Performance testing system and its testing method

Abstract

The invention provides a performance detection system and a detection method thereof, comprising: a detection device, an intelligent terminal, at least one WiFi module and at least one product, wherein each WiFi module is connected to a product; a detection device is used for detecting at least one WiFi Each WiFi module to be tested in the module, when receiving an externally input operation command, sends a test command for testing the communication performance to the WiFi module to be tested; according to the test command, the WiFi module to be tested and the WiFi module to be tested are generated. The test result of the product to be tested connected to the module; the smart terminal is used to obtain the product serial number SN code of the product to be tested when the test result indicates that the test of the WiFi module to be tested and the product to be tested is normal, and the preset distribution network information and the SN code are sent to the WiFi module to be tested, so that the WiFi module to be tested stores the SN code and connects to the network through the distribution network information. This solution reduces the detection efficiency of equipment performance.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a performance detection system and a detection method thereof. Background technique [0002] At present, with the increasing number of smart WiFi products, the detection and distribution network requirements of the WiFi modules set on the products are also continuously increasing. In the existing technology, the patent number is 201910422911.6, and its patent name is "A Method and System for Detecting WiFi Products" 》, the patent discloses that the detection of the WiFi module is a self-inspection method by starting the self-inspection program of the product. When the self-test is passed, a signal of passing the self-test is sent out. The SN code of the product serial number of the smart product is written into the WiFi module during the WiFi self-test. At present, it takes a long time to write the SN code in this way, and the detection efficiency is low. It is al...

AI Technical Summary

Problems solved by technology

When the self-test is passed, a signal of passing the self-test is sent out. The SN code of the product serial number of the smart product is written into the WiFi module during the WiFi self-test. At present, it takes a long time to write the SN code in this way, and the detection efficiency is low. It is low, and it is easy to cause the SN code written in the WiFi module to be inconsistent with the SN code pasted on the whole product

[0003] The existing distribution network operation, such as the patent number 201910451192.0, and its patent name "A WIFI distribution network device, method and WIFI equipment", send the configuration information of the router to the receiving end through the operating terminal, and the receiving end decodes it and sends it to The WiFi module achieves the purpose of network distribution. The configuration information needs to go through two steps to reach the WiFi terminal. There are many processes, resulting in a long time-consuming network distribution and poor network distribution experience.

[0004] For example, the patent number is 201710328930.3, and its patent name is "WIFI module distribution network method and device", the distribution network can directly establish a connection with the WiFi terminal by scanning the SN code on the product machine through the mobile terminal, and the WiFi terminal can receive valid data in batches , so if the SN code in the WiFi module is inconsistent with the SN code attached to the product, the mobile terminal will not be able to send the configuration information to the WiFi terminal, resulting in network distribution failure

[0005] It can be seen from the above description that the operation of equipment performance detection in the prior art is cumbersome, which reduces the detection efficiency of equipment performance

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