Intelligent unattended system for unmanned laboratory

Abstract

The invention discloses an intelligent unattended system for an unmanned laboratory. The intelligent unattended system comprises a user terminal, a reservation website server, a cloud access control server, a networking device, a lock, a circuit switch and an infrared detection device. The user terminal manages user equipment; the reservation website server processes all requests of reservation, unlocking, device power supply and the like sent by the user terminal and processes various feedback information of the cloud access control server; the cloud access control server processes the commands of unlocking, locking, power supply cancellation and the like sent by the reservation website server, and returns detection results of a lock state, an electric appliance state and the infrared detection device to the reservation website server; the networking device is connected with the infrared detection device, the cloud access control server, the lock and the circuit switch; the circuit switch is used for controlling whether each electrical appliance in the system supplies power or not; the infrared detection device detects whether there is a person in a laboratory or not and sends a result to the cloud access control server through the networking device. The intelligent unattended system for an unmanned laboratory is safe and reliable, the data is complete, and the cost is saved.

Description

technical field [0001] The invention relates to the technical field of laboratory systems, and more specifically relates to an intelligent on-duty system for unmanned laboratories. Background technique [0002] The technologies involved in the current laboratory system include: 1. Reservation technology, including traditional reservation and online reservation. The traditional reservation process is cumbersome and complicated, and requires a large number of management personnel. It does not match the current fast-paced and highly informational reservation requirements. The existing online The appointment certification review process is complicated, and the laboratory appointment status cannot be updated in real time, and it cannot meet the diverse management needs of managers for experimental users and laboratory equipment; 2. Access control technology, the current laboratory access control system has poor scalability and non-real-time 3. Power supply system, at present, t...

AI Technical Summary

Problems solved by technology

[0002] The technologies involved in the current laboratory system include: 1. Reservation technology, including traditional reservation and online reservation. The traditional reservation process is cumbersome and complicated, and requires a large number of management personnel. The reservation certification review process is complicated, and the laboratory reservation status cannot be updated in real time, and it cannot meet the diverse management needs of managers for experimental users and laboratory equipment; 2. Access control technology, the current laboratory access control system has poor scalability and non-real-time 3. Power supply system. At present, the alarm and control power supply of most laboratory power supply equipment are installed separately. When there is no one in the laboratory, once an abnormality occurs , the management personnel cannot be notified in time; 4. The sensor security system, the current status of each sensor is relatively independent, cannot effectively assist the management personnel to remotely adjust the monitoring laboratory; and the traditional laboratory systems are separated, the labor cost and time required High cost, difficult management, not conducive to the development of digital management in contemporary universities

Images