Co-magnetic composite magnetoelectric device

Abstract

The invention discloses a common magnetic composite magnetoelectric device, which is composed of a pair of magnetic groups and at least one coil row group, and the magnetic group includes two or more coils that are parallel to each other and move synchronously. Each magnetic column group is composed of at least two magnetic parts arranged in a staggered manner along the direction of motion and magnetized in parallel to the direction of motion. The magnetic poles at the adjacent ends of adjacent magnetic parts are adjacent to each other with the same polarity. The magnetic poles of the magnetic parts of the relative magnetic row group are opposite to each other. The coil row group is composed of a first coil part and a second coil part. The first and second coil parts are respectively composed of a longitudinal electric body and two parallel coil parts. In the "ㄈ" type body composed of horizontal generators, the motors of the first and second coils are respectively fed in opposite directions. In this way, the mutual feeding of power generation and motoring can be achieved, the input current can be reduced, and the power can be improved. Output power to achieve the purpose of energy saving. When generating electricity, it can share and increase the gain of the common magnetic flux in the circuit to increase its power generation.

Description

technical field [0001] The present invention relates to the technical field of electromagnetic devices, and specifically refers to a common magnetic composite magnetoelectric device with power generation and electromotive functions, which can achieve the purpose of small input and large output, thereby generating energy-saving effects, and at the same time can share The gain of the magnetic flux of the opposite magnetic group can increase the power generation. Background technique [0002] General motors or generators usually use electromagnetic devices to act. Traditional electromagnetic devices are mainly composed of magnetic groups and coil groups that can move relatively. The way of intermittent power supply to the group makes it an electromagnet, which can generate repulsive and attractive magnetic forces relative to the magnetic group, thereby driving the rotor to rotate at high speed. As for the generator, the external force drives the rotor to rotate at a high speed...

AI Technical Summary

Problems solved by technology

[0003] However, there are some problems in the practical application of the traditional electromagnetic device. For example, when it is applied to the motor, when the power supply is suspended, the magnetic attraction phenomenon is generated between the coil group and the magnetic group, and the magnetic resistance causes dynamic loss. Therefore, when it is necessary to start again It requires a large input power to be sufficient to drive, resulting in unnecessary energy loss, not only poor operating efficiency, but also unable to meet the requirements of energy saving

[0004] In addition, if the traditional electromagnetic device is applied to a generator, when the coil group is connected to a load to generate current, the coil group will be induced and magnetized to become an electromagnet, and the coil group and the magnetic group will have a magnetic repulsion phenomenon, showing a reluctance. Under the load, there will be dynamic loss caused by accretive reluctance, so the traditional generator is not only difficult to use for micro-power generation, but also difficult to increase the operating speed, which seriously affects the number and frequency of cutting magnetic lines of force, so the power generation efficiency is low, making it energy conversion low rate;

[0005] In other words, no matter whether the existing electromagnetic devices are applied to motors or generators, there is a problem of running loss caused by the accretion of reluctance, which increases energy consumption and reduces its performance. Therefore, traditional electromagnetic devices can only be used Electric equipment or power generation equipment with a single function cannot simultaneously provide power generation and electric power supply at the same time. Therefore, how to solve the aforementioned problems is an urgent need for development in the industry.

[0006] The reason is that the inventor of the present invention has made in-depth discussions on the problems faced by the aforementioned traditional electromagnetic devices, and has sought solutions through years of experience in research and development in related industries. After continuous efforts in research and trial production, he has finally successfully developed a Co-magnetic composite magnetoelectric device, so as to overcome the inconvenience and trouble caused by the high energy consumption and low energy conversion efficiency of the existing electromagnetic device

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