System with video monitoring function for carrying out research on circadian rhythms under condition of exposure to microwaves

Abstract

The invention provides a system with a video monitoring function for carrying out research on circadian rhythms under the condition of exposure to microwaves. Various LD (light and dark) lighting systems for the research on the circadian rhythms are automatically implemented by a lighting system setting and illumination control module; a multi-processor working mode is adopted, a main processor notifies a video processor to process corresponding videos via a video processing function calling interface, and is connected with temperature, humidity and light intensity sensors by serial or I2C (inter-integrated circuit) interfaces, data can be acquired and stored, and whether the data exceed set threshold values or not can be judged; and the system supports two modes for controlling microwave radiation, microwave equipment is automatically controlled and measured by LXI standards in one mode, and a microwave generating circuit and a microwave measuring circuit are integrated in the system in the other mode. The system with the video monitoring function for carrying out the research on the circadian rhythms under the condition of exposure to the microwaves has the advantages that an automatic procedure and the lighting system implementation precision can be improved, and the complexity of manual operation is reduced.

Description

technical field [0001] The invention belongs to the field of monitoring systems, and in particular relates to a system for conducting circadian rhythm research under microwave exposure with a video monitoring function. [0002] Background technique [0003] 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 organisms, and have achieved many meaningful results in this research field. Experiments have proved that long-term irradiation of a certain intensity of microwave signals on the human body will affect the functions of the human bo...

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Problems solved by technology

[0007] 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. can't guarantee

[0008] 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

[0010] 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.

[0012] 4) Monitoring of biological activity rules

Due to the long-term experiment under the LD light system, 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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