A disinfection robot and its method for disinfection in hospital departments

Abstract

The invention discloses a disinfection robot and a method for disinfection of hospital departments. The disinfection method comprises: the disinfection robot accepts a disinfection task, retrieves the information of the department to be disinfected for the task from a database, and plans a walking path; estimates various disinfection tasks. Whether the storage capacity of the agent is sufficient, go to the target department to be disinfected and measure the environmental information, carry out disinfection according to the planned disinfection path and disinfection plan, and test and evaluate the disinfection effect during or after the disinfection process. If the test fails, Re-sterilize until the standard is reached. The invention formulates different disinfection schemes for different departments, detects the environment of the department before the disinfection procedure, flexibly adjusts the disinfection scheme and disinfection path according to different types of items in the space, and detects the disinfection effect during the disinfection process or after the disinfection is completed. Fully meet the qualified standards, the whole disinfection process has high work efficiency, high degree of intelligence, and good disinfection effect.

Description

technical field [0001] The invention relates to the technical field of disinfection, in particular to a disinfection robot and a method for disinfection in hospital departments. Background technique [0002] Hospital departments are high-risk places where pathogenic bacteria exist. If the disinfection process is not properly controlled, serious infection accidents will occur and lead to uncontrollable outbreaks. Therefore, disinfection and sterilization work in medical places is particularly important. However, at present, the disinfection work in some key infection places or areas mainly relies on manual operation, resulting in heavy workload, low efficiency, and unsatisfactory disinfection effect, especially when some highly toxic disinfectant is used, it will also cause personnel poisoning and other injuries . Moreover, the current ultraviolet disinfection is mainly carried out in an unmanned environment (such as after work), and the distance from the ultraviolet light t...

AI Technical Summary

Problems solved by technology

However, at present, the disinfection work in some key infection places or areas mainly relies on manual operation, resulting in heavy workload, low efficiency, and unsatisfactory disinfection effect, especially when some highly toxic disinfectant is used, it will also cause personnel poisoning and other injuries

Moreover, the current ultraviolet disinfection is mainly carried out in an unmanned environment (such as after work), and the distance from the ultraviolet light to the area to be disinfected must be within its irradiation range to be effective. For places that need temporary disinfection, artificial ultraviolet disinfection more inconvenient

Disinfection robots can better solve the limitations of existing manual disinfection. However, after the current disinfection robot completes the disinfection work, it still needs to manually check whether the disinfection effect is up to standard. If it does not meet the standard, the disinfection program needs to be restarted. The operation is complicated. not really intelligent

Since different departments and areas have different disinfection requirements, items and facilities in the area to be disinfected often move, change, and special situations occur. Existing disinfection robots cannot be targeted and flexibly dealt with according to these situations, thus affecting disinfection. quality, so that the disinfection work is not performed thoroughly

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