TWM603613U - Medical image shape and color identification and information transmission device - Google Patents

Abstract

This creation is related to a medical image type recognition and information transmission device, which includes; a care-end device, including an image capture unit, a central processing unit and a transmission unit; the image capture unit can capture the image to be analyzed After the items are transmitted to the central processing unit, they are sent out through the transmission unit; a cloud server includes a database, a comparison unit, a central processing unit, and a transmission unit; the database will first store related comparisons For numerical values and medical record data; the transmission unit will receive the data transmitted by the care-end device, and analyze and compare the data with the database through the central processing unit: the transmission unit can transmit the data; an image analysis device , It can further analyze the image data obtained by the image capturing unit to obtain data related to the item to be analyzed, and compare it with the data in the comparison unit and the database, thereby providing medical care A sufficient reference material for remote care of personnel.

Description

Medical image shape and color identification and information transmission device

This creation is related to a kind of medical equipment, especially a medical image shape and color recognition and information transmission device that can recognize the shape and color of medical images through photography, and can facilitate diagnosis.

Telecare (TELECARE) is a term that provides remote care for the elderly and frail people. It provides the relevant care conditions that users need when they can carry out home care. Through the application of sensors, the system can provide assistance to people suffering from dementia, debilitating and other diseases or people who are at risk of falling when the system is in operation. The sensor can sense dangers or problems, and proceed further. Warning.

Most remote care uses sensors to respond to adverse events as a basis, and can quickly respond to the event, thereby reducing and mitigating the possible harm to the care recipient. For example, safety confirmation and lifestyle monitoring through sensors. In addition, some remote care has a preventive function. Early detection can prevent the user's health from deteriorating.

But at present, the related remote care equipment is mostly sensory prevention and simple numerical measurements, such as blood pressure, heart rate, etc. If it is necessary to judge the color or shape, weight, etc., such as urine, feces or drainage, it is still necessary for the patient to go directly to the hospital for registration and consultation, which is quite inconvenient for patients with mobility problems. This makes it impossible to implement and use remote care.

This creation is a medical image recognition and information transmission device, which includes:

A care-end device includes an image capture unit, a central processing unit, and a transmission unit; the image capture unit can photograph the object to be analyzed, and after it is transmitted to the central processing unit, it is transmitted through the transmission unit;

A cloud server includes a database, a comparison unit, a central processing unit, and a transmission unit; the database will first store the relevant comparison values and medical record data; the transmission unit will receive the data from the care-end device The transmitted data is analyzed and compared with the data in the database through the central processing unit: the transmission unit can transmit the data;

A medical device includes a data reading and editing unit, a central processing unit and a transmission unit; the medical device can receive the data transmitted by the cloud server, and view and edit through the data reading and editing unit The content of the database;

An image analysis device is compared with the data in the comparison unit and the database.

The medical image type identification and information transmission device provided by this creation is provided by the care-end device with a photo data of the object to be tested, and the image analysis device is used for image analysis. The analyzed data will be sent to the cloud server The comparison unit is compared, and the relevant results are transmitted to the medical device for analysis and judgment of the medical staff. If further tracking is necessary, the patient will be notified to the hospital for examination. This creation can make up for the lack of remote care, and It can fully understand the condition of the person being cared for and can reduce the number of times the person being cared for to the hospital.

Please refer to Figure 1, which is a preferred embodiment of a medical image shape and color recognition and information transmission device provided by this creation, which includes:

A care-end device 10 includes an image capture unit 11, a central processing unit 12, an image capture device 20, and a transmission unit 13. The image capture unit 11 is an RGB camera, which can capture an image to be analyzed The image data of the item to be analyzed can be solid or liquid, such as urine, drainage, feces, body fluids, lochia, sputum, and other products that need to be analyzed, and transmitted to the central processing unit 12 Afterwards, the image analysis device 20 can further analyze the image data of the article to be analyzed obtained by the image capturing unit 11 to obtain data related to the article to be analyzed, such as color, weight, shape, etc. Through the transmission unit 13, the transmission unit 13 can be a wired transmission element, such as a network cable, or a wireless transmission element, such as WIFI, which transmits information or receives information;

A cloud server 30 includes a database 31, a comparison unit 32, a central processing unit 33, and a transmission unit 34; the database 31 first stores various comparison values related to the item to be analyzed, such as Values of color, shape, weight, etc. and medical record data; the transmission unit 34 receives the data analyzed by the image analysis device 20 transmitted by the transmission unit 13 of the care-end device 10, and communicates with the data through the central processing unit 33 The data in the library 31 is analyzed and compared. After analyzing the completed data, you can know at which level the object to be analyzed photographed by the care-end device 10 is. The transmission unit 34 can transmit the data of the comparison unit 32 When going out, the transmission unit 34 can be a wired transmission element, such as a network cable, or a wireless transmission element, such as WIFI, which transmits information or receives information;

A medical-end device 40 includes a data reading and editing unit 41, a central processing unit 42, and a transmission unit 43; the medical-end device 40 can receive the data compared by the cloud server 30 through the comparison unit 32 As a result, the data reading and editing unit 41 is used to view the results of the comparison, so that medical staff can analyze relevant values in real time, and the data reading and editing unit 41 can edit data, such as medical record data, through the central processing unit 42 And compare the numerical data, and transmit it to the database 31 of the cloud server 30 through the transmission unit 43. The transmission unit 43 can be a wired transmission element, such as a network cable, or a wireless transmission element, such as WIFI Wait for connection to transmit or receive information; if it is necessary to further notify the care-end device 10, the cloud server 30 can also transmit the notification to the care-end device 10 through the transmission unit 34 to let the patient know that further tracking is required Or subsequent actions;

In actual operation, such as patients with colorectal cancer and rectal cancer, the hospital can allow them to take the tube home for recuperation, and the care-end device 10 can instruct the patient to record the amount of drainage fluid every day, and when it is less than a specific value , The cloud server 30 and the care-end device 10 are notified through the medical device 40 to inform the patient to go back to the hospital to remove the drainage tube. At the same time, the image analysis device 20 can also be used to analyze and determine whether there is a problem with the patient's drainage fluid, and can also be used for follow-up visits to medical staff to determine the condition of the disease. And through the equipment, the patient can accurately record the condition of the patient through the image data captured by the image capturing unit 11, and upload it to the cloud server 30, so as to communicate with the medical staff (including the case manager).

Furthermore, for example, the action of cleaning the intestines before performing colonoscopy can also be used to determine whether the properties of the excrement in the body have met the standards. The image data is captured by the image capturing unit 11, and then the image is analyzed by the image analysis device 20, and uploaded to the cloud server 30 for comparison between the comparison unit 32 and the data in the database 31, so as to compare with the medical care Personnel (including case managers) communicate and enrich the telecare service system.

Please refer to FIG. 2, which is the medical image shape and color recognition and information transmission device provided by the second preferred embodiment of this creation. Its main structure is the same as that of the previous embodiment, and the similarities are indicated by the same reference numerals. The details are not repeated here. The image analysis device 20 is installed on the cloud server 30, and the care-end device 10 directly transmits the image data of the image capturing unit 11 to the cloud server 30 through the transmission unit 13.

The medical image recognition and information transmission device provided by this creation; it can enrich the remote care service system, and can provide the elderly or patients with chronic diseases to obtain effective and correct medical care services and guidelines in their more accustomed environment. Reduce the frequency of going to and from the hospital.

In summary, when it is known that this creation is industrially usable and progressive, and this creation has not been seen in any publications, it is also novel, and when it complies with the provisions of the Patent Law, Yan submits an application for a new patent in accordance with the law. Pray for quasi-patent.

Only the above are only feasible embodiments of this creation, and should not be used to limit the scope of implementation of this creation; that is, all equal changes and modifications made in accordance with the scope of the patent application for this new model shall still be covered by the patent for this new model Within the range.

10: Care-end device

11: Image capture unit

12: Central Processing Unit

13: Transmission unit

20: Image analysis device

30: Cloud server

31: Database

32: Comparison unit

33: Central Processing Unit

34: Transmission unit

40: Medical device

41: Data reading and editing unit

42: Central Processing Unit

43: transmission unit

Figure 1 is a block diagram of a device for creating a preferred embodiment. Figure 2 is a block diagram of the device for creating the second preferred embodiment.

10: Care-end device

11: Image capture unit

12: Central Processing Unit

13: Transmission unit

20: Image analysis device

30: Cloud server

31: Database

32: Comparison unit

33: Central Processing Unit

34: Transmission unit

40: Medical device

41: Data reading and editing unit

42: Central Processing Unit

43: transmission unit

Claims (6)

A medical image type recognition and information transmission device, which includes; A care-end device includes an image capture unit, a central processing unit, and a transmission unit; the image capture unit can photograph the object to be analyzed, and after it is transmitted to the central processing unit, it is transmitted through the transmission unit; A cloud server includes a database, a comparison unit, a central processing unit, and a transmission unit; the database will first store the relevant comparison values and medical record data; the transmission unit will receive the data from the care-end device The transmitted data is analyzed and compared with the data in the database through the central processing unit: the transmission unit can transmit the data; A medical device includes a data reading and editing unit, a central processing unit and a transmission unit; the medical device can receive the data transmitted by the cloud server, and view and edit through the data reading and editing unit The content of the database; An image analysis device that can further analyze the image data obtained by the image capturing unit to obtain data related to the article to be analyzed, and compare it with the data in the comparison unit and the database. The medical image type identification and information transmission device according to claim 1, wherein the image analysis device is installed in the care-end device. The medical image type identification and information transmission device according to claim 1, wherein the image analysis device is set on the cloud server. The medical image type identification and information transmission device according to claim 1, wherein the object to be analyzed can be solid or liquid. The medical image type identification and information transmission device according to claim 1, wherein the image capturing unit is an RGB camera. The medical image type identification and information transmission device according to claim 1, wherein the transmission unit is a wired transmission element or a wireless transmission element.

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