An experimental building management system based on the Internet of Things

Abstract

The invention discloses an experimental building management system based on the Internet of Things. Various technical means such as human body infrared recognition, fingerprint identification, face recognition and the like are provided, so that people entering an experiment building and even all laboratories can be strictly identified; meanwhile, the operation authority of the experimental instrument is limited by controlling the power supply of the experimental instrument; non-operating personnel are prevented from operating the experimental instrument; the damage to an experimental instrument is avoided; Through carrying out fingerprint identification on experiment operators, the power supply of corresponding experiment instruments is controlled according to the fingerprint identification result, so that personnel who do not operate the corresponding experiment instruments can be prevented from opening the experiment instruments to carry out experiment operation, and the defect thatthe experiment instruments are possibly damaged by non-professionals is avoided; the use of the experimental instrument is controlled by controlling the power supply of the experimental instrument, and the method is simple, effective and easy to implement.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an experimental building management system based on the Internet of Things. Background technique [0002] At present, the experimental buildings of domestic scientific research institutions are all managed manually. The laboratories on each floor are managed by laboratory administrators, who conduct regular inspections during working hours, and the building security guards are responsible for peripheral inspections on weekends and nights. Such a management model There are many deficiencies. First, it is difficult to find abnormal conditions in a certain laboratory at the first time. Second, the detection accuracy is low, which leads to low laboratory management efficiency, poor security and confidentiality of laboratory management, and cannot meet the management requirements of scientific research institutions. Demand, especially at present, many experimental equip...

AI Technical Summary

Problems solved by technology

[0002] At present, the experimental buildings of domestic scientific research institutions are all managed manually. The laboratories on each floor are managed by laboratory administrators, who conduct regular inspections during working hours, and the building security guards are responsible for peripheral inspections on weekends and nights. Such a management model There are many deficiencies. First, it is difficult to find abnormal conditions in a certain laboratory at the first time. Second, the detection accuracy is low, which leads to low laboratory management efficiency, poor security and confidentiality of laboratory management, and cannot meet the management requirements of scientific research institutions. Demand, especially at present, many experimental equipment are very sophisticated instruments, and their cost is relatively high. If they are operated by unauthorized personnel, they may cause damage. Therefore, their use needs to be extra supervised, and their safety must be monitored more strictly. to avoid huge losses caused by theft

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