CN106155858A - Utilize the medical display device calibration steps of smart mobile phone - Google Patents
Utilize the medical display device calibration steps of smart mobile phone Download PDFInfo
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Abstract
The present invention relates to medical display device calibration steps, the calibration steps of above-mentioned medical display device utilizes: body, it is provided with the image information program for showing medical image information, medical display device, it is connected with body, and there is image processor and display floater, and the smart mobile phone of application program can be set, there is camera；The calibration steps of medical display device includes: calibration preparation process, at smart mobile phone, calibration application program is set, and smart mobile phone and medical display device are attached, calibration determination step, run calibration application program, and use the camera of smart mobile phone as color sensor, the camera utilizing smart mobile phone obtains the mensuration image being shown in display floater, and generate calibration information according to the measured value of acquired image and the deviation of a reference value, and calibration step, transmit, to the image processor of medical display device, the calibration information obtaining in calibration determination step and perform calibration.
Description
Technical field
The present invention relates to the calibration steps of medical display device, in more detail, relate to the use of the method that smart mobile phone carrys out calibrating medical display device.
Background technology
Medical display is as the device of the state for diagnosing patient, and in order to diagnose accurately, display device accurate show image information is of crucial importance.
Therefore, in the case of medical display device, the calibration for accurate show image information is of crucial importance.
Related art has Korean Patent Laid-Open 10-078366 (log date: on December 3rd, 2007) " to calibrate calibration steps, the display device utilizing it and the relative manufacture method of color display floater ".
Content of the invention
It is an object of the invention to, provide utilization to have the method that the smart mobile phone of camera carrys out the medical display device of simple alignment.
Another object of the present invention is to, the method utilizing inspection port and smart mobile phone to carry out the medical display device of simple alignment is provided.
The present invention provides the calibration steps of medical display device, the calibration steps of above-mentioned medical display device utilizes: body, it is provided with the image information program for showing medical image information, medical display device, it is connected with above-mentioned body, and there is image processor and display floater, and there is camera and the smart mobile phone of application program can be set, the calibration steps of above-mentioned medical display device includes: calibration preparation process, calibration application program is set at smart mobile phone, and smart mobile phone and medical display device are attached；Calibration determination step, run above-mentioned calibration application program, and use the above-mentioned camera of above-mentioned smart mobile phone as color sensor, the camera utilizing above-mentioned smart mobile phone obtains the mensuration image being shown in above-mentioned display floater, and generates calibration information according to the measured value of acquired image and the deviation of a reference value；And calibration step, the calibration information obtaining in above-mentioned calibration determination step to the image processor transmission of above-mentioned medical display device simultaneously performs calibration.Wherein, in above-mentioned calibration determination step, the mensuration Image Segmentation that can be shown in above-mentioned display floater is multiple regions, and shows different colors at regional；In above-mentioned calibration determination step, above-mentioned calibration application program display for moving speech message or the text message of above-mentioned smart mobile phone to specific region.
In above-mentioned calibration preparation process, can in a wired fashion USB (USB) terminal of above-mentioned smart mobile phone and above-mentioned medical display device be attached.
In a wired fashion the USB terminal of above-mentioned smart mobile phone and above-mentioned body can be attached, and drive above-mentioned image information program, or in above-mentioned calibration preparation process, can be communicated by wireless short-distance and above-mentioned smart mobile phone and above-mentioned body are attached, and drive above-mentioned image information program.
Preferably, in the state of making above-mentioned camera towards medical display device, so that the state that above-mentioned smart mobile phone is close to described medical display device performs above-mentioned calibration determination step.
Selectively or above-mentioned calibration determination step can be performed successively to red (Red), green (Green), blue (Blue), yellow (Yellow), cyan (Cyan), magenta (Magenta) and white (White).
And, can be with above-mentioned calibration application program to the image processor transmission mensuration signal of video signal of above-mentioned medical display device, and by comparing the signal obtaining from above-mentioned camera and a reference value calculates the method for calibration value and performs above-mentioned calibration determination step, and preferably, transmit the above-mentioned calibration value being calculated to above-mentioned image processor, make above-mentioned image processor after above-mentioned display device shows calibrated mensuration signal of video signal, repeatedly calculate calibration value, until the signal acquired by above-mentioned camera is consistent with a reference value.
Another embodiment of the present invention provides the calibration steps of medical display device, the calibration steps of above-mentioned medical display device utilizes: body, it is provided with the image information program for showing medical image information, medical display device, it is connected with above-mentioned body, and there is image processor and display floater, the smart mobile phone of application program can be set, and inspection port, it is connected with above-mentioned smart mobile phone；Above-mentioned medical display device calibration steps includes: calibration preparation process, arranges calibration application program at smart mobile phone, and is attached smart mobile phone and inspection port；Calibration determination step, run above-mentioned image information program to show mensuration image in above-mentioned medical display device, run above-mentioned calibration application program, inspection port is utilized to obtain the mensuration image being shown in above-mentioned medical display device, the deviation of the measured value according to acquired image and a reference value obtains calibration information, and generates calibration file at above-mentioned smart mobile phone；And calibration file transmitting step, above-mentioned smart mobile phone is attached with above-mentioned medical display device, and to the above-mentioned calibration file of above-mentioned image processor transmission.Wherein, come after above-mentioned medical display device display mensuration image by the above-mentioned image information program running above-mentioned body, drive the calibration application program of above-mentioned smart mobile phone, and utilize above-mentioned inspection port to obtain measured value from the mensuration image being shown in above-mentioned medical display device, it is multiple regions by said determination Image Segmentation, and in regional display redness, green, blue and white mensuration image, the above-mentioned calibration application program of above-mentioned smart mobile phone exports speech message or the text message for moving above-mentioned inspection port to the ad-hoc location of mensuration image by above-mentioned smart mobile phone, thus while moving above-mentioned inspection port to regional, while performing above-mentioned calibration determination step.
In above-mentioned calibration preparation process, can in a wired mode or wireless mode above-mentioned smart mobile phone and above-mentioned inspection port be attached.
In above-mentioned calibration file transmitting step, can above-mentioned smart mobile phone and the USB terminal being located at above-mentioned medical display device be attached in a wired fashion, and the calibration file generating at above-mentioned smart mobile phone to the transmission of above-mentioned image processor.
And, in above-mentioned calibration file transmitting step, can to be attached above-mentioned smart mobile phone and above-mentioned body in a wired fashion by USB terminal, or utilize wireless near field communication with wireless above-mentioned smart mobile phone and above-mentioned body are attached after, by the image information program of above-mentioned body come to above-mentioned medical display device above-mentioned image processor transmission above-mentioned smart mobile phone generate above-mentioned calibration file.
The present invention brings following effect: the camera being located at smart mobile phone can use the color sensor of the color being to be used for detecting display, or utilize inspection port to perform the calibration of medical display device.
Therefore, bring following effect: in the case of without extra equipment, simply perform the calibration of medical display device merely with smart mobile phone or smart mobile phone and inspection port.
Brief description
Fig. 1 is for representing the block diagram of the apparatus structure of the medical display device calibration steps utilizing smart mobile phone for performing first embodiment of the invention.
Fig. 2 is for representing the precedence diagram of the medical display device calibration visit method utilizing smart mobile phone of first embodiment of the invention.
Fig. 3 is for representing the block diagram for performing to utilize the apparatus structure of the medical display device calibration steps of smart mobile phone and inspection port of second embodiment of the invention.
Fig. 4 is for representing the precedence diagram of the medical display device calibration steps utilizing smart mobile phone and inspection port of second embodiment of the invention.
The explanation of reference
100: medical display device
110: image processor
120: display floater
200: body
210: image information program
300: smart mobile phone
310: camera
320: calibration application program
400: inspection port.
Detailed description of the invention
Term that this specification and the claimed scope of invention are used or word should not be construed as the meaning on common or dictionary; but the principle that can should suitably define the concept of term for the invention with optimal method explanation oneself based on invention personnel, explain to meet the meaning of technological thought of the present invention and concept.And, it is to be appreciated that the embodiment recorded in this manual and structure illustrated in the accompanying drawings are only a most preferred embodiment of the present invention, do not represent whole technological thoughts of the present invention, from the point of view of the application angle, can have and can replace their multiple equivalent technical solutions and variation.
Hereinafter, the medical display device calibration steps utilizing smart mobile phone of first embodiment of the invention is described in detail with reference to figure.
Fig. 1 is for representing the block diagram of the apparatus structure of the medical display device calibration steps utilizing smart mobile phone for performing first embodiment of the invention.
It as it is shown in figure 1, medical display device 100 is connected with body 200, is provided with the image information program 210 for showing medical image information at above-mentioned body 200.
Wherein, medical display device 100 can be independent medical display device or the display being attached to notebook computer.
Equally, body 200 can be personal computer (PC) body or notebook computer body.
It is provided with the image information program 210 for showing medical image information at body 200.
Further, medical display device 100 includes: display floater 120, has by controlled of driving signal other display pixel；And image processor 110, produce panel based on the signal of video signal being inputted and drive signal.
Image processor 110 performs the various control function of interpolation, gamma corrected, color calibration and other adjustment etc, and this calibration information is stored in image processor 110.
Smart mobile phone 300 can be provided with built-in camera 310, and is provided with the O/S of self, and can arrange application program.There is provided by arranging calibration application program 320, utilize the method that smart mobile phone 300 carrys out calibrating medical display device 100.Calibration application program 320 is connected with body 200 or medical display device 100 and fetches control body 200 or medical display device 100, and performs to transmit the function of calibration value.
Especially, the built-in camera 310 of smart mobile phone 300 is used as color sensor by calibration application program 320, detects the output valve of the image being shown in medical display device 100.
Smart mobile phone 300 can directly to carry out wired connection with medical display device by USB, it is possible to is connected with body by the wireless near field communication of USB or bluetooth etc.
Fig. 2 is for representing the precedence diagram of the medical display device calibration visit method utilizing smart mobile phone of first embodiment of the invention.
As in figure 2 it is shown, the calibration steps of the medical display device utilizing smart mobile phone of first embodiment of the invention includes calibration preparation process S100, calibration determination step S200 and calibration step S300.
Calibration preparation process S100 is to arrange calibration application program 320, and the step being attached smart mobile phone 300 and medical display device 100 at smart mobile phone 300.
In the case that medical display device 100 is provided with the USB terminal form being connected with image processor 110, may utilize above-mentioned USB terminal and be directly connected to smart mobile phone 300 and medical display device 100.
In the case that medical display device 100 is not provided with the USB terminal form being connected with image processor 110, by body, smart mobile phone 300 and medical display device 100 can be attached in the way of body 200 and smart mobile phone 300 are attached.
Smart mobile phone 300 may utilize USB with body 200 and is connected in a wired fashion, also can be connected by the close range wireless communication modes of bluetooth etc.
Preferably, in the case that smart mobile phone 300 is connected with medical display device 100 by body, after smart mobile phone 300 is connected with body 200, image information program 210 is run at body 200.This is to make the calibration application program 320 of smart mobile phone 300 can be connected by above-mentioned image information program 210 with medical display device 100 and perform calibration.
If smart mobile phone 300 is connected with medical device 100, then perform calibration determination step S200.
Calibration determination step S200 is, run the calibration application program 320 being located at smart mobile phone 300, and use the camera 310 of above-mentioned smart mobile phone 300 as color sensor, the video camera 310 utilizing above-mentioned smart mobile phone 300 obtains the mensuration image being shown in above-mentioned medical display device 100, and generates the step of calibration information according to the deviation of the color value of acquired image and the color value of mensuration image.
In the state of making the camera 310 of smart mobile phone 300 towards medical display device, so that the state that above-mentioned smart mobile phone is close to above-mentioned medical display device 100 performs calibration determination step S200.
Calibration determination step S200 can be performed selectively or successively to redness, green, blueness, yellow, cyan, magenta and white, also calibration determination step S200 can be performed to contrast (contrast) value or shading value.
Calibration operation is that a series of mensuration images being generated respectively by display input signal corresponding with R, G, B, C, Y, M, W value are performed.For each input signal, measured the specific region of screen by the camera 310 of smart mobile phone 300, and its result is converted to R, G, B, C, Y, M, W value.Due to many factors, R, G, B, C, Y, M, W value being exported and R, G, B, C, Y, M, W value being inputted must have deviation.R, G, B, C, Y, M, W value of being inputted and R, G, B, C, Y, M, W Value Data being exported corresponding thereto are tabled look-up to generate and are processed, above-mentioned tabling look-up converts input signal of video signal to drive panel signal, thus shows correct optical signal grade.
In calibration application program 320, image processor 110 to medical display device 100 exports mensuration signal of video signal, and obtained the show value of mensuration signal of video signal from the picture being shown in display floater 120 by the camera 310 of smart mobile phone 300 after, calculate calibration value by a reference value comparing show value and mensuration signal of video signal.
Now, mensuration signal of video signal can be shown in whole panel 120 with solid color, and display floater 120 can be divided into multiple region, and shows different colors at regional.It is divided into multiple region in display, and in the case that regional shows the mensuration signal of video signal of different colors, to regional intelligent movable mobile phone 300, and perform calibration mensuration.Now, speech message or the text message for moving above-mentioned smart mobile phone to specific region can be shown in the calibration application program 320 of smart mobile phone 300.
Calibration value is transferred to image processor 110 by calibration application program 320, then image processor 110 transmits, to the display floater 120 of medical display device 100, the mensuration signal of video signal utilizing calibration value to calibrate, afterwards, camera is repeatedly measured and whether compare the show value of signal of video signal consistent with a reference value, thus derives and make the calibration value that a reference value is consistent with show value.
Calibration step S300 is, transmits, to image processor 110, the calibration value derived in calibration determination step S200, and calibration value is stored in the step that image processor 110 terminates calibration.
Fig. 3 is for representing the block diagram for performing to utilize the apparatus structure of the medical display device calibration steps of smart mobile phone and inspection port of second embodiment of the invention.
It as it is shown on figure 3, medical display device 100 is connected with body 200, is provided with the image information program 210 for showing medical image information at above-mentioned body 200.
Wherein, medical display device 100 can be independent medical display device or the display being attached to notebook computer.
Equally, body 200 can be personal computer body or notebook computer body.
It is provided with the image information program 210 for showing medical image information at body 200.
Further, medical display device 100 includes: display floater 120, has by controlled of driving signal other display pixel；And image processor 110, produce panel based on the signal of video signal being inputted and drive signal.
Image processor 110 performs the various control function of interpolation, gamma corrected, color calibration and other adjustment etc, and this calibration information is stored in image processor 110.
Smart mobile phone 300 can be provided with the O/S of self, and can be provided with application program, and smart mobile phone 300 can be connected with inspection port 400 by wireless or cable.The present invention carrys out the method for calibrating medical display device 100 by the following method, i.e. arranges calibration application program 320 at smart mobile phone 300, and connects inspection port 400, after smart mobile phone 300 generates calibration file, transmits above-mentioned calibration file.
Calibration application program 320 performs following function: generates calibration file according to the measured value being measured by inspection port 400, and transmits above-mentioned calibration file directly or by body 200 to medical display device 100.
Inspection port 400 includes colorimeter (colorimeter), luminance meter (Luminance meter), spectrometer (Photo
The sensor such as spectrometer), above-mentioned inspection port 400 is connected with smart mobile phone 300 in a wired mode or wireless mode, and transmits measured value to the calibration application program 320 being located at smart mobile phone 300.
Fig. 4 is for representing the precedence diagram of the medical display device calibration steps utilizing smart mobile phone and port of second embodiment of the invention.
As shown in Figure 4, the medical display device calibration steps utilizing smart mobile phone of the embodiment of the present invention includes calibration preparation process S110, calibration determination step S210 and calibration file transmitting step S310.
Calibration preparation process S100 is to arrange calibration application program 320, and the step being attached smart mobile phone 300 and inspection port at smart mobile phone 300.
Smart mobile phone 300 and inspection port 400 can be joined directly together in a wired fashion and connect, and can be connected by the wireless near field communication of bluetooth etc.
Owing to smart mobile phone 300 has a terminal for carrying out USB connection, therefore, in the case that inspection port 400 is connected by the wireless near field communication of bluetooth etc with smart mobile phone 300, and in the state of connecting inspection port 400, smart mobile phone 300 can maintain by the next state being connected with medical display device 100 or body 200 of USB terminal.
In the case, calibration determination step S210 and calibration file transmitting step S310 can be formed substantially simultaneously.
If inspection port 400 and smart mobile phone 300 are for being connected in a wired fashion by USB terminal, then smart mobile phone 300 and body 200 or medical treatment display device 100 cannot be connected by USB, therefore, after needing to use generation calibration file, separate inspection port 400, and be attached medical display device or body 200 and smart mobile phone by USB terminal, thus transmit the mode of calibration file.
If making smart mobile phone 300 be connected with inspection port 400, then perform calibration determination step S210 afterwards.
Calibration determination step S210 runs the image information program 210 being located at body 200, and after medical display device 100 shows mensuration image, perform the calibration application program 320 of smart mobile phone 300, and obtained the mensuration image being shown in medical display device 100 by inspection port 400 after, the deviation of the obtained value according to acquired image and a reference value obtains calibration information.
Now, the calibration application program 320 of smart mobile phone utilizes calibration information to generate calibration file.
Calibration file is generated respectively to each color value.
Mensuration image has the form that an image is divided into multiple region, and multiple regions can show redness, green, blue and white mensuration image respectively.In the case, move inspection port 400 to regional, and detect measured value to generate calibration file.
Now, the calibration application program 320 of smart mobile phone 300 can point out speech message or the text message for moving inspection port 400 to the ad-hoc location of mensuration image by smart mobile phone.
In another way, whole mensuration image can show redness, green, blue and white mensuration image successively.After the sufficient time required with inspection shows the image of each color accordingly, become the form of the image of the next color of display.In the case, it is not necessary to mobile inspection port 400.
The a series of mensuration image being generated respectively by the input signal showing by R, G, B, W value performs calibration.For each input signal, measured the specific region of screen by the camera 310 of smart mobile phone 300, and its result is converted to R, G, B, W value.Due to many factors, R, G, B, W value being exported and R, G, B, W value being inputted must have deviation.R, G, B, W value of being inputted and R, G, B, W Value Data being exported corresponding thereto are tabled look-up to generate and are processed, but above-mentioned tabling look-up converts input signal of video signal to drive panel signal, thus shows correct optical signal grade.
In calibration application program 320, obtained the show value of mensuration signal of video signal in being shown in the mensuration signal of video signal of display floater 120 of medical display device 100 by the inspection port 400 being connected with smart mobile phone 300 after, calculate calibration value by a reference value comparing show value and mensuration signal of video signal.
Calibration application program 320 collects the calibration value of each color, generates the calibration file that will transmit to image processor 110.
If terminating the generation of calibration file, the then prompting message that smart mobile phone is connected by the calibration application program transportation of smart mobile phone with body or medical display.
After the calibration application program 320 of smart mobile phone 300 generates calibration file, perform calibration file transmitting step S310.
Smart mobile phone 300 is directly connected, or be connected with medical display device 100 by body 200 by calibration file transmitting step S310 with medical display device 100.Calibration file is as the file transmitting to image processor 110 and storing, if medical display device 100 is provided with the USB terminal being directly connected with image processor 110, smart mobile phone 300 can be connected with above-mentioned USB terminal in a wired fashion, thus directly transmit calibration file to image processor 110.
Calibration file can be formed by the body 200 being connected with medical display device 100, but in the case, utilizes the image information program 210 being located at body 200.First, connect smart mobile phone 300 and body 200 in a wired mode or wireless mode, after body 200 transmits calibration file, transmit calibration file by the image information program 210 of body to the image processor 110 of medical display device 100.
As mentioned above, the medical display device calibration steps utilizing smart mobile phone of the present invention can use the camera of smart mobile phone perform the calibration of medical display device as color sensor or utilize smart mobile phone and inspection port to perform the calibration of medical display device, thus bring and can utilize smart mobile phone or perform the effect of calibration of medical display device in the case of without extra equipment.
The above embodiments are interpreted as being in all respects example, and non-limiting, and compared with above-mentioned detailed description, the scope of the present invention should be represented by the claimed scope of invention.Furthermore, it is desirable to explain, all forms that can change and deform that invention claims the meaning of scope, scope and the equivalent technical solutions from the claimed scope of invention and derives belong to the scope of the present invention.
Claims (12)
1. the calibration steps of a medical display device, it is characterised in that the calibration steps of above-mentioned medical display device utilizes:
Body, is provided with the image information program for showing medical image information,
Medical display device, is connected with above-mentioned body, and has image processor and display floater, and
There is camera and the smart mobile phone of application program can be set；
The calibration steps of above-mentioned medical display device is characterised by,
Including:
Calibration preparation process, arranges calibration application program at smart mobile phone, and is attached smart mobile phone and medical display device,
Calibration determination step, run above-mentioned calibration application program, and use the above-mentioned camera of above-mentioned smart mobile phone as color sensor, the camera utilizing above-mentioned smart mobile phone obtains the mensuration image being shown in above-mentioned display floater, and generate calibration information according to the measured value of acquired image and the deviation of a reference value, and
Calibration step, the calibration information obtaining in above-mentioned calibration determination step to the image processor transmission of above-mentioned medical display device simultaneously performs calibration；
In above-mentioned calibration determination step, the mensuration image being shown in above-mentioned display floater is divided into multiple region, and shows different colors at regional；
In above-mentioned calibration determination step, above-mentioned calibration application program display for moving speech message or the text message of above-mentioned smart mobile phone to specific region.
2. the calibration steps of medical display device according to claim 1, it is characterised in that in above-mentioned calibration preparation process, is attached to the USB terminal of above-mentioned smart mobile phone and above-mentioned medical display device in a wired fashion.
3. the calibration steps of medical display device according to claim 1, it is characterized in that, in above-mentioned calibration preparation process, in a wired fashion the USB terminal of above-mentioned smart mobile phone and above-mentioned body is attached, and drives above-mentioned image information program.
4. the calibration steps of medical display device according to claim 1, it is characterised in that in above-mentioned calibration preparation process, is attached to above-mentioned smart mobile phone and above-mentioned body by short-range communication, and drives above-mentioned image information program.
5. the calibration steps of medical display device according to claim 1, it is characterized in that, in the state of making above-mentioned camera towards medical display device, so that the state that above-mentioned smart mobile phone is close to above-mentioned medical display device performs above-mentioned calibration determination step.
6. the calibration steps of medical display device according to claim 1, it is characterised in that selectively or above-mentioned calibration determination step is performed successively to redness, green, blueness, yellow, cyan, magenta and white.
7. the calibration steps of medical display device according to claim 1, it is characterized in that, in above-mentioned calibration determination step, above-mentioned calibration application program is to the image processor transmission mensuration signal of video signal of above-mentioned medical display device, and calculates calibration value by signal and a reference value comparing from the acquirement of above-mentioned camera.
8. the calibration steps of medical display device according to claim 7, it is characterized in that, transmit the above-mentioned calibration value being calculated to above-mentioned image processor, make above-mentioned image processor after above-mentioned display device shows calibrated mensuration signal of video signal, repeatedly calculate calibration value, until the signal acquired by above-mentioned camera is consistent with a reference value.
9. the calibration steps of a medical display device, it is characterised in that the calibration steps of above-mentioned medical display device utilizes:
Body, is provided with the image information program for showing medical image information,
Medical display device, is connected with above-mentioned body, and has image processor and display floater,
The smart mobile phone of application program can be set, and
Inspection port, is connected with above-mentioned smart mobile phone；The calibration steps of above-mentioned medical display device is characterised by,
Including:
Calibration preparation process, arranges calibration application program at smart mobile phone, and is attached smart mobile phone and inspection port,
Calibration determination step, run above-mentioned image information program to show mensuration image in above-mentioned medical display device, run above-mentioned calibration application program, inspection port is utilized to obtain the mensuration image being shown in above-mentioned medical display device, the deviation of the measured value according to acquired image and a reference value obtains calibration information, and generate calibration file at above-mentioned smart mobile phone, and
Calibration file transmitting step, is attached with above-mentioned medical display device to above-mentioned smart mobile phone, and to the above-mentioned calibration file of above-mentioned image processor transmission；
Come after above-mentioned medical display device display mensuration image by the above-mentioned image information program running above-mentioned body, drive the calibration application program of above-mentioned smart mobile phone, above-mentioned inspection port is utilized to obtain measured value from the mensuration image being shown in above-mentioned medical display device, it is multiple regions by said determination Image Segmentation, and show red, green, blue and white mensuration image at regional
The above-mentioned calibration application program of above-mentioned smart mobile phone exports speech message or the text message for moving above-mentioned inspection port to the ad-hoc location of mensuration image by above-mentioned smart mobile phone, thus while moving above-mentioned inspection port to regional, perform above-mentioned calibration determination step.
10. the calibration steps of medical display device according to claim 9, it is characterised in that in above-mentioned calibration preparation process, is attached to above-mentioned smart mobile phone and above-mentioned inspection port in a wired mode or wireless mode.
The calibration steps of 11. medical display devices according to claim 9, it is characterized in that, in above-mentioned calibration file transmitting step, in a wired fashion above-mentioned smart mobile phone is attached with the USB terminal being located at above-mentioned medical display device, and the calibration file generating at above-mentioned smart mobile phone to the transmission of above-mentioned image processor.
The calibration steps of 12. medical display devices according to claim 9, it is characterized in that, in above-mentioned calibration file transmitting step, to be attached above-mentioned smart mobile phone and above-mentioned body in a wired fashion by USB terminal, or utilize wireless near field communication with wireless connection to after being attached of above-mentioned smart mobile phone and above-mentioned body, carry out, by the image information program of above-mentioned body, the above-mentioned calibration file that the above-mentioned image processor transmission to above-mentioned medical display device generates at above-mentioned smart mobile phone.
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| CN102855865A (en) * | 2011-06-29 | 2013-01-02 | 阿德旺国际公司 | Portable medical monitor correcting device |
| JP2014060545A (en) * | 2012-09-14 | 2014-04-03 | Sharp Corp | Calibration system and record medium for multi-display |
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