Conversion type electricity saving appliance

Abstract

The invention discloses a conversion type electricity saving appliance which comprises a high-power start motor, a reduction gearbox, a mechanical spindle, a processor and a driver and is further provided with a low-power maintaining motor and a transmission toothed disc. A coaxial connecting hole is formed in an end of a reduction gearbox spindle, an action adjusting block is arranged in the connecting hole, an input shaft is inserted into the connecting hole and is coaxially fixed to the reduction gearbox spindle by the aid of the action adjusting block, transmission teeth are arranged on the reduction gearbox spindle of the reduction gearbox, the transmission toothed disc is matched with the transmission teeth, the low-power maintaining motor is connected with a transmission toothed disc shaft by a driving belt, a spindle rotation speed sensor is arranged on the mechanical spindle, the processor is connected with the spindle rotation speed sensor, and the driver is connected with the processor and the action adjusting block respectively. The conversion type electricity saving appliance has the advantages that the conversion type electricity saving appliance is simple in structure, good in service stability and applicability and high in practicality, electric energy can be effectively saved, and obvious energy saving effects can be realized.

Description

technical field [0001] The invention belongs to the technical field of power saving equipment, and in particular relates to a conversion type power saving device. Background technique [0002] With the rapid development of my country's industry, textile-related machinery and equipment are also developing rapidly. Most of the textile machines in the prior art are driven by motors. The motor drives the gear reducer to drive the textile spindle to achieve textile operations. The reducer and the textile machinery do work, so the required motor power is relatively large, that is, the required power consumption is also relatively high. Since the power requirements for maintaining the motor after the textile machinery is started are small, the same high-power motor is always used. Electric drive, to a certain extent, causes waste of electric energy, and the power saving effect is poor. Contents of the invention [0003] In order to solve the above technical problems, the present i...

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Problems solved by technology

[0002] With the rapid development of my country's industry, textile-related machinery and equipment are also developing rapidly. Most of the textile machines in the prior art are driven by motors. The motor drives the gear reducer to drive the textile spindle to achieve textile operations. The reducer and the textile machinery work, so the required motor power is relatively large, that is, the required power consumption is also relatively high. Since the power requirements for maintaining the motor after the textile machinery is started are small, the same high-power motor is always used. Electric drive, to a certain extent, causes waste of electric energy, and the power saving effect is poor

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