Intelligent visual electromagnetic radiation detection device

Abstract

The invention provides an intelligent visual electromagnetic radiation detection device comprising a receiving module and an analysis module. The receiving module includes an antenna. The analysis module consists of an amplifier module, a signal processing module, a main control module and a display module. The antenna, the amplifier module, the signal processing module, the main control module, and the display module are connected successively. The main control module generates a first electromagnetic radiation waveform according to measured electromagnetic radiation data and sends the first electromagnetic radiation waveform to the display module. According to the invention, an electromagnetic radiation waveform in a measuring area can be displayed in real time, so that a user can sense changing of a surrounding electromagnetic radiation environment visually. Moreover, the operating method is simple; measurement of a specific area can be completed without too much manual intervention, so that the user experience is improved substantially.

Description

technical field [0001] The invention relates to the field of smart home, in particular to an intelligent and visualized electromagnetic radiation detection device. Background technique [0002] With the rapid development of urbanization in our country and the advancement of science and technology, radio technology has been widely used in various fields such as national defense, industrial and agricultural production, transportation, communication, and information industry, and has penetrated into thousands of households. It has created a huge material civilization, but at the same time it brought people into an environment full of artificial electromagnetic radiation. Electromagnetic radiation is a composite electromagnetic wave that transmits energy with the vertical electric and magnetic fields changing with time. It is negative. Electromagnetic radiation pollution has become the fourth largest environmental pollution of mankind after air pollution, water pollution and no...

AI Technical Summary

Problems solved by technology

[0003] Although people have begun to realize the influence of electromagnetic radiation, they also have the awareness of radiation protection, and expect to stay away from electromagnetic wave radiation pollution, but because electromagnetic radiation cannot be seen, touched, heard, or smelled, it is difficult to be noticed by people, and people also It is impossible to know whether the electromagnetic radiation in the environment exceeds the standard. If you want to know the electromagnetic radiation in the environment, you need to use some special equipment to detect

[0004] However, the detection equipment for electromagnetic radiation in the prior art is usually divided into two types; one is professional equipment, which has high detection accuracy, wide measurement range, and comprehensive measurement functions, but at the same time, this type of equipment is expensive and bulky. Huge, not suitable for general home environment, and the operation of such equipment is cumbersome, and special training is required to complete the test operation; second, there are household electromagnetic radiation detectors that already exist on the market, and the cost of such equipment is low , easy to operate and easy to carry, but at the same time, the measurement accuracy of this type of equipment is low, and generally only provides right and wrong judgments. Users cannot accurately know how the electromagnetic environment around them is. They can only determine whether it exceeds the standard through the alarm of the equipment, which is not conducive to users. For the electromagnetic radiation assessment of the surrounding environment, and the test area of ​​this type of equipment is small, if the user needs to test the overall electromagnetic environment in the home, he needs to walk around the home with this equipment, which is inconvenient to use

Images