Safe medical waste optimization equipment

Abstract

The invention discloses safe medical waste optimization equipment which comprises a box body; a containing cavity with an upward port is formed in the end face at the top of the box body, a precipitation cavity is formed in the bottom inside the box body, a mixed stirring cavity is formed between the containing cavity and the precipitation cavity, a carriage is mounted in the containing cavity ina sliding manner, a cavity with an upward port is formed in the carriage, a missing net is sheathed in the cavity and is filled with activated carbon, a turnover cover is rotationally mounted on the right side at the top of the carriage through a movable shaft, a plurality of groups of water passing holes are formed in the end face at the top of the turnover cover, iron cores are bilaterally-symmetrically arranged in the end face at the bottom of the carriage, electromagnetic devices matched with the iron cores are arranged on a bottom wall in the containing chamber, and a first through cavityis formed between the containing cavity and the mixed stirring cavity in a communication manner.

Description

technical field [0001] The invention relates to the technical field of medical waste optimization treatment, in particular to a safe medical waste optimization equipment. Background technique [0002] In the medical field, a lot of medical waste is often produced. However, these medical wastes are generally divided into two categories: solid medical waste and liquid medical waste. However, liquid medical waste often needs to be optimized. In this way, medical pollution can be prevented. Traditionally, the optimal treatment process of liquid medical waste can generally be divided into three steps: filtration, mixing, and precipitation. However, traditional medical waste optimization equipment has a single setting mode and can only perform a single operation. The integrated operation of filtration, mixing and sedimentation cannot be realized, which not only increases the cost of equipment use, but also reduces the optimal treatment efficiency. Therefore, it is necessary to p...

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Problems solved by technology

[0002] In the medical field, a lot of medical waste is often produced. However, these medical wastes are generally divided into two categories: solid medical waste and liquid medical waste. However, liquid medical waste often needs to be optimized. In this way, medical pollution can be prevented. Traditionally, the optimal treatment process of liquid medical waste can generally be divided into three steps: filtration, mixing, and precipitation. However, traditional medical waste optimization equipment has a single setting mode and can only perform a single operation. The integrated operation of filtration, mixing and sedimentation cannot be realized, which not only increases the cost of equipment use but also reduces the optimal treatment efficiency. Therefore, it is necessary to provide an integrated operation that can greatly improve the optimal treatment efficiency of medical waste

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