Calculation method for detecting radiation during mobile phone calls

Abstract

The invention relates to the technical field of cellphone radiation detection, specifically a method for calculating the radiation of a cellphone during a call. The calculation method specifically comprises the following steps: extracting the received power intensity of the cellphone; judging the type of a wireless network where the cellphone is located; calculating the transmitted power intensity of the cellphone according to the type of the wireless network; calculating the radiation intensity when the cellphone is close to a brain; and converting the radiation intensity into the safety time of radiation according to the international standard. The method enables the received power of the cellphone to be converted into the proper safety time of radiation through different formulas according to the type of the wireless network. Compared with the prior art, the method is advantageous in that the method can predict the call radiation in advance but does not monitor the radiation of the cellphone during the call, and brings convenience to a user for reasonably arranging the use time of the cellphone in advance. The method enables the radiation intensity to be converted into the safety call time according to the international standard or the national standard, and is simple and clear. The user can easily accept the concept of time, thereby facilitating the control of the use of the cellphone.

Description

[technical field] [0001] The invention relates to the technical field of mobile phone radiation detection, in particular to a calculation method for detecting radiation during a mobile phone call. [Background technique] [0002] With the improvement of daily life standards, people pay more and more attention to their own health, and understand more and more about the pollution of electromagnetic radiation. People generally start to care about the pollution degree of electromagnetic radiation in their living and working environments, and avoid long-term In the environment of electromagnetic radiation that is harmful to oneself. Therefore, it is becoming more and more important to detect the radiation of mobile phones that are often used in modern daily life. [0003] The existing methods for detecting mobile phone radiation are mainly as follows: [0004] 1) Carry or use radiation monitoring instruments to measure the radiation intensity of mobile phones. For example, my co...

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Problems solved by technology

However, this method simply assesses the radiation level as strong, medium, and weak, and forcibly turns off the mobile phone when it is a strong level, which cannot meet the actual needs of real life, and is not easy for users to make reasonable arrangements for the use of mobile phones;

[0007] 4) According to the receiving power of the mobile phone, the radiation intensity is calculated according to the currently disclosed known formula, such as my country's patent application number: 200810067133.5, which discloses a mobile phone radiation measurement device and method, and the mobile phone and the portable display device are communicated in a wireless communication mode Connection, when calculating the transmission power of a mobile phone based on the received signal of the mobile phone, the formulas and conditions used are relatively vague, and the technology is relatively old. It does not take into account the habit of most people using mobile phones, and does not particularly consider the situation when the mobile phone is close to the brain. There is no special calculation of the radiation of mobile phones close to the brain; another example is our patent application number: 201310440621.7, which discloses a method and device for preventing radiation from mobile phones, which is calculated by simultaneously detecting the distance S between the mobile phone and the human body and the signal strength P of the mobile phone The radiation value X received by the human body, according to the size of the radiation value X, the user will be reminded accordingly

However, this detection method does not deal with different network types differently, the calculation method is too simple, and the detection of radiation value is not particularly accurate

[0008] Moreover, the existing methods cannot detect the size of the radiation before the mobile phone calls, but the test under the conditions that have already occurred, which is not conducive to the user's reasonable arrangement of the use of the mobile phone in advance.

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