Method and device based on platform for interactively comparing relevant group data and individual data in data

Abstract

The invention relates to a method and a device based on a platform for interactively comparing relevant group data and individual data in data, in particular to an information management category. The method comprises the following steps: automatically reading or importing data through Bluetooth or a network or entering data by using an instrument and the like, and initializing the individual data based on an obtained first comparison value or an obtained second comparison value; according to a data conversion method and a data conversion step, acquiring a group correction value or an individual correction value; finally, completing a test report on the individual data and the group correction value or the individual correction value thereof by using a computer program. Through the method and the device, the problem that a group cannot be matched with an individual in a real world is solved; by virtue of the interactive platform system, interactive comparison between the group and the individual in the real world is achieved; the method and the device can be applied to a medical management system, an education management system and the other management systems, and is preferably applied to medical examination, chronic disease screening or a smart blood pressure device and the like.

Description

technical field

[0001] The invention relates to a method and device based on an interactive comparison platform between group data and individual data in data, belonging to the category of information management. Background technique

[0002] In people's various practices, there will always be a comparison between the data of the group distribution and the data of the individual distribution, whether it is a student examination, a medical examination, or even the evaluation of personnel admissions, and so on. What these phenomena have in common is that one-time static dogmatic comparisons are often adopted, and the comparison of each person's own dynamic range of change is generally not considered. The main problems that arise in this way are that one is the lack of an interactive conversion platform between groups and individuals, and the other is the lack of objective comparisons of different historical states, without considering the changing trends and potentials of indi...

Examples

example 1

[0121] Example 1. A processing embodiment related to blood pressure observation: The blood pressure values ​​detected by A and B on a certain day are both 120 / 80mmHg. On the contrary, symptoms of hypotension such as obvious dizziness appeared. From the point of view of general clinical medicine or traditional medicine, the blood pressure of both of them is normal.

[0122] Table 1

[0123]

[0124] According to above-mentioned scheme of the present invention, see Figure 5 Firstly, through the existing medical examination data over the years or other historical data, the individual blood pressure comparison value data of A and B is obtained and established, and read, and the historical data of the individual test results read is obtained through statistical processing. The first comparison value and the second comparison value, wherein the second comparison mean of A is 90mmHg, the second comparison difference of A is 15mmHg, the second comparison mean of B is 140mmHg, an...

example 2

[0129] Example two, a practical example of the detection of the total number of white blood cells: through the above-mentioned scheme and process of the present invention, see Figure 5 Firstly, through the previous physical examination data or historical data, the comparison data of the total white blood cell counts of A and B are established and read and processed to obtain the comparison value of the total white blood cell count. A's second comparison average is 4.0G / L, and A The second comparison difference of B is 1.5G / L, the second comparison mean of B's ​​total white blood cell count is 7.0G / L, and the second comparison difference of B is 1.6G / L. Reading the value data, the average value of the first comparison is 7G / L, and the difference of the first comparison is 3G / L. From the point of view of traditional medicine, the total number of white blood cells measured by both A and B is 8.0G / L, both within the normal range, and there is nothing special about them, but in fa...

technical field

[0001] The invention relates to a method and device based on an interactive comparison platform between group data and individual data in data, belonging to the category of information management. Background technique

[0002] In people's various practices, there will always be a comparison between the data of the group distribution and the data of the individual distribution, whether it is a student examination, a medical examination, or even the evaluation of personnel admissions, and so on. What these phenomena have in common is that one-time static dogmatic comparisons are often adopted, and the comparison of each person's own dynamic range of change is generally not considered. The main problems that arise in this way are that one is the lack of an interactive conversion platform between groups and individuals, and the other is the lack of objective comparisons of different historical states, without considering the changing trends and potentials of indi...

Examples

example 1

[0121] Example 1. A processing embodiment related to blood pressure observation: The blood pressure values ​​detected by A and B on a certain day are both 120 / 80mmHg. On the contrary, symptoms of hypotension such as obvious dizziness appeared. From the point of view of general clinical medicine or traditional medicine, the blood pressure of both of them is normal.

[0122] Table 1

[0123]

[0124] According to above-mentioned scheme of the present invention, see Figure 5 Firstly, through the existing medical examination data over the years or other historical data, the individual blood pressure comparison value data of A and B is obtained and established, and read, and the historical data of the individual test results read is obtained through statistical processing. The first comparison value and the second comparison value, wherein the second comparison mean of A is 90mmHg, the second comparison difference of A is 15mmHg, the second comparison mean of B is 140mmHg, an...

example 2

[0129] Example two, a practical example of the detection of the total number of white blood cells: through the above-mentioned scheme and process of the present invention, see Figure 5 Firstly, through the previous physical examination data or historical data, the comparison data of the total white blood cell counts of A and B are established and read and processed to obtain the comparison value of the total white blood cell count. A's second comparison average is 4.0G / L, and A The second comparison difference of B is 1.5G / L, the second comparison mean of B's ​​total white blood cell count is 7.0G / L, and the second comparison difference of B is 1.6G / L. Reading the value data, the average value of the first comparison is 7G / L, and the difference of the first comparison is 3G / L. From the point of view of traditional medicine, the total number of white blood cells measured by both A and B is 8.0G / L, both within the normal range, and there is nothing special about them, but in fa...

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