CN104545997A - Multi-screen interactive operation method and multi-screen interaction system for ultrasonic equipment - Google Patents
Multi-screen interactive operation method and multi-screen interaction system for ultrasonic equipment Download PDFInfo
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/46—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
- A61B8/467—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient characterised by special input means
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/46—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
- A61B8/467—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient characterised by special input means
- A61B8/469—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient characterised by special input means for selection of a region of interest
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/54—Control of the diagnostic device
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/58—Testing, adjusting or calibrating the diagnostic device
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Abstract
The invention relates to a multi-screen interactive operation method. By utilizing a master control module to coordinate the control and operation relation between two touch screens and a main display screen, the multi-screen interactive operation method can reasonably set operating modes, which are used for displaying images and controlling images or a system, of the two touch screens, so that the touch screens still can keep the control function unchanged while displaying specific images, and are convenient to operate; a multi-screen interaction system for ultrasonic equipment corresponding to the operation method disclosed by the invention has the advantages as well.
Description
Technical field
the present invention relates to method of operating and the system of multi-screen interactive, particularly relate to a kind of multi-screen interactive method of operating and system of ultrasonic device.
Background technology
touch-screen is widely used in the every profession and trade field comprising medical science.Original physical button is transferred to touch-screen display by existing touch-screen system, take touch-screen as medium, by user's gesture input (click, long by, pull) trigger each functionality controls and carry out operating or carrying out implementation and operation by the corresponding control menu that click system provides.And in the touch-screen system of existing multi-screen interactive, lack the corresponding operating support of Medical Devices especially ultrasonic medical equipment when carrying out specialty and detecting.As the ultrasonoscopy of high definition cannot be shown in touch screen; The unfavorable operation in interface (controlling functions menu and ultrasonoscopy block mutually) during touch-screen display ultrasonoscopy, controlling functions (actions menu) cannot supported or be supported.And for example when using touch-screen to operate the image on display screen, the switching between touch-screen and trace ball is frequent, brings very large inconvenience to the operation of user; Or touch-screen cannot independent of primary display screen, the two shows same image and information, causes multi-screen interactive meaningless.
Summary of the invention
the technical problem to be solved in the present invention is to provide a kind of interactive method controlled between display and control of high definition touch-screen and multi-screen, provides separate and co-operating control method and corresponding control system between a kind of multi-screen of ultrasonic device further.
a multi-screen interactive method of operating for ultrasonic device, mainly comprises following sequential steps:
judge whether the second touch-screen receives copy signal;
judge whether the first touch-screen receives described copy signal;
the mode of operation of described second touch-screen and described first touch-screen is set according to the result of above-mentioned steps.
further, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, mainly comprises the following steps:
when described second touch-screen and described first touch-screen all receive described copy signal, judge whether the pattern starting the independent division of labor;
if so, then described first touch-screen is set to the pattern only controlling this image on screen; Described second touch-screen is set to the pattern controlling this screen and main display epigraph;
if not, then judge that whether its corresponding image information of described copy signal that described main display and described first touch-screen receive is consistent;
if consistent, then described first touch-screen and described second touch-screen are set to the common pattern controlled described main display image;
if inconsistent, then described first touch-screen does not respond described copy signal.
further, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
when described second touch-screen receives described copy signal, when described first touch-screen does not receive described copy signal, determine whether that described first touch-screen loads the controlling functions of described second touch-screen;
if so, the pattern starting the independent division of labor is then judged whether;
if start, then described first touch-screen is set to the pattern that controls main display, and described second touch-screen is set to the pattern controlled self screen picture;
the high priority control of described second touch-screen is set to the pattern controlled main display;
if do not start, then described first touch-screen is set to the pattern that controls main display, and described second touch-screen is set to its image and keeps synchronous with the image of described main display, and to the pattern that self screen picture controls.
further, described second touch-screen receives described copy signal, when described first touch-screen does not receive described copy signal, determines whether that the step that described first touch-screen loads the controlling functions of described second touch-screen also comprises following sequential steps:
if not, then judge whether described second touch-screen accepts the control signal of described first touch-screen;
if accept, then described first touch-screen can be used for controlling described second touch-screen and main display by touch control, and described second touch-screen is for controlling self and main display;
if do not accept, then described first touch-screen is only for controlling described main display by touch control, and described second touch-screen controls self by touch function, controls described main display by controlling control;
judge whether the pattern starting the independent division of labor;
if start, then the touch control of described first touch-screen of described main display response the control responding described second touch-screen control;
if do not start, then described second touch-screen is set to its image and keeps synchronous with the image of described main display.
moreover the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
when described second touch-screen or the first touch-screen do not receive described copy signal, when described first touch-screen of its correspondence or the second touch-screen receive described copy signal, judge whether the pattern starting the independent division of labor;
if start, then described second touch-screen or described first touch-screen control described main display by menu and functionality controls, and carry out non-image control; Corresponding described first touch-screen or described second touch-screen are by touch control images themselves;
if do not start, then described second touch-screen or described first touch-screen control described main display by menu and functionality controls; Corresponding described first touch-screen or described second touch-screen by touch control images themselves, and are set to its image and keep synchronous with the image of described main display.
improve as one, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
when described second touch-screen and described first touch-screen all do not receive described copy signal, judge whether described second touch-screen accepts the control signal of described first touch-screen;
if accept, then described first touch-screen can be used for controlling described second touch-screen and main display by touch control, and described second touch-screen is for controlling self and main display;
if do not accept, then described main display accepts the touch control of described first touch-screen and the menu of described second touch-screen and control controls respectively.
apply a Multi-screen interaction system for the ultrasonic device of above-mentioned control method, mainly comprise: processing the main control module of ultrasonic signal for control system, being connected with described main control module, for showing the main display of ultrasonoscopy and information thereof; It is characterized in that, also comprise: be connected with described main control module, for showing and the second touch-screen of touch control; Be connected with described main control module, for showing and the first touch-screen of touch control; Described main control module is also provided with the judging unit for judging described first touch-screen, described second touch-screen duty; And for arranging the setting unit of described first touch-screen, described second touch-screen mode of operation according to judged result.
further, described main control module is also provided with separate unit, for after described judging unit judges, starts described independent division of labor pattern; And interworking unit, after judging for described judging unit, work in coordination with between each screen when not starting the pattern of the described independent division of labor and work.
further, described first touch-screen is also provided with cursor analog functuion; Described cursor analog functuion is configured such that and is modeled as cursor by the touch track of described first touch-screen collection; Described touch control mainly comprises image control function for editing and adjust image in display screen and the non-image function for patient data's management and file management.
another step, first, second touch-screen described shows the icon corresponding with control or menu for touch control; Described second touch-screen is also provided with the high priority control for responding fast, and this high priority control adopts the form of icon or physical button to arrange; Described high priority control is arranged at the surrounding of described second touch-screen; Described high priority control mainly comprises: screen locking control, preservation Image control, printing Image control, patient information control, turn-on data storehouse control, freeze and unfreeze control, measurement control, mode control, switching probe inspect-type control.Described touch control mainly comprises: click, double-click, drag and gesture operation; Described first touch-screen and described main control module connected mode comprise wired connection and/or wireless connections; Described second touch-screen and described main control module connected mode comprise wired connection and/or wireless connections.
the present invention coordinates control and the operative relationship of two touch-screens and main display by main control module, when making two touch-screens show at the same time or show separately all or part of image of main display, two touch-screens are reasonably set in said circumstances for showing image and for controlling the mode of operation between image or system, touch-screen is made still to ensure the complete of its controlling functions while the concrete image of display, and convenient operation.
further, this method of operating also makes to comprise in the multi-screen system of main display, and between each screen, the independent division of labor and cooperative operation become possibility.And the Multi-screen interaction system of a kind of ultrasonic device of corresponding method of operating of the present invention has above-mentioned advantage too.
Accompanying drawing explanation
for ease of illustrating, the present invention is described in detail by following embodiment and accompanying drawing.
fig. 1 is the multi-screen interactive flow chart of a kind of ultrasonic device of the present invention;
fig. 2 is the multi-screen interactive method of operating detail flowchart of a kind of ultrasonic device of the present invention;
fig. 3 is that the Multi-screen interaction system of a kind of ultrasonic device of the present invention forms schematic diagram;
fig. 4 is the detailed formation schematic diagram of the Multi-screen interaction system of a kind of ultrasonic device of the present invention;
fig. 5 is the second touch-screen schematic layout pattern of the Multi-screen interaction system of a kind of ultrasonic device of the present invention;
fig. 6 is the first touch-screen schematic layout pattern of the Multi-screen interaction system of a kind of ultrasonic device of the present invention;
fig. 7 is the operation chart of the second touch-screen of the Multi-screen interaction system of a kind of ultrasonic device of the present invention.
Embodiment
in order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.
as shown in accompanying drawing 1-2, a kind of multi-screen interactive method of operating of ultrasonic device, mainly comprises following sequential steps:
judge whether the second touch-screen receives copy signal;
judge whether the first touch-screen receives copy signal;
the mode of operation of the second touch-screen and the first touch-screen is set according to the result of above-mentioned steps.
wherein copy signal be gesture that touch-screen collects user trigger perform gesture command after the information data that obtains, as the content (image or information) of main display specific region will be copied in the second touch-screen.A kind of specific embodiment of the present invention is divide a main viewing area in main display, except display image content in main viewing area, also can show each function window, the file management window such as opened, patient data's library window etc.If current main display is shown as still image in dynamic image scanning, the frame file of preservation, patient information and dynamic movie file, so after the second touch-screen performs above-mentioned gesture command, the image (namely copying signal) of the image area in main display and parameter region will be shown on the second touch-screen.
in like manner, the first touch-screen receiving copy signal is also same understanding.
further, the step of the mode of operation of the second touch-screen and the first touch-screen is set according to the result of above-mentioned steps, mainly comprises the following steps:
when the second touch-screen and the first touch-screen all receive copy signal, judge whether the pattern starting the independent division of labor;
the pattern of the independence division of labor of presetting in main control module, if user does not select this pattern of independently divide the work, so to the operation done of image in one of them screen, all can this operation of real-time update on image in the screen of other display images, reach and operate synchronously; If user selects this pattern of independently dividing the work, can work alone between so each screen, be independent of each other, in this case, user can give different screens different tasks, and such as main display can open file management, transmit file, main display display file transmits progress; Second touch-screen is used for showing image, and measures on image, and the first touch-screen provides system cursor and controls gestural control system function.
if so, then the first touch-screen is set to the pattern only controlling this image on screen; Second touch-screen is set to the pattern controlling this screen and main display epigraph;
if not, then judge that whether main display is consistent with its corresponding image information of the copy signal that the first touch-screen receives;
if consistent, then the first touch-screen and the second touch-screen are set to the common pattern controlled main display image;
if inconsistent, then the first touch-screen does not respond copy signal.
it is above-mentioned when two touch-screens all respond copy signal, two shield the copy image all shown from main display, at this moment just need to be confirmed whether again to open the independent division of labor, if open the independent division of labor, so two touch-screens can use the operation of standard gesture support to image, second touch-screen also can be operated image by the 120 region high priority controls of such as Fig. 5, also can be operated main display by the non-image functionality controls in 120 regions, if what select is non-image function control, the window that other controls of display trigger by main display.By selecting image, three pieces of screens can show three width images.When two pieces of touch-screens are all used for showing image, and three screens of not opening of Operation system setting are divided the work, if what user selected is different images, so the first touch-screen will not respond the copy function of user, if what select is identical image, in three screens any one shield the operation done all can real-time update in another two screens.
further, the step of the mode of operation of the second touch-screen and the first touch-screen is set according to the result of above-mentioned steps, also comprises following sequential steps:
when the second touch-screen receives copy signal, when the first touch-screen does not receive copy signal, determine whether that the first touch-screen loads the controlling functions of the second touch-screen;
if so, the pattern starting the independent division of labor is then judged whether;
if start, then the first touch-screen is set to the pattern that controls main display, and the second touch-screen is set to the pattern controlled self screen picture;
the high priority control of the second touch-screen is set to the pattern controlled main display;
if do not start, then the first touch-screen is set to the pattern that controls main display, and the second touch-screen is set to its image and keeps synchronous with the image of main display, and to the pattern that self screen picture controls.
when only there being the second touch-screen response copy signal, system can according to pre-set or triggered inquiries judges whether to examine other second touch screen function to the first touch-screen, if copy, so the structure of the first touch-screen will as shown in Figure 5 (only has 110 regions, 120 regions immobilize to be presented at the second touch-screen), now to judge whether system opens and divide the work independently pattern, if open the first touch-screen will be responsible for the work of former second touch-screen, large-size screen monitors display is controlled by menu and control, second touch-screen is from the image controlled on the second touch-screen, and the high priority control that can trigger the second touch-screen manages and controls large-size screen monitors.Divide the work independently pattern if do not opened, the first touch-screen by control large-size screen monitors to the operation done specific region by real-time update to the second touch-screen, the second touch-screen from the content controlling to change also can real-time update to large-size screen monitors.
further, the second touch-screen receives copy signal, when the first touch-screen does not receive copy signal, determines whether that the step that the first touch-screen loads the controlling functions of the second touch-screen also comprises following sequential steps:
if not, then judge whether the second touch-screen accepts the control signal of the first touch-screen;
if accept, then the first touch-screen can be used for controlling the second touch-screen and main display by touch control, and the second touch-screen is for controlling self and main display;
if do not accept, then the first touch-screen is only for controlling main display by touch control, and the second touch-screen controls self by touch function, controls main display by controlling control;
judge whether the pattern starting the independent division of labor;
if start, then main display respond the first touch-screen touch control and respond the second touch-screen control control;
if do not start, then the second touch-screen is set to its image and keeps synchronous with the image of main display.
moreover, the step of the mode of operation of the second touch-screen and the first touch-screen is set according to the result of above-mentioned steps, also comprises following sequential steps:
when the second touch-screen or the first touch-screen do not receive copy signal, when the first touch-screen of its correspondence or the second touch-screen receive copy signal, judge whether the pattern starting the independent division of labor;
if start, then the second touch-screen or the first touch-screen control main display by menu and functionality controls, and carry out non-image control; The first corresponding touch-screen or the second touch-screen are by touch control images themselves;
if do not start, then the second touch-screen or the first touch-screen control main display by menu and functionality controls; The first corresponding touch-screen or the second touch-screen by touch control images themselves, and are set to its image and keep synchronous with the image of main display.
above-mentioned second touch-screen does not receive copy signal, but the first touch-screen have received copy signal, also namely user has only copied to image on the first touch-screen, at this moment the interface of the first touch-screen will be covered, first touches screen display image, second touch-screen is constant, still large-size screen monitors are operated by menu and functionality controls, first touch-screen support touch gestures draw oneself up display image, at this moment will judge whether system starts the pattern of the independent division of labor of each screen, if do not start the independent division of labor, real-time update is shielded to corresponding another by the image manipulation that the first touch-screen or large-size screen monitors do.If start the independent division of labor, the second touch-screen can be used to control the non-image function that large-size screen monitors do other, such as carry out patient data's management or file management etc.Be set between above-mentioned first touch-screen with the second touch-screen phase trans-substitution to use.
improve as one, the step of the mode of operation of the second touch-screen and the first touch-screen be set according to the result of above-mentioned steps, also comprise following sequential steps:
when the second touch-screen and the first touch-screen all do not receive copy signal time, judge whether the second touch-screen accepts the control signal of the first touch-screen;
if accept, then the first touch-screen can be used for controlling the second touch-screen and main display by touch control, and the second touch-screen is for controlling self and main display;
if do not accept, then main display accepts the touch control of the first touch-screen and the menu of the second touch-screen and control controls respectively.
relation between different touch-screen is formed because whether receiving copy signal and corresponding different control method step between touch-screens different in said method step.According to actual needs, the scheme simultaneously comprising all control method steps can be formed, also can freely form required scheme between the control method step corresponding to the relation between different touch-screen in actual applications.
as shown in figs. 3-7, a kind of Multi-screen interaction system applying the ultrasonic device of above-mentioned control method, mainly comprises: processing the main control module of ultrasonic signal for control system, being connected, for showing the main display of ultrasonoscopy and information thereof with main control module; It is characterized in that, also comprise: be connected with main control module, for showing and the second touch-screen of touch control; Be connected with main control module, for showing and the first touch-screen of touch control.Main control module is also provided with the judging unit for judging the first touch-screen, the second touch-screen duty; And for arranging the setting unit of the first touch-screen, the second touch-screen mode of operation according to judged result
in use factory-default situation, the three screen division of labor are clear and definite.Main display provides user finding, and the second touch-screen provides touch control, and the first touch-screen is equivalent to mouse, provides cursor to simulate and touches control.
further, main control module is also provided with separate unit, for after judging unit judges, starts and independently divides the work pattern; And interworking unit, after judging for judging unit, work in coordination with between each screen when not starting the pattern of the independent division of labor and work.
after separate unit starts, the operation between first, second touch-screen controls independent separately.Non-interference.Collaborative unit is used in the coordination both first, second touch-screen is not when opening the pattern of the independent division of labor between mode of operation.
further, first, second touch-screen shows the icon corresponding with control or menu for touch control; Second touch-screen is also provided with the high priority control for responding fast, and this high priority control adopts the form of icon or physical button to arrange; High priority control is arranged at the surrounding of the second touch-screen; High priority control mainly comprises: screen locking control, preservation Image control, printing Image control, patient information control, turn-on data storehouse control, freeze and unfreeze control, measurement control, mode control, switching probe inspect-type control.
wherein main display is for showing ultrasonoscopy, systematic parameter, image parameter, measurement data, patient data, comment entry mark, report, file, configuration etc.; Second touch-screen except control UI mutual, also support display ultrasonoscopy and gesture operation image; First touch-screen also supports the standard gesture defined, and controls main display and the second touch-screen, also support the various functionality controls of display except making to use gesture.Each control functionality defines according to the corresponding operating system loaded in main control module.
further, the first touch-screen is also provided with cursor analog functuion; Cursor analog functuion is configured such that and is modeled as cursor by the touch track of the first touch-screen collection; Touch control mainly comprises image control function for editing and adjust image in display screen and the non-image function for patient data's management and file management.
when user drags screen signal to the second touch-screen triggering, what the second touch-screen real-time response triggered drags screen event, and copies main display center to second touch-screen from main display.Facilitate user on the second touch-screen, directly use standard gesture to carry out image scanning and various operational administrative.Now the first touch-screen content according to user pre-configured come mobilizing function, or provide cursor to manage and touch operation or the copy menu of the second touch-screen and control, or show image.First touch-screen and the second touch-screen all support standard gesture, so the gesture of the application drawing picture of the first touch-screen and the second touch-screen support is identical.
fig. 5 illustrates a kind of layout structure of the second touch-screen.Have multiple layout at the second touch-screen of the present invention, Fig. 2 is wherein a kind of, and in embodiment described herein, this layout is factory default layout.The layout structure of this figure is mainly used in providing user function control.At the control that the control of figure second touch screen both sides is some high priorities, support standard gesture clicking operation.Commonly use and the control needing high priority to respond including, but not limited to screen locking control, preservation Image control, printing Image control, patient information control, turn-on data storehouse control, freeze and unfreeze control, measurement control, mode control, switching probe inspect-type control etc. in these controls.User is realized the activation of corresponding function by the upper corresponding control of point touching screen and is exited.When user enables multiple function simultaneously, these functions opened can by many Shipping Options Pages (tab 1, tab 2 ...) form present, background function can be switched to current interface by switching activity tab by user.When user does not need corresponding label page, this page can be closed by the control that exits in tab, switch between the tab also can opened at the same time by the corresponding tab of click.Function menu district provides all available functionality controls under current enable mode/function." parameter region ", for showing the customized parameter under each image model, the adjustment support of image parameter is clicked and is also supported to slide.Carry out clicking operation, numerical value will respond change in units of certain particular step size.Carry out slide, the touch screen time with finger is responded to amplitude and the scope of change by numerical value, and when finger leaves touch-screen, numerical value will be fixed, until next touch screen changes it.Touch-screen also provides QWERTY keyboard to operate, and when user clicks " keyboard " control, whole touch-screen will be switched to QWERTY keyboard, and QWERTY keyboard meets the use habit of user, can input annotation word fast.When not needing QWERTY keyboard, only need to be closed or minimize or be switched to other active tags pages.
as shown in Figure 6, which show a kind of topology layout of the first touch-screen.First touch-screen has multiple layout in the present invention, Figure 6 shows that the one of wherein layout preferred embodiment, and this layout is factory default layout in an embodiment of the present invention.Now it mainly serves the effect of touch pad.Be divided into 4 regions: the right mouse button and the left button that enter and confirm regional simulation PC, here fully take into account user clinical scene---left hand beats figure, the actual scene of right-hand operated and consider that middle finger is more flexible than the third finger, so confirm that area definition is left mouse button function, enter district and confirm as functions of mouse right key.The standard slip gesture (standard slip gesture is hereafter having description) of inside, sliding area support area, sliding area can control cineloop, gain, the parameter that the parameter areas such as the degree of depth are larger, obtains target effect fast by sliding.Trace ball regional simulation trace ball, carrys out control system cursor.
merit attention: the system cursor in this programme not only can control main display but also can control the second touch-screen, user can configure the effective range of cursor before the use, if it is limited to be only configured to main display, that cursor can not be gone on the second touch-screen; If the second touch-screen of configuration is effective, so cursor only can use in the second touch-screen, is chosen the control of the second touch-screen by cursor; If two screens of configuration are all effective, then freely can switch in main display and the second touch-screen.
another step, touch control mainly comprises: click, double-click, drag and gesture operation; First touch-screen and main control module connected mode comprise wired connection and/or wireless connections; Second touch-screen and main control module connected mode comprise wired connection and/or wireless connections.
as shown in accompanying drawing 5-7, user can choose a control, drags it and is placed in user and thinks the optional position of the operating habit rationally meeting him, also support that control is dragged to interface from file or is dragged to file from interface.User can carry out layout to interface again in simple terms, supports that again the region of layout is except 110, also comprises 100.
this programme may be used for portable ultrasonic device, also may be used on the other forms of ultrasonic devices such as chassis.Although this programme describes for portable ultrasonic device herein, but do not represent this programme only for ultrasonic device, it can be used to employ in other medical imaging devices of polylith screen (comprising the display screen of plural number setting and the touch-screen of plural number setting) equally.Comprise three pieces of high cls in native system, one piece as ultrasonic system main display, for Presentation Function, another two pieces is high definition touch-screen, for display, management and controlling functions.The position that three pieces of screens use can be arranged on same ultrasonic main frame, also can be distributed in main frame and in the client that is connected with main frame by wireless signal.
whole first touch-screen all response criteria the same as the second touch-screen gesture operation, directly can be passed through standard gesture trigger control, also can be amplified image by standard gesture, rotates, percentage regulation, measures, and adds the operations such as comment entry mark.
the foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all do in the spirit and principles in the present invention any amendment, equivalent to replace and improvement etc., all should be included in protection scope of the present invention.
Claims (10)
1. a multi-screen interactive method of operating for ultrasonic device, is characterized in that, mainly comprises following sequential steps:
Judge whether the second touch-screen receives copy signal;
Judge whether the first touch-screen receives described copy signal;
The mode of operation of described second touch-screen and described first touch-screen is set according to the result of above-mentioned steps.
2. the multi-screen interactive method of operating of a kind of ultrasonic device according to claim 1, it is characterized in that, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, mainly comprises the following steps:
When described second touch-screen and described first touch-screen all receive described copy signal, judge whether the pattern starting the independent division of labor;
If so, then described first touch-screen is set to the pattern only controlling this image on screen; Described second touch-screen is set to the pattern controlling this screen and main display epigraph;
If not, then judge that whether its corresponding image information of described copy signal that described main display and described first touch-screen receive is consistent;
If consistent, then described first touch-screen and described second touch-screen are set to the common pattern controlled described main display image;
If inconsistent, then described first touch-screen does not respond described copy signal.
3. the multi-screen interactive method of operating of a kind of ultrasonic device according to claim 1, it is characterized in that, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
When described second touch-screen receives described copy signal, when described first touch-screen does not receive described copy signal, determine whether that described first touch-screen loads the controlling functions of described second touch-screen;
If so, the pattern starting the independent division of labor is then judged whether;
If start, then described first touch-screen is set to the pattern that controls main display, and described second touch-screen is set to the pattern controlled self screen picture;
The high priority control of described second touch-screen is set to the pattern controlled main display;
If do not start, then described first touch-screen is set to the pattern that controls main display, and described second touch-screen is set to its image and keeps synchronous with the image of described main display, and to the pattern that self screen picture controls.
4. the multi-screen interactive method of operating of a kind of ultrasonic device according to claim 3, it is characterized in that, described second touch-screen receives described copy signal, when described first touch-screen does not receive described copy signal, determine whether that the step that described first touch-screen loads the controlling functions of described second touch-screen also comprises following sequential steps:
If not, then judge whether described second touch-screen accepts the control signal of described first touch-screen;
If accept, then described first touch-screen can be used for controlling described second touch-screen and main display by touch control, and described second touch-screen is for controlling self and main display;
If do not accept, then described first touch-screen is only for controlling described main display by touch control, and described second touch-screen controls self by touch function, controls described main display by controlling control;
Judge whether the pattern starting the independent division of labor;
If start, then the touch control of described first touch-screen of described main display response the control responding described second touch-screen control;
If do not start, then described second touch-screen is set to its image and keeps synchronous with the image of described main display.
5. the multi-screen interactive method of operating of a kind of ultrasonic device according to claim 1, it is characterized in that, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
When described second touch-screen or the first touch-screen do not receive described copy signal, when described first touch-screen of its correspondence or the second touch-screen receive described copy signal, judge whether the pattern starting the independent division of labor;
If start, then described second touch-screen or described first touch-screen control described main display by menu and functionality controls, and carry out non-image control; Corresponding described first touch-screen or described second touch-screen are by touch control images themselves;
If do not start, then described second touch-screen or described first touch-screen control described main display by menu and functionality controls; Corresponding described first touch-screen or described second touch-screen by touch control images themselves, and are set to its image and keep synchronous with the image of described main display.
6. the multi-screen interactive method of operating of a kind of ultrasonic device according to claim 1, it is characterized in that, the described result according to above-mentioned steps arranges the step of the mode of operation of described second touch-screen and described first touch-screen, also comprises following sequential steps:
When described second touch-screen and described first touch-screen all do not receive described copy signal, judge whether described second touch-screen accepts the control signal of described first touch-screen;
If accept, then described first touch-screen can be used for controlling described second touch-screen and main display by touch control, and described second touch-screen is for controlling self and main display;
If do not accept, then described main display accepts the touch control of described first touch-screen and the menu of described second touch-screen and control controls respectively.
7. a Multi-screen interaction system for ultrasonic device, mainly comprises: processing the main control module of ultrasonic signal for Systematical control, being connected, for showing the main display of ultrasonoscopy and information thereof with described main control module; It is characterized in that, also comprise: be connected with described main control module, for showing and the second touch-screen of touch control; Be connected with described main control module, for showing and the first touch-screen of touch control; Described main control module is also provided with the judging unit for judging described first touch-screen, described second touch-screen duty; And for arranging the setting unit of described first touch-screen, described second touch-screen mode of operation according to judged result.
8. the Multi-screen interaction system of a kind of ultrasonic device according to claim 7, it is characterized in that, described main control module is also provided with separate unit, for after described judging unit judges, starts described independent division of labor pattern; And interworking unit, after judging for described judging unit, work in coordination with between each screen when not starting the pattern of the described independent division of labor and work.
9. the Multi-screen interaction system of a kind of ultrasonic device according to claim 8, it is characterized in that, described first touch-screen is also provided with cursor analog functuion; Described cursor analog functuion is configured such that and is modeled as cursor by the touch track of described first touch-screen collection; Described touch control mainly comprises image control function for editing and adjust image in display screen and the non-image function for patient data's management and file management.
10. the Multi-screen interaction system of a kind of ultrasonic device according to claim 9, is characterized in that, first, second touch-screen described shows the icon corresponding with control or menu for touch control; Described second touch-screen is also provided with the high priority control for responding fast, and this high priority control adopts the form of icon or physical button to arrange; Described high priority control is arranged at the surrounding of described second touch-screen; Described high priority control mainly comprises: screen locking control, preservation Image control, printing Image control, patient information control, turn-on data storehouse control, freeze and unfreeze control, measurement control, mode control, switching probe inspect-type control; Described touch control mainly comprises: click, double-click, drag and gesture operation; Described first touch-screen and described main control module connected mode comprise wired connection and/or wireless connections; Described second touch-screen and described main control module connected mode comprise wired connection and/or wireless connections.
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| CN201410684350.4A CN104545997B (en) | 2014-11-25 | 2014-11-25 | The multi-screen interactive operating method and system of a kind of ultrasonic device |
| PCT/CN2015/074589 WO2016082379A1 (en) | 2014-11-25 | 2015-03-19 | Multi-screen interaction operation method and system for ultrasonic device |
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| Publication number | Publication date |
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| CN104545997B (en) | 2017-09-22 |
| WO2016082379A1 (en) | 2016-06-02 |
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