CN206548493U - A kind of home for the aged's intelligent guarding system - Google Patents

Abstract

An intelligent monitoring system for a nursing home, relating to a network monitoring system, the system includes an intelligent ankle ring, an intelligent monitoring service platform and a mobile terminal; the intelligent ankle ring is composed of a sign information collection unit and a foot ring belt; the exercise sign information collection unit has Oval shell; the left side of the sports sign information collection unit shell has a recessed transparent circular display ankle ring cover. This system collects the wearer's running posture through a six-axis acceleration sensor. Since the wearing position is the ankle, the ankle The movement state of the wrist is relatively simple, and it can relatively accurately detect the wearer's walking, running, cycling, swimming, mountain climbing and other actions, and then relatively accurately detect the wearer's movement trajectory, relatively accurate step counting, Meter distance. The network transmits the collected information and data of the elderly's signs to the intelligent monitoring service platform, and provides health analysis, disease prevention, physical examination, and dietary advice for each elderly person's different conditions.

Description

An intelligent monitoring system for nursing homes

technical field

The utility model relates to a network monitoring system, in particular to an intelligent monitoring system for nursing homes.

Background technique

Nursing homes are social welfare organizations that serve the elderly, also known as nursing homes. At present, China is facing a huge pressure of population aging, and the issue of providing for the elderly has become a hot topic of concern to the whole society. Nursing homes have become one of the important ways to solve the problem of providing for the elderly. At present, nursing homes are generally equipped with health monitoring and nursing services for the elderly, but with the increase of the elderly, daily health checks bring a heavy burden to nursing homes. It is not uncommon for chronic and sudden diseases of the elderly not to be treated in time due to failure to monitor in time. Therefore, if the health status and daily activities of the elderly can be monitored in real time, and diseases can be detected and prevented in advance, it can bring security to the healthy life of the elderly in nursing homes.

At present, there are some testing devices for the health of the elderly on the market, but these devices can only find out whether there is a problem with the health of the elderly during the detection, and cannot monitor the health status of the elderly in real time. In addition, these testing equipment only detect the health problems of the elderly at that time, without forming long-term data accumulation, so there is no targeted health guidance and advice for each elderly person's different characteristics.

Contents of the invention

The purpose of this utility model is to provide an intelligent monitoring system for nursing homes. This system collects the wearer's running posture through a six-axis acceleration sensor. Since the wearing position is the ankle, and the movement state of the ankle is relatively simple compared to the wrist, it can be relatively accurate. It can accurately detect the wearer's walking, running, cycling, swimming, mountain climbing and other actions, and then relatively accurately detect the wearer's movement trajectory, and relatively accurately count steps and distances. The network transmits the collected information and data of the elderly's signs to the intelligent monitoring service platform, and provides health analysis, disease prevention, physical examination, and dietary advice for each elderly person's different conditions.

The purpose of this utility model is achieved by the following technical solutions:

An intelligent monitoring system for a nursing home includes an intelligent ankle ring, an intelligent monitoring service platform and a mobile terminal.

The smart anklet is composed of a sign information collection unit and an anklet belt. The motion sign information collection unit has an oval shell. There is a recessed transparent circular display foot ring cover on the left side of the housing of the sports sign information collection unit, which is used to protect the display screen. On the right side of the shell of the exercise sign information collection unit, there is a recessed transparent circular pulse and heart rate collection cover, which is used to seal and protect the temperature and pulse sensors. There is a switch key button on one side of the shell of the sports sign information collection unit. On the top of the shell of the sports sign information collection unit, there is an ankle belt master belt, and under the shell of the sports sign information collection unit, there is an ankle belt with a male belt. This male belt and the master belt are used to fix the intelligent sports ankle ring on the ankle. . In the housing of the exercise sign information collection unit, there are exercise sign information collection circuit boards and lithium batteries. The motion sign information acquisition circuit board is composed of a main processor circuit, a six-axis acceleration sensor, a temperature sensor, a pulse sensor, a power button, an OLED display and a power circuit. The main processor circuit on the sports sign information collection circuit board is composed of NRF51822 and its peripheral circuits, responsible for the collection of sports sign information, the transmission of sports sign information and the automatic time calibration function. The six-axis acceleration sensor on the sports sign information collection circuit board adopts MPU6050, which is responsible for collecting the three-axis acceleration and three-axis angular velocity of the smart sports foot ring. Through the program, it can be judged whether the wearer is engaged in walking, running, Cycling, swimming, mountain climbing and other actions, and then relatively accurately detect the wearer's movement trajectory, and relatively accurately count steps and distances. The temperature sensor on the sports sign information acquisition circuit board adopts MLX90615, and MLX90615 adopts infrared temperature measurement technology to realize non-contact temperature measurement. The temperature sensor uses MLX90615 to collect the wearer's body temperature information through the heart rate and pulse collection foot ring cover under the shell. The pulse sensor on the sports sign information collection circuit board adopts PhotoSensor sensor, which is a photoelectric reflective analog sensor for pulse heart rate measurement. Collect the pulse information of the human body with the pulse collection foot ring cover. The power button on the motion sign information collection circuit board is connected with the power button button on the side of the shell, and is used to turn on and off the intelligent exercise ankle ring. The OLED display screen on the motion sign information collection circuit board displays time information and the wearer's motion sign information through the display foot ring cover above the housing. Time information includes year, month, day, hour, minute, and second; exercise sign information includes temperature, pulse, and calorie consumption. Among them, the smart phone automatically adjusts the time of the ankle ring through wireless network communication to improve the accuracy of the clock. The power circuit on the sports sign information acquisition circuit board is composed of XC6206P332 power module and its peripheral circuit, which is responsible for converting the lithium battery voltage into 3.3V voltage to supply power for the system. At the same time, there is a battery voltage detection circuit on the power supply circuit, and the nRF51822 detects the battery voltage to prompt the user to charge. Two power cords are drawn out from the battery interface, and are drawn out through the ankle strap with a male strap to charge the lithium battery. The lithium battery is a 3.7V lithium battery with a capacity of 500mAh, a discharge cut-off voltage of 2.75V, and a charge cut-off voltage of 4.2V.

The intelligent monitoring service platform is composed of wireless network, server and corresponding elderly monitoring management system. The wireless network is used to collect the wireless data sent by the smart anklet worn by each elderly person in the nursing home for use by the server. The elderly monitoring and management system is divided into physical layer, data link layer, intelligent analysis layer, and user application layer according to different functions. The physical layer consists of a wireless network, a wired network card or a wireless network card in the server, and is responsible for receiving wireless network data sent by the smart anklet. The data link layer is composed of the TCP/IP protocol analysis module, which realizes the TCP/IP protocol analysis, and then obtains the data sent by the smart anklet. The intelligent analysis layer consists of data processing and data mining modules. The data processing module is responsible for processing the physical sign data sent by the smart ankle ring, and adopts the adaptive peak-seeking wavelet threshold denoising algorithm to improve the accuracy of heart rate detection. Analyze the gait behavior of the elderly according to the output data of the six-axis acceleration sensor, and further analyze whether there is a fall. The data mining module digs out information that is beneficial to the health of the elderly through the long-term accumulation of the elderly's sign data, and gives guiding suggestions that are beneficial to health according to the physical condition of each elderly person. The user application layer consists of a user login module, a user health analysis module, a user physical examination suggestion module, a user diet suggestion module, a sign information display module, an automatic time correction module and an emergency alarm module. The user login module enables doctors and guardians to log in and access the intelligent monitoring system. The user health analysis module gives the health status of the elderly based on the analysis of the elderly's sign information for a long time. The user physical examination suggestion module guides the elderly to perform physical examination items for one or several indicators of poor health based on the long-term analysis of the elderly's sign information. The user diet suggestion module gives reasonable dietary suggestions according to the characteristics of each elderly person based on the long-term analysis of the elderly's sign information. The sign information display module is used to display information about the physical condition of the elderly, such as body temperature, pulse, and gait information of the elderly. The automatic time calibration module is responsible for receiving the automatic time calibration command sent by the smart ankle ring, and then sends the current time information of the system to the smart ankle ring for time calibration through the wireless network. The emergency alarm module is responsible for calling the police and sending people to rescue in time when the elderly have an unstable heart rate, fall and other emergency situations.

The mobile terminal is composed of an Android mobile phone and an APP. Mobile terminal APP is divided into physical layer, data link layer, and user application layer according to different functions. The physical layer is composed of the hardware physical layer of the 3G or 4G Android mobile phone, responsible for the reception and transmission of 3G or 4G wireless communication. The data link layer is composed of a 3G or 4G communication protocol analysis module, which calls the Android operating system API function in the Android mobile phone through the APP program to realize the analysis of the 3G or 4G communication protocol. The user application layer is composed of user login interface, user health analysis interface, user physical examination suggestion interface, and user diet suggestion interface. The user login interface is used to connect to the user login module of the intelligent monitoring service platform to realize user login on the remote terminal, and the user health analysis interface is used to connect to the user health analysis module of the intelligent monitoring service platform to obtain health analysis suggestions for the elderly and user physical examination suggestions It is used to connect to the user physical examination suggestion module of the intelligent monitoring service platform, and provides remote physical examination suggestions and user diet suggestion interface.

The beneficial effects of the utility model are:

1. This utility model proposes an intelligent monitoring system for nursing homes, which detects the signs and symptoms of the elderly through the intelligent ankle ring around the clock, so as to achieve the purpose of timely discovery and early prevention of the health problems of the elderly. The smart anklet collects the wearer's heart rate information through a non-contact photoelectric sensor, collects the wearer's body temperature through a non-contact temperature sensor, and then calculates the elderly's physical signs through an algorithm. The smart anklet transmits the collected elderly sign information data to the intelligent monitoring service platform through the wireless network. The intelligent monitoring service platform uses big data analysis and data mining to provide health analysis, disease prevention, and physical examination according to the different conditions of each elderly person. , dietary advice. At the same time, various mobile terminals, such as mobile phones, can remotely query the physical signs of the elderly in the nursing home through the 3G or 4G network, and keep abreast of the physical condition of the elderly in the nursing home. According to the data, at present, there are no reports on the intelligent monitoring system of nursing homes that can detect the signs of the elderly around the clock, analyze the big data according to the characteristics of different elderly people, and give targeted guidance. The pulse, body temperature, motion acceleration, and clock display functions are integrated into a smart ankle ring to realize non-contact and all-weather detection of the signs and information of the elderly.

2. The system of this utility model collects the physical sign information data of the elderly through the smart ankle ring, and sends it to the smart monitoring service platform through wireless communication. The smart monitoring service platform provides health analysis, disease prevention, and physical examination based on big data data analysis and data mining. , dietary advice. At the same time, various handheld mobile terminals can also remotely inquire about the physical signs of the elderly in the nursing home, and inquire about the daily activities and health conditions of the elderly. Through big data analysis and data mining, the remote intelligent monitoring service platform gives guiding suggestions that are beneficial to health according to the different situations of each elderly person.

3. The mobile terminal of the utility model realizes remote transmission through 3G or 4G communication, so that the elderly and children can know the physical condition of the elderly in time.

Description of drawings

Figure 1 is a block diagram of the utility model system;

Figure 2 is a schematic diagram of the structure of the smart foot ring of the utility model;

Fig. 3 is a circuit block diagram of the smart foot ring of the utility model;

Figure 4 is a structural diagram of the software system of the intelligent monitoring service platform of the present invention;

Figure 5 is a structural diagram of the mobile terminal software system of the present invention.

Attachments in the picture: 1 is the smart foot ring, 2 is the intelligent monitoring service platform, 3 is the mobile terminal, 4 is the display screen foot ring cover, 5 is the movement sign information collection unit shell, 6 is the foot ring belt, 7 is the foot Loop master tape, 8 is the switch button, 9 is the heart rate and pulse collection foot ring cover, 10 is the lithium battery.

detailed description

Example

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. example. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

As shown in Figure 1, Figure 2, Figure 3, Figure 4, and Figure 5, an intelligent monitoring system for nursing homes includes an intelligent ankle ring 1, an intelligent monitoring service platform 2, and a mobile terminal 3.

The smart anklet 1 is composed of a sign information collection unit and an anklet belt.

The movement sign information collection unit has an oval shell. On the left side of the sports sign information collection unit housing 5, there is a recessed transparent circular display screen foot ring cover 4 for protecting the display screen. There is a recessed transparent circular pulse and heart rate collection cover 9 on the right side of the movement sign information collection unit housing 5 for sealing and protecting the temperature and pulse sensor. There is an on-off key button 8 on one side of the housing 5 of the sports sign information collection unit. There is a foot ring master belt 7 above the movement sign information collection unit shell 5, and a foot ring main belt 6 is arranged below the movement sign information collection unit shell 5. The ring is fixed on the ankle. There is a movement sign information collection circuit board and a lithium battery 10 inside the movement sign information collection unit housing 5 . The motion sign information acquisition circuit board is composed of a main processor circuit, a six-axis acceleration sensor, a temperature sensor, a pulse sensor, a power button, an OLED display and a power circuit. The main processor circuit on the sports sign information collection circuit board is composed of NRF51822 and its peripheral circuits, responsible for the collection of sports sign information, the transmission of sports sign information and the automatic time calibration function. The six-axis acceleration sensor on the sports sign information collection circuit board adopts MPU6050, which is responsible for collecting the three-axis acceleration and three-axis angular velocity of the smart sports foot ring. Through the program, it can be judged whether the wearer is engaged in walking, running, Cycling, swimming, mountain climbing and other actions, and then relatively accurately detect the wearer's movement trajectory, and relatively accurately count steps and distances. The temperature sensor on the sports sign information acquisition circuit board adopts MLX90615, and MLX90615 adopts infrared temperature measurement technology to realize non-contact temperature measurement. The temperature sensor uses MLX90615 to collect the wearer's body temperature information through the heart rate and pulse collection foot ring cover under the shell. The pulse sensor on the sports sign information collection circuit board adopts PhotoSensor sensor, which is a photoelectric reflective analog sensor for pulse heart rate measurement. Gather the pulse information of the human body with the pulse collection foot ring cover 9. The power button on the motion sign information collection circuit board is connected with the power button 8 on the side of the shell, and is used to turn on and off the smart sports anklet. The OLED display screen on the motion sign information collection circuit board displays time information and the wearer's motion sign information through the display foot ring cover 4 above the housing. Time information includes year, month, day, hour, minute, and second; exercise sign information includes temperature, pulse, and calorie consumption. Among them, the smart phone automatically adjusts the time of the ankle ring through wireless network communication to improve the accuracy of the clock. The power circuit on the sports sign information collection circuit board is composed of XC6206P332 power module and its peripheral circuit, which is responsible for converting the voltage of lithium battery 10 into 3.3V voltage to supply power for the system. At the same time, there is a battery voltage detection circuit on the power supply circuit, and the nRF51822 detects the battery voltage to prompt the user to charge. Two power lines are drawn from the battery interface, and are drawn out through the foot ring belt 6 for charging the lithium battery.

The intelligent monitoring service platform 2 is composed of a wireless network, a server and a corresponding elderly monitoring management system. The wireless network is used to collect the wireless data sent by the smart anklet worn by each elderly person in the nursing home for use by the server. The elderly monitoring and management system is divided into physical layer, data link layer, intelligent analysis layer, and user application layer according to different functions. The physical layer consists of a wireless network, a wired network card or a wireless network card in the server, and is responsible for receiving wireless network data sent by the smart anklet. The data link layer is composed of the TCP/IP protocol analysis module, which realizes the TCP/IP protocol analysis, and then obtains the data sent by the smart anklet. The intelligent analysis layer consists of data processing and data mining modules. The data processing module is responsible for processing the physical sign data sent by the smart ankle ring, and adopts the adaptive peak-seeking wavelet threshold denoising algorithm to improve the accuracy of heart rate detection. Analyze the gait behavior of the elderly according to the output data of the six-axis acceleration sensor, and further analyze whether there is a fall. The data mining module digs out information that is beneficial to the health of the elderly through the long-term accumulation of the elderly's sign data, and gives guiding suggestions that are beneficial to health according to the physical condition of each elderly person. The user application layer consists of a user login module, a user health analysis module, a user physical examination suggestion module, a user diet suggestion module, a sign information display module, an automatic time correction module and an emergency alarm module. The user login module enables doctors and guardians to log in and access the intelligent monitoring system. The user health analysis module gives the health status of the elderly based on the analysis of the elderly's sign information for a long time. The user physical examination suggestion module guides the elderly to perform physical examination items for one or several indicators of poor health based on the long-term analysis of the elderly's sign information. The user diet suggestion module gives reasonable dietary suggestions according to the characteristics of each elderly person based on the long-term analysis of the elderly's sign information. The sign information display module is used to display information about the physical condition of the elderly, such as body temperature, pulse, and gait information of the elderly. The automatic time calibration module is responsible for receiving the automatic time calibration command sent by the smart ankle ring, and then sends the current time information of the system to the smart ankle ring for time calibration through the wireless network. The emergency alarm module is responsible for calling the police and sending people to rescue in time when the elderly have an unstable heart rate, fall and other emergency situations.

The mobile terminal 3 is composed of an Android mobile phone and an APP. Mobile terminal APP is divided into physical layer, data link layer, and user application layer according to different functions. The physical layer is composed of the hardware physical layer of the 3G or 4G Android mobile phone, responsible for the reception and transmission of 3G or 4G wireless communication. The data link layer is composed of a 3G or 4G communication protocol analysis module, which calls the Android operating system API function in the Android mobile phone through the APP program to realize the analysis of the 3G or 4G communication protocol. The user application layer is composed of user login interface, user health analysis interface, user physical examination suggestion interface, and user diet suggestion interface. The user login interface is used to connect to the user login module of the intelligent monitoring service platform to realize user login on the remote terminal, and the user health analysis interface is used to connect to the user health analysis module of the intelligent monitoring service platform to obtain health analysis suggestions for the elderly and user physical examination suggestions It is used to connect to the user physical examination suggestion module of the intelligent monitoring service platform, and provides remote physical examination suggestions and user diet suggestion interface.

Claims (4)

1. An intelligent monitoring system for nursing homes, characterized in that the system includes an intelligent ankle ring, an intelligent monitoring service platform and a mobile terminal; the intelligent ankle ring is made up of a sign information collection unit and an ankle belt; the movement sign information collection unit has an ellipse Shaped shell; the left side of the shell of the exercise sign information collection unit has a recessed transparent circular display foot ring cover, and the right side of the shell of the exercise sign information collection unit has a recessed transparent circular pulse and heart rate collection cover. Temperature and pulse sensors are installed; there is a switch key button on one side of the shell of the sports sign information collection unit; there is a foot ring with a master belt on the top of the shell of the sports sign information collection unit, and there is a foot ring with a male belt under the shell of the sports sign information collection unit , the public belt and the master belt fix the smart sports anklet on the ankle; the sports sign information collection unit housing has a sports sign information collection circuit board and a lithium battery; the sports sign information collection circuit board consists of a main processor circuit, a six-axis Acceleration sensor, temperature sensor, pulse sensor, power button, display screen and power supply circuit; the main processor circuit on the sports sign information collection circuit board is composed of NRF51822 and its peripheral circuits, and the six-axis on the sports sign information collection circuit board The acceleration sensor adopts MPU6050, the temperature sensor on the exercise sign information acquisition circuit board adopts MLX90615, and the temperature sensor adopts MLX90615; the pulse sensor on the exercise sign information acquisition circuit board adopts sensor PhotoSensor; the power button on the exercise sign information acquisition circuit board and the shell side The power button on the sports sign information collection circuit board is composed of XC6206P332 power module and its peripheral circuit. The power circuit has a battery voltage detection circuit, and two power lines are drawn from the battery interface. The intelligent monitoring service platform is composed of a wireless Network, server and corresponding elderly monitoring management system; the elderly monitoring management system is divided into physical layer, data link layer, intelligent analysis layer, user application layer, the physical layer is composed of wireless network, wired network card or wireless network card in the server, The data link layer is composed of TCP/IP protocol analysis module, the intelligent analysis layer is composed of data processing and data mining modules; the user application layer is composed of user login module, user health analysis module, user physical examination suggestion module, user diet suggestion module, sign information It consists of a display module, an automatic timing module and an emergency alarm module. 2. a kind of nursing home intelligent monitoring system according to claim 1, is characterized in that, described mobile terminal APP is divided into physical layer, data link layer, user application layer; Physical layer is made up of the hardware of the Android mobile phone of 3G or 4G The mobile terminal is composed of Android mobile phone and APP; the data link layer is composed of 3G or 4G communication protocol analysis module. 3. The intelligent monitoring system of a nursing home according to claim 2, wherein the user application layer is composed of a user login interface, a user health analysis interface, a user physical examination suggestion interface, and a user diet suggestion interface. 4. a kind of nursing home intelligent monitoring system according to claim 3, is characterized in that, described user login interface connects the user login module of intelligent monitoring service platform, the user health analysis interface connects the user health analysis module of intelligent monitoring service platform, The user physical examination suggestion interface is connected to the user physical examination suggestion module of the intelligent monitoring service platform, and the user diet suggestion interface is connected to the user diet suggestion module of the intelligent monitoring service platform.