TWI570659B - Smart health evaluation system and equipment - Google Patents

Description

Smart Health Assessment System and Equipment

The present invention relates to a system and device that is beneficial for improving human health, and more particularly to a smart health assessment system and device.

With the advancement of medical technology in developed and developing countries around the world, aging has become the norm. The common commonality in these countries is that they face the problem of declining birthrate. Fortunately (or unfortunately), there are still quite a few elderly people who have been able to prolong their lives through advances in medical technology. For example, there are often old people's drawers full of various medicines or health foods. Maintain life by eating these medicines and health foods every day.

In the case of an increase in human lifespan and a general minority, the diagnosis of self-health of the elderly is very important. Because if you can't pay attention to your health from time to time, if you are sick, if the elderly are not sent to a home for the elderly, or if you ask for family care, the oldest son and/or daughter of the elderly may have medical care for their family and the elderly. At the same time, the dilemma of burning the two ends of the candle.

On the other hand, the disease is not the patent of the elderly. Some people who are not elderly but have lost their past health due to accidents or have a potential inheritance from the family have lost their past health in the young or middle age. They are also in the process of rehabilitation. Someone needs to take care of it, or self-diagnose to get back to health as soon as possible.

In view of this, the present invention provides a set of intelligent health assessment systems and Equipment, through which the elderly or elderly people who are not elderly but have lost their past health benefits due to accidents may also benefit from the present invention (unskilled or critically ill patients need family or special persons to assist in the operation of the hardware and software devices of the present invention) ), through this smart health assessment system and equipment self-operating assessment, you can roughly estimate your individual's health weakness index, and then provide multiple sets of improvement methods, treatment equipment or courses to achieve health improvement, and then, with wisdom Health assessment systems and equipment self-diagnosis, understanding the improvement of personal health weakness, and recommendations for returning to health. Repeatedly reducing the number of visits to the hospital and maintaining the quality of life of the individual

An object of the present invention is to provide a smart health assessment system that can help an elderly person to self-diagnose personal health from time to time and obtain health improvement suggestions after evaluation.

It is still another object of the present invention to provide a smart health assessment system in which a test evaluator obtains a health improvement recommendation after evaluation, and can reduce the number of times the test evaluator seeks medical treatment.

The invention discloses a smart health assessment system, which comprises at least: a health care device comprising a blood pressure meter, a blood glucose meter, a body fat machine, a screen, a computer device and a computer device comprising a database. The physiological signal measurement of the test subject is measured and stored in the personal history file of the database.

The intelligent health assessment system of the present invention, wherein the walking analysis component comprises two laser transmitting receivers (transponders: transivers) and two ultrasonic transmitting receivers (an image recorder), when the active force testing component is started, passes through two The time and distance of the ultrasonic transmitting receiver can measure the walking speed; the two laser transmitting receivers record the deviation path of the test subject's walking route and record in the system, and a shadow recorder performs holographic photography. The computer equipment analyzes the walking speed of the test subject and the degree of deviation from the straight line. And gait analysis results, stored in the personal history file of the database, and based on the current record and historical record comparison.

The smart health assessment system of the present invention further comprises a first test question group related to cognitive ability built in the database, the first test question group is used for testing the vocabulary identification ability of the test subject, person, object, time, number Identification ability; a software information diagram of hardware devices and communication capabilities for testing the activity of the subject. An application stored in the built-in memory, providing a human-machine interface, displayed on the display screen, for the testee to input relevant information necessary for personal health through the human-machine interface, the application is linked to the database, when the cognition When the capability test is performed, the first question bank is read, and the test subject inputs an answer through the human machine interface, and the test result is stored in the personal history file of the database to evaluate the weak level of the test subject.

The intelligent health assessment system of the present invention further comprises a second test question group for testing the activity participation status of the test subject and the third test question group for testing the emotional management ability of the test subject.

100‧‧‧Smart Health Assessment System

102‧‧‧Cognitive ability

101‧‧‧Physiological signal

103‧‧‧Activity and activity participation

104‧‧‧Emotional management

106‧‧‧Microprocessor

110‧‧‧Physical signal measurement hardware equipment

107‧‧‧Screen

111‧‧‧ sphygmomanometer

112‧‧‧Glucometer

113‧‧‧ body fat meter

115‧‧‧Computer equipment

120‧‧‧Database

121‧‧‧First test group

107‧‧‧ Built-in memory

108‧‧‧External memory

120‧‧‧Database

137‧‧‧Second test group

130‧‧‧Activity testing auxiliary hardware

131‧‧‧Laser Transceiver

134‧‧‧ Ultrasonic Transceiver

135‧‧‧Image recorder

138‧‧‧ grip

142‧‧‧ test questions

150‧‧‧Application

Figure 1 shows a schematic diagram of a smart health assessment system in accordance with the present invention.

2A is a schematic diagram of a physiological signal measuring device of the smart health assessment system according to the present invention.

2B is a schematic diagram showing the contents of a computer device of the smart health assessment system according to the present invention.

2C is a schematic diagram of an active strength measuring device of the smart health assessment system in accordance with the present invention.

Based on the concept that prevention is better than treatment, the present invention provides a smart health assessment system that can help elderly people self-diagnose personal health from time to time, and after evaluation, Get advice on health improvements. As time goes by, it will be repeated, so as to stay away from medicine and hospitals. On the other hand, it can also help a group that is not degraded by the elderly, but whose health is gradually degrading, providing them with self-diagnosis of personal health and providing suggestions for health improvement after evaluation. With the time, assessment, and improvement are repeated.

According to the medical journal, the signs of a healthy downhill trend may be in addition to the redness of the physiological signal, and other cognitive, communication, muscle, and emotional conditions may occur. Therefore, the smart health assessment system 100 of the present invention will human health. The assessment is divided into the following four categories, (1) assessment of physiological signals 101, (2) cognitive ability 102; (3) activity and activity participation ability (or communication power) 103, (4) emotional management 104, as shown in the figure As shown in Figure 1, the patient's health is categorized and recommendations based on these four types of test scores are provided to provide improvement or rehabilitation. The results of each evaluation or test are stored in a record in a database 120 for reference.

Therefore, in order to cope with the above classification, the smart health assessment system 100 of the present invention includes a hardware device and a software device. 2A is a computer device 115 of the physiological signal related devices 110 and 2B. The physiological signal related device 110 includes a sphygmomanometer 111, a blood glucose meter 112, a body fat meter 113, and a computer device 115. The computer device 115 includes a screen 107, a database 120, a microprocessor 106, a built-in memory 107, and an external memory 108. The hardware device 110 for measuring the physiological signal of the test subject is stored in the database 120. One of the memory 107 or the external memory 108 is built, and the database 120 also contains a personal history file 125 for storing the results of the personal test.

And (2) cognitive ability 102 is a useful indicator of weakness/symptoms. Here, when the cognitive ability is initially compared with the national health statistics information, then, with the test record of the testee established, the cognitive evaluation gradually increases the proportion of the personal history record. To understand whether the subject's cognitive ability is degrading. It is normal aging or demented aging.

Cognitive Capability 101 assessment includes: vocabulary or graphic application skills, human, material, time, and digital recognition capabilities. The first test question set 121 is built into the database 120 of the smart health assessment system 100 of the present invention. The content of the first test question group 121 includes cross-mixing of video, picture, text, and symbols. The questions in the group contain the simplest to difficult questions to score. The content of the question is based on the test questions commonly used in medicine. In addition, some problems related to logical judgments are also designed in the present invention. The logical judgment is not limited to mathematically logical judgments. It also contains logical judgments consisting of the above-mentioned audio, video, text, and symbols. That is, in the question group that is easy to difficult, the questions related to the logical judgment are interspersed. When the testee A, the test continuously passes some questions and jumps directly to the A question group to continue answering, otherwise, the B question group answers. At the same time, some questions related to logical judgments appear randomly in the A question group, so that the testee A answers to the AA question group, or the AB group answers, or ends. Similar to the A question group, in the B question group, B, in the same way, in the B question group, some logical judgment related topics appear randomly, so that the testee A answers to the BA question group, or the BB group answers. Or end. This arrangement makes it unnecessary for the testee to use the test from start to finish and spend too much time.

In a preferred embodiment, the cognitive first test set 121 includes a story-based, or news-reported, reading test. Read the test question bank, from simple to difficult. After reading the limited time, you will start to answer the test questions. Through the test results, and the public average of the database storage and the personal test result history 125, it is possible to know whether the cognitive ability of the test subject is degraded. The above article of the same is not limited to text, it can contain a mixture of pictures, words, symbols, or a single film. Based on the comparison between the results and the existing records, it is possible to know the degree of weakness or the disease level of the test subject at that level. Tests with reading or interactive tests are fun and less likely to be rejected by testers.

The health classification in item (3) refers to the activity of the person and the participation of the activity 103. The activity force in the activity and activity participation force 103 is assisted by the activity test aid hardware 130. Generally, the patients other than the elderly or the elderly are gradually losing their mobility, as long as the simple straight walk test and muscle strength Test, you can score the health level, and the speed of walking is also included in the walk. According to an embodiment of the invention, the active force test assisting hardware 130 includes two laser transceivers 131, two ultrasonic transceivers 134, and an image recorder 135. The two laser transceivers 131 are respectively placed on the left and right sides of the route and are connected to each other by 80 to 120 cm. A preferred embodiment: the route is about 1 meter wide and about 5-10 meters long. The two ultrasonic transceivers 134 are respectively placed at the front and rear ends of the route. An image recorder 135 is placed at the front end, and more preferably two image recorders 135 are used to be placed at the front and rear ends of the route. The video is for reference.

When the tester walks into the test route that the active force test assisting hardware 130 can form, after the active force test component is started, the time and distance of the two ultrasonic transceivers 131 can be used to measure the walking speed; the route left and right The side two laser transceivers 131 record the travel path offset side of the test subject and record it in the personal history file 125 of the database 120. The image recorder 135 assists in holographic photography. The computer device 115 analyzes the test subject's walking speed, the degree of deviation from the straight line, and the holographic video gait analysis result, and is then analyzed by an application 150. The computer device 115 analyzes the tester's walking speed and the degree of deviation from the straight line, stores it in the personal history file 125 of the database 120, and evaluates it according to the current record and the history record comparison.

When the self-health assessment tester performs the test according to the requirements of the smart health assessment system 100, the signal of the reference laser light collected by the optical signal receiver 135 is analyzed to determine whether the test subject can walk normally. A slight deviation but can be corrected back can be considered normal. However, there is no ability to correct if it is left or right. Then it is judged to be abnormal (may be the brain balance force has lesion symptoms). The smart health assessment system 100 is ranked according to its degree of deviation. Also included in its walking rate zone Graded. When the average rate of walking is lower than the average of the age group, for example, 10%, it can be regarded as a slight weakness, so it can also be classified.

The motility test assisting hardware 130 can optionally include a muscle strength test. In the present invention, it is employed to allow the subject to hold a grip 138 by hand. The grip 138 is controlled by spring, magnetron or gas, hydraulic pressure to create damping. Through the grip strength (spring, magnetron force, gas, hydraulic output) of the test subject, the average value of the muscle strength of the test subject in this age group can be known.

As for the activity and activity participation 103, another rating is the activity participation ability, it is not tested by hardware. Its test score is dominated by software. That is, the activity test and activity participation force 103 further includes a second test question group 137. The design of the second test question group 137 topic is two-way, biased towards interactive logical judgment. For example, design interactive games. That is, according to the respondent's response (each time automatically making a record), a series of interactive video and audio, according to the respondent's response to the question, by the testee's response record and historical record comparison, assess the testee's interactive ability Whether it is in the process of fading, the level of regression or progress. In the cognitive ability test, the first question group design is one-way, and the testee answers. Interactivity is limited. It is two-way in the activity participation ability test.

The (4) emotion management class 104 is also an indicator for judging whether the elderly are weak/ill. With the aforementioned hardware device of the present invention, the third test question group 143 of the emotion management category is executed to test the test subject's reaction at the time of the emotional event. When the elderly begin to develop symptoms of dementia, its mood will be out of control or irritating than the questionable library that is easily designed under normal conditions. The other case is depression. When the application 150 of the present invention executes the third test question set 143, it compares the current behavioral response with the past behavioral response record and the history record, and scores. In order to determine whether the subject's emotional management 104 ability is elapsed, a level of regression or progress.

In a preferred embodiment, the present invention extracts appropriate improvement suggestions and reminders from the database based on the rating scores obtained for each category of the subject's health.

The invention has the following advantages:

1) An elderly person or anyone who values or pursues health can evaluate his or her current state of health (compared with historical records) by the device of the present invention. With the soft and hard device of the present invention, it is possible to know whether health is out without going to the hospital. The problem.

2) The invention can reduce the elderly to go to the hospital, and each time the test is like playing an interactive game. The health indicators of the elderly are shown in the game.

3) The device of the present invention provides multiple classification tests, which can be performed frequently, or according to scheduling, and the results of each test are automatically recorded. In addition to being a comparison of ratings, it can also provide medical staff medical care. Reference for diagnosis.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; all other equivalent changes or modifications which are not departing from the spirit of the present invention should be included. Within the scope of the patent application.

100‧‧‧Smart Health Assessment System

102‧‧‧Cognitive ability

101‧‧‧Physiological signal

103‧‧‧Activity and activity participation

104‧‧‧Emotional management

130‧‧‧Activity testing auxiliary hardware

Claims (10)

A smart health assessment system includes at least: a physiological signal measuring device; a computer device includes a database for recording a physiological signal measurement result of the test subject, and a personal history file of the database; The test component includes a muscle strength test component, a walking analysis component, and stores the measurement result in a personal history file of the database, wherein the walking analysis component analyzes a linear walking offset for self-testing the test subject Degree, and based on the current record and historical record comparison, the database also includes the first test question group built in the database, the first test question group is used to test the test subject's cognitive ability related vocabulary Or graphics recognition application capability, human, material, time, and digital recognition capabilities; an application stored in the built-in memory of the computer device, providing a human-machine interface, displayed on the display screen for the testee to input through the human-machine interface Relevant information necessary for personal health, the application is linked to the database, and the first test is read when the cognitive ability test is performed. Group, the testers through the man-machine interface input answer, test results are stored in a personal history file of the database to be disease grade rating of testers. For example, the smart health assessment system described in claim 1 includes the above-mentioned rating scores, including comparisons with nationals of the same age, same gender, and personal history records. The smart health assessment system according to claim 1, wherein the human interface comprises a touch screen, a mouse, a microphone, a keyboard or a mixture thereof, and the physiological signal measuring device comprises a blood pressure meter and blood sugar. Meter, body fat meter. The smart health assessment system of claim 1, wherein the muscle strength test grip comprises damping by spring, magnetron or gas, hydraulic control. The smart health assessment system of claim 1, wherein the travel analysis component comprises two laser transceivers, two ultrasonic transceivers, and the two ultrasonic transceivers are arranged on the left and right sides of the route, the two ultrasonic waves. The transceiver arranges the front and rear ends of the route, and the computer device analyzes the tester's walking speed, the degree of deviation from the straight line, and the gait analysis result, and stores it in the personal history file of the database, and according to the current record and history. Compare and evaluate. The smart health assessment system according to claim 5, wherein the walking analysis component further comprises a shadow recorder to record the walking gait of the test subject, the personal history file stored in the database, and according to the current Record and history comparisons are evaluated. A smart health assessment system includes at least: a physiological signal measuring device; a computer device includes a database for recording a physiological signal measurement result of the test subject, and a personal history file of the database; The test component includes a muscle strength test component, a walking analysis component, and stores the measurement result in a personal history file of the database, wherein the walking analysis component analyzes a straight line deviation for self-testing the test subject The degree of shifting, and based on the current record and historical record comparison, the database is also included; the database further includes a first test question group built in the database, the first test question group is used to test the cognitive ability of the test subject The vocabulary identifies the ability to use, human, material, time, and digital recognition capabilities. The database also includes a second test question group built into the database to test the activity of the testee; an application is stored in the computer device. Built-in memory, providing a human-machine interface, displayed on the display screen, for the testee to input the necessary personal health through the human-machine interface News, the app is connected to the database, when the cognitive tests During the process, the first test question group is read, and the test subject inputs an answer through the human machine interface, and the test result is stored in the personal history file of the database to evaluate the disease level of the test subject, when the activity participates When the capability test is performed, the second test question group is read, and the test subject inputs an answer through the human machine interface, and the test result is stored in the personal history file of the database to evaluate the disease level of the test subject. A smart health assessment system includes at least: a physiological signal measuring device; a computer device includes a database for recording a physiological signal measurement result of the test subject, and a personal history file of the database; The test component comprises a muscle strength test component, a walking analysis component, and stores the measurement result in a personal history file of the database, wherein the walking analysis component comprises two laser transceivers, and two ultrasonic transceivers The two laser transceivers are arranged on the left and right sides of the route, the two ultrasonic transceivers are arranged on the front and rear ends of the route, and the shadow recorder records the walking gait of the test subject, and the computer device analyzes the walking speed of the test subject, The degree of deviation from the line, and the result of the gait analysis, are stored in the personal history file of the database, and are evaluated according to the current record and the historical record comparison; the database also includes the first test group built in the database. The first test question group is used to test the vocabulary identification and application ability of the test subject, and the ability to recognize people, things, time, and numbers; The database further includes a second test question group built into the database for testing the activity participation ability of the test subject; an application stored in the built-in memory of the computer device, providing a human-machine interface, displayed on the display screen, For the testee to input relevant information necessary for personal health through the human interface, the application is linked to the database, and when the cognitive ability test is performed, the first test question group is read, and the test subject passes the person Enter the answer in the machine interface, and the test result is stored in the personal history file of the database to evaluate the testee's The computer disease level, when the activity participation test is performed, the second test question group is read, and the test subject inputs an answer through the human machine interface, and the test result is stored in the personal history file of the database, and the evaluation result is The disease level of the tester. The smart health assessment system according to claim 8 of the patent application further includes a third test group for testing the emotional management ability of the test subject. The smart health assessment system of claim 8, wherein the muscle strength test grip comprises damping by spring, magnetron or gas, hydraulic control.