An electrostatic power machine with a rotating plate continuously rotating

Abstract

An electrostatic power machine with a continuously-turning rotation plate mainly comprises a plate electrode, the rotation plate, a positive-electrode conductor ring, a negative-electrode conductor ring, a plastic turnplate and a high-pressure electrostatic power source. The electrostatic power machine is characterized in that the plate electrode comprises a metal conductor plate a, a metal conductor plate a1, a metal conductor plate b and a metal conductor plate b1; the rotation plate comprises a metal conductor plate c, a metal conductor plate d and a metal conductor plate e, and the metal conductor plates c, d and e have smooth surfaces, same materials and same sizes; the plate electrode and the rotation plate are cut into same comb-shaped structures, the rotation plate can pass through the plate electrode freely during rotating, and the experimental design is beneficial to innovative spirit promotion and practical ability cultivation of students. The electrostatic power machine is quite simple to produce and has obvious effect, more educational functions are added in teaching, and it is a significant work with a wide prospect.

Description

technical field [0001] The invention relates to an experimental instrument for demonstrating electrostatic drive, and belongs to the field of physical experimental instruments. Background technique [0002] In college physics courses, static electricity is an important content, and the application of electrostatic induction is the content that everyone pays attention to. Over the years, in order to help students correctly understand this concept and apply electrostatic induction, some demonstration experiments have been carried out in conjunction with teaching settings, such as electrostatic jumping ball experiment, electrostatic pendulum ball experiment, electrostatic roller experiment, electrostatic blower, and the designed scale electrostatic jumping ball experiment instrument etc. Although the existing electrostatic demonstration device has solved some needs to a certain extent, it lacks the further development and innovation of the electrostatic power demonstration expe...

AI Technical Summary

Problems solved by technology

Over the years, in order to help students correctly understand this concept and apply electrostatic induction, some demonstration experiments have been carried out in conjunction with teaching settings, such as electrostatic jumping ball experiment, electrostatic pendulum ball experiment, electrostatic roller experiment, electrostatic blower, and the designed scale electrostatic jumping ball experiment instrument etc. Although the existing electrostatic demonstration device has solved some needs to a certain extent, it lacks the further development and innovation of the electrostatic power demonstration experiment. As the power machine, the demonstration power machine currently seen mainly includes: heat engine, electric motor, standing wave motor, etc. Power machine, these have its unique advantage and limitation, lack the design and the device that effectively realize electrostatic power machine aspect, how to realize electrostatic power machine and produce the moment of bigger drive runner, the inventor is when developing electrostatic power machine, in order to increase static power machine The electric power changes the jumping ball into a conductor plate. When the distance between the positive and negative electrode plates (the static voltage between the plates does not reach the discharge voltage) is constant, the area of ​​the electrode plate and the swing plate (smooth metal plate) is increased by combining the lever principle to increase the rotation speed. The driving torque method of the wheel has been successfully tested after many tests, but it was found that the high-voltage electrostatic power supply was often burned out during the experiment, and the swinging pendulum had a large mutation in the torque at the moment of turning, which caused the device to be easily damaged. In order to achieve continuous rotation, there must be a conversion How to overcome the above defects is the problem to be solved in this application

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