High-voltage electrostatic induction unit and energy output display method thereof

Abstract

A high-voltage electrostatic inducer and its energy output display method. The high-voltage electrostatic inducer includes a load output terminal and a static voltage display unit, and the static voltage display unit includes: a high-voltage dropper, which is connected in parallel with the load output terminal to obtain a voltage equal to the load output terminal, and reduces the voltage to The preset range; the multiplier amplifier is connected with the resistor divider high-voltage dropper, converts the reduced voltage provided by the resistor divider type high-voltage dropper into a voltage signal, and amplifies the voltage signal according to a predetermined amplification ratio, said The predetermined step-down ratio and the predetermined amplification ratio are reciprocals of each other, and the electrostatic voltage display is connected with the signal of the multiplying amplifier to display the amplified voltage signal provided by the multiplying amplifier. The high-voltage electrostatic inducer and its energy output display method of the present invention realize continuous real-time measurement of the static voltage at the output end of the load.

Description

[0001] 【Technical field】 [0002] The invention relates to a high-voltage electrostatic inducer, and also relates to a static voltage output display method of the high-voltage electrostatic inducer. [0003] 【Background technique】 [0004] The high-voltage static electricity with micro-current output by the high-voltage electrostatic inducer is transmitted to the output terminal of the load through the high-voltage wire, so that the output terminal of the load forms an electric field of electrostatic energy in an insulated state, and thus the electrostatic field with energy stores the processed items Or freezing, thawing, etc. [0005] However, none of the existing high-voltage electrostatic inducers has a measuring device or means for measuring the static voltage at the output end of the load, so the static voltage at the output end of the load cannot be displayed in real time, so that the user of the high-voltage electrostatic inducer cannot know the output of the load in rea...

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Problems solved by technology

[0005] However, none of the existing high-voltage electrostatic inducers has a measuring device or means for measuring the static voltage at the output end of the load, so the static voltage at the output end of the load cannot be displayed in real time, so that the user of the high-voltage electrostatic inducer cannot know the output of the load in real time. Therefore, when the electrostatic energy value of the load output terminal is poorly insulated due to the environment or unknown reasons and the electrostatic energy value is turned on to the ground terminal or the electrostatic energy value drops below a certain voltage value, the high-voltage static electricity cannot be induced in time. The device is processed, resulting in the processing of the processed items can not achieve the desired effect

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