CN105852815A - System and method for detecting balance ability of human body - Google Patents
System and method for detecting balance ability of human body Download PDFInfo
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- CN105852815A CN105852815A CN201610288792.6A CN201610288792A CN105852815A CN 105852815 A CN105852815 A CN 105852815A CN 201610288792 A CN201610288792 A CN 201610288792A CN 105852815 A CN105852815 A CN 105852815A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
- A61B5/0004—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by the type of physiological signal transmitted
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
- A61B5/0015—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by features of the telemetry system
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/40—Detecting, measuring or recording for evaluating the nervous system
- A61B5/4005—Detecting, measuring or recording for evaluating the nervous system for evaluating the sensory system
- A61B5/4023—Evaluating sense of balance
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/44—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups for weighing persons
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Abstract
The invention discloses a system for detecting the balance ability of the human body. The system comprises a detector, a terminal and a management platform. The detector detects the weight of the human body, and according to the real-time fluctuation frequency and the real-time fluctuation amplitude of the weight of the human body, data of the balance ability of the human body is obtained and sent to the terminal; the terminal receives the data of the balance ability of the human body, and sends the data of the balance ability of the human body to the management platform; the management platform receives the data, sent by the terminal, of the balance ability of the human body, and stores and analyzes the data of the balance ability of the human body. The invention further discloses a method for detecting the balance ability of the human body. According to the system and method, the data of the balance ability of the human body is obtained on a human-body weighing platform, professional medical workers do not need to operate, the system and method are completely suitable for families and persons, and whole measuring data is uploaded to the intelligent terminal and the data management platform so that a user can track and grasp the balance condition of the body.
Description
Technical Field
The invention relates to the field of human health detection, in particular to a system and a method for detecting human balance ability.
Background
The balance ability is an important physiological function of human body, and with the enhancement of health consciousness of people, the detection of the balance ability of human body is more and more emphasized, and the need of people to grasp and track the balance condition of the people also becomes.
However, most of the body balance ability detectors sold in the market at present have complex structures, complex operation methods and high cost and price, are used for medical rehabilitation, need professional medical staff to operate and use, and people need to go to medical institutions to detect the self balance ability, so that the body balance ability index detectors suitable for quick intelligent detection for families and individuals do not exist, and the household body balance ability detectors capable of uploading measured data to intelligent terminals and internet health data management platforms do not exist. The user cannot track, analyze the human balance ability history data and compare the actual effects of physical exercise. Therefore, the household detector capable of conveniently measuring the human body balance ability index and uploading all measured data to the intelligent terminal and the Internet health data management platform is the requirement of people in life.
Disclosure of Invention
The invention mainly aims to provide a system and a method for detecting human body balance capacity, which aim to realize the rapid intelligent detection of human body static balance capacity data on a household human body weight weighing platform and upload all measured data to an intelligent terminal and a health data management platform, are convenient for a user to track and analyze historical data and compare the actual effect of physical exercise, and are completely suitable for families and individuals.
In order to achieve the purpose, the system for detecting the human body balance ability provided by the invention comprises a detector, a terminal and a management platform; wherein,
the detector detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform;
and the management platform receives the human body balance ability data sent by the terminal, and stores and analyzes the human body balance ability data.
Preferably, the detector comprises a detection unit, a processing unit and a transmission unit,
the detection unit detects a human body weight signal;
the processing unit obtains the human body weight according to the detected human body weight signal, and obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, or obtains the human body balance value according to the human body parameters input by a user and the real-time fluctuation frequency and fluctuation amplitude of the human body weight;
the transmitting unit transmits the human body balance value and the human body weight to the terminal.
Preferably, the terminal receives the human body parameters input by the user and sends the input human body parameters to the detector.
Preferably, the terminal sends a login request to a management platform to log in the management platform, and uploads the human body balance capacity data after successful login;
and the management platform stores the human body balance ability data uploaded by the terminal corresponding to the terminal user so as to provide the terminal user for tracking and inquiring.
Preferably, the detector comprises a left detection platform and a right detection platform, the left detection platform and the right detection platform are communicated, the left detection platform detects the left body position weight of the human body, and the real-time fluctuation frequency and fluctuation amplitude of the left body position weight are obtained; the right detection platform detects the weight of the right body position of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and transmits the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform; the left detection platform obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal.
The technical scheme of the invention also provides a method for detecting the human body balance capacity, which is characterized by comprising the following steps:
the detector detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform;
and the management platform receives the human body balance ability data sent by the terminal, and stores and analyzes the human body balance ability data.
Preferably, the detecting apparatus detects the weight of the human body, obtains the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the data of the human body balance ability to the terminal, and the detecting apparatus includes the following steps:
the detection unit detects a human body weight signal;
the processing unit obtains the human body weight according to the detected human body weight signal, obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, or obtains the human body balance value according to the human body parameters input by a user and the fluctuation frequency and fluctuation amplitude of the human body weight;
the transmitting unit transmits the human body balance value and the human body weight to the terminal.
Preferably, the detecting device detects the weight of the human body, obtains the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the data of the human body balance ability to the terminal further includes the following steps:
the terminal receives the human body parameters input by the user and sends the input human body parameters to the detector.
Preferably, the receiving, by the terminal, the data of the human balance ability and sending the data of the human balance ability to the management platform includes the following steps:
the terminal sends a login request to a management platform to log in the management platform, and uploads the human body balance capacity data after successful login;
and the management platform stores the human body balance ability data uploaded by the terminal corresponding to the terminal user so as to provide the terminal user for tracking and inquiring.
Preferably, the step of detecting the weight of the human body by the detector, obtaining the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sending the data of the human body balance ability to the terminal includes:
the left detection platform detects the left body position weight of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the left body position weight;
the right detection platform detects the weight of the right body position of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and transmits the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform;
the left detection platform obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal.
According to the technical scheme, the weight of the human body is detected through the detector, the human body balance capacity data are obtained according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, the human body balance capacity data are sent to the terminal, the terminal sends the human body balance capacity data to the management platform, and the management platform receives the human body balance capacity data sent by the terminal. The invention can realize the rapid intelligent detection of the human body balance capacity on the household human body weight weighing platform. The intelligent health monitoring system is simple and convenient to operate, does not need professional medical staff to operate, is completely suitable for families and individuals to use, can upload all measured data to the intelligent terminal and the internet health data management platform, and facilitates tracking and analysis of historical data and comparison of actual physical exercise effects of users.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the structures shown in the drawings without creative efforts.
FIG. 1 is a schematic diagram of a system for detecting balance ability of a human body according to an embodiment of the present invention;
FIG. 2 is a schematic view of an embodiment of the detecting apparatus in the system for detecting balance ability of human body according to the present invention;
FIG. 3 is a schematic diagram of an internal structure of another embodiment of the detecting apparatus in the system for detecting human balance ability of the present invention;
FIG. 4 is a schematic view of an embodiment of the system for testing human balance ability according to the present invention, wherein the testing apparatus includes a left testing platform and a right testing platform;
FIG. 5 is a flowchart illustrating a method for detecting balance ability of a human body according to an embodiment of the present invention;
FIG. 6 is a schematic flow chart illustrating an embodiment of detecting a human body weight by a detector, obtaining human body balance capability data according to the fluctuation of the human body weight, and sending the human body balance capability data to a terminal in the method for detecting human body balance capability according to the present invention;
fig. 7 is a schematic flow chart illustrating another embodiment of detecting the weight of the human body by the detector, obtaining the data of the human body balance ability according to the fluctuation of the weight of the human body, and sending the data of the human body balance ability to the terminal in the method for detecting the human body balance ability of the present invention.
The reference numbers illustrate:
| reference numerals | Name (R) | Reference numerals | Name (R) |
| 10 | Weighing platform | 20 | Circuit arrangementModule |
| 11 | Weighing body | 30 | Display device |
| 12 | Bearing part | 40 | Operation panel |
| 13 | Weighing sensor |
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
The technical scheme of the invention is further explained by combining the drawings and the specific embodiments in the specification. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Fig. 1 is a schematic diagram of an embodiment of a system for detecting human balance ability according to the present invention. The system for detecting the human body balance ability comprises: a detector 100, a terminal 200, a management platform 300, wherein,
the detector 100 detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
the terminal 200 receives the human body balance ability data and sends the human body balance ability data to the management platform;
the management platform 300 receives the data of the human body balance ability sent by the terminal, and stores and analyzes the data of the human body balance ability.
The detecting instrument 100 detects the weight of the human body, obtains the data of the human body balance ability according to the fluctuation of the data of the weight of the human body, and transmits the data of the human body balance ability. When a user wants to know the self balance ability, the user stands on the detector naturally and vertically at home, the detector detects the weight of the human body, the fluctuation frequency and the fluctuation amplitude of the weight of the human body are obtained according to the change of the weight of the human body, the human body flat value is obtained according to the fluctuation frequency and the fluctuation amplitude of the weight of the human body, and the detector sends the weight of the human body, the fluctuation frequency and the fluctuation amplitude of the weight of the human body to the terminal. Meanwhile, the detector can also display the measured human body weight and the human body balance value in real time.
The terminal 200 receives the data of the human balance ability, the terminal includes a smart television, a mobile phone, a tablet computer and the like, for example, the mobile phone is loaded with an operating system, and a user can install and uninstall various application software by himself and continuously expand and upgrade the functions of the application software. The user can download the APP that is used for receiving human balance ability data correlation, through information registration APP such as input mailbox, user name, cell-phone number, password, when measuring at every turn, opens cell-phone APP and just can receive human weight, the human balance value, the fluctuation frequency and the fluctuation range of human weight.
The terminal includes man-machine interaction unit, data analysis unit, data display element and data management unit, and man-machine interaction unit provides user visual interface to realize man-machine interaction through visual interface, for example download APP, input mailbox, user name, registration APP such as cell-phone number, data display element is used for showing user's data, and data management unit provides the user and manages and inquire oneself data. The terminal 200 transmits the human body weight, the human body balance value, the fluctuation frequency and the fluctuation range of the human body weight to the management platform 300 through the internet.
The management platform 300 receives the human body balance ability data sent by the terminal 200, and directly records the human body balance ability data into a large-scale electronic health file, a chronic disease monitoring system, a human body fitness monitoring system and the like, so that user information is safely stored and analyzed. Based on long-term accumulation, after professional analysis and processing, personalized suggestions and guidance are provided, and finally relevant information is sent to the user terminal 200 for the terminal to display to the user, and the user can inquire information fed back by the management platform 300 through the terminal 200. For example, after a user exercises for a period of time, the human body balance ability data is measured by the detector for multiple times, the human body balance ability data is sent to the mobile phone APP, the mobile phone APP uploads the human body balance ability data to the internet data management platform, the internet health data management platform obtains a conclusion that the human body balance ability of the user gradually becomes better through the exercise, and proposes a proposal for persisting the exercise, and sends the result to the mobile phone APP of the user for the user to refer; when the human balance ability is analyzed to be gradually deteriorated, a prompt is given, a corresponding solution is made, an analysis result, the prompt and the suggestion are sent to a mobile phone APP of a user, the user checks the APP, and corresponding adjustment is made according to actual conditions.
In the embodiment of the invention, the human body weight is detected through the household detector, the human body balance capacity data is obtained according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, the human body balance capacity data is sent to the terminal, the terminal uploads the human body balance capacity data to the data management platform, and the management platform stores and analyzes the human body balance capacity data. The invention can realize the rapid intelligent detection of the human body balance capacity on the household human body weight weighing platform. The method is simple and convenient to operate, does not need professional medical staff to operate, is completely suitable for families and individuals, can upload all the measurement data of the user to the terminal and the Internet health data management platform, achieves management of the human body measurement data, and facilitates tracking and analysis of the health condition of the user and comparison of the actual physical exercise effect of the user.
Further, as shown in fig. 2, fig. 2 is a schematic view of an embodiment of the detecting apparatus in the system for detecting human balance ability of the present invention;
the detector comprises a detection unit 110, a processing unit 120 and a transmitting unit 130,
the detection unit 110 detects a human body weight signal;
the processing unit 120 obtains the human body weight according to the detected human body weight signal, obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, or obtains the human body balance value according to the human body parameters input by the user and the fluctuation frequency and fluctuation amplitude of the human body weight;
the transmitting unit 130 transmits the body balance value and the body weight to the terminal.
When a user stands on the detector 100 to detect the balance capability, the detection unit 110 of the detector 100 senses the weight of the human body to obtain a human body weight signal, the detection unit may be a weighing platform using a high-precision weighing sensor, when the position of the center of gravity of the human body changes, the pressure of the human body on the weighing platform changes, the human body weight signal sensed by the high-precision sensor also changes, and the detection unit 110 transmits the sensed human body weight signal to the processing unit 120 in real time.
The processing unit 120 may be a multi-functional circuit module, which uses a single chip microcomputer as a control center, and the single chip microcomputer includes an analyzing and calculating unit, a driving and displaying unit, and the like. The peripheral circuit adopts a signal acquisition circuit, an amplification circuit, an A/D conversion circuit, a power supply circuit and the like. After receiving the human body weight signal, the processing unit 120 obtains the fluctuation frequency and the fluctuation amplitude of the human body weight through amplification conversion and operation analysis, and obtains a human body balance value according to the fluctuation frequency and the fluctuation amplitude of the human body weight. In addition, parameters of the human body, such as height, age, sex, etc., may be entered, and the processing unit 120 calculates the body balance value according to the parameters of the human body, the fluctuation frequency and the fluctuation range of the weight of the human body.
The transmitting unit 130 may be a bluetooth transmission device, bluetooth is a radio technology supporting short-range communication (generally within 10 m) of devices, and can perform wireless information exchange among a plurality of devices including mobile phones, PDAs, wireless headsets, notebook computers, related peripherals, and the like. By using the bluetooth technology, the communication between mobile communication terminal devices can be effectively simplified, and the communication between the devices and the Internet can also be successfully simplified, so that the data transmission becomes faster and more efficient, and the way is widened for wireless communication. Bluetooth adopts a distributed network structure and a fast frequency hopping and short packet technology to support point-to-point and point-to-multipoint communication. Before the sending unit sends the data of the human balance ability, the user sends a login request to the Internet health data management platform, after login succeeds, the data can be received by the terminal APP, and the sending unit sends detection data such as the human balance value, the human weight, the fluctuation frequency and the fluctuation amplitude of the human weight and the like to the APP of the intelligent terminal through the Bluetooth.
Fig. 3 is a schematic structural view of another embodiment of the detector in the system for detecting human body balance ability according to the present invention, as shown in fig. 3. The internal structure and operation of the monitor 100 are described in detail below with reference to FIG. 3.
When a user wants to detect the balance capability data of the human body at home, the user stands on a weighing body 11 of a weighing platform 10, a bearing part 12 is arranged on the weighing body 11, the user naturally stands on the bearing part 12 in an upright position, a weighing sensor 13 senses the weight of the human body to obtain a human body weight signal, the human body weight signal is transmitted to a circuit module 20, the circuit module 20 receives the human body weight signal, the signal is amplified and subjected to A/D conversion to obtain the weight of the human body, the fluctuation frequency and the fluctuation amplitude of the weight of the human body are obtained according to the fluctuation of the weight of the human body, the fluctuation frequency and the fluctuation amplitude of the weight of the human body are analyzed to obtain a human body balance value, the weight of the human body and the fluctuation frequency and the fluctuation amplitude of the weight of the human body are transmitted to a terminal 200 through Bluetooth transmission.
In addition, an operation panel 40 may be disposed on the weighing platform 10, and connected to the circuit module in a wired or wireless manner, and human body parameters, such as sex, age, height, etc., may be input through the operation panel 40. The terminal 200 can also be used as an operation interface, for example, a mobile phone, a computer, a PAD, etc., and wirelessly connected to the circuit module 20 through bluetooth for inputting human parameters. The circuit module 20 receives the human body parameters, calculates a normal human body balance value within the parameter range, compares the human body balance value calculated according to the fluctuation frequency and the fluctuation amplitude of the human body weight with the normal human body balance value to obtain the relationship between the human body balance value and 1, if the human body balance value is greater than 1, the human body balance capability is good, and if the human body balance capability is less than 1, the human body balance capability is poor.
A method for calculating the human body balance value is listed as follows:
the circuit module 20 stores a corresponding relationship between the calculated human body balance value and the frequency and fluctuation amplitude of the human body weight fluctuation, and in the corresponding relationship, the larger the frequency and fluctuation amplitude of the human body weight fluctuation is, the smaller the human body balance value is, and the worse the human body balance capability is; the smaller the frequency and the fluctuation amplitude of the human body weight fluctuation are, the larger the human body balance value is, and the better the human body balance capability is. In one embodiment, assuming that the human body balance value is P, the frequency and the fluctuation amplitude of the human body weight fluctuation are X and Y, respectively, and the correlation coefficients of the frequency and the fluctuation amplitude of the human body weight fluctuation corresponding to X and Y are a and b, respectively, the correlation relationship between the human body balance value P and the human body weight fluctuation frequency X and the fluctuation amplitude Y may be: p ═ a × X + b × Y. The larger X and Y are, the smaller P is, and the poorer the human body balance ability is, and the smaller X and Y are, the larger P is, and the better the body balance ability is. For example, X1-20, Y1-30, P1-80, X2-25, Y1-40, P1-60.
The user may also input parameters including sex, age, height, etc. through the operation panel 40 and the terminal 200, for example, sex inputs female, age inputs 32, height inputs 160cm, and a normal body balance value P 'within this parameter range, for example, P' is 80, and P is 60 calculated according to the frequency and fluctuation range of the body weight fluctuation, and then P/P 'is 0.75<1, and if the body balance value is lower than the normal level, the body balance capability is poor, and if P/P' >1, the body balance capability is good.
Of course, only one method for calculating the body balance value is illustrated here, and other methods for calculating the body balance value are not listed here. The technical scheme that the human body balance value is obtained by utilizing the corresponding relation of the human body balance value with the frequency and the fluctuation amplitude of the human body weight fluctuation is within the protection scope of the invention.
Further, as shown in fig. 4, fig. 4 is a schematic view of a specific embodiment in which the detecting apparatus includes a left detecting platform and a right detecting platform in the system for detecting human balance ability of the present invention.
The detector comprises a left detection platform 100 and a right detection platform 100a, the left detection platform 100 is communicated with the right detection platform 100a, the left detection platform 100 detects the left body position weight of a human body, and the real-time fluctuation frequency and fluctuation amplitude of the left body position weight are obtained; the right detection platform 100a detects the weight of the right body position of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and the right detection platform 100a transmits the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform 100; the left detection platform 100 obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal. It will be appreciated that the body weight may be the sum of the stabilized body left and right body position weights. The stable left body position weight and the stable right body position weight of the human body can be weight values with weight fluctuation smaller than a certain range, and also can be the average value of all left body position weights and the average value of all right body position weights.
One of the left inspection stage 100 and the right inspection stage 100a is a master inspection stage, and the other is a slave inspection stage. When the auxiliary detection platform is used, an operation panel is not arranged, the auxiliary detection platform is only used for detecting the weight of the human body on the bearing part of the auxiliary detection platform, the weight of the human body is transmitted to the main detection platform in real time, and the weight of the human body is displayed in real time through the displayer. When the system is used as a main detection platform, an operation panel is required to be arranged, and the terminals such as a mobile phone and a PAD (PAD application program) can also be used as input interfaces to input human body parameters. The main detection platform detects the weight of the human body on the bearing part of the main detection unit, communicates with the auxiliary detection platform, receives the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body transmitted by the auxiliary detector in real time, and obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body. The specific calculation method is described in fig. 3, and is not described herein again. Meanwhile, the main detection platform transmits the human body balance value and the human body total weight to the auxiliary detection platform in real time, and the main detection platform and the auxiliary detection platform simultaneously display the human body weight and the human body balance value in real time; and the main detection platform sends all the measured detection data of the human body weight, the human body balance value, the fluctuation frequency and amplitude of the human body weight and the like to the terminal.
The invention also provides a method for detecting the human body balance ability.
Fig. 5 is a schematic flow chart of an embodiment of a method for detecting human balance ability according to the present invention;
the method for detecting the human body balance ability comprises the following steps:
s100, the detector detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
s200, the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform;
s300, the management platform receives the human body balance ability data sent by the terminal, and stores and analyzes the human body balance ability data.
The detector detects the weight of the human body, obtains human body balance capacity data according to the fluctuation of the human body weight data, and sends the human body balance capacity data. When a user wants to know the self balance ability, the user stands on the detector naturally and vertically at home, the detector detects the weight of the human body, obtains the fluctuation frequency and the fluctuation amplitude of the weight of the human body according to the weight of the human body, obtains the human body flat value according to the fluctuation frequency and the fluctuation amplitude of the weight of the human body, and sends the detection data of the weight of the human body, the fluctuation frequency, the fluctuation amplitude and the like to the terminal. Meanwhile, the detector can also display the measured human body weight and the human body balance value in real time.
The user inputs a mailbox, a user name, a mobile phone number, a password and the like through the terminal, and sends a registration request to the internet management platform to register the user. When measuring at every turn, the user opens cell-phone APP, sends the login request to internet data management platform, and after the login succeeds, the terminal just can receive human weight, the human balance value, the fluctuation frequency and the fluctuation range of human weight.
The management platform receives the human body balance ability data sent by the terminal, the human body balance ability detection data is directly input into a large-scale electronic health file, a chronic disease monitoring system, a human body fitness monitoring system and the like, and user information is safely stored and analyzed. Based on long-term accumulation, after professional analysis and processing, personalized suggestions and guidance are provided, and finally relevant information is sent to a user terminal for the terminal to display to a user, and the user can inquire information fed back by a management platform through the terminal. For example, after a user exercises for a period of time, the human body balance ability data is measured by the detector for multiple times, the human body balance ability data is sent to the mobile phone APP, the mobile phone APP uploads the human body balance ability data to the internet data management platform, the internet health data management platform obtains a conclusion that the human body balance ability of the user gradually becomes better through the exercise, and proposes a proposal for persisting the exercise, and sends the result to the mobile phone APP of the user for the user to refer; when the human balance ability is analyzed to be gradually deteriorated, a prompt is given, a corresponding solution is made, an analysis result, the prompt and the suggestion are sent to a mobile phone APP of a user, the user checks the APP, and corresponding adjustment is made according to actual conditions.
In the embodiment of the invention, the weight of the human body is detected by the household detector, the human body balance capacity data is obtained according to the weight of the human body, the human body balance capacity data is sent to the terminal, the terminal uploads the human body balance capacity data to the data management platform, and the management platform stores and analyzes the human body balance capacity data. The invention can realize the rapid intelligent detection of the human body balance capacity on the household human body weight weighing platform. The method is simple and convenient to operate, does not need professional medical staff to operate, is completely suitable for families and individuals, can upload all the measurement data of the user to the terminal and the Internet health data management platform, achieves management of the human body measurement data, and facilitates tracking and analysis of the health condition of the user and comparison of the actual physical exercise effect of the user.
Further, as shown in fig. 6, fig. 6 is a schematic flow chart of an embodiment of detecting the weight of the human body by the detector, obtaining the data of the human body balance ability according to the fluctuation of the weight of the human body, and sending the data of the human body balance ability to the terminal in the method for detecting the human body balance ability of the present invention.
The step S100 includes the steps of:
s110, detecting a human body weight signal by the detection unit;
s120, the processing unit obtains the weight of the human body according to the detected human body weight signal, and obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, or obtains the human body balance value according to the human body parameters input by a user and the fluctuation frequency and fluctuation amplitude of the weight of the human body;
and S130, the sending unit sends the human body balance value and the human body weight to the terminal.
When a user station detects balance capacity on the detector, a detection unit of the detector induces the weight of a human body to obtain a human body weight signal, the detection unit can be a weighing platform adopting a high-precision weighing sensor, when the position of the center of gravity of the human body changes, the pressure of the human body on the weighing platform changes, the human body weight signal induced by the high-precision sensor also changes, and the detection unit transmits the induced human body weight signal to the processing unit in real time.
After receiving the human body weight signal, the processing unit obtains the fluctuation frequency and the fluctuation amplitude of the human body weight through amplification conversion and operation analysis, and obtains a human body balance value according to the fluctuation frequency and the fluctuation amplitude of the human body weight. In addition, human body parameters such as height, age, sex and the like can be entered, and the processing unit calculates the human body balance value according to the human body parameters, the fluctuation frequency and the fluctuation amplitude of the human body weight. In addition, parameters of the human body, such as height, age, sex, etc., may be entered, and the processing unit 120 calculates the body balance value according to the parameters of the human body, the fluctuation frequency and the fluctuation range of the weight of the human body.
Before the sending unit sends the data of the human balance ability, the user sends a login request to the Internet health data management platform, after login succeeds, the data can be received by the terminal APP, and the sending unit sends detection data such as the human balance value, the human weight, the fluctuation frequency and the fluctuation amplitude of the human weight and the like to the APP of the intelligent terminal through the Bluetooth.
A method for calculating the human body balance value is listed as follows:
in the corresponding relation between the human body balance value and the frequency and the fluctuation amplitude of the human body weight fluctuation, the larger the frequency and the fluctuation amplitude of the human body weight fluctuation is, the smaller the human body balance value is, and the worse the human body balance capability is; the smaller the frequency and the fluctuation amplitude of the human body weight fluctuation are, the larger the human body balance value is, and the better the human body balance capability is. In one embodiment, assuming that the human body balance value is P, the frequency and the fluctuation amplitude of the human body weight fluctuation are X and Y, respectively, and the correlation coefficients of the frequency and the fluctuation amplitude of the human body weight fluctuation corresponding to X and Y are a and b, respectively, the correlation relationship between the human body balance value P and the human body weight fluctuation frequency X and the fluctuation amplitude Y may be: p ═ a × X + b × Y. The larger X and Y are, the smaller P is, and the poorer the human body balance ability is, and the smaller X and Y are, the larger P is, and the better the body balance ability is. For example, X1-20, Y1-30, P1-80, X2-25, Y1-40, P1-60.
The user may input parameters including sex, age, height, etc., for example, sex, age, and height, for example, sex, age, and height, for example, 160cm, and a normal body balance value P 'within this parameter range, for example, P' is 80, and when the user P is calculated as 60 based on the frequency and fluctuation range of the body weight fluctuation, P/P 'is further 0.75<1, and when the body balance value is lower than the normal level, the body balance ability is poor, and when P/P' >1, the body balance ability is good.
Of course, only one method for calculating the body balance value is illustrated here, and other methods for calculating the body balance value are not listed here. The technical scheme that the human body balance value is obtained by utilizing the corresponding relation of the human body balance value with the frequency and the fluctuation amplitude of the human body weight fluctuation is within the protection scope of the invention.
Further, as shown in fig. 7, fig. 7 is a schematic flowchart of another embodiment of the method for detecting human body balance ability according to the present invention, in which a detector detects the weight of a human body, obtains human body balance ability data according to the fluctuation of the weight of the human body, and sends the human body balance ability data to a terminal.
The detector detects the weight of a human body, obtains human body balance capacity data according to the fluctuation of the weight of the human body, and sends the human body balance capacity data to the terminal, wherein the detector comprises the following steps:
s140, detecting the left body position weight of the human body by a left detection platform to obtain the real-time fluctuation frequency and fluctuation amplitude of the left body position weight;
s150, detecting the weight of the right body position of the human body by the right detection platform to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and transmitting the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform by the right detection platform;
s160, the left detection platform obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal.
It will be appreciated that the body weight may be the sum of the stabilized body left and right body position weights. The stable left body position weight and the stable right body position weight of the human body can be weight values with weight fluctuation smaller than a certain range, and also can be the average value of all left body position weights and the average value of all right body position weights.
One of the left inspection stage 100 and the right inspection stage 100a is a master inspection stage, and the other is a slave inspection stage. When the auxiliary detection platform is used, an operation panel is not arranged, the auxiliary detection platform is only used for detecting the weight of the human body on the bearing part of the auxiliary detection platform, the weight of the human body is transmitted to the main detection platform in real time, and the weight of the human body is displayed in real time through the displayer. When the system is used as a main detection platform, an operation panel is required to be arranged, and the terminals such as a mobile phone and a PAD (PAD application program) can also be used as input interfaces to input human body parameters. The main detection platform detects the weight of the human body on the bearing part of the main detection unit, communicates with the auxiliary detection platform, receives the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body transmitted by the auxiliary detector in real time, and obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body. The specific calculation method is described in fig. 3, and is not described herein again. Meanwhile, the main detection platform transmits the human body balance value and the human body total weight to the auxiliary detection platform in real time, and the main detection platform and the auxiliary detection platform simultaneously display the human body weight and the human body balance value in real time; and the main detection platform sends all the measured detection data of the human body weight, the human body balance value, the fluctuation frequency and amplitude of the human body weight and the like to the terminal.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and all modifications and equivalents of the present invention, which are made by the contents of the description and the drawings of the present invention or directly/indirectly applied to other related technical fields within the spirit of the present invention are included in the scope of the present invention.
Claims (10)
1. The system for detecting the human body balance ability is characterized by comprising a detector, a terminal and a management platform; wherein,
the detector detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform;
and the management platform receives the human body balance ability data sent by the terminal, and stores and analyzes the human body balance ability data.
2. The system for detecting human balance ability of claim 1, wherein the detecting instrument comprises a detecting unit, a processing unit and a transmitting unit;
the detection unit detects a human body weight signal;
the processing unit obtains the human body weight according to the detected human body weight signal, and obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, or obtains the human body balance value according to the human body parameters input by a user and the real-time fluctuation frequency and fluctuation amplitude of the human body weight;
the transmitting unit transmits the human body balance value and the human body weight to the terminal.
3. The system for detecting human balance ability according to claim 2, wherein the terminal receives the human parameters inputted by the user and transmits the inputted human parameters to the detecting instrument.
4. The system for detecting human body balance ability according to any one of claims 1-3, wherein the terminal sends a login request to a management platform to log in the management platform, and uploads the human body balance ability data after successful login;
and the management platform stores the human body balance ability data uploaded by the terminal corresponding to the terminal user so as to provide the terminal user for tracking and inquiring.
5. The system for detecting human balance ability according to claim 1, wherein the detector comprises a left detection platform and a right detection platform, the left detection platform and the right detection platform are in communication, the left detection platform detects the left body position weight of the human body, and the real-time fluctuation frequency and fluctuation amplitude of the left body position weight are obtained; the right detection platform detects the weight of the right body position of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and transmits the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform; the left detection platform obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal.
6. The method for detecting the human body balance ability is characterized by comprising the following steps:
the detector detects the weight of the human body, obtains human body balance capacity data according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the human body balance capacity data to the terminal;
the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform;
and the management platform receives the human body balance ability data sent by the terminal, and stores and analyzes the human body balance ability data.
7. The method for detecting human body balance ability according to claim 6, wherein the detector detects the weight of the human body, obtains the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the data of the human body balance ability to the terminal, comprising the following steps:
the detection unit detects a human body weight signal;
the processing unit obtains the human body weight according to the detected human body weight signal, obtains a human body balance value according to the real-time fluctuation frequency and fluctuation amplitude of the human body weight, or obtains the human body balance value according to the human body parameters input by the user and the fluctuation frequency and fluctuation amplitude of the human body weight;
the transmitting unit transmits the human body balance value and the human body weight to the terminal.
8. The method as claimed in claim 7, wherein the detecting device detects the weight of the human body, obtains the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and sends the data of the human body balance ability to the terminal further comprises the following steps:
the terminal receives the human body parameters input by the user and sends the input human body parameters to the detector.
9. The method for human balance ability measurement according to any one of claims 6 to 8,
the terminal receives the human body balance ability data and sends the human body balance ability data to the management platform, and the method comprises the following steps:
the terminal sends a login request to a management platform to log in the management platform, and uploads the human body balance capacity data after successful login;
and the management platform stores the human body balance ability data uploaded by the terminal corresponding to the terminal user so as to provide the terminal user for tracking and inquiring.
10. The method as claimed in claim 6, wherein the detecting device detects the weight of the human body, obtains the data of the human body balance ability according to the real-time fluctuation frequency and fluctuation amplitude of the weight of the human body, and the step of sending the data of the human body balance ability to the terminal comprises:
the left detection platform detects the left body position weight of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the left body position weight;
the right detection platform detects the weight of the right body position of the human body to obtain the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position, and transmits the real-time fluctuation frequency and fluctuation amplitude of the weight of the right body position to the left detection platform;
the left detection platform obtains a human body balance value and a human body weight by comprehensively analyzing the real-time fluctuation frequency and fluctuation amplitude of the left body position weight and the real-time fluctuation frequency and fluctuation amplitude of the right body position weight, and sends the human body balance value and the human body weight to the terminal.
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Application publication date: 20160817 |