TWI792142B - Adapter connector - Google Patents

Abstract

An adapter connector is disclosed and includes a main body, a plug, a first socket, a second socket, a first connecting component and a second connecting component. The main body has a first end and a second end. The first end and the second end are opposed to each other. The plug is disposed on the first end and includes a first live wire terminal and a first neutral wire terminal. The first socket is disposed on the second end and includes a second live wire terminal and a second neutral wire terminal. The second socket is disposed on the second end and includes a third live wire terminal and a third neutral wire terminal. Three contacting ends of the first connecting component are respectively in connection with the first live wire terminal, the second live wire terminal and the third live wire terminal. Three contacting ends of the second connecting component are respectively in connection with the first neutral wire terminal, the second neutral wire terminal and the third neutral wire terminal.

Description

Transfer connector

This case relates to a power transmission device, especially a transfer connector.

With the progress and development of science and technology, the working efficiency of the power supply device is gradually improved, so that the power provided by the power supply device also increases. At present, in the communication network equipment and server equipment, due to the increasing demand for power supply, it is necessary to use a high-power power supply device to provide power to the client equipment. However, the specification of the power socket used by the power supply device needs to match its power supply power, so a high-power power supply device must use a socket that can carry a higher rated current, such as the International Electrotechnical Commission (International Electrotechnical Commission, IEC 60320) Standard specified C20 socket. In addition, the client device must use a power cord with a C19 plug. Through the mutual matching and assembly between the C19 plug and the C20 socket, the client device and the power supply device can be electrically connected to realize power transmission and power supply.

However, in actual application, some of the client devices will use devices with lower power requirements, which usually use a power cord with a C13 plug. Since the rated current that the C13 plug can carry is low, and its outline can only be matched with the C14 socket, it cannot be matched with the C20 socket of the aforementioned high-power power supply device. If the C20 socket of the power supply device is matched, the client equipment must be changed or replaced, or the power supply device must be replaced, which will cause application restrictions and inconvenience.

Therefore, it is necessary to develop a transfer connector to solve the problems faced by the prior art.

The purpose of this case is to provide a transfer connector, which can provide a power transfer function such as double C14 sockets to single C19 plugs, and can avoid damage to the wire caused by unilateral power supply, and avoid electrical accidental contact, and achieve the future The effect of switching a power cord with a lower rated current to a high-power power supply device to achieve power transmission.

In order to achieve the above purpose, one of the more general implementations of this case is to provide a transfer connector, which includes a main body, a plug, a first socket, a second socket, a first lead assembly and a second lead assembly. The body has a first end and a second end, wherein the first end is opposite to the second end. The plug is arranged at the first end of the body and includes a first live terminal and a first neutral terminal. The first socket is arranged at the second end of the body and includes a second live terminal and a second neutral terminal. The first socket is configured to removably receive and electrically connect the first power cord plug of the first power cord. The second socket is arranged at the second end of the body and includes a third live terminal and a third neutral terminal. The second socket is configured to removably receive and electrically connect the second power cord plug of the second power cord. The first lead assembly includes a first lead end, a second lead end and a third lead end, the second lead end is connected to the first live wire terminal, the first lead end is connected to the second live wire terminal, and The third conducting end is connected to the third live wire terminal. The second lead assembly includes a fourth lead end, a fifth lead end, and a sixth lead end, the fifth lead end is connected to the first neutral line terminal, and the sixth lead end is connected to the second neutral line terminal, and the fourth conducting end is connected to the third neutral line terminal.

Some typical embodiments embodying the features and advantages of the present application will be described in detail in the description in the following paragraphs. It should be understood that this case can have various changes in different aspects, all of which do not depart from the scope of this case, and the descriptions and diagrams therein are used as illustrations in nature, rather than construed to limit this case.

Please refer to pictures 1 to 8. Figure 1 is a schematic view of the appearance structure of the transfer connector in the first embodiment of the present case, Figure 2 is a schematic view of the appearance structure of the transfer connector shown in Figure 1 from another perspective, and Figure 3 is a schematic view of the appearance structure of the transfer connector shown in Figure 1 The schematic diagram of the transfer connector shown in Figure 1 is applied to a power supply device. Figure 4 is a schematic structural diagram of the transfer connector shown in Figure 1. The cladding layer of the main body is omitted, and Figure 5 is the first Figure 4 is a structural schematic diagram of the transfer connector shown in another angle of view, Figure 6 is a structural schematic diagram of the transfer connector shown in Figure 4 at another angle of view, and Figure 7 is a schematic diagram of the transfer connector shown in Figure 1 Schematic diagram of the connection relationship of the first lead component connected to the connector, in which the cladding layer of the body, the second lead component and the third lead component are omitted and not drawn, and Figure 8 is the transfer shown in Figure 1 Schematic diagram of the connection relationship of the second lead assembly connected to the connector. The transfer connector 100 in this case includes a body 1 , a plug 2 , a first socket 3 , a second socket 4 , a first lead assembly 5 and a second lead assembly 6 . The plug 2 is disposed on the first end 1b of the body 1, and includes a first live wire terminal 21 and a first neutral wire terminal 22. The plug 2 is designed to be removably inserted and electrically connected to one of a power supply device 7 socket 70. The first socket 3 is disposed on the second end 1c of the body 1, the second end 1c is opposite to the first end 1b, and the first socket 3 includes a second live wire terminal 31 and a second neutral wire terminal 32, the second end 1c is opposite to the first end 1b. A socket 3 is built on the first power cord plug 80 that is pluggably accommodated and electrically connected to the first power cord 8 . The second socket 4 is disposed on the second end 1c of the body 1 and adjacent to one side of the first socket 3 , and the second socket 4 includes a third live wire terminal 41 and a third neutral wire terminal 42 . The second socket 4 is configured to removably accommodate the second power cord plug 90 electrically connected to the second power cord 9 . The first conductor assembly 5 is disposed in the body 1, between the plug 2, the first socket 3 and the second socket 4, and is detachably connected to the first live wire terminal 21, the second live wire terminal 31 and the third live wire between terminals 41. The first lead assembly 5 includes a first lead end 512b, a second lead end 521 and a third lead end 531, the second lead end 521 is connected to the first live wire terminal 21, and the first lead end 512b is connected to The second live wire terminal 31 and the third conducting end 531 are connected to the third live wire terminal 41 . When the first power cord plug 80 is mated and assembled with the first socket 3 , the first conducting assembly 5 connects the first live wire terminal 21 , the second live wire terminal 31 and the third live wire terminal 41 to each other. The second conductor assembly 6 is disposed in the body 1, between the plug 2, the first socket 3 and the second socket 4, and is disconnectably connected to the first neutral terminal 22 and the second neutral terminal 32. and the third neutral terminal 42 . The second lead assembly 6 includes a fourth lead end 612b, a fifth lead end 621 and a sixth lead end 631, the fifth lead end 621 is connected to the first neutral line terminal 22, and the sixth lead end 631 It is connected to the second neutral line terminal 32 , and the fourth conducting end 612 b is connected to the third neutral line terminal 42 . When the second power cord plug 90 is mated with the second socket 4, the second conductor assembly 6 connects the first neutral terminal 22, the second neutral terminal 32 and the third neutral terminal 42 to each other. .

In this embodiment, the plug 2 further includes a first ground terminal 23 , the first socket 3 further includes a second ground terminal 33 , and the second socket 4 further includes a third ground terminal 43 . The transfer connector 100 further includes a third conducting assembly 10, the third conducting assembly 10 is disposed in the body 1, located between the plug 2, the first socket 3 and the second socket 4, and is constantly connected to the first ground wire The terminal 23 , the second ground terminal 33 and the third ground terminal 43 connect the first ground terminal 23 , the second ground terminal 33 and the third ground terminal 43 to each other.

In this embodiment, the first socket 3 and the second socket 4 are respectively C14 sockets specified by the IEC 60320 standard, and the first power line plug 80 and the second power line plug 90 are respectively C13 plugs specified by the IEC 60320 standard. The C14 socket and the C13 plug are removably mated and assembled. The plug 2 is a C19 plug specified by the IEC 60320 standard, and the socket 70 of the power supply device 7 is a C20 socket specified by the IEC 60320 standard. The C19 plug and the C20 socket are removably mated and assembled. In this embodiment, the transition connector 100 is a transition connector for converting double C14 sockets to single C19 plugs. It should be emphasized that the specifications of the plug 2 , the first socket 3 and the second socket 4 of the transfer connector 100 in this application are not limited to the above-mentioned embodiments, and can be changed according to actual application requirements.

As shown in Figures 1 and 4, the plug 2 includes a first slot 24, a second slot 25 and a third slot 26, wherein the first slot 24, the second slot 25 and the third slot 26 are from The end surface of the plug 2 passes through the plug 2 . The first live wire terminal 21 , the first neutral wire terminal 22 and the first ground wire terminal 23 of the plug 2 are respectively disposed in the first slot 24 , the second slot 25 and the third slot 26 . As shown in Figures 2, 4 to 6, the first socket 3 includes a first recess 34, a first side wall 35 and a first bottom wall 36, wherein the first recess 34 is defined by the first side wall 35 and the first bottom wall 36 form. The second live wire terminal 31, the second neutral wire terminal 32 and the second ground wire terminal 33 are separated from each other, and are all partially disposed in the first recess 34, partially embedded in the first bottom wall 36, and partially The ground extends outward from the outer surface of the first bottom wall 36 in a direction away from the first concave portion 34 . The first side wall 35 of the first socket 3 has a first through groove 35 a, the first through groove 35 a runs through the first side wall 35 and communicates with the first recess 34 . The second socket 4 includes a second recess 44 , a second side wall 45 and a second bottom wall 46 , wherein the second recess 44 is defined by the second side wall 45 and the second bottom wall 46 . The third live wire terminal 41, the third neutral wire terminal 42 and the third ground wire terminal 43 are separated from each other, and are all partially disposed in the second concave portion 44, partially embedded in the second bottom wall 46, and partially The ground extends outward from the outer surface of the second bottom wall 46 in a direction away from the second concave portion 44 . The second side wall 45 of the second socket 4 has a second through groove 45 a (as shown in FIG. 8 ), and the second through groove 45 a runs through the second side wall 45 and communicates with the second recess 44 . In this embodiment, the main body 1 includes a covering layer 1 a, which covers the first socket 3 , the second socket 4 , a part of the plug 2 , the first lead component 5 and the second lead component 6 .

Please refer to Figures 4 to 7, 9 and 10. Figure 9 is a schematic cross-sectional view of the transfer connector shown in Figure 1, and Figure 10 is a schematic cross-sectional view of the transfer connector shown in Figure 1 connected to the first power cord plug and the socket of the power supply device . In this embodiment, the first guiding element 5 includes a first moving guiding element 51 , a first guiding element 52 and a second guiding element 53 . The first moving guide 51 includes a first segment 511 , a second segment 512 and a connecting segment 513 , wherein the connecting segment 513 connects the first segment 511 and the second segment 512 . The first segment 511 includes a contact portion 511b and a first contact portion 511a, the first segment 511 is arranged on the surface of the first side wall 35 of the first socket 3, and the contact portion 511b is accommodated in the first through groove 35a , and the abutment portion 511b is partially exposed in the first recess 34 , and the first contact portion 511a is located at one end of the first section 511 . In one embodiment, the abutting portion 511b is an elastic concave fold. In this embodiment, the first lead end 512b of the first lead assembly 5 is an end of the second segment 512, wherein the first lead end 512b of the second segment 512 is connected to the first lead end 512b of the first socket 3. Parts of the two live wire terminals 31 exposed outside the first bottom wall 36 are in contact with each other, and the second section 512 has a second contact portion 512a at the other end opposite to the first connecting end 512b. In this embodiment, the second lead end 521 of the first lead assembly 5 is an end of the first lead member 52, wherein the second lead end 521 of the first lead member 52 is connected and fixed to the plug 2. The first live wire terminal 21. The contact end 522 of the first guide piece 52 is a free end and is adjacent to the second contact portion 512a of the second section 512 of the first moving guide piece 51, wherein the first guide piece 52 is multi-section bent Connectors. In this embodiment, the third lead end 531 of the first lead assembly 5 is an end of the second lead member 53, wherein the third lead end 531 of the second lead member 53 is connected and fixed to the second lead member 53. The third live wire terminal 41 of the second socket 4. The contact end 532 of the second guide piece 53 is a free end and is adjacent to the first contact portion 511a of the first section 511 of the first moving guide piece 51, and the second guide piece 53 is a multi-segment bent guide. pick up. The contact end 522 of the first guide member 52 is separated from the second contact portion 512a of the second section 512 of the first moving guide member 51, and the contact end 532 of the second guide member 53 is separated from the first moving guide member 51. The first contact portions 511a of the first segment portion 511 of the lead member 51 are separated from each other. As shown in FIG. 10, when the first power cord plug 80 is inserted into the first socket 3, the first power cord plug 80 is against the first section 511 of the first moving conductor 51 of the first conductor assembly 5 The abutting top 511b makes the abutting top 511b deform under force and drives the first section 511 to move toward the direction of the plug 2. 532 are connected by contact. In addition, the first segment 511 moves the second segment 512 toward the plug 2 through the connecting segment 513. At this time, the first leading end 512b of the second segment 512 moves correspondingly and is always in line with the second live wire. The portion of the terminal 31 exposed outside the first bottom wall 36 is in contact, and the second contact portion 512 a of the second segment portion 512 is in contact with the contact end 522 of the first lead member 52 for connection. Therefore, when the first power cord plug 80 is not mated with the first socket 3, the first lead assembly 5 disconnects the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first socket 3, and the first live wire terminal 31 of the first socket 3. The third live wire terminal 41 of the second socket 4 . When the first power cord plug 80 and the first socket 3 are mutually mated and assembled, the first moving guide member 51, the first guide member 52 and the second guide member 53 of the first guide assembly 5 Connect the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first socket 3 and the third live wire terminal 41 of the second socket 4 to each other.

Please refer to Figures 4 to 6, 8, 11 and 12. Figure 11 is a schematic cross-sectional view of the transfer connector shown in Figure 1, and Figure 12 is a schematic cross-sectional view of the transfer connector shown in Figure 1 connected to the second power cord plug and the socket of the power supply device . In this embodiment, the second guiding element 6 includes a second moving guiding element 61 , a third guiding element 62 and a fourth guiding element 63 . The second moving guide 61 includes a first segment 611 , a second segment 612 and a connecting segment 613 , wherein the connecting segment 613 connects the first segment 611 and the second segment 612 . The first segment 611 includes a contact portion 611b and a first contact portion 611a, the first segment 611 is arranged on the surface of the second side wall 45 of the second socket 4, and the contact portion 611b is accommodated in the second through groove 45a The abutting portion 611b is partially exposed in the second concave portion 44 , and the first contact portion 611a is located at one end of the first segment portion 611 . In one embodiment, the abutting portion 611b is an elastic recessed portion. In this embodiment, the fourth lead end 612b of the second lead assembly 6 is an end of the second segment 612, wherein the fourth lead end 612b of the second segment 612 is connected to the second lead end 612b of the second socket 4. Parts of the three neutral wire terminals 42 exposed outside the second bottom wall 46 are in contact with each other, and the second segment portion 612 has a second contact portion 612a at the other end opposite to the fourth connecting end 612b. In this embodiment, the fifth lead end 621 of the second lead assembly 6 is an end of the third lead member 62, wherein the fifth lead end 621 of the third lead member 62 is connected and fixed to the plug 2, the first neutral line terminal 22. The contact end 622 of the third guide piece 62 is a free end and is adjacent to the second contact portion 612a of the second section 612 of the second moving guide piece 61, wherein the third guide piece 62 is multi-section bent Connectors. In this embodiment, the sixth lead end 631 of the second lead assembly 6 is an end of the fourth lead 63, wherein the sixth lead end 631 of the fourth lead 63 is connected and fixed to the first lead 63. A second neutral line terminal 32 of the socket 3 . The contact end 632 of the fourth guide piece 63 is a free end and is adjacent to the first contact portion 611a of the first section 611 of the second moving guide piece 61, and the fourth guide piece 63 is a multi-section bent guide. pick up. The contact end 622 of the third guide member 62 is separated from the second contact portion 612a of the second section 612 of the second moving guide member 61, and the contact end 632 of the fourth guide member 63 is separated from the second moving guide member 61. The first contact portions 611a of the first segment portion 611 of the lead member 61 are separated from each other. As shown in FIG. 12, when the second power cord plug 90 is inserted into the second socket 4, the second power cord plug 90 is against the first section 611 of the second moving conductor 61 of the second conductor assembly 6 The abutting top 611b causes the abutting top 611b to be deformed under force to drive the first segment 611 to move toward the direction of the plug 2. 632 are connected by contact. In addition, the first segment 611 moves the second segment 612 toward the plug 2 through the connecting segment 613. At this time, the fourth lead end 612b of the second segment 612 moves correspondingly and is always aligned with the second socket. The part of the third neutral line terminal 42 exposed outside the second bottom wall 46 is in contact with each other, and the second contact portion 612a of the second segment portion 612 is in contact with the contact end 622 of the third lead member 62 for connection. Therefore, when the second power cord plug 90 is not mated with the second socket 4, the second conductor assembly 6 disconnects the first neutral terminal 22 of the plug 2 and the second neutral terminal of the first socket 3. The wire terminal 32 and the third neutral wire terminal 42 of the second socket 4 . When the second power cord plug 90 and the second socket 4 are interfitted and assembled, the second moving lead 61, the third lead 62 and the fourth lead 63 of the second lead assembly 6 are connected to each other. Connect the first neutral line terminal 22 of the plug 2, the second neutral line terminal 32 of the first socket 3 and the third neutral line terminal 42 of the second socket 4 to each other.

When the first power cord plug 80 is inserted into the first socket 3, and the second power cord plug 90 is not inserted into the second socket 4, only the first moving guide member 51 of the first guide assembly 5, the first guide member 52 and the The conduction between the second conductors 53 connects the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first socket 3 and the third live wire terminal 41 of the second socket 4 to each other, and the second lead The second moving lead 61, the third lead 62 and the fourth lead 63 of the connecting assembly 6 are separated from each other, so that the first neutral line terminal 22 of the plug 2 and the second lead of the first receptacle 3 are separated from each other. The neutral line terminal 32 and the third neutral line terminal 42 of the second socket 4 are not connected to each other and are in an disconnected state, so the socket 70 of the power supply device 7 will not be connected to the power supply via the plug 2 of the transfer connector 100. Send to the first socket 3 and the second socket 4. In this way, when only the first power cord plug 80 and the first socket 3 are unilaterally mated and assembled, the power supply device 7 will not supply power, preventing the user from assembling the second socket 4 and the second socket. If the plug of the power cord is accidentally touched by a call at 90°, it can also avoid the risk of damage to the wire due to the excessive current of the unilateral power supply.

Similarly, when the second power cord plug 90 is inserted into the second socket 4 and the first power cord plug 80 is not inserted into the first socket 3, only the second moving guide member 61 and the third guide member 6 of the second lead assembly 6 The connection between the piece 62 and the fourth lead piece 63 makes the first neutral terminal 22 of the plug 2, the second neutral terminal 32 of the first receptacle 3 and the third neutral terminal of the second receptacle 4 42 are connected to each other, and the first moving lead 51, the first lead 52 and the second lead 53 of the first lead assembly 5 are separated from each other, so that the first live wire terminal 21, The second live wire terminal 31 of the first socket 3 and the third live wire terminal 41 of the second socket 4 are not connected to each other and are in an disconnected state, so the socket 70 of the power supply device 7 will not pass through the plug 2 of the transfer connector 100 And the power is transmitted to the first socket 3 and the second socket 4 . In this way, when only the second power cord plug 90 and the second socket 4 are unilaterally mated and assembled, the power supply device 7 will not supply power, preventing the user from assembling the first power cord plug 80 and the second socket 4. If a socket 3 is accidentally touched by a call, it can also avoid the risk of damage to the wire due to the excessive current of the unilateral power supply.

In this embodiment, when the first power cord plug 80 is inserted into the first socket 3, and the second power cord plug 90 is inserted into the second socket 4, the first moving conductor 51 of the first conductor assembly 5, the first The conduction between the lead piece 52 and the second lead piece 53 connects the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first receptacle 3, and the third live wire terminal 41 of the second receptacle 4 to each other. , and the connection between the second moving lead 61 of the second lead assembly 6, the third lead 62 and the fourth lead 63 makes the first neutral terminal 22 of the plug 2, the first socket The second neutral line terminal 32 of 3 and the third neutral line terminal 42 of the second socket 4 are connected to each other, so that the socket 70 of the power supply device 7 can transmit power to the The first socket 3 and the second socket 4 are used to provide power to the first power line 8 and the second power line 9 . In some embodiments, the multiple client devices used by the transfer connector 100 are connected to the power supply system of the same power supply device, thereby avoiding damage due to phase difference.

In another embodiment of the present case, the first conducting assembly 5 is constantly connected between the first live wire terminal 21, the second live wire terminal 31 and the third live wire terminal 41, and the second conducting assembly 6 is constantly connected to the first live wire terminal 41. between the neutral terminal 22 , the second neutral terminal 32 and the third neutral terminal 42 . Through the arrangement of the first lead assembly 5 and the second lead assembly 6, the effect of switching a single plug to two sockets can be achieved.

Please refer to Figure 13 to Figure 16. Figure 13 is a schematic diagram of the structure of the transfer connector of the second embodiment of this case, in which the covering layer of the main body is omitted and not drawn, and Figure 14 is the one shown in Figure 13 The structural diagram of the transfer connector from another perspective. Figure 15 is a schematic diagram of the connection relationship of the first lead component of the transfer connector shown in Figure 13, in which the cladding layer of the body, the second lead component and The third lead assembly is omitted and not shown, and FIG. 16 is a schematic diagram of the connection relationship of the second lead assembly of the transfer connector shown in FIG. 13 . The structure of the transfer connector 101 of this embodiment is similar to that of the transfer connector 100 shown in FIGS. 1 to 8 , wherein the same component symbols represent the same components and functions, so the details will not be repeated here. In this embodiment, the first lead assembly 5 is disposed in the body 1, between the plug 2, the first socket 3 and the second socket 4, and is disconnectably connected to the first live wire terminal 21, the second live wire Between the terminal 31 and the third live wire terminal 41 . The first lead assembly 5 includes a first lead end 512b, a second lead end 521 and a third lead end 542, the second lead end 521 is connected to the first live wire terminal 21, and the first lead end 512b is connected to The second live wire terminal 31 and the third conducting end 542 are connected to the third live wire terminal 41 . The second conductor assembly 6 is disposed in the body 1, between the plug 2, the first socket 3 and the second socket 4, and is disconnectably connected to the first neutral terminal 22 and the second neutral terminal 32. and the third neutral terminal 42 . The second lead assembly 6 includes a fourth lead end 612b, a fifth lead end 621 and a sixth lead end 642, the fifth lead end 621 is connected to the first neutral line terminal 22, and the sixth lead end 642 It is connected to the second neutral line terminal 32 , and the fourth conducting end 612 b is connected to the third neutral line terminal 42 .

The first conducting assembly 5 of the transfer connector 101 of this embodiment is detachably connected to the first live wire terminal 21 , the second live wire terminal 31 and the third live wire terminal 41 . When the first power cord plug 80 (as shown in FIG. 3 ) is mated and assembled with the first socket 3 , the first conducting assembly 5 is connected to the first live wire terminal 21 and the second live wire terminal 31 . When the first power cord plug 80 (as shown in Figure 3) is mated with the first socket 3, and the second power cord plug 90 (as shown in Fig. 3) is mated with the second socket 4 , the first conducting assembly 5 connects the first live wire terminal 21 , the second live wire terminal 31 and the third live wire terminal 41 to each other. Similarly, the second conducting assembly 6 is disconnectably connected to the first neutral terminal 22 , the second neutral terminal 32 and the third neutral terminal 42 . When the second power cord plug 90 (as shown in FIG. 3 ) is mated with the second socket 4 , the second conductor assembly 6 is connected to the first neutral line terminal 22 and the third neutral line terminal 42 . When the first power cord plug 80 (as shown in Figure 3) is mated with the first socket 3, and the second power cord plug 90 (as shown in Fig. 3) is mated with the second socket 4 , the second conducting assembly 6 connects the first neutral terminal 22 , the second neutral terminal 32 and the third neutral terminal 42 to each other.

Please refer to Figures 14 to 16 again. The first side wall 35 of the first socket 3 of the present embodiment further has a third through-slot 35b, the third through-slot 35b runs through the first side wall 35 and communicates with the first recess 34, wherein the first through-slot 35a is connected to the first through-slot 35b. The three through grooves 35b are respectively disposed on two opposite sides of the first side wall 35 . The second side wall 45 of the second socket 4 of the present embodiment further has a fourth through-slot 45b, the fourth through-slot 45b runs through the second side wall 45 and communicates with the second recess 44, wherein the second through-slot 45a and the first The four through grooves 45b are respectively disposed on two opposite sides of the second side wall 45 .

Please refer to Figures 13, 15, 17 to 20, among which Figure 17 is a schematic cross-sectional view of the transfer connector shown in Figure 13, and Figure 18 is a schematic diagram of the transfer connector shown in Figure 13 assembled on the first The schematic cross-sectional view of the power cord plug and the socket of the power supply device. Figure 19 is a schematic cross-sectional view of the transfer connector shown in Figure 13, and Figure 20 is the assembly of the transfer connector shown in Figure 13 on the second Schematic cross-sectional view of the power cord plug and the socket of the power supply unit. In this embodiment, the first guiding element 5 includes a first moving guiding element 51 , a third moving guiding element 54 , a first guiding element 52 and a first guiding bridge 55 . The first moving guide 51 includes a first section 511, a first connecting end 512b, and a connecting section 513. The connecting section 513 connects the first section 511 and the first connecting end 512b, wherein the first moving guide The first section 511 of the connector 51 includes a contact portion 511b and a first contact portion 511a, and the contact portion 511b is accommodated in the first through groove 35a, and the contact portion 511b is partially exposed in the first recess 34. A contact portion 511a is located at one end of the first section 511, wherein the first lead end 512b of the first moving lead 51 is exposed to the first bottom wall 36 with the second live wire terminal 31 of the first receptacle 3 external parts are in contact. The second lead end 521 is an end of the first lead member 52 , and the second lead end 521 of the first lead member 52 is connected and fixed to the first live wire terminal 21 of the plug 2 . The other end of the first lead member 52 opposite to the second lead end 521 is a contact end 522 , and the contact end 522 is fixed and permanently connected to the second live wire terminal 31 . That is, the first live wire terminal 21 of the plug 2 and the second live wire terminal 31 of the first receptacle 3 are permanently connected to each other through the conduction of the first lead member 52 . The third moving guide 54 includes a first section 541, a third connecting end 542 and a connecting section 543, and the connecting section 543 connects the first section 541 and the third connecting end 542, wherein the third moving guide The first segment 541 of the connector 54 includes abutting portion 541b and a contact portion 541a, the first segment 541 is arranged on the surface of the second side wall 45 of the second socket 4, and the abutting portion 541b is accommodated in the fourth slot 45b, and the abutment portion 541b is partially exposed in the second recess 44. The contact portion 541a is located at one end of the first section 541, wherein the third lead end 542 of the third moving lead 54 is exposed outside the second bottom wall 46 with the third live wire terminal 41 of the second socket 4 parts are in contact. The first end 551 of the first guide bridge 55 is adjacent to the first contact portion 511a of the first section 511 of the first moving guide member 51, and the second end 552 of the first guide bridge 55 is adjacent to the third moving guide. The contact portion 541 a of the first segment portion 541 of the connector 54 . In this embodiment, the first conductive bridge 55 is fixed on the cladding layer (not shown) of the main body 1 , but it is not limited thereto.

As shown in Figure 17, when the first socket 3 does not accommodate the first power cord plug 80 (as shown in Figure 3), the first end 551 of the first conductive bridge 55 is connected to the first moving conductor 51 The first contact portions 511a of the first segment portion 511 are separated from each other. As shown in Figure 19, when the second socket 4 does not accommodate the second power cord plug 90 (as shown in Figure 3), the second end 552 of the first conductive bridge 55 and the third movable lead The contact portions 541a of the first section 541 of the 54 are separated from each other. As shown in FIG. 18, when the first power cord plug 80 is inserted into the first socket 3, the first power cord plug 80 is against the first section 511 of the first moving conductor 51 of the first conductor assembly 5 The abutting top 511b makes the abutting top 511b deform under force and drives the first segment 511 to move toward the direction of the plug 2, and makes the first contact portion 511a of the first segment 511 of the first moving guide 51 contact the first The first ends 551 of the conductive bridges 55 are in contact and connected. As shown in FIG. 20, when the second power cord plug 90 is inserted into the second socket 4, the second power cord plug 90 is against the first section 541 of the third moving conductor 54 of the first conductor assembly 5 The abutting top 541b makes the abutting top 541b be deformed by force to drive the first segment 541 to move toward the direction of the plug 2, and make the contact portion 541a of the first segment 541 correspond to the second end 552 of the first conductive bridge 55. contact to connect. As shown in Figures 18 and 20, when the first power cord plug 80 is inserted into the first socket 3 and the second power cord plug 90 is inserted into the second socket 4, the first moving guide member 51 of the first guide assembly 5 , the connection between the third moving conductor 54, the first conductor 52 and the first bridge 55, so that the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first receptacle 3 and the second live wire terminal 31 The third live wire terminals 41 of the two sockets 4 are connected to each other.

Please refer to Figures 13, 16 to 20. In this embodiment, the second guiding element 6 includes a second moving guiding element 61 , a fourth moving guiding element 64 , a third guiding element 62 and a second guiding bridge 65 . The second moving guide 61 includes a first section 611 , a fourth connecting end 612 b and a connecting section 613 , and the connecting section 613 connects the first section 611 and the fourth connecting end 612 b. The first section 611 of the second moving guide 61 includes abutting portion 611b and a first contact portion 611a, the first section 611 is arranged on the surface of the second side wall 45 of the second socket 4, and the abutting portion 611b is accommodating It is located in the second through groove 45a, and the abutment part 611b is partially exposed in the second recess 44, the first contact part 611a is located at one end of the first section 611, and the fourth part of the second moving guide part 61 The lead end 612b is in contact with the part of the third neutral line terminal 42 of the second socket 4 exposed outside the second bottom wall 46 . The fifth lead end 621 is an end of the third lead member 62 , and the fifth lead end 621 of the third lead member 62 is connected and fixed to the first neutral wire terminal 22 of the plug 2 . The other end of the third lead member 62 opposite to the fifth lead end 621 is a contact end 622 , and the contact end 622 is fixed and permanently connected to the third neutral line terminal 42 . That is, the first neutral line terminal 22 of the plug 2 and the third neutral line terminal 42 of the second receptacle 4 are permanently connected to each other through the conduction of the third lead member 62 . The fourth moving guide 64 includes a first section 641 , a sixth connecting end 642 and a connecting section 643 . The connecting section 643 connects the first section 641 and the sixth connecting end 642 . The first segment 641 is arranged on the surface of the first side wall 35 of the first socket 3, the first segment 641 includes the abutment portion 641b and the contact portion 641a, and the abutment portion 641b is accommodated in the third through groove 35b, and The contact portion 641b is partially exposed in the first concave portion 34 , and the contact portion 641a is located at one end of the first segment portion 641 . Wherein the sixth lead end 642 of the fourth moving lead 64 is in contact with the part of the second neutral terminal 32 of the first receptacle 3 exposed outside the first bottom wall 36 . The first end 651 of the second guide bridge 65 is adjacent to the first contact portion 611a of the first section 611 of the second moving guide member 61, and the second end 652 of the second guide bridge 65 is adjacent to the fourth moving guide. The contact portion 641 a of the first segment portion 641 of the connector 64 . In this embodiment, the second conductive bridge 65 is fixed on the cladding layer (not shown) of the main body 1 , but it is not limited thereto.

As shown in FIG. 19, when the second socket 4 does not accommodate the second power cord plug 90 (as shown in FIG. 3), the first end 651 of the second conductive bridge 65 and the second moving conductor 61 The first contact portions 611a of the first segment portion 611 are separated from each other. As shown in FIG. 17, when the first socket 3 does not accommodate the first power cord plug 80 (as shown in FIG. 3), the second end 652 of the second conductive bridge 65 and the fourth movable conductive member 64 The contact portions 641a of the first section 641 are separated from each other. As shown in Figure 20, when the second power cord plug 90 is inserted into the second socket 4, the second power cord plug 90 is against the first section of the second moving conductor 61 of the second conductor assembly 6 611 against the top 611b, so that the top 611b is stressed and deformed to drive the first section 611 to move towards the direction of the plug 2, and make the first contact part 611a of the first section 611 of the second moving guide 61 contact the first section 611a The first ends 651 of the two conductive bridges 65 are in contact and connected. As shown in FIG. 18, when the first power cord plug 80 is inserted into the first socket 3, the first power cord plug 80 is against the first section of the fourth moving conductor 64 of the second conductor assembly 6. 641 against the top 641b, so that the top 641b is deformed under force to drive the first section 641 to move toward the direction of the plug 2, and make the contact portion 641a of the first section 641 and the second end 652 of the second bridge 65 connected by contact. As shown in Figures 18 and 20, when the first power cord plug 80 is inserted into the first socket 3 and the second power cord plug 90 is inserted into the second socket 4, the second moving conductor 61 of the second conductor assembly 6 , the connection between the fourth moving conductor 64, the third conductor 62 and the second conductor bridge 65, so that the first neutral wire terminal 22 of the plug 2 and the second neutral wire of the first socket 3 The terminal 32 is connected to the third neutral line terminal 42 of the second socket 4 .

When the first power cord plug 80 is inserted into the first socket 3 and the second power cord plug 90 is not inserted into the second socket 4, the transfer connector 101 is only moved by the first moving guide member 51 of the first guide assembly 5 1. The conduction between the first lead member 52 and the first lead bridge 55 connects the first live wire terminal 21 of the plug 2 to the second live wire terminal 31 of the first receptacle 3, and the first live wire terminal 31 of the first lead wire assembly 5 The three moving conductors 54 are separated from the first movable conductor 51, the first conductor 52, and the first bridge 55, so the third live wire terminal 41 of the second socket 4 is not connected to the plug. The first live wire terminal 21 of 2 or the second live wire terminal 31 of the first receptacle 3 are connected to each other, and then become a disconnected state, and the fourth moving lead 64 of the second lead assembly 6 of the transfer connector 101 is connected with The second moving conductor 61 and the third conductor 62 are separated, so that the first neutral terminal 22 of the plug 2, the second neutral terminal 32 of the first socket 3 and the third neutral terminal of the second socket 4 are separated. The linear terminals 42 are not connected to each other and become disconnected, so the socket 70 of the power supply device 7 (as shown in FIG. 3 ) will not transmit power to the first socket 3 and the Second socket 4. In this way, when only the first power cord plug 80 and the first socket 3 are unilaterally mated and assembled, the power supply device 7 will not supply power, preventing the user from assembling the second socket 4 and the second socket. If the plug of the power cord is accidentally touched by a call at 90°, it can also avoid the risk of damage to the wire due to the excessive current of the unilateral power supply.

Similarly, when the second power cord plug 90 is inserted into the second receptacle 4, and the first power cord plug 80 is not inserted into the first receptacle 3, the transfer connector 101 is only guided by the second movement of the second conductor assembly 6. The connection between the connecting piece 61, the third connecting piece 62 and the second connecting bridge 65 connects the first neutral line terminal 22 of the plug 2 to the third neutral line terminal 42 of the second receptacle 4, and the third neutral line terminal 42 of the second receptacle 4 The fourth moving lead 64 of the second lead assembly 6 is separated from the second moving lead 61, the third lead 62 and the second lead bridge 65, so the first socket 3 is not The second neutral line terminal 32 is connected to the first neutral line terminal 22 of the plug 2 or the third neutral line terminal 42 of the second socket 4, and then becomes a disconnected state, and the first lead of the transfer connector 101 The third moving lead 54 of the connection assembly 5 is separated from the first moving lead 51 and the first lead 52, so that the first live wire terminal 21 of the plug 2 and the second live wire terminal of the first receptacle 3 are separated from each other. 31 and the third live wire terminal 41 of the second socket 4 are not connected to each other and become disconnected, so the socket 70 of the power supply device 7 will not transmit power to the first socket 3 through the plug 2 of the transfer connector 101 and the second socket 4. In this way, when only the second power cord plug 90 and the second socket 4 are unilaterally mated and assembled, the power supply device 7 will not supply power, preventing the user from assembling the first power cord plug 80 and the second socket 4. If a socket 3 is accidentally touched by a call, it can also avoid the risk of damage to the wire due to the excessive current of the unilateral power supply.

In this embodiment, when the first power cord plug 80 is inserted into the first receptacle 3 and the second power cord plug 90 is inserted into the second receptacle 4, the first moving guide member 51 and the third moving guide member 51 of the first guide assembly 5 move The connection between the lead-in piece 54, the first lead-in piece 52 and the first lead-in bridge 55 makes the first live wire terminal 21 of the plug 2, the second live wire terminal 31 of the first receptacle 3 and the second live wire terminal 31 of the second receptacle 4 The third live wire terminals 41 are all connected to each other, and the lead between the second moving lead 61, the fourth moving lead 64, the third lead 62 and the second lead bridge 65 of the second lead assembly 6 Connect the first neutral line terminal 22 of the plug 2, the second neutral line terminal 32 of the first socket 3 and the third neutral line terminal 42 of the second socket 4 to each other, so that the power supply device 7 The socket 70 can transmit power to the first socket 3 and the second socket 4 through the plug 2 of the transfer connector 101 to provide power to the first power line 8 and the second power line 9 . In some embodiments, the multiple client devices used by the transfer connector 101 are connected to the power supply system of the same power supply device, thereby avoiding damage due to phase difference.

To sum up, the transfer connector in this case matches the high-power power supply device to multiple power lines that can carry a lower rated current, so that the output high current is evenly distributed to multiple power lines, which can avoid low rated current. Damaged power cords or the client devices they power receive excessive current. On the other hand, through the detachable design and configuration of the first lead component and the second lead component in the transfer connector of this case, when the plug of the power cord is only plugged into the corresponding socket of the transfer connector on one side No power is supplied, avoiding the risk of damage to a single power cord receiving high current. In addition, when the plug of the power cord is only plugged into the corresponding socket of the transfer connector on one side, no power will be supplied, which can avoid the risk of electric accidental contact during the user's operation. Furthermore, the transfer connector of this case can provide, for example, the power transfer function of double C14 sockets to single C19 plugs, so that the client device can use the power cord with C13 plugs to the power supply device with C20 sockets , to enhance the convenience of application.

This case can be modified in various ways by a person who is familiar with this technology, but it does not deviate from the intended protection of the scope of the attached patent application.

100, 101: transfer connector 1: Ontology 1a: cladding layer 1b: first end 1c: second end 2: plug 21: The first live wire terminal 22: The first neutral terminal 23: The first ground terminal 24: First slot 25: Second slot 26: Third slot 3: The first socket 31: The second live wire terminal 32:Second neutral terminal 33: Second ground terminal 34: the first recess 35: First side wall 35a: The first slotting 35b: The third slot 36: the first bottom wall 4: Second socket 41: The third live wire terminal 42: The third neutral line terminal 43: The third ground terminal 44: Second recess 45: Second side wall 45a: the second slot 45b: The fourth slot 46: second bottom wall 5: The first lead assembly 51: The first mobile guide 511: The first section 511a: first contact portion 511b: reach the top 512: The second section 512a: second contact portion 512b: the first leading end 513: connecting section 52: The first lead 521: the second lead terminal 522: contact end 53: Second guide piece 531: The third lead terminal 532: contact end 54: The third mobile guide piece 541: The first section 541a: contact part 541b: reach the top 542: The third lead terminal 543: Connection section 55: The first guide bridge 551: first end 552: second end 6: The second lead assembly 61: The second moving guide piece 611: The first section 611a: first contact portion 611b: reach the top 612: The second section 612a: contact part 612b: the fourth lead terminal 613: Connection section 62: The third lead piece 621: The fifth lead terminal 622: contact end 63: The fourth lead piece 631: The sixth lead terminal 632: contact end 64: The fourth mobile guide piece 641: first section 641a: contact part 641b: reach the top 642: The sixth lead terminal 643: Connection section 65:Second guide bridge 651: first end 652: second end 7: Power supply device 70: socket 8: The first power cord 80: The first power cord plug 9: Second power cord 90: Second power cord plug 10: The third lead assembly

Figure 1 is a schematic diagram of the appearance and structure of the transfer connector of the first embodiment of the present application. Figure 2 is a schematic view of the appearance structure of the transition connector shown in Figure 1 from another perspective. Fig. 3 is a schematic diagram of the transfer connector shown in Fig. 1 applied to a power supply device. Fig. 4 is a schematic structural diagram of the transfer connector shown in Fig. 1, in which the cladding layer of the main body is omitted. Fig. 5 is a structural schematic view of the transfer connector shown in Fig. 4 from another perspective. FIG. 6 is a structural schematic view of the transfer connector shown in FIG. 4 from another perspective. Fig. 7 is a schematic diagram of the connection relationship of the first lead element of the transfer connector shown in Fig. 1, wherein the cladding layer of the main body, the second lead element and the third lead element are omitted. Figure 8 is a schematic diagram of the connection relationship of the second lead assembly of the transfer connector shown in Figure 1 . Fig. 9 is a schematic cross-sectional view of the transfer connector shown in Fig. 1 . Fig. 10 is a schematic cross-sectional view of the transfer connector shown in Fig. 1 being connected to the plug of the first power cord and the socket of the power supply device. Fig. 11 is a schematic cross-sectional view of the transfer connector shown in Fig. 1 . Fig. 12 is a schematic cross-sectional view of the transfer connector shown in Fig. 1 being connected to the plug of the second power cord and the socket of the power supply device. Fig. 13 is a structural schematic diagram of the transfer connector of the second embodiment of the present case, wherein the cladding layer of the main body is omitted. Fig. 14 is a structural schematic view of the transfer connector shown in Fig. 13 from another perspective. Fig. 15 is a schematic diagram of the connection relationship of the first lead element of the transfer connector shown in Fig. 13, wherein the covering layer of the main body, the second lead element and the third lead element are omitted. Fig. 16 is a schematic diagram of the connection relationship of the second lead assembly of the transfer connector shown in Fig. 13. Fig. 17 is a schematic cross-sectional view of the transfer connector shown in Fig. 13. Fig. 18 is a schematic cross-sectional view of the transfer connector shown in Fig. 13 being connected to the plug of the first power cord and the socket of the power supply device. Fig. 19 is a schematic cross-sectional view of the transfer connector shown in Fig. 13. Fig. 20 is a schematic cross-sectional view of the transfer connector shown in Fig. 13 being connected to the plug of the second power cord and the socket of the power supply device.

100: transfer connector

1: Ontology

1a: cladding layer

1b: first end

1c: second end

2: plug

3: The first socket

31: The second live wire terminal

32:Second neutral terminal

33: Second ground terminal

34: the first recess

4: Second socket

41: The third live wire terminal

42: The third neutral line terminal

43: The third ground terminal

44: Second recess

Claims (27)

A transfer connector, comprising: a body with a first end and a second end, wherein the first end is opposite to the second end; a plug is arranged at the first end of the body and includes a A first live wire terminal and a first neutral wire terminal; a first socket is arranged at the second end of the body and includes a second live wire terminal and a second neutral wire terminal, wherein the first socket is The structure is pluggably accommodated and electrically connected to a first power cord plug of a first power cord; a second socket is arranged at the second end of the body and includes a third live wire terminal and a first power cord Three neutral wire terminals, wherein the second socket system is configured to be pluggably accommodated and electrically connected to a second power line plug of a second power line; a first conductor assembly includes a first conductor end, a second lead end and a third lead end, wherein the second lead end is connected to the first live wire terminal, the first lead end is connected to the second live wire terminal, and the third lead end The connection end is connected to the third live wire terminal; and a second lead assembly includes a fourth lead end, a fifth lead end and a sixth lead end, wherein the fifth lead end is connected to the The first neutral line terminal, the sixth conducting end is connected to the second neutral line terminal, and the fourth conducting end is connected to the third neutral line terminal, wherein the first conducting assembly is disposed on Between the plug, the first socket and the second socket, and the first conductor assembly is disconnectably connected to the first live wire terminal, the second live wire terminal and the third live wire terminal, wherein the first live wire terminal When a power cord plug is mated with the first socket, the first conducting assembly connects the first live wire terminal, the second live wire terminal and the third live wire terminal, wherein the first conducting assembly more including A first moving guide, a first guide and a second guide, wherein the first moving guide includes the first guide end, and the first guide includes the second guide end, the second lead piece includes the third lead end, wherein the first moving lead piece is separated from the first lead piece and the second lead piece, wherein the first power cord plug is connected to the When the first sockets are mated with each other, the first moving lead moves and connects with the first lead and the second lead. A transfer connector, comprising: a body with a first end and a second end, wherein the first end is opposite to the second end; a plug is arranged at the first end of the body and includes a A first live wire terminal and a first neutral wire terminal; a first socket is arranged at the second end of the body and includes a second live wire terminal and a second neutral wire terminal, wherein the first socket is The structure is pluggably accommodated and electrically connected to a first power cord plug of a first power cord; a second socket is arranged at the second end of the body and includes a third live wire terminal and a first power cord Three neutral wire terminals, wherein the second socket system is configured to be pluggably accommodated and electrically connected to a second power line plug of a second power line; a first conductor assembly includes a first conductor end, a second lead end and a third lead end, wherein the second lead end is connected to the first live wire terminal, the first lead end is connected to the second live wire terminal, and the third lead end The connection end is connected to the third live wire terminal; and a second lead assembly includes a fourth lead end, a fifth lead end and a sixth lead end, wherein the fifth lead end is connected to the a first neutral line terminal, the sixth conducting end is connected to the second neutral line terminal, and the fourth conducting end is connected to the third neutral line terminal, Wherein, the second conducting assembly is arranged between the plug, the first socket and the second socket, and the second conducting assembly is detachably connected to the first neutral terminal, the second neutral terminal neutral line terminal and the third neutral line terminal, wherein when the second power line plug and the second socket are mated and assembled, the second conducting assembly makes the first neutral line terminal, the second neutral line terminal Both the neutral line terminal and the third neutral line terminal are connected. The transfer connector as described in claim 2, wherein the first lead assembly includes: a first moving lead including the first lead end; a first lead including the second lead end; and a second lead piece, including the third lead end, wherein the first moving lead piece is separated from the first lead piece and the second lead piece, wherein the first power supply When the wire plug and the first socket are mutually mated and assembled, the first moving lead moves and connects with the first lead and the second lead. The transfer connector as claimed in claim 1 or 2, wherein the second guide assembly includes: a second moving guide member including the fourth guide end; a third guide member including the fifth guide end a lead end; and a fourth lead member including the sixth lead end, wherein the second moving lead member is separated from the third lead member and the fourth lead member, wherein the first When the two power cord plugs are mated and assembled with the second socket, the second moving lead moves and connects with the third lead and the fourth lead. The transfer connector according to claim 1 or 2, wherein the plug includes a first ground terminal, the first socket includes a second ground terminal, and the second socket includes a third ground terminal. The transition connector as described in claim 5 further includes a third lead assembly, wherein the third lead assembly is arranged between the plug, the first receptacle, and the second receptacle, and is constantly connected to the The first ground terminal, the second ground terminal and the third ground terminal. The transfer connector as described in claim 5, wherein the plug includes a first slot, a second slot and a third slot, wherein the first live wire terminal of the plug, the first neutral wire The terminal and the first ground terminal are respectively disposed in the first slot, the second slot and the third slot. The transfer connector as described in claim 5, wherein the first socket includes a first recess, a first side wall and a first bottom wall, wherein the first recess is composed of the first side wall and the first bottom The wall is defined, and the second live terminal, the second neutral terminal and the second ground terminal are separated from each other, and are all partially disposed in the first recess, partially embedded in the first bottom wall, and partly extends outward from an outer surface of the first bottom wall in a direction away from the first recess, wherein the first side wall of the first socket has a first through groove, and the first through groove is It passes through the first side wall and communicates with the first recess. The transfer connector as described in claim 8, wherein the first guide assembly includes: a first moving guide, including a first segment, a second segment and a connecting segment, wherein the connecting The section connects the first section and the second section, wherein the first section includes a top portion and a first contact portion, and the first section is arranged on the first side wall of the first socket and the abutting portion is accommodated in the first through groove, and the abutting portion is partially exposed in the first recess, the first contact portion is located at one end of the first section, wherein the The first lead end is one end of the second segment, the first lead end of the second segment is in contact with the second live wire terminal of the first socket, and the other end of the second segment One end has a second contact portion; a first lead piece, wherein the second lead end is one end of the first lead piece, and the second lead end of the first lead piece is fixed on the A first live wire terminal, one contact end of the first lead is adjacent to the second contact portion of the second section; and a second lead, wherein the third lead is the second lead one end of the piece, The third lead end of the second lead piece is fixed to the third live wire terminal, and one contact end of the second lead piece is adjacent to the first contact portion of the first section, wherein when the first When a socket does not accommodate the first power cord plug, the contact end of the second lead piece and the first contact portion of the first section are separated from each other. The transition connector according to claim 9, wherein when the first power cord plug is inserted into the first socket, the first power cord plug is pressed against the first moving conductor of the first conductor assembly The abutting portion of the first section makes the abutting portion deform under force and drives the first section to move toward the direction of the plug, and makes the first contact portion of the first section and the second guide The contact ends of the connectors are contacted and connected so that the second live wire terminal of the first socket and the third live wire terminal of the second socket are connected to each other through the first lead assembly. The transfer connector according to claim 9, wherein when the first socket does not accommodate the first power cord plug, the contact end of the first lead member is in contact with the second contact of the second section Departments are separated from each other. The transfer connector according to claim 11, wherein when the first power cord plug is inserted into the first socket, the first power cord plug is pressed against the first moving conductor of the first conductor assembly The abutting portion of the first section makes the abutting section deform under force and drives the first section to move toward the plug, and the first section moves the second section toward the plug through the connecting section The direction of the plug is moved, and the second contact portion of the second segment contacts and connects with the contact end of the first lead piece, so that the first live wire terminal of the plug and the first receptacle The second live wire terminals are connected to each other through the first conducting assembly. The transfer connector as described in claim 8, wherein the second socket includes a second recess, a second side wall and a second bottom wall, wherein the second recess is composed of the second side wall and the second bottom wall definition forms, the third live wire terminal, the third neutral wire terminal and the third The ground wire terminals are separated from each other, and are partly arranged in the second recess, partly embedded in the second bottom wall, and partly away from the second recess from an outer surface of the second bottom wall. The direction extends outward, wherein the second side wall of the second socket has a second through groove, and the second through groove passes through the second side wall and communicates with the second recess. The transfer connector as described in claim 13, wherein the second guide assembly includes: a second moving guide, including a first segment, a second segment and a connecting segment, wherein the connecting The section connects the first section and the second section, the first section includes a top portion and a first contact portion, and the first section is arranged on the second side wall of the second socket surface, and the abutting portion is accommodated in the second through groove, and the abutting portion is partially exposed in the second recess, the first contact portion is located at one end of the first section, wherein the first The four leading ends are one end of the second section, the fourth leading end of the second section is in contact with the third neutral line terminal of the second socket, and the second section The other end has a second contact portion; a third lead-in piece, wherein the fifth lead-in end is one end of the third lead-in piece, and the fifth lead-in end of the third lead-in piece is fixed on For the first neutral terminal of the plug, a contact end of the third lead is adjacent to the second contact portion of the second section of the second moving lead; and a fourth lead piece, wherein the sixth lead end is an end of the fourth lead piece, the sixth lead end of the fourth lead piece is fixed to the second neutral line terminal of the first receptacle, the A contact end of the fourth lead is adjacent to the first contact portion of the first section of the first moving lead, wherein when the second socket does not accommodate the second power cord plug, the The contact end of the fourth guide member and the first contact portion of the first section of the second moving guide member are separated from each other. The transfer connector according to claim 14, wherein when the second power cord plug is inserted into the second socket, the second power cord plug is pressed against the second moving conductor of the second conductor assembly The abutting portion of the first section causes the abutment to be deformed by force to drive the first section to move toward the direction of the plug, and makes the first contact portion of the first section and the fourth guide The contact ends of the connectors are contacted and connected so that the second neutral line terminal of the first socket and the third neutral line terminal of the second socket are connected to each other through the second lead assembly. The transfer connector according to claim 14, wherein when the second socket does not accommodate the second power cord plug, the contact end of the third lead member and the first movable lead member The second contact portions of the two sections are separated from each other. The transition connector according to claim 16, wherein when the second power cord plug is inserted into the second socket, the second power cord plug is against the second moving conductor of the second conductor assembly The abutting portion of the first section makes the abutting section deform under force and drives the first section to move toward the plug, and the first section moves the second section toward the plug through the connecting section The direction of the plug is moved, and the second contact portion of the second section contacts and connects with the contact end of the third lead piece, so that the first neutral terminal of the plug and the first The second neutral line terminals of the socket are connected to each other through the second lead assembly. The transfer connector as described in claim 1 or 2, wherein the first socket and the second socket are respectively C14 sockets specified in the IEC 60320 standard, and the plug is a C19 plug specified in the IEC 60320 standard. The transition connector as claimed in claim 1 or 2, wherein the first lead assembly is disposed between the plug, the first receptacle and the second receptacle, and the first lead assembly is detachable Connected to the first live wire terminal, the second live wire terminal and the third live wire terminal, wherein when the first power cord plug and the first socket are mutually mated and assembled, the first conducting group components to connect the first live wire terminal and the second live wire terminal, wherein when the first power cord plug is mated with the first socket and the second power cord plug is mated with the second socket, The first conductor assembly connects the first live wire terminal, the second live wire terminal and the third live wire terminal. The transfer connector as claimed in item 19, wherein the first lead assembly includes: a first lead piece, including the second lead end, and connected to the first live wire terminal and the second live wire terminal ; a first moving guide, including the first guide end; a third moving guide, including the third guide end; and a first guide bridge, including a first end and a second end, wherein the first end is adjacent to the first moving guide, and the second end is adjacent to the third moving guide; wherein, the first moving guide and the third moving guide are respectively connected to The first conductor bridge is separated, and the third movable conductor is separated from the first conductor. The part moves and connects with the first end of the first conductive bridge and the first conductive part, wherein the first power cord plug is interfitted with the first socket and the second power cord plug is connected with the first socket. When the second socket is mated and assembled, the third moving lead is moved and connected with the second end of the first connecting bridge, and the first moving lead, the third moving lead , the first conductive bridge and the first conductive piece are connected. The transition connector as claimed in claim 1 or 2, wherein the second lead assembly is disposed between the plug, the first receptacle and the second receptacle, and the second lead assembly is detachable Connected to the first neutral line terminal, the second neutral line terminal and the third neutral line terminal, wherein when the second power line plug and the second socket are mutually mated and assembled, the second conducting assembly connect the first neutral line terminal and the third neutral line terminal, wherein the first power line plug is mated with the first socket and the second power line plug is connected to the When the second receptacle is mated with each other, the second conducting component connects the first neutral terminal, the second neutral terminal and the third neutral terminal. The transfer connector as claimed in claim 21, wherein the second lead assembly includes: a third lead member, including the fifth lead end, and connected to the first neutral terminal and the third a neutral line terminal; a second moving lead including the fourth lead end; a fourth moving lead including the sixth lead end; and a second lead bridge including a first end and a second end, wherein the first end is adjacent to the second moving guide, and the second end is adjacent to the fourth moving guide; wherein, the second moving guide and the fourth moving guide The connecting parts are respectively separated from the second connecting bridge, and the second moving connecting part is separated from the third connecting part. Two moving guides are moved and connected with the first end of the second guide bridge and the third guide, wherein the second power cord plug is mated with the second socket and the first When the power cord plug is mated with the first socket, the fourth moving lead moves and connects with the second end of the second bridge, and the second moving lead, the fourth The moving guide part, the second guide bridge and the third guide part are connected with each other. The transition connector according to claim 13, wherein the first side wall of the first socket has a third through-slot, the third through-slot passes through the first side wall and communicates with the first recess, Wherein the second side wall of the second socket has a fourth through-slot, the fourth through-slot runs through the second side wall and communicates with the second recess. The transfer connector as described in claim 23, wherein the first lead assembly includes: a first moving lead, including a first section, the first lead end and a connecting section, the connection The section connects the first section and the first lead end, wherein the first section of the first moving guide includes a contact portion and a first contact portion, and the first section A section is arranged on the surface of the first side wall of the first socket, and the abutting portion is accommodated in the first through groove, and the abutting portion is partially exposed in the first recess, and the first contact A part is located at one end of the first segment, wherein the first lead end is in contact with the second live wire terminal of the first socket; a first lead, wherein the second lead end is the one end of the first lead, the second end of the first lead is fixed to the first live terminal, and one contact end of the first lead is fixed to the second live terminal; A third moving guide includes a first segment, the third leading end and a connecting segment, the first segment of the third moving guide includes a contact portion and a contact portion, the The first section is arranged on the surface of the second side wall of the second socket, and the abutting portion is accommodated in the fourth through groove, and the abutting portion is partially exposed in the second recess, the contact part is located at one end of the first section, wherein the third lead end of the third moving lead is in contact with the third live wire terminal of the second receptacle; and a first lead bridge, Wherein the first end of the first guide bridge is adjacent to the first contact portion of the first section of the first moving guide member, and the second end of the first guide bridge is adjacent to the third The contact portion of the first section of the moving lead, wherein when the first socket does not accommodate the first power cord plug, the first end of the first conductive bridge is connected to the first moving lead The first contact portion of the first section of the component is separated from each other, wherein when the second socket does not accommodate the second power cord plug, the second end of the first conductive bridge and the third The contact portions of the first section of the moving guide are separated from each other. The transfer connector according to claim 24, wherein when the first power cord plug is inserted into the first socket, the first power cord plug is pressed against the first moving conductor of the first conductor assembly The abutment top of the first section makes the abutment deformed by force and drives moving the first section towards the plug, and making the first contact portion of the first section of the first moving guide part contact and connect with the first end of the first conductive bridge , wherein when the second power cord plug is inserted into the second socket, the second power cord plug abuts against the abutting portion of the first section of the third movable lead member of the first lead assembly, deforming the abutting portion to drive the first segment to move toward the plug, and make the first contact portion of the first segment contact the second end of the first conductive bridge for connection , wherein when the first power cord plug is inserted into the first socket and the second power cord plug is inserted into the second socket, the first moving guide and the third moving guide of the first lead assembly The connecting piece, the first connecting piece and the first conducting bridge are connected to connect the first live wire terminal, the second live wire terminal and the third live wire terminal to each other. The transfer connector as described in claim 23, wherein the second guide assembly includes: a second moving guide member, including a first section, the fourth guide end and a connecting section, the connection A segment is connected to the first segment and the fourth lead end, wherein the first segment of the second moving guide includes a contact portion and a contact portion, and the first segment is arranged on the second The surface of the second side wall of the two sockets, and the abutment part is accommodated in the second through groove, and the abutment part is partially exposed in the second recess, and the contact part is located on the first section one end, wherein the fourth lead end of the second moving lead is in contact with the third neutral terminal of the second receptacle; a third lead, wherein the fifth lead end is One end of the third lead, the fifth end of the third lead is fixed to the first neutral terminal, one contact end of the third lead is fixed to the third Neutral terminal; a fourth moving lead, wherein the fourth moving lead includes a first segment, the sixth lead end and a connecting segment, the fourth moving lead of the fourth A segment includes a top portion and a contact portion, the first segment is arranged on the first socket The surface of the first side wall, and the abutting portion is accommodated in the third through groove, and the abutting portion is partially exposed in the first recess, the contact portion is located at one end of the first section, wherein The sixth conductive end of the fourth moving lead is in contact with the second neutral terminal of the first socket; a second conductive bridge, wherein a first end of the second conductive bridge Adjacent to the contact portion of the first section of the second moving guide member, a second end of the second guide bridge adjacent to the contact portion of the first section of the fourth moving guide member , wherein when the second socket does not accommodate the second power cord plug, the first end of the second conductive bridge and the contact portion of the first section of the second moving lead are connected to each other Separated, wherein when the first socket does not accommodate the first power cord plug, the second end of the second conductive bridge and the contact portion of the first section of the fourth moving lead are connected to each other phase separation. The transition connector according to claim 26, wherein when the second power cord plug is inserted into the second socket, the second power cord plug is pressed against the second moving conductor of the second conductor assembly The abutting top of the first section of the first section causes the abutting top to be deformed by force and drives the first section to move toward the direction of the plug, and makes the contact of the first section of the second moving guide part is connected with the first end of the second conducting bridge, wherein when the first power cord plug is inserted into the first socket, the first power cord plug abuts against the second conducting assembly The abutting portion of the first segment of the fourth moving guide member deforms the abutting portion to drive the first segment to move toward the plug, and makes the contact portion of the first segment and the contact portion The second end of the second conductive bridge is in contact with each other, wherein when the first power cord plug is inserted into the first socket and the second power cord plug is inserted into the second socket, through the second conductive bridge The second moving lead piece, the fourth moving lead piece, the third lead piece and the second lead bridge are connected so that the first neutral terminal, the second neutral wire terminals as well as the third neutral The wire terminals are connected to each other.

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