CN102323871B - Method and device for realizing ultrasonic image refreshing - Google Patents
Method and device for realizing ultrasonic image refreshing Download PDFInfo
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- CN102323871B CN102323871B CN201110217991.5A CN201110217991A CN102323871B CN 102323871 B CN102323871 B CN 102323871B CN 201110217991 A CN201110217991 A CN 201110217991A CN 102323871 B CN102323871 B CN 102323871B
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Abstract
The invention discloses a method for realizing ultrasonic image refreshing. The method comprises the following steps: generating ultrasonic images: obtaining the acquired ultrasonic signals, and generating the ultrasonic images according to the ultrasonic signals; establishing a display layer and a control layer: establishing a transparent control layer and a transparent display layer with parameter information in a display area of the ultrasonic images, wherein the control layer and the display layer are in the same size as the ultrasonic images; operating the parameter information: receiving the operating instructions which are input by users and aim at the specified parameter information, cutting the specified parameter information on the display layer, sending the specified parameter information to the corresponding position on the control layer, and operating the parameter information on the control layer according to the operating instructions; and displaying the parameter information: sending the operated parameter information to the corresponding position on the display layer to be displayed. The method has the following advantages: the display area of the ultrasonic images, the display layer and the control layer are three separate structures and can not occupy more hardware resources to ensure the system to run smoothly in the operation process, thus ensuring the trackball of the control layer and response of the keyboard to be free from delay and pause.
Description
Technical field
The present invention relates to ultrasonic technique field, in particular, relate to and realize method and the device that ultrasonoscopy refreshes.
Background technology
In modern ultrasonic diagnosis equipment for medical purpose, be presented at the following several data of conventionally having of ultrasonoscopy district: other data such as ultrasonoscopy, degree of depth velocity scale, color sampling frame and sample line, image parameter, GTG bar and colour bar, annotation information, position mark, surveyors' staff trace.
In the above-mentioned data of mentioning, except some necessary essential informations such as ultrasonoscopy, scale parameter, other information show by operator's actual needs.And as annotation information, surveyors' staff, position mark, color sampling frame with these information of sample line follow operator's motion track ball or button carries out real-time update.So how to make these information show in same ultrasonic region, do not affect again refreshing of basic ultrasonoscopy simultaneously, become the problem that needs most at present solution.
The displaying scheme that existing ultrasonic diagnostic equipment adopts multi-layer image to merge substantially.The displaying scheme that adopts multi-layer image to merge, first, need to determine current which figure layer that has; Then, obtain the information of All Layers, and by the information fusion getting in the buffer zone of ultrasonoscopy; Finally, the data that merged the ultrasonoscopy buffer zone after other parameter informations are shown.
As modern ultrasonic diagnosis equipment for medical purpose, not only will solve multi-layer image information shows at same viewing area real-time stabilization, the more important thing is event how to process trace ball or keyboard, real-time response operator's motion track ball or some beating keyboard, button carry out refreshing of image, so in the research and practice process to prior art, the present inventor finds that prior art exists following problem:
Because the processing procedure that figure layer is superposeed need to take more system resource, and the frame frequency in ultrasonoscopy district is real-time change, refresh at every turn and all need to repaint all figures, so causing the hardware moment to be in heavier burden works, so that the speed of system is slack-off in operating process, thereby cause the response of trace ball and keyboard all to have delay and Caton phenomenon to a certain degree, therefore, staff, in the time of operation trace ball and keyboard, cannot position accurately.
Summary of the invention
In view of this, purpose of design of the present invention is, a kind of method and device that ultrasonoscopy refreshes of realizing is provided, and reduces the taking of system resource, to ensure that trace ball and keyboard can locate accurately.
The embodiment of the present invention is achieved in that
Realize the method that ultrasonoscopy refreshes, comprising:
Generate ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
Set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
The operation of parameter information: the operational order to designated parameter information that receives user's input, shear the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
The demonstration of parameter information: the parameter information after operation is sent on the correspondence position of described display layer and is shown.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, described parameter information comprises annotation information, position mark, surveyors' staff, color sampling frame and sample line.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially annotation information, and described operational order is while being modify instruction, and the operation steps of described parameter information is specially:
Receive the modify instruction to appointment annotation information of user's input, extract the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information is operated on described manipulation layer according to described modify instruction;
The step display of described parameter information is specially:
Annotation information after operation is sent on the correspondence position of described display layer and is shown.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially annotation information, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to appointment annotation information of user's input, extract the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Annotation information after movement is sent on the correspondence position of described display layer and shows.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially position mark, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to appointment position mark of user's input, extract the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Position mark after movement is sent on the correspondence position of described display layer and shows.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially position mark, and described operational order is while being rotate instruction, and the operation steps of described parameter information is specially:
Receive the rotate instruction to appointment position mark of user's input, extract the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark is rotated on described manipulation layer according to described rotate instruction;
The step display of described parameter information is specially:
Postrotational position mark is sent on the correspondence position of described display layer and shows.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially surveyors' staff, and described operational order is while being shape modify instruction, and the operation steps of described parameter information is specially:
Receive the shape modify instruction to specified measurement scale of user's input, extract the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, the shape of described surveyors' staff being modified on described manipulation layer according to described shape modify instruction;
The step display of described parameter information is specially:
Amended shape surveyors' staff is sent on the correspondence position of described display layer and shows.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially surveyors' staff, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to specified measurement scale of user's input, extract the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, described surveyors' staff is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Surveyors' staff after movement is sent on the correspondence position of described display layer and shows.
Preferably, realize in the method that ultrasonoscopy refreshes above-mentioned, when described parameter information is specially color sampling frame and sample line, and described operational order is while being regulating command, and the operation steps of described parameter information is specially:
Receive the regulating command to color sampling frame and sample line of user's input, extract color sampling frame and the sample line on described display layer and be sent on the correspondence position of described manipulation layer, described color sampling frame and sample line being regulated on described manipulation layer according to described regulating command;
The step display of described parameter information is specially:
Color sampling frame after regulating and sample line are sent on the correspondence position of described display layer and are shown.
Realize the device that ultrasonoscopy refreshes, comprise generation module, set up module, operational module and display module;
Described generation module, for obtaining the ultrasonic signal collecting, and generates ultrasonoscopy according to described ultrasonic signal;
The described module of setting up, for setting up the manipulation layers transparent with onesize two of described ultrasonoscopy and having the display layer of parameter information on the viewing area of described ultrasonoscopy;
Described operational module, for receiving the operational order to designated parameter information of user's input, extract the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
Described display module, for being sent to the parameter information after operation on the correspondence position of described display layer and showing.
Compared with prior art, the technical scheme that the present embodiment provides has the following advantages and feature:
In scheme provided by the invention, the viewing area of ultrasonoscopy, the display layer with parameter information is the three-decker separating with manipulation layer, without by this three stacked being added together, when the viewing area of ultrasonoscopy is refreshed at every turn without draw all figures, only need to draw ultrasonoscopy, display layer only just refreshes the parameter information of variation place in the time that parameter information changes, thereby ensure independently to refresh between each layer, show simultaneously, and be independent of each other, so can not take the more resource of hardware, so that the operation that in operating process, system can be smooth, thereby the trace ball of guarantee manipulation layer and the response of keyboard do not exist and postpone and block the phenomenon of timing.Therefore, the present invention can reduce the taking of system resource, to ensure that trace ball and keyboard can locate accurately.
Brief description of the drawings
In order to be illustrated more clearly in the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is a kind of process flow diagram of realizing the method that ultrasonoscopy refreshes provided by the present invention;
Fig. 2 is the process flow diagram that another kind provided by the present invention is realized the method that ultrasonoscopy refreshes;
Fig. 3 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 4 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 5 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 6 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 7 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 8 be provided by the present invention another realize the process flow diagram of the method that ultrasonoscopy refreshes;
Fig. 9 is a kind of module map that realizes the device that ultrasonoscopy refreshes provided by the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
Shown in Figure 1, shown in Fig. 1, a kind ofly realize the method that ultrasonoscopy refreshes for what the embodiment of the present invention provided, comprising:
Step S11, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S12, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The operation of step S13, parameter information: the operational order to designated parameter information that receives user's input, shear the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
Parameter information mainly comprises the information such as annotation information, position mark and surveyors' staff, color sampling frame and sample line, and these information can be along with changing by the operational order of the transmission of trace ball and keyboard according to user.User is after to the parameter information transmit operation instruction of specifying, and the designated parameter information of system on can shearing display layer is initiatively issued manipulation layer, and it is corresponding with the position of display layer to ensure to be arranged on position on manipulation layer.User can change operational order as required, so that different variations occurs parameter information.For example, in the time that parameter information is annotation information, operations such as can inserting annotation information, delete, revise and move; In the time that parameter information is position mark, can move and the operations such as rotating detector position mark; In the time that parameter information is surveyors' staff, can changes size to surveyors' staff, change the operation such as shape and movement; In the time that parameter information is color sampling frame and sample line, can change size, mobile sample position to color sampling frame and sample line.
The demonstration of step S14, parameter information: the parameter information after operation is sent on the correspondence position of described display layer and is shown.
After manipulation layer is to parameter information operation, system can be sent to the parameter information after operation on the correspondence position of display layer and show.As can be seen here, the effect of display layer is to show the parameter information having set, user can not directly modify to the parameter information of display layer, but by the manipulation layer that parameter information is moved to from display layer, after the amendment of manipulation layer, move in display layer, concerning user, this conversion is transparent again.
Can find out in the embodiment shown in fig. 1, the viewing area of ultrasonoscopy, the display layer with parameter information is the three-decker separating with manipulation layer, without by this three stacked being added together, when the viewing area of ultrasonoscopy is refreshed at every turn without draw all figures, only need to draw ultrasonoscopy, display layer only just refreshes the parameter information of variation place in the time that parameter information changes, thereby ensure independently to refresh between each layer, show simultaneously, and be independent of each other, so can not take the more resource of hardware, so that the operation that in operating process, system can be smooth, thereby the trace ball of guarantee manipulation layer and the response of keyboard do not exist and postpone and block the phenomenon of timing.Therefore, the present invention can reduce the taking of system resource, to ensure that trace ball and keyboard can locate accurately.
Because the above-mentioned specific implementation that realizes the method that ultrasonoscopy refreshes exists various ways, be elaborated below by specific embodiment:
Shown in Figure 2, shown in Fig. 2 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially annotation information, and operational order is modify instruction, and the method comprises the following steps:
Step S21, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S22, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The retouching operation of step S23, annotation information: the modify instruction to appointment annotation information that receives user's input, shear the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information being operated on described manipulation layer according to described modify instruction;
When user modifies to annotation information, can make cursor be in the annotation information place of wish amendment, then system can be trimmed to the annotation information of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can be to the annotation information operation of modifying.Certainly, user also can pass through this mode, and annotation information is inserted and the operation such as deletion.
The demonstration of step S24, annotation information: amended annotation information is sent on the correspondence position of described display layer and shows.
After manipulation layer is to annotation information amendment, system can be sent to amended annotation information on the correspondence position of display layer and show.
Shown in Figure 3, shown in Fig. 3 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially annotation information, and operational order is move, and the method comprises the following steps:
Step S31, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S32, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The move operation of step S33, annotation information: receive the move to appointment annotation information of user's input, shear the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information being operated on described manipulation layer according to described move;
When user moves annotation information, can make cursor be in the annotation information place of wish amendment, then system can be trimmed to the annotation information of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can carry out move operation to annotation information.Certainly, user also can pass through this mode, and annotation information is rotated or changes the operations such as word size.
The demonstration of step S34, annotation information: the annotation information after movement is sent on the correspondence position of described display layer and shows.
After manipulation layer moves annotation information, system can be sent to the annotation information after movement on the correspondence position of display layer and show.
Shown in Figure 4, shown in Fig. 4 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially position mark, and operational order is move, and the method comprises the following steps:
Step S41, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S42, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The move operation of step S43, position mark: receive the move to appointment position mark of user's input, shear the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark being operated on described manipulation layer according to described move;
When user moves position mark, can make cursor be in the position mark of wish amendment, then system can be trimmed to the position mark of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can carry out move operation to position mark.
The demonstration of step S44, position mark: the position mark after movement is sent on the correspondence position of described display layer and shows.
After manipulation layer moves position mark, system can be sent to the position mark after movement on the correspondence position of display layer and show.
Shown in Figure 5, shown in Fig. 5 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially position mark, and operational order is rotate instruction, and the method comprises the following steps:
Step S51, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S52, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The rotation operation of step S53, position mark: the rotate instruction to appointment position mark that receives user's input, shear the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark being rotated on described manipulation layer according to described rotate instruction;
When user is rotated position mark, can make cursor be in the position mark of wish amendment, then system can be trimmed to the position mark of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can be rotated operation to position mark.
The demonstration of step S54, position mark: the position mark after movement is sent on the correspondence position of described display layer and shows.
After manipulation layer is rotated position mark, system can be sent to the position mark after movement on the correspondence position of display layer and show.
Shown in Figure 6, shown in Fig. 6 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially surveyors' staff, and operational order is shape modify instruction, and the method comprises the following steps:
Step S61, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S62, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The shape retouching operation of step S63, surveyors' staff: the shape modify instruction to specified measurement scale that receives user's input, shear the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, the shape of described surveyors' staff being modified on described manipulation layer according to described shape modify instruction;
When user carries out shape amendment to surveyors' staff, can make cursor be in the surveyors' staff place of wish amendment, then system can be trimmed to the surveyors' staff of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can carry out shape retouching operation to surveyors' staff.
The demonstration of step S64, surveyors' staff: amended shape surveyors' staff is sent on the correspondence position of described display layer and shows.
After manipulation layer is to the shape amendment of surveyors' staff, system can be sent to the surveyors' staff after movement on the correspondence position of display layer and show.
Shown in Figure 7, shown in Fig. 7 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially surveyors' staff, and operational order is move, and the method comprises the following steps:
Step S71, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S72, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
The move operation of step S73, surveyors' staff: receive the move to specified measurement scale of user's input, shear the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, described surveyors' staff being moved on described manipulation layer according to described move;
When user moves surveyors' staff, can make cursor be in the surveyors' staff place of wish amendment, then system can be trimmed to the surveyors' staff of the appointment on display layer correspondence position on the correspondence position of manipulation layer, and user now can carry out move operation to surveyors' staff.
The demonstration of step S74, surveyors' staff: the surveyors' staff after movement is sent on the correspondence position of described display layer and shows.
After manipulation layer moves surveyors' staff, system can be sent to the surveyors' staff after movement on the correspondence position of display layer and show.
Shown in Figure 8, shown in Fig. 8 is a kind of concrete method that ultrasonoscopy refreshes that realizes, and its parameter information is specially color sampling frame and sample line is regulating command, and the method comprises the following steps:
Step S81, generation ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal;
First, need to gather ultrasonic signal by probe, after signal and image processing by some row, can generate ultrasonoscopy.Then, by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy.The viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area, and the thread that refreshes of this image area forms and synchronizes with the data acquisition thread of probe so that gather ultrasonic signal can be instant on the viewing area of ultrasonoscopy, refresh.In the refresh process of image, be independent of each other with other hyaline layers, thereby the viewing area of having realized ultrasonoscopy presents optimum efficiency under glitch-free state.
Step S82, set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information;
Transparent manipulation layer and display layer can adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position also will be answered in contrast.Display layer refreshes thread by demonstration to be responsible for specially and to refresh, and in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image.
Step S83, color sampling frame and sample line adjustment operation: receive user input to color sampling frame and sample line regulating command, shear color sampling frame and the sample line on described display layer and be sent on the correspondence position of described manipulation layer, described color sampling frame and sample line being regulated on described manipulation layer according to described regulating command;
The demonstration of step S84, color sampling frame and sample line: the color sampling frame after regulating and sample line are sent on the correspondence position of described display layer and are shown.
After manipulation layer regulates color sampling frame and sample line, system can be sent to the color sampling frame after regulating and sample line on the correspondence position of display layer and show.
Shown in Figure 9, shown in Fig. 9, realize for a kind of the device that ultrasonoscopy refreshes, this device comprises generation module 1, sets up module 2, operational module 3 and display module 4;
Described generation module 1, for obtaining the ultrasonic signal collecting, and generates ultrasonoscopy according to described ultrasonic signal;
The described module 2 of setting up, for setting up the manipulation layers transparent with onesize two of described ultrasonoscopy and having the display layer of parameter information on the viewing area of described ultrasonoscopy;
Described operational module 3, for receiving the operational order to designated parameter information of user's input, shear the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
Described display module 4, for being sent to the parameter information after operation on the correspondence position of described display layer and showing.
It should be noted that, the embodiment shown in Fig. 1 to Fig. 9 is the preferred embodiment that the present invention introduces, and those skilled in the art on this basis, can design more embodiment completely, therefore do not repeat herein.
To be apparent for those skilled in the art to the multiple amendment of these embodiment, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. realize the method that ultrasonoscopy refreshes, it is characterized in that, comprising:
Generate ultrasonoscopy: obtain the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal, again by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy, the viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area;
Set up display layer and manipulation layer: on the viewing area of described ultrasonoscopy, set up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information, described transparent manipulation layer and display layer adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position is corresponding with the viewing area of described ultrasonoscopy, display layer refreshes thread by demonstration and is responsible for specially and refreshes, in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image,
The operation of parameter information: the operational order to designated parameter information that receives user's input, shear the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
The demonstration of parameter information: the described parameter information after operation is sent on the correspondence position of described display layer and is shown.
2. according to claim 1ly realize the method that ultrasonoscopy refreshes, it is characterized in that, described parameter information comprises annotation information, position mark, surveyors' staff, color sampling frame and sample line.
3. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially annotation information, and described operational order is while being modify instruction, and the operation steps of described parameter information is specially:
Receive the modify instruction to appointment annotation information of user's input, extract the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information is operated on described manipulation layer according to described modify instruction;
The step display of described parameter information is specially:
Annotation information after operation is sent on the correspondence position of described display layer and is shown.
4. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially annotation information, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to appointment annotation information of user's input, extract the appointment annotation information on described display layer and be sent on the correspondence position of described manipulation layer, described annotation information is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Annotation information after movement is sent on the correspondence position of described display layer and shows.
5. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially position mark, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to appointment position mark of user's input, extract the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Position mark after movement is sent on the correspondence position of described display layer and shows.
6. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially position mark, and described operational order is while being rotate instruction, and the operation steps of described parameter information is specially:
Receive the rotate instruction to appointment position mark of user's input, extract the appointment position mark on described display layer and be sent on the correspondence position of described manipulation layer, described position mark is rotated on described manipulation layer according to described rotate instruction;
The step display of described parameter information is specially:
Postrotational position mark is sent on the correspondence position of described display layer and shows.
7. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially surveyors' staff, and described operational order is while being shape modify instruction, and the operation steps of described parameter information is specially:
Receive the shape modify instruction to specified measurement scale of user's input, extract the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, the shape of described surveyors' staff being modified on described manipulation layer according to described shape modify instruction;
The step display of described parameter information is specially:
Amended shape surveyors' staff is sent on the correspondence position of described display layer and shows.
8. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially surveyors' staff, and described operational order is while being move, and the operation steps of described parameter information is specially:
Receive the move to specified measurement scale of user's input, extract the specified measurement scale on described display layer and be sent on the correspondence position of described manipulation layer, described surveyors' staff is moved on described manipulation layer according to described move;
The step display of described parameter information is specially:
Surveyors' staff after movement is sent on the correspondence position of described display layer and shows.
9. according to claim 2ly realize the method that ultrasonoscopy refreshes, it is characterized in that, when described parameter information is specially color sampling frame and sample line, and described operational order is while being regulating command, and the operation steps of described parameter information is specially:
Receive the regulating command to color sampling frame and sample line of user's input, extract color sampling frame and the sample line on described display layer and be sent on the correspondence position of described manipulation layer, described color sampling frame and sample line being regulated on described manipulation layer according to described regulating command;
The step display of described parameter information is specially:
Color sampling frame after regulating and sample line are sent on the correspondence position of described display layer and are shown.
10. realize the device that ultrasonoscopy refreshes, it is characterized in that, comprise generation module, set up module, operational module and display module;
Described generation module, for obtaining the ultrasonic signal collecting, and generate ultrasonoscopy according to described ultrasonic signal, then by the ultrasonoscopy of generation in instant the showing in the viewing area of ultrasonoscopy, the viewing area of ultrasonoscopy is refreshed by the thread individual responsibility that refreshes of image area;
The described module of setting up, for setting up the manipulation layers transparent with onesize two of described ultrasonoscopy and there is the display layer of parameter information on the viewing area of described ultrasonoscopy, described transparent manipulation layer and display layer adopt Double-layered transparent forms to realize, so that manipulation layer is all identical with the viewing area of ultrasonoscopy with the size of display layer, and position is corresponding with the viewing area of described ultrasonoscopy, display layer refreshes thread by demonstration and is responsible for specially and refreshes, in the time that demonstration refreshes thread and the parameter information sending from manipulation layer detected, display layer is carried out to refreshing of image,
Described operational module, for receiving the operational order to designated parameter information of user's input, extract the designated parameter information on described display layer and be sent on the correspondence position of described manipulation layer, described parameter information being operated on described manipulation layer according to described operational order;
Described display module, for being sent to the described parameter information after operation on the correspondence position of described display layer and showing.
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| CN201110217991.5A CN102323871B (en) | 2011-08-01 | 2011-08-01 | Method and device for realizing ultrasonic image refreshing |
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| CN201110217991.5A CN102323871B (en) | 2011-08-01 | 2011-08-01 | Method and device for realizing ultrasonic image refreshing |
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| CN106959864A (en) * | 2017-03-31 | 2017-07-18 | 维沃移动通信有限公司 | A kind of adjusting method and mobile terminal of interface display effect |
| CN109634707A (en) * | 2018-12-21 | 2019-04-16 | 深圳开立生物医疗科技股份有限公司 | Ultrasonic system GUI display method and device |
| CN113741380B (en) * | 2021-11-08 | 2022-02-15 | 西安热工研究院有限公司 | DCS monitoring picture refreshing method, system and equipment and readable storage medium |
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