Receiver and working method of solid waste lifting device

Abstract

The invention discloses a receiver and a working method of a solid waste lifting device. The receiver comprises a toggle wheel speed measuring device, a driver, a vibrator, a collecting disc, a togglewheel, a toggle wheel shell and a collecting box; the toggle wheel speed measuring device is fixed to the upper part of the toggle wheel shell to achieve the measure the rotating speed of the togglewheel; the lower part of the toggle wheel is wrapped with the toggle wheel shell with an open upper part; one side of the toggle wheel is provided with the collecting disc with a dustpan shape and anuptrend end part, one end of the collecting disc is connected with a wear piece, the other end of the collecting disc communicates with the toggle wheel shell, chips generated by the wear piece are collected by the collecting disc, and delivered to the inner part of the toggle wheel shell; the vibrator is connected to the upper part of the collecting disc, the vibrator is in contact with the toggle wheel through self teeth, the rotating toggle wheel intermittently toggles the self teeth of the vibrator to make the collecting disc to jump, and the collection and delivery of the chips are achieved. According to the receiver in the solid waste lifting device, the structure is novel and reasonable, the adjustment range is wide, the application field is wide, using is convenient, the efficiencyis improved, and the labor intensity is lowered.

Description

technical field [0001] The invention belongs to the field of solid waste treatment devices, and in particular relates to a receiver in a solid waste lifting device and a method. Background technique [0002] In the post-processing, solid waste needs to be lifted at fixed points through the hanging bin, and accurately placed in the feeding port of the processing device. The conveying process requires precise adjustment of height and conveying angle, as well as intelligent integrated design, which is difficult to achieve with existing devices. [0003] The same technology as the device of the present invention has not yet matured, and its traditional technology and processing method are backward, the processing cost is high, and the transmission efficiency is low. The disadvantages are mainly reflected in the absence of the vertical adjustment hole and the clamped column mechanism required for height adjustment. Set up slideway buffers, damping flywheels, flywheel brakes and ...

AI Technical Summary

Problems solved by technology

The conveying process requires precise adjustment of the height and conveying angle, and requires an intelligent integrated design, which is difficult to achieve with existing devices

[0003] The same technology as the device of the present invention has not yet matured, and its traditional technology and processing method are backward, the processing cost is high, and the transmission efficiency is low. The disadvantages are mainly reflected in the absence of the vertical adjustment hole and the clamped column mechanism required for height adjustment. Set up slideway buffers, damping flywheels, flywheel brakes and other related systems for the buffering effect of high-speed glide transport objects, without setting up slope adjustment boards and slope detector equipment necessary for height adjustment, without setting up receivers and their vibrators, collectors, etc. Pan, toggle wheel, collection box

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