Multi-lattice agent storage hopper and quantitative throwing-in method

Abstract

The invention discloses a multi-lattice agent storage hopper and a quantitative throwing-in method. A multi-lattice quantitative agent storage box is manufactured and arranged in a sealed barrel-shaped funnel; the upper portion of the barrel-shaped funnel is used for storing the multi-lattice quantitative agent storage box, and the lower funnel-shaped portion of the barrel-shaped funnel is used as a special pipeline for throwing in agents; a sealed space is formed between an upper sealing cover of the barrel-shaped funnel and a ball valve on the lower side of a funnel-shaped channel and used for secondary sealing protection of stored agents. A multi-lattice agent storage box body is then manufactured, and quantitative agents are stored in the multi-lattice agent storage box body; in site operation, the quantitative agents can be thrown into a chemical agent tank on site only by opening a lower sealing cover of a single-lattice storage box; the quantitative agents which need to be thrown in next time can be stored after the lower sealing cover is locked and the upper sealing cover is opened; the sealed state of the agents in the storage box can be ensured after the upper sealing cover is locked and sealed. According to the multi-lattice agent storage hopper and the quantitative throwing-in method, the agent storage effect is good, the agent throwing-in quantity is accurate, the agent throwing-in process is safe, the work efficiency is improved, and energy conservation and environment protection are guaranteed.

Description

technical field [0001] The invention relates to a multi-grid medicament storage bucket and a quantitative delivery method, which is suitable for storing and delivering powdery, granular and liquid medicaments. Background technique [0002] In chemical companies or companies that need to use chemicals on site, a large number of chemical tanks (boxes) are put into use in the production system. In order to ensure the stability of the production system and the superiority of product quality, they must be regularly and regularly in production every time. Add one or more agents to the system medium, such as reducing agent, descaling agent, alkali agent, bactericide, etc., so as to ensure the production demand or make the product quality meet the standard. The original method of adding agents is to open the running chemical agent tank Adding the chemical agent cover on the top side of the (box), that is, the inlet, and then adding the agent to the running chemical agent tank (box),...

AI Technical Summary

Problems solved by technology

[0002] In chemical companies or companies that need to use chemicals on site, a large number of chemical tanks (boxes) are put into use in the production system. In order to ensure the stability of the production system and the superiority of product quality, they must be regularly and regularly in production every time. Add one or more agents to the system medium, such as reducing agent, descaling agent, alkali agent, bactericide, etc., so as to ensure the production demand or make the product quality meet the standard. The original method of adding agents is to open the running chemical agent tank Adding the chemical agent cover on the top side of the (box), that is, the inlet, and then adding the agent to the running chemical agent tank (box), there are the following disadvantages: 1. Every time the chemical agent tank (box) cover is unscrewed, there will be A large amount of chemical gas comes out, which is extremely harmful to the staff (such as respiratory injury); 2. Every time the medicine is injected, it will cause the chemical medicine to splash, causing the staff to fearlessly hurt (such as skin burns); Only dosing at the storage location is time-consuming and labor-intensive, and the risk factor is high; 4. Each time the container is used to estimate the dosage, the inaccurate dosage may lead to product quality problems; 5. Multiple transfers of medicaments will cause waste; 6. low work efficiency

Images