TWM514000U - Infrared temperature measuring camera nursing device - Google Patents

Description

Infrared temperature photography care device

This creation department relates to an infrared temperature photography care device, especially one that can obtain different color distribution images according to the body temperature of the care object, and marks and warns the medical staff in the image. Infrared temperature photography care device.

According to factors such as illness or physical deterioration in hospitals or nursing homes, the physical condition is poor and needs to be taken care of. However, due to limited manpower, a medical staff in a hospital or nursing home usually has to take care of several patients or the elderly. When the medical staff goes to take medicine or go to the toilet, they will leave the patient or the elderly who are being taken care of. However, it is impossible to accompany the side care. At this time, if the patient or the elderly have a condition in the medical staff, it may affect their life safety.

Therefore, most of the existing hospitals or nursing homes will be equipped with emergency help buttons in the ward or the sleeping room of the elderly, so that when the patient or the elderly have a physical condition, they can take the initiative to call for help; however, if the patient or the elderly suffer from myocardial infarction When the situation is unexpected, it is often unconscious before the button is called for help, and it also causes blind spots on the care. Therefore, some existing hospitals or nursing homes will install monitors in the ward or the sleeping room of the elderly to watch the activities of the patients or the elderly, but the monitor can only monitor the external performance of the patients or the elderly at most. However, it is impossible to know the physiological information, so it often occurs in actual use. When the medical staff monitors the patient or the elderly, their activity status is different, they often miss the rescue opportunity, and there is an irreparable defect.

The reason is that the creators have many of the above-mentioned shortcomings in actual use in view of the care devices used in existing hospitals or nursing homes, and they have been assisted by many years of manufacturing and design experience and knowledge in related fields. Thinking, researching and developing the care equipment for existing hospitals or nursing homes, and researching and creating this creation.

This creation department relates to an infrared temperature photography care device, the main purpose of which is to provide a kind of image that can obtain different color distribution according to the body temperature of the care object, and to mark and alert the care object in the image. Inform the medical staff of the infrared temperature photography care device.

In order to achieve the above-mentioned implementation, the present author has developed the following infrared temperature photography care device, which mainly includes an infrared camera and a color camera, and an image processor, which includes an image capturing module. The image fusion module, the memory module, the image face detection module and the image playback module are coupled to the infrared camera and the color camera and the image capture module The image fusion module is coupled to the image fusion module and the memory module, and the image detection module and the image playback module are coupled to the image detection module and the memory module. The image is coupled to a display and coupled to a display.

The infrared temperature photography and care device as described above, wherein the image processor further includes a warning sound module, wherein the warning sound module is coupled to the image face detection module, and the warning sound is made The module is coupled to the display.

The infrared temperature photography and care device as described above, wherein the image processor further comprises an image color temperature adjustment module, wherein the image color temperature adjustment module is coupled to the image capture module.

The infrared temperature photography care device as described above, wherein the infrared temperature photography care device further comprises a servo motor, wherein the servo motor is coupled to the image processor, and the image processor is further provided with a servo The motor control module is coupled to the servo motor and the infrared camera and the color camera unit are disposed in the image processor.

The infrared temperature photography care device as described above, wherein the infrared temperature photography care device further comprises a human-machine interface unit, wherein the human-machine interface unit and the image processor memory module and the image color temperature adjustment mode are The group and the servo motor control module are coupled.

Therefore, during the implementation, the infrared camera shoots the body of the care subject to emit infrared energy to obtain the temperature distribution picture of the care subject, and then the image fusion module of the image processor obtains the gray image of the infrared camera, and the color camera. The visible light image obtained by photography is fused to obtain a complete image with different color distribution according to the temperature of the object to be treated. Here, when the body temperature of the care object is abnormal due to fever, the image face detection module in the image processor The object of the abnormal temperature is detected, and the image is displayed on the display to be displayed on the display and a warning sound is issued to inform the medical staff. According to this, the physical effect of the physical condition of the care subject is immediately grasped. .

In order to make the technical means of this creation and the effect it can achieve, it can be more completely and clearly disclosed. For details, please refer to the following diagrams and drawings:

First of all, please refer to the first and second pictures. The infrared temperature photography care device of this creation mainly includes:

An infrared camera (1) that captures infrared radiation energy conditions;

a color camera (2) that captures visible light images;

An image processor (3) for assembling the infrared camera (1) and the color camera (2) with the image processor (3), the image processor (3) comprising an image capturing module ( 31), image fusion module (32), memory module (33), image face detection module (34), video playback module (35), warning sound module (36), image color temperature adjustment module (37) and a servo motor control module (38) for coupling the infrared camera (1) and the color camera (2) to the image capturing module (31) to capture the infrared camera (1) and The color camera (2) captures the image, and the image capturing module (31) is coupled to the image fusion module (32) to capture the image by the infrared camera (1) and the color camera (2). In combination, the memory module (33) stores data such as a face image and a standard body temperature image of the care subject, and the image face detection module (34) is coupled to the image fusion module. (32) coupled with the memory module (33) for combining the image captured by the infrared camera (1) and the color camera (2) with the face image data of the care object stored in the memory module (33) Comparing with each other, and comparing the fused image captured by the infrared camera (1) and the color camera (2) with the standard body temperature image, if the standard body temperature image is not met, the image face detection module (34) is The image detection module (34) is coupled to the image playback module (35) and the warning sound module (36), and is displayed on the image of the object that does not meet the standard body temperature. The image playback module (35) outputs the image signal detected by the care object and the warning signal detected by the warning sound module (36) is detected, and the image color temperature adjustment module (37) and the image are further configured. The module (31) is coupled to adjust the color temperature of the captured image;

a display (4) coupled to the image playback module (35) and the warning sound module (36) of the image processor (3) for playing back the image of the object to be detected and detecting the abnormal sound effect;

a servo motor (5) is configured to connect the servo motor (5) to the image processor (3) and to the servo motor control module (38) in the image processor (3) To control whether the servo motor (5) is rotated or not by the servo motor control module (38);

The one-machine interface unit (6) is coupled to at least the memory module (33), the image color temperature adjustment module (37) and the servo motor control module (38) of the image processor (3) for The user inputs the face image of the care object, the standard body temperature image, the desired image color temperature, and whether the servo motor (5) is rotated by the human interface unit (6), thereby controlling the display of the output (4). Image quality and rotation of the servo motor (5).

Accordingly, when used, the infrared temperature photography care device of the present invention is assembled into an integral infrared camera (1), color camera (2), image processor (3) and servo motor (5). It is installed in the room of a patient or elderly person such as a hospital or a nursing home, and the monitor (4) and the human-machine interface unit (6) are installed in a monitoring center such as a nursing room.

Here, the servo motor (5) drives the image processor (3) and the infrared camera (1) and the color camera (2) to reciprocate in the room where the caretaker is located, and shoots in the room without dead angle. Every caretaker inside. In the case of shooting, the infrared camera (1) captures the infrared radiation energy emitted by the body of each care object in a non-contact, safe and immediate manner, and obtains images of the body temperature distribution of the body. The color camera (2) captures the color image of each care subject, and then the temperature image captured by the infrared camera (1) and the visible light color image captured by the color camera (2) are transmitted to the image processing. The image capturing module (31) of the device (3) receives the continuous image signal by the image capturing module (31), and transmits the image signal to the image fusion module (32) for image fusion. The module (32) combines the infrared camera (1) to capture the temperature image of the gray scale and the visible light color image captured by the color camera (2), and the fusion camera can make the infrared camera (1) shoot gray. The color image of the order image shows that the body temperature of each part of the body of the caretaker is different, and the color is different. The complete image, in order to facilitate the identification and interpretation of infrared images.

Then, the image system merged by the image fusion module (32) is transmitted to the image face detection module (34) to match the memory module by the image face detection module (34) ( 33) comparing the face image and the standard body temperature image of each care object stored therein, thereby confirming that the body temperature image of the photographed subject is consistent with the actual care object, and then photographing the care target The body temperature image is compared with the standard body temperature image. If the image does not match the standard body temperature image, the image face detection module (34) will mark the image of the care object that does not meet the standard body temperature, and then play through the image. The module (35) transmits the image signal to a display (4) installed in a monitoring center such as a nursing room, and the image face detection module (34) also transmits the warning sound module (36). An abnormal warning signal is detected and transmitted to the display (4) to provide a warning sound by a speaker in the display (4).

In this way, the medical staff located in the monitoring center such as the nursing room can display the image displayed by the display (4) and the warning sound emitted by the monitor (4), and clearly know which care subject has abnormal body temperature caused by fever or other diseases, and The medical record information is immediately sent to the room where the caretaker is located for treatment. Accordingly, the infrared temperature photography care device design of the present invention can be used to fully view and care for each care object on the one hand, and on the other hand, in the initial situation of abnormality of the body of each care subject, Master the body of the caregiver with different information, and urgently carry out treatment to avoid missing the golden rescue opportunity, resulting in the inability to save the defect.

The foregoing embodiments or drawings are not intended to limit the implementation of the infrared temperature photography care device of the present invention. Any changes or modifications made by those of ordinary skill in the art should be regarded as not departing from the infrared temperature measurement of the present invention. Photographic care device patent category.

In summary, the embodiment of the present creation can achieve the expected effect, and the specific structure disclosed therein has not been seen in the same kind of products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. It is required that if an application for a new type of patent is filed in accordance with the law, and the application for a patent is granted, the patent will be granted.

(1)‧‧‧Infrared camera

(2) ‧‧‧Color camera

(3) ‧ ‧ image processor

(31)‧‧‧Image capture module

(32)‧‧‧Image Fusion Module

(33)‧‧‧ Memory Module

(34)‧‧‧Image Face Detection Module

(35)‧‧‧Video Playback Module

(36)‧‧‧Warning sound module

(37)‧‧‧Image color temperature adjustment module

(38)‧‧‧Servo motor control module

(4) ‧ ‧ display

(5)‧‧‧Servo motor

(6) ‧‧‧Human Machine Interface Unit

The first picture: the architecture diagram of this creation

The second picture: the use state diagram of this creation

(1)‧‧‧Infrared camera

(2) ‧‧‧Color camera

(3) ‧ ‧ image processor

(31)‧‧‧Image capture module

(32)‧‧‧Image Fusion Module

(33)‧‧‧ Memory Module

(34)‧‧‧Image Face Detection Module

(35)‧‧‧Video Playback Module

(36)‧‧‧Warning sound module

(37)‧‧‧Image color temperature adjustment module

(38)‧‧‧Servo motor control module

(4) ‧ ‧ display

(5)‧‧‧Servo motor

(6) ‧‧‧Human Machine Interface Unit

Claims (10)

An infrared temperature photography care device mainly comprises an infrared camera and a color camera, and an image processor, which comprises an image capturing module, an image fusion module, a memory module, and an image person. The face detection module and the video playback module are coupled to the image capturing module and coupled to the image capturing module, and the image capturing module is coupled to the image capturing module. The image face detection module is coupled to the image fusion module and the memory module, and the image face detection module is coupled to the image playback module to reproduce the image playback module and A display is coupled. The infrared temperature photography and care device of claim 1, wherein the image processor further comprises a warning sound module, wherein the warning sound module is coupled to the image face detection module. And the warning sound module is coupled to the display. The infrared temperature photography and care device of claim 2, wherein the image processor further comprises an image color temperature adjustment module, wherein the image color temperature adjustment module is coupled to the image capture module . The infrared temperature photography care device according to claim 3, wherein the infrared temperature photography care device further comprises a servo motor, wherein the servo motor is coupled to the image processor, and the image processing is performed. The device further includes a servo motor control module, and the servo motor control module is coupled to the servo motor, and the infrared camera and the color camera unit are disposed on the image processor. The infrared temperature photography care device according to the fourth aspect of the invention, wherein the infrared temperature photography care device further comprises a human interface unit, wherein the human interface unit and the image processor of the image processor The image color temperature adjustment module and the servo motor control module are coupled. The infrared temperature photography and care device of claim 1, wherein the image processor further comprises an image color temperature adjustment module, wherein the image color temperature adjustment module is coupled to the image capture module . The infrared temperature photography care device according to claim 6, wherein the infrared temperature photography care device further comprises a servo motor, wherein the servo motor is coupled to the image processor, and the image processing is performed. The device further includes a servo motor control module, and the servo motor control module is coupled to the servo motor, and the infrared camera and the color camera unit are disposed on the image processor. The infrared temperature photography care device according to the seventh aspect of the invention, wherein the infrared temperature photography care device further comprises a human interface unit, wherein the human interface unit and the image processor of the image processor The image color temperature adjustment module and the servo motor control module are coupled. The infrared temperature photography care device according to claim 6, wherein the infrared temperature photography device further comprises a human interface unit, wherein the human interface unit and the image processor are And the image color temperature adjustment module is coupled. The infrared temperature photography care device of claim 1, wherein the infrared temperature photography device further comprises a human interface unit, wherein the human interface unit and the image processor are Coupled.