Disinfectant fluid intelligent manufacturing application equipment

Abstract

The invention relates to the technical field of disinfection and sterilization supply equipment, in particular to disinfectant fluid intelligent manufacturing application equipment which comprises a disinfectant fluid preparation device, a temporary storage device and a plurality of distribution devices, wherein the disinfectant fluid preparation device comprises a measurement and control unit andan electrolysis unit, the measurement and control unit comprises a mixing box provided with a water inlet and an electrolyte inlet, and a first detection element used for detecting the concentrationof a solution in the mixing box; the mixing box is in one-way communication with the inlet of the electrolysis unit, and the outlet of the electrolysis unit is in one-way communication with the inletof the temporary storage device; and the distribution devices are communicated with an outlet of the temporary storage device through a pipeline. The concentration of electrolyte obtained by the electrolysis unit is controlled within a required concentration range; under the control action of a main control system, the concentration of the electrolyte solution mixed after entering an electrolysismodule is closer to a set concentration, and the concentration stability of an aqueous solution of the to-be-electrolyzed solution is greatly improved, so that the stability of the production qualityof the disinfectant fluid is improved.

Description

technical field [0001] The invention relates to the technical field of disinfection and sterilization supply equipment, in particular to a disinfection water intelligent manufacturing application equipment. Background technique [0002] As people's demand for living environment is getting higher and higher, coupled with the variety of harmful bacteria, the increase in the number of agents and the enhancement of drug resistance, new requirements have been put forward for the demand and quality of disinfectant water. and transportation needs, a large amount of preservatives and stabilizers were added, resulting in a significant reduction in the bactericidal effect of its active ingredients, and a large amount of residue and odor after use, causing secondary pollution, so it cannot be popularized and used safely. In order to effectively solve the above To solve this problem, to improve the sterilization effect and protect the environment, using electrolytes for electrolysis to ...

AI Technical Summary

Problems solved by technology

[0004] Although there are also small instruments for making disinfectant on the market, they are difficult to meet the overall use of large-scale construction sites such as schools, shopping malls, airports, hospitals, buildings, and animal husbandry. Installing them separately not only has limited production capacity, but also relatively high input costs. The key is that the prepared disinfectant water cannot be unified in terms of efficacy, and the distribution is also difficult to achieve ready-made and ready-to-use, with obvious defects

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