CN103211622A - Multi-imaging-mode ultrasonic image display method and multi-imaging-mode ultrasonic image display system - Google Patents
Multi-imaging-mode ultrasonic image display method and multi-imaging-mode ultrasonic image display system Download PDFInfo
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Abstract
The invention provides a multi-imaging-mode ultrasonic image display method used for ultrasonic diagnosis equipment. A graphic user interface (GUI) display thread is built corresponding to each imaging mode, an entering mode preview order input by a user is received, ultrasonic image data of each imaging mode displayed by each GUI display thread is called, and ultrasonic diagnosis data of each imaging mode corresponds to one display unit. By building the GUI display thread for each ultrasonic image imaging mode, the multi-imaging-mode ultrasonic image display method enables the ultrasonic image data of multiple imaging modes to be previewed in the same screen, and imaging mode switching operation can be carried out visually and rapidly.
Description
Technical field
The present invention relates to the medical ultrasound equipment technical field, be specifically related to a kind of many imaging patterns ultrasound pattern display method and system.
Background technology
During ultrasonic diagnostic equipment work, after the data back data processing unit that probe is gathered is handled,, watch the scanning result for the user by showing that thread is presented at display unit.Ultrasonic diagnostic equipment commonly used generally has multiple imaging pattern, for example: the B(gray scale image) pattern, CFM(color blood-stream image) pattern, DPI(power doppler) pattern, THI(tissue harmonic imaging) pattern, PW(pulse Doppler) pattern, CW(continuous-wave doppler) and pattern, M(time-motion) pattern, TDI(tissue Doppler) pattern, E(elastogram) pattern.Because a kind of scanning mode of ultrasonic probe and the data type of generation have unicity under a kind of imaging pattern at present, therefore show when the same time can only allow a kind of scanning fructufy of imaging pattern, only need a GUI(graphic user interface) show thread work.User will seek out the scanning result of other imaging patterns, need switch between various imaging patterns, and during switching, the GUI that discharges last imaging pattern shows thread, sets up new GUI and shows that thread shows the real-time scanning image of selected pattern.This shows that the single GUI of conventional ultrasound diagnostic device shows that the mode of operation of thread can't realize the image preview simultaneously of a plurality of imaging patterns.Yet for example for same scanning position, the scanning image under the different imaging patterns has very big comparison reference value for user's diagnosis in some cases.
Traditional desk-top ultrasonic diagnostic equipment switches by the physical switch of arranging on the diagnostic device such as button when the switching imaging pattern.Development along with touch screen technology, many tame manufacturers produce have been made the plate medical ultrasound diagnostic device that uses touch screen to import and show, this equipment has parts such as touch screen, probe, front end signal processing unit, central processing unit usually, has convenient, the convenient carrying of input.Existing plate ultrasonic diagnostic equipment also can carry out imaging pattern by physical switch and switch, arranged keys or knob on ultrasonic diagnostic equipment, perhaps sensor key is when pushing button or during rotary knob, this incident of system acquisition switches to the respective imaging pattern; Can also switch by the touch screen virtual key, utilize graphical interfaces software on touch screen, to draw different buttons, represent different imaging patterns, when clicking the corresponding button, switch to the respective imaging pattern.
Yet, by the mode of physical button, can additionally increase the size or the volume of machine, reduced the compactedness of product, be unfavorable for moving and carrying, and physical button is not easy to reparation if damage; By the mode of touch screen virtual key, button need take the space on the screen, makes to be used for showing that the effective coverage of scanning image reduces, and has increased the complexity and the system response time of software design.
In addition, imaging pattern switching mode of the prior art, discharge the demonstration thread of last imaging pattern after switching immediately, and set up the demonstration thread of selected imaging pattern, the relevant parameter of each imaging pattern can't independently be preserved, can not realize quick switching, and the pattern preview, and can't realize that the scanning image of a plurality of different different imaging patterns of screen display contrasts use for the user.
Summary of the invention
First technical problem that the present invention solves is: thus single GUI shows that thread work can't provide a plurality of imaging pattern ultrasonoscopys defective that preview is simultaneously compared, and provides a kind of ultrasound pattern display method that can realize the preview simultaneously of multiple imaging pattern ultrasonoscopy in the background technology in order to overcome.
Second technical problem that the present invention solves is: for overcoming existing touch screen ultrasonic diagnostic equipment can reduce facility compact by physical switch switching imaging pattern defective, and can take screen space by screen virtual key switching imaging pattern, make the defective of software design complexity, a kind of many imaging patterns ultrasound pattern display method and system that uses on the touch screen ultrasonic diagnostic equipment is provided.
The technical solution used in the present invention is: a kind of many imaging patterns ultrasound pattern display method may further comprise the steps:
S1: a corresponding N imaging pattern is set up N GUI and is shown thread, and described N is the natural number greater than 1;
S2: receive the order of the pattern that the enters preview of user's input, transfer described N GUI and show thread, show that by described N GUI thread obtains N ultrasound image data of N imaging pattern correspondence;
S3: the ultrasound image data of a described N imaging pattern is sent to N display unit show, the ultrasound image data of the corresponding imaging pattern of described each display unit.
Further, described step S2 comprises the steps:
S11: receive the order of user's input;
Whether S12: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S13;
S13: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S14: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S15: window size, location parameter that each GUI shows the thread display unit are set.
Further, described reception user enters the pattern preview command and enters the pattern preview command for receive the user under a certain imaging pattern interface, and described step S2 comprises the steps:
S21: receive the order of user's input;
Whether S22: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S13;
S23: preserve the ultrasound image data of the imaging pattern of work at present, and withdraw from the imaging pattern of work at present;
S24: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S25: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S26: window size, location parameter that each GUI shows the thread display unit are set.
Perhaps, described step S2 comprises the steps:
S31: receive the order of user's input;
Whether S32: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S23;
S33: the GUI that message center is transferred the imaging pattern of work at present shows the ID of thread; And the GUI of other imaging patterns shows the ID of thread;
S34: the non real-time ultrasound image data that obtains other imaging patterns by ID;
S35: the ultrasound image data of preserving the imaging pattern of work at present;
S36: window size, location parameter that each GUI shows the thread display unit are set.
Further, described method also comprises after step S3:
S4: receive the order that user's selection enters a certain imaging pattern, show that to the GUI of selected imaging pattern correspondence thread sends work order, shows the real-time ultrasonic image under this imaging pattern.
Further, described step S4 comprises:
S41: message center judges whether the type of message that receives is preference pattern message, if enter s32;
S42: the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected imaging pattern;
S43: the GUI that this ID correspondence is set shows window size, the location parameter of thread display unit;
S44: refresh this GUI and show that thread shows.
Further, the above method is applied under the touch screen operating, the order of the pattern that the enters preview of described reception user input, transfer described N GUI and show that thread is: receive user's gesture command, the order of described reception is packaged into message to send to message center and judges, if meet default gesture, message center is transferred the ID of the GUI demonstration thread of each imaging pattern; The order that described reception user selects to enter a certain imaging pattern is: receive the contact order of user's input, calculate the affiliated window area of contact order generation coordinate, the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected pattern.
The present invention also provides a kind of many imaging patterns ultrasonoscopy display system, and described system uses based on touch-screen system, comprising:
The user imports detection module, is used to receive user's input gesture information, and the information that receives is packaged into information and sending;
Message center is used for receiving and judges different types of message, gives corresponding processing module with forwards;
The imaging pattern module has multiple imaging pattern, and corresponding several data handling procedure is used to finish the date processing of different imaging patterns;
GUI shows the thread module, and corresponding described every kind of imaging pattern has at least one GUI and shows thread;
Display module, corresponding described each GUI shows that thread has a display unit.
Further, described multiple imaging pattern comprises multiple arbitrarily in the following pattern: B pattern, CFM pattern, DPI pattern, THI pattern, PW pattern, CW pattern, M pattern, TDI pattern, E pattern.
The invention has the beneficial effects as follows, realized that different imaging pattern ultrasound image datas with the screen preview, can also realize that the ultrasonoscopy of different imaging patterns shows on different display devices, thereby made things convenient for user's observation of comparing.
Another beneficial effect of the present invention is, make plate touch screen ultrasonic diagnostic equipment can carry out the same screen preview of many imaging patterns ultrasonoscopy intuitively, fast, and the switching of imaging pattern, do not influence the product compactedness, and can effectively utilize on-screen display (osd) area.
Description of drawings
Fig. 1 is the flow chart of many imaging patterns of the present invention ultrasound pattern display method embodiment.
Fig. 2, Fig. 3, Fig. 4 are among other embodiment of many imaging patterns of the present invention ultrasound pattern display method, the flow chart of step S2.
Fig. 5 is many imaging patterns of the present invention ultrasound pattern display method flow chart of an embodiment again.
Fig. 6 is among many imaging patterns of the present invention ultrasound pattern display method embodiment shown in Figure 5, the flow chart of step S4.
Fig. 7 is the system block diagram of many imaging patterns of the present invention ultrasonoscopy display system embodiment.
Fig. 8 is before system shown in Figure 7 embodiment realizes the imaging pattern preview, in the preview, the design sketch after switching.
The specific embodiment
The present invention discloses a kind of many imaging patterns ultrasound pattern display method that is used for ultrasonic diagnostic equipment, single GUI shows that thread work can't provide a plurality of imaging pattern ultrasonoscopys defective that preview is simultaneously compared, and provides a kind of ultrasound pattern display method that can realize the preview simultaneously of multiple imaging pattern ultrasonoscopy in the background technology thereby described method is for overcoming.Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described.
Embodiment one,
In the ultrasonic diagnostic equipment, the data that probe is gathered show that by GUI thread shows at display unit after handling by data processing unit.Because different imaging pattern correspondences different ultrasound data work of treatment modes, and different display modes and parameter, therefore the GUI under the various imaging patterns shows that thread needs to set up separately.
Each imaging pattern correspondence a kind of ultrasound data work of treatment mode, this GUI shows that thread is responsible for calling this data processor, makes it produce corresponding video data, offers GUI and shows thread, carry out show, refresh, operation such as memory image.GUI shows that thread shows the data handled well with parameters such as the refresh rate that configures, display position, display window sizes, opens the message circulation simultaneously, receives the message that message center sends, response user operation.
Referring to Fig. 1, be the flow chart of a kind of many imaging patterns ultrasound pattern display method first embodiment of the present invention, this method embodiment may further comprise the steps:
S1: a corresponding N imaging pattern is set up N GUI and is shown thread, and described N is the natural number more than or equal to 1;
The corresponding every kind of imaging pattern of present embodiment is set up a GUI and is shown thread, distribute corresponding ID(sign) call this GUI demonstration thread with convenient by this ID, its corresponding imaging pattern is also to should ID, and data processor obtains its handle resource by ID, visit internal data and method.Ultrasonic diagnostic equipment commonly used comprises following imaging pattern: B pattern, CFM pattern, DPI pattern, THI pattern, PW pattern, CW pattern, M pattern, TDI pattern, E pattern, so N equals 9 in the present embodiment.In certain embodiments, as required, the quantity of imaging pattern has variation, and accordingly, N is other greater than 1 natural number.
S2: receive the order of the pattern that the enters preview of user's input, transfer described N GUI and show thread, show that by described N GUI thread obtains N ultrasound image data of N imaging pattern correspondence;
This method embodiment preferably is applied under the touch screen operating.Touch screen operating monitoring contact action; in case action triggers; just the information such as number of contacts, contact glide direction and persistent period that receive can be packaged into message and send to the message center judgement; if meet default gesture; for example refer to close up the gesture motion of slip more; then expression enters the imaging pattern preview, and the GUI that message center is transferred each imaging pattern shows thread, otherwise message is abandoned.Because each GUI shows that thread is separate, so each GUI shows that thread can be called at one time, is used for showing with the ultrasound image data that obtains each imaging pattern correspondence.
S3: the ultrasound image data of a described N imaging pattern is sent to N display unit show, the ultrasound image data of the corresponding imaging pattern of described each display unit.
A described N display unit is to obtain by marking off different zones on the same display screen.According to the size of display screen, the imaging pattern quantity that need show, calculate and be provided with window size, location parameter that each GUI shows the thread display unit, refresh GUI and show that thread shows.Generally speaking, to the window size of each imaging pattern mean allocation display unit, also can be according to user's request, to the bigger display window of some imaging pattern setting wherein.A described N display unit can also be a plurality of different display screens, and convenient user compares and checks.
In certain embodiments, referring to Fig. 2, be the flow chart of step S2, described step S2 comprises:
S11: receive the order of user's input;
Whether S12: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S13;
S13: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S14: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S15: window size, location parameter that each GUI shows the thread display unit are set.
At present since ultrasonic probe to be operated under the different imaging patterns data of its working method and generation all different, therefore the same time can only show the real-time scanning image under a kind of imaging pattern.When entering the pattern preview, need show the ultrasonoscopy of each imaging pattern simultaneously, in the present embodiment, adopt the mode of transferring each imaging pattern non real-time ultrasonoscopy.System stores the non real-time ultrasound image data under each imaging pattern, transfers each GUI when entering preview and shows that thread shows those non real-time ultrasound image datas.
In certain embodiments, described reception user enters the pattern preview command and enters the pattern preview command for receive the user under a certain imaging pattern interface.For example behind the selected probe of user, acquiescence enters a certain imaging pattern, for example is the B pattern, and this moment, the GUI of B pattern correspondence showed that thread shows and refreshed image.Enter preview interface from current imaging pattern, referring to Fig. 3, described step S2 comprises:
S21: receive the order of user's input;
Whether S22: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S23;
S23: preserve the ultrasound image data of the imaging pattern of work at present, and withdraw from the imaging pattern of work at present;
S24: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S25: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S26: window size, location parameter that each GUI shows the thread display unit are set.
In the present embodiment, step S23 preserves the ultrasound image data of the imaging pattern of work at present, be for when entering the pattern preview, preview ultrasound image data as this imaging pattern, so, withdraw from current imaging pattern at every turn before, preserve the ultrasound image data under the current imaging pattern, to guarantee that each imaging pattern all is the last the generation as the ultrasound image data of preview, makes things convenient for the user to check in the preview interface contrast.
In certain embodiments, as shown in Figure 4, step S2 specifically may further comprise the steps:
S31: receive the order of user's input;
Whether S32: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S33;
S33: the GUI that message center is transferred the imaging pattern of work at present shows the ID of thread; And the GUI of other imaging patterns shows the ID of thread;
S34: the non real-time ultrasound image data that obtains other imaging patterns by ID;
S35: the ultrasound image data of preserving the imaging pattern of work at present;
S36: window size, location parameter that each GUI shows the thread display unit are set.
Different with previous embodiment is, because after entering the pattern preview, still can allow a kind of imaging pattern work, produce the real-time ultrasonic image data, therefore in the present embodiment, when entering preview, do not withdraw from the imaging pattern of work at present, only the GUI demonstration thread of this imaging pattern is reset window size, the location parameter of display unit, thereby still show the real-time ultrasonic image data of this imaging pattern in preview interface, can further facilitate the non real-time ultrasound image data that the user contrasts other imaging patterns and check.Among the step S25, preserve the ultrasound image data of the imaging pattern of work at present, be used as when entering preview next time, the preview ultrasound image data of this imaging pattern, so, each GUI to current imaging pattern preserves the ultrasound image data under the current imaging pattern before showing that thread is reset display window size and position, to guarantee that each imaging pattern all is the last the generation as the non real-time ultrasound image data of preview, makes things convenient for the user to check in the preview interface contrast.
Referring to Fig. 5, in certain embodiments, after step S3, also comprise step S4: receive the order that user's selection enters a certain imaging pattern, show that to the GUI of selected imaging pattern correspondence thread sends work order, shows the real-time ultrasonic image under this imaging pattern.
Particularly, as shown in Figure 6, described step S4 comprises:
S41: message center judges whether the type of message that receives is preference pattern message, if enter s32;
S42: the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected imaging pattern;
S43: the GUI that this ID correspondence is set shows window size, the location parameter of thread display unit;
S44: refresh this GUI and show that thread shows.
Present embodiment preferably is applied under the touch screen operating, the order that the user selects to enter a certain imaging pattern realizes by touch screen operating reception user gesture command, touch screen operating receives the contact order of user's input, calculate the affiliated window area of contact order generation coordinate, the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected pattern.Present embodiment has realized that not only many imaging patterns ultrasonoscopy is with the screen preview, perhaps show so that contrast is checked at a plurality of display screens, also realized carrying out intuitively, fast the switching of imaging pattern, do not need additional physics change-over switch on ultrasonic diagnostic equipment, and effectively utilized on-screen display (osd) area.
Embodiment two,
Referring to Fig. 7, system block diagram for a kind of many imaging patterns ultrasonoscopy of the present invention display system embodiment, described system uses based on touch-screen system, comprise: the user imports detection module 601, be used to receive and judge user's input gesture information, the information that receives be packaged into information and sending give message center 602 described later; Message center 602 is used for receiving and judges different types of message, gives corresponding processing module with forwards, and for example GUI shows thread module 604; Imaging pattern module 603 has multiple imaging pattern, and corresponding several data handling procedure is used to finish the date processing of different imaging patterns; GUI shows thread module 604, and corresponding described every kind of imaging pattern has at least one GUI and shows thread; Display module 605, corresponding described each GUI shows that thread has a display unit.
In the present embodiment, the user imports detection module 601 and is the touch screen input system, can discern information such as the glide direction of number of contacts, each contact and persistent period, and the information that those receive is packaged into message, sends to message center 602 and judges.
GUI shows that thread module 604 corresponding described every kind of imaging patterns have a GUI and show thread, this thread is responsible for calling the data processor of imaging pattern module 603, make it produce corresponding video data, offer the GUI thread, carry out show, refresh, operation such as memory image.GUI shows that thread is when state of activation, call data processor and handle the data that the front end signal processing unit spreads out of, the data handled well are shown with parameters such as the refresh rate that configures, display position, display window sizes, open the message circulation simultaneously, receive the message that message center sends, response user operation.
Referring to Fig. 8, picture 701,702,703 has illustrated system embodiment of the present invention to be switched in the CW mode process by the B pattern respectively, the display interface before the preview, in the preview, after the switching.Before the preview, the real-time scanning image of B pattern is paved with the viewing area, after entering preview interface, the preview ultrasound image data of all patterns all is presented at the viewing area, wherein, the B pattern is real-time scanning image, and other patterns are non-enforcement ultrasound image data, after the switching, the real-time scanning image of CW pattern is paved with the viewing area.The pattern handover operation is convenient, directly perceived, effectively utilizes the viewing area.
More than a kind of many imaging patterns ultrasound pattern display method and system that the embodiment of the invention provided are described in detail, but the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof, should not be construed as limitation of the present invention.Those skilled in the art are in the technical scope that the present invention discloses, and the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.
Claims (9)
1. imaging pattern ultrasound pattern display method more than a kind may further comprise the steps:
S1: a corresponding N imaging pattern is set up N GUI and is shown thread, and described N is the natural number greater than 1;
S2: receive the order of the pattern that the enters preview of user's input, transfer described N GUI and show thread, show that by described N GUI thread obtains N ultrasound image data of N imaging pattern correspondence;
S3: the ultrasound image data of a described N imaging pattern is sent to N display unit show, the ultrasound image data of the corresponding imaging pattern of described each display unit.
2. many imaging patterns ultrasound pattern display method according to claim 1 is characterized in that described step S2 comprises the steps:
S11: receive the order of user's input;
Whether S12: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S13;
S13: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S14: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S15: window size, location parameter that each GUI shows the thread display unit are set.
3. many imaging patterns ultrasound pattern display method according to claim 1 is characterized in that, described reception user enters the pattern preview command and enters the pattern preview command for receive the user under a certain imaging pattern interface, and described step S2 comprises the steps:
S21: receive the order of user's input;
Whether S22: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S23;
S23: preserve the ultrasound image data of the imaging pattern of work at present, and withdraw from the imaging pattern of work at present;
S24: message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
S25: the non real-time ultrasound image data that obtains each imaging pattern by ID;
S26: window size, location parameter that each GUI shows the thread display unit are set.
4. many imaging patterns ultrasound pattern display method according to claim 1 is characterized in that, described reception user enters the pattern preview command and enters the pattern preview command for receive the user under a certain imaging pattern interface, and described step S2 comprises the steps:
S31: receive the order of user's input;
Whether S32: the order of described reception being packaged into message sending to message center and judge, is the order that enters the pattern preview, if enter S33;
S33: the GUI that message center is transferred the imaging pattern of work at present shows the ID of thread; And the GUI of other imaging patterns shows the ID of thread;
S34: the non real-time ultrasound image data that obtains other imaging patterns by ID;
S35: the ultrasound image data of preserving the imaging pattern of work at present;
S36: window size, location parameter that each GUI shows the thread display unit are set.
5. many imaging patterns ultrasound pattern display method according to claim 1 is characterized in that, described method also comprises after step S3:
S4: receive the order that user's selection enters a certain imaging pattern, show that to the GUI of selected imaging pattern correspondence thread sends work order, shows the real-time ultrasonic image under this imaging pattern.
6. many imaging patterns ultrasound pattern display method according to claim 5 is characterized in that, described step S4 comprises:
S41: message center judges whether the type of message that receives is preference pattern message, if enter s32;
S42: the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected imaging pattern;
S43: the GUI that this ID correspondence is set shows window size, the location parameter of thread display unit;
S44: refresh this GUI and show that thread shows.
7. according to any described many imaging patterns ultrasound pattern display method of claim 1-6, it is characterized in that described method is applied under the touch screen operating;
The order of the pattern that the enters preview of described reception user input, transfer described N GUI and show that thread is: receive user's gesture command, the order of described reception is packaged into message to send to message center and judges, if meet default gesture, message center is transferred the ID of the GUI demonstration thread of each imaging pattern;
The order that described reception user selects to enter a certain imaging pattern is: receive the contact order of user's input, calculate the affiliated window area of contact order generation coordinate, the ID of imaging pattern is chosen in identification, and message center shows that to the GUI of this ID correspondence thread sends the message of selected pattern.
8. the display system of imaging pattern ultrasonoscopy more than a kind, described system uses based on touch-screen system, it is characterized in that comprising:
The user imports detection module, is used to receive user's input gesture information, and the information that receives is packaged into information and sending;
Message center is used for receiving and judges different types of message, gives corresponding processing module with forwards;
The imaging pattern module has multiple imaging pattern, and corresponding several data handling procedure is used to finish the date processing of different imaging patterns;
GUI shows the thread module, and corresponding described every kind of imaging pattern has at least one GUI and shows thread;
Display module, corresponding described each GUI shows that thread has a display unit.
9. many imaging patterns ultrasonoscopy display system according to claim 8, it is characterized in that described multiple imaging pattern comprises multiple arbitrarily in the following pattern: B pattern, CFM pattern, DPI pattern, THI pattern, PW pattern, CW pattern, M pattern, TDI pattern, E pattern.
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| CN107961035A (en) * | 2017-12-29 | 2018-04-27 | 深圳开立生物医疗科技股份有限公司 | A kind of ultrasonic probe and the method and apparatus for controlling diasonograph |
| CN108366225A (en) * | 2018-01-26 | 2018-08-03 | 蓝网科技股份有限公司 | Method, apparatus, equipment and storage medium based on the acquisition of multichannel endoscopic images |
| CN114271853A (en) * | 2021-12-23 | 2022-04-05 | 武汉中旗生物医疗电子有限公司 | Ultrasonic equipment imaging mode parameter control method, device, equipment and storage medium |
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| CN106055106A (en) * | 2016-06-04 | 2016-10-26 | 北京联合大学 | Leap Motion-based advantage point detection and identification method |
| CN106055106B (en) * | 2016-06-04 | 2018-11-13 | 北京联合大学 | A kind of Dominant point detection recognition methods based on Leap Motion |
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| CN107961035A (en) * | 2017-12-29 | 2018-04-27 | 深圳开立生物医疗科技股份有限公司 | A kind of ultrasonic probe and the method and apparatus for controlling diasonograph |
| CN108366225A (en) * | 2018-01-26 | 2018-08-03 | 蓝网科技股份有限公司 | Method, apparatus, equipment and storage medium based on the acquisition of multichannel endoscopic images |
| CN114998178A (en) * | 2021-02-26 | 2022-09-02 | 深圳开立生物医疗科技股份有限公司 | Method, device and equipment for measuring thickness of neck transparent layer and storage medium |
| CN114271853A (en) * | 2021-12-23 | 2022-04-05 | 武汉中旗生物医疗电子有限公司 | Ultrasonic equipment imaging mode parameter control method, device, equipment and storage medium |
| CN114271853B (en) * | 2021-12-23 | 2024-05-03 | 武汉中旗生物医疗电子有限公司 | Ultrasonic equipment imaging mode parameter control method, device, equipment and storage medium |
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