A Method for Circadian Rhythm Research Under Microwave Exposure with Video Monitoring

Abstract

The invention provides a method having a video surveillance function and used for carrying out a diurnal rhythm research under microwave exposure. In the method, a system mainly provided with functional modules with a lighting control function, a temperature, humidity and light intensity collecting function, a video surveillance function, a warning function and a microwave generating and measuring function is included, the working process of the overall system is as follows: in case of normal procedure starting, the system waits for manual configuration of a manual interaction interface; and after a command of starting to work is received, firstly, the value of a working state mark is set to be zero, and then tasks set in the functional modules in the system are concurrently executed. According to the method having the video surveillance function and used for carrying out the diurnal rhythm research under microwave exposure, monitoring of environments of day and night light simulated light system generation, temperature, humidity, light intensity, microwave irradiation and the like is performed automatically, the method has video surveillance and experimental recording functions, and the meticulousness and the work efficiency on the aspect are enhanced effectively.

Description

Technical field [0001] The invention belongs to the field of research systems, and specifically relates to a method for carrying out circadian rhythm research under microwave exposure with a video monitoring function. Background technique [0002] With the development of wireless communication technology, microwave communication technology is widely used in people's production and life. On the one hand, it brings convenience to people's production and life, and on the other hand, it also forms a complex electromagnetic environment around people. Whether these complex electromagnetic environments affect people's health has attracted people's attention. More and more scientists have begun to study the influence of electromagnetic waves on living organisms, and many meaningful results have been achieved in this research field. Experiments have proved that a certain intensity of microwave signals will affect the function of the human body for a long time. This kind of influence on h...

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Problems solved by technology

[0006] Regardless of whether 12LD light system or other light systems are used, the main method in the experiment is to perform timing switch light control in the dark room. At present, it is mainly manual control method, which causes a large waste of manpower, and the manual control of 12LD light system is accurate in time. degree is not guaranteed

[0007] 2. Microwave timing exposure problem

In the current experiment process, it is not only necessary to integrate microwave source equipment, power amplification equipment, transmitting antennas and other equipment, but also to manually control the microwave signal transmission and stop transmission within the specified time period according to the experimental requirements, which not only affects the microwave irradiation. Time accuracy, and high manpower requirements, serious waste of manpower

[0009] 3. Environmental monitoring issues

At present, in the actual experimental research process, environmental factors such as temperature, humidity, and light intensity are generally measured at several time points a day, and complete environmental factor indicators cannot be recorded, and the influence of other environmental factors cannot be completely ruled out to a certain extent.

[0011] 4. Monitoring of biological activity patterns

Due to the long-term experiment under LD, it is impossible to manually record the activity rules and range of the experimental animals. To a certain extent, this content can show the stress response of the tested animals under microwave exposure. No one has proposed a solution so far.

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