WIFI network distribution method and device for household portable glucometer

Abstract

The invention provides a WIFI network distribution method and device for a household portable glucometer, and the method comprises the steps: receiving a WIFI network distribution instruction, and generating a network list according to the WIFI network distribution instruction; receiving a network access instruction of a user, and accessing a corresponding network according to the network access instruction, wherein the network access instruction is an instruction input by a user according to a network in the network list. The method can be applied to the household portable glucometer with the WIFI transmission function, so that the network distribution operation is automatic, convenient and visual, and other equipment is not needed.

Description

Technical field[0001]The present application relates to the field of wireless data transmission, and is specifically a WiFi distribution method and apparatus for a home portable blood glucose meter.Background technique[0002]At present, the blood glucose meter with WiFi transmission function is usually necessary to distribute the WiFi module before using the data transfer function. The distribution network needs to use a third-party terminal device, first allow the terminal device to connect the WiFi network, and then utilize the terminal device Software is set up for blood glucose meter. The distribution network is cumbersome and the distribution network is low, which is particularly inconvenient for the elderly.[0003]The existing blood glucose meter can only passively distribute the network, and the user cannot choose the network it wants to access, the operation is inconvenient, and the content of the segment LCD screen is very limited, and the interface prompt is not intuitive en...

AI Technical Summary

Problems solved by technology

The network distribution process is cumbersome and the success rate of network distribution is low, which is especially inconvenient for the elderly

[0003] Existing blood glucose meters can only configure the network passively, and users cannot independently choose the network they want to access, which is inconvenient to operate. After the network is successfully configured, the content displayed on the segment code LCD screen is very limited, and the interface prompts are not intuitive enough.

In addition, the existing blood glucose meters with an operating system have high requirements on hardware resources, and the software design is also relatively complicated, requiring the cooperation of hardware engineers, system engineers, application development engineers, etc. to complete the design and development, which consumes a lot of manpower and material resources. It is not suitable for home application in professional occasions such as hospital outpatient service

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