Dehydration feeding device, feeding equipment, system and dehydration feeding method

Abstract

The invention provides a dehydration feeding device, a feeding device, a feeding system and a dehydration feeding method, the feeding system has a feeding device and a control device, the feeding device has: a mobile feeding device and a dehydration feeding device, the dehydration feeding device It has: a spiral dehydration conveying part and a driving part, wherein the spiral dewatering conveying part has: an inlet unit for receiving undehydrated organic waste; The outer pipe, the central rotating shaft arranged in the outer pipe, the helical blade arranged on the central rotating shaft and whose pitch decreases sequentially from bottom to top, and the sewage outlet arranged at the bottom end of the outer pipe; and the outlet unit, one end connected with the upper half of the outer pipe The other end communicates with the drum device, and is used to transport the dehydrated organic waste to the inside of the drum device.

Description

technical field [0001] The invention belongs to the field of biological waste treatment, and in particular relates to a dehydration feeding device, a feeding device including the dehydration feeding device, a feeding system and a dehydration feeding method. Background technique [0002] Organic waste refers to leftovers, expired food, leftovers, waste and other wastes formed in the process of processing and consuming food in restaurants, hotels, canteens of enterprises and institutions, food processing factories, and households, including household kitchen waste and food discarded in the market And vegetable waste, expired food and catering waste discarded by food factories, etc., have the characteristics of large total production, scattered generation sources, easy to rot and deterioration, and a single generation source generates a small amount of waste every day. [0003] In the prior art, there has been a waste reduction device that uses microbial degradation technology,...

AI Technical Summary

Problems solved by technology

[0006] Such a spiral dehydration conveying pipe is horizontal, so that the filtered water cannot be discharged quickly, and it is easy to flow back into the spiral blade, resulting in low dehydration efficiency.

[0007] There has been a vertical spiral dehydration delivery pipe at present, (seeing Chinese patent CN202096810U), the water that comes off can be discharged quickly under the action of gravity, so the dehydration effect is better, but the vertical spiral dehydration delivery pipe cannot be as horizontal. The spiral dehydration conveying pipe feeds material from a high place under the height difference, and discharges the material downward under the action of gravity, so how to feed the material that needs to be dehydrated well and make the dehydrated material well Ground discharge is the problem that needs to be solved, and the patent feed is fed from the bottom end of the spiral dehydration conveying pipe. Due to the influence of gravity, such a feed position must require additional conveying power and affect the feeding effect. In addition, The patent does not mention how to discharge the material from the upper end

Images