Movable intelligent shared pressure cabin system and implementation method thereof

Abstract

The invention discloses a movable intelligent shared pressure cabin system which comprises at least one micro-pressurization shared oxygen cabin and a background information management system. The pressurized oxygen cabin comprises a transition cabin, a pressurized cabin, an equipment cabinet, a people number monitoring system, an automatic environment monitoring system, an oxygen generation system, a manual environment monitoring system and an in-cabin electric control system; and the background information management system comprises a remote monitoring system, a remote positioning system, aself-service code scanning payment system and a merchant background management system. Through modularization and high integration level, the micro-pressurization shared oxygen cabin is small in sizeand has rich functions, intelligent monitoring of the whole system is achieved, remote one-key starting and stopping, cabin washing operation, automatic alarming and alarm situation processing are achieved, and personnel on-site operation and maintenance are not needed. And aiming at non-specific users, automatic operation, one-key start and stop and cabin washing operation can be realized. Therefore, the system is especially suitable for being applied and popularized in occasions such as hotels, airports, tourist attractions and the like which are small in use space and large in number.

Description

technical field [0001] The invention relates to the field of intelligent shared high-altitude equipment, in particular to an intelligent shared pressure chamber system loaded in public places, unmanned management, and alleviating altitude sickness. Background technique [0002] At present, in response to the progress of various industries in Tibet, especially the booming tourism industry, various forms of equipment to alleviate altitude sickness have appeared on the market, such as pressurized oxygen chambers. At present, the overall weight of this type of cabin is high, the volume is too large, the operation is complicated, and the function is single. It cannot be monitored remotely, and it cannot meet the needs of easy use by unspecified user rights in different environments. Especially in the case of hotels, airports and tourist attractions with a small space, there are a large number of on-site personnel who cannot be on duty one by one, and can only be operated by non-s...

AI Technical Summary

Problems solved by technology

At present, the overall weight of this form of cabin is high, the volume is too large, the operation is complicated and the function is single, and it cannot be monitored remotely, and it cannot meet the needs of easy use by unspecified user rights in different environments

Especially in the case of hotels, airports and tourist attractions with a small space, there are a large number of on-site personnel who cannot be on duty one by one, and can only be operated by non-specific users. The usability of this type of equipment is greatly limited

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