CN104519324A - Remote diagnosis method, diagnosis terminal, acquisition terminal and system - Google Patents
Remote diagnosis method, diagnosis terminal, acquisition terminal and system Download PDFInfo
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- CN104519324A CN104519324A CN201410830710.7A CN201410830710A CN104519324A CN 104519324 A CN104519324 A CN 104519324A CN 201410830710 A CN201410830710 A CN 201410830710A CN 104519324 A CN104519324 A CN 104519324A
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Abstract
The invention provides a remote diagnosis method, a diagnosis terminal, an acquisition terminal and a system. The remote diagnosis method comprises the following steps of receiving medical image information transmitted by the acquisition terminal, displaying the received medical image information on a review window of a display interface, receiving analysis contents input by an expert according to the medical image information, generating a diagnosis report specific to the medical image information, and transmitting the diagnosis report to the corresponding acquisition terminal. Patients in remote regions with a lower medical level can obtain accurate diagnosis from the experienced expert by virtue of the remote diagnosis method, and the method has no spatial limitation. Further, since the remote diagnosis can be realized, the patients in the remote regions do not need to spend time and money in going out for seeing a doctor for the purpose of the accurate diagnosis, and the time and energy of the patients are saved.
Description
Technical field
The present invention relates to medical ultrasonic image diagnostic techniques field, particularly relate to a kind of method of remote diagnosis, diagnosis terminal, acquisition terminal and system.
Background technology
Along with the development of urbanization, increasing high-quality resource concentrates on city, especially a line city.With regard to medical skill, one line city is if the medical level on the ground such as Beijing, Shanghai is far away higher than other area, especially remote districts, rural area, remote districts doctor due to technology limited, all can not make a lot of illness and diagnosing accurately, if and patient goes to a line city to see a doctor, the expense of traffic and lodging is larger.
And along with the development of Medical Imaging Technology, medical image image has become the important evidence of diagnosis.B ultrasonic is one of most widely used image technology, and be the standard configuration of hospital, doctor can make diagnosis by B ultrasonic image.But, even if there is B ultrasonic machine remote districts, but owing to lacking the doctor be skilled in technique, in the face of some illnesss, still cannot makes and diagnosing accurately.
Summary of the invention
Based on this, be necessary for the problems referred to above, provide a kind of medical skill developed regions to the method for the remote diagnosis of remote districts, acquisition terminal, diagnosis terminal and system.
A method for remote diagnosis, comprises the following steps:
Receive the medical image that acquisition terminal sends;
The medical image received is presented at the examination & verification window of display interface;
Receive the analysis content that expert inputs according to medical image, and generate the diagnosis report for medical image;
Diagnosis report is sent to corresponding acquisition terminal.
In another embodiment, further comprising the steps of before or after the medical image step receiving acquisition terminal transmission:
The video receiving acquisition terminal transmission sends request; The instruction agreeing to receiver, video is sent to acquisition terminal;
Receive the video information of acquisition terminal and the video information of the acquisition terminal received be presented in real time the video display window of display interface;
The present invention also provides the method for another kind of remote diagnosis, comprises the following steps:
Gather medical image;
The medical image collected is sent to diagnosis terminal;
Receive the diagnosis report of diagnosis terminal for medical image.
In another embodiment, before or after the step gathering medical image, also comprise,
Send video to diagnosis terminal to send request; Receive the instruction of agreement receiver, video of diagnosis terminal and Real-time Collection video information;
The video information of Real-time Collection is sent to diagnosis terminal;
The present invention also provides a kind of diagnosis terminal of remote diagnosis, comprising:
First receiving element, for receiving the medical image of acquisition terminal;
First display unit, for being presented at the examination & verification window of display interface by the medical image received;
Report generation unit, for receiving the analysis content that expert inputs according to medical image, and generates the diagnosis report for medical image;
First transmitting element, for sending to corresponding acquisition terminal by diagnosis report.
The present invention also provides a kind of acquisition terminal of remote diagnosis, comprising:
Image acquisition units, for gathering medical image;
Second transmitting element, for sending to diagnosis terminal by the medical image collected;
Second receiving element, for receiving the diagnosis report of diagnosis terminal for medical image.
The present invention also provides a kind of system of remote diagnosis, the acquisition terminal that this system is above-mentioned and above-mentioned diagnosis terminal, acquisition terminal and diagnosis terminal communication connection.
In another embodiment, acquisition terminal, also comprises the 3rd transmitting element, sends request for sending video to diagnosis terminal;
Diagnosis terminal, also comprises the 3rd receiving element, and the video sent for receiving acquisition terminal sends request;
Diagnosis terminal, also comprises the 4th transmitting element, for sending the instruction agreeing to receiver, video to acquisition terminal;
Acquisition terminal, also comprises the 4th receiving element, for receiving the instruction of the agreement receiver, video of diagnosis terminal;
Acquisition terminal, also comprises video acquisition unit, for Real-time Collection video information;
5th transmitting element of acquisition terminal, also for sending the video information of Real-time Collection to diagnosis terminal;
5th receiving element of diagnosis terminal, also for receiving the video information that acquisition terminal sends;
Diagnosis terminal, also comprises the second display unit, for the video information of the acquisition terminal received being presented in real time the video display window of display interface.
In another embodiment, the medical image that the second transmitting element of acquisition terminal sends sends to the first receiving element of diagnosis terminal by the first transmission channel;
The video that 3rd transmitting element of acquisition terminal sends sends request the 3rd receiving element being sent to diagnosis terminal by the second transmission channel;
The real-time video information of the 5th transmitting element transmission of acquisition terminal sends to the 5th receiving element of diagnosis terminal by the 3rd transmission channel.
In another embodiment, the diagnosis report that the first transmitting element of diagnosis terminal sends sends the second receiving element of acquisition terminal to by the first transmission channel;
The instruction of the agreement receiver, video of the 4th transmitting element transmission of diagnosis terminal sends to the 4th receiving element of described acquisition terminal by the second transmission channel.
The method of above-mentioned remote diagnosis, the doctor or the patient that are in remote districts can ask for help to the expert of the higher hospital of medical level, expert can receive the medical image of the acquisition terminal transmission being in remote districts, this medical image is presented at the examination & verification window of display interface, after expert draws diagnosis according to this medical image, this diagnostic analysis result is inputted, terminal is according to the analysis content of this input and the raw diagnosis report of medical image, again by the reporting feedback of generation to be in remote districts acquisition terminal, the patient of the remote districts that medical level is lower is by the method for above-mentioned remote diagnosis, the Accurate Diagnosis of veteran expert can be obtained, not by the restriction in space.Further, due to can remote diagnosis be realized, be in the patient of remote districts without the need in order to make a definite diagnosis, and spended time and money be gone out to seek doctor, thus save the time and efforts of patient.
Accompanying drawing explanation
Fig. 1 is a kind of method flow diagram of remote diagnosis of execution mode;
Fig. 2 is the method flow diagram of the remote diagnosis of another kind of execution mode;
Fig. 3 is the method flow diagram that a kind of execution mode receives acquisition terminal video information;
Fig. 4 is the method flow diagram that a kind of execution mode receives acquisition terminal medical image;
Fig. 5 is a kind of method flow diagram of remote diagnosis of execution mode;
Fig. 6 is the method flow diagram of the remote diagnosis of another kind of execution mode;
Fig. 7 is a kind of method flow diagram of acquisition terminal collection video information of execution mode;
Fig. 8 is a kind of method flow diagram of acquisition terminal collection medical image of execution mode;
Fig. 9 is a kind of module map of diagnosis terminal of remote diagnosis of execution mode;
Figure 10 is a kind of module map of acquisition terminal of remote diagnosis of execution mode;
Figure 11 is a kind of module map of system of remote diagnosis of execution mode.
Embodiment
In order to make technical scheme of the present invention and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in Figure 1, a kind of method of remote diagnosis, comprises the following steps:
S101: receive the medical image that acquisition terminal sends.This medical image carries the address of acquisition terminal.
In China, the doctor of high-tech concentrates on a line city, and the doctor of remote districts is by the reason of Medical Devices or technology, a lot of difficult and complicated cases all cannot draw Accurate Diagnosis, therefore, often need the help of the expert obtaining the higher chain hospital of medical technique level, diagnosis terminal will receive the medical image of acquisition terminal transmission, and this medical image carries the address of acquisition terminal.This medical image is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.
S102: the examination & verification window medical image received being presented at display interface.
After diagnosis terminal receives the medical image of acquisition terminal, the examination & verification window of the display interface of diagnosis terminal is by this medical image of display, and expert checks this medical image by this examination & verification window.Should be understood that, this examination & verification window can have multiple display window, can show multiple medical image, as the left and right B ultrasonic figure of the collection of acquisition terminal.
S103: receive the analysis content that expert inputs according to medical image, and generate the diagnosis report for medical image.
Expert analyzes content according to the medical image input checked at examination & verification window, form, size etc. as the foreign matter of focus recorded according to B ultrasonic image draw diagnostic result, and this diagnostic analysis result is inputted, terminal generates the diagnosis report for this medical image according to the analysis content of this input and medical image.
S104: diagnosis report is sent to corresponding acquisition terminal.
Concrete, after generating diagnosis report, the report of generation, according to the address of this acquisition terminal received, is sent to corresponding acquisition terminal by diagnosis terminal.
The method of above-mentioned remote diagnosis, the doctor or the patient that are in remote districts can ask for help to the expert of the higher hospital of medical level, expert can receive the medical image of the acquisition terminal transmission being in remote districts, this medical image is presented at examination & verification window, after expert draws diagnosis according to this medical image, this diagnostic analysis result is inputted, terminal is according to the analysis content of this input and the raw diagnosis report of medical image, again by the reporting feedback of generation to be in remote districts acquisition terminal, the patient of the remote districts that medical level is lower is by the method for above-mentioned remote diagnosis, the Accurate Diagnosis of veteran expert can be obtained, not by the restriction in space.Further, due to can remote diagnosis be realized, be in the patient of remote districts without the need in order to make a definite diagnosis, and spended time and money be gone out to seek doctor, thus save the time and efforts of patient.
In another embodiment, as shown in Figure 2, a kind of method of remote diagnosis, comprises the following steps:
S201: the video receiving acquisition terminal transmission sends request.
On the one hand, in order to confirm that whether expert is online, the first expert to diagnosis terminal sends video and sends request, on the other hand, in order to allow the omnibearing focus situation understanding patient of expert, acquisition terminal gathers focus continuous print Dynamic medical image, if the B ultrasonic video image of focus is for doctor's reference.
S202: send the instruction agreeing to receiver, video to acquisition terminal.
If expert is online, after expert agrees to receiver, video, diagnosis terminal sends the instruction agreeing to receiver, video to acquisition terminal.
S203: receive the video information of acquisition terminal and the video information of the acquisition terminal received be presented in real time the video display window of display interface.
This video information is the real-time dynamic video image of medical image, take medical image as B ultrasonic be example, after expert agrees to that receiver, video sends request, the doctor of acquisition terminal is by using Ultrasonic-B probe at the dynamic B ultrasonic image of corresponding focal part collection of patient, and send to diagnosis terminal in real time, diagnosis terminal receives the video information of the B ultrasonic image of acquisition terminal, and is presented at the video display window of display interface in real time.
Concrete, as shown in Figure 3, step S203 specifically comprises the following steps:
S2031: the video information receiving the acquisition terminal through H.264 compressing that acquisition terminal sends.That is, the video information that acquisition terminal sends is the video information through H.264 compressing, and such as, acquisition terminal gathers B ultrasonic video data, is H.264 compressed by the B ultrasonic video data of collection.
H.264 be a kind of standard of video compression, video image after compression have that low bit-rate, picture quality are high, fault-tolerant ability expense and the strong advantage of network adaptability.H.264 maximum advantage has very high data compression ratio, and under the condition of equal picture quality, compression ratio is H.264 more than 2 times of MPEG-2, is 1.5 ~ 2 times of MPEG-4.Give an example, if the size of original document is 88GB, after adopting the compression of MPEG-2 compression standard, become 3.5GB, compression ratio is 25: 1, and become 879MB after adopting H.264 compression standard compression, from 88GB to 879MB, compression ratio H.264 reaches surprising 102: 1.Low bit-rate (LowBit Rate) plays an important role to high compression ratio H.264, compares with the compress technique such as MPEG-2 with MPEG-4ASP, and H.264 compress technique will save download time and the data traffic charge of user greatly.Especially it is worth mentioning that, while having high compression ratio, H.264 also have the image of high-quality smoothness, Just because of this, through the video data H.264 compressed, bandwidth required in network transmission process is less, also more economically.
S2032: the video information through H.264 compressing received is resolved.
Accordingly, after receiving the video data after H.264 compression of acquisition terminal, also this video data through H.264 compressing received will be resolved.
S2033: the video display window video information of the acquisition terminal through resolving being presented in real time display interface.
S204: receive the medical image that acquisition terminal sends, this medical image carries the address of acquisition terminal.
This medical image is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.Same, acquisition terminal also sends, to reduce the broadband resource taken in data entry process after H.264 compressing this medical image information gathered again.
Concrete, as shown in Figure 4, this step S204 specifically comprises the following steps:
S2041: receive the medical image after H.264 compressing that acquisition terminal sends.
S2042: the medical image through H.264 compressing received is resolved.
Accordingly, after receiving the image after H.264 compressing of acquisition terminal transmission, also will this view data H.264 compressed of parsing.
Medical image data volume through H.264 compressing reduces greatly, thus effectively raises the transmission speed of medical image, and whole transfer of data flow process was less than for 1 second.
S205: the examination & verification window medical image received being presented at display interface.After diagnosis terminal receives the medical image of acquisition terminal, the examination & verification window of the display interface of diagnosis terminal is by this medical image of display, and expert checks this medical image by this examination & verification window.Should be understood that, this examination & verification window can have multiple display window, can show multiple medical image, as the left and right B ultrasonic figure of the collection of acquisition terminal.
S206: receive the analysis content that expert inputs according to medical image, and generate the diagnosis report for medical image.
Expert is according to the medical image checked at examination & verification window, this diagnostic analysis result also inputs by the Dynamic medical video information seen in conjunction with video window, and terminal generates the diagnosis report for this medical image according to the analysis content of this input and medical image.Be understandable that, this diagnosis report includes the diagnostic result of medical image and the doctor received.
S207: diagnosis report is sent to corresponding acquisition terminal.
After generating diagnosis report, the report of generation, by the address according to this acquisition terminal received, is sent to corresponding acquisition terminal by diagnosis terminal.
The method of above-mentioned remote diagnosis, the doctor or the patient that are in remote districts can ask for help to the expert of the higher hospital of medical level, the medical image that the acquisition terminal that expert can not only obtain remote districts sends, acquisition terminal can also gather real-time Dynamic medical video and send to expert, observe focus situation in detail for expert, draw diagnosis in conjunction with the medical image received.And after the medical image of collection and video information to have carried out H.264 compression by acquisition terminal, therefore, substantially reduce the size of view data and video data, thus reduce the resource that medical image and video information take in network transmission process, improve transmission speed.
Should be understood that, step S201 to step S203 can perform before or after step S204, also can perform simultaneously.The doctor of acquisition terminal or patient are without the need to confirming that whether expert is online, first send medical image to expert, if expert is not online, then this image is offline image, namely doctor from far-off regions or the situation of patient in order to allow expert understand patient in more detail, or video can be sent to expert before or after sending medical image by acquisition terminal to send request simultaneously, after the request of expert's receiver, video, send the video data through H.264 compressing, expert is by this Dynamic medical image/video of viewing, expert can be helped to understand the situation focus situation of patient in more detail, thus make and diagnosing accurately.
The method of another kind of remote diagnosis, as shown in Figure 5, comprises the following steps:
S301: gather medical image.
Medical technique level owing to lacking Medical Devices or doctor from far-off regions is not high, a lot of difficult and complicated cases all cannot draw Accurate Diagnosis, therefore, often need the help of the expert obtaining the higher chain hospital of medical technique level, such as, the medical image of collection is sent to expert, and the medical image of collection is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.
S302: the medical image collected is sent to diagnosis terminal.
The medical image of acquisition terminal sends to diagnosis terminal, and after diagnosis terminal receives the medical image of acquisition terminal, the examination & verification window of the display interface of diagnosis terminal is by this medical image of display.
S303: receive the diagnosis report of diagnosis terminal for medical image.
After doctor receives this medical image, form, size etc. as the foreign matter of focus recorded according to B ultrasonic image draw diagnostic result, generate diagnosis report by conjunction with this diagnostic result and the medical image received, and this diagnosis report is sent to corresponding acquisition terminal.
The method of above-mentioned remote diagnosis, be in remote districts doctor or after patient can gather medical image, the expert of the hospital sending to medical level higher the medical image of this collection asks for help to expert, expert can input according to this medical image obtained the diagnosis that draws and form diagnosis report, and this diagnosis report is fed back to corresponding acquisition terminal.Even if patient is in remote districts, local medical level is low, and this patient also can obtain the Accurate Diagnosis of veteran expert.Further, due to can remote diagnosis be realized, be in the patient of remote districts also without the need in order to make a definite diagnosis, and spended time and money go to seek doctor, thus save the time and efforts of patient.
In another embodiment, as shown in Figure 6, a kind of method of remote diagnosis, comprises the following steps:
S401: send video to diagnosis terminal and send request.
On the one hand, in order to confirm that whether expert is online, the first expert to diagnosis terminal sends video and sends request.On the other hand, in order to allow the omnibearing focus situation understanding patient of expert, acquisition terminal gathers focus continuous print Dynamic medical image, if the B ultrasonic video image of focus is for doctor's reference.
S402: receive the instruction of agreement receiver, video of diagnosis terminal and Real-time Collection video information.
If expert is online, after expert agrees to receiver, video, the doctor of diagnosis terminal uses the Real-time Motion Image of IMAQ instrument collection patient focus, as used the consecutive image of Ultrasonic-B probe Real-time Collection patient focus.
The acquisition terminal of present embodiment passes through video frequency collection card, by video signal collective to acquisition terminal, and maximum support 768*576 resolution, maximum support frame per second 30FPS.
Concrete, as shown in Figure 7, this step S402 specifically comprises:
S4021: Real-time Collection video information.
S4022: H.264 the video information of Real-time Collection is compressed the video information obtained after H.264 compressing, such as, acquisition terminal gathers B ultrasonic video data, is H.264 compressed by the B ultrasonic video data of collection.
H.264 be a kind of standard of video compression, video image after compression have that low bit-rate, picture quality are high, fault-tolerant ability expense and the strong advantage of network adaptability.Compare with the compress technique such as MPEG-2 with MPEG-4ASP, H.264 compress technique will save download time and the data traffic charge of user greatly.Especially it is worth mentioning that, while having high compression ratio, H.264 also have the image of high-quality smoothness, Just because of this, through the video data H.264 compressed, bandwidth required in network transmission process is less, also more economically.
S403: the video information of Real-time Collection is sent to diagnosis terminal.The video information that diagnosis terminal receives is the video after H.264 compressing.Accordingly, diagnosis terminal also will resolve this video data through H.264 compressing received after receiving the video data after H.264 compression of acquisition terminal.
S404: gather medical image.
The medical image of collection is sent to diagnosis terminal, and the medical image of collection is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.
As shown in Figure 8, this step S404 specifically comprises the following steps:
S4041: gather medical image.
S4042: H.264 the medical image of collection is compressed the medical image obtained after H.264 compressing.
S405: the medical image collected is sent to diagnosis terminal.Medical image carries the address of acquisition terminal.
The medical image of acquisition terminal sends to diagnosis terminal, and after diagnosis terminal receives the medical image of acquisition terminal, the examination & verification window of the display interface of diagnosis terminal is by this medical image of display.
S406: receive the diagnosis report of diagnosis terminal for medical image.
The medical image that diagnosis terminal receives is the medical image after H.264 compressing.Accordingly, diagnosis terminal also will resolve this medical image through H.264 compressing received after receiving the medical image after H.264 compression of acquisition terminal.
After doctor receives this medical image, form, size etc. as the foreign matter of focus recorded according to B ultrasonic image draw diagnostic result, generate diagnosis report by conjunction with this diagnostic result and the medical image received, and this diagnosis report is sent to corresponding acquisition terminal.
The method of above-mentioned remote diagnosis, be in remote districts doctor or after patient gathers medical image, the expert of the hospital sending to medical level higher the medical image of this collection asks for help to expert, the medical image that the acquisition terminal that expert can not only obtain remote districts sends, acquisition terminal can also gather real-time video information and send to expert, observe focus situation in detail for expert, draw diagnosis in conjunction with the medical image received.And the medical image of collection and video information have carried out H.264 compressing after gathering video information and medical image by acquisition terminal, video information and medical image send after compression again, substantially reduce the size of view data and video data, thus reduce the resource that medical image and video information take in network transmission process, improve transmission speed.
Should be understood that, step S401 to step S403 can perform before or after step S404, or performed simultaneously.The doctor of acquisition terminal or patient are without the need to confirming that whether expert is online, first send medical image to expert, if expert is not online, then this image is offline image, namely doctor from far-off regions or the situation of patient in order to allow expert understand patient in more detail, or video can be sent to expert before or after sending medical image by acquisition terminal to send request simultaneously, after the request of expert's receiver, video, send the video data through H.264 compressing, expert is by this Dynamic medical image/video of viewing, expert can be helped to understand the focus situation of patient in more detail, thus make and diagnosing accurately.
The present invention also provides a kind of diagnosis terminal of remote diagnosis, as shown in Figure 9, comprising:
First receiving element 101, for receiving the medical image of acquisition terminal.Medical image carries the address of acquisition terminal.
First receiving element of diagnosis terminal will receive the medical image of acquisition terminal transmission, and this medical image carries the address of acquisition terminal.This medical image is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.
First display unit 102, for being presented at the examination & verification window of display interface by the medical image received.
After diagnosis terminal receives the medical image of acquisition terminal, the first display unit of diagnosis terminal is presented at examination & verification window for the medical image received.The examination & verification window of the display interface of diagnosis terminal is by this medical image of display, and expert checks this medical image by this examination & verification window.Should be understood that, this examination & verification window can have multiple display window, can show multiple medical image, as the left and right B ultrasonic figure of the collection of acquisition terminal.
Report generation unit 103, for receiving the analysis content that expert inputs according to medical image, and generates the diagnosis report for medical image.
Expert analyzes content according to the medical image input checked at examination & verification window, form, size etc. as the foreign matter of focus recorded according to B ultrasonic image draw diagnostic result, and this diagnostic analysis result is inputted, diagnosis terminal generates the diagnosis report for this medical image according to the analysis content of this input and medical image.
First transmitting element 104, for sending to corresponding acquisition terminal by diagnosis report.
After generating diagnosis report, the report of generation, according to the address of this acquisition terminal received, is sent to corresponding acquisition terminal by diagnosis terminal.
The diagnosis terminal of above-mentioned remote diagnosis, the doctor or the patient that are in remote districts can ask for help to the expert of the higher hospital of medical level, expert can receive the medical image of the acquisition terminal transmission being in remote districts, this medical image is presented at examination & verification window, after expert draws diagnosis according to this medical image, this diagnostic analysis result is inputted, terminal is according to the analysis content of this input and the raw diagnosis report of medical image, again by the reporting feedback of generation to be in remote districts acquisition terminal, from diagnosis terminal by above-mentioned remote diagnosis of the patient of the lower remote districts of medical level, the Accurate Diagnosis of veteran expert can be obtained, not by the restriction in space.Further, due to can remote diagnosis be realized, be in the patient of remote districts without the need in order to make a definite diagnosis, and spended time and money be gone out to seek doctor, thus save the time and efforts of patient.
The present invention also provides a kind of acquisition terminal of remote diagnosis, as shown in Figure 10, comprising:
Image acquisition units 201, for gathering medical image.
The medical image of image acquisition units collection is B ultrasonic image, nuclear magnetic resonance image, cardiac monitoring data etc.The passable Ultrasonic-B probe etc. that this IMAQ is concrete.
Second transmitting element 202, for sending to diagnosis terminal by the medical image collected.Medical image carries the address of acquisition terminal.
The medical image of acquisition terminal sends to diagnosis terminal, and after diagnosis terminal receives the medical image of acquisition terminal, the examination & verification window of the display interface of diagnosis terminal is by this medical image of display.
Second receiving element 203, for receiving the diagnosis report of diagnosis terminal for medical image.
After doctor receives this medical image, form, size etc. as the foreign matter of focus recorded according to B ultrasonic image draw diagnostic result, generate diagnosis report by conjunction with this diagnostic result and the medical image received, and this diagnosis report is sent to corresponding acquisition terminal.
The acquisition terminal of above-mentioned remote diagnosis, be in remote districts doctor or after patient can gather medical image, the expert of the hospital sending to medical level higher the medical image of this collection asks for help to expert, expert can input according to this medical image obtained and show that diagnosis forms diagnosis report, and this diagnosis report is fed back to corresponding acquisition terminal.Even if patient is in remote districts, local medical level is low, and this patient also can obtain the Accurate Diagnosis of veteran expert.Further, due to can remote diagnosis be realized, be in the patient of remote districts also without the need in order to make a definite diagnosis, and spended time and money go to seek doctor, thus save the time and efforts of patient.
The present invention also provides a kind of system of remote diagnosis, comprises acquisition terminal 100 and diagnosis terminal 200, and acquisition terminal 100 and diagnosis terminal 200 communicate to connect.The concrete connected mode of communication connection can be cable broadband, the connection of 3G or 4G wireless network, even if in the remote districts not having broadband, also by the communication connection of the diagnosis terminal of 3G network or 4G real-time performance acquisition terminal.
Acquisition terminal 100, comprises image acquisition units, for gathering medical image.
Acquisition terminal 100, also comprises the second transmitting element, for the medical image collected is sent to diagnosis terminal.
Diagnosis terminal 200, comprises the first receiving element, for receiving the medical image that acquisition terminal sends.Medical image carries the address of acquisition terminal.
Diagnosis terminal 200, also comprises the first display unit, for the medical image received being presented at the examination & verification window of display interface.
Diagnosis terminal 200, also comprises report generation unit, for receiving the analysis content that expert inputs according to medical image, and generates the diagnosis report for medical image.
Diagnosis terminal 200, also comprises the first transmitting element, for diagnosis report being sent to corresponding acquisition terminal 100.
Acquisition terminal 100, also comprises the second receiving element, for receiving the diagnosis report of diagnosis terminal for this medical image.
The system of above-mentioned remote diagnosis, the acquisition terminal being in remote districts gathers medical image, the medical image of this collection is sent to diagnosis terminal, the expert of diagnosis terminal can input according to this medical image obtained the diagnosis that draws and form diagnosis report, and this diagnosis report is fed back to corresponding acquisition terminal.Even if patient is in remote districts, local medical level is low, and this patient also can obtain the Accurate Diagnosis of veteran expert.Further, due to can remote diagnosis be realized, be in the patient of remote districts also without the need in order to make a definite diagnosis, and spended time and money go to seek doctor, thus save the time and efforts of patient.
In another embodiment, acquisition terminal 100, also comprises the 3rd transmitting element, sends request for sending video to diagnosis terminal.
Diagnosis terminal 200, also comprises the 3rd receiving element, and the video sent for receiving acquisition terminal sends request.
Acquisition terminal 200, also comprises the 4th transmitting element, for sending the instruction agreeing to receiver, video to described acquisition terminal.
Diagnosis terminal 200, also the 4th receiving element, for receiving the instruction of the agreement receiver, video of described diagnosis terminal.
Acquisition terminal 100, also comprises video acquisition unit, for the video information by Real-time Collection.
5th transmitting element of acquisition terminal 100, also for the video information to diagnosis terminal Real-time Collection.
5th receiving element of diagnosis terminal 200, also for receiving the video information that acquisition terminal sends.
Diagnosis terminal also 200, comprises the second display unit, for the video information of the acquisition terminal received being presented in real time the video display window of display interface.
The system of above-mentioned remote diagnosis, acquisition terminal is after receiving diagnosis terminal and agreeing to the instruction of receiver, video, and the medical image video of Real-time Collection focus, and send to diagnosis terminal, the expert for diagnosis terminal observes in detail.Therefore, the medical image sent in conjunction with this acquisition terminal and the medical image video of focus, contribute to the focus situation of the detailed understanding patient of help expert, thus draw diagnosis.
In another embodiment, the medical image of the second transmitting element transmission of acquisition terminal 100 sends to the first receiving element of diagnosis terminal 200 by the first transmission channel, 3rd transmitting element of acquisition terminal 100 is sent video and sends request the 3rd receiving element being sent to diagnosis terminal 200 by the second transmission channel, and the 5th transmitting element of acquisition terminal 100 sends real-time video information sends to diagnosis terminal 200 the 5th receiving element by the 3rd transmission channel.
In another embodiment, the diagnosis report of the first transmitting element transmission of diagnosis terminal 200 sends the second receiving element of acquisition terminal 100 to by the first transmission channel, the instruction of the agreement receiver, video of the 4th transmitting element transmission of diagnosis terminal 200 sends to the 4th receiving element of described acquisition terminal by the second transmission channel.-
The system of this remote diagnosis, by request message, image information and video information three kinds of data being transmitted by three channel parallels separately, can improve the transmission speed of data in remote transmission process.
Should be understood that, in order to make the system of this remote diagnosis more stable, as shown in figure 11, this system can also comprise server 300, acquisition terminal 100 and diagnosis terminal 200 communicate to connect with this server 300 respectively, the data of acquisition terminal and diagnosis terminal send to server respectively, then send to corresponding diagnosis terminal and acquisition terminal by server.
Above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a method for remote diagnosis, is characterized in that, comprises the following steps:
Receive the medical image that acquisition terminal sends;
The described medical image received is presented at the examination & verification window of display interface;
Receive the analysis content that expert inputs according to described medical image, and generate the diagnosis report for described medical image information;
Described diagnosis report is sent to corresponding described acquisition terminal.
2. the method for remote diagnosis according to claim 1, is characterized in that, further comprising the steps of before or after the medical image step that described reception acquisition terminal sends:
The video receiving the transmission of described acquisition terminal sends request;
The instruction agreeing to receiver, video is sent to described acquisition terminal;
Receive the video information of described acquisition terminal and the video information of the described acquisition terminal received be presented in real time the video display window of display interface.
3. a method for remote diagnosis, is characterized in that, comprises the following steps:
Gather medical image;
The medical image collected is sent to diagnosis terminal;
Receive the diagnosis report of described diagnosis terminal for described medical image.
4. the method for remote diagnosis according to claim 3, is characterized in that, before or after the step of described collection medical image, also comprises,
Send video to described diagnosis terminal to send request;
Receive the instruction of the agreement receiver, video of described diagnosis terminal and Real-time Collection video information;
The video information of described Real-time Collection is sent to described diagnosis terminal.
5. a diagnosis terminal for remote diagnosis, is characterized in that, comprising:
First receiving element, for receiving the medical image of acquisition terminal;
First display unit, for being presented at the examination & verification window of display interface by the medical image received;
Report generation unit, for receiving the analysis content that expert inputs according to described medical image, and generates the diagnosis report for described medical image;
First transmitting element, for sending to corresponding described acquisition terminal by described diagnosis report.
6. an acquisition terminal for remote diagnosis, is characterized in that, comprising:
Image acquisition units, for gathering medical image;
Second transmitting element, for sending to diagnosis terminal by the medical image collected;
Second receiving element, for receiving the diagnosis report of described diagnosis terminal for described medical image.
7. a system for remote diagnosis, is characterized in that, described system comprises acquisition terminal according to claim 6 and diagnosis terminal according to claim 5, described acquisition terminal and the communication connection of described diagnosis terminal.
8. the system of remote diagnosis according to claim 7, is characterized in that,
Described acquisition terminal, also comprises the 3rd transmitting element, sends request for sending video to described diagnosis terminal;
Described diagnosis terminal, also comprises the 3rd receiving element, and the video sent for receiving described acquisition terminal sends request;
Described diagnosis terminal, also comprises the 4th transmitting element, for sending the instruction agreeing to receiver, video to described acquisition terminal;
Described acquisition terminal, also comprises the 4th receiving element, for receiving the instruction of the agreement receiver, video of described diagnosis terminal;
Described acquisition terminal, also comprises video acquisition unit, for Real-time Collection video information;
5th transmitting element of described acquisition terminal, also for sending the video information of Real-time Collection to diagnosis terminal;
5th receiving element of described diagnosis terminal, also for receiving the video information that acquisition terminal sends;
Described diagnosis terminal, also comprises the second display unit, for the video information of the described acquisition terminal received being presented in real time the video display window of display interface.
9. the system of remote diagnosis according to claim 8, is characterized in that,
The described medical image of the second transmitting element transmission of described acquisition terminal sends to the first receiving element of diagnosis terminal by the first transmission channel;
The video that 3rd transmitting element of described acquisition terminal sends sends request the 3rd receiving element being sent to described diagnosis terminal by the second transmission channel;
The real-time video information of the 5th transmitting element transmission of described acquisition terminal sends to the 5th receiving element of described diagnosis terminal by the 3rd transmission channel.
10. the system of remote diagnosis according to claim 9, is characterized in that,
The described diagnosis report of the first transmitting element transmission of described diagnosis terminal sends the second receiving element of described acquisition terminal to by described first transmission channel;
The instruction of the agreement receiver, video of the 4th transmitting element transmission of described diagnosis terminal sends to the 4th receiving element of described acquisition terminal by the second transmission channel.
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