A compact adapter holder structure with multiple sets of sockets.

Abstract

To provide a compact holder structure for a power adapter, which has multiple sets of sockets. [Solution] The adapter holder structure includes a holder 200, the holder having a plurality of main insertion holes 111 and a first sub-insertion hole 121 of different standards. A pin assembly 300 is further slidably attached to the holder, the pin assembly further includes a plurality of pin units 310 arranged in parallel along the parallel direction of the main insertion holes, each of the pin units includes a first telescopic member, the first telescopic member is provided with terminals for insertion into an external outlet, and the insertion unit 310 corresponding to the first sub-insertion hole further includes a second telescopic member slidably attached to the holder. In the present invention, a plurality of main insertion holes of different standards are provided, the first sub-insertion hole is located on an extension line of the main insertion holes extending in a predetermined direction, and at least two electrical products can be inserted during use.

Description

Technical Field

[0006] , ,

[0001] The present invention relates to the technical field of conversion adapters, and specifically to a holder structure for a conversion adapter having multiple sets of insertion holes and a compact structure.

Background Art

[0002] As people's living standards gradually improve, the opportunities for overseas travel or business trips are increasing. Due to the different standards of power outlets in various countries, electrical plugs have various forms and shapes, which may result in situations where electrical products carried by people from their home countries cannot be applied to overseas outlets, causing great inconvenience to people's trips abroad.

[0003] Therefore, in order to facilitate people's trips abroad, pins with different specifications can be used in different regions, and panels with multiple sets of insertion holes are commercially available. Currently, most of the insertion holes are installed on the same outlet surface, and the panel has multiple sets of insertion holes. However, when using the insertion holes, only one electrical product can be used, resulting in low adaptability. In addition, in the production process, to ensure high portability, conversion adapters generally require smaller volume dimensions. Currently, the commercially available conversion adapters are large in volume and poor in portability.

[0004] Therefore, currently, there is a need for a holder structure for a conversion adapter having multiple sets of insertion holes and a compact structure to solve at least one of the above technical problems.

Summary of the Invention

[0005] The object of the present invention is to provide a holder structure for a conversion adapter having multiple sets of insertion holes and a compact structure. To solve the above technical problems, the present invention adopts the following technical means.

[0006] A holder structure for a conversion adapter having multiple sets of insertion holes and a compact structure, The aforementioned holder structure for the power adapter includes a holder, The holder is provided with a plurality of main insertion holes and a first sub-insertion hole of different specifications, the main insertion holes are provided on two adjacent sides, and the first sub-insertion hole is located on the extension line in the direction in which the plurality of main insertion holes are parallel. A pin assembly is further slidably contacted to the holder, the pin assembly reciprocates along a direction perpendicular to the main insertion hole position, the pin assembly includes a plurality of pin units arranged side by side along the parallel direction of the main insertion hole, each pin unit includes a first telescopic member, the first telescopic member is provided with terminals for insertion into an external outlet, the orthographic projection of the first sub-insertion hole toward the pin assembly lies on one of the outer insertion units, the insertion unit corresponding to the first sub-insertion hole further includes a second telescopic member slidably provided on the holder, and the length of the terminals in the insertion unit corresponding to the first sub-insertion hole protruding from the holder is longer than the length of the terminals in the other insertion units protruding from the holder.

[0007] Furthermore, the holder is further provided with first conductive fittings corresponding to the main insertion hole and the first sub-insertion hole, and there are two of these first conductive fittings, which are arranged in parallel with each other and correspond to the live wire and the neutral wire, respectively, and each of the first conductive fittings is provided extending along a predetermined direction, and a plurality of main insertion positions corresponding to the main insertion hole are arranged in parallel along the predetermined direction, and a first sub-insertion position corresponding to the first sub-insertion hole is provided at the end of the first conductive fitting, and the opening of the first sub-insertion position faces the extending direction of the predetermined direction.

[0008] Furthermore, the first conductive fitting includes a main body, the main insertion position is formed on the main body, the main body has a first projection that extends upward and also extends in the predetermined direction at one end extending in the predetermined direction, the first secondary insertion position is formed on the first projection, and the insertion opening of the first secondary insertion position is open in the direction extending in the predetermined direction.

[0009] Furthermore, the holder is further provided with a second conductive fitting corresponding to the first conductive fitting, and there are two of these second conductive fittings, the two second conductive fittings corresponding to the neutral wire and the live wire, respectively, and a conductive material is provided between the first conductive fitting and the second conductive fitting, and the pin unit slides along the holder toward the second conductive fitting so that the first expandable member is inserted into the second conductive fitting and the first conductive fitting is electrically connected to the terminal.

[0010] Furthermore, the pin unit corresponding to the first sub-insertion position is a European standard pin unit, and an internal fitting structure is further provided between the first and second expandable members, so that when the European standard pin unit is pulled into the holder, at least a portion of the first expandable member is fitted into the second expandable member.

[0011] Furthermore, the aforementioned fitting structure is The terminal includes a fitting portion formed on the first expandable member and protruding toward the second expandable member, and a pushing portion extending toward both ends along the longitudinal direction of the first expandable member, wherein the terminal is formed on the fitting portion, a locking portion is formed on the side surface of the first expandable member, and the locking portion and the pushing portion have a step on the surface facing the second expandable member. The present invention further includes a base formed at one end of the second expandable member, and a side wall formed on one edge of the base and extending away from the base, wherein a cavity is formed at the end of the base toward the first expandable member, the cavity is used for inserting the insertion portion, a through hole is provided at the bottom of the cavity for the terminal to extend, and an interlocking groove is formed in the side wall for the locking portion to slide, thereby restricting the sliding of the locking portion to the interlocking groove.

[0012] Furthermore, the holder includes an upper frame and a lower frame provided along its vertical direction, a plurality of guide columns for support are provided between the upper frame and the lower frame, the first conductive fitting and the second conductive fitting are engaged with the upper frame and the lower frame, respectively, a conductive material for electrical connection is provided between the first conductive fitting and the second conductive fitting, and the first telescopic member slides against the guide columns.

[0013] Furthermore, there are two conductive materials, each connected at both ends to the first conductive fitting and the second conductive fitting, respectively, and used to provide electrical conductivity between the first conductive fitting and the second conductive fitting, which are arranged side by side. One of the conductive materials is made up of the guide column, and the other conductive material is made up of a fuse tube.

[0014] Furthermore, the holder is provided with a second sub-insertion hole, the second sub-insertion hole is located on the side of the holder facing away from the first sub-insertion hole, the second sub-insertion hole and the first sub-insertion hole are provided at the other end of the extension line in the direction in which the plurality of main insertion holes are arranged in parallel, the first sub-insertion hole and the second sub-insertion hole are of the same or different specifications, the main body has a second projection formed at the other end extending along the predetermined direction, which protrudes upward and extends along the predetermined direction, and a second sub-insertion position corresponding to the second sub-insertion hole is formed on the second projection.

[0015] Furthermore, the holder is provided with a third sub-insertion hole, the third sub-insertion hole is provided on the surface adjacent to the first sub-insertion hole and is located lateral to the main insertion hole, the third sub-insertion hole and the first sub-insertion hole are of the same or different specifications, one body has an extended portion formed extending toward the side perpendicular to the predetermined direction, the other body has a connecting beam formed parallel to the extended portion, the body of the extended portion straddles the connecting beam and extends to the side of the body on which the extended portion is provided, and a third sub-insertion position corresponding to the third sub-insertion hole is formed at the free end of the extended portion and the connecting beam.

[0016] The beneficial effects of this invention are as follows: According to an embodiment of the present invention, a holder structure for a power adapter is provided that has multiple sets of insertion holes and a compact structure. By providing the first sub-insertion hole on the extension line where the main insertion holes are parallel and positioning it on the surface of another housing, more insertion positions are available, allowing the use of at least two electrical products and improving usability. Furthermore, by providing the first conductive fittings corresponding to the main outlet panel and sub-outlet panel along the parallel direction of the main insertion holes, the main insertion position and the first sub-insertion position can be arranged in parallel along the length direction, and it is guaranteed that the first conductive fittings have high strength and conductivity. In addition, by providing an internal fitting structure for the European standard pin unit, when the European standard pin unit is pulled into the holder, the height dimension is reduced, ensuring the compactness of the entire outlet structure and guaranteeing a small height dimension. [Brief explanation of the drawing]

[0017] [Figure 1] This is a schematic diagram of the structure of the present invention. [Figure 2] This is a schematic diagram of the structure in which the pin unit of the present invention protrudes (extends) from the holder. [Figure 3] This is a schematic diagram of the structure of the present invention in which a single pin unit protrudes from a holder. [Figure 4] This is a schematic diagram of the exploded structure of the holder and pin assembly according to the present invention. [Figure 5] It is a schematic structural diagram of the first conductive fitting of the present invention. [Figure 6] It is a schematic exploded structural diagram of the pin assembly of the present invention. [Figure 7] It is a schematic exploded structural diagram of the European standard pin unit of the present invention. [Figure 8] It is a schematic diagram of the structure using the conversion socket of the present invention.

[0018] Explanation of symbols 111 - Main insertion hole; 121 - First sub - insertion hole; 200 - Holder; 210 - First conductive fitting; 220 - Second conductive fitting; 211 - Main insertion position; 212 - First sub - insertion position; 300 - Pin assembly; 310 - Pin unit; 201 - Upper frame body; 202 - Lower frame body; 203 - Guide post; 204 - Conductive material; 221 - Clamping position; 213 - Body; 214 - First protrusion; 311 - First telescopic member; 312 - Movable end; 313 - Terminal; 314 - Insertion tool; 310a - European standard pin unit; 316 - Embedded part; 317 - Pushing part; 318 - Locking part; 320 - Second telescopic member; 321 - Base; 322 - Cavity; 323 - Side wall; 324 - Interlocking groove; 131 - Second sub - insertion hole; 141 - Third sub - insertion hole; 215 - Second protrusion; 216 - Second sub - insertion position; 217 - Third sub - insertion position; 218 - Extension part; 219 - Connecting beam; 130 - Second sub - insertion panel; 100 - Housing.

Embodiments for Carrying out the Invention

[0019] To facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to examples and drawings. However, the content referred to in the embodiments does not limit the present invention. The present invention will be described in detail below with reference to the drawings.

[0020] Example 1 According to an embodiment of the present invention, a holder structure for a power adapter is provided that has multiple sets of sockets and a compact structure. As an important component of the power adapter, the holder structure of the present invention can provide main sockets 111 and first sub-sockets 121 provided on two adjacent sides. In this embodiment, the multiple sets of main sockets 111 are arranged in parallel along one direction. Each of the multiple sets of main sockets 111 is of a standard. Specifically, the main sockets 111 are provided as 2-pin sockets and 3-pin sockets of at least one specification. The first sub-sockets 121 are provided on the sides extending along the parallel direction of the main sockets 111. This allows the holder structure of the present invention to provide more insertion positions, and can accommodate the insertion of more electrical products when using electrical products.

[0021] In this embodiment, as shown in Figure 1-7, an embodiment of the present invention provides a holder structure for a power adapter that has multiple sets of sockets and a compact structure. The holder structure for a power adapter that has multiple sets of sockets and a compact structure includes a holder 200. The holder 200 is provided with multiple main sockets 111 and first sub-sockets 121 of different standards. The main sockets 111 and 121 are provided on two adjacent sides. The first sub-sockets 121 are located on the parallel extension of the multiple main sockets 111. A pin assembly 300 is further slidably contacted to the holder 200. The pin assembly 300 reciprocates in a direction perpendicular to the position of the main sockets. The pin assembly 300 includes multiple pin units 310 arranged side by side along the parallel direction of the main sockets 111. Each pin unit 310 includes a first telescopic member 311. The first expandable member 311 is provided with a terminal 313 for insertion into an external outlet. The orthographic projection of the first sub-insertion hole 121 facing the pin assembly 300 is located on one of the outer insertion units 310. The insertion unit 310 corresponding to the first sub-insertion hole 121 further includes a second expandable member 320 that is slidably mounted on the holder 200. The length of the terminal 313 on the insertion unit 310 corresponding to the first sub-insertion hole 121 protruding from the holder 200 is longer than the length of the terminal 313 on the other insertion unit 310 protruding from the holder 200.

[0022] In this embodiment, the pin unit 310 can protrude from the holder 200 or retract into the holder 200 by sliding on the holder 200. After the pin unit 310 protrudes from the holder 200, it is used to be inserted into an external socket. In this case, it may be inserted through the main insertion hole 111 or the first sub-insertion hole 121. Thereby, more insertion positions are provided, and the usage performance of the socket is improved.

[0023] In this embodiment, the holder 200 is further provided with a first conductive fitting 210 corresponding to the main insertion hole 111 and the first sub-insertion hole 121. There are two first conductive fittings 210. The two first conductive fittings 210 are parallel to each other and respectively correspond to the live wire and the neutral wire. Each first conductive fitting 210 is provided to extend along a predetermined direction, and a plurality of main insertion positions 211 corresponding to the main insertion hole 121 are arranged in parallel along the predetermined direction thereon. At the end of the first conductive fitting 210, a first sub-insertion position 212 corresponding to the first sub-insertion hole 121 is provided. The opening of the first sub-insertion position 212 faces the extending direction of the predetermined direction.

[0024] In this embodiment, the two first conductive fittings 210 are mirror-symmetrical to each other and respectively correspond to the live wire and the neutral wire. Thereby, when an electrical product is inserted into the first conductive fitting 210, it is connected to the neutral wire and the live wire to form a circuit. The two first conductive fittings 210 are provided to extend along one predetermined direction. The first sub-insertion position 212 is formed at the end position of the first conductive fitting 210. Thereby, the first sub-insertion position 212 is located on the extension line where the main insertion positions 211 are arranged in parallel along the predetermined direction.

[0025] More specifically, the first conductive fitting 210 includes a single body 213. The main insertion position 211 is formed on the body 213. A first projection 214 is formed on the end of the body 213 that extends along a predetermined direction, projecting upward and extending along the predetermined direction. The first secondary insertion position 212 is formed on the first projection 214. The insertion opening of the first secondary insertion position 212 is open in the direction extending along the predetermined direction.

[0026] In this embodiment, the first conductive fitting 210 includes a single body 213. The main insertion position 211 is formed on the body 213. A first projection 214 is formed on one end of the body 213 that extends along a predetermined direction, projecting upward and extending along the predetermined direction. The first secondary insertion position 212 is formed on the first projection 214. The insertion opening of the first secondary insertion position 212 is open in the direction extending along the predetermined direction. As shown in Figure 4, the first conductive fitting 210 is provided as an elongated structure. The main insertion position 211 and the first secondary insertion position 212 are arranged along the length of the first conductive fitting 210, thereby allowing the first secondary insertion position 212 to be located at the end of the first conductive fitting 210. In the production process of the first conductive fitting 210, the copper material can be pressed and bent to complete the processing, making the processing simple and resulting in high strength and conductivity for the first conductive fitting 210. In contrast, if the orientation of the first sub-insertion position 212 is not aligned with the extension of the arrangement of the main insertion position 211, it is necessary to bend and stretch a portion of each of the two first conductive fittings 210 to one side. Of these, the formed portion of one of the first conductive fittings 210 needs to be longer. Only by further bending the portion that is bent and stretched to one side upwards or downwards can the insertion position on one side be formed. In this case, planes of different heights are formed between this portion and the body of the conductive fitting, making the structure more complex. As the height of the conductive fitting increases and the stretched portion increases, it becomes necessary to add reinforcing welding points to the conductive fitting, which reduces the strength of the conductive fitting.

[0027] In this embodiment, the holder 200 is further provided with a second conductive fitting 220 corresponding to the first conductive fitting 210. There are two second conductive fittings 220, one corresponding to the neutral wire and the other to the live wire. A conductive material 204 is provided between the first conductive fitting 210 and the second conductive fitting 220. The pin unit 310 slides along the holder 200 toward the second conductive fitting 220, thereby inserting the first expandable member 311 into the second conductive fitting 220, and electrically connecting the first conductive fitting 210 to the terminal 313.

[0028] A second conductive fitting 220 is provided, and the pin unit 310 slides on the holder 200 to protrude the terminal 313 to the outside, after which it can be plugged into an external outlet, thereby charging the terminal 313. In this case, the first expandable member 311 is plugged into the second conductive fitting 220, so that the terminal 313 is electrically connected to the second conductive fitting 220, charging the second conductive fitting 220, and the conductive material 204 charges the first conductive fitting 210. As a result, the electrical product can be plugged into the main socket 111 or the first sub-socket 121 and use electricity.

[0029] In this embodiment, the pin unit 310 corresponding to the first sub-insertion position 212 is a European standard pin unit 310a. An internal fitting structure is further provided between the first expandable member 311 and the second expandable member 320 of the European standard pin unit 310a. As a result, when the European standard pin unit is pulled into the holder 200, at least a portion of the first expandable member 311 is fitted into the second expandable member 320.

[0030] In this embodiment, the European standard pin unit 310a is positioned at the first sub-insertion position 212 (first sub-insertion hole 121). Due to the internal fitting structure, when the first telescopic member 311 and the second telescopic member 320 are retracted into the holder 200, at least a portion of the first telescopic member 311 can be fitted into the second telescopic member 320, reducing the overall height of the European standard pin unit 310a, ensuring a compact structure for the holder, ensuring a compact structure for the conversion outlet, and resulting in a small volume.

[0031] Specifically, the fitting structure includes a fitting portion 316 formed on the first expandable member 311 and projecting toward the second expandable member 320, and a pushing portion 317 extending toward both ends along the length of the first expandable member 311. The terminal 313 is formed on the fitting portion 316. A locking portion 318 is provided on the side surface of the first expandable member 311. There is a step between the locking portion 318 and the pushing portion 314 on the surface facing the second expandable member 320. The fitting structure further includes a base 321 formed on one end of the second expandable member 320, and a side wall 323 formed on one edge of the base 321 and extending toward the direction away from the base 321. A cavity 322 is formed at the end of the base 321 facing the first expandable member 311. The cavity 322 is used for inserting the fitting portion 316. A through hole is provided at the bottom of the cavity 322 for the terminal 313 to extend. An interlocking groove 324 is formed in the side wall 323 for the locking portion 318 to slide. The sliding of the locking portion 318 is restricted to the interior of the interlocking groove 324.

[0032] By providing the first expandable member 311 of the European standard pin unit 310a as an insertion portion 316 and a push portion 317, when the terminal 313 is fixed to the insertion portion 316, the insertion portion 316 has sufficient volume to ensure the mounting requirements of the terminal 313 and mutual insulation. In the process of pushing out the European standard pin unit 310a, the insertion portion 316 enters the cavity 322 of the second expandable member 320, and the push portion 317 contacts the end of the base 321 of the second expandable member 320, thereby pushing out the second expandable member 320. When the European standard pin unit 310a is retracted into the mounting space 101, pulling the moving end 312 causes the locking portion 318 to slide within the interlocking groove 324, and after being restricted by the top of the sliding groove 325, retracts the second expandable member 320 into the mounting space 101. The above structure ensures that when a European standard socket unit is routed into the mounting space 101, the structure becomes more compact and the height of the outlet does not increase.

[0033] To facilitate the reciprocating sliding of the pin unit 310 along the holder 200, a movable end 312 protruding from the holder 200 is formed at any longitudinal end of the first expandable member 311, and the first expandable member 311 is further provided with an insertion device 314, one end of which is connected to a terminal 313 and the other end of which is inserted into a second conductive fitting 220. In this embodiment, the movable end 312 extends outside the holder 200. This allows the terminal 313 to be advanced through the first expandable member 311 by operating the movable end 312. The first expandable member 311 is also provided with an insertion device 314. When the pin unit 310 moves outward along the holder 200, after the terminal 313 exits the holder 200, the first expandable member 311 is inserted into the second conductive fitting 220 via the insertion device 314, thereby establishing an electrical connection between the terminal 313 and the second conductive fitting 220. Furthermore, when the terminal 313 is inserted into an external outlet, the first conductive fitting 210 becomes charged by the second conductive fitting 220 and the conductive material 204.

[0034] In this embodiment, the holder 200 includes an upper frame 201 and a lower frame 202 provided along its vertical direction. A plurality of support guide columns 203 are provided between the upper frame 201 and the lower frame 202. The first conductive fitting 210 and the second conductive fitting 220 engage with the upper frame 201 and the lower frame 202, respectively. A conductive material 201 for electrical connection is provided between the first conductive fitting 210 and the second conductive fitting 220. The first telescopic member slides against the guide columns 203. In this embodiment, the upper frame 201 has a mounting groove 2011 provided according to a predetermined shape. The first conductive fitting engages within the mounting groove 2011. Similarly, the lower frame 202 has a mounting groove (not shown) which facilitates the attachment of the second conductive fitting.

[0035] There are two conductive members 204, each connected at both ends to a first conductive fitting 210 and a second conductive fitting 220, respectively, and used to provide electrical conductivity between the corresponding parallel first conductive fitting 210 and second conductive fitting 220. One conductive member 204 is made up of a guide column 203, and the other conductive member 204 is made up of a fuse tube.

[0036] Specifically, one guide post 203 is made of metal, and both ends are connected to a first conductive fitting 210 and a second conductive fitting 220, which correspond to the neutral wire, thereby electrically connecting the first conductive fitting 210 and the second conductive fitting 220. In this case, the first expansion member 311 slides against the guide post 203. Since both ends of the conductive material, which is made of a fuse tube, are provided on the first conductive fitting 210 and the second conductive fitting 220, which correspond to the live wire, a fuse structure is provided. This ensures electrical safety by cutting the fuse tube in the event of overvoltage, overcurrent, etc.

[0037] Example 2 The technical means provided in this embodiment are almost the same as those in Embodiment 1 described above. In this embodiment, a second sub-insertion hole 131 is provided for insertion in order to improve the performance of the outlet. Specifically, as shown in Figure 1-5, the holder 200 is further provided with a second sub-insertion hole 131. The second sub-insertion hole 131 is provided on the side of the holder 200 facing away from the first sub-insertion hole 121. The second sub-insertion hole 131 is provided at the other end of the extension line in the direction in which the multiple main insertion holes 111 are arranged in parallel, corresponding to the first sub-insertion hole 121. The first sub-insertion hole 121 and the second sub-insertion hole 131 are of the same or different specifications. The body 213 has a second projection 215 formed at the other end extending along the predetermined direction, which projects upward and also extends along the predetermined direction. A second secondary insertion position 216 corresponding to the second secondary insertion hole 131 is formed on the second projection 215.

[0038] In other words, a second sub-insertion hole 131 is provided on the side of the holder 200 opposite to the side of the holder 200 where the first sub-insertion hole 121 is provided. This makes it possible to insert the three plugs into the main insertion hole 111, the first sub-insertion hole 121, and the second sub-insertion hole 131, respectively, providing more insertion positions and satisfying the user's electrical usage needs. Furthermore, when providing a second sub-insertion position 216 corresponding to the second sub-insertion hole 131, a second projection 215 is provided on another extended end of the main body 213. The second sub-insertion position 216 is provided on the second projection 215. As a result, the first auxiliary insertion position 212, the main insertion position 211, and the second auxiliary insertion position 216 are provided along the same predetermined direction, and the first conductive fitting 210 can be integrally molded by press working or the like from the same copper material, thereby guaranteeing the reliability and safety of the first conductive fitting 210.

[0039] Example 3 The technical means provided in this embodiment are almost identical to those in Embodiment 1 described above. In this embodiment, a third sub-insertion hole 141 is further provided for insertion based on Embodiment 1 in order to improve the performance of the outlet. In this embodiment, the holder 200 is further provided with the third sub-insertion hole 141. The third sub-insertion hole 141 is provided on the surface adjacent to the first sub-insertion hole 121 and is located lateral to the main insertion hole 111. The third sub-insertion hole 141 and the first sub-insertion hole 121 are of the same or different specifications. One of the main bodies 213 has an extended portion 218 molded toward the side perpendicular to the predetermined direction, and the other main body 213 has a connecting beam 219 molded parallel to the extended portion 218. The main body 213 of the extended portion 218 straddles the connecting beam lateral 219 and extends to the side of the main body 213 on which the extended portion is provided. A third secondary insertion position 217 corresponding to the third secondary insertion hole 141 is formed at the free end of the extended portion 218 and the connecting beam 219.

[0040] In other words, in this embodiment, the provision of the main insertion hole 111, the first sub-insertion hole 121, and the third sub-insertion hole 141 improves the usability of the outlet and provides the user with more insertion positions. In this embodiment, by providing the third insertion hole on the surface facing the movable end of the pin unit, the number of insertion positions can be increased without interfering with the operation of the movable end.

[0041] Example 4 In this embodiment, a third sub-insertion hole 141 is provided based on the technical means of Embodiment 2 in order to further improve the usability of the outlet. In other words, the holder 200 is provided with a main insertion hole 111, a first sub-insertion hole 121, a second sub-insertion hole 131, and a third sub-insertion hole 141. Simply put, sub-insertion holes are provided on all three remaining sides of the holder. This further improves the usability of the outlet.

[0042] Furthermore, the first, second, and third auxiliary insertion holes 121, 131, and 141 described above are of the same or different specifications. In other words, the three auxiliary insertion holes can be provided in the shape of insertion holes of specifications such as European, British, Australian, Indian, Japanese, and Chinese standards. This makes it convenient for users to use while traveling.

[0043] As shown in Figure 8, the housing 100 of the adapter outlet with a holder structure provided in the present invention has three outlet panels molded into it. Specifically, it is provided with two main outlet panels 110 whose surfaces are adjacent to each other, a first sub-outlet panel 120, a second sub-insertion panel 130, and a third sub-outlet panel. This provides multiple positions, allowing two electrical products to be inserted into the outlet of the present invention simultaneously.

[0044] The above are merely preferred embodiments of the present invention and do not limit the present invention in any way. The present invention is disclosed as described above in preferred embodiments, but this is not intended to limit the present invention. Those skilled in the art may modify or alter the above-disclosed technical content to equivalent variations without departing from the scope of the proposed technical concept of the present invention. The present invention refers to any simple modifications, equivalent variations, and alterations made to the above embodiments, all of which fall within the scope of the proposed technical concept of the present invention.

Claims

1. A holder structure for a power adapter that has multiple sets of sockets and a compact structure, The aforementioned holder structure for the power adapter includes a holder, The holder is provided with a plurality of main insertion holes and a first sub-insertion hole of different specifications, the main insertion holes are provided on two adjacent sides, and the first sub-insertion hole is located on the extension line in the direction in which the plurality of main insertion holes are parallel. A holder structure for a power adapter, wherein a pin assembly is further slidably contacted to the holder, the pin assembly reciprocates along a direction perpendicular to the position of the main insertion hole, the pin assembly includes a plurality of pin units arranged side by side along the parallel direction of the main insertion hole, each pin unit includes a first telescopic member, the first telescopic member is provided with terminals for insertion into an external outlet, the orthographic projection of the first sub-insertion hole toward the pin assembly is located on one of the outer insertion units, the insertion unit corresponding to the first sub-insertion hole further includes a second telescopic member slidably provided on the holder, and the length of the terminals in the insertion unit corresponding to the first sub-insertion hole protruding from the holder is longer than the length of the terminals in the other insertion units protruding from the holder.

2. The holder structure for a power adapter according to claim 1, further comprising a first conductive fitting corresponding to the main insertion hole and the first sub-insertion hole, wherein there are two first conductive fittings, the two first conductive fittings are arranged in parallel with each other and correspond to a live wire and a neutral wire, respectively, each first conductive fitting extends along a predetermined direction, a plurality of main insertion positions corresponding to the main insertion hole are arranged in parallel along the predetermined direction, a first sub-insertion position corresponding to the first sub-insertion hole is provided at the end of the first conductive fitting, and the opening of the first sub-insertion position faces the direction of extension in the predetermined direction.

3. The holder structure for a power adapter according to claim 2, characterized in that the first conductive fitting includes a main body, the main insertion position is formed on the main body, the main body has a first projection that extends upward and also extends in the predetermined direction at one end extending in the predetermined direction, the first secondary insertion position is formed on the first projection, and the insertion opening of the first secondary insertion position is open in the direction extending in the predetermined direction.

4. The holder structure for a conversion outlet according to claim 3, further provided with a second conductive fitting corresponding to the first conductive fitting, wherein there are two second conductive fittings, the two second conductive fittings corresponding to a neutral wire and a live wire, respectively, a conductive material is provided between the first conductive fitting and the second conductive fitting, and the pin unit slides along the holder toward the second conductive fitting so that the first expandable member is inserted into the second conductive fitting, thereby electrically connecting the first conductive fitting to the terminal.

5. The holder structure for a power adapter according to claim 1, characterized in that the pin unit corresponding to the first sub-insertion position is a European standard pin unit, and an internal fitting structure is further provided between the first telescopic member and the second telescopic member, so that when the European standard pin unit is pulled into the holder, at least a portion of the first telescopic member is fitted into the second telescopic member.

6. The aforementioned immersion structure is, The terminal includes a fitting portion formed on the first expandable member and protruding toward the second expandable member, and a pushing portion extending toward both ends along the longitudinal direction of the first expandable member, the terminal being formed on the fitting portion, a locking portion being formed on the side surface of the first expandable member, and the locking portion and the pushing portion having a step on the surface facing the second expandable member. A holder structure for a power adapter according to claim 5, further comprising a base formed at one end of the second expandable member, and a side wall formed on one edge of the base and extending in a direction away from the base, wherein a cavity is formed at the end of the base toward the first expandable member, the cavity is used for inserting the insertion portion, a through hole is provided at the bottom of the cavity for the terminal to extend outwards, and an interlocking groove is formed in the side wall for the locking portion to slide, the sliding of the locking portion is restricted to within the interlocking groove.

7. The holder structure for a power adapter according to claim 4, characterized in that the holder includes an upper frame and a lower frame provided along its vertical direction, a plurality of guide columns for support are provided between the upper frame and the lower frame, the first conductive fitting and the second conductive fitting are engaged with the upper frame and the lower frame, respectively, a conductive material for electrical connection is provided between the first conductive fitting and the second conductive fitting, and the first telescopic member slides against the guide columns.

8. The holder structure for a conversion outlet according to claim 7, characterized in that there are two conductive elements, each having both ends connected to the first conductive fitting and the second conductive fitting, and used to provide electrical conductivity to the first conductive fitting and the second conductive fitting which are arranged side by side, one of the conductive elements being composed of the guide column, and the other conductive element being composed of a fuse tube.

9. The holder structure for a power adapter according to claim 3, further comprising a second sub-insertion hole, the second sub-insertion hole located on the side of the holder facing away from the first sub-insertion hole, the second sub-insertion hole and the first sub-insertion hole are provided at the other end of the extension line in the direction in which the plurality of main insertion holes are arranged in parallel, the first sub-insertion hole and the second sub-insertion hole are of the same or different specifications, and the main body has a second projection formed at the other end extending along the predetermined direction, which projects upward and extends along the predetermined direction, and a second sub-insertion position corresponding to the second sub-insertion hole is formed on the second projection.

10. A holder structure for a power adapter according to claim 3 or 9, characterized in that the holder is further provided with a third sub-insertion hole, the third sub-insertion hole is provided on the surface adjacent to the first sub-insertion hole and is located on the side of the main insertion hole, the third sub-insertion hole and the first sub-insertion hole are of the same or different specifications, one body has an extended portion formed extending toward the side perpendicular to the predetermined direction, another body has a connecting beam formed parallel to the extended portion, the main body of the extended portion straddles the connecting beam and extends to the side of the main body on which the extended portion is provided, and a third sub-insertion position corresponding to the third sub-insertion hole is formed at the free end of the extended portion and the connecting beam.

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