Power converter with side socket

Abstract

To provide a power converter having a side socket, which has a simple structure, is stable in conduction, can convert pins of various countries' standards to pins of other countries, and improves the efficiency of use. [Solution] A power converter with a side socket is provided with at least two side jacks on the sides of a housing, the side jacks including a side drive line jack and a side neutral line jack, the side jacks being any one of or a combination of a US standard jack, a UK standard jack, a Chinese standard or an Australian standard jack, or a European standard jack. An independent side jack is provided on the side, and when a pin of a certain standard is inserted into a composite socket panel on the front, a pin of another standard is inserted into the side jack to realize simultaneous conduction.

Description

[Technical field]

[0001] The present invention relates to the technical field of power converters, and in particular to power converters with side sockets. [Background technology]

[0002] Plugs and sockets have different standards in different countries, so they cannot be used universally. If you need to insert a plug into a socket with a mismatched standard, you need to use a power converter. A power converter is a conversion tool, and when you use it, you can insert the power converter into the target socket and insert the target plug into the corresponding socket hole of the power converter to perform the conversion. The advent of power converters makes life on the go more convenient, especially when traveling across borders, and you no longer have to worry about troubles caused by the plugs of your electronic devices not matching the local sockets.

[0003] However, existing power converters only allow pins of different standards to be connected to one panel with composite sockets. When a pin of a certain standard is inserted into the corresponding jack of the composite socket panel, other sockets on the composite socket panel will be blocked. Since only one pin can be converted at a time, the utilization rate of the jack is low, resulting in a poor usage experience of the entire power converter. Summary of the Invention [Problem to be solved by the invention]

[0004] In view of the above shortcomings, the objective of the present invention is to provide a power converter with a side socket, which has a simple structure, stable conductivity, can convert pins of different countries' standards to pins of other countries, and has an independent side jack on its side, so that when a pin of a certain standard is inserted into the composite socket panel on the front, the pin of the other standard can be inserted into the side jack to achieve simultaneous conductivity, thereby improving the usage efficiency and improving the usage experience. [Means for solving the problem]

[0005] The technical solutions adopted in the present invention to achieve the above objectives are as follows:

[0006] 1. A power converter having a side socket, comprising: The present invention relates to a composite socket panel, a housing, a first door assembly, a fuse assembly, at least two sets of standard pin assemblies, and a conductive assembly, the conductive assembly including at least one live wire (L) conductive assembly and a neutral wire (N) conductive assembly, the live wire (L) conductive assembly including a live wire (L) socket copper clip and a live wire (L) pin copper clip, the neutral wire (N) conductive assembly including a neutral wire (N) socket copper clip and a neutral wire (N) pin copper clip, at least two side jacks are provided on the sides of the housing, the side jacks including a side drive wire jack and a side neutral wire jack, the live wire (L) socket copper clip is provided with a side drive wire (L) socket copper clip matching the side drive wire jack, and the neutral wire (N) socket copper clip is provided with a side new wire pin copper clip. a side neutral (N) socket copper clip matching a central jack, the side live (L) socket copper clip extending laterally from the live (L) socket copper clip, the side neutral (N) socket copper clip extending laterally from the neutral (N) socket copper clip; the fuse assembly includes a fuse tube, the live (L) socket copper clip is provided with a first fuse metal clip extending downward, and the live (L) pin copper clip is provided with a second fuse metal clip, both ends of the fuse tube are arranged to be electrically connected within the first fuse metal clip and the second fuse metal clip, respectively; and the side jack is any one of a US standard jack, a British standard jack, a Chinese standard or an Australian standard jack, or a European standard jack, or a combination thereof.

[0007] As a further improvement of the present invention, the side drive wire (L) socket copper clip and the side neutral wire (N) socket copper clip are respectively matched to any one of US standard pins, British standard pins, European standard pins, or Australian standard pins.

[0008] As a further refinement of the present invention, the composite socket panel is provided with any combination of UK standard jacks, US standard jacks, Chinese / Australian standard jacks, and European standard jacks.

[0009] As a further improvement of the present invention, the standard pin assembly includes any combination of a British standard pin assembly, an American standard pin assembly, a European standard pin assembly, a Chinese standard or an Australian standard pin assembly, each of the standard pin assemblies having an operation key and at least two conductive pins, and a slide base movable along an axial direction, wherein the conductive pins extend out of the housing or retract into the housing.

[0010] As a further improvement of the present invention, a second door assembly is provided in the side jack, the second door assembly including an anti-electric shock door, a door fixing member and a spring member, the anti-electric shock door is fitted into the door fixing member, the door fixing member has at least two sets of pin through holes matching the side jack and a fixing member spring engagement seat matching the spring member, the anti-electric shock door is provided with a door spring engagement column, one end of the spring member is fitted onto the door spring engagement column and the other end is fitted into the fixing member spring engagement seat to be fixed, the anti-electric shock door is generally in a "mouth" shape, its upper frame blocks the side drive line (L) socket copper clip and the corresponding side jack, and its lower frame blocks the side neutral line (N) socket copper clip and the corresponding side jack.

[0011] As a further improvement of the present invention, each of the upper and lower frames is provided with a guide inclined surface that extends from above to below.

[0012] As a further improvement of the present invention, the end of the upper frame of the shock-proof door facing the live line (L) conductive assembly is formed with a first engagement block for preventing the insertion of a single jack that matches the side live line jack, and the end of the lower frame of the shock-proof door facing the neutral line (N) conductive assembly is formed with a second engagement block for preventing the insertion of a single jack that matches the side neutral line jack.

[0013] As a further improvement of the present invention, both side walls of the electric shock prevention door are rhombus-shaped, with a high center and low upper and lower ends.

[0014] As a further improvement of the present invention, a first insulating bracket extends from an end of the door fixing member facing the neutral wire (N) conductive assembly, and the first insulating bracket is provided with a side neutral wire mounting groove in which the side neutral wire (N) socket copper clip is placed, and the side live wire (L) socket copper clip is provided at the tip of the first insulating bracket.

[0015] As a further improvement of the present invention, the door fixing member further includes a second insulating bracket provided on the side of the first insulating bracket and curved and extending toward the live line (L) socket copper clip, an insulating baffle is protrudingly provided on the central part of the second insulating bracket, and the live line (L) socket copper clip is disposed on the insulating baffle.

[0016] As a further improvement of the present invention, the fuse assembly further includes a fuse tube fixing bracket, the fuse tube is fitted into the fuse tube fixing bracket, and the fuse tube fixing bracket is disposed between the first fuse metal clip and the second fuse metal clip.

[0017] As a further improvement of the present invention, the present invention further includes a fuse assembly fixing sleeve, the fuse assembly is placed in the fuse assembly fixing sleeve, the fuse assembly fixing sleeve has at least one insertion through-slot, and the fuse tube fixing bracket is inserted into the insertion through-slot along the insertion through-slot.

[0018] As a further improvement of the present invention, both the upper and lower ends of the fuse assembly fixing sleeve are open, the first fuse metal clip extends from the opening at the upper end into the fuse assembly fixing sleeve to clamp and electrically connect the fuse tube, and the second fuse metal clip extends from the opening at the lower end into the fuse assembly fixing sleeve to clamp and electrically connect the fuse tube. Effect of the Invention

[0019] The beneficial effects of the present invention are as follows:

[0020] The power converter includes a composite socket panel, a housing, a first door assembly, a fuse assembly, at least two sets of standard pin assemblies, and a conductive assembly, and the pins that need to be converted are inserted into the composite socket panel correspondingly, and the first door assembly is pushed to connect to the conductive assembly, and the standard pin assembly is pushed out of the housing through the electrical connection between the conductive assembly and the standard pin assembly, and the standard pin assembly is inserted into the socket of the external power source, thereby achieving the purpose of converting the pins that need to be converted into the corresponding pins. The conductive assembly is electrically connected to the fuse assembly, and the conductive assembly achieves a protective effect of stabilizing the current and voltage of the circuit through the current limiting action of the fuse assembly, thereby improving the safety of the power converter. The first door assembly is provided between the composite socket panel and the conductive assembly, which prevents a single plug or sharp object from being inserted separately, and further prevents children from being electrocuted while playing with the power converter, thereby improving safety.

[0021] 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) pin copper clip, the neutral wire (N) conductive assembly includes a neutral wire (N) socket copper clip and a neutral wire (N) pin copper clip, at least two side jacks are provided on the sides of the housing, the side jacks include a side live wire jack and a side neutral wire jack, and the live wire (L) socket copper clips are provided on the sides of the housing. The side drive line (L) socket copper clip is provided to match the side drive line jack, and the neutral line (N) socket copper clip is provided to match the side neutral line jack, the side drive line (L) socket copper clip is extended from the live line (L) socket copper clip toward a side, and the side neutral line (N) socket copper clip is extended from the neutral line (N) socket copper clip toward a side, and the integrated structure is advantageous for improving the conduction efficiency and the conduction stability. The live wire pins among the pins requiring conversion are inserted into the corresponding side drive wire jack and conductively connected to the side drive wire (L) socket copper clip, and the live wire (L) conductive assembly is conductively connected to the live wire of one of the standard pin assemblies, while the neutral wire pins among the pins requiring conversion are inserted into the corresponding side neutral wire jack and conductively connected to the side neutral wire (N) socket copper clip, and the neutral wire (N) conductive assembly is conductively connected to the neutral wire of one of the standard pin assemblies, thereby realizing conversion of pins of various standards.The side jack is any one of a US standard jack, a British standard jack, a Chinese standard or Australian standard jack, or a European standard jack, or a combination thereof, so that the power converter can insert pins of various standards through the side jack in addition to the composite socket panel, and the composite socket panel and the side jack can be used simultaneously or separately, and whether the side jack is a US standard jack, a British standard jack, a Chinese standard or Australian standard jack, or a European standard jack can be determined according to actual circumstances.

[0022] The fuse assembly is configured to include a fuse tube, the live wire (L) socket copper clip is provided with a first fuse metal clip extending downward, and the live wire (L) pin copper clip is provided with a second fuse metal clip, and both ends of the fuse tube are arranged to be electrically connected within the first fuse metal clip and the second fuse metal clip, respectively, thereby ensuring stable conduction between the live wire (L) conductive assembly and the fuse tube, reliably protecting the circuit of the power converter and preventing circuit overload.

[0023] The above is a summary of the technical solution of the invention. The invention will be further described below with reference to the drawings and specific embodiments. [Brief description of the drawings]

[0024] [Figure 1] FIG. 1 is a schematic diagram of the entire invention. [Diagram 2] FIG. 2 is a schematic side view of the present invention; [Diagram 3] FIG. [Figure 4] FIG. 13 is a structural schematic diagram after removing the composite socket panel and housing. [Diagram 5] FIG. 2 is a structural schematic diagram of a conductive assembly and a second door assembly. [Figure 6]FIG. 2 is a structural schematic diagram of a live line (L) conducting assembly and a fuse assembly. [Figure 7] FIG. 2 is a structural schematic diagram of a neutral wire (N) conduction assembly. [Figure 8] FIG. 2 is a structural schematic diagram of a hybrid pin assembly. [Figure 9] FIG. 2 is a structural schematic diagram of a hybrid pin assembly when conductive. [Figure 10] FIG. 1 is a schematic diagram of the structure of a British standard pin assembly. [Figure 11] FIG. 1 is a schematic diagram of the structure of a British standard pin assembly when conductive. [Figure 12] FIG. 2 is a structural schematic diagram of an American standard pin assembly. [Figure 13] FIG. 2 is a schematic diagram of the structure of a US standard pin assembly when it is conductive. [Figure 14] FIG. 13 is a structural schematic diagram of the second door assembly when it is conductive. [Figure 15] FIG. 13 is an exploded view of the second door assembly. [Figure 16] FIG. 13 is a structural schematic diagram when the pin is inserted into the second door assembly. [Figure 17] FIG. 4 is a schematic diagram showing the structure of the door fixing member. [Figure 18] FIG. 2 is a schematic diagram of the structure of the electric shock prevention door. [Figure 19] 4 is a schematic diagram of the rear structure of the door fixing member. FIG. [Figure 20] This is a schematic diagram of the structure when the side drive line (L) socket copper clip and the side neutral line (N) socket copper clip are fitted into the back surface of the door fixing member. [Figure 21] 2 is a schematic diagram of the structure of the fuse assembly retaining sleeve within the power converter; [Figure 22] FIG. 2 is a schematic diagram of the structure of a fuse assembly fixing sleeve; DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0025] In order to further explain the technical means and effects adopted by the present invention to achieve the specified objectives, specific embodiments of the present invention are described in detail below with reference to the drawings and preferred embodiments.

[0026] In addition, in the description of the present invention, the orientations or positional relationships indicated by terms such as "length," "width," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inside," and "outside" are based on the orientations or positional relationships shown in the drawings, and are merely for the purpose of facilitating and simplifying the description of the present invention, and do not indicate or imply that such devices or elements must have a specific orientation or be configured or operate in a specific orientation, and therefore cannot be understood as limiting the present invention.

[0027] Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or number of technical features depicted. Thus, a feature qualified as "first" or "second" may explicitly or implicitly include one or more of that feature. In the specification of the present invention, "plurality" means two or more unless otherwise expressly and specifically limited.

[0028] In the present invention, the terms "attach", "couple", "connect", "fixed" and the like shall be generally understood unless otherwise expressly specified and limited. For example, it may be a fixed connection, a detachable connection, or an integral connection, it may be a mechanical connection, an electrical connection, a direct connection, an indirect connection through an intermediate medium, a communication inside two elements, or an interaction relationship between two elements. Those skilled in the art can understand the specific meaning of the above terms in the present invention according to the situation.

[0029] As shown in FIG. 1 to FIG. 18, an embodiment of the present invention provides a power converter with a side socket, the power converter includes a composite socket panel 01, a housing 02, a first door assembly 03, a fuse assembly 04, at least two sets of standard pin assemblies, and a conductive assembly, the conductive assembly includes at least a live wire (L) conductive assembly 08 and a neutral wire (N) conductive assembly 09, the live wire (L) conductive assembly 08 includes a live wire (L) socket copper clip 081 and a live wire (L) pin copper clip 082, the neutral wire (N) conductive assembly 09 includes a neutral wire (N) socket copper clip 083 and a live wire (L) pin copper clip 084, the neutral wire (N) conductive assembly 09 includes a neutral wire (N) socket copper clip 085 and a live wire (L) pin copper clip 086, the neutral wire (N) conductive assembly 09 includes a neutral wire (N) socket copper clip 087 and a neutral wire (N) socket copper clip 088, the neutral wire (N) socket copper clip 089 and a neutral wire (N) socket copper clip 081, the neutral wire (N) socket copper clip 082 and a neutral wire (N) socket copper clip 083. At least two side jacks 021 are provided on the side of the housing 02, the side jack 021 includes a side live line jack 0211 and a side neutral line jack 0212, the live line (L) socket copper clip 081 is provided with a side live line (L) socket copper clip 083 matching the side live line jack 0211, and the neutral line (N) socket copper clip 091 is provided with a side neutral line (N) socket copper clip 093 matching the side neutral line jack 0212. The side live line (L) socket copper clip 083 extends from the live line (L) socket copper clip 081 toward the side, and the side neutral line (N) socket copper clip 093 extends from the neutral line (N) socket copper clip 091 toward the side. The fuse assembly 04 includes a fuse tube 041, the live wire (L) socket copper clip 081 is provided with a first fuse metal clip 0811 extending downward, the live wire (L) pin copper clip 082 is provided with a second fuse metal clip 0821, and both ends of the fuse tube 041 are arranged to be electrically connected in the first fuse metal clip 0811 and the second fuse metal clip 0821, respectively. The side jack 021 is any one of a US standard jack, a British standard jack, a Chinese standard or an Australian standard jack, or a European standard jack, or a combination thereof.

[0030] The power converter includes a composite socket panel 01, a housing 02, a first door assembly 03, a fuse assembly 04, at least two sets of standard pin assemblies, and a conductive assembly. The pins that need to be converted are inserted into the composite socket panel 01 correspondingly, and the first door assembly 03 is pushed to connect to the conductive assembly. Through the electrical connection between the conductive assembly and the standard pin assembly, the standard pin assembly is pushed out of the housing 02, and the standard pin assembly is inserted into the socket of the external power source, thereby achieving the purpose of converting the pins that need to be converted into the corresponding pins. The conductive assembly is electrically connected to the fuse assembly 04, so that the conductive assembly has a protective effect of stabilizing the current and voltage of the circuit through the current limiting action of the fuse assembly 04, thereby improving the safety of the power converter. The first door assembly 03 is provided between the composite socket panel 01 and the conductive assembly, which prevents a single plug or sharp object from being inserted separately, and further prevents children from being electrocuted while playing with the power converter, thereby improving safety. For the specific configuration of the first door assembly 03, reference can be made to the single-insertion prevention door assembly described in Patent No. 202021218777.2, or the conventional door assembly structure in the industry, and the specific configuration can be determined or adjusted according to actual circumstances, so that it is not described in detail in this embodiment.

[0031] The conductive assembly includes at least a live wire (L) conductive assembly 08 and a neutral wire (N) conductive assembly 09, the live wire (L) conductive assembly 08 includes a live wire (L) socket copper clip 08 and a live wire (L) pin copper clip 082, the neutral wire (N) conductive assembly 09 includes a neutral wire (N) socket copper clip 091 and a neutral wire (N) pin copper clip 092, at least two side jacks 021 are provided on the sides of the housing 02, the side jacks 021 include a side live wire jack 0211 and a side neutral wire jack 0212, the live wire (L) socket copper clip 0211 includes a side neutral wire jack 0212, and the live wire (L) socket copper clip 0212 includes a side live wire jack 0211 and a side neutral wire jack 0212. The lip 081 is provided with a side live line (L) socket copper clip 083 that matches the side live line jack 0211, and the neutral line (N) socket copper clip 091 is provided with a side neutral line (N) socket copper clip 093 that matches the side neutral line jack 0212, the side live line (L) socket copper clip 083 extending from the live line (L) socket copper clip 081 toward the side, and the side neutral line (N) socket copper clip 093 extending from the neutral line (N) socket copper clip 091 toward the side, and the integrated structure is advantageous for improving the conduction efficiency and the conduction stability. The live wire pins among the pins requiring conversion are inserted into the side drive wire jack 0211, and are conductively connected to the side drive wire (L) socket copper clip 083, and the live wire (L) conductive assembly 08 is conductively connected to the live wire of one of the standard pin assemblies. The neutral wire pins among the pins requiring conversion are inserted into the side neutral wire jack 0212, and are conductively connected to the side neutral wire (N) socket copper clip 093, and the neutral wire (N) conductive assembly 09 is conductively connected to the neutral wire of one of the standard pin assemblies, thereby realizing conversion of pins of various standards.The side jack 021 is any one of a US standard jack, a British standard jack, a Chinese standard or Australian standard jack, or a European standard jack, or a combination thereof, so that in addition to the pins being inserted into the composite socket panel 01, the power converter can also insert pins of various standards through the side jack 021, and the composite socket panel 01 and the side jack 021 can be used simultaneously or separately, and whether the side jack 021 is specifically a US standard jack, a British standard jack, a Chinese standard or Australian standard jack, or a European standard jack can be determined according to actual circumstances.

[0032] The fuse assembly 04 is configured to include a fuse tube 041, and as shown in Figures 4 to 6, the live line (L) socket copper clip 081 is provided with a first fuse metal clip 0811 extending downward, and the live line (L) pin copper clip 082 is provided with a second fuse metal clip 0821, and both ends of the fuse tube 041 are arranged to be electrically connected within the first fuse metal clip 0811 and the second fuse metal clip 0821, respectively, thereby providing stable conduction between the live line (L) conductive assembly 08 and the fuse tube 041, reliably protecting the circuit of the power converter and preventing circuit overload.

[0033] In order to allow pins of various standards to be inserted into the side jack 021, the side live wire (L) socket copper clip 083 and the side neutral wire (N) socket copper clip 093 are respectively matched to any one of US standard pins, British standard pins, European standard pins, or Australian standard pins, and may be specifically determined or adjusted according to the actual situation of the side jack 021.

[0034] Preferably, as shown in Figures 4 to 7, in order to make the conduction of the power converter more stable, the side live wire (L) socket copper clip 083 and the live wire (L) socket copper clip 081 are integrally molded or integrally crimped and electrically connected, and the side neutral wire (N) socket copper clip 093 and the neutral wire (N) socket copper clip 091 are integrally molded or integrally crimped and electrically connected. The integral structure reduces wear and tear, further increases the conduction efficiency, and reliably ensures the conduction effect of the power converter.

[0035] Regarding a specific form in which the pins requiring conversion are inserted into the power converter, as shown in FIG. 1 , the composite socket panel 01 includes a first jack 0101, a second jack 0102, a third jack 0103, a fourth jack 0104, a fifth jack 0105, a sixth jack 0106, a seventh jack 0107, an eighth jack 0108, a ninth jack 0109, a tenth jack 0110, an eleventh jack 0111, and a twelfth jack 0112, among which the third jack 0103, the fourth jack 0104, the twelfth jack 0112, and the seventh jack 010 7 are arranged in a straight line from front to back, the third jack 0103 is at the top end, the fourth jack 0104 is formed at the upper end of the twelfth jack 0112, the first jack 0101 and the second jack 0102 are both located on the left side of the twelfth jack 0112, the fifth jack 0105 and the sixth jack 0106 are both located on the right side of the twelfth jack 0112, the eighth jack 0108 and the ninth jack 0109 are both located on the left side of the seventh jack 0107, and the tenth jack 0110 and the eleventh jack 0111 are both located on the right side of the seventh jack 0107. The second jack 0102, the fifth jack 0105, and the seventh jack 0107 are combined together to form a US standard jack, the first jack 0101, the twelfth jack 0112, and the sixth jack 0106 are combined together to form an Italian standard jack, the third jack 0103, the eighth jack 0108, and the eleventh jack 0111 are combined together to form a British standard jack, and the fourth jack 0104, the ninth jack 0109, and the tenth jack 0110 are combined together to form a Chinese standard jack and an Australian standard jack. The special jack group configuration of the composite socket panel 01, when combined with the British standard pin assembly 05, the US standard pin assembly 06, and the European standard pin assembly 07, can be applied to conversion between plugs and jacks of various countries, greatly expanding the application range of the power converter.

[0036] Regarding the specific configuration of the pin assemblies, as shown in FIG. 3, the pin assemblies are divided into three groups: British standard pin assemblies 05, which are provided between the composite socket panel 01 and the housing 02 and electrically connected to the live wire (L) conductor assembly 08 and the neutral wire (N) conductor assembly 09, respectively; American standard pin assemblies 06, which are provided between the British standard pin assemblies 05 and electrically connected to the live wire (L) conductor assembly 08 and the neutral wire (N) conductor assembly 09, respectively; and European standard pin assemblies 07, which are provided between the composite socket panel (01 in the figure) and the housing 02 and electrically connected to the live wire (L) conductor assembly 08 and the neutral wire (N) conductor assembly 09, respectively.

[0037] Regarding the specific configuration of the British standard pin assembly 05, as shown in Figures 10 and 11, the British standard pin assembly 05 includes a British standard patch 051 provided between the composite socket panel 01 and the housing 02, a British standard key member 052 slidably connected to the British standard patch 051, a British standard earth wire pin 053 attached within the British standard patch 051 and extending downward, a British standard live wire pin 054 provided within the British standard patch 051 and extending downward, a British standard live wire movable seat 055 provided at the tip of the British standard live wire pin 054 and extending downward, a British standard neutral wire pin 056 provided within the British standard patch 051 and extending downward, and a British standard neutral wire movable seat 057 provided at the tip of the British standard neutral wire pin 056 and extending downward. When an external force is applied to the British standard key member 052, the British standard key member 052 synchronously moves up and down the British standard patch 051 thereon, as well as the British standard earth wire pin 053, the British standard live wire pin 054, the British standard live wire movable sheet 055, the British standard neutral wire pin 056, and the British standard neutral wire movable sheet 057 provided on the British standard patch 051. Other structures and usage methods (control methods) of the British standard pin assembly 05 may be referred to the invention patent with patent number 201920478501.9, and will not be described in detail in this embodiment.

[0038] Regarding the specific configuration of the US standard pin assembly 06, as shown in Figures 12 and 13, the US standard pin assembly 06 includes a US standard patch 061 provided between the British standard patches 051, a US standard key member 062 slidably connected to the US standard patch 061, a US standard earth wire pin 063 provided in the US standard patch 061 and extending downward, a US standard live wire pin 063 provided in the US standard patch 061 and extending downward, a US standard live wire movable sheet 064 provided at the tip of the US standard live wire pin 063 and extending downward, a US standard neutral wire pin 065 provided in the US standard patch 061 and extending downward, and a US standard neutral wire movable sheet 066 provided at the tip of the US standard neutral wire pin 065 and extending downward. When an external force is applied to the US standard key member 062, the US standard key member 062 synchronously moves up and down the US standard patch 061 provided thereon, and the US standard earth wire pin 063, the US standard live wire pin 063, the US standard live wire movable sheet 064, the US standard neutral wire pin 065, and the US standard neutral wire movable sheet 066 provided on the US standard patch 061. Other structures and usage methods (control methods) of the US standard pin assembly 06 may be referred to the invention patent with patent number 201920478501.9, and will not be described in detail in this embodiment.

[0039] Regarding the specific configuration of the European standard pin assembly 07, as shown in Figures 8 and 9, the European standard pin assembly 07 includes a European standard bush 071 provided between the composite socket panel 01 and the housing 02, a European standard patch 072 slidably provided within the European standard pin bush, a European standard key member 073 provided on the European standard patch 072, a European standard live line pin 074 provided on the European standard patch 072, a European standard live line movable seat 075 provided at the tip of the European standard live line pin 074 and extending while bending downward, a European standard neutral line pin 076 provided on the European standard patch 072, and a European standard neutral line movable seat 077 provided at the tip of the European standard neutral line pin 076 and bending downward. When an external force is applied to the European standard key member 073, the European standard key member 073 synchronously moves up and down the European standard bush 071 provided thereon, the European standard patch 072 provided thereon, the European standard live line pin 074 provided on the European standard patch 072, the European standard live line movable sheet 075, the European standard neutral line pin 076, and the European standard neutral line movable sheet 077. The European standard neutral line pin 076 and the European standard live line pin 074 are pushed out of the housing 02 along the European standard bush 071 to receive power conversion, and the specific structure and usage method thereof are conventional technical means in the industry and will not be described in detail in this embodiment.

[0040] Regarding the specific configuration of the live line (L) socket copper clip 081, as shown in Figs. 4 to 13, the live line (L) socket copper clip 081 includes an Italian standard live line conductive clamp 0812 that matches the sixth jack 0106, a US standard live line conductive clamp 0813 that is provided inside the Italian standard conductive clamp and matches the fifth jack 0105, and a British standard live line conductive clamp 0814 that is provided at the lower end of the Italian standard live line conductive clamp 0813 and matches the eleventh jack 0111. 14, and a Chinese or Australian standard live wire conductive clamp 0815 that is inclined inside the British standard live wire conductive clamp 0814 and matches the 10th jack 0110, the first fuse metal clip 0811 is provided on the outside of the Italian standard live wire conductive clamp 0812, and the side live wire (L) socket copper clip 083 is provided between the first fuse metal clip 0811 and the Italian standard live wire conductive clamp 0812 and extends in a curved manner toward the side through hole. A live wire pin of the Italian standard pin that needs conversion is inserted corresponding to the 6th jack 0106 and contacts the Italian standard live wire conductive clamp 0812 for electrical conduction. A live wire pin of the US standard pin that needs conversion is inserted corresponding to the 5th jack 0105 and contacts the US standard live wire conductive clamp 0813 for electrical conduction. A live wire pin of a British standard pin that needs conversion is inserted into the corresponding 11 jack 0111 and contacts and conducts with the British standard live wire conductive clamp 0814. A live wire pin of a Chinese standard or Australian standard pin that needs conversion is inserted into the corresponding 10 jack 0110 and contacts and conducts with the Chinese standard or Australian standard live wire conductive clamp 0815.

[0041] Regarding the specific configuration of the live wire (L) pin copper clip 082, as shown in Figs. 4 to 13, the live wire (L) pin copper clip 082 includes a live wire pin conductive piece 0822 that is provided around the inside of the housing 02 and bent to avoid a gap between the pin assembly and the conductive assembly, a European standard pin live wire clamping portion 0823 that is provided on the live wire pin conductive piece 0822 and located directly below the European standard live wire movable sheet 075, a British standard pin live wire clamping portion 0824 that is provided on the live wire pin conductive piece 0822 and located directly below the British standard live wire movable sheet 055, and a US standard pin live wire clamping portion 0825 that is provided on the live wire pin conductive piece 0822 and located directly below the US standard live wire movable sheet 064. The second fuse metal clip 0821 is provided at the center of the live wire pin conductive piece 0822 and bent and extended toward the fuse tube 041. When the European standard pin assembly 07 is pushed out of the power converter for use, the European standard live line movable seat 075 is correspondingly fitted into the European standard pin live line clamping portion 0823, so that the live line of the European standard pin assembly 07 is plugged into the power converter and connected conductively to the live line of the multinational pin that needs conversion. When the British standard pin assembly 05 is pushed out of the power converter for use, the British standard live line movable seat 055 is correspondingly fitted into the British standard pin live line clamping portion 0824, so that the live line of the British standard pin assembly 05 is plugged into the power converter and connected conductively to the live line of the multinational pin that needs conversion. When the American standard pin assembly 06 is pushed out of the power converter for use, the American standard live line movable seat 064 is correspondingly fitted into the American standard pin live line clamping portion 0825, whereby the live line of the American standard pin assembly 06 is plugged into the power converter and conductively connected to the live line of the multi-national pin that needs conversion.

[0042] Regarding the specific configuration of the neutral wire (N) socket copper clip 091, as shown in Figs. 4 to 13, the neutral wire (N) socket copper clip 091 includes an Italian standard neutral wire conductive clamp 0911 that matches the first jack 0101, a US standard neutral wire conductive clamp 0912 that is provided inside the Italian standard neutral wire conductive clamp 0911 and matches the second jack 0102, and a US standard neutral wire conductive clamp 0913 that is provided at the lower end of the Italian standard neutral wire conductive clamp 0911. The side neutral (N) socket copper clip 093 is provided at the lower end of the Italian standard neutral conductive clamp 0911 and extends toward the side jack 021. The neutral pin of the Italian standard pins that require conversion is inserted into the first jack 0101 correspondingly and contacts the Italian standard neutral conductive clamp 0911 for electrical conduction. The neutral pin of the US standard pins that require conversion is inserted into the second jack 0102 correspondingly and contacts the US standard neutral conductive clamp 0912 for electrical conduction. The neutral pin of the British standard pin that needs conversion is inserted into the eighth jack 0108 and contacts the British standard neutral conductive clamp 0913 for electrical continuity. The neutral pin of the Chinese standard pin or the Australian standard pin that needs conversion is inserted into the ninth jack 0109 and contacts the Chinese standard or the Australian standard neutral conductive clamp 0914 for electrical continuity.

[0043] Regarding the specific configuration of the neutral line (N) pin copper clip 092, as shown in Figs. 4 to 13, the neutral line pin conductive piece 0921 is provided around the inside of the housing 02 and bent to avoid the gap between the pin assembly and the electrical connection, a neutral line connection piece 0922 is provided in the center of the neutral line pin conductive piece 0921 and is clamped by the neutral line (N) socket copper clip 091 and extends upward until it is electrically connected, and a neutral line connection piece 0922 is provided around the neutral line pin conductive piece 0921 and extends upward until it is electrically connected, and a European standard pin neutral wire clamping portion 0923 provided on the neutral wire pin conductive piece 0921 and facing directly below the European standard neutral wire movable sheet 077, an American standard pin neutral wire clamping portion 0924 provided on the neutral wire pin conductive piece 0921 and facing directly below the American standard neutral wire movable sheet 066, and a British standard pin neutral wire clamping portion 0925 provided on the neutral wire pin conductive piece 0921 and facing directly below the British standard neutral wire movable sheet 057. When the European standard pin assembly 07 is pushed out of the power converter for use, the European standard neutral wire movable sheet 077 is correspondingly fitted into the European standard pin neutral wire clamping portion 0923, so that the neutral wire of the European standard pin assembly 07 is conductively connected to the neutral wire of the multi-national pin that is inserted into the power converter and needs to be converted. When the British pin assembly 05 is pushed out of the power converter for use, the British neutral wire movable seat 057 is correspondingly fitted into the British pin neutral wire clamp 0925, so that the neutral wire of the British pin assembly 05 is conductively connected to the multinational pin neutral wire that is plugged into the power converter and needs to be converted. When the American pin assembly 06 is pushed out of the power converter for use, the American neutral wire movable seat 066 is correspondingly fitted into the American pin neutral wire clamp 0924, so that the neutral wire of the American pin assembly 06 is conductively connected to the multinational pin neutral wire that is plugged into the power converter and needs to be converted.

[0044] In order to avoid safety problems caused by inserting the side jack 021 into a single socket, as shown in Figures 14 to 18, a second door assembly 10 is provided in the side jack 021, and the second door assembly 10 includes an electric shock prevention door 101, a door fixing member 102, and a spring member 103. The electric shock prevention door 101 is fitted into the door fixing member 102, and the door fixing member 102 is provided between the side drive line (L) socket copper clip 083 and the side neutral line (N) socket copper clip 093. The door fixing member 102 is provided with at least two sets of pin through holes 1021 and fixing member spring engagement seats 1022 that match the side jack 021, and the electric shock prevention door 101 is provided with a door spring engagement column 1011. The spring member 103 is fixed by fitting one end onto the door spring engaging column 1011 and the other end into the fixing member spring engaging seat 1022. The shock-prevention door 101 is generally in the shape of a square. When no external pin is inserted into the side jack 021, the upper frame of the shock-prevention door 101 blocks the side drive line (L) socket copper clip 083 and the corresponding side jack 021, and the lower frame blocks the side neutral line (N) socket copper clip 093 and the corresponding side jack 021. This prevents a single plug or sharp object from being inserted individually and further prevents children from being shocked when playing with the power converter, thus improving safety. When an external pin is inserted into the side jack 021, one pin of the external pin is inserted into the side neutral line jack 0212 at the lower end, pushing the lower end of the electric shock prevention door 101 upward, and the neutral line pin of the external pin is fitted into the side neutral line (N) socket copper clip 093 through the pin through hole 1021 at the lower end of the door fixing member 102, thereby conducting the neutral line. At the same time, the spring member 103 is compressed and deformed, the pin through hole 1021 at the upper end of the door fixing member 102 is exposed from the upper end of the electric shock prevention door 101, and the live line pin of the external pin is inserted into the side drive line jack 0211 and fitted into the side drive line (L) socket copper clip 083 through the pin through hole 1021 at the upper end of the door fixing member 102, thereby conducting the neutral line.When no external pin is inserted, the shock prevention door 101 moves downwards due to the elastic restoring force of the spring member 103, and its upper frame blocks the side drive line (L) socket copper clip 083 and the corresponding side jack 021, and its lower frame blocks the side neutral line (N) socket copper clip 093 and the corresponding side jack 021, thereby avoiding a single plug or sharp object being inserted individually and further preventing children from playing with the power converter and getting an electric shock, and improving safety. Preferably, the door fixing member 102 is made of insulating material, thereby effectively isolating the side drive line (L) socket copper clip 083 and the side neutral line (N) socket copper clip 093, avoiding a short circuit, and further improving safety.

[0045] In order to facilitate the external pin pushing open the electric shock prevention door 101 and conducting to the conductive assembly, as shown in Figures 14 to 18, an inner inclined surface 1012 extending from top to bottom is provided on the upper and lower frames of the electric shock prevention door 101. When an external pin is inserted into the side jack 021, the external pin first comes into contact with the guide inclined surface 1012, and due to the inclined guiding action of the guide inclined surface 1012, slides reliably into the pin through-hole 1021, pushes open the electric shock prevention door 101 upward, is inserted into the pin through-hole 1021, and conducts to the conductive assembly, thereby improving the side conduction efficiency and accuracy and further improving the practicality of the power converter.

[0046] In order to avoid safety problems caused by the insertion of the side jack 021 into the single socket, as shown in Fig. 18, both side walls of the electric shock prevention door 101 are rhombic with a high middle part and low upper and lower ends, forming a seesaw-like structure, which allows the electric shock prevention door 101 to slide up and down and swing left and right within the door fixing member 102. A first engagement block 1013 for preventing the insertion of a single socket that matches the side live line jack 0211 is formed at an end of the upper frame of the electric shock prevention door 101 facing the live line (L) conductive assembly 08, and a second engagement block 1014 for preventing the insertion of a single socket that matches the side neutral line jack 0212 is formed at an end of the lower frame of the electric shock prevention door 101 facing the neutral line (N) conductive assembly 09. When a side live line jack 0211 is inserted into a single socket, an end portion of the upper frame of the anti-electric shock door 101 facing the live line (L) conductive assembly 08 tilts and swings, whereby a first engagement block 1013 for preventing single socket insertion is engaged with a pin through hole 1021 at the upper end of the door fixing member 102. At this time, the anti-electric shock door 101 cannot move and an external object cannot be further inserted to establish electrical continuity. When a side neutral line jack 0212 is inserted into a single socket, an end portion of the lower frame of the anti-electric shock door 101 facing the neutral line (N) conductive assembly 09 tilts and swings, whereby a second engagement block 1014 for preventing single socket insertion is engaged with a pin through hole 1021 at the lower end of the door fixing member 102. At this time, the anti-electric shock door 101 cannot move and an external object cannot be further inserted to establish electrical continuity. Both of these work together to avoid the safety hazard of inserting the side jack 021 into a single socket, and also to prevent children from getting electrocuted while playing with the power converter, improving safety.

[0047] Regarding the specific mounting method of the pin, the side neutral wire (N) socket copper clip 093, and the side live wire (L) socket copper clip 083 within the door fixing member 102, as shown in Figures 14 to 16 and Figures 19 to 20, a first insulating bracket 1023 extends from the end of the door fixing member 102 facing the neutral wire (N) conductive assembly 09, and the first insulating bracket 1023 is provided with a side neutral wire mounting groove 10231 in which the side neutral wire (N) socket copper clip 093 is placed, and the side live wire (L) socket copper clip 083 is provided at the tip of the first insulating bracket 1023. The side neutral line (N) socket copper clip 093 is placed in the side neutral line accommodation groove 10231, thereby fixing the side neutral line (N) socket copper clip 093 and avoiding the problem of the side neutral line (N) socket copper clip 093 being displaced and unable to conduct normally when an external pin is inserted. In addition, the side neutral line accommodation groove 10231 separates the side neutral line (N) socket copper clip 093 and the side drive line (L) socket copper clip 083, thereby effectively avoiding the problem of the side neutral line (N) socket copper clip 093 and the side drive line (L) socket copper clip 083 coming into contact with each other and conducting, causing a short circuit, and further improving safety.

[0048] In order to prevent the displacement of the live line (L) socket copper clip 081, as shown in Figs. 19 and 20, the door fixing member 102 further includes a second insulating bracket 1024 formed on the side of the first insulating bracket 1023 and extending in a curved manner toward the live line (L) socket copper clip 081, and an insulating baffle 10241 is protrudingly provided at the center of the second insulating bracket 1024, and the live line (L) socket copper clip 081 is disposed on the insulating baffle 10241. Specifically, the insulating baffle 10241 is located between the British standard live line conductive clamping portion 0814 and the Italian standard live line conductive clamping portion 0812, thereby fixing the center of the live line (L) socket copper clip 081, preventing the displacement of the live line (L) socket copper clip 081, effectively preventing a short circuit between the live line (L) socket copper clips 081, and improving safety.

[0049] The first insulating bracket 1023 and the second insulating bracket 1024 may be integrally injection molded or may be provided separately, specifically, may be provided according to actual conditions, but are not particularly limited in this embodiment.

[0050] In order to further improve the safety of the present power converter, as shown in Figures 4 to 6, the fuse assembly 04 further includes a fuse tube fixing bracket 042 arranged between the first fuse metal clip 0811 and the second fuse metal clip 0821, the fuse tube 041 is fitted into the fuse tube fixing bracket 042, and the fuse tube fixing bracket 042 is made of an insulating material, thereby realizing the safety of conduction, preventing electric shock due to leakage current, and improving the safety of the present power converter.

[0051] Preferably, in order to further fix the fuse assembly 04, as shown in Figures 21 and 22, the power converter further includes a fuse assembly fixing sleeve 043, the fuse assembly 04 is placed in the fuse assembly fixing sleeve 043, at least one fitting through groove 0431 is formed in the fuse assembly fixing sleeve 043, the fuse tube fixing bracket 042 is fitted in the fitting through groove 0431, and the fuse tube 041 is fitted in the fuse tube fixing bracket 042. This further fixes the fuse assembly 04, prevents the fuse tube 041 from being displaced, and separates the fuse tube 041 from other members to prevent short circuiting, thereby further improving the safety of the power converter.

[0052] As for a specific manner in which the live wire (L) conductive assembly 08 is electrically connected to the fuse tube 041 by the fuse assembly fixing sleeve 043, as shown in FIGS. 21 and 22, both the upper and lower ends of the fuse assembly fixing sleeve 043 are open, the first fuse metal clip 0811 extends from the opening at the upper end into the fuse assembly fixing sleeve 043 to clamp and electrically connect the fuse tube 041, and the second fuse metal clip 0821 extends from the opening at the lower end into the fuse assembly fixing sleeve 043 to clamp and electrically connect the fuse tube 041, thereby separating the fuse tube 041 from other components and ensuring normal conductivity between the live wire conductive assembly and the fuse tube 041, and also restricting the positions of the first fuse metal clip 0811 and the second fuse metal clip 0821, respectively, making the conductivity more stable and improving the conductivity efficiency.

[0053] In order to further save space and improve space utilization within the power converter, as shown in FIG. 21, the fuse assembly fixing sleeve 043 may be provided with an escape groove to avoid the door fixing member 102, thereby saving space within the power converter, making the structure within the power converter more compact, improving space utilization, and reducing the size.

[0054] The fuse assembly fixing sleeve 043 may be integrally formed with other brackets in the power converter or may be provided separately, and specifically may be provided according to actual conditions, so that it is not particularly limited in this embodiment.

[0055] It should be noted that the power converter with side socket disclosed in the present invention is an improvement of the specific structure, and the specific control method is not an innovation of the present invention. The fuse tube, British standard live wire pin, British standard earth wire pin, British standard neutral wire pin, American standard live wire pin, American standard neutral wire pin, spring and other components of the present invention may be general-purpose standard components or components known to those skilled in the art, and their structures, principles and control methods are all known to those skilled in the art through technical manuals or ordinary experimental methods.

[0056] The above is merely a preferred embodiment of the present invention, and does not limit the technical scope of the present invention in any way. Therefore, any other structures obtained by adopting the same or similar technical features as the above embodiment of the present invention are within the protection scope of the present invention. [Explanation of symbols]

[0057] 01 Composite Socket Panel 0101 1st Jack 0102 2nd Jack 0103 3rd Jack 0104 4th Jack 0105 The 5th Jack 0106 6th Jack 0107 7th Jack 0108 The 8th Jack 0109 9th Jack 0110 10th Jack 0111 11th Jack 0112 12th Jack 02 Housing 021 Side Jack 0211 Side Live Line Jack 0212 Side Neutral Jack 03 First door assembly 04 Fuse Assembly 041 Fuse tube 042 Fuse tube fixing bracket 043 Fuse Assembly Retaining Sleeve 0431 Penetration groove for insertion 05 British Standard Pin Assembly 051 British Standards Patch 052 British Standard Key Parts 053 British Standard Earth Wire Pin 054 British Standard Live Wire Pin 055 British standard live line movable seat 056 British Standard Neutral Wire Pin 057 British Standard Neutral Line Movable Sheet 06 American Standard Pin Assembly 061 US Standards Patch 062 US Standard Key Material 063 US Standard Live Wire Pin 064 US Standard Live Line Movable Seat 065 US Standard Neutral Wire Pin 066 US Standard Neutral Line Movable Sheet 07 European Standard Pin Assembly 071 European Standard Bush 072 European Standard Patch 073 European standard key parts 074 European standard live wire pin 075 European standard live line movable seat 076 European standard neutral wire pin 077 European Standard Neutral Line Movable Sheet 08 Live Wire (L) Conduction Assembly 081 Live line (L) socket copper clip 0811 No. 1 fuse metal clip 0812 Italian standard live wire conductor clamp 0813 US standard live wire conductive clamp 0814 British Standard Live Wire Conductor Clamp 0815 Chinese or Australian standard live wire conductor clamp 082 Live line (L) pin copper clip 0821 No. 2 fuse metal clip 0822 Live Wire Pin Conductor 0823 European standard pin live wire clamp 0824 British standard pin live wire clamp 0825 US standard pin live wire clamp 083 Side drive wire (L) socket copper clip 09 Neutral wire (N) conductor assembly 091 Neutral wire (N) socket copper clip 0911 Italian standard neutral wire conductor clamp 0912 US Standard Neutral Wire Conductor Clamp 0913 British Standard Neutral Wire Conductor Clamp 0914 Chinese or Australian Standard Neutral Wire Conductor Clamp 092 Neutral wire (N) pin copper clip 0921 Neutral wire pin conductive piece 0922 Neutral wire connector 0923 European standard pin neutral wire clamp 0924 US standard pin neutral wire clamp 0925 British Standard Pin Neutral Wire Clamp 093 Side neutral wire (N) socket copper clip 10 Second Door Assembly 101 Electric shock prevention door 1011 Door spring engagement column 1012 Guide inclined surface 1013 First engagement block for preventing single-insertion 1014 Second engagement block for preventing single-insertion 102 Door fixing member 1021 Pin through hole 1022 Fixed member spring engagement seat 1023 First insulating bracket 10231 Side neutral line storage groove 1024 Second insulating bracket 10241 Insulating baffle 103 Spring members

Claims

1. 1. A power converter having a side socket, comprising: The present invention includes a composite socket panel, a housing, a first door assembly, a fuse assembly, at least two sets of standard pin assemblies, and a conductive assembly, the conductive assembly including at least one live line (L) conductive assembly and a neutral line (N) conductive assembly, the live line (L) conductive assembly including a live line (L) socket copper clip and a live line (L) pin copper clip, the neutral line (N) conductive assembly including a neutral line (N) socket copper clip and a neutral line (N) pin copper clip, at least two side jacks are provided on the sides of the housing, the side jacks including a side drive line jack and a side neutral line jack, the live line (L) socket copper clip is provided with a side drive line (L) socket copper clip matching the side drive line jack, and the neutral line (N) socket copper clip is provided with a side drive line (L) socket copper clip matching the side neutral line jack. a side neutral (N) socket copper clip for connecting a live wire (L) socket copper clip to a neutral wire (N) socket copper clip, the side live wire (L) socket copper clip extending laterally from the live wire (L) socket copper clip, the side neutral (N) socket copper clip extending laterally from the neutral (N) socket copper clip, the fuse assembly includes a fuse tube, the live wire (L) socket copper clip is provided with a first fuse metal clip extending downward, and the live wire (L) pin copper clip is provided with a second fuse metal clip, both ends of the fuse tube are arranged to be electrically connected within the first fuse metal clip and the second fuse metal clip, respectively, and the side jack is any one of a US standard jack, a British standard jack, a Chinese standard or an Australian standard jack, or a European standard jack, or a combination thereof.

2. 2. The power converter with side sockets according to claim 1, wherein the side drive (L) socket copper clip and the side neutral (N) socket copper clip are each matched to one of a US standard pin, a British standard pin, a European standard pin, or an Australian standard pin.

3. 2. The power converter with side sockets as claimed in claim 1, characterized in that the composite socket panel is provided with any combination of British standard jacks, American standard jacks, Chinese / Australian standard jacks and European standard jacks.

4. 2. The power converter with side socket as claimed in claim 1, characterized in that the standard pin assemblies include any combination of British standard pin assemblies, American standard pin assemblies, European standard pin assemblies, Chinese standard or Australian standard pin assemblies, each of the standard pin assemblies having an operation key and at least two conductive pins, and having a slide base movable along an axial direction, and the conductive pins extend outside the housing or retract into the housing.

5. 2. The power converter with side socket according to claim 1, wherein a second door assembly is provided in the side jack, the second door assembly including an anti-electric shock door, a door fixing member, and a spring member, the anti-electric shock door is fitted into the door fixing member, the door fixing member is provided with at least two sets of pin through holes matching the side jack and a fixing member spring engagement seat matching the spring member, the anti-electric shock door is provided with a door spring engagement column, one end of the spring member is fitted on the door spring engagement column and the other end is fitted into the fixing member spring engagement seat to be fixed, the anti-electric shock door is generally in a "mouth" shape, an upper frame thereof blocks a side drive line (L) socket copper clip and a corresponding side jack, and a lower frame thereof blocks a side neutral line (N) socket copper clip and a corresponding side jack.

6. 6. The power converter having a side socket according to claim 5, wherein each of the upper frame and the lower frame is provided with a guide inclined surface that extends obliquely from above to below.

7. 6. The power converter with a side socket according to claim 5, characterized in that an end of the upper frame of the electric shock prevention door facing the live line (L) conductor assembly is formed with a first engagement block for preventing a single jack insertion that matches a side live line jack, and an end of the lower frame of the electric shock prevention door facing the neutral line (N) conductor assembly is formed with a second engagement block for preventing a single jack insertion that matches a side neutral line jack.

8. 6. The power converter having a side socket according to claim 5, wherein both side walls of the electric shock prevention door are rhomboidal in shape, with a high center and low upper and lower ends.

9. 6. The power converter with a side socket according to claim 5, wherein a first insulating bracket extends from an end of the door fixing member facing the neutral wire (N) conductive assembly, the first insulating bracket is provided with a side neutral wire receiving groove in which the side neutral wire (N) socket copper clip is placed, and the side live wire (L) socket copper clip is provided at a tip of the first insulating bracket.

10. 10. The power converter with a side socket according to claim 9, wherein the door fixing member further includes a second insulating bracket provided on a side of the first insulating bracket and curved and extending toward the live line (L) socket copper clip, an insulating baffle is protrudingly provided on the center of the second insulating bracket, and the live line (L) socket copper clip is disposed on the insulating baffle.

11. 2. The power converter with a side socket as claimed in claim 1, wherein the fuse assembly further includes a fuse tube fixing bracket, the fuse tube being fitted into the fuse tube fixing bracket, and the fuse tube fixing bracket being disposed between a first fuse metal clip and a second fuse metal clip.

12. 2. The power converter with a side socket as claimed in claim 1, further comprising a fuse assembly fixing sleeve, the fuse assembly being placed in the fuse assembly fixing sleeve, the fuse assembly fixing sleeve having at least one fitting through groove, and the fuse tube fixing bracket being inserted into the fitting through groove along the fitting through groove.

13. 13. The power converter with a side socket as claimed in claim 12, wherein both the upper and lower ends of the fuse assembly fixing sleeve are open, the first fuse metal clip extends from the opening at the upper end into the fuse assembly fixing sleeve to clamp and electrically connect to a fuse tube, and the second fuse metal clip extends from the opening at the lower end into the fuse assembly fixing sleeve to clamp and electrically connect to a fuse tube.

Images