一种柔性导磁体磁约束的磁传输换能装置

Abstract

本实用新型公开一种柔性导磁体磁约束的磁传输换能装置，包括：换能体发送端；换能体接收端；柔性软磁合金导磁体，连接在换能体发送端和换能体接收端之间的两侧；磁约束层，设置在柔性软磁合金导磁体外侧；缠绕铜丝；由换能体发送端、柔性软磁合金导磁体与换能体接收端构成磁传输闭合回路。本磁传输换能装置形成完整的磁传输回路，由换能体发送端将电能转换为磁能，磁能通过柔性软磁合金导磁体输送到换能体接收端，磁约束层对柔性导磁体进行磁约束，并防止磁逃逸，再经过换能体接收端将磁能转换为电能供市电使用，可以替代电力传输问题，且不需要变电站及换流站，整个过程无电压产生，解决了漏电、安全问题及架设线路问题。

Claims

1. A flexible magnetically permeable magnetic confinement magnetic transmission transducer device, characterized by, include: The transducer transmitter is used to convert electrical energy into magnetic energy; The transducer receiver is used to convert magnetic energy into electrical energy; A flexible soft magnetic alloy magnetic conductor is connected on both sides between the transmitting end and the receiving end of the transducer, and the flexible soft magnetic alloy magnetic conductor is used to transmit magnetic energy. A magnetic confinement layer is disposed on the outside of the flexible soft magnetic alloy magnetic conductor to prevent magnetic escape during magnetic transmission. Copper wire is wound around the outside of the magnetic confinement layer; The transducer transmitting end, the flexible soft magnetic alloy magnetic conductor, and the transducer receiving end constitute a magnetic transmission closed loop.

2. A flexible flux guide magnetically constrained magnetic transmission transducing device according to claim 1, wherein, The magnetic confinement layer is a flexible copper strip used for magnetic confinement.

3. A flexible flux guide magnetically constrained magnetic transmission transducing device according to claim 1 wherein, The transducer transmitter is converted from electromagnetism to form N-terminal and S-terminal ends, respectively.

4. A flexible flux guide magnetically constrained magnetic transmission transducing device according to claim 1 wherein, The flexible soft magnetic alloy conductor includes a flexible soft magnetic alloy conductor body with flexible characteristics and ports. The ports are configured and fixed at both ends of the flexible soft magnetic alloy conductor body. Both the flexible soft magnetic alloy conductor body and the ports are metal parts.

5. A flexible flux guide magnetically constrained magnetic transmission transducing device according to claim 4, wherein, The flexible soft magnetic alloy conductor body is composed of several flexible soft magnetic alloy conductor wires twisted together.

6. A flexible flux guide magnetically constrained magnetic transmission transducing device according to claim 5, wherein, The flexible soft magnetic alloy conductor body and its ports are both made of magnetic alloy material.

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