Energy-saving punch

Abstract

The invention provides an energy-saving punch comprising a motor, a transmission device, a punching mechanism, a male die, a female die, a bed and a control system. The motor is connected with the transmission device; the male die is installed at the lower portion of the punching mechanism and is corresponding to the female die installed on the bed. The punch is characterized by comprising a condition judging device used for transmitting signals to make the control system execute an energy-saving mode or stop the energy-saving mode. The control system comprises a main loop module, an energy-saving control module and a condition judging module used for performing energy-saving control, wherein the main loop module provides power for a circuit-controlled device; the energy-saving control module enables the main loop module to operate in the normal work mode or the energy-saving mode; the condition judging mode triggers operation of the energy-saving control module when set conditions are met. When working normally, the device can obtain enough power, and when the device is in a standby state, the energy consumption can be reduced, so that energy can be saved.

Description

technical field [0001] The invention relates to an energy-saving punch. Background technique [0002] Due to the development of industrialization, the application range of equipment using electricity as energy is becoming wider and wider, and the number of equipment is also increasing, which brings about the increasing energy cost. Equipment users, such as machine tool users, find that the power consumption of their processing equipment continues to increase, but a lot of energy consumption does not occur during the working hours of the equipment, and energy consumption continues to occur during a large amount of standby time. Generally speaking, energy consumption can roughly be allocated to each processing time period and equipment standby time. At present, most machine tool equipment is in an unsatisfactory energy consumption load range during the standby period, and some equipment runs especially for a long time. Dry running standby state will consume power virtually. ...

AI Technical Summary

Problems solved by technology

Equipment users, such as machine tool equipment users, find that the power consumption of their processing equipment continues to increase, but a lot of energy consumption does not occur during the working hours of the equipment, and energy consumption continues to occur during a large amount of standby time

Generally speaking, energy consumption can roughly be allocated to each processing time period and equipment standby time. At present, most machine tool equipment is in an unsatisfactory energy consumption load range during the standby period, and some equipment runs especially for a long time. Dry running standby state will virtually consume power

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