TWM630920U - Human body temperature thermal image monitoring and nursing system - Google Patents

Abstract

This creation provides a human body temperature thermal image monitoring and nursing system, including: at least one infrared thermal imager and at least one camera to obtain the human body temperature thermal image and image; a transmission device, the human body temperature thermal image and image Converted into the first transmission signal output of the first communication protocol. In this creation, terminal devices such as mobile phones and computers can be used to receive the first transmission signal, and convert it back into a thermal image of human body temperature and display it on the terminal device. The system of this creation can monitor the physiological parameters and transmission of multiple people at the same time, record them on the cloud system, and provide intelligent devices or computers for artificial intelligence judgment.

Description

Human body temperature thermal image monitoring nursing system

This work is a human body temperature thermal image monitoring and nursing system, especially a nursing system that can monitor the thermal images and images of the body temperature of many people at the same time, and transmit the obtained data to a smart device or computer for real-time judgment and monitoring.

The current era has shifted from the era of agriculturalization to the era of industrialization. Due to the development of industry and commerce, work occupies most of the time of adults. Therefore, if there are elderly people or patients with chronic diseases or newborn children at home, take care of them at home. The needs of the family are often the burden of the young adults in the family.

Because home care needs to accompany the care recipient for a long time, but in some cases, it is inevitable that there will be young adults at home who cannot accompany the care recipient at all times when they need to go out for work or business affairs. At this time, if the elderly, patients with chronic diseases or children have an accident when the caregiver is out, the timing of rescue will be delayed because the caregiver cannot find it immediately, or if it is found too late.

In addition, in another case, in confinement centers or nursing homes for the elderly or disabled, there are often cases where care cannot be sent in time due to insufficient caregivers or caregivers’ negligence. The current physiological condition of the person being cared for has an abnormal or negative risk of action and behavior. Therefore, when it is found, the golden time for life-saving has often been delayed.

Based on the above requirements, if there is a nursing system that can monitor the thermal images and images of people's body temperature in real time, it can immediately send back the status to the user's mobile phone or computer, and automatically determine whether the person under care is abnormal through the program or artificial intelligence. An exception will be issued an alarm. This can reduce the chance of unfortunate incidents between caregivers at home or in confinement centers, hospitals or among the elderly.

Some care systems today use physiological sensing patches attached directly to the person to monitor the person's body temperature, but this approach has many disadvantages. Physiological sensing patches require regular battery replacement or charging, which requires manpower to do this work, and must be in contact with the person being cared for during the replacement process, which may pose a risk of infection.

In addition, because the physiological sensing patch must be attached to the human body, it will cause discomfort to the care recipient, and if the physiological sensing patch is not tightly attached, it may fall off or deviate when the care recipient turns over. Status of the measuring position

In view of the above problems, if there is a nursing system that can maintain power without relying on batteries, and can monitor the temperature of the human body without touching the person being cared for. This can not only reduce the work of the caregivers, but also allow the care recipients to get better recuperation, and do not need to pay attention to whether the physiological sensing patch falls off when turning over.

This creation provides a human body temperature thermal image monitoring and nursing system, which is used in the home or medical field. It can monitor the thermal images and images of the body temperature of many people at the same time, and transmit the data information to a cloud server and store it in the cloud. within the server. The cloud server can The digital information is interpreted by artificial intelligence, and an alarm is issued when the physiological parameters are abnormal. In addition, the user can also obtain the temperature change status of the person under care and the image of the person under care to understand the real-time situation through a smart handheld device or an electronic computing device, such as a mobile phone, a computer or a notebook computer.

This creation provides a human body temperature thermal image monitoring and nursing system, which can additionally add a physiological sensing patch to obtain at least one physiological parameter of the human body, such as: heartbeat, body temperature, blood pressure, pulse, electrocardiogram, respiration rate, blood oxygen concentration and other parameters , and can transmit information through Ethernet communication, serial transmission interface, Bluetooth communication protocol, wireless network communication protocol, mobile communication protocol, wireless RF communication, broadband network communication, Zigbee or Thread.

In one use case, the hospital can learn the physiological parameters of the patients in the hospital at the first time, so as to know the health status of the patients in real time, in order to prevent any critical situation. In addition, the health parameters of all patients can be known without disturbing the patients during room inspections.

In a use case, for patients who are unwilling to be hospitalized, the device can also directly transmit physiological parameters to the hospital, so that the hospital can directly understand any critical situation of the patient and get help when necessary.

Using the design of this creation can save the measurement time and analysis time that medical staff have to spend on patients.

In a use case, when an epidemic occurs, the device can also be placed at the door of the store to monitor whether the body temperature of incoming guests is normal. If there is an abnormality, a warning can be automatically issued to notify the business personnel to deal with it.

Using the design of this creation, in the event of an epidemic, the business can save extra manpower and time to measure the temperature of each guest.

In one embodiment, the present invention provides a human body temperature thermal image monitoring and nursing system, comprising at least one infrared thermal imager and at least one camera for obtaining thermal images and images of the human body temperature; The thermal image and the image are converted into the first transmission signal output of the first communication protocol.

In one embodiment, the present invention provides a human body temperature thermal image monitoring and nursing system, which can add a cloud server, the cloud server has a database, and the cloud server receives the first transmission signal transmitted by the nursing system. , and convert the first transmission signal into body temperature thermal images and images and store them in the database; a terminal device, an application program is installed in the terminal device, and the terminal device can communicate with the cloud by executing the application program The server is connected by telecommunication, and the terminal device obtains the thermal image and image of the human body temperature through the application program and displays it on the display of the terminal device.

In one embodiment, the present invention provides a human body temperature thermal image monitoring and nursing system, which can add a terminal device, an application program is installed in the terminal device, and the terminal device can communicate with the transmission device by executing the application program. connected, the terminal device obtains the thermal image and image of the human body temperature through the application program and displays it on the display of the terminal device.

In one embodiment, the present invention provides a human body temperature thermal image monitoring and nursing system, which can add a physiological patch, which is attached to a human body to obtain at least one physiological parameter of the human body, and use the At least one physiological parameter is transmitted to the nursing system according to the first communication protocol.

In one embodiment, the present invention provides a human body temperature thermal image monitoring and nursing system, which can add a display, the display can communicate with the nursing system through a serial transmission interface, and display the human body temperature thermal image or image on the display.

2: Human body temperature thermal image monitoring and nursing system

20: Monitoring device

20a: The first monitoring device

20b: Second monitoring device

20c: Third monitoring device

21: Transmission device

22: Infrared thermal imager

23: Camera

30: Physiological Sensing Patch

40: Cloud server

50: Smart Handheld Device

51: Arithmetic processing device

90: Human body

90a: The first human body

90b: Second Human Body

90c: The third human body

1a: Fourth transmission signal

1b: Fifth transmission signal

1c: sixth transmission signal

FIG. 1 is a schematic diagram of an embodiment of the created human body temperature thermal image monitoring and nursing system.

FIG. 2 is a schematic front view of the monitoring device 20 .

FIG. 3 is a schematic diagram of an embodiment of the created human body temperature thermal image monitoring and nursing system.

FIG. 4 is a schematic diagram of an embodiment of the created human body temperature thermal image monitoring and nursing system.

FIG. 5 is a schematic diagram of an embodiment of the created human body temperature thermal image monitoring and nursing system.

Please refer to FIG. 1 , which is a schematic diagram of an embodiment of the created human body temperature thermal image monitoring and nursing system. The human body temperature thermal image monitoring and nursing system 2 has a monitoring device 20 . Please refer to FIG. 2 . FIG. 2 is a front view of the monitoring device 20 . The monitoring device 20 includes an infrared thermal imager 22 , a camera 23 and a transmission device 21 . The infrared thermal imager 22 , the camera 23 and the transmission device 21 are wrapped in the same casing. The shell has two holes, so that the lenses of the infrared thermal imager and the camera can be exposed. The lens positions of the infrared thermal imager 22 and the camera 23 are close to each other, so as to obtain the temperature thermal image of the same human body. and image, the transmission device 21 is electrically connected with the infrared thermal imager 22 and the camera 23 , and the transmission device 21 handles the transmission and reception of transmission signals related to the first communication protocol. In FIG. 1 , the infrared thermal imager 22 in the monitoring device 20 is used to obtain the body temperature thermal image of the human body 90 , the camera 23 is used to obtain the image of the human body 90 , and the transmission device 21 receives the thermal imager from the infrared thermal imager through electrical connection. 22 and the temperature thermal image and image of the human body temperature 90 of the camera 23, and convert the temperature thermal image and image of the human body 90 into the first communication protocol A transmission signal and output. The human body 90, in this embodiment, can be an elderly person, a patient, an infant, etc., or a person who needs monitoring can be used as the human body in this embodiment.

Referring to FIG. 3 , the human body temperature thermal image monitoring and nursing system 2 may have a physiological sensing patch 30 , and the physiological sensing patch 30 is attached to the human body 90 (the person being cared for) and is connected to the monitoring device 20 . Telecommunications connection. It is used for obtaining at least one physiological parameter of at least one human body, and converting the at least one physiological parameter into a second transmission signal related to the first communication protocol and outputting it. The monitoring device 20 receives the second transmission signal and converts the second transmission signal into physiological parameter data. The monitoring device 20 obtains the temperature thermal image of the human body 90 obtained by the infrared thermal imager 22 , the image of the human body 90 obtained by the camera 23 and the physiological parameter data. The parameter data is converted into a third transmission signal related to the first communication protocol and output.

In FIG. 3, the human body temperature thermal image monitoring and nursing system 2 further has a terminal device, such as a smart handheld device 50 or an arithmetic processing device 51, wherein the smart handheld device 50 can be a smart phone, a touch tablet computer, etc. , the arithmetic processing device 51 may be a desktop computer or a notebook computer. An application program may be installed in the smart handheld device 50 or the computing processing device 51 for connecting to the transmission device 21 in the monitoring device 20 . Obtain body temperature thermal images, images or other physiological parameters through the app. The application can be a web browser, or a software program or APP customized by the service provider.

Please refer to FIG. 4 , the human body temperature thermal image monitoring and nursing system 2 may have a cloud server 40 , the cloud server 40 may be connected with the monitoring device 20 by telecommunication, and the cloud server 40 receives the first data sent from the monitoring device 20 . The first transmission signal of the communication protocol is converted into human body parameter data and dynamic images and stored in the database of the cloud server 40 . The cloud server 40 further has a processor, which can judge the stored monitored physiological parameters according to the normal or abnormal physiological parameter reference data or clinical statistical data stored in the database, and then confirm the monitored physiological parameters. Physiological parameters are abnormal. Once it is determined that the physiological parameters are abnormal, the cloud server 40 can generate a warning mechanism, and send a warning message to the caregiver or the family members of the care recipient in the form of voice or text message by means of communication.

Referring to FIG. 5, in the multi-person mode, the first monitoring device 20a is responsible for monitoring the thermal image and image of the body temperature of the first human body 90a, the second monitoring device 20b is responsible for monitoring the thermal image and image of the body temperature of the second human body 90b, and the first monitoring device 20b is responsible for monitoring the thermal image and image of the body temperature of the second human body 90b. The third monitoring device 20c is responsible for monitoring the thermal image and image of the body temperature of the third human body 90c. Each monitoring device respectively converts the body temperature thermal image and image obtained by monitoring into a transmission signal through the first communication protocol. The first monitoring device 20a outputs the fourth transmission signal 1a, the second monitoring device 20b outputs the fifth transmission signal 1b, and the third monitoring device 20c outputs the sixth transmission signal 1c. The cloud server 40 receives the transmission signals 1a, 1b, and 1c, and converts the transmission signals 1a, 1b, and 1c into thermal images and images of the body temperature of the first human body 90a, the second human body 90b, and the third human body 90c, respectively, and stores them in this database.

In FIG. 5, the human body temperature thermal image monitoring and nursing system 2 has a terminal device, such as a smart handheld device 50 or an arithmetic processing device 51, wherein the smart handheld device 50 can be a smart phone and a touch tablet computer, etc. , the arithmetic processing device 51 may be a desktop computer or a notebook computer. An application program can be installed in the smart handheld device 50 or the computing processing device 51 to connect to the cloud server 40, and obtain the thermal images and images of the body temperature of the first human body 90a, the second human body 90b and the third human body 90c through the application program or other physiological parameters. The application can be a web browser, or a software program or APP customized by the service provider.

However, the specific embodiments mentioned above are only used to illustrate the features and effects of this creation, not to limit the scope of implementation of this creation, without departing from the spirit and technology disclosed in this creation. Within the scope, any equivalent changes and modifications made by using the contents disclosed in this work shall still be covered by the following patent application scope.

2: Human body temperature thermal image monitoring and nursing system

20: Monitoring device

21: Transmission device

22: Infrared thermal imager

23: Camera

Claims (10)

A human body temperature thermal image monitoring and nursing system, comprising: an infrared thermal imager, a camera and a transmission device, the infrared thermal imager, the camera and the transmission device are wrapped in the same casing, the casing has two holes , so that the lenses of the infrared thermal imager and the camera can be exposed, and the positions of the lenses of the infrared thermal imager and the camera are close to each other, so as to obtain the temperature thermal image and image of the same human body; For the transmission and reception of the transmission signal of the first communication protocol, the transmission device is electrically connected to the infrared thermal imager and the camera, and the transmission device receives the human body temperature from the infrared thermal imager and the camera through the electrical connection. Thermal image and image, and convert the human body temperature thermal image and image into the first transmission signal output of the first communication protocol, and the transmission device can also receive the transmission signal of the first communication protocol transmitted from other devices. The human body temperature thermal image monitoring and nursing system according to claim 1 can be added with a physiological sensing patch, which is attached to a human body to obtain at least one or more physiological parameters of the human body, and The physiological parameter is converted into a second transmission signal of the first communication protocol and transmitted to the system. The human body temperature thermal image monitoring and nursing system according to claim 1, wherein the first communication protocol is Ethernet communication, serial transmission interface, parallel transmission interface, Bluetooth communication protocol, wireless network communication protocol, and mobile communication protocol , one of wireless RF communication, broadband network communication, Zigbee and Thread protocol. The human body temperature thermal image monitoring and nursing system according to claim 1 can be added: a cloud server, the cloud server has a database, the cloud server receives the first transmission signal transmitted by the nursing system, and Convert the first transmission signal into thermal image and image of human body temperature and store it in the database; a terminal device, an application program is installed in the terminal device, by executing the application The program enables the terminal device to communicate with the cloud server, and the terminal device obtains the thermal image or image of the body temperature through the application program and displays it on the display of the terminal device. According to the human body temperature thermal image monitoring and nursing system described in claim 1, a terminal device can be added, and an application program is installed in the terminal device. The terminal device obtains the human body temperature thermal image, image or at least one or more physiological parameters through the application program to perform artificial intelligence judgment to determine whether the human physiological condition or action behavior status is abnormal or negative, and display the result in the on the display of the terminal device. The human body temperature thermal image monitoring and nursing system according to claim 1, which can add one or more displays, the displays can communicate with the nursing system through a serial transmission interface, and display the human body temperature thermal images and images on the display . The human body temperature thermal image monitoring and nursing system according to claim 2, wherein each physiological sensing patch further has at least one sensor, which is arranged inside the physiological sensing patch, or the sensor can use a patch Attached to the human body or worn on the human body. The human body temperature thermal image monitoring and nursing system according to claim 2, wherein the physiological parameter can be obtained by adding a physiological sensing patch in addition to the body temperature thermal image and image, to obtain heartbeat, blood pressure, pulse, electrocardiogram, respiration rate or blood flow Physiological parameters such as oxygen concentration. The human body temperature thermal image monitoring and nursing system according to claim 4, wherein the terminal device further has an alarm unit for generating an alarm message according to a control signal generated by a controller of the cloud server. The human body temperature thermal image monitoring and nursing system according to claim 1, further comprising at least a first infrared thermal imager, a camera and a transmission device, and at least a second infrared thermal image The device, camera and transmission device are used to obtain the thermal image and image of the body temperature of the first human body and the thermal image and image of the temperature of the second human body, and to obtain the thermal image and image of the temperature of the first human body and the thermal image and image of the temperature of the second human body. The thermal image and image of the temperature are transmitted to the cloud server through the first transmission device and the second transmission device respectively according to the first communication protocol, and the thermal image and image of the temperature of the first human body and the thermal image and image of the temperature of the second human body are transmitted. Images are stored in this database.

Images