Mechanical equipment liquid discharging device and movable crusher

Abstract

The invention relates to a mechanical equipment liquid discharging device and a movable crusher. The mechanical equipment liquid discharging device comprises liquid discharging openings formed in mechanical equipment; the liquid discharging openings are connected to liquid discharging and draining pipes; the liquid discharging and draining pipes are connected to a recycling bin; a control valve is arranged on each liquid discharging and draining pipe; and liquid discharging and draining are realized by opening the control valves. According to the mechanical equipment liquid discharging device, liquid in the mechanical equipment is drained into the recycling bin through the liquid discharging and draining pipes instead of being discharged separately by manually finding a related liquid discharging opening in each piece of the mechanical equipment, so that time and labor are saved, and the operation is safe and reliable; being drained into the recycling bin, the liquid cannot splash on a floor and the body of an operator, so that the operation is safe and environmentally friendly; and due to setting of the control valves, not only can liquid in all the mechanical equipment be discharged in a concentrated manner, but also each mechanical equipment can discharge liquid independently, and the discharging flow and speed of the liquid can be controlled.

Description

technical field [0001] The invention relates to the field of engineering machinery, in particular to a liquid discharge device for mechanical equipment and a mobile crusher. Background technique [0002] The mobile crusher is a mobile crushing mechanical equipment that uses impact energy to crush materials. It integrates the functions of material receiving, crushing, conveying and screening, and magnetic separation. As the main source of power, the power system is a key part of the action of the main crusher and the operation of the hydraulic mechanism. After the system has been working for a long time, corrosion and impurities will be generated in each component. The maintenance personnel will regularly maintain the power system, release the oil, Clean after coolant, diesel and hydraulic oil. If it is not cleaned with liquid, it will affect the performance of each component of the power system. [0003] Due to the compact mechanism of the existing mobile crusher power sys...

AI Technical Summary

Problems solved by technology

If you do not discharge the liquid for cleaning, it will affect the performance of each component of the power system

[0003] Due to the compact mechanism of the existing mobile crusher power system, the existing liquid discharge method is to manually find the relevant liquid discharge ports on each part of the crusher, discharge the liquid separately, and connect the temporary drainage hose artificially. Drainage to the outside, and then find a suitable storage container for storage, or need to use a lifting device to transfer before the liquid is released, which is time-consuming and laborious, there is no permanent centralized liquid discharge device, and impurities cannot be filtered during the liquid discharge process; moreover, during the liquid discharge During the process, after the plug is unscrewed, the liquid will leak out from the opening. Once the operation is not done properly, the liquid will be sprayed on the operator and the ground, polluting the environment

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