Bionic intestinal tract self-peristalsis reactor

Abstract

The invention discloses a bionic intestinal tract self-peristalsis reactor, which comprises a peristalsis driving device, a plurality of peristalsis sections, hard bushings, a fixing device and a valve, and is characterized in that in the bionic intestinal tract self-peristalsis reactor, all peristalsis sections are connected in series to form a bionic intestinal tract, the front end of the bionicintestinal tract is connected with the peristalsis driving device, the tail end of the bionic intestinal tract is connected with the valve, each peristalsis section is made of an elastic hose with acertain stretching ratio, the pulsating flow characteristic of a fluid in the elastic hose enables the flexible elastic pipe wall of the elastic hose to generate periodic peristalsis, the outer surface of each section of elastic hose is sleeved with the hard bushing, the hard bushings are used for limiting the maximum peristalsis amplitude of the elastic hoses, all the peristalsis sections are rigidly connected through rigid connecting components, the rigid connecting component is fixedly connected with the peristalsis section through a hoop, and the pulsating flow characteristic of the fluidin the bionic intestinal tract is provided by the peristalsis driving device. The bionic intestinal tract self-peristalsis reactor of the invention can be widely applied to the fields of heat transfer, chemical industry, food and the like.

Description

technical field [0001] The invention relates to the technical field of reactors, in particular to a bionic intestinal self-peristaltic reactor. Background technique [0002] Reactors are widely used in the fields of heat transfer, chemical industry and food, through which the reaction process can be realized and the target product can be obtained. Common reactors include kettle reactors and tubular reactors, which are generally made of hard and durable steel and its alloy materials. This rigid reactor has the advantages of durability, large processing capacity, high temperature and high pressure resistance, and corrosion resistance. However, since the wall of the reactor is rigid and will not actively participate in the mixing of the internal materials, it is often necessary to add a stirring device inside the reactor to achieve the mixing of the materials. However, when dealing with high-viscosity material liquid, the traditional mixing method is prone to produce a mixing...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a bionic intestinal self-peristaltic reactor to overcome the mixing dead zone existing in traditional stirring methods for high-viscosity liquids and the mass transfer existing in traditional rigid reactors for high-viscosity biochemical reactions Confinement, substrate deposition, high energy consumption, catalyst deactivation, etc.

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