Novel beaker washing device

Abstract

The invention discloses a novel beaker washing device which comprises a rack (2) and a working platform (14) connected to the rack (2) in a rotary mode. The novel beaker washing device is characterized in that an intermittent motion mechanism (12) is further and fixedly connected to the working platform (14), drives the working platform (14) to rotate and can control the working platform (14) to stop at least three times when being rotated for a circle, at least three beaker installation holes (16) where beakers are clamped are formed in the working platform (14), a first nozzle (24) and a second nozzle (18) are further formed below the working platform (14), the first nozzle (24) can upwards spray water, the second nozzle (18) can upwards spray hot air, and two adjacent beaker installation holes (16) are located right above the first nozzle (24) and the second nozzle (18) respectively when the working platform (14) is stopped. Installation-spraying washing-drying-taking out assembly line type operation on the beakers can be achieved through the novel beaker washing device, the intermittent motion mechanism (12) is adopted to serve as a power carrier, sufficient time is guaranteed for washing and drying the beaker, and the washing efficiency is greatly improved.

Description

technical field [0001] The invention relates to a chemical equipment, especially a test tube cleaning device. Background technique [0002] A beaker is a commonly used instrument in a chemical laboratory and is used as a reaction vessel for a small amount of reagents at room temperature or when heated. [0003] Because the beaker is an instrument that requires recycling, the beaker needs to be cleaned after each use, so cleaning the beaker is an essential step before or after the experiment. [0004] In the prior art, the cleaning of beakers is usually done manually, which can handle a small number of beakers, but for large laboratories or research institutes, a large number of beakers to be cleaned will be produced after each experiment. Beakers, if these beakers are purely cleaned manually, it is conceivable that their work efficiency is low. Furthermore, because the beaker often needs to be dried after cleaning, and the beaker has no handle and is used as a glass produc...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, the cleaning of beakers is usually done manually, which can handle a small number of beakers, but for large laboratories or research institutes, a large number of beakers to be cleaned will be produced after each experiment. Beakers, if these beakers are purely cleaned manually, its work efficiency is low, as you can imagine

Furthermore, because the beaker often needs to be dried after cleaning, and the beaker has no handle and is used as a glass product, so it is not suitable for mechanical clamping

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