Energy-saving conveying device based on reduction of friction force

Abstract

The invention provides an energy-saving conveying device based on reduction of friction force. The energy-saving conveying device comprises two supporting side plates for supporting equipment, a supporting plate for connecting the two supporting side plates, a double-row conveying mechanism for conveying objects and an air-pressure progressive balance mechanism for reducing surface indentation friction force. The two supporting side plates are distributed in parallel, and a supporting plate is fixedly connected between the two supporting side plates. The invention relates to the field of conveying devices. According to the energy-saving conveying device based on reduction of the friction force, a special conveying mechanism and a special supporting structure are designed for solving the problem that an existing conveying crawler belt is too heavy and sunken in use. The sunken surface is reduced by strengthening the supporting force, and therefore the problems are effectively solved that when a common conveying device conveys large objects, surface indentation occurs, the friction resistance is large when the conveying belt makes contact with the shaft face of a conveying shaft, thedriving energy consumption is increased, the conveying belt is prone to being damaged, and limitations exist in most existing processing modes.

Description

technical field [0001] The invention relates to the technical field of transmission devices, in particular to an energy-saving transmission device based on reducing friction. Background technique [0002] The transmission device mainly plays the role of transmission and can be used in various occasions. During the transmission process, heavy objects may be encountered. When the objects are too heavy, the transmission belt will be dented, and the contact surface between the curved surface and the shaft will be broken. Increase, when it comes into contact with the next transmission shaft, the friction force is relatively large. At this time, a large transmission power is required for driving, and the energy consumption is high, and there is also a certain degree of damage to the transmission belt. The current processing method, It is to set up multiple rollers under the conveyor belt to support the transmission, and to enhance the strength of the transmission track. Increasing...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the prior art, the present invention provides an energy-saving conveying device based on reduced friction, which solves the problem that the curved surface of the general conveying device will be sunken when transporting large materials, and the contact with the axial surface of the conveying shaft will When the frictional resistance is large, the driving energy consumption will be increased and the transmission belt will be easily damaged. Most of the existing processing methods have their own limitations.

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