CN211862825U - Self-service CT detecting system - Google Patents

Abstract

A self-service CT detection system comprises a traditional CT device, at least one camera, a data processing host device system and a voice prompt device. The CT equipment, the camera and the voice prompt device are respectively in data connection with the data processing device, the camera is used for shooting an image acquisition area of the CT equipment, and the data processing device is used for processing shot images through an image recognition technology and giving operation instructions to the CT equipment and the camera. The utility model discloses automatic accomplish the operation of taking a picture, realize taking a picture by oneself, can connect and go out the film device by oneself, directly carry out the film with CT equipment scanning's result and print, realize going out the film by oneself, can realize self-service diagnosis through CT image analytical equipment, realize the self-service automation mechanized operation of whole CT inspection.

Description

Self-service CT detecting system

Technical Field

The utility model belongs to the technical field of electronic equipment, a medical treatment check out test set, especially image check out test set are self-service CT detecting system.

Background

It is a well-known fact that the share of the medical market is increasing in the economic life. Medical imaging examination is a pioneer in the field of technology-driven medicine, and medical imaging plays a significant role in the medical industry. All current imaging examinations require manual operations by the relevant technician. At least 1-2 technicians are required for each piece of equipment, and the technicians are only responsible for operating the equipment but do not write video diagnosis reports. After the medical image is collected, the image part is transmitted to an image doctor to issue a diagnosis report. Such procedures and information are transmitted in the form of batons, which brings restrictions on personnel and efficiency for the popularization of the image equipment.

Computed tomography (ct) is a medical device with a high current utilization rate, and a patient goes to a hospital to see a doctor, and needs to make an appointment and queue in many links, wherein the appointment of an imaging department is a most typical link which restricts efficiency. Because the prior imaging equipment needs to be equipped with a technician for use, except a small part of military medical vehicles, the imaging equipment is mostly limited to be configured in a hospital, the coverage area of the hospital is large, the situation that only a few equipment are arranged in one area easily occurs, and the problem of equipment resource shortage is aggravated. On one hand, the CT apparatus has high usage demand, and on the other hand, the need of providing technicians is greatly restricted, whether the CT apparatus is added in a hospital or the coverage of the CT apparatus in different geographical locations is improved.

Disclosure of Invention

The utility model discloses the problem that solves is: the existing CT equipment has a large use demand, each CT equipment needs to be equipped with at least 1-2 technicians for operation, and the operating mode of the technicians is required, so that the market release rate and the utilization rate of the CT equipment are limited.

The technical scheme of the utility model is that: the utility model provides a self-service CT detecting system, including CT equipment, at least one camera, data processing apparatus and guide and diagnose the device, CT equipment, camera and guide and diagnose the device and respectively with data processing apparatus data connection, at least one camera sets up directly over CT equipment for shoot the image acquisition district of CT equipment, guide and diagnose the device and include voice prompt device, be used for outputting voice prompt, data processing apparatus is used for handling the image that the camera was shot through image recognition technology, receive the CT image of CT equipment scanning, and go out the operation instruction to CT equipment and camera head.

Furthermore, the CT detection system is also provided with a CT image film discharging device for typesetting and printing the CT images, and the CT image film discharging device is in data connection with the data processing device.

Furthermore, the CT image analysis device is also arranged and used for loading an analysis program to analyze the CT image, and the CT image analysis device is in data connection with the data processing device.

Furthermore, the CT detection system is also provided with an identity verification device for identifying the identity of the user of the CT equipment, and the identity verification device is in data connection with the data processing device.

Further, the diagnosis guiding device further comprises a human-computer interaction interface.

Further, the CT detection system is arranged in a mobile room, and the mobile room meets the radiation protection level requirement of the CT equipment.

Further, data processing apparatus is provided with data communication interface to detecting system outward.

The utility model provides a self-service CT detecting system has modernized data transmission performance, provides a novel carrier of the medical treatment work of realizing the form of multipoint unmanned, has following beneficial effect.

1) The camera shoots an image acquisition area of the CT equipment, whether a human body enters the image acquisition area or not is identified through the existing image identification technology in the data processing device, the position of the human body is identified, a control instruction is sent out to drive the CT equipment to run and scan, meanwhile, the data processing device also sends an instruction to the voice prompt device, a prompt is sent out for the running state of the CT equipment, the shooting operation is automatically completed, a voice prompt is given to a user, full automation is realized, and the user finishes the medical image imaging process in a self-service manner.

2) The data processing device is connected with the self-service film discharging device, and directly carries out automatic film typesetting and printing on the scanning result of the CT equipment, so that full-automatic and unmanned self-service film discharging is realized.

3) The CT image analysis device with automatic intelligent analysis is provided, the automatic analysis software of the existing CT image is mature, and self-service diagnosis can be realized by arranging the analysis device with the image analysis software. According to experiments, the current level of automatic analysis software for CT images has reached and surpassed the current overall level of positioning and qualitative judgment of advanced physicians for pulmonary tuberculosis lesions in the early 126 Jiangsu area.

4) Because of unmanned operation, the utility model discloses still provide the device of being equipped with user authentication for the discernment uses CT person's identity, can remain the use record, and corresponds user's identity and CT scanning result. The utility model aims at realizing full self-service use, will mainly rely on and can dismantle the removal room of assembling, perhaps will remove the room and combine with the vehicle, constitute the car as a house, will the utility model discloses place and remove in the car as a house, put in the residential area of hospital periphery and population density region, can need not to consider relevant medical image technical personnel's the outfit problem, be favorable to improve equipment's coverage, more efficient satisfies the user demand of masses to CT equipment.

5) The utility model discloses be provided with data interface outward, can connect the database system of hospital or the individual intelligent terminal of user, be favorable to the conveying of information.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention.

Detailed Description

The utility model relates to a self-service CT detecting system, including traditional CT equipment, at least one camera, data processing apparatus and lead and examine the device, CT equipment, camera and lead and examine the device and be connected with CT host computer and data processing apparatus respectively. The camera can be a 2D camera or a 3D camera, is arranged above the CT equipment and is used for shooting an image acquisition area of the CT equipment, the collected image is used for acquiring a specific part which needs to be scanned by a user so as to further drive the CT equipment, meanwhile, the camera can also give consideration to partial monitoring of the image acquisition area, the data processing device is used for processing the image shot by the camera through an image recognition technology, receiving the CT image scanned by the CT equipment and sending an operation instruction to the CT equipment and the camera, the data processing device processes the received CT image and processes the medical image in a Dicom format, and the image processing is a corollary program of the existing CT equipment. The diagnosis guide device comprises two parts, namely a voice prompt device and a man-machine interaction interface, and the basic diagnosis guide work can be completed by the voice prompt device generally. The voice prompt device can be integrated in the existing CT machine equipment, the part is mature, and the human-computer interaction interface is also an existing device and used for providing voice and animation display, so that the examination teaching can be more intuitively assisted, and the device is simple and clear.

As shown in fig. 1, is an embodiment of the present invention. The CT device 1, the camera 2 and the medical guide device are respectively connected with the data processing device 5 in a data mode, wherein the connection can be a wired mode or a wireless mode. The camera 2 is preferably arranged right above the CT device 1 for capturing an image acquisition area of the CT device, and the data processing device is configured to process the captured image by using an image recognition technology and issue operation instructions to the CT device and the camera. The image recognition technology is mainly used for recognizing whether a human body enters an image acquisition area or not and the position of the human body, such as the position of the head, the position of the lung can be positioned according to the position of the head in an image, and the data processing device can send an instruction to drive the CT equipment to correspondingly scan so as to realize automatic shooting. There are various well-established convolutional neural networks in the image recognition technology, such as: the Faster R-CNN, the V-NET, the U-NET and the like have a plurality of mature human body identification programs corresponding to the requirements, and the mature human body identification programs are directly configured in the data processing device and are not described in detail.

Now the hospital has realized mostly that CT film prints by oneself, the utility model discloses CT detecting system also further is equipped with CT image and goes out piece device 3 for typesetting and printing CT image, CT image goes out piece device and data processing device data connection, realizes going out the piece by oneself, for example the ripe film composing system, Intelligent imaginglayout system (IILS) that have successfully designed and reported.

The utility model discloses still be equipped with CT image analysis device 4 for loading analysis procedure analysis CT image. In the prior art, automatic analysis software for CT images is mature, and is mostly implemented based on some neural networks, such as fast R-CNN, Res NET, etc., and some convolutional neural networks that have been opened by competition, especially for image recognition of lung nodules.

Further, the utility model discloses CT detecting system still is equipped with authentication device for discern CT equipment user identity, authentication device and data processing device data connection. The identity of the user can be determined by adopting a common identity card + face recognition device or a passport, and the like, and because the identity card is in butt joint with medical insurance information at present, the CT equipment can be used by a personal medical insurance way even if the identity card is not in a hospital or even if the identity card is not in the hospital.

The utility model discloses need not to be equipped with technical staff, can realize the self-service use of full automatization, the process of CT film shooting is not complicated to the person of being shot, only need lie flat in the image acquisition district of CT equipment can, consequently only need with technician's dictation film shooting in the past require to arrange in order a service instruction can, or directly report through voice prompt device. The shooting process is completed by the data processing device according to the image automatic control CT equipment of camera collection, realizes the self-service shooting, combines self-service film equipment and automatic analysis device, realizes the full self-service of whole CT inspection process, and need not professional's guidance. On this basis, the utility model discloses each geographical position is put in to the system can be convenient, need not to receive the restriction that will be equipped with the special messenger, can with the utility model discloses CT detecting system sets up in removing room 6, remove the room and can dismantle the transport, as long as the wall accord with the radiation protection level requirement that CT equipment required can, be favorable to convenient will the utility model discloses a CT detecting system puts in the nervous area of medical resource to can carry out the adjustment on equipment configuration ground at any time.

Additionally, the utility model discloses a data processing device still is provided with the data communication interface to detecting system outward, can the database system of remote connection hospital, or combine the identity of authentication device discernment, directly propelling movement user's personal intelligent terminal with CT photography data, is favorable to the conveying of information.

Claims (10)

1. A self-service CT detection system is characterized by comprising a CT device, at least one camera, a data processing device and a diagnosis guiding device, wherein the CT device, the camera and the diagnosis guiding device are respectively in data connection with the data processing device, the at least one camera is arranged right above the CT device and used for shooting an image acquisition area of the CT device, the diagnosis guiding device comprises a voice prompt device and used for outputting a voice prompt, the data processing device is used for processing an image shot by the camera through an image recognition technology, receiving a CT image scanned by the CT device and sending an operation instruction to the CT device and a camera.

2. The self-service CT detection system of claim 1, further comprising a CT image film output device for composing and printing CT images, wherein the CT image film output device is in data connection with the data processing device.

3. The self-service CT detection system according to claim 1 or 2, further comprising a CT image analysis device for loading an analysis program to analyze the CT image, wherein the CT image analysis device is in data connection with the data processing device.

4. A self-service CT detection system according to claim 1 or 2, further comprising an authentication device for identifying the identity of the user of the CT apparatus, said authentication device being in data connection with the data processing device.

5. A self-service CT detection system according to claim 3, further comprising an authentication device for identifying the identity of the user of the CT apparatus, said authentication device being in data connection with the data processing device.

6. The self-service CT detection system of claim 1, wherein said diagnostic device further comprises a human-machine interface.

7. The self-service CT detection system as recited in claim 1 or 2, wherein the CT detection system is disposed in a mobile room, the mobile room is detachably assembled, and the wall portion meets the radiation protection level requirement of the CT device.

8. The self-service CT detection system of claim 3, wherein the CT detection system is arranged in a mobile room, the mobile room is detachably assembled, and the wall part meets the radiation protection level requirement of the CT equipment.

9. A self-service CT detection system according to claim 1 or 2, wherein the data processing means is provided with a data communication interface external to the detection system.

10. A self-service CT detection system according to claim 3, wherein said data processing means provides a data communication interface to the outside of the detection system.

Images