Full-automatic cleaning method for tool bit of homogenizing device

Abstract

The invention discloses a full-automatic cleaning method for a tool bit of a homogenizing device. The method comprises the following steps: arranging homogenizing container mounting positions matched with homogenizing containers on a frame body, and arranging a plurality of cleaning devices around each homogenizing container mounting position; and arranging a plurality of homogenizing tool bit devices on a transmission device at intervals. The number of the homogenizing tool bit devices is equal to the sum of the cleaning devices and the mounting positions of the homogenizing containers; and the transmission device is used for driving each homogenizing tool bit devices to circularly reach the corresponding operation position of each homogenizing container and the corresponding cleaning position of each cleaning device in sequence. The method has the beneficial effects that: the homogenized tool bit can be cleaned up after being homogenized, and the homogenized tool bit can be cleaned while a homogenized sample needing to be homogenized is homogenized, so that the cleaning of the homogenized tool bit does not influence the homogenizing operation, and the homogenizing efficiency is ensured.

Description

technical field [0001] The invention relates to the technical field of sample preparation devices, in particular to a fully automatic cleaning method for the cutter head of a homogenizer. Background technique [0002] At present, in the preparation of samples, the upper and lower positions of the homogenizing cutter head need to be adjusted and fixed manually according to the height of the liquid level during homogenization. The cutter head cannot move up and down during the work. The cutter head is raised to take out a homogenized sample, and there is no cutter head cleaning function. When the next sample is homogenized, the cleaned cutter head needs to be replaced, so the work efficiency is extremely low, so the homogenization process has become a laboratory. The bottleneck of improving work efficiency is more likely to endanger personal safety because hands are contaminated with hazardous samples when manually changing the cutter head. SUMMARY OF THE INVENTION [0003]...

AI Technical Summary

Problems solved by technology

[0002] At present, in sample preparation, it is necessary to manually adjust the upper and lower positions of the homogenizer head according to the height of the liquid level and fix it during homogenization. The cutter head cannot move up and down during the work process. The homogeneous cutter head is adjusted up to take out the homogenized sample, and there is no cutter head cleaning function. When the next sample is homogenized, the cleaned cutter head needs to be replaced, which makes the work efficiency extremely low, so the homogenization process has become a laboratory The bottleneck of improving detection work efficiency is more likely to endanger personal safety because hands are contaminated with hazardous samples when manually replacing the cutter head

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