Flow distribution device and material distribution machine

Abstract

A flow distribution device comprises a common pipeline, at least two flow distribution pipelines and a flow distribution valve. The common pipeline comprises a bottom wall and a side wall. A flow distribution channel is arranged in each flow distribution pipeline. Flow guide channels are arranged on the inner surface of the bottom wall. At least two discharging holes are formed in the bottom wall and / or the side wall. The flow guide channel smoothly communicates with the lowest point of the inner surface of the bottom wall and each discharging hole, and the flow guide channels, the lowest points of the discharging holes and the lowest points of the inner surface of the bottom wall are all located at the same height, or, the lowest point of the inner surface of the bottom wall inclines downwards in the direction of the discharging holes. According to the flow distribution device and the material distribution machine, a common channel communicates with the flow distribution channels through the discharging holes and the flow guide channels in a barrier-free manner, so that materials entering the common channel smoothly enter the assigned flow distribution channels, no accumulating dead zone exists, the amount of residues is small, and the discharging accuracy and cleanliness are improved.

Description

technical field [0001] The invention relates to the field of cooking equipment, in particular to a distribution device and a batching machine for material distribution. Background technique [0002] In daily life and industrial production, it is often necessary to prepare various materials (liquid or solid), such as seasoning preparation, drug preparation, chemical raw material preparation, etc. During the preparation and transportation of each material, the material usually needs to be changed several times before being finally transported to the designated pipeline. [0003] However, during the transfer process, the connection between the two pipelines usually forms a dead zone due to the height difference, causing some materials to be hoarded and retained, and the hoarded and retained materials are likely to cause pipeline blockage and various materials. The mixing between them will affect the discharge accuracy and cleanliness of the material. Especially in the caterin...

AI Technical Summary

Problems solved by technology

[0003] However, during the transfer process, the connection between the two pipelines usually forms a dead zone due to the height difference, causing some materials to be hoarded and retained, and the hoarded and retained materials are likely to cause pipeline blockage and various materials. The mixing between them will affect the discharge accuracy and cleanliness of the material

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