Medical second-level high-efficiency smashing equipment facilitating uniform feeding

Abstract

The invention provides medical second-level high-efficiency smashing equipment facilitating uniform feeding. The medical second-level high-efficiency smashing equipment facilitating uniform feeding comprises a tank body and an upper cover. The interior of the tank body is divided into a crushing cavity and a smashing cavity through a partition plate. The upper cover is provided with a feeding device which is composed of a supplying pipe, a feeding pipe and a connecting pipe. A crushing device is arranged in the crushing cavity, and the crushing device is composed of a crushing motor, a crushing rotating shaft, a rotary blade and a fixed blade. A smashing device is arranged in the smashing cavity, and the smashing device is composed of a smashing motor, a smashing rotating shaft and a smashing disk. The bottom face of the tank body is connected with a bottom plate through a vibration reduction device. Medicine is uniformly added into the tank body through the feeding device; the crushing motor provides power for rotation of the crushing rotating shaft, and the crushing rotating shaft drives the rotary blade and the fixed blade to rotate relatively so that the medicine can be crushed; and high-efficiency smashing treatment is carried out on the crushed medicine through the smashing device.

Description

technical field [0001] The invention relates to a medicinal material processing machine, in particular to a secondary high-efficiency crushing equipment for medicine which is convenient for uniform feeding. Background technique [0002] In the process of biomedicine production, pulverizers are often used to pulverize materials. The existing pulverizers generally have the phenomenon of incomplete pulverization of materials. Processing with water in materials will also cause low quality of processed materials and affect storage. In addition However, in order to achieve sufficient crushing, some existing crushing devices ignore that jamming often occurs during crushing, which affects work efficiency, causes severe wear and tear on the crushing device, and has a large hidden danger; excessive feeding during the crushing process will increase The load of the driving device of the large pulverizer affects the service life of the device and affects the production efficiency. In add...

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Problems solved by technology

[0002] In the process of biomedicine production, pulverizers are often used to pulverize materials. The existing pulverizers generally have the phenomenon of incomplete pulverization of materials. Processing with water in materials will also cause low quality of processed materials and affect storage. In addition However, in order to achieve sufficient crushing, some existing crushing devices ignore that jamming often occurs during crushing, which affects work efficiency, causes severe wear and tear on the crushing device, and has a large hidden danger; excessive feeding during the crushing process will increase The load of the driving device of the large pulverizer affects the service life of the device and affects the production efficiency. In addition, the general pulverizer has large noise and vibration during the pulverization process, which affects the service life of the pulverizer. The blade is used for crushing. This crushing structure has a short crushing time and insufficient crushing, which cannot meet the needs of biomedical production.

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