Wireless router detecting device and method

Abstract

The invention discloses a wireless router detecting device and method. The method comprises the steps of setting the parameter adjusting frequency of a stabilized voltage supply of a wireless router, acquiring the parameters of the stabilized voltage supply, setting the antenna torsion frequency of the wireless router, acquiring the antenna torsion angle parameters of the wireless router, executing torsion of an antenna of the wireless router, judging whether the antenna of the wireless router is damaged, detecting the wired performance and wireless performance of the wireless router, judging whether the antenna torsion frequency of the wireless router reaches a preset value, judging whether the parameter adjusting frequency of the stabilized voltage supply of the wireless router reaches a preset value, and outputting a wireless router detection result. The antenna mechanism, network performance and power supply stability of the wireless router are tested at the same time, and detection results are more accurate and effective.

Description

technical field [0001] The invention relates to the field of router detection, in particular to a wireless router detection device and method. Background technique [0002] Wireless router (WirelessRouter) is actually like an extended product that combines a simple wireless access point (WirelessAccessPoint) and a broadband router. It converts wired network signals into wireless signals. Computers, mobile phones, PADs, etc. Fi receives this wireless signal to surf the Internet. The signal strength and network performance stability of the wireless router will affect the user's satisfaction with the wireless router; at the same time, whether the wireless router can work normally when the DC power supply or the AC power supply is high or low is also an important indicator. These indicators will be tested before leaving the factory, but not synchronously. [0003] The existing performance testing of the antenna mechanism uses manual operation to perform the torsion test on the...

AI Technical Summary

Problems solved by technology

The signal strength and network performance stability of the wireless router will affect the user's satisfaction with the wireless router; at the same time, whether the wireless router can work normally when the DC power supply or the AC power supply is high or low is also an important indicator. These indicators will be tested before leaving the factory, but will not be detected synchronously

[0003] The existing performance testing of the antenna mechanism uses manual operation to perform the torsion test on the antenna. The torque used by the testing personnel is inconsistent, and the error is large, so that the testing results have a large uncertainty. The inability to locate is a problem with the manual testing method or The design of the antenna mechanism is poor; at the same time, the detection period is long, such as a wireless router with 3 antennas and 4 antennas, it takes 6 hours to manually detect

[0004] In the actual application process of the wireless router system, multiple users will use the wireless performance and wired performance of the wireless router system at the same time. For example, user 1 uses the wireless function of the system to play video files, and user 2 uses the wired function of the system to upload files. User 3 uses the wireless function of the system to download files. These three users use the wireless router system synchronously and in parallel, which may affect the stability of the wireless router system and cause performance degradation due to insufficient system resources.

However, the existing detection methods for wireless router systems either simply verify the wireless performance of the system, or only verify the wired performance of the system one-sidedly, and lack synchronous parallel verification of the working performance of the system under full load.

[0005] The wireless router system is suitable for the parameter range of the AC power supply specification of 100-240VAC~50 / 60Hz, and the system needs to maintain normal operation when the rated DC voltage is pulled by 5%, but the existing wireless router system detection method does not cover it. Pull-out detection to various AC voltages, various power frequencies and various DC voltages

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