CN203290885U - Portable remote monitor and health monitoring system constructed by portable remote monitor - Google Patents

Abstract

The utility model discloses a portable remote monitor. The portable remote monitor is composed of a monitor base body, a monitor disk face, a body state information acquisition device, a liquid crystal display and a binding band. The body state information acquisition device is arranged on the reverse side of the monitor base body or on the binding band, and a digital/analog conversion module and a wifi module are arranged in the monitor base body. A monitor terminal device and a far-end server conduct signal transmission through Internet, so that real-time communication of the monitor terminal device and the far-end server is achieved, and body state information data of a user are transmitted to the far-end server for processing in real time. The utility model further provides a health monitoring system constructed by the portable remote monitor. By the adoption of the portable remote monitor and the health monitoring system constructed by the portable remote monitor, vital sign parameters such as the heart rate and body temperature can be measured in real time, a wireless network is utilized, complex data processing working is conducted by the server through the network, therefore, complex monitoring terminals are integrated to the small monitor similar to a watch, and portability is greatly improved.

Description

Portable telemonitor and the health monitoring system it builds

technical field

The utility model relates to a human health monitoring device, in particular to a vital sign monitor, which is suitable for the manufacturing field of Internet of Things products in terms of life and health.

Background technique

With the development of society, people pay more and more attention to the monitoring of the health status of the living body. Therefore, a large number of human health monitoring products have emerged as the times require, and various monitoring instruments based on the detection of human physiological parameters have entered people's lives, providing people with great health protection. However, the portability and intelligence of these instruments need to be improved, and the size is not small enough. The existing human health monitoring equipment is complex and has high manufacturing costs, which cannot meet the needs of entering the family in the future. Even in the medical institution industry, its application And the reach is also not ideal.

Utility model content

The purpose of this utility model is to overcome the deficiencies of the prior art, to provide a portable remote monitor and health monitoring system, which can measure vital sign parameters such as heart rate and body temperature in real time, and use wireless network to process complex data through network communication. It is performed by the server, thus integrating the complex monitoring terminal into a miniaturized monitor similar to a watch, which greatly improves portability. In addition, the high-performance remote server can process the data of multiple terminals and determine the user's physiological state. When the user's physical state is abnormal, it can respond quickly and notify the emergency center and guardians in time. Suitable for home and medical institutions.

In order to achieve the above invention and creation purpose, the utility model adopts the following technical solutions:

A portable remote monitor, which is composed of a monitor terminal device and a belt. The belt forms a wristband of the monitor terminal device, so that the monitor terminal device is worn on the user's arm through the belt. The monitor terminal device is controlled by the monitor Composed of base body, monitor panel, body state information collection device and liquid crystal display, the monitor panel is installed on the front of the monitor base to form a dial, and the built-in clock module in the monitor base displays time through the monitor panel and collects body status information The device is set on the back of the monitor base body or on the belt that can be in close contact with the user's arm, the body state information collection device is connected with the monitor base body signal, and the signal transmission between the monitor terminal device and the remote server is carried out through the Internet. The monitor base has a built-in digital/analog conversion module and a wifi module. The digital/analog conversion module converts the analog signal output by the body state information collection device into a digital signal, and the signal output terminal of the digital/analog conversion module is connected to the signal input terminal of the wifi module. , the wifi module is connected with the external Internet signal to realize the real-time communication between the monitor terminal device and the remote server, and transmit the user's body status information data to the remote server in real time for processing, and the remote server will process the processed user's body The state information data is sent back to the wifi module via the Internet, and the wifi module transmits the user's body state information data to the liquid crystal display screen, so that the liquid crystal display screen displays the user's body state information.

The above-mentioned body state information collection device preferably includes at least a heart rate sensor or a body temperature sensor, the body temperature sensor and the heart rate sensor are respectively connected to the monitor matrix signal, and the user's heart rate data and body temperature data are transmitted to the remote server in real time through the wifi module and via the Internet for further processing. After processing, the remote server sends the processed user's heart rate data and body temperature data back to the wifi module via the Internet, and then displays the user's heart rate information and body temperature information through the LCD screen.

As a preferred technical solution of the present invention, the body state information collection device preferably includes both a heart rate sensor and a body temperature sensor.

A health monitoring system constructed using the portable remote monitor of the utility model, comprising a remote server and at least one portable remote monitor terminal, each portable remote monitor terminal is at least composed of a signal collector and an information display, the signal collector Real-time collection of the user's physical state information, and the collected user's physical state information is transmitted to the remote server through the Internet, and the remote server sends the processed user's physical state information data back to the server via the Internet. Each portable remote monitor terminal displays the user's heart rate information or body temperature information through the information display of each portable remote monitor terminal. For comparison, when the user's physical state data obtained by the remote server exceeds the normal value and an abnormality occurs, the remote server automatically sends an alarm message to the alarm terminal through the Internet.

In the health monitoring system of the present invention, the above-mentioned alarm terminal preferably at least includes an emergency center terminal or a telephone terminal held by a designated guardian, and the remote server sends alarm information to the emergency center terminal and the telephone terminal held by the designated guardian respectively through the Internet.

In the health monitoring system of the present invention, the above-mentioned remote server sends alarm information to the telephone terminal held by the designated guardian through the Internet, preferably through the mobile communication network, according to the abnormal information of the user's physical state.

In the health monitoring system of the present invention, the signal collector includes at least a heart rate sensor or a body temperature sensor.

In the health monitoring system of the present invention, each of the above-mentioned portable remote monitor terminals has a built-in wifi module, and the user can carry the portable remote monitor with him in an environment with wifi.

Compared with the prior art, the utility model has the following substantive features and advantages:

1. The portable remote monitor and the health monitoring system constructed by the utility model can measure the heart rate and body temperature in real time, process the data through the remote server, determine the physiological state of the user, and make corresponding responses. Suitable for home and medical institutions.

2. The portable remote monitor of the utility model is used in a wifi environment, and the wireless network is used to realize real-time monitoring, which is convenient and effective. Wearing the portable remote monitor of the utility model on the arm will not affect the arm movement and the work. , will not affect daily life.

3. The portable remote monitor of the utility model separates the data processing function, transfers the complex data processing work to a powerful server through the network, reduces the built-in functional devices of the traditional monitor, is convenient for miniaturization, and is more convenient to carry and use. convenient.

4. The health monitoring system of this utility model forms an Internet of Things structure, which can process the data of multiple terminals and determine the physiological state of the user. Center and Guardian Notified.

Description of drawings

Accompanying drawing 1 is the structural representation of a portable remote monitor of the utility model embodiment.

Accompanying drawing 2 is the structural schematic diagram of a health monitoring system of the embodiment of the utility model.

Accompanying drawing 3 is the schematic diagram of the signal transmission relation of the health monitoring system of the embodiment of the utility model.

Accompanying drawing 4 is the structure diagram of the health monitoring system of the second embodiment of the utility model.

Figure 5 is a schematic diagram of the signal transmission relationship of the health monitoring system in Embodiment 2 of the present utility model.

Detailed ways

Preferred embodiment of the present utility model is described as follows in conjunction with accompanying drawing:

Embodiment one:

In this embodiment, referring to FIGS. 1 to 3, a portable remote monitor is composed of a monitor terminal device 100 and a belt 200. The belt 200 forms a wristband of the monitor terminal device 100, so that the monitor terminal device 100 Worn on the user's arm through a belt 200, the monitor terminal device 100 is composed of a monitor base 101, a monitor panel 102, a heart rate sensor 201, and a liquid crystal display 103, and the monitor panel 102 is installed on the front of the monitor base 101 And form a dial, the clock module built in the monitor base 101 displays the time through the monitor panel 102, the heart rate sensor 201 is arranged on the belt 200 that can be in close contact with the user's arm, the heart rate sensor 201 and the monitor base 101 signal connection, the monitor terminal device 100 and the remote server 300 carry out signal transmission through the Internet, the monitor base 101 has a built-in digital/analog conversion module 104 and a wifi module 105, and the digital/analog conversion module 104 converts the analog signal output by the heart rate sensor 201 Converted to a digital signal, the signal output end of the digital/analog conversion module 104 is connected to the signal input end of the wifi module 105, and the wifi module 105 is connected to the external Internet signal to realize the real-time communication between the monitor terminal device 100 and the remote server 300, and the The user's heart rate information data is uploaded to the remote server 300 for processing in real time, and the remote server 300 sends the processed user's heart rate information data back to the wifi module 105 via the Internet, and the wifi module 105 transmits it to the LCD screen 103 for use The user's heart rate information data, so that the liquid crystal display 103 displays the user's heart rate status information. In this embodiment, each portable remote monitor terminal has a built-in wifi module 105, which is convenient for the user to carry the portable remote monitor with him in an environment with wifi. The portable remote monitor in this embodiment can measure the heart rate in real time, process the data through the remote server, determine the physiological state of the user, and make a corresponding response, which is suitable for families and medical institutions.

In this embodiment, referring to Fig. 2 and Fig. 3, the health monitoring system constructed by the portable remote monitor includes a remote server 300 and one or more portable remote monitor terminals, and each portable remote monitor terminal consists of at least Composed of a signal collector and an information display, the signal collector collects the user's heart rate data information in real time, and transmits the collected user's heart rate data information to the remote server 300 through the Internet, and the remote server 300 uses the processed The heart rate data information data of the user is sent back to each portable remote monitor terminal via the Internet, and the user's heart rate information is displayed on the information display of each portable remote monitor terminal. At the same time, when the remote server 300 processes the user's heart rate information data , compared with the heart rate reference value of the preset healthy body state, when the user’s heart rate data value obtained by the remote server 300 exceeds the normal value and an abnormality occurs, the remote server 300 automatically sends an alarm message to the alarm terminal through the Internet. The alarm terminal includes the emergency center terminal 400 and the telephone terminal 500 held by the designated guardian. The remote server 300 sends alarm information to the emergency center terminal 400 and the telephone terminal 500 held by the designated guardian respectively through the Internet. The health monitoring system of this embodiment forms an Internet of Things structure, which can process the data of multiple terminals and determine the physiological state of the user. Guardian notification.

Embodiment two:

This embodiment is basically the same as Embodiment 1, especially in that:

In this embodiment, referring to Fig. 4 and Fig. 5, the monitor terminal device 100 is composed of a monitor base 101, a monitor panel 102, a heart rate sensor 201, a body temperature sensor 202, and a liquid crystal display 103, and the body temperature sensor 202 is also arranged on On the belt 200 that can be in close contact with the user's arm, the body temperature sensor 202 is also signal-connected to the monitor base 101, and the user's body temperature data is also transmitted to the remote server 300 in real time through the wifi module 105 and via the Internet for processing. The remote server 300 also sends the processed user's body temperature data back to the wifi module 105 via the Internet, and then displays the user's heart rate information and body temperature information through the LCD screen 103 respectively. In this embodiment, the device for collecting body state information includes a heart rate sensor 201 and a body temperature sensor 202 at the same time. The portable remote monitor of this embodiment can also realize real-time body temperature measurement at the same time, and upload the heart rate data and body temperature data to the remote server 300 for comprehensive analysis and processing. Through the powerful analysis ability of the remote server 300, a better comprehensive judgment The user's physical condition can predict the user's vital signs in a timely manner, and provide a convenient solution for timely detection of physical discomfort and rapid medical treatment.

In this embodiment, referring to Fig. 4 and Fig. 5, the signal collector of the health monitoring system constructed by the portable remote monitor collects the body temperature data information of the user in real time, and passes the body temperature data information of the collected user through the Internet respectively. To the remote server 300, the remote server 300 sends the processed user's body temperature data information data back to each portable remote monitor terminal via the Internet, and displays the user's body temperature through the information display of each portable remote monitor terminal. Body temperature information, while the remote server 300 processes the user’s body temperature information data, compares it with the preset body temperature reference value of the healthy body state, when the user’s body temperature data value obtained by the remote server 300 exceeds the normal value and an abnormality , the remote server 300 automatically sends alarm information to the alarm terminal through the Internet. Since the remote server 300 of the health monitoring system is powerful and capable of receiving, storing and processing massive amounts of data, it can give full play to the comprehensive advantages of the system for complex data processing of parameters, providing more possibilities for early detection of user diseases.

Embodiment three:

This embodiment is basically the same as the previous embodiment, and the special features are:

In this embodiment, the remote server 300 sends an alarm message to the telephone terminal 500 held by the designated guardian through the Internet and mobile communication network according to the abnormal physical state information including at least the user's heart rate information or body temperature information. In this embodiment, accessing the mobile communication network through the Internet facilitates the realization of the functions of the Internet of Things system and enables the health monitoring system to realize dual-network integration. In the system, the integration of the high-level service applications of the Internet and the mobile communication network can be completely realized. This embodiment provides appropriate strategies for adopting the technical solution of dual-network integration.

The above embodiments of the utility model have been described in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned embodiments, and various changes can also be made according to the purpose of the utility model creation of the utility model. All according to the spirit of the utility model technical solution The changes, modifications, substitutions, combinations, and simplifications made under the essence and principle should all be equivalent replacement methods, as long as they conform to the structure and construction principles of the utility model portable remote monitor and the health monitoring system constructed by it, All belong to the protection scope of the present utility model.

Claims (8)

1. portable remote monitor, by monitor termination (100) and band (200), formed, described band (200) forms the wrist strap of described monitor termination (100), described monitor termination (100) is worn on the arm of user by band (200), it is characterized in that: described monitor termination (100) is by monitor matrix (101), monitor card (102), the condition information collecting device, and LCDs (103) forms, described monitor card (102) is installed on described monitor matrix (101) front and forms dial plate, at the built-in clock module of described monitor matrix (101) by described monitor card (102) displaying time, described condition information collecting device be arranged on can with described monitor matrix (101) back side of the arm close contact of user on or on described band (200), described condition information collecting device is connected with described monitor matrix (101) signal, between described monitor termination (100) and described far-end server (300), by Internet, carry out the signal transmission, the built-in D/A switch module of described monitor matrix (101) (104) and wifi module (105), described D/A switch module (104) is digital signal by the analog signal conversion of described condition information collecting device output, the signal output part of described D/A switch module (104) is connected with the signal input part signal input part of described wifi module (105), described wifi module (105) is connected with exterior I nternet signal, realize the real-time communication of described monitor termination (100) and far-end server (300), the condition information data of user is real-time transmitted to described far-end server (300) to be processed, the condition information data of the user after described far-end server (300) will be processed is sent back to described wifi module (105) via Internet again, described wifi module (105) is to the condition information data of described LCDs (103) transmission user, make described LCDs (103) show the condition information of user.

2. portable remote monitor according to claim 1, it is characterized in that: described condition information collecting device comprises heart rate sensor (201) or body temperature trans (202) at least, described body temperature trans (202) is connected with described monitor matrix (101) signal respectively with described heart rate sensor (201), the heart rate data of user and temperature data are all by described wifi module (105) and via Internet, being real-time transmitted to described far-end server (300) processes, heart rate data and the temperature data of the user after described far-end server (300) will be processed are sent back to described wifi module (105) via Internet respectively again, by described LCDs (103), show respectively again heart rate information and the body temperature information of user.

3. portable remote monitor according to claim 2, it is characterized in that: described condition information collecting device comprises described heart rate sensor (201) and described body temperature trans (202).

4. health monitoring systems that utilizes portable remote monitor claimed in claim 1 to build, comprise far-end server (300) and at least one portable remote monitor terminal, it is characterized in that: each portable remote monitor terminal consists of signal picker and information display all at least, the condition information of described signal picker Real-time Collection user, and the condition information of the user that gathers is transmitted to described far-end server (300) by Internet respectively, the condition information data of the user after described far-end server (300) will be processed, via Internet, be sent back to each described portable remote monitor terminal again, the heart rate information or the body temperature information that by the information display of described each described portable remote monitor terminal, show user, when described far-end server (300) is processed the condition information data of user simultaneously, with default healthy body state reference value, contrast, the user condition data value that obtains when described far-end server (300) exceeds normal value, occur when abnormal, described far-end server (300) sends warning message by Internet from the trend alarm terminal.

5. health monitoring systems according to claim 4, it is characterized in that: described alarm terminal comprises the telephone terminal (500) that emergency center's terminal (400) or designated guardian hold at least, and described far-end server (300) sends warning message by Internet to the telephone terminal (500) that emergency center's terminal (400) and designated guardian hold respectively.

6. health monitoring systems according to claim 5, it is characterized in that: described far-end server (300) passes through Internet, and by mobile communication network, according to the condition abnormal information situation of user, the telephone terminal (500) of holding to the designated guardian sends warning message.

7. the described health monitoring systems of any one according to claim 4～6, it is characterized in that: described signal picker comprises heart rate sensor (201) or body temperature trans (202) at least.

8. the described health monitoring systems of any one according to claim 4～6, it is characterized in that: each described all built-in wifi module of portable remote monitor terminal (105), user are worn with oneself described portable remote monitor and are used having under the environment of wifi.

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