Disinfectant misting system and assembly

Abstract

A disinfectant misting system and assembly operably configured to selectively control emission of an atomized spray of disinfectant solution within an enclosed structure at desired times, in desired locations, and for a desired amount of flow through at least one electronic control unit in an effective and efficient manner, and comprising a liquid supply housing with a liquid disinfectant storage tank housing a disinfectant solution, a disinfectant supply pump, an electronically controlled room pressure regulation component, and an electronically controlled pump pressure regulation component fluidly couplable to a liquid conduit assembly operably configured to transport the disinfectant solution to at least one disinfectant emission housing operably configured to emit an atomized spray of the disinfectant solution into the enclosed room space.

Description

FIELD OF THE INVENTION[0001]The present invention relates generally to sanitizers and disinfectants, and, more particularly, relates to a disinfectant misting system and assembly operably configured to emit an atomized spray of a disinfectant solution within an enclosed structure.BACKGROUND OF THE INVENTION[0002]The effective and continuous sanitation or disinfection of common and public areas has significantly grown in importance over time. Specifically, the ability to kill germs, bacteria, viruses, and other pathogens or microorganisms in enclosed structures or spaces has become more valuable and many businesses, retail locations, and commercial and residential buildings have exhibited a demand for systems and assemblies with the foregoing capabilities. Although there are a number of assemblies known in the industry that are designed to achieve the goal of sanitizing and disinfecting large spaces and enclosed structures, said existing prior art is characterized by several signific...

AI Technical Summary

Benefits of technology

The patent is about a new system for disinfecting and sanitizing enclosed spaces. It uses a disinfectant misting system that has improved efficiency and can distribute the solution effectively throughout the space. The system also has a compressed air assembly that helps to increase the velocity of the spray of the solution. Overall, the system can effectively and efficiently kill viruses, bacteria, and other harmful microorganisms in enclosed spaces.

Problems solved by technology

Although there are a number of assemblies known in the industry that are designed to achieve the goal of sanitizing and disinfecting large spaces and enclosed structures, said existing prior art is characterized by several significant limitations.

For one, the existing configurations do not comprise an efficient and effective pressure and flow distribution network.

Specifically, it is difficult for the known systems to manage pressure drops over longer distances within their conduit assemblies, resulting in a significant loss or decrease in the pressure and flow of the disinfectant solution when it is eventually emitted.

To that end, the electronically controlled valves in the existing prior art are not arranged in a position or configuration that facilitates the effective distribution and emission of the disinfectant solution into the enclosed space.

This limitation prevents the disinfectant solution from being distributed over a large surface area within the enclosed space.

Further, the disinfectant solution used in existing configurations does not specifically disclose a hypochlorous acid constituent.

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