CN215645165U

CN215645165U - Modular socket structure

Info

Publication number: CN215645165U
Application number: CN202121356870.4U
Authority: CN
Inventors: 李玥莹; 李玥慧
Original assignee: Yang Ji Co ltd
Current assignee: Yang Ji Co ltd
Priority date: 2021-06-18
Filing date: 2021-06-18
Publication date: 2022-01-25
Anticipated expiration: 2031-06-18

Abstract

A modular socket structure comprises a main socket module, a main top cover, a main conductive assembly and a main bottom cover, wherein the main top cover is provided with a main top clamping part, and the main bottom cover is provided with at least one main bottom clamping part; at least one expansion socket module, which has an expansion top cover, an expansion conductive component and an expansion bottom cover, wherein the expansion top cover is provided with an expansion top fastener which is mutually assembled with the main top fastener, and an expansion top fastener is formed at the rear side of the expansion top cover, and at least one expansion bottom fastener are formed on the expansion bottom cover; and the auxiliary socket module is provided with an auxiliary top cover, an auxiliary conductive component and an auxiliary bottom cover which are mutually assembled, the auxiliary top cover is provided with an auxiliary top clamping piece which is mutually assembled with the expansion top clamping piece, and the expansion socket module between the main socket module and the auxiliary socket module can expand the number of the sockets according to the requirement.

Description

Modular socket structure

Technical Field

The present invention relates to a socket structure, and more particularly, to a modular socket structure capable of expanding the number of sockets according to the requirement to save the manufacturing cost.

Background

At present, in the current scientific and technological developed environment, electrical equipment is a very important link in life, the electrical equipment is flooded around all people, and the electrical equipment can be mainly used for power, and various electrical equipment is electrified or charged through the electrical connection of a power plug and a jack socket of an electric wire, but the positions of the jack sockets of general homes, offices or public places are fixed on a wall during building construction and are limited in quantity, and the positions of the jack sockets cannot be adjusted according to requirements, so that all the electrical equipment can obtain power supply, and therefore, people generally plug an extension cord on a mains supply socket, so that more available jack sockets are available in the living environment, the positions of the jacks can be extended and adjusted, and users can use the electrical equipment more conveniently.

However, when different extension lines of the jack seats are designed, dies with different numbers of jack seats are needed, for example, three-hole extension lines need to be manufactured by using three-hole dies, four-hole extension lines need to be manufactured by using four-hole dies, five-hole extension lines need to be manufactured by using five-hole dies, and so on, so that manufacturers need to spend a plurality of dies with different numbers of holes, thereby causing the problem of increased manufacturing cost.

Therefore, there is a need in the art for a new solution to the above-mentioned problems.

SUMMERY OF THE UTILITY MODEL

The main objective of the present invention is to provide a modular jack structure capable of expanding the number of jacks as required to save the manufacturing cost, so as to solve the above-mentioned technical problems in the background art.

The technical scheme of the utility model is as follows:

a modular socket structure comprises a main socket module, wherein the main socket module is provided with a main top cover, a main conductive assembly and a main bottom cover which are mutually assembled, the main top cover is provided with a main socket cover piece, the rear side of the main socket cover piece is provided with a main top clamping part, the bottom of the main conductive assembly is provided with a plurality of main connecting holes, and the main bottom cover is provided with at least one main bottom clamping part;

at least one expansion socket module, the expansion socket module has an expansion top cover and an expansion conductive assembly and an expansion bottom cover assembled with each other, the expansion top cover is provided with an expansion socket cover piece, the front side of the expansion top cover is provided with an expansion top fastener assembled with the main top fastener, and an expansion top fastener is formed on the rear side, the bottom of the expansion conductive assembly is provided with a plurality of expansion connection holes and a plurality of expansion conductive wires to connect with the main connection hole, the expansion bottom cover is provided with at least one expansion bottom fastener and at least one expansion bottom fastener, and the expansion bottom fastener and the main bottom fastener are assembled with each other;

and a pair of socket module, the pair of socket module has a pair of top covers and a pair of conductive assembly and a pair of bottom covers assembled each other, there are a pair of socket cover pieces and a pair of top fasteners and the mutual assembling of the top fastener of the extension on the front side on the pair of top covers, there are a plurality of pairs of conducting wire to connect and expand the said conducting hole on the bottom of the conductive assembly of the pair again, there is at least a pair of bottom fasteners and mutual assembling of the bottom fastener of the extension on the bottom cover of the pair in addition.

Further, an electrical connector and a switch element are further arranged on the main bottom cover, the electrical connector is electrically connected with the switch element, and the switch element is electrically connected with the main connection hole.

Furthermore, the bottom of the main top cover is provided with at least one main top assembly part, and the main bottom cover is provided with at least one main bottom assembly part which is mutually assembled with the main top assembly part, so that the main top cover and the main bottom cover are mutually assembled and cover the main conductive assembly.

Furthermore, a main power-on piece is arranged on the main conductive component and is mutually assembled with the main socket cover piece.

Furthermore, the bottom of the extended top cover is provided with at least one extended top group part, and the extended bottom cover is provided with at least one extended bottom group part which is mutually assembled with the extended top group part, so that the extended top cover and the extended bottom cover are mutually assembled and cover the extended conductive component.

Furthermore, an expansion power-on component is arranged on the expansion conductive component and is mutually assembled with the expansion socket cover component.

Furthermore, the bottom of the auxiliary top cover is provided with at least one auxiliary top assembly part, and the auxiliary bottom cover is provided with at least one auxiliary bottom assembly part which is mutually assembled with the auxiliary top assembly part, so that the auxiliary top cover and the auxiliary bottom cover are mutually assembled and cover the auxiliary conductive assembly.

Furthermore, a pair of conducting pieces are arranged on the auxiliary conducting component and mutually assembled with the auxiliary socket cover piece.

Through the structural design, the utility model can achieve the following beneficial effects:

the expansion socket module between the main socket module and the auxiliary socket module can expand the number of the sockets according to the requirement, thereby achieving the effect of saving the manufacturing cost.

Drawings

FIG. 1 is a perspective assembly view of a modular jack structure according to the present invention;

FIG. 2 is a perspective exploded view of the modular jack structure of the present invention;

FIG. 3 is another perspective exploded view of the modular jack structure of the present invention;

FIG. 4 is a schematic view of an additional bottom expansion cover assembly of the modular jack structure of the present invention;

FIG. 5 is a schematic view of the modular jack structure of the present invention with an additional power on device assembly;

FIG. 6 is a schematic view of the modular jack structure of the present invention with an additional expansion top cover assembly;

FIG. 7 is an expanded assembly diagram of the modular jack structure of the present invention;

FIG. 8 is an expanded view of the modular jack structure of the present invention;

FIG. 9 is a second expanded view of the modular jack structure of the present invention;

FIG. 10 is a schematic view of an alternative receptacle cover for the modular receptacle structure of the present invention.

In the figure, 1-modular jack structure, 2-main jack module, 21-main top cover, 211-main jack cover, 212-main top card part, 213-main top group part, 22-main conductive component, 221-main conductive hole, 222-main conductive component, 23-main bottom cover, 231-main bottom card part, 232-electrical connector, 233-switch component, 234-main bottom group part, 3-expansion jack module, 31-expansion top cover, 311-expansion jack cover, 312-expansion top card piece, 313-expansion top card part, 314-expansion top group part, 32-expansion conductive component, 321-expansion conductive hole, 322-expansion conductive wire, 323-expansion conductive component, 33-expansion bottom cover, 331-expansion bottom card piece, 332-expansion bottom card piece, 333-expansion bottom group part, 4-auxiliary socket module, 41-auxiliary top cover, 411-auxiliary socket cover part, 412-auxiliary top clamping piece, 413-auxiliary top group part, 42-auxiliary conductive component, 421-auxiliary conductive hole, 422-auxiliary conductive wire, 423-auxiliary conductive piece, 43-auxiliary bottom cover, 431-auxiliary bottom clamping piece and 432-auxiliary bottom group part.

Detailed Description

Referring to fig. 1 to 3, a three-dimensional assembly diagram, a three-dimensional exploded diagram, and another three-dimensional exploded diagram of a modular jack structure according to the present invention are shown, as can be clearly seen from the drawings, in which the modular jack structure 1 includes a main jack module 2, at least one expansion jack module 3, and a sub-jack module 4.

Wherein the main socket module 2 has a main top cover 21, a main conductive element 22 and a main socket module 2, the top of the main top cover 21 is provided with a main socket cover 211, the main socket cover 211 is a cover plate capable of corresponding to multi-country plug holes, the rear side of the main top cover 21 is formed with a main top clamping portion 212, the bottom of the main top cover 21 is provided with at least one main top clamping portion 213, the main top clamping portion 213 is a screw hole in the embodiment, but not limited thereto, the bottom of the main conductive element 22 is formed with a plurality of main connection holes 221, the main conductive element 22 is provided with a main conductive element 222 assembled with the main socket cover 211, the main conductive element 222 is a conductive plate capable of corresponding to multi-country, the main bottom cover 23 is formed with at least one main bottom clamping portion 231, the main bottom clamping portion 231 is formed at the rear end of the main bottom cover 23, the main bottom cover 23 is provided with an electrical connector 232 and an switch 233, the electrical connector 232 is electrically connected to the switch member 233, the switch member 233 is further electrically connected to the main connection hole 221, and the main bottom cover 23 is provided with at least one main bottom assembly portion 234, the main bottom assembly portion 234 is a screw hole in the present embodiment, but not limited thereto, and the main bottom assembly portion 234 and the main top assembly portion 213 are assembled with each other and can be screwed with each other by a screw element, so that the main top cover 21 and the main bottom cover 23 are assembled with each other and cover the main conductive assembly 22.

Wherein the expansion socket module 3 comprises an expansion top cover 31, an expansion conductive member 32 and an expansion bottom cover 33, the expansion top cover 31 is provided with an expansion socket cover 311, the expansion socket cover 311 is a jack cover plate corresponding to multiple countries, the expansion top cover 31 is provided with an expansion top fastener 312 at the front position, the expansion top fastener 312 and the main top fastener 212 are mutually assembled, the expansion top cover 31 is provided with an expansion top fastener 313 at the rear position, the bottom is provided with at least one expansion top group 314, the expansion top group 314 is a screw hole in the embodiment but not limited by the screw hole, the expansion conductive member 32 is provided with a plurality of expansion conductive holes 321 and a plurality of expansion conductive wires 322 at the bottom, one end of the expansion conductive wire 322 is assembled at the expansion conductive hole 321, the other end is assembled at the main conductive hole 221, the expansion conductive member 32 is provided with an expansion conductive member 323 and the expansion socket cover 311 which are mutually assembled, the extended power-on element 323 is a conductive sheet corresponding to multiple countries, at least one extended bottom clip 331 and at least one extended bottom clip 332 are formed on the extended bottom cover 33, the extended bottom clip 331 is formed on the front side of the extended bottom cover 33 and is assembled with the main bottom clip 231, the extended bottom clip 332 is formed on the rear side of the extended bottom cover 33, the extended bottom cover 33 is provided with at least one extended bottom assembly 333, the extended bottom assembly 333 is a screw hole in the embodiment, but not limited thereto, and the extended bottom assembly 333 and the extended top assembly 314 are assembled with each other and can be screwed with each other by screwing elements, so that the extended top cover 31 and the extended bottom cover 33 are assembled with each other and cover the extended conductive element 32.

Wherein the sub-socket module 4 comprises a sub-top cover 41, a sub-conductive element 42 and a sub-bottom cover 43, the sub-top cover 41 is provided with a sub-socket cover 411, the sub-socket cover 411 is a jack cover plate corresponding to multiple countries, the sub-top cover 41 is provided with a sub-top clip 412 at the front position, the sub-top clip 412 and the extended top clip 313 are mutually assembled, the sub-top cover 41 is provided with at least a sub-top clip 413 at the bottom, the sub-top clip 413 is a screw hole in the embodiment, but not limited, the sub-conductive element 42 is provided with a plurality of sub-conductive holes 421 and a plurality of sub-conductive wires 422 at the bottom, one end of the sub-conductive wires 422 is assembled in the sub-conductive holes 421, the other end is assembled in the extended conductive holes 321, the sub-conductive element 42 is provided with a sub-conductive element 423 and is mutually assembled with the sub-socket cover 411, and the sub-conductive element 423 is a conductive sheet corresponding to multiple countries, the auxiliary bottom cover 43 is formed with at least one auxiliary bottom clip 431, the auxiliary bottom clip 431 is formed at the front side of the extended bottom cover 33 and is assembled with the extended bottom clip part 332, the auxiliary bottom cover 43 is provided with at least one auxiliary bottom assembly part 432, the auxiliary bottom assembly part 432 is a screw hole in the embodiment, but not limited thereto, and the auxiliary bottom assembly part 432 and the auxiliary top assembly part 413 are assembled with each other and can be screwed with each other by a screwing element, so that the auxiliary top cover 41 and the auxiliary bottom cover 43 are assembled with each other and cover the auxiliary conductive assembly 42.

Referring to the drawings and FIG. 4, there is shown an assembly diagram of the modular jack structure 1 of the present invention with an additional expansion bottom cover 33, wherein the modular jack structure 1 can add the expansion module jacks according to the requirement, and in the embodiment, a set of expansion module jacks is added as an implementation way, the assembly method of the module socket to be expanded can be to assemble the main bottom cover 23 and one of the expanded bottom covers 33, so that the expanded bottom clip 331 of the expanded bottom cover 33 and the main bottom clip portion 231 of the main bottom cover 23 are assembled with each other, then, the expansion bottom clip 331 of another expansion bottom cover 33 and the expansion bottom clip portion 332 of the installed expansion bottom cover 33 are assembled with each other, so that the main bottom cover 23 and the two expansion bottom covers 33 are assembled with each other, the number of the expansion bottom covers 33 can be increased according to the expansion requirement, and the expansion bottom cover 33 at the end and the sub bottom cover 43 are assembled together.

Referring to the aforementioned drawings and fig. 5, an assembly diagram of the additional extended conductive element 323 of the modular jack structure 1 of the present invention is shown, wherein after the main bottom cover 23 is assembled with two sets of extended bottom covers 33 and the sub bottom cover 43, the main conductive element 22 and the extended conductive element 32 of one of the extended conductive elements 22 can be assembled with each other, so that the extended conductive line 322 of the extended conductive element 32 is assembled with the main connection hole 221 of the main conductive element 22, and then the extended conductive line 322 of the other extended conductive element 32 is assembled with the extended connection hole 321 of the installed extended conductive element 32, so that the main conductive element 22 and the two extended conductive elements 32 are assembled with each other, and then the extended conductive element 32 at the end is assembled with the negative conductive element.

Referring to the drawings and fig. 6, a schematic view of the modular jack structure 1 of the present invention is shown for assembling the additional power-on extension 323, wherein after the main conductive element 22 is assembled with the two sets of the extension conductive elements 32 and the sub conductive element 42, the main top cover 21 and one of the expansion top covers 31 can be assembled with each other, so that the expansion top clip piece 312 of the expansion top cover 31 and the main top clip part 212 of the main top cover 21 are assembled with each other, then the expansion top clip piece 312 of another expansion top cover 31 is mutually assembled with the expansion top clip part 313 of the installed expansion top cover 31, the main top cover 21 and the two expansion top covers 31 are assembled with each other, and then the expansion top cover 31 at the end and the negative top cover are assembled with each other, wherein the assembling sequence between the main socket module 2, the expansion socket module 3 and the sub-socket module 4 is not limited, and the assembly between the top covers or the assembly between the conductive components can be performed first.

Referring to the aforementioned drawings and fig. 7 to 9, an expansion assembly diagram, an expansion diagram, a first expansion diagram and a second expansion diagram of the modular jack structure 1 of the present invention are shown, wherein the number of the expansion top covers 31 to be expanded is assembled between the main top cover 21 and the auxiliary top cover 41, the expansion conductive members 32 to be expanded are assembled between the main conductive members 22 and the negative conductive members, and the expansion bottom cover 33 to be expanded is assembled between the main bottom cover 23 and the auxiliary bottom cover 43, so that the main top cover 21 and the main bottom cover 23, the expansion top cover 31 and the expansion bottom cover 33, and the auxiliary top cover 41 and the auxiliary bottom cover 43 can be assembled with each other by using screw elements, so that the modular jack structure 1 has the number of jacks meeting the requirement, thereby achieving the effect of expanding the number of jacks according to the requirement to save the manufacturing cost.

Please refer to the above-mentioned drawings and fig. 10, which is a schematic diagram of an alternative socket cover of the modular socket structure 1 of the present invention, wherein the main socket cover 211, the expansion socket cover 311, and the sub socket cover 411 are socket cover plates corresponding to multiple countries, the main power connector 222, the expansion power connector 323, and the sub power connector 423 are conductive plates corresponding to multiple countries, the main socket cover 211, the expansion socket cover 311, and the sub socket cover 411 may be provided with socket cover plates according to different countries, and the main power connector 222, the expansion power connector 323, and the sub power connector 423 may be provided with conductive plates according to different countries.

Claims

1. A modular socket structure is characterized in that: comprising a main socket module, the main socket module has a main top cover and a main conductive component and a main bottom cover assembled with each other, the main top cover A main socket cover is provided on it and a main top clip is formed on the rear side, a plurality of main contact holes are formed at the bottom of the main conductive component, and at least one main bottom clip is formed on the main bottom cover;

At least one expansion socket module, the expansion socket module has an expansion top cover, an expansion conductive component and an expansion bottom cover assembled with each other, an expansion socket cover is arranged on the expansion top cover, and the front of the expansion top cover An expansion top card is arranged on the side and the main top card is assembled with each other, and an expansion top card is formed on the rear side, and a plurality of expansion conductive holes and a plurality of expansion conductive wires are formed at the bottom of the expansion conductive assembly. at least one expansion bottom card part and at least one expansion bottom card part are formed on the expansion bottom cover, the expansion bottom card part and the main bottom card part are mutually assembled;

and a pair of socket modules, the sub-socket module has a pair of top covers, a pair of conductive components and a pair of bottom covers that are assembled with each other, and a pair of socket covers are arranged on the pair of top covers and a pair of tops are arranged on the front side The card element and the extension top card portion are assembled with each other, and a plurality of auxiliary conductive holes are formed at the bottom of the auxiliary conductive component and a plurality of auxiliary conductive wires are arranged to connect the extension conductive holes, and the auxiliary bottom cover is formed with at least A pair of bottom card parts and the expansion bottom card part are assembled with each other.

2 . The modular socket structure of claim 1 , wherein the main bottom cover is further provided with an electrical connector and a switch, and the electrical connector is electrically connected to the switch, 2 . The switch element is further electrically connected to the main contact hole.

3 . The modular socket structure of claim 1 , wherein the bottom of the main top cover is provided with at least one main top assembly portion, and the main bottom cover is provided with at least one main bottom assembly portion and the main bottom assembly portion. 4 . The main top assembly parts are assembled with each other, so that the main top cover and the main bottom cover are assembled with each other and cover the main conductive component.

4 . The modular socket structure of claim 1 , wherein the main conductive component is provided with a main current-carrying member and the main socket cover member is assembled with each other. 5 .

5 . The modular socket structure of claim 1 , wherein at least one extension top assembly is disposed at the bottom of the expansion top cover, and at least one expansion bottom assembly is disposed on the expansion bottom cover and the expansion bottom assembly is disposed on the expansion bottom cover. The extension top assembly parts are assembled with each other, so that the extension top cover and the extension bottom cover are assembled with each other and cover the extension conductive component.

6 . The modular socket structure according to claim 1 , wherein the expansion conductive component is provided with an expansion current-carrying member and the expansion socket cover member is assembled with each other. 7 .

7 . The modular socket structure of claim 1 , wherein at least one pair of top assembly portions is disposed on the bottom of the sub-top cover, and at least one pair of bottom assembly portions is disposed on the sub-bottom cover and the The sub-top assembly parts are assembled with each other, so that the sub-top cover and the sub-bottom cover are assembled with each other and cover the sub-conductive components.

8 . The modular socket structure according to claim 1 , wherein the auxiliary conductive component is provided with a pair of energizing members and the auxiliary socket cover member is assembled with each other. 9 .