CN221308172U - Portable personal health monitoring system and device - Google Patents
Portable personal health monitoring system and device Download PDFInfo
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- CN221308172U CN221308172U CN202322196630.8U CN202322196630U CN221308172U CN 221308172 U CN221308172 U CN 221308172U CN 202322196630 U CN202322196630 U CN 202322196630U CN 221308172 U CN221308172 U CN 221308172U
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Abstract
The utility model relates to the technical field of health detectors, in particular to a portable personal health monitoring system and device; the system comprises a detector, a monitoring system, a medical service unit, an APP module, a monitoring system and a control unit, wherein the hardware for detecting body indexes is arranged on the detector and matched with the monitoring system which is arranged in the detector, a user can detect and store various body indexes through the detector, and automatically complete data analysis through the monitoring system, so that a patient can better know the change condition of the body indexes of the patient, the APP module is arranged on the monitoring system and can be arranged on the electronic equipment, the patient can more conveniently review the change condition of the body indexes of the patient at any time and any place, and corresponding medical staff can be associated through the medical service unit, and when the body indexes of the user are abnormal, the user can be timely contacted with the medical staff; the health detection device solves the problems that the health detection device in the prior art is single in detection item and is difficult to assist a user to know the change condition of the health state of the user.
Description
Technical Field
The utility model relates to the technical field of health detectors, in particular to a portable personal health monitoring system and device.
Background
In daily life, indexes such as blood sugar, uric acid, total cholesterol (blood fat), blood pressure, heart rate, blood oxygen, electrocardiogram, body temperature and the like are required to be detected regularly to detect whether the body of the user is abnormal or not, the user can generally detect the abnormal body through medical and health departments such as hospitals or sanitary rooms, and the user can also purchase corresponding equipment to detect the indexes of the body at any time and any place at home.
Disclosure of utility model
Aiming at the defects of the prior art, the utility model provides a portable personal health monitoring system and device, which solve the problems that the health detection device in the prior art has single detection item and is difficult to assist a user to know the change condition of the health state of the user.
In order to achieve the above purpose, the present utility model provides the following technical solutions:
A personal wellness monitoring system comprising a data acquisition module for collecting user wellness data, further comprising:
The data analysis module is used for analyzing the user health data acquired by the data acquisition module and outputting the user health analysis data;
The data storage module is used for storing the user health data acquired by the data acquisition module and the user health analysis data output by the data analysis module;
the cloud storage module is used for carrying out data interaction and storage with the data storage module;
the display module establishes a communication protocol with the data storage module and is used for acquiring and displaying the user health data and the user health analysis data stored in the data storage module or the cloud storage module;
The data transmission module is used for establishing data communication between the data transmission module and the cloud storage module.
Preferably, the data analysis module includes:
The transverse comparison unit is used for comparing the health data of the user in the data storage module and the cloud storage module with the health data of the big data user and outputting a transverse comparison result to the data storage module.
The longitudinal comparison unit is used for acquiring historical health data of the user in the data storage module and the cloud storage module, analyzing the health change trend of the user and outputting a longitudinal comparison result to the data storage module.
Preferably, the system further comprises:
The APP module is used for inquiring historical health data and user health analysis data of the user in the data storage module and the cloud storage module and sending alarm information timely.
Preferably, the APP module includes:
The data query unit is used for acquiring historical health data and user health analysis data of a user in the data storage module and the cloud storage module;
And the alarming and prompting unit is used for sending alarming information at proper time according to the user history health data and the user health analysis data acquired by the data query unit.
Preferably, the APP module further comprises:
The medical service unit is used for sending the alarming information of the alarming and prompting unit, the historical health data of the user and the user health analysis data to the receiving end of the appointed medical staff or the appointed other people.
The technical scheme also provides a portable personal health monitoring device, which comprises a detector and a cloud server, wherein the cloud server is used for storing user health data and analysis data in the detector;
the detector comprises a shell serving as an installation carrier, a blood sugar detection unit for detecting blood sugar of a user is arranged on the shell, a blood fat uric acid detection unit for detecting blood fat and uric acid of the user is arranged on the shell, a display screen is arranged on the shell, a photoelectric sensor, a first electrocardio-electrode plate, a second electrocardio-electrode plate and a third electrocardio-electrode plate for detecting blood pressure, heart rate, blood oxygen and electrocardiogram data of a human body are arranged on the shell, a temperature detection unit for detecting body temperature of the user is further arranged on the shell, and a menu key, a start key and a reset key are further arranged on the shell.
Compared with the prior art, the utility model provides a portable personal health monitoring system and a portable personal health monitoring device, which are provided with the following components
The beneficial effects are that:
1. The hardware that sets up on the detector that multiple was used for detecting the physical index cooperates the monitoring system who carries on in the detector, and the user can carry out the detection and the storage of each item index of health through the detector to adopt automatic or manual mode to accomplish the analysis to data through monitoring system is automatic, thereby help the patient better to know the change condition of self physical index, convenience of customers in time discovers unusual and changes self living habit, thereby help patient that can be better keeps healthy health state.
2. The APP module is arranged on the monitoring system and can be arranged on the electronic equipment, the change condition of the body condition of the user can be conveniently referred to anytime and anywhere by the patient through the wireless communication network, the health state of the user can be known through a transverse or longitudinal mode, corresponding medical staff can be associated through a medical service unit, when the body index of the user is abnormal, the user can be contacted with the medical staff through a manual or automatic mode, and therefore the user can be assisted in time to recover the good body state.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this specification, illustrate embodiments of the application and together with the description serve to explain the application and do not constitute a limitation on the application. In the drawings:
FIG. 1 is a block diagram of a personal health monitoring system of the present utility model;
FIG. 2 is a schematic diagram of a personal wellness monitoring device of the present utility model;
FIG. 3 is a schematic diagram of the detector of the present utility model.
In the figure: 10. a data acquisition module; 20. a data analysis module; 201. a lateral contrast unit; 202. a longitudinal comparison unit; 30. a data storage module; 40. a display module; 50. the cloud storage module; 60. a data transmission module; 70. an APP module; 701. a data query unit; 702. an alarm and prompt unit; 703. a medical service unit; 80. a detector; 801. a housing; 802. a blood sugar detection unit; 803. a blood lipid uric acid detection unit; 804. a display screen; 805. a photoelectric sensor; 806. a temperature detection unit; 90. the cloud server; 901. a first electrocardio-electrode plate; 902. a second electrocardio-electrode plate; 903. and a third electrocardio-electrode plate.
Detailed Description
The following detailed description of embodiments of the present application will be given with reference to the accompanying drawings and examples, by which the implementation process of how the present application can be applied to solve the technical problems and achieve the technical effects can be fully understood and implemented.
Fig. 1 to 3 are diagrams showing an embodiment of the present utility model, which is improved to make the detection items more diversified and analyze the change of the health status of the patient according to the detection data of the user.
A personal health monitoring system comprising a data acquisition module 10 for collecting user health data, further comprising: the data analysis module 20 is configured to analyze the user health data acquired by the data acquisition module 10 and output user health analysis data; the data storage module 30 is configured to store the user health data acquired by the data acquisition module 10 and the user health analysis data output by the data analysis module 20; the cloud storage module 50 is used for performing data interaction and storage with the data storage module 30; the display module 40 establishes a communication protocol with the data storage module 30, and is used for acquiring and displaying the user health data and the user health analysis data stored in the data storage module 30 or the cloud storage module 50; the data transmission module 60 is configured to establish data communication between the data transmission module 60 and the cloud storage module 50.
The data acquisition module 10 is used for acquiring indexes such as blood sugar, uric acid, blood fat, blood pressure, heart rate, blood oxygen, electrocardiogram, body temperature and the like of a user in various ways, for example, when blood sugar is measured, blood is dripped on test paper, the chemical reaction oxidizes glucose to generate hydrogen peroxide by measuring glucose in blood and glucose oxidase in the test paper, and then another monitoring device is used for measuring the hydrogen peroxide content value to obtain the blood sugar content value, so as to further detect the blood sugar value, the way is a mature technology in the prior art, the specific acquisition modes of other indexes can refer to a single health detection device in the prior art, no one is listed here, the data analysis module 20 compares various historical data of a patient to obtain the change trend of each index, the display module 40 can be used for displaying in a line graph or the like to help a patient to better know the change condition of each index of his own body, the data analysis module 20 can be realized in a mode of combining an MCU and algorithm software, the data storage module 30 and the cloud storage module 50 can be used for reading corresponding index data of a user and displaying the index data in a certain form as a line graph, the data storage module 30 can be a storage device such as a hard disk or a USB flash disk, the display module 40 can also be used for sending an instruction from the data storage module 30 through the MCU to retrieve and display history detection data, the display module 40 can be an electronic screen such as a small liquid crystal display screen with the model YX14401A, or other types of display screens, in order to further prolong the data storage period of the user, the data stored in the data storage module 30 can be manually or automatically sent to the cloud storage module 50 for storage through the data transmission module 60, the cloud storage module 50 can be a company's own server or a rented server, and the data transmission module 60 can be a TK8610 wireless terminal chip, or other chips or devices capable of realizing wireless communication, so that a user can conveniently review the data in the future.
As a preferred technical solution of this embodiment, the data analysis module 20 further includes:
The transverse comparison unit 201 is configured to compare personal health data of the user in the data storage module 30 and the cloud storage module 50 with health data of a big data user, and output a transverse comparison result to the data storage module 30; according to the information of age, sex, occupation and the like of the user, the data analysis module 20 acquires the health data of the big data user in the cloud storage module 50, wherein the big data user refers to a group with the same physical health condition of big data statistics, the big data user refers to an average value of corresponding indexes of the group, the big data user is compared with the average value of corresponding indexes of the group, and the quality of each physical index of the user in the transverse user group is given through algorithm software, so that the user is helped to know the physical health condition of the user.
The longitudinal comparison unit 202 is configured to obtain historical health data of the user in the data storage module 30 and the cloud storage module 50, analyze a health variation trend of the user, and output a longitudinal comparison result to the data storage module 30, and perform longitudinal comparison on the historical data of the same physical index to obtain a physical variation condition of the user in a period of time, thereby helping the patient to further know whether the recent life state is abnormal, and further helping the user to improve the life habit, and the user can intuitively check the analyzed transverse comparison result or longitudinal comparison result through the display module 40.
As a preferred technical solution of this embodiment, the present system further includes:
The APP module 70, the APP module 70 is configured to query the historical health data and the user health analysis data of the user in the data storage module 30 and the cloud storage module 50, and send out alarm information in good time, where the APP module 70 may be mounted on an electronic device such as a mobile phone, so that the user may review various body indexes of the user at any time and any place, and prompt some body indexes beyond the normal range in a popup window, a short message, and other manners.
As a preferred technical solution of this embodiment, the APP module 70 includes:
the data query unit 701, wherein the data query unit 701 is configured to obtain historical health data and user health analysis data of the user in the data storage module 30 and the cloud storage module 50; the data query unit 701 is used for facilitating the user to comprehensively compare the conditions of the body indexes of the user from the two aspects of transverse and longitudinal, thereby helping the user to better prevent and improve.
The alarming and prompting unit 702 is configured to timely send out alarming information according to the user history health data and the user health analysis data obtained by the data query unit 701, for example, when a certain physical index of the user exceeds a normal range once or continuously for multiple times, the user can be prompted by a preset alarming mode in the alarming and prompting unit 702, for example, sending a short message, collecting a popup prompt, and the like, so that the user is reminded of recovering healthy eating and rest habits.
As a preferred technical solution of this embodiment, the APP module 70 further includes:
The medical service unit 703 is configured to send the alarm information of the alarm and prompt unit 702, the historical health data of the user and the analysis data of the user's health to a receiving end of a designated medical staff or a designated other person, and when the physical index of the user is abnormal and triggers the alarm information, the corresponding medical staff can be associated in the medical service unit 703, so that each physical index condition can be automatically or manually sent to the medical staff, the sending mode can be a mail or a short message mode, or the medical staff registers on the APP module 70, and then the alarm information is sent to an account registered by the medical staff, and the medical staff can better assist the medical staff to restore the healthy physical condition.
Corresponding to the monitoring system provided in the above embodiment, the utility model also discloses a portable personal health monitoring device, which comprises a detector 80, and a cloud server 90 for storing user health data and analysis data in the detector 80; the cloud server 90 generally has a background management system for managing the personal health monitoring system and managing the personal accounts and systems of the user, and is used for collecting, classifying, counting, giving out the detection result and reporting each time or the result and reporting each specific period of detection, giving out health advice and guidance according to the detection result and reporting, and establishing a personal health information map library of the user.
The detector 80 comprises a shell 801 as a mounting carrier, a blood sugar detection unit 802 for detecting blood sugar of a user is mounted on the shell 801, a blood fat uric acid detection unit 803 for detecting blood fat and uric acid of the user is mounted on the shell 801, the blood sugar detection unit 802 and the blood fat uric acid detection unit 803 detect through test paper, the user can attach corresponding samples to the test paper and detect substances reacted on the test paper through an internal detection device to obtain data of blood sugar, blood fat, uric acid and the like of the patient, a display screen 804 is mounted on the shell 801, the display screen 804 is used for displaying analysis data of a monitoring system or health data and the like of the user, a photoelectric sensor 805 for detecting blood pressure, heart rate, blood oxygen and electrocardiogram data of the user, a first electrocardio-electrode plate 901, a second electrocardio-electrode plate 902 and a third electrocardio-electrode plate 902 of the patient detect bioelectric signals of the patient in an electrochemical mode so as to acquire ECG and PPG data of the human body, a temperature detection unit 806 for detecting the body temperature of the user is further arranged on the shell 801, and a menu key 807, a start key 808 and a reset key 809 are further arranged on the shell 801.
Through integrating multiple detection items on the detector 80, thereby the detection of conventional indexes such as blood sugar, uric acid, blood fat, blood pressure, heart rate, blood oxygen, electrocardiogram, body temperature and the like of a user can be completed through one device, multiple physical index detection data are obtained, the blood sugar detection unit 802, the blood fat uric acid detection unit 803, the photoelectric sensor 805 and the temperature detection unit 806 are specific hardware structures of the data acquisition module 10, the photoelectric sensor 805, the first electrocardio-electrode plate 901, the second electrocardio-electrode plate 902 and the third electrocardio-electrode plate 903 are used for completing the comprehensive acquisition of photoelectric signals, then the change condition of the health condition of the user is analyzed through an MCU and software regularly through a monitoring system, the corresponding data analysis module 20 can be located in a server, the data analysis module 20 can be calculated through the server, the data storage module 30 stores data through hardware such as a hard disk, the data in the data storage module 30 are called out through an MCU, the data are displayed through the hardware of the display screen 804 of the display module 40, in order to improve the number of the data storage, the data are sent to the storage module 50 through hardware such as a wireless communication chip of the data transmission module 60, the user has the function 808 and the function of using a single key for booting key 807 is different from the user to the storage module, of the user has the function of using the key 807: firstly, the power-on and power-off, secondly, the state of the inspection instrument, and thirdly, the manual temperature measurement control is carried out in cooperation with the temperature detection unit 806. The reset key 809 is used for resetting parameters and instruments, and a user can consult various user health data through matching of keys on the detector 80 and an electronic screen, so that the user is helped to better know the change of the self physical condition, and the occurrence of diseases is better prevented.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.
Claims (5)
1. A personal wellness monitoring system comprising a data acquisition module (10) for collecting user wellness data, characterized by: further comprises:
the data analysis module (20) is used for analyzing the user health data acquired by the data acquisition module (10) and outputting the user health analysis data;
The data storage module (30), the said data storage module (30) is used for storing the user's health data that the data acquisition module (10) obtained, and the user's health analysis data that the data analysis module (20) outputs;
The cloud storage module (50) is used for carrying out data interaction and storage with the data storage module (30);
The display module (40) establishes a communication protocol with the data storage module (30) and is used for acquiring and displaying user health data and user health analysis data stored in the data storage module (30) and the cloud storage module (50);
The data transmission module (60), the data transmission module (60) is used for establishing data communication between the data transmission module (60) and the cloud storage module (50);
The data analysis module (20) comprises:
The transverse comparison unit (201) is used for comparing the health data of the user in the data storage module (30) and the cloud storage module (50) with the health data of the big data user and outputting a transverse comparison result to the data storage module (30);
The longitudinal comparison unit (202) is used for acquiring historical health data of a user in the data storage module (30) and the cloud storage module (50), analyzing a user health change trend and outputting a longitudinal comparison result to the data storage module (30).
2. A personal wellness monitoring system as set forth in claim 1, wherein: the system further comprises:
The APP module (70) is used for inquiring historical health data and user health analysis data of a user in the data storage module (30) and the cloud storage module (50) and sending alarm information timely.
3. A personal wellness monitoring system as claimed in claim 2, wherein: the APP module (70) comprises:
The data query unit (701), wherein the data query unit (701) is used for acquiring historical health data and user health analysis data of a user in the data storage module (30) and the cloud storage module (50);
And the alarming and prompting unit (702) is used for sending alarming information timely according to the user historical health data and the user health analysis data acquired by the data query unit (701).
4. A personal wellness monitoring system as claimed in claim 3, wherein: the APP module (70) further comprises:
And the medical service unit (703), wherein the medical service unit (703) is used for sending the alarm information of the alarm and prompt unit (702), the historical health data of the user and the user health analysis data to the receiving end of the appointed medical staff or the appointed other people.
5. A portable personal wellness monitoring device, comprising: the system comprises a detector (80), and further comprises a cloud server (90) for storing user health data and analysis data in the detector (80);
The detector (80) comprises a shell (801) serving as an installation carrier, a blood sugar detection unit (802) for detecting blood sugar of a user is installed on the shell (801), a blood fat uric acid detection unit (803) for detecting blood fat and uric acid of the user is installed on the shell (801), a display screen (804) is installed on the shell (801), a photoelectric sensor (805) for detecting blood pressure, heart rate, blood oxygen and electrocardiogram data of a human body, a first electrocardio-electrode plate (901), a second electrocardio-electrode plate (902) and a third electrocardio-electrode plate (903) are installed on the shell (801), a temperature detection unit (806) for detecting the body temperature of the user is further arranged on the shell (801), and a menu key (807), a start key (808) and a reset key (809) are further arranged on the shell.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202322196630.8U CN221308172U (en) | 2023-08-16 | 2023-08-16 | Portable personal health monitoring system and device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202322196630.8U CN221308172U (en) | 2023-08-16 | 2023-08-16 | Portable personal health monitoring system and device |
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| CN221308172U true CN221308172U (en) | 2024-07-12 |
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| CN202322196630.8U Active CN221308172U (en) | 2023-08-16 | 2023-08-16 | Portable personal health monitoring system and device |
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