Measuring-instrument data storing method and device

Abstract

The invention relates to a measuring-instrument data storing method and device. The measuring-instrument data storing method includes the steps that a measuring instrument is connected; the characteristics of users are identified to determine corresponding user identification, and the measuring results output by the measuring instrument are obtained; whether user record tables corresponding to the user identification exist or not is detected; when the user record tables corresponding to the user identification exist, the measuring results are stored to the user record tables corresponding to the user identification. According to the measuring-instrument data storing method and device, the corresponding user identification is determined according to the characteristics of the users to determine the corresponding user record tables, the measuring results can be accurately filed to the corresponding user record tables accordingly, the results are reliable, the system structure is simple, method operation is easy, and the application range is wide.

Description

technical field [0001] The invention relates to the field of data storage, in particular to a measuring instrument data storage method and device. Background technique [0002] With the progress of society and the gradual improvement of people's living standards, the public's awareness of health and disease prevention continues to increase, and regular health checkups have become an important part of health care. Traditional physical examination often needs to be carried out in hospitals or places. Due to many inspection items, scattered locations, and unfamiliar business, the time and cost required to complete a physical examination is often not acceptable to people. In this way, a large number of home physical examination equipment should be shipped And born. [0003] Although many families have purchased a variety of home health examination equipment, such as scales, thermometers, blood pressure meters, and thermo-hygrometers for testing the home environment, these devic...

AI Technical Summary

Problems solved by technology

Traditional physical examination often needs to be carried out in hospitals or places. Due to many inspection items, scattered locations, and unfamiliar business, the time and cost required to complete a physical examination is often not acceptable to people. In this way, a large number of home physical examination equipment should be shipped born

[0003] Although many families have purchased a variety of home health examination equipment, such as scales, thermometers, blood pressure meters, and thermo-hygrometers for testing the home environment, these devices have the following disadvantages: the data cannot be saved, and the data after each measurement is only used as current reference

At present, the most common solution is to add a storage module to the above-mentioned home medical examination equipment, but firstly, the capacity of the storage module is limited, and secondly, even if the measurement data is stored in the storage module, it is impossible to determine which user the stored measurement data belongs to, so Practical value is not high

In addition, there are currently solutions for wearable bracelets, but when the bracelet is connected to a mobile phone, first, the corresponding APP must be installed in the mobile phone; second, users can only view their own measurement data, so when multiple users use When the same wristband is used, it will result in only viewing their own measurement data, which is inconvenient to use and not conducive to the improvement of human-computer interaction level

Images