A power converter with a side socket

Abstract

This invention discloses a power converter with a side socket. The housing has at least two side sockets, including a side live wire socket and a side neutral wire socket. The fuse assembly includes a fuse element; the live wire (L) socket copper clip has a downwardly extending first fuse element metal clip, and the live wire (L) pin copper clip has a second fuse element metal clip. The two ends of the fuse element are respectively placed in the first and second fuse element metal clips and electrically connected. The side sockets are any one or a combination of American, British, Chinese, Australian, or European standard sockets. This invention has a simple structure, stable conductivity, and can convert different national standard pins to those of other countries. With independent side sockets, after inserting a pin of a certain standard into the front composite socket panel, other pins can also be inserted into the side sockets for simultaneous use, improving the efficiency of the power converter.

Claims

1. A power converter with a side socket, comprising a composite socket panel, a housing, a first protective door assembly, a fuse assembly, at least two sets of standard plug assemblies, and a conductive assembly, wherein the conductive assembly includes at least a live wire (L) conductive assembly and a neutral wire (N) conductive assembly; the live wire (L) conductive assembly includes a live wire (L) socket copper clip and a live wire (L) plug copper clip, the neutral wire (N) conductive assembly includes a neutral wire (N) socket copper clip and a neutral wire (N) plug copper clip, and at least one set of side sockets is provided on the side of the housing, the side sockets including at least a side live wire socket and a side neutral wire socket; The live wire (L) socket copper clip is provided with a side live wire (L) socket copper clip that matches the side live wire socket, and the neutral wire (N) socket copper clip is provided with a side neutral wire (N) socket copper clip that matches the side neutral wire socket; the side live wire (L) socket copper clip extends to the side from the live wire (L) socket copper clip, and the side neutral wire (N) socket copper clip extends to the side from the neutral wire (N) socket copper clip; the side socket is any one or a combination of American standard socket, British standard socket, Chinese standard socket, Australian standard socket, or European standard socket; the fuse assembly is provided on the live wire (L) conduction assembly or the neutral wire (N) conduction assembly.

2. The power converter with a side socket as described in claim 1, wherein, The side live wire (L) socket copper clip and the side neutral wire (N) socket copper clip are respectively compatible with any one of the American standard, British standard, European standard, or Australian standard pins.

3. The power converter with a side socket as described in claim 1, wherein, The composite socket panel is equipped with any combination of British standard sockets, American standard sockets, Chinese / Australian standard sockets, and European standard sockets.

4. A power converter with a side socket as described in claim 1, wherein, The pin assembly includes any combination of British standard pin assemblies, American standard pin assemblies, European standard pin assemblies, Chinese standard pin assemblies, or Australian standard pin assemblies; each pin assembly has a slide, which has an operation key and at least two conductive pins, and can move in the axial direction; the conductive pins extend out of or retract into the housing.

5. A power converter with a side socket as described in claim 1, wherein, A second protective door assembly is provided inside the side socket. The second protective door assembly includes an electric shock protection door, a protective door fixing component, and a spring component. The electric shock protection door is embedded in the protective door fixing component. The protective door fixing component is provided with at least two sets of pin through holes that match the side socket and a fixing spring seat that matches the spring component. The electric shock protection door is provided with a protective door spring post. One end of the spring component is sleeved on the protective door spring post, and the other end is sleeved in the fixing spring seat to fix the spring component. The electric shock protection door is generally U-shaped. Its upper frame covers the copper clip of the side live wire (L) socket and the corresponding side socket, and its lower frame covers the copper clip of the side neutral wire (N) socket and the corresponding side socket.

6. A power converter with a side socket as described in claim 5, wherein, The upper frame and the lower frame are respectively provided with a guide slope extending from the top to the bottom.

7. A power converter with a side socket as described in claim 5, wherein, The upper frame of the electric shock protection door has a first anti-single insertion block at the end facing the live wire (L) conducting component, which matches the live wire socket on the side. The lower frame of the electric shock protection door has a second anti-single insertion block at the end facing the neutral wire (N) conducting component, which matches the neutral wire socket on the side.

8. A power converter with a side socket as described in claim 5, wherein, Both sides of the electric shock protection door are diamond-shaped, with the middle being higher and the top and bottom being lower.

9. A power converter with a side socket as described in claim 5, wherein, The protective door fixing member extends a first insulating bracket towards the neutral (N) conductor assembly. The first insulating bracket is provided with a side neutral (N) insertion groove for inserting the side neutral (N) socket copper clip. The side live (L) socket copper clip is located at the top of the first insulating bracket.

10. A power converter with a side socket as described in claim 9, wherein, The protective door fixing component also includes a second insulating bracket formed on the side of the first insulating bracket and bent and extended toward the copper clip of the live wire (L) socket. An insulating baffle is protruding in the middle of the second insulating bracket, and the copper clip of the live wire (L) socket is placed on the insulating baffle.

11. A power converter with a side socket as described in claim 1, wherein, The fuse assembly includes a fuse element, which may be a fuse tube, a fuse wire, or a fuse circuit breaker.

12. A power converter with a side socket as described in claim 11, wherein, The live wire (L) socket copper clip is provided with a first safety metal clip, and the live wire (L) pin copper clip is provided with a second safety metal clip. The two ends of the safety element are respectively placed in the first safety metal clip and the second safety metal clip and are electrically connected.

13. A power converter with a side socket as described in claim 11, wherein, The neutral (N) socket copper clip is provided with a third safety metal clip, and the neutral (N) pin copper clip is provided with a fourth safety metal clip. The two ends of the safety clip are respectively located in the third safety metal clip and the fourth safety metal clip and are electrically connected.

14. The power converter with a side socket as described in claim 12, wherein, The fuse assembly further includes a fuse holder, on which the fuse is nested, and the fuse holder is disposed between the first fuse metal clip and the second fuse metal clip.

15. A power converter with a side socket as described in claim 13, wherein, The fuse assembly further includes a fuse holder, on which the fuse is nested, and the fuse holder is disposed between the third fuse metal clip and the fourth fuse metal clip.

16. A power converter with a side socket as described in any one of claims 14 to 15, wherein, The power converter with a side socket also includes a fuse assembly retaining sleeve, the fuse assembly is placed inside the fuse assembly retaining sleeve, the fuse assembly retaining sleeve has at least one embedded through groove, and the fuse holder is inserted into the embedded through groove along the embedded through groove.

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