18156653. EMF STRENGTH CONTROL METHOD AND COMMUNICATION APPARATUS simplified abstract (HUAWEI TECHNOLOGIES CO., LTD.)

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EMF STRENGTH CONTROL METHOD AND COMMUNICATION APPARATUS

Organization Name

HUAWEI TECHNOLOGIES CO., LTD.

Inventor(s)

Tao Jin of Shanghai (CN)

Yunhan Zhang of Shanghai (CN)

Chunlin Xue of Shanghai (CN)

Lin Huang of Shanghai (CN)

EMF STRENGTH CONTROL METHOD AND COMMUNICATION APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18156653 titled 'EMF STRENGTH CONTROL METHOD AND COMMUNICATION APPARATUS

Simplified Explanation

The patent application describes a network device that measures the strength of electromagnetic fields (EMF) in different grids within its signal coverage area. Based on these measurements, the device identifies a second grid group consisting of at least two grids, where the coverage area of the first grid is larger than that of the second grid, and the EMF strength in the first grid is lower than in the second grid. The device then monitors the EMF strength in the coverage area of the second grid group and adjusts it accordingly.

  • The network device divides its signal coverage area into multiple grids and measures the EMF strength in each grid.
  • Based on the EMF strength measurements, the device identifies a second grid group consisting of at least two grids.
  • The first grid in the second grid group has a larger coverage area than the second grid.
  • The EMF strength in the first grid is lower than the EMF strength in the second grid.
  • The network device continuously monitors the EMF strength in the coverage area of the second grid group.
  • The device adjusts the EMF strength in the coverage area of the second grid group based on the monitoring results.

Potential Applications

  • This technology can be applied in wireless communication networks to optimize signal coverage and minimize EMF exposure.
  • It can be used in smart homes or buildings to ensure balanced EMF distribution and reduce potential health risks.
  • The technology can be implemented in industrial settings to monitor and control EMF levels in different areas.

Problems Solved

  • The technology addresses the issue of uneven EMF distribution within a signal coverage area.
  • It solves the problem of excessive EMF exposure in certain areas by adjusting the EMF strength accordingly.
  • The technology helps optimize signal coverage and minimize potential health risks associated with high EMF exposure.

Benefits

  • The network device allows for efficient monitoring and adjustment of EMF strength in different areas.
  • It helps ensure a balanced distribution of EMF within a signal coverage area.
  • The technology promotes the optimization of signal coverage while minimizing potential health risks.


Original Abstract Submitted

A network device obtains EMF strength of each grid in a first grid group. The first grid group includes M grids obtained by dividing a signal coverage area of the network device, and M is an integer greater than 1. The network device determines a second grid group based on EMF strength of the M grids. The second grid group includes at least a first grid and a second grid, a coverage area of the first grid is greater than that of the second grid, and EMF strength of the first grid is lower than EMF strength of the second grid. The network device monitors EMF strength of a coverage area of the second grid group based on the second grid group, to adjust the EMF strength of the coverage area of the second grid group.