TWM495574U - Portable health measuring management system with automatic identification - Google Patents

Description

Portable health measurement management system with automatic identification

This creative department is related to the technology of health management. In detail, it refers to a portable health measurement management system with automatic identification.

According to the advancement of science and technology, people bring convenience to their lives. However, the side effect is that life is tense, pace is accelerating, and health is harmful. Under the rise of health awareness, in addition to active exercise and diet to maintain physiological functions, physical examination and health management are also common concepts.

Although today's medical technology advances and medical equipment is becoming more advanced, it is the most basic practice to manage and care for the individual's physiological condition. No matter what age group or occupational field, rapid and simple physiological measurement and health management are needed. However, in today's health care field, a health management system that can be popularized and simplified has been developed to enable everyone's health. Rapid collection, analysis and management after physiological testing. In order to overcome this deficiency, the creator is a researcher and proposes this creation.

The main purpose of this creation is to provide a portable health measurement management system with automatic identification, which can perform physiological measurement on the subject and return the value to the cloud or a specific unit for collection or analysis.

The health measurement management system provided by the creation includes: one or more identification devices, each of which includes: The identification unit and an identity recognition wireless module; the identity recognition unit has at least one identity recognition module; the identity recognition unit and the identity recognition wireless module can transmit information; a pairing connector is disposed in the identification device, The identification device can receive information via the pairing connector; the multi-quantity measuring device is configured with a front-end measurement wireless transmitter, and the wireless transmitter records a device identification code of each measuring device; the front-end measuring wireless transmitter can be combined with The pairing connector of the identification device is connected, so that the identification wireless module of the identification device can be connected to the wireless transmitter, and the identification device is paired with the measuring device.

Thereby, the identity of the subject is completed by the system, and after the identification device is paired with a measuring device, the subject can be physiologically measured, and the measured value is transmitted through the front end measuring wireless transmitter. To the back-end platform to manage the physiological information of the subject.

Preferably, the identity recognition unit is a radio frequency identification reading module and/or a wafer reading module.

The health measurement management system provided by this creation can be used in various occasions and has mobility, which can improve the use level of physiological detection.

10‧‧‧Health Measurement Management System

20‧‧‧ Identification equipment

21‧‧‧Processing unit

22‧‧‧identification unit

24‧‧‧identification wireless module

26‧‧‧ Paired joints

27‧‧‧Display unit

28‧‧‧Input/output unit

29‧‧‧Power Module

30 (30a to 30g) ‧‧‧Measurement equipment

32‧‧‧Transport connector

35‧‧‧ front-end measurement wireless transmitter

36‧‧‧ plug

40‧‧‧ Back-end equipment

42‧‧‧ Back-end collection of wireless modules

In order to enable the review board to further understand the purpose, characteristics and effectiveness of the present work, a preferred embodiment of the present invention will be described below in detail with reference to the drawings, wherein: A system diagram of a preferred embodiment.

The second figure is an architectural block diagram of the identification device of a preferred embodiment of the present invention.

The third figure shows the wireless transmitter of a measuring device and an identification device. A schematic diagram of the connection pairing.

The fourth figure is a schematic diagram of the plugging of a measuring device and a wireless transmitter thereof according to a preferred embodiment of the present invention.

Please refer to the first to second figures, which is a preferred embodiment of the portable health measurement management system 10 with automatic identification provided by the present invention, which comprises: one or more identification devices 20 and a plurality of The measuring device 30, the author uses the identification device and the measuring device to automatically connect and identify the pairing, thereby achieving the purpose of managing the health of the subject. Preferably, the plurality of identification devices 20 are used in conjunction with the plurality of measurement devices 30.

Each of the identification devices 20 is a card reader in this embodiment, and can read information such as a health insurance card such as a health insurance card (including an IC integrated circuit) or a wireless radio frequency identification card, which includes: a processing unit 21 is an execution core of the identification device 20; an identity recognition unit 22 includes a radio frequency identification (RFID) read module and a chip reading module, and the radio frequency identification read mode is utilized. The group can obtain the identity information of the user; the identity card with the chip is inserted into the slot (not shown) of the identification device 20, and the identity information of the user can be obtained through the chip reading module. An identity recognition (nRF) wireless module 24 is a 2.4G nRF wireless module that can be bidirectionally transmitted and received in this embodiment, and can wirelessly transmit identity information of the user. The identity identification wireless module 24 is provided with quantity. The pairing connector 26 is installed in the identification device 20 as a connection interface for the identification device to be paired with the measuring device 30; a display unit 27 is an electronic display screen or a liquid crystal display screen (LCD) , LED), can display information or values, such as the identity of the user; an input / output unit 28, can be a button to control the various functions of the identification device 20; a power module 29, provide the identification device 20 required power; each of the above modules and units is coupled to the processing unit 21 to perform related operations.

The multi-quantity measuring device 30, for example, three sphygmomanometer devices 30a, 30b, 30c, three blood glucose meter devices 30d, 30e, 30f and a weight measuring device 30g, etc., may also be used for measuring pulse, blood oxygen, etc. Various measuring equipment. The measuring device 30 can perform various physiological measurements on the subject and generate measurement data. In the present specification, the component symbol 30 is a collective symbol of the measuring device, and the component symbols 30a to 30g are symbols of a specific measuring device. Each measuring device 30 has a transmission connector 32 and is provided with a dedicated and pluggable front end measurement (nRF) wireless transmitter 35, which in this embodiment is a 2.4G nRF Dongle (wireless transmitter). The wireless transmitter 35 can be wirelessly transmitted, and has built-in device information of the measuring device, such as a device identification code (ID No. of the device), and the device identification code is the matching measuring device 30. Exclusive number and/or device information for identification of specific measurement equipment. One end of the front-end measurement wireless transmitter 35 has a plug 36, and the plug 36 is inserted into the transmission connector 32 of the associated measuring device 30. After the plug-in, the wireless transmitter 35 and the measuring device 30 are inserted. The data is transmitted using a non-synchronous transfer (UART) interface, so that measurement information of the measurement device can be transmitted to the wireless transmitter 35.

The system is used in conjunction with a back-end device 40 of a back-end platform, such as a Gateway or Set-Top-Box, with a back-end collection (nRF) wireless module (for 2.4G) The nRF wireless module 42 enables the backend device 40 to receive and manage the identity information and measurement data of the subject, and further transmit the data to the cloud. The back-end platform is, for example, a customer, a framework, a database, a storage medium, a hardware device, or a driver that can initiate a certain function. The network system may be a network platform set up by a specific institution, such as a public institution or a private institution such as a medical institution, a health management company, a sports and leisure center, a community, a school, a public institution, or a business, for collecting and managing the amount. Measurement Information.

The following describes the state of use of the present creation. The subject selects the blood pressure measured by the first sphygmomanometer device 30a as an example. The identification is performed before the measurement and the identification device is paired with the measuring device. When pairing, as shown in the third figure, the plug 36 of the front end measuring wireless transmitter 35 of the sphygmomanometer device 30a is plugged into the mating connector 26 of the identification device 20, and the identification device 20 reads and records the wireless device. The device identification code of the sphygmomanometer 30a of the transmitter 35, and the communication protocol of the wireless transmitter, so that the communication protocol accessed by the identification device is consistent with the wireless transmitter 35, the wireless transmitter 35 and the identification device 20 The identification wireless module 24 can be automatically connected, and then the wireless transmitter 35 is pulled out of the mating connector 26 and inserted into the transmission connector 32 of the measuring device 30. As shown in the fourth figure, the identification device 20 is completed. The pairing of the sphygmomanometer 30a is to be measured.

When the identity is identified, the identity identification unit 22 reads the identity information of the identity card of the subject, and transmits the identity information to the wireless transmitter 35 of the sphygmomanometer 30a through the identity recognition wireless module 24 of the identification device 20. .

After the identification and the pairing between the devices are completed, the subject measures the blood pressure with the sphygmomanometer 30a, and the measured physiological value is transmitted to the wireless transmitter 35 via the transmission connector 32.

The front-end measurement wireless transmitter 35 receives the identity information and the measured value of the test subject, and then wirelessly transmits the wireless module 42 to the back end of the back-end device 40 to collect the wireless module 42 so that the back-end platform or the receiver collects the identity information. And the measured value can be further analyzed and managed, so that the physiological measurement data of a specific subject can be obtained. The information and values can be transmitted to the cloud, so that other platforms can obtain the test information of the test subject. Using this creation, the identity information and physiological information of the subject are combined and will not be confused, so the creation has the effect of automatically identifying the identity of the subject.

The specific identification device 20 and the specific measurement device 30 are in the match In the case of the right, if the pairing relationship of the device is not changed, that is, if the next subject still measures the blood pressure with the paired identification device 20 and the first sphygmomanometer 30a, there is no need to re-pair, only After the identification device 20 is required to complete the identification of the subject, the sphygmomanometer 30a can be directly used for measurement. When the identification device 20 is to be paired with another measurement device 30, it is necessary to re-plug the wireless transmitter 35 of the measurement device to be paired for pairing.

The backend collection wireless module 42 of the backend device 40 can simultaneously receive the data transmitted by the wireless transmitters 35 of the plurality of measurement devices 30, and can achieve multiple measurements by using multiple measurement devices 30 simultaneously. The purpose is not to delay the transmission of data or wait for multiple data transmission at the same time.

The creation of the health measurement management system can be applied to various occasions and environments, such as home care, especially for elders or disease patients in the home, through the basic physiological test data, can monitor their health status, and the data is transmitted to the far The medical personnel at the end can judge or monitor the physiological state of the subject to achieve the purpose of remote care. Or in the case of collective health check, especially for elderly people or high-risk rickets, through the basic physiological test data, the health status can be monitored and transmitted to the medical staff in the cloud to judge or Monitor the physiological state of the subject to see if it is different, and achieve the purpose of preventive medicine.

This creation can also be applied to community health checks, community care functions, and regular physiological measurements in rehabilitation and fitness settings. Taking the community as an example, physiological measurement is performed on the community, and the identification device 20 is used to identify the identity of the subject. The rear end of the back-end device 40 collects the wireless module 42 as a multiplex module, which enables the The measuring device 30 simultaneously measures the majority of the subjects to speed up the overall measurement speed; the school's health room, medical institution, and company can also use the creation to measure most of the objects at the same time, each object quantity The measured values are transmitted concurrently to the backend platform. The identification equipment and measuring equipment of this creation can be moved to improve the convenience of measurement, only In order to have a network, you can conveniently use the measurement management system of this creation. After obtaining the measurement data, it can be used for health management of regular testing and analysis. The specific institution knows the physiological condition of the subject, and can immediately judge whether the physiological state of the subject is within the safe range or beyond the normal range. If further examination is required, then go to the medical institution for further testing. People who do not need a boat trip to and from the hospital can enjoy simple regular health checks and improve the effectiveness of preventive medicine.

The above examples are merely illustrative of the present invention and are not limiting. The health measurement management system provided by this creation can easily complete the daily management of users, regular tracking and even the health measurement management of medical services. It is the first technology in this technology field and has the practical effect. , 提出 apply in accordance with the law.

10‧‧‧Health Measurement Management System

20‧‧‧ Identification equipment

22‧‧‧identification unit

24‧‧‧identification wireless module

30 (30a to 30g) ‧‧‧Measurement equipment

35‧‧‧ front-end measurement wireless transmitter

40‧‧‧ Back-end equipment

42‧‧‧ Back-end collection of wireless modules

Claims (10)

A portable health measurement management system with automatic identification includes: one or more identification devices, each of the identification devices includes: an identity recognition unit and an identity recognition wireless module; the identity recognition unit has At least one identification module; the identification unit and the identification wireless module can transmit information; a pairing connector is disposed on the identification device, and the identification device can receive data via the pairing connector; Each of the measuring devices is configured with a front-end measurement wireless transmitter, and the front-end measurement wireless transmitter records a device identification code of the measuring device; the front-end measuring wireless transmitter can be connected with the matching device of the identification device and Separating, the identification wireless module of the identification device can be connected to the front-end measurement wireless transmitter, and the identification device is paired with the measurement device. The health measurement management system of claim 1, wherein the identification device has a processing unit; the identity recognition unit, the identity recognition wireless module, and the mating connector are connected to the processing unit. The health measurement management system of claim 1, wherein: the front-end measurement wireless transmitter has a plug; each of the measurement devices has a transmission connector; the front-end measurement wireless transmitter The plug can be plugged and unplugged at the mating connector of the identification device and the transmission connector of the measuring device. For example, the health measurement management system described in claim 1 includes: a back-end device having a back-end collection wireless module for data transmission with the front-end measurement wireless transmitter. The health measurement management system of claim 1, wherein the identification unit has a radio frequency identification reading module or a wafer reading module. The health measurement management system of claim 1, wherein the identification unit is provided with a radio frequency identification reading module and a wafer reading module. The health measurement management system of claim 1, wherein: the front-end measurement wireless transmitter is connected to the pairing connector of the identification device, and the identification device obtains a communication protocol of the front-end measurement wireless transmitter. . The health measurement management system according to claim 1, wherein the front-end measurement wireless transmitter is an nRF Dongle type wireless transmitter. For example, the health measurement management system described in claim 4, wherein: the back-end collection wireless module can simultaneously transmit data with most of the front-end measurement wireless transmitters. The health measurement management system of claim 4, wherein the front-end measurement wireless transmitter and the back-end collection wireless module use the same or compatible communication protocol.