Alcohol quantitative subpackaging device

Abstract

An alcohol quantitative split charging device comprises a support, an alcohol pool, a storage box, a split charging device and a tray are sequentially installed on the support from top to bottom, the alcohol pool is communicated with the storage box through a connecting guide pipe, a main switch is arranged on the connecting guide pipe, and a plurality of first through holes which are equal in size and evenly distributed are formed in a bottom plate of the storage box. A storage box control switch used for controlling opening and closing of the first through hole is installed at the upper end of a bottom plate of the storage box. The sub-packaging device comprises sub-packaging cups with the same number as the first through holes, the sub-packaging cups correspond to the first through holes one by one and are arranged under the first through holes, an inverted U-shaped pipe is embedded in each sub-packaging cup, each U-shaped pipe comprises a long pipe and a short pipe, the inlet end of each short pipe is located above the cup bottom, and the outlet end of each long pipe extends out of the cup bottom; an alcohol frame which can be integrally taken and placed is placed on the tray, and alcohol bottles with the same number as the sub-packaging cups are placed in the alcohol frame; the storage box, the split charging device, the storage box control switch and the connecting guide pipe are all made of glass materials.

Description

Technical field [0001] The present invention belongs to the field of chemical discharge, and specific relates to alcohol quantitative dispensing devices. Background technique [0002] In the factory, alcohol (99.5%) is often required to ensure the cleanliness of the product. Alcohol belongs to flammous chemicals, which is prone to fire, and the amount of storage in the workshop cannot exceed a day and night. Industrial alcohol purchase is through large packaging (generally 25 liters), and the package specification used in the workshop is 250ml. This requires alcohol (99.5%) from large packaging to 250 ml containers. [0003] Alcoholic dispensing equipment has a wide range of application value in the field of hazardous chemicals, and its purpose is to efficiently realize the quantitative automatic dispensing of alcohol in the case of ensuring the safety. [0004] The existing alcohol split technology has two types: [0005] 1, manual manual discharge. The operator led alcohol from...

AI Technical Summary

Problems solved by technology

However, the existing dispensing devices basically use metal and rubber to make the main parts of the dispensing device. Affected by their physical properties, alcohol will inevitably rub against the device during the flow process, and it is very easy to generate static electricity. There is a great security risk

In addition, the existing alcohol dispensing device controls the outflow of alcohol by manually operating the switch, and cannot accurately and quantitatively dispensing alcohol

[0007] The existing alcohol dispensing device has the following disadvantages: first, the main components are made of metal or rubber, and the alcohol is prone to static electricity during the flow process, thus there is a potential safety hazard of serious accidents due to alcohol burning; second, it is necessary to The existing dispensing device has a lot of grounding treatment. The device has a lot of metal materials. The flow of alcohol and the friction of the container wall will produce negative charge accumulation, which is easy to generate static electricity. Every metal part must be grounded.

The grounding process is very cumbersome. If the grounding device fails, an explosion accident will easily occur and cause great harm to the human body; third, the dispensing capacity needs to be observed and confirmed and there is no guarantee for equal volume dispensing of alcohol

In the packaging process, in order to ensure that the volume of alcohol assembled meets the requirements, employees need to manually observe the liquid level of alcohol with their eyes for a long time, which is easy to visual fatigue, which may cause alcohol overflow and some dangerous situations to occur

At the same time, during the packaging process, if it cannot be guaranteed that no air will flow into the rubber tube, the flow rate of the liquid in each rubber tube will be different; the rubber tube may be blocked, resulting in the inability of the alcohol to flow out. Fourth, when replacing the container holding the alcohol bottle, the alcohol will leak

After the device completes a batch of (24) alcohol packaging, when replacing the alcohol bottle, if the switch of the rubber tube cannot be closed in time, the alcohol will continue to flow out for a period of time, resulting in waste of alcohol. It is necessary to find a solution that can close the switch in time Method

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