Device for achieving continuous power supply of instruments in rotating device operation field

Abstract

The invention discloses a device for achieving continuous power supply of instruments in a rotating device operation field. The device comprises an air collecting hood, a wind power generating unit and an output power supply unit. The air collecting hood is arranged on an air runner of an air cooling motor driving a rotating device. The wind power generating unit is arranged at the tail of the air collecting hood. The wind power generating unit is electrically connected with the output power supply unit. The output power supply unit is electrically connected with the instruments in the rotating device operation field. Cooling air of the air cooling motor driving the rotating device is recycled for power generation, the purpose of continuous power supply of the instruments in the rotating device operation field is achieved, and energy consumption can be obviously reduced. Meanwhile, using and operating are convenient, an effective guarantee is provided for safety production, the device can be widely applied to various places with rotating devices, the requirements for energy saving, environment friendliness and safety production are obviously met, and the practical value is achieved.

Description

technical field [0001] The invention relates to a power supply device, in particular to a device for realizing continuous power supply of instruments and meters at the working site of rotating equipment. Background technique [0002] Rotating equipment is commonly used in industrial enterprises, and as the driving equipment of rotating equipment, the motor is a common equipment that converts electrical energy into mechanical energy. Because the motor will generate a lot of heat during operation, it is necessary to install cooling on the motor. mechanism. The cooling mechanism of the existing motor generally uses air-cooling. The common air-cooled motor is to install the fan on the end of the motor shaft protruding from the rear end cover of the motor. Extended cooling ribs are arranged at intervals, and air flow channels are formed between two adjacent cooling ribs. There is a fan cover outside the fan. When the motor is running, the fan rotates, and the air enters from the...

AI Technical Summary

Problems solved by technology

Usually, there are two main ways to realize the power supply of these instruments: one is external power supply; The wiring in the middle is more complicated and the cost is higher; although the power supply method using the battery is relatively safe, the frequent shutdown of the industrial production to replace the battery is also a great loss and potential risk for the production of the enterprise, which is an unsustainable development. Way

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