Wireless charging coil and wireless charging system
A wireless charging and electromagnetic coil technology, which is applied in battery circuit devices, current collectors, electric vehicles, etc., can solve the problems that the charging coil is not easy to charge the edge and side of the equipment, and cannot meet the system performance requirements, so as to solve the electromagnetic field leakage and increase the structure intensity effect
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Embodiment 1
[0034] see figure 1 ,
[0035] A wireless charging coil, comprising: a magnetic rod 1 with slots in the middle, used for winding on the surface, and at the same time, the slotted position is the position with the strongest magnetic field, and the coil formed after winding has the strongest energy transfer capability; an electromagnetic coil 2, Electromagnetic coil 2 is three-dimensionally wound at the slotted position in the middle of magnetic rod 1, the side of electromagnetic coil 2 is flush with the side of magnetic rod 1; The upper part, the lower part, and the back of the slot in the middle are used to solve the problem of electromagnetic field leakage caused by the non-planar facing mode; and at the same time, an electromagnetic wave coupling opening is formed at the front of the slot in the middle of the magnetic rod 1 (it should be noted that The opening mentioned here can be understood as an opening that can pass through electromagnetic waves. As long as electromagne...
Embodiment 2
[0040] A wireless charging system, comprising: a wireless charging power transmitting device for providing electric energy, and a wireless charging power receiving device for receiving electric energy; wherein, the wireless charging power transmitting device includes the wireless charging coil in Embodiment 1 as a power transmitting device The coil is used to provide electromagnetic waves; the wireless charging power receiving device includes the wireless charging coil in Embodiment 1 as a power receiving coil for receiving electromagnetic waves provided by the power transmitting coil.
[0041] By using the wireless charging coil in the present invention as the power transmitting coil and the power receiving coil, the problem that the existing planar coil cannot meet the system performance requirements when it is applied to wireless charging with a narrow contact surface is solved.
[0042] Preferably, see Figure 5 (wherein the power transmission coil is connected to the PCB ...
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