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A system and method for cognitive function detection and dynamic monitoring

A cognitive function and dynamic monitoring technology, applied in the fields of application, diagnostic recording/measurement, medical science, etc., can solve the problem of precise positioning and evaluation of specific functions and brain regions, and it is difficult to achieve multiple dynamic evaluations and data management. Inconvenience and other issues

Active Publication Date: 2020-11-20
艾静
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] At present, such cognitive ability evaluation systems and methods are time-consuming and labor-intensive in the testing process, and it is difficult to achieve precise positioning and evaluation of specific functions and brain regions, and it is difficult to achieve multiple dynamic evaluations and data management due to inconvenience

Method used

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  • A system and method for cognitive function detection and dynamic monitoring
  • A system and method for cognitive function detection and dynamic monitoring
  • A system and method for cognitive function detection and dynamic monitoring

Examples

Experimental program
Comparison scheme
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Embodiment 1

[0056] Example 1: see figure 1 , a system for cognitive function detection and dynamic monitoring according to this embodiment, including a cognitive function database system, a cognitive function precision evaluation system, a dynamic detection management system and an analysis report generation system; the cognitive function database system It is used to store a plurality of neuropsychological evaluation scales; the precise cognitive function evaluation system is used to divide the neuropsychological evaluation scales into multiple functions according to the performance modes of cognitive functions, and at the same time, each function corresponds to a different The brain area realizes the test scoring results and reflects the state of cognitive function and brain area function at the same time; the dynamic detection management system is used to display the evaluation process and results on the terminal device, and realize the function of real-time dynamic storage and retrieva...

Embodiment 2

[0060] Example 2: see Figure 2-13 , a method for cognitive function detection and dynamic monitoring of this embodiment, the method is implemented by relying on a system for cognitive function detection and dynamic monitoring described in Example 1, specifically:

[0061] MMSE (Mini Mental State Examination) scale

[0062] 1. Divide the MMSE test questions into precise functional divisions according to the cognitive functions to be evaluated. The scale is divided into the following functional areas:

[0063] (1) Questions 1-5: Test time orientation, full score is 5 points;

[0064] (2) Questions 6-10: Test location orientation, full score 5 points;

[0065] (3) Question 11: Immediate memory test, full score 3 points;

[0066] (4) Question 12: Assessment of attention and computing power, with a full score of 5 points;

[0067] (5) Question 13: Delayed memory evaluation, full score 3 points;

[0068] (6) Questions 14-16: To evaluate language ability, the full score is 4 p...

Embodiment 3

[0075] Embodiment 3: see Figure 14-24 , a method for cognitive function detection and dynamic monitoring in this embodiment, which is implemented by relying on the system for cognitive function detection and dynamic monitoring described in Example 1, specifically:

[0076] MoCA (Montreal Cognitive Assessment) scale

[0077] 1. Divide the MoCA test questions into precise functional divisions according to the cognitive functions to be evaluated. The scale is divided into the following functional areas:

[0078] (1) Questions 1-3: Test visuospatial and executive functions, with a full score of 5 points;

[0079] (2) Question 4: Test cognitive ability, with a full score of 3 points;

[0080] (3) Questions 6-9: To assess the ability of attention, the full score is 6 points;

[0081] (4) Questions 10-11: Assess the language ability, the full score is 3 points;

[0082] (5) Question 12: Evaluation of abstraction, full score 2 points;

[0083] (6) Questions 5 and 13: To assess ...

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Abstract

The invention discloses a system and method for cognitive function detection and dynamic monitoring, belongs to the field of neuropsychological cognitive evaluation, and solves the problems that a testing process in the field of neuropsychological cognitive testing is time-consuming and labor-consuming in actual operation, accurate positioning evaluation of specific functions and brain areas is difficult to achieve and multi-dynamic evaluation and data management is difficult to achieve. The cognitive function database system is used for storing multiple neuropsychological evaluation scales; the cognitive function accurate evaluation system is used for distinguishing the neuropsychological evaluation scales into multiple functions according to different performance modes of cognitive functions, and at the same time, all the functions correspond to different brain regions, test scoring results are achieved, and the states of the cognitive functions and the brain functions are reflected;the dynamic detection management system is used for displaying the evaluation process and results on terminal equipment, realizes the functions of real-time dynamic storage and access, and realizes the dynamic management of the evaluation results. The system and method can realize real-time dynamic monitoring and management of personal cognitive ability.

Description

technical field [0001] The present invention relates to a cognitive function evaluation system and method, in particular to a system and method for cognitive function detection and dynamic monitoring, which is based on the basic principles of the most widely and recognized neuropsychological evaluation scale currently used clinically , the neuropsychological cognitive ability test and analysis evaluation of terminal operation, the system and method for realizing the quantitative calculation, hierarchical diagnosis and dynamic management of individual cognitive ability. It belongs to the field of neuropsychological cognitive assessment. Background technique [0002] The sharp increase in the number of senile dementia caused by population aging is a major social problem facing the world. According to the statistics of "World Alzheimer Report 2018" in the United States, there were 46,800 dementia patients in the world in 2015, and it will reach 131 million by 2050. Currently,...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A61B5/00
CPCA61B5/4088
Inventor 艾静
Owner 艾静
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