Socket type track power-taking apparatus
A power-taking device and socket-type technology, which is applied to the coupling device, the two-part connecting device, and the components of the connecting device, etc., can solve the problems of single acquisition of fixed-point positioning, messy and scattered power supply wiring, etc. Convenient, fast and reliable, the effect of plugging firmly
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Embodiment 1
[0037] Such as figure 1Shown is a schematic diagram of the overall structure of the socket-type track power-taking device in this embodiment. In order to change the previous fixed-point power supply device, the plug can take power at any position on the track, and can accommodate more power-taking heads to be used at the same time, and realize The power-taking method is simple in structure, convenient, quick and reliable, firmly plugged in, easy to install, and provides a convenient environment for users. In this embodiment, the socket-type track power-taking device includes a live track 100 and a power-taking plug 200 . Specifically, the charged track 100, the live track 100 of the invention also includes at least one track groove 101 and a conductive element 102 placed in the track groove 101, and a power plug 200, which can be placed in any position of the live track 100 of the invention and conducts electricity with the invention. The element 102 corresponds to the card co...
Embodiment 2
[0039] Such as Figure 2~3 As shown, in order to realize the insertion and stable and reliable electrical contact between the live track 100 and the power-taking plug 200, the difference between this embodiment and the first embodiment is that the track groove 101 is an "Ω"-shaped track groove 101, and the conductive element 102 is an "Ω"-shaped conductive copper wire corresponding to the structure of the track groove 101. Specifically, the charged track 100 also includes at least one track groove 101 and a conductive element 102 placed in the track groove 101, and a power plug 200, which can be placed in any position of the charged track 100 and connected to the conductive element 102 Corresponding to the card connection, the conductive element 102 is arranged and installed in the track groove 101, and the conductive element 102 can carry a certain amount of electric energy in contact with the external power supply. As a preference in this embodiment, the conductive element 1...
Embodiment 3
[0042] Such as Figure 4 As shown, the difference between this embodiment and the second embodiment is that the power-taking plug 200 also includes a power-taking copper sheet 201, and the power-taking copper sheet 201 interferes with the "Ω"-shaped conductive copper wire and passes through the After the middle bending part 102a is clamped, the power-taking operation is completed. Specifically, the charged track 100 also includes at least one track groove 101 and a conductive element 102 placed in the track groove 101, and a power plug 200, which can be placed in any position of the charged track 100 and connected to the conductive element 102 Corresponding to the card connection, the conductive element 102 is arranged and installed in the track groove 101, and the conductive element 102 can carry a certain amount of electric energy in contact with the external power supply. As a preference in this embodiment, the conductive element 102 is a conductive copper wire , which can...
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