A plug-in mobile socket
A plug-in type and plug-in technology, which is applied in the direction of contact parts, electrical components, coupling devices, etc., can solve problems such as difficult to accurately predict the installation position and quantity of socket holes, complex structure of mobile sockets, and complex wiring in walls, etc. Scalability, convenient connection and use, and the effect of improving the reliability of power consumption
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Embodiment 1
[0048] Such as figure 1 As shown, this embodiment provides a plug-in type mobile socket, which is inserted into the power guide rail to take power, including a housing, a power-taking unit and a plug-in piece 5, the housing includes a front cover 1 and a rear cover 4, and the power-taking unit is located at In the housing, the insert 5 is integrated with the rear cover 4, and at least two elastic conductor contacts are arranged on the insert 5. When the socket is in use, the insert 5 is inserted into the power guide rail, and the elastic conductor contacts are connected with the power guide rail. The live wire, ground wire and neutral wire are connected to take power. In this embodiment, the elastic conductor contact is arc-shaped, such as Figure 4 As shown, the abutment area is increased.
[0049] The power-taking unit can be a socket component, a router, a sensor, an alarm, a detector, a camera, a charger or a converter. In this embodiment, the power-taking unit is a jac...
Embodiment 2
[0055] Such as Figure 6-Figure 10 As shown, in the plug-in type mobile socket provided in this embodiment, the housing and the power-taking unit are integrally arranged to form a power-taking module 6, and the power-taking module 6 is provided with a connecting groove 601 for connecting with the plug-in piece 5, and the connection The slot 601 is provided with a first contact point 602 connected to the conductor, and the insert piece 5 is connected to the power-taking module 6 through the connection slot 601 at 90° or 180°. The end of the insert 5 is provided with a transfer structure 504 for inserting into the connection groove 601. The width of the transfer structure 504 is larger than that of the insert 5. The conductor forms a second contact contact on the transfer structure 504 that abuts against the first contact contact 602. 503 , at least one set of contacts among the first contact 602 and the second contact 503 are elastic contacts, which improves the reliability of ...
Embodiment 3
[0059] Such as Figure 11-Figure 13 As shown, in the plug-in mobile socket provided in this embodiment, the housing is a socket base 7 provided with an insertion slot 701 , the socket base 7 is integrated with the insertion piece 5 , and one end of the conductor is in the insertion slot 701 The exposed third contact 702 is formed, and the power-taking unit is arranged in the insertion slot 701 to take power through the third contact 702 . A fourth contact 801 corresponding to the third contact 702 is provided on the power-taking unit, and at least one set of contacts among the three contact 702 and the fourth contact 801 are elastic contacts, which improves the abutment reliability.
[0060] When the above-mentioned plug-in type mobile socket is inserted into the power rail, the elastic conductive contacts on the plug-in 5 are respectively connected to the zero line, the ground line, and the live line, and the power passes through the third contact point 702 and the fourth co...
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