CN102440805A - Touch screen type ultrasonic diagonstic apparatus and detection image and film playing method thereof - Google Patents
Touch screen type ultrasonic diagonstic apparatus and detection image and film playing method thereof Download PDFInfo
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- CN102440805A CN102440805A CN2011102762218A CN201110276221A CN102440805A CN 102440805 A CN102440805 A CN 102440805A CN 2011102762218 A CN2011102762218 A CN 2011102762218A CN 201110276221 A CN201110276221 A CN 201110276221A CN 102440805 A CN102440805 A CN 102440805A
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Abstract
The invention discloses an ultrasonic diagonstic apparatus controlling film playing through a touch screen. The ultrasonic diagonstic apparatus comprises a film playing module; the film playing module comprises a touch screen type instruction receiving and identification module and a film playing command processing module; the input end of the touch screen type instruction receiving and identification module is connected with the touch screen; the touch screen type instruction receiving and identification module is arranged in the area range of detection images displayed by a display screen, is used for directly receiving and identifying playing commands of images displayed in an image display area, and transmits identified film playing commands including speed information to the film playing command processing module; and the film playing command processing module executes the received commands, plays the detection images and transmits the images to the display screen for displaying. The ultrasonic diagnostic apparatus has the advantage that commands can be directly or indirectly transmitted to the touch screen based on an ultrasonic image to play film, and then the operation that a doctor performs to any position on the whole ultrasonic image is effective, so that the operatable area is enlarged, and the operation is more intuitional and more convenient.
Description
Technical field
The present invention relates to the supersonic imaging apparatus technical field, relate in particular to a kind of touch screen diasonograph and detected image movie method thereof.
Background technology
Diagnostic ultrasonic equipment is to utilize ultrasonic detecting technology, through measuring data and the form of understanding human tissue structure.Along with the new technique of continuous development and clinical diagnostic applications extensively and profoundly, further new demand has been proposed for software operation method easily and ultrasonic diagnosis accurately.
In present clinical practice; Need volume little under the situation about having, lightweight diasonograph is such as the tools for doctor home visit at night; Can carry portable ultraphonic and make diagnosis timely to patient; And do not need to do ultrasonic examination to hospital specially, avoided the delay of the state of an illness effectively, desk-top in this case ultrasonic certain limitation that just has.
In ultrasonic examination, fine ultrasonic movie function correctly diagnoses the state of an illness to play an important role to the doctor.In traditional ultrasonic diagnostic equipment, the doctor diagnoses patient, and the image of inspection just needs the movie function before often need checking.In conventional ultrasound; Keyboard makes the observation image separate with manual operation; Make automatic cineloop and the front and back keyframe playback difficulty that becomes to have solved above-mentioned problem, vision is unified with sense of touch mutually though general touch screen is ultrasonic; In corresponding menu area through direct or indirect mode (for example operation such as sliding, click, drag) with modes such as finger, felt pen, radio, infrared ray, electromagnetic induction to touch screen transmission message realization particular functionality; But convenient not enough, though also there be ultrasonic the going up of touch screen to adopt the movie indicator to carry out movie now, the shortcoming of this player is: the same with the movie menu; The zone of operation just is limited to the specific region, such as the beginning of movie indicator, suspend or advance, retreat etc. the key area.If click in other zones or slide can not carry out movie; That is to say that the movie operation still depends on button and realizes; Even broken away from traditional menu operation, click on also need the button in the appointed area and just can carry out movie.Because each touch screen button all has certain response region; Can't movie if just in the effective coverage of movie button, do not click; But make doctor's operating area less like this; This just means that doctor's part energy need be placed on the effective operating area, and doctor's operation still receives certain restriction, and is convenient and simple inadequately.
Summary of the invention
The objective of the invention is to overcome above-mentioned weak point; Solve the inconvenience that brings when present diasonograph is manually accomplished movie through keyboard; A kind of touch screen diasonograph and detected image movie method thereof are provided, on ultrasonoscopy, send message to touch screen and realize movie through direct or indirect mode (including but not limited to operation such as slide, click, drag) with modes such as finger, felt pen, radio, infrared ray, electromagnetic induction.
According to technical scheme provided by the invention; A kind of touch screen diasonograph; Comprise diasonograph and cover the touch screen on the said diasonograph display screen that also comprise the movie module, said movie module comprises touch screen type command reception identification module and movie command process module; The input of touch screen type command reception identification module connects said touch screen, and the outfan of touch screen type command reception identification module connects the input of movie command process module; Said touch screen type command reception identification module is arranged in the regional extent of the detected image that display screen shows; Be used for directly receiving and identifying play instruction for image display area institute display image; And the movie instruction that includes velocity information that will identify is transferred to the movie command process module; The movie command process module is carried out the instruction that receives, and plays detected image.
Said movie command process module is provided with 2 or the above velocity information that presets, and is used for making comparisons with the velocity information of the instruction that receives.
Said movie command process module is provided with and presets velocity information, and said speed is distinguished positive and negative.
The instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information that directly contacts touch screen and produced through object.
The instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information of responding to reception through touch screen indirectly.
The instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information of carrying through wireless transmission.
Said touch screen diasonograph detected image movie method is: said touch screen diasonograph comprises the movie module, and said movie module comprises touch screen type command reception identification module and movie command process module; Said touch screen type command reception identification module is arranged in the regional extent of the detected image that display screen shows, is used for directly receiving and identifying the play instruction for image display area institute display image; Touch screen type command reception module receives and identifies the movie instruction that includes certain speed information, and the instruction after will discerning then is transferred to the movie command process module, and the movie command process module is carried out the instruction that receives, and plays detected image.
Said movie command process module is provided with 2 or the above velocity information that presets; When the movie command process module receives play instruction, can compare velocity information and the said velocity information that presets in the play instruction, according to comparative result selection instruction executive mode.
Said movie command process module is provided with and presets velocity information, and said speed is distinguished positive and negative; When the movie command process module receives play instruction, can discern the positive negative information of the speed that comprises in the play instruction, according to recognition result selection instruction executive mode.。
At least a in the movie instruction that the instruction that said touch screen type command reception module receives comprises the movie instruction that directly contacts touch screen and produced through object, receive through the indirect induced mode of touch screen and the movie instruction of carrying through wireless transmission.
Compared with present technology the present invention has the following advantages: use the touch screen substituting for key; Touch screen is overlying on the display screen; On touch screen, click the function that menu is accomplished the keyboard input; Fashion is succinct more so not only to make the outward appearance of diasonograph, and makes operation not only unified but also simple in use.When need watching film image, the doctor plays; Can on ultrasonoscopy, send message realization movie through direct or indirect mode to touch screen in the optional position; Need be through not clicking or sliding and realize in the respective menu finite region, position operation is all effective arbitrarily on the whole ultrasonic image to make the doctor like this, and it is more intuitively convenient to operate; Be convenient to the doctor and use diasonograph; And do not remove traditional movie menu because of the above-mentioned operational approach of movie easily, if the doctor uses this touch screen diasonograph first, be unfamiliar with under the situation of the operation of carrying out movie on the ultrasonoscopy; Can use traditional movie menu to accomplish, for the doctor provides dual operation.
Description of drawings
Fig. 1 is a touch screen ultrasonic diagnostic equipment hardware system block diagram.
Fig. 2 is the building-block of logic of touch screen type diasonograph of the present invention, and it has mainly shown the movie module.
Fig. 3 is the present invention carries out movie under frozen state a flow chart.
The specific embodiment
Specify each related in the technical scheme of the present invention detailed problem below in conjunction with accompanying drawing and embodiment.
The present invention is on the conventional ultrasound appearance; Adopt touch screen to substitute the keyboard input; On the one hand; Send message through direct or indirect mode (including but not limited to operation such as slide, click, drag) to touch screen at the movie menu and realize movie, on the other hand, on ultrasonoscopy, send message realization movie to touch screen through direct or indirect mode with modes such as finger, felt pen, radio, infrared ray, electromagnetic induction; Realize without any need for movie indicator and relevant button; Do not receive the restriction in any key response zone, the whole ultrasonic image all is effective coverages of movie operation, makes doctor's operation freedom and flexibility, simple and convenient when diagnosis.
As shown in Figure 1; A kind of hardware system of touch screen diasonograph comprises: touch screen input module, controller, radiating circuit, transducer, receiving circuit, wave beam form module, signal processing image forming module and display screen, and touch screen is overlying on the display screen.The touch screen input module links to each other with controller; The outfan of controller links to each other successively with radiating circuit, transducer and receiving circuit and controller output end also directly links to each other with transducer, and receiving circuit links to each other successively and all links to each other with controller with wave beam synthesis module, signal processing image forming module and display screen.
At present, touch screen provides a kind of simple, natural man-machine interaction mode as a kind of novel computer input equipment, is widely used in leader's office, aspects such as Industry Control.Here adopt touch screen to replace original keyboard input; At first touch touch screen at the display screen front end with finger or other objects; The input of selection information is located according to icon that touches or menu position by system then, makes man-machine interaction more simple and direct, and is more convenient to use.
The touch screen input module is used to respond extraneous message, and radiating circuit sends the signal of telecommunication to transducer under the coordination of controller; Transducer (also claiming probe) is converted into ultrasound wave with the signal of telecommunication and passes to the receiving circuit input; And the echo signal on the different directions is carried out dynamic focusing and dynamic aperture handle, it is synthetic together, and present transducer all is made up of one by one little primitive; Different according to geometry, can be divided into linear array and protruding battle array.Radiating circuit is under the coordination of controller; Can send the signal of telecommunication through suitable time-delay to each activation primitive of transducer, convert ultrasonic emitting into by transducer and go out, receiving circuit is responsible for receiving transducer and is passed the echo signal of coming; And amplify, processing such as analog to digital conversion; Wave beam is synthetic to the processing such as calculating, dynamic focusing, dynamic aperture of delaying time respectively of the echo signal of the different passages after the receiving circuit digital-to-analogue conversion, and its synthetic one road signal the most at last is owing to need very high data throughout and computing capability; Often need use dedicated hardware implementation so wave beam is synthetic, also can realize with DSP or FPGA, CPLD.Signal after signal processing and image forming module synthesize wave beam carries out processing such as noise suppressed, envelope detection, logarithmic compression, digital scan conversion, finally on touch screen display, shows ultrasonoscopy.Controller is responsible for other all parts is controlled and coordinated, and it can be a circuit, also can be an embedded device or a microcomputer.
In order to describe the present invention more clearly, following content can be integrated some function element of above announcement, and occurs with the form of a functional module.And describe in this way, for persons skilled in the art, be understandable, can't cause the problem that any announcement is insufficient or announcement is fuzzy.
Movie module as shown in Figure 2; Include touch screen type command reception identification module and movie command process module; Wherein touch screen type command reception identification module is arranged in the regional extent of the detected image that display screen shows, is used for directly receiving and identifying the instruction of playing for image display area institute display image; Touch screen type command reception module receives and identifies the movie instruction that includes certain speed information; Instruction after will discerning then is transferred to the movie command process module; The movie command process module is carried out the instruction that receives, and plays detected image and be transferred to display screen to show.
Said movie command process module is provided with 2 or the above velocity information that presets; When the movie command process module receives play instruction, can compare velocity information and the said velocity information that presets in the play instruction, according to comparative result selection instruction executive mode.For example present speed then gets into the single frames play mode less than the speed of presetting one, otherwise gets into the movie pattern.After getting into film mode; Can or preset speed three according to the speed of presetting two again will divide the speed that gets into the movie pattern once more; Such as can be, like quick broadcast, at the uniform velocity broadcast, slow play etc. with movie speed through the speed of presetting two or preset speed three and be divided into several speed thresholds.
Said movie command process module is provided with and presets velocity information, and said speed is distinguished positive and negative; When the movie command process module receives play instruction, can discern the positive negative information of the speed that comprises in the play instruction, according to recognition result selection instruction executive mode.
At least a in the movie instruction that the instruction that said touch screen type command reception module receives comprises the movie instruction that directly contacts touch screen and produced through object, receive through the indirect induced mode of touch screen and the movie instruction of carrying through wireless transmission.
On traditional ultrasonic diagnostic equipment, adopt touch screen; Can be retained in film play menu on the touch screen on the one hand; On the other hand, on the basis that keeps origin operation, on ultrasonoscopy, send instruction to touch screen and realize movie through direct or indirect mode.
Fig. 3 is the touch screen diasonograph that the present invention relates to, and carries out the flow chart of detected image movie under its frozen state, and concrete performing step is following:
Step 1: beginning;
Step 2: whether on image have message instruction, if having, get into step 3 if judging, otherwise get into step 10;
Step 3: judge whether the contact produces displacement message on image, if get into step 4, otherwise get into step 10;
Step 4: judged whether release message, if get into step 5, otherwise get into step 3;
Step 5: make comparisons according to velocity information in the displacement message and the speed of presetting,, get into step 6, otherwise get into step 11 if less than the speed of presetting;
Step 6: get into the single frames play mode;
Step 7: judge the positive and negative of speed according to presetting velocity information,, otherwise get into step 9 if positive speed gets into step 8;
Step 8: played in order;
Step 9: backward is play;
Step 10: according to current contact position calculation present image frame number, and display image, after finishing once to play, get into step 2 and rejudge;
Step 11: get into the movie pattern;
Step 12: according to presetting threshold speed decision movie speed and movie;
Step 13: whether on image have message instruction, if having, get into step 14 if judging, otherwise get into step 16;
Step 14: suspend and play, show current frame image;
Step 15: the message instruction is arranged once more,, get into step 2 and rejudge from the present frame movie;
Step 16: continue movie, get into step 2 and rejudge.
At first get into freezing mode, in step 2, judge whether the message instruction is arranged on image, this message can be sent the message instruction through direct or indirect mode to touch screen on ultrasonoscopy, if having, get into step 3, otherwise gets into step 10; In step 3, when the message instruction is arranged on the image, further judge whether to produce displacement message, if get into step 4, otherwise get into step 10; In step 4, judged whether that further release message produces, if having, get into step 5, otherwise get into step 3, whether rejudge has new displacement message to produce; In step 5; Compare according to velocity information in the displacement message and the speed of presetting; Here need to prove; Velocity information in the displacement message comprises the average speed that produces this displacement message, acceleration, displacement starting velocity, displacement termination speed etc., and all velocity informations relevant with displacement all can be used as the speed of presetting.If present speed less than the speed of presetting, gets into the single frames play mode, the doctor can check image by a frame one frame sequential, if present speed greater than the speed of presetting, gets into the movie pattern; In step 6, doctor's single frames is checked image; In step 7, after the entering single frames is play, judge velocity attitude according to the velocity information that presets; Internal system can self-defined speed positive negative direction, when the user gave displacement message of touch screen through direct or indirect mode, the velocity attitude that produces this displacement can be judged according to the instruction that receives by system; If velocity attitude is consistent with the forward direction speed direction that presets; Then get into step 8, otherwise get into step 9, need to prove here; Because manual operation can not guarantee when producing displacement; The direction of displacement is an abswolute level, is left or operation to the right so the positive negative direction that system can be at an angle as the demarcation line of defining the displacement left and right directions, is judged in the certain angle scope; Spend such as being defined in negative 90 that arbitrarily angled slip all is judged to be operation to the right between positive 90 degree, spend to arbitrarily angled slide deciding between 270 degree for operating left 90.Wherein the corresponding relation of direction of displacement and positive-negative velocity direction is set according to system is self-defined; In step 8, the frame number of image increases, the order of representation playing image; In step 9, the frame number of image reduces, expression reverse play film; In step 10; Frame number according to current contact position calculation present image; And display image; Here the contact is meant with direct or indirect mode (including but not limited to operation such as slide, click, drag with modes such as finger, felt pen, radio, infrared ray, electromagnetic induction) and sends the message instruction to touch screen, and corresponding position information was defined as the contact when touch screen was made response to this instruction, include but are not limited to object directly the mode of contact touch screen is operated.Suppose that the present image frame number is N, when displacement message produces and is judged to be direct velocity direction, calculate frame number side-play amount M according to the displacement size; Then the present image frame number is (N+M); When displacement message produced and is judged to be the negative velocity direction, then the present image frame number was (N-M), when calculating the frame number of present image; Can calculate the data address of present image automatically according to the big mini system of every two field picture, from the film memory block, read view data then and deliver to display screen and show.After a single frames play operation finishes, get into step 2 and continue to have judged whether that the message instruction produces; In step 11, get into the movie pattern; In step 12; Confirm movie speed according to the threshold speed that presets; Internal system is divided through the speed of presetting the speed that gets into the movie pattern once more; Such as can movie speed being divided into several speed thresholds, like quick broadcast, at the uniform velocity broadcast, slow play etc., concrete movie speed is divided the not special restriction of number of class.In step 13, judged whether the message instruction, if during movie; Send message with direct or indirect mode to touch screen, then get into step 14, instruction here is meant the instruction of sending touch screen message with direct or indirect mode to touch screen; If do not have the message instruction, get into step 16; In step 14, suspend current in progress film, show current frame image; In step 15, when film is in halted state, when message instruction touch screen is arranged once more,, then begin to continue movie from present frame such as clicking; In step 16,, then continue movie if there is not pausing operation.No matter be after a movie end or single-frame images are play end, all to get into step 2, judge whether that new touch screen message produces, and then the continuation judgement is that single frames is play or continuous the broadcast.
In the concrete embodiment of Fig. 3, the doctor is in the process to patient's diagnosis, in the time of need watching film image to play; At first get into freezing mode; At this moment the doctor can be on ultrasonoscopy sends message through direct or indirect mode to touch screen and realizes movie, this operation directly act on image originally on one's body, rather than carry out the menu mode adjusting in the exterior lateral area of display image; When message is instructed after producing displacement on the touch screen and discharging; System compares according to velocity information in the displacement message and the speed of presetting, and confirms that it still is continuous movie that single frames is play, if present speed is less than the speed of presetting one; Get into the single frames play mode, the doctor can check image by a frame one frame sequential.The direction of displacement that system produces on touch screen according to the doctor confirms that the forward play image still is the reverse play image; And according to displacement size calculating frame number side-play amount; Thereby calculate the present image frame number; Calculate the data address of present image according to every two field picture size, from the film memory block, read view data then and deliver to display screen and show.Under the single frames play mode; After if the doctor gives message of touch screen with direct or indirect mode; This message produces certain displacement but when not having this moment releasing action to produce, at this moment the images displayed frame number is relevant with current location, and along with the change of current location increases or reduce image frame number.If present speed gets into the movie pattern greater than presetting speed for the moment.Under the movie pattern, system confirms movie speed according to the threshold speed that presets speed two or three, can be with movie speed through the speed of presetting two or preset speed three and be divided into several speed thresholds, like high, medium and low three speed thresholds.The user can set up the number of the speed of presetting as required on their own.The actual film broadcasting speed is relevant with current doctor's speed of operation.When the doctor when needs suspend movie, can suspend movie through direct or indirect mode operating touch-screen, can continue movie from present frame when operating once more.
Claims (10)
1. touch screen diasonograph; Comprise diasonograph and cover the touch screen on the said diasonograph display screen; It is characterized in that: also comprise the movie module; Said movie module comprises touch screen type command reception identification module and movie command process module, and the input of touch screen type command reception identification module connects said touch screen, and the outfan of touch screen type command reception identification module connects the input of movie command process module; Said touch screen type command reception identification module is arranged in the regional extent of the detected image that display screen shows; Be used for directly receiving and identifying play instruction for image display area institute display image; And the movie instruction that includes velocity information that will identify is transferred to the movie command process module; The movie command process module is carried out the instruction that receives, and plays detected image.
2. touch screen diasonograph according to claim 1 is characterized in that, said movie command process module is provided with 2 or the above velocity information that presets, and is used for making comparisons with the velocity information of the instruction that receives.
3. touch screen diasonograph according to claim 1 is characterized in that said movie command process module is provided with and presets velocity information, and said speed is distinguished positive and negative.
4. touch screen diasonograph according to claim 1 is characterized in that, the instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information that directly contacts touch screen and produced through object.
5. touch screen diasonograph according to claim 1 is characterized in that, the instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information of responding to reception through touch screen indirectly.
6. touch screen diasonograph according to claim 1 is characterized in that, the instruction that said touch screen type command reception identification module receives comprises the movie instruction with certain speed information of carrying through wireless transmission.
7. a touch screen diasonograph detected image movie method is characterized in that said touch screen diasonograph comprises the movie module, and said movie module comprises touch screen type command reception identification module and movie command process module; Said touch screen type command reception identification module is arranged in the regional extent of the detected image that display screen shows, is used for directly receiving and identifying the play instruction for image display area institute display image; Touch screen type command reception module receives and identifies the movie instruction that includes certain speed information, and the instruction after will discerning then is transferred to the movie command process module, and the movie command process module is carried out the instruction that receives, and plays detected image.
8. like the said touch screen diasonograph of claim 7 detected image movie method, it is characterized in that said movie command process module is provided with 2 or the above velocity information that presets; When the movie command process module receives play instruction, can compare velocity information and the said velocity information that presets in the play instruction, according to comparative result selection instruction executive mode.
9. like the said touch screen diasonograph of claim 7 detected image movie method, it is characterized in that said movie command process module is provided with and presets velocity information, said speed is distinguished positive and negative; When the movie command process module receives play instruction, can discern the positive negative information of the speed that comprises in the play instruction, according to recognition result selection instruction executive mode.
10. like the said touch screen diasonograph of claim 7 detected image movie method; It is characterized in that at least a in the movie instruction that the instruction that said touch screen type command reception module receives comprises the movie instruction that directly contacts touch screen and produced through object, receive through the indirect induced mode of touch screen and the movie instruction of carrying through wireless transmission.
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Application publication date: 20120509 |