visible in the figure) is provided between a pair of double-hole-type module part isolation plates 62 . The second connecting hole is a polygonal hole, more specifically a square hole.

Referring to Fig. 10, the method for connecting the double-hole hole module and other components is: make the double-hole hole panel 64 face the inner surface of the socket panel 91 and align with the hole module window 9113, and move the double-hole hole pattern toward the socket panel 91 The module shell 69 can not be moved until the barb 9112 of the socket panel part is hooked on the button hole 65 of the double-hole hole type module part, and the double-hole hole type module support step 57 is abutted on the end face of the support panel 9111, and the The hole type module panel 64 is pierced in the hole type module window 9113 . Thus, the double-hole module 6 and the socket panel 91 are fixed together.

Make the N-pole socket conductive sheet 31 and the L-pole socket conductive sheet 32 move closer to the three conductive sheet sleeves 43 in the vertical state in the width direction, and the conductive sheet sleeves 43 are clamped on the socket conductive sheet 3, so that the socket conductive sheet 3 and double-hole hole module 6 are connected together. The two ends of socket conductive sheet 3 all stretch out conductive sheet insert sleeve 43.

Referring to FIG. 11 , the indicator light module further includes an indicator light driving circuit board 12 , a buckle 14 on the indicator light module part and a pair of power supply introduction compression springs 16 .

Indicator lamp 11 is LED. The indicator light 11 is provided with an indicator light power lead-in pin 111 .

The indicator light driving circuit board 12 is provided with a pair of indicator light power lead-in contacts 121 .

The indicator light module housing 13 includes an indicator light module lower cover 131 and an indicator light module panel 132 . A protrusion 133 is provided on the outer surface of the side wall of the lower cover 131 of the indicator light module. The bump 133 and the lower cover 131 of the indicator light module are integrally formed. There are four bumps 133 . Four protrusions 133 are distributed on the front and back sides of the lower cover 131 of the indicator light module. The indicator light module panel 132 is provided with a pair of cylindrical indicator light fixing pins 134 . The indicator light fixing pin 134 and the indicator light module panel 132 are integrally structured. The indicator light fixing pins 134 are distributed along the thickness direction of the socket.

There are two button positions 14 on the indicator light module part. The two button positions 14 of the indicator light module are distributed on the front and rear sides of the outer surface of the indicator light module shell 13 . The button position 14 of the indicator light module part includes a barb 141 of the indicator light part, a connecting ear 142 of the indicator light part and a button hole 143 of the indicator light part. The barb 141 of the indicator light part is disposed on the side of the lower cover 131 of the indicator light module. The barb 141 of the indicator light part and the lower cover 131 of the indicator light module are integrally formed. The connecting ear 142 of the indicator light part is disposed on the side of the indicator light module panel 132 . The connecting ear 142 of the indicator light part and the indicator light module panel 132 are integrally structured. The button hole 143 of the indicator light part is provided with the connecting ear 142 of the indicator light part.

The conductive sheet fixing boss 15 is located on the lower side of the indicator light module housing 13 . The conductive sheet fixing boss 15 and the lower cover 131 of the indicator light module are integrally constructed. The conductive sheet fixing boss 15 is provided with a spring mounting hole that penetrates to the inner space of the indicator light module housing 13 (the viewing angle in the figure is blocked by the lower cover 131 of the indicator light module and cannot be seen). The slot 151 passes through the above-mentioned spring installation hole along the height direction of the conductive sheet fixing boss 15 (ie, the up-down direction in the figure). An isolating plate 17 of an insulating structure is provided between the pair of conductive sheet fixing bosses 15 . The isolation plate 17 of the indicator light part and the lower cover 131 of the indicator light module are integrally formed. The free end 171 of the isolating plate of the indicator light part exceeds the free end 152 of the conductive sheet fixing boss.

The method for assembling the components of the present invention is as follows: the indicator light 11 is located on the upper side of the indicator light module housing 13 . The indicator light power lead-in pin 111 passes through the indicator light module panel 132 and is welded on the indicator light driving circuit board 12 . The indicator light 11 is driven by the indicator light driving circuit board 12 . The indicator light driving circuit board 12 and the power supply introduction compression spring 16 are located inside the indicator light module housing 13 . The upper ends of a pair of power lead-in compression springs 16 are abutted and connected with a pair of indicator light power lead-in contacts 121 in one-to-one correspondence. Close the indicator light module panel 132 and the indicator light module lower cover 131. At this time, the lower ends of a pair of power supply introduction compression springs 16 abut against the above-mentioned spring installation holes in the pair of conductive sheet fixing bosses 15 one by one. When the indicator light module panel 132 and the indicator light module lower cover 131 are closed, the indicator light barb 141 hooks into the indicator light button hole 143 to fix the indicator light module panel 132 and the indicator light module lower cover 131 together.

Referring to FIG. 12 , a third connection hole 9151 is provided on the end surface of the indicator light support column 915 . The third connecting hole 9151 is a polygonal hole, specifically a square hole.

The method for connecting the indicator light module and other components is as follows: make the indicator light module 1 move closer to the socket panel 91 , and insert the indicator light fixing pin 134 into the third connection hole 9151 in a tightly fitting manner. The indicator light 11 is set in the indicator light window 912 . The L-pole socket conductive sheet 32 and the E-pole socket conductive sheet 31 are inserted into the slot 151 vertically in the width direction and abut against the power supply introduction compression spring 16 (see FIG. 10 ) to introduce power to the indicator light 11 .

Referring to FIG. 13 , the switch module further includes two switch incoming terminals 22 and two switch outgoing terminals 23 . The switch outgoing terminal 23 and the switch incoming terminal 22 are distributed on opposite sides of the switch module housing 21 . The two conductive sheet sockets 43 are connected to the two switch outlet terminals 23 in a one-to-one correspondence. The conductive strip sleeve 43 and the switch outlet terminal 23 are integrally structured.

The switch module housing 21 includes a switch module lower cover 211 and a switch module panel 212 . The lower cover 211 of the switch module and the panel 22 of the switch module are fastened together by two buckles 26 of the switch module. Two button positions 26 of the switch module are distributed on the front and rear outer surfaces of the switch module housing 21 . The buckle 26 of the switch module part includes a switch part connecting ear 261 , a switch part barb 262 and a switch part button hole 263 . The switch part connecting ear 261 is disposed on the switch module lower cover 211 . The switch portion barb 262 is disposed on the switch module panel 212 . The button hole 263 of the switch part is disposed on the connecting ear 261 of the switch part. The barb 262 of the switch part is hooked into the button hole 263 of the switch part. The switch module panel 212 is provided with two cylindrical switch fixing pins 27 . The switch fixing pins 27 extend along the distribution direction of the switch module lower cover 211 and the switch module panel 212 . The switch fixing pin 27 and the switch module panel 212 are integrally structured. The lower cover 211 of the switch module is provided with a pair of insulating limit forks 28 . The limit fork 28 and the lower cover 211 of the switch module are integrally structured. The two conductive strip sleeves 43 are inserted in the pair of limit forks 28 in a one-to-one correspondence. Both the switch incoming terminal 22 and the switch outgoing terminal 23 are clamped between the switch module lower cover 211 and the switch module panel 212 in an abutting manner. The switch incoming terminal 22 is provided with an anti-retreat groove 222 . The opening and closing control mechanism 24 is located on the side where the switch module panel 212 of the switch module housing 21 is located.

Referring to FIG. 14 , one switch outgoing terminal of the two switch outgoing terminals 23 and one switch incoming terminal of the two switch conducting terminals 22 are connected together through a transition conductive sheet 25 . The other switch outlet terminal in the two switch outlet terminals 23 can be electrically connected together on and off by the switch control mechanism 24 and the two switch terminals 22 (by the switch control mechanism 24). The channel ground is electrically connected to the switch terminal and the switch outlet terminal in an existing structure, which can be a pressing structure, a seesaw structure, a toggle structure or a rotating structure). The switch module also includes a translation limiting structure 221 of the incoming line terminal, a translation limiting structure 231 of the outgoing line terminal, and a translation limiting structure 251 of the transition conductive sheet at the switch module part. The incoming line terminal translation limiting structure 221 includes incoming line terminal front and rear limit slots 2211 , incoming line terminal left and right limit slots 2212 , incoming line terminal front and rear limit blocks 2213 and incoming line terminal left and right limit blocks 2214 . The front and rear limiting grooves 2211 of the incoming line terminals and the left and right limiting grooves 2212 of the incoming line terminals are arranged on the switch module panel 212 . The front and rear limiting blocks 2213 of the incoming line terminal and the left and right limiting blocks 2214 of the incoming line terminal are arranged on the incoming line terminal 22 and are integrated with the incoming line terminal. The front and rear limiting blocks 2213 of the incoming line terminal are accommodated in the front and rear limiting slots 2211 of the incoming line terminal. The left and right limit blocks 2214 of the incoming line terminal are accommodated in the front and rear limit slots 2212 of the incoming line terminal. The incoming line terminal 22 is fixed on the mating surface of the lower cover of the switch module and the panel 212 of the switch module through the translational limit structure 221 of the incoming line terminal, so that it cannot translate forward, backward, left, and right. The translational limit structure 231 of the outlet terminal includes a front and rear limit groove 2311 of the outlet terminal, a left and right limit groove 2312 of the outlet terminal, a front and rear limit block 2313 of the outlet terminal, and a left and right limit block 2314 of the outlet terminal. The front and rear limiting slots 2311 of the outgoing line terminals and the left and right limiting slots 2312 of the outgoing line terminals are disposed on the switch module panel 212 . The front and rear limit blocks 2313 of the outgoing line terminal and the left and right limit blocks 2314 of the outgoing line terminal are arranged on the outgoing line terminal 23 and are integrally structured with the outgoing line terminal. The front and rear limit blocks 2313 of the outlet terminals are accommodated in the front and rear limit grooves 2311 of the outlet terminals. The left and right limit blocks 2314 of the outlet terminals are accommodated in the front and rear limit grooves 2312 of the outlet terminals. The outlet terminal 23 is fixed on the mating surface of the lower cover of the switch module and the panel 212 of the switch module through the translation limiting structure 231 of the outlet terminal so as not to be able to translate forward, backward, left, and right. The switch module part transition conductive sheet translation limit structure 251 includes the switch module part transition conductive sheet front and rear limit grooves 2511, the switch module part transition conductive sheet left and right limit grooves 2512, the switch module part transition conductive sheet front and rear limit blocks 2513 and the switch module The left and right limit blocks 2514 of the transition conductive sheet. The left and right limit blocks 2514 of the transition conductive piece of the switch module part and the front and rear limit grooves 2511 of the transition conductive piece of the switch module part are arranged on the switch module panel 212 . The front and rear limit blocks 2513 of the transition conductive sheet of the switch module part and the left and right limit grooves 2512 of the transition conductive sheet of the switch module part are arranged on the transition conductive sheet 25 of the switch module part. The front and rear limit blocks 2513 of the transition conductive sheet of the switch module part are accommodated in the front and rear limit grooves 2511 of the switch module part transition conductive sheet. The left and right limit blocks 2514 of the transition conductive piece of the switch module part are accommodated in the front and rear limit grooves 2512 of the transition conductive piece of the switch module part. The transition conductive piece 25 of the switch module part is fixed on the mating surface of the lower cover of the switch module and the panel 212 of the switch module through the translation limiting structure 251 of the transition conductive piece of the switch module part, so that it cannot be translated back and forth, left and right.

Referring to FIG. 15 , a fourth connection hole 9161 is provided on the end surface of the switch support column 916 . The fourth connecting hole 9161 is a polygonal hole, specifically a square hole.

The method for connecting the switch module and other components is: align the switch control structure 24 with the switch module window 913 on the socket panel 91, and insert the two fourth connection pins 27 by pressing down on the switch module panel 212. In the hole 9161, the switch fixing pin 27 cooperates with the fourth connection hole 9161 in a tight fit to fix the switch module panel 212 on the inner surface of the socket panel 91; the incoming line terminal 22, the outgoing line terminal 23 and the switch module part are transitioned The conductive sheet 25 is placed on the switch module panel 212; the switch module lower cover 211 is moved down to cover the switch module lower cover 211 on the switch module panel 212, and the switch module part buckle 26 connects the switch module lower cover 211 and the switch module panel 212 Fasten together to clamp the switch incoming terminal 22 , the switch outgoing terminal 23 and the transition conductive piece 25 of the switch module part. The N-pole socket conductive sheet 31 and the L-pole socket conductive sheet 32 are respectively moved down in a vertical manner in the broadband direction and inserted into two conductive sheet sleeves 43, so that the socket conductive sheet and the switch module 2 are connected together. The connection mode of the conductive sheet sleeve on the switch module and the socket conductive sheet is the same as that of the conductive sheet socket in the hole module and the socket conductive sheet.

Referring to FIG. 16 , after the components of the present invention are assembled, the E-pole socket conductive sheet 33 is inserted into the limit groove 9181 at the end of the E-pole socket conductive sheet support column 918 . The supporting column 918 of the conductive sheet of the E-pole socket plays a role of fixing and supporting the conductive sheet 33 of the E-pole socket. Three wires of the socket power cord are respectively connected with the E pole socket conductive sheet 33 and two switch incoming terminals 22 to lead the power supply to the socket.

Embodiment 2, referring to FIG. 17 , differs from Embodiment 1 in that a socket electrical plug-in structure 7 is provided at the ends of the two switch incoming terminals 22 and the conductive sheet of the E-pole socket. The socket electrical insertion structure includes a body 71 . One end of the body 71 is provided with a slot 74 , and the other end is provided with a connecting piece 76 . The connecting piece 76 is a hoop. An end of the main body 71 away from the connecting member 76 is provided with a supporting piece 72 . A pressing piece 73 is provided on both sides of the supporting piece 72 . The pressing piece 73 and the supporting piece 72 are integrally structured. A slot 74 is formed between the pressing piece 73 and the supporting piece 72 . The pressing piece 73 includes a connecting wall 731 , a clamping wall 732 and a folded edge 733 arranged in sequence. The connecting wall 731 , the clamping wall 732 and the folded edge 733 are sheet metal parts with an integrated structure. The connecting wall 731 connects the clamping wall 732 and the receiving piece 72 together. The connecting wall 731 is provided with a cutout 7311 and a stop block 75 . The notch 7311 and the stop block 75 are stamped on the connecting wall 731 . The cutout 7311 passes through the connecting wall 731 . Only one end of the stop block 75 is connected with the connecting wall 731 . The other end of the stop block 75 protrudes toward the inside of the slot 74 . The stop block 75 is elastically connected to the connecting wall 731 . The folded edge 733 is bent toward the receiving piece 72 . One end of the receiving piece 72 located at the insertion end of the slot 74 is provided with an inclined guide plate 77 . The supporting piece 72 is provided with an elastic clamping block 78 . The clamping block 78 protrudes toward the inside of the slot 74 . The clamping block 78 is stamped on the supporting piece 72 . Two booster holes 79 are also provided on the supporting piece 72 . The booster hole 79 passes through the supporting piece 72 . The booster holes 79 are distributed on both sides of the clamping block 78 along the extending direction of the slot 74 . The clamping block 78 and the folded edge 733 clamp the switch terminal 22 or the conductive sheet of the E pole socket, and the free end of the stop block 75 is accommodated in the stop slot 222 (see FIG. 1 ).

Embodiment 3, referring to FIG. 18 , is different from Embodiment 2 in that: the booster holes 79 are distributed on both sides of the clamping block 78 along the direction perpendicular to the extending direction of the slot 74 .

Embodiment 4, referring to FIG. 19 , differs from Embodiment 3 in that: the connector 76 is an insert. E, that is, the socket conductive sheet 3 includes a main body section 37 , a power line connection section 35 and a transition section 36 . The power cord connection section 35 is a flat structure. The plane where the power cord connecting section 35 is located is parallel to the plane where the socket panel 91 is located. The transition section 36 is a twisted structure. The transition section 36 is a sheet metal structure. The twist angle of the transition section 36 is 90°. The transition section 36 connects the power line connection section 35 and the socket conductive sheet 3 together. The transition section 36 , the power cord connection section 35 and the main section 37 are all in one structure. The main body section 37 is a flat structure. The structure of the main body section 37 is the same as that in the previous embodiments, that is, the main body section 37 is a flat structure, and the plane where the main body section 37 is located is perpendicular to the plane where the socket panel 91 is located. Therefore, the included angle between the width direction line of the socket socket connecting section 37 and the width direction line of the main body section 37 is 90°. The included angle between the width direction line of the main body section 37 and the width direction line of the power line connecting section 35 is equal to the twist angle of the transition section 36 . It is convenient for space layout.

The inner surface of the socket panel 91 is provided with a connection terminal connection structure 919 . The terminal connection structure 919 includes two first side shields 9191 . The first side shields 9191 are distributed along the width direction of the socket panel 91 . The outer surface of the first side shield 9191 is provided with a positioning groove 91911 extending along the thickness direction of the socket panel 91 .

A connection terminal module 8 and a conductive sheet positioning module 10 are also arranged in the socket housing 9 . The switch module 2 is located between the terminal module and the hole module (not shown in the figure). The wiring terminal module 8, the switch module 2, the conductive sheet positioning module 10 and the five-hole hole module 5 are distributed on the same straight line. The conductive strip positioning module 10 is located between the terminal module 8 and the switch module 2 . The terminal block 8 includes a base 81 . The base 81 is made of insulating material. The base 81 is provided with three wiring holes 82. The extension directions of the three wiring holes 82 are the same. The wiring hole 82 extends along the distribution direction of the switch module 2 and the wiring terminal module 8 . The wiring holes 82 pass through the base 81 . The two connectors 76 and the end of the power cord connection section 35 in the E pole socket conductive piece 33 are plugged into the three wiring holes 82 in a one-to-one correspondence. A crimping bolt 83 screwed to the base 81 is disposed on the bottom wall of the wiring hole 82 . The crimping bolts 83 extend along the thickness direction of the socket housing, that is, the thickness direction of the socket panel 91 .

The conductive sheet positioning module 10 includes a main body 101 and three pressing blocks 102 . Two ends of the main body 101 are respectively provided with a connector 103 . The two connectors 103 are correspondingly located in the two positioning grooves 91911 and hooked together with the positioning grooves 91911 in a manner of pressing up and down. The pressing block 102 and the main body 101 are integrally structured. The three pressing blocks 102 are pressed on the two connecting pieces 76 and the ends of the conductive strips 33 of the E-pole socket in one-to-one correspondence. Setting the conductive piece positioning module 10 can prevent the connecting piece 76 and the socket conductive piece from shaking when the crimping bolts are not tightened, thereby avoiding poor electrical contact during transportation. Note: This kind of socket is not equipped with a socket power cord when it leaves the factory, and the user can choose a socket power cord according to the needs when using it.

Referring to FIG. 20 , the terminal connection structure 919 further includes a second side shield 9192 and a guide rail 9193 . Rail 9193 has a pair. The guide rail 9193 is located between the pair of first side fences 9191 . The guide rail 9193 extends along the length direction of the socket housing 9 . The second side fence 9192 is located between the pair of first side fences 9191 . The second side shield 9192 is located between the guide rail 9193 and the switch module. The second side fence 9192 is higher than the guide rail 9193 . A terminal buckle 84 is provided between the terminal module 8 and the first side plate 9191 . The button position 84 of the terminal part includes a barb 841 of the terminal part and a button hole 842 of the terminal part. The barb 841 of the connection terminal is disposed on the base 81 . The button hole 842 of the connection terminal is disposed on the first side panel 9191 . A slide groove 85 is formed on the upper surface of the base 81 . The sliding groove 85 extends along the length direction of the socket housing 9 . Chute 85 has two.

The method for connecting the terminal block and other components is: make the slide groove 85 align with the guide rail 9193 on the side away from the switch module from the guide rail 9193, and then make the terminal block 8 move closer to the switch module along the length direction of the socket housing 9, basically When the seat 81 abuts against the second side shield 9192 , the barb 841 of the terminal part is hooked into the buckle hole 842 of the terminal part to fix the terminal module 8 to the socket panel 91 . Then the conductive sheet positioning module 10 is fixed.

Embodiment 5, referring to FIG. 21 , differs from Embodiment 4 in that no switch module is provided. The structural forms of the L-pole socket conductive sheet 32 and the N-pole socket conductive sheet 31 are the same as that of the E-pole socket conductive sheet 33 in Embodiment 4.

Claims (8)

1. An explicit modular socket, comprising a socket shell and a socket conductive sheet, characterized in that it also includes several hole modules and conductive sheet sockets located in the socket shell, and the socket shell includes a socket panel and a socket bottom box , the socket panel and the socket bottom box form a box body, the socket panel is provided with a hole module window, the hole module includes a hole module shell and a socket socket located in the hole module shell, the socket socket The sleeve is connected with the conductive sheet sleeve, and the conductive sheet sleeve connected with the socket sleeve passes through the bottom end of the hole module shell, and the top of the hole module shell is provided with a hole module panel, and the hole module The part of the panel corresponding to the socket sleeve is provided with a jack, the conductive sheet sleeve is clamped on the socket conductive sheet, and the hole-type module shell is pressed along the distribution direction of the hole-type module shell and the socket panel. Clipped on the inner surface of the socket panel, the hole-type module panel is pierced through the hole-type module window, and the conductive sheet sleeve only includes a pair of elastic clips distributed along the width direction of the socket panel, so The elastic clips include a clamping section, and an inclined section is provided at one end of the clamping section away from the housing of the hole module, an insertion opening is formed between the inclined sections of the pair of elastic clips, and the conductive strip of the socket is connected to The width direction and the thickness direction of the socket panel are clamped between the clamping sections in the same way, the socket conductive sheets of different polarities are staggered along the width direction of the socket panel, and a pair of elastic clips are arranged on the periphery of the conductive sheet sleeve Insulated support blocks distributed in the sheet distribution direction, the conductive sheet sleeve is located between the pair of support blocks, the support block is connected to the outer surface of the hole module shell, and the support block is far away from the hole pattern The end of the module shell is beyond the socket of the conductive sheet and the conductive sheet of the socket inserted in the socket of the conductive sheet. 2. The explicit modular socket according to claim 1, characterized in that, the clamping section is provided with a locking hole, and the conductive piece of the socket is provided with a locking block penetrated in the locking hole . 3. The explicit modular socket according to claim 1 or 2, characterized in that, both ends of the support block along the length direction of the insertion port exceed the conductive sheet sleeve, and the support block faces the An avoidance groove is provided on the surface of one side of the conductive sheet sleeve, and the free end of the inclined section is located in the avoidance groove. 4. The explicit modular socket according to claim 1 or 2, wherein the inner surface of the socket panel is provided with a hole-type module connection structure, and the hole-type module connection structure includes a shape matching the shape of the hole-type module panel. The supporting shroud extending along the circumferential direction of the pass module window and a number of panel part barbs distributed along the circumferential direction of the supporting shroud, an annular support step is formed between the pass module panel and the pass module shell, the The side of the pass module shell is provided with buttonholes, the end surface of the support panel abuts on the support step, and the pass module shell is snapped into the button hole through the barb of the panel part. The above socket panels are connected together. 5. The explicit modular socket according to claim 1 or 2, wherein an indicator light module is also provided in the socket housing, and the indicator light module includes an indicator light module housing, which is located in the direction of the indicator light module housing. The indicator light on one side of the socket panel and a pair of conductive sheet fixing protrusions located on the side of the indicator light module housing away from the socket panel, the end faces of the conductive sheet fixing protrusions are provided with slots, and the indicator light module housing There are a pair of indicator light power lead-in contacts and a pair of power lead-in compression springs inside, the indicator light and the light indicator power lead-in contacts are electrically connected together, and one end of the pair of power lead-in compression springs corresponds to each other It is connected with the pair of indicator light power lead-in contacts, and the other end abuts together with the L-pole socket conductive strip and the N-pole socket conductive strip in the socket conductive strip one by one, and the L-pole socket The conductive sheet and the conductive sheet of the N-pole socket are respectively inserted into the slots in the pair of fixed bosses, and the indicator light module shell is clamped on the socket by pressing along the distribution direction of the hole-shaped module shell and the socket panel. on the inner surface of the panel. 6. The explicit modular socket according to claim 1 or 2, characterized in that, a switch module is also provided in the socket housing, and the switch module includes a switch module housing and an opening and closing control mechanism, and the switch module housing One side is provided with a pair of switch incoming terminals, and the other side is provided with a pair of switch outgoing terminals. On the L-pole socket conductive sheet and the N-pole socket conductive sheet in the socket conductive sheet, the switch module shell is clamped on the inner surface of the socket panel by pressing along the distribution direction of the hole-shaped module shell and the socket panel. 7. The explicit modular socket according to claim 6, characterized in that, the outlet terminal of the switch is provided with a socket electrical plug-in structure, and the socket electrical plug-in structure includes a body, and one end of the body is provided with a connector, The other end is provided with a supporting piece, and both sides of the supporting piece are provided with pressing pieces, and a conductive piece slot is formed between the pressing piece and the supporting piece. The pressing piece includes a connecting wall and a pressing wall, and the pressing wall passes through the The connecting wall and the supporting piece are connected together, the connecting wall is provided with a backstop block protruding toward the inside of the slot, the backstop block and the connecting wall are elastically connected together, the switch The incoming wire terminal is provided with an anti-retreat groove, the switch incoming wire terminal is inserted into the slot tightly, the pressing wall and the switch incoming wire terminal are abutted together, and the anti-retraction block is located on the anti-retreat in the slot. 8. The explicit modular socket according to claim 7, characterized in that, a wiring terminal module is also provided in the socket housing, the wiring terminal module includes a base, and the base is provided with two wiring holes, the The wiring holes are distributed along the distribution direction of the wiring terminal modules and the switch modules, the connectors are inserts, the inserts are inserted into the wiring holes, and the base is clamped in a manner of pressing along the extending direction of the wiring holes. on the inner surface of the socket panel.