An Electromagnetic Bionic Muscle

Abstract

The invention discloses electromagnetic type bionic muscle, and relates to the field of bioengineering. The electromagnetic type bionic muscle comprises a circuit, a coil and an electromagnet. The coil is connected with the circuit and wraps the electromagnet, a magnetic substance capable of being attracted by the electromagnet is arranged at one end of the electromagnet, and an elastic mechanism used for achieving a buffer effect after the coil is electrified is arranged between the magnetic substance and the electromagnet. The electromagnetic type bionic muscle has the advantages of being high in bending degree, high in reaction speed, high in stretch ratio and large in generated power.

Description

technical field [0001] The invention relates to the field of bioengineering, in particular to an electromagnetic bionic muscle. Background technique [0002] With the deepening of the development of robots and artificial intelligence, people have higher and higher demands on the functions of intelligent mechanical systems. However, the motion mechanism of existing robots is still rigidly connected, and the movement is not flexible enough due to the use of driving methods such as motors and hydraulic pressure. [0003] In addition, according to the patent published on March 30, 2016 with the publication number CN105453198A, each electromagnetic device of the bionic muscle is energized to generate magnetism and then absorbs the next electromagnetic device, and the circuit of the next electromagnetic device is closed, just like the previous electromagnetic device The electromagnetic device that generates magnetic attraction to follow-up has the disadvantages of slow response sp...

AI Technical Summary

Problems solved by technology

[0002] With the continuous deepening of the development of robots and artificial intelligence, people have higher and higher demands on the functions of intelligent mechanical systems. However, the motion mechanism of existing robots is still rigidly connected, using driving methods such as motors and hydraulics, and the movements are not flexible enough.

[0003] In addition, according to the patent published on March 30, 2016 with the publication number CN105453198A, each electromagnetic device of the bionic muscle is energized to generate magnetism and then absorbs the next electromagnetic device, and the circuit of the next electromagnetic device is closed, just like the previous electromagnetic device Generates magnetic attraction to the subsequent electromagnetic device. This method has the disadvantages of slow response speed, low expansion rate, and small force generated.

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