CN107850832A - A kind of medical detection system and its control method - Google Patents

A kind of medical detection system and its control method Download PDF

Info

Publication number
CN107850832A
CN107850832A CN201680041178.8A CN201680041178A CN107850832A CN 107850832 A CN107850832 A CN 107850832A CN 201680041178 A CN201680041178 A CN 201680041178A CN 107850832 A CN107850832 A CN 107850832A
Authority
CN
China
Prior art keywords
moving contact
alternative objects
display screen
touch display
attribute information
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201680041178.8A
Other languages
Chinese (zh)
Other versions
CN107850832B (en
Inventor
刘智光
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shenzhen Mindray Bio Medical Electronics Co Ltd
Original Assignee
Shenzhen Mindray Bio Medical Electronics Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Shenzhen Mindray Bio Medical Electronics Co Ltd filed Critical Shenzhen Mindray Bio Medical Electronics Co Ltd
Publication of CN107850832A publication Critical patent/CN107850832A/en
Application granted granted Critical
Publication of CN107850832B publication Critical patent/CN107850832B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • G—PHYSICS
    • G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
    • G03F—PHOTOMECHANICAL PRODUCTION OF TEXTURED OR PATTERNED SURFACES, e.g. FOR PRINTING, FOR PROCESSING OF SEMICONDUCTOR DEVICES; MATERIALS THEREFOR; ORIGINALS THEREFOR; APPARATUS SPECIALLY ADAPTED THEREFOR
    • G03F3/00—Colour separation; Correction of tonal value

Abstract

A kind of medical detection system and its control method, its method include：For in touch display screen (130) display comprising multiple alternative objects (800) information list the step of (S610)；The step of for detecting input object (417) and the lasting moving contact of touch display screen (130) (S620)；For responding the step of lasting moving contact is to mark the attribute information of multiple alternative objects (800) (S630).Multiple alternative objects (800) can conveniently be selected in batches by touch control, user in touch display screen (130), the convenience of user's operation is improved, drastically increase Consumer's Experience.

Description

A kind of medical detection system and its control method Technical field
The present invention relates to the medical detection systems and its control method that have touch display screen.
Background technique
In medical detection system (for example, ultrasonic image-forming system), need to carry out multiselect to the candidate item listed in list in many cases.For example, when editing patient information, or when selecting imaging parameters, etc..
In the prior art, multiselect usually is carried out with the candidate item that the input equipments such as trace ball, mouse successively click desired selection.But when need selection candidate item it is more when, successively click comparatively laborious, larger workload manually.Moreover, will be unable to once all show on a display screen in active view when the candidate item in candidate item list is more.At this point, all desired candidate items can not all have been selected in a view, it is therefore desirable to roll the list of display and show remaining candidate item for user's selection.At this point, the selection operation of user is more cumbersome.
In particular, usually rolling list with slide when all being manipulated with touch screen to ultrasonic image-forming system.At this point, user can only singly click the candidate item of desired selection manually.In this way, user's operation is very cumbersome, heavy workload is very inconvenient, poor user experience.
Based on this problems of the prior art, need to be further improved.
Summary of the invention
Based on this, it is necessary to be directed to inconvenient problem existing in the prior art, provide a kind of control method and system and equipment for the electronic equipment with touch display screen.
It is of the invention in one embodiment, a kind of medical detection system comprising:
Touch display screen；
Medical inspection device, the medical inspection device detect test object to obtain medical detection data；
Data processing module, the data processing module generate multiple alternative objects that operation is associated with the medical detection data or the medical inspection device；And
Control module, the control module shown in touch display screen the multiple alternative objects, detection input object and touch display screen lasting moving contact and respond and described continue moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described.
It is of the invention in one embodiment, a method of control medical detection system, comprising:
Control medical inspection device detects test object to obtain medical detection data；
Show that multiple alternative objects, the multiple alternative objects are used to be associated operation with the medical detection data or the medical inspection device in touch display screen；
Detect the lasting moving contact of input object and touch display screen；
It responds and described continue moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described.
It is of the invention in one embodiment, a method of control medical detection system, comprising:
Control medical inspection device detects test object to obtain medical detection data；
The first part of information list of the display comprising multiple alternative objects in touch display screen, the multiple alternative objects are used to be associated operation with the medical detection data or the medical inspection device；
Detect the contact of input object and the touch display screen；
Determine operating position of the contact in the touch display screen,
When the operating position is located in the selection region in touch display screen, respond lasting moving contact of the input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact；
When the operating position is located in the scroll zones in touch display screen, respond the movement of the contact of the input object in the scroll zones and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of the information list.
It is of the invention in one embodiment, a kind of medical detection system comprising:
Touch display screen；
Medical inspection device, the medical inspection device detect test object to obtain medical detection data；
Data processing module, the data processing module generate the information list of multiple alternative objects comprising being associated operation with the medical detection data or the medical inspection device；And
Control module, the control module shows the first part of the information list in touch display screen, detect contact of the input object with touch display screen, determine operating position of the contact in the touch display screen, and when the operating position is located in the selection region in touch display screen, respond lasting moving contact of the input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact, when the operating position is located in the scroll zones in touch display screen, respond the movement of the contact of the input object in the scroll zones and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of the information list.
Detailed description of the invention
Fig. 1 is to provide the system architecture schematic diagram of the ultrasonic detection equipment according to some embodiments；
Fig. 2 is to provide the display schematic diagram of the graphic user interface according to some embodiments；
Fig. 3 is a kind of gesture operation schematic diagram provided according to some embodiments；
Fig. 4 is the method flow diagram provided according to some embodiments；
Fig. 5 is a kind of operation chart provided according to some embodiments；
Fig. 6 is another operation chart provided according to some embodiments；
Fig. 7 is another operation chart provided according to some embodiments；
Fig. 8 is to provide the operation chart of the another another input according to some embodiments；
Fig. 9 is to provide a kind of selection operation schematic diagram of alternative objects arrangement mode according to some embodiments；
Figure 10 is to provide the selection operation schematic diagram of another alternative objects arrangement mode according to some embodiments；
Figure 11 is to provide the method flow diagram of the part steps according to some embodiments；
Figure 12 is one of the operation chart provided according to some embodiments；
Figure 13 is provide operation chart according to some embodiments two；
Figure 14 is one of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 15 is to provide according to some embodiments based on the continuous operation schematic diagram under a gesture input under random alignment；
Figure 16 (a) is to provide one of the schematic diagram of the related operating position according to some embodiments, Figure 16 (b) be provide the schematic diagram of the related operating position according to some embodiments two, Figure 16 (c) be provide the related operating position according to some embodiments schematic diagram three；
Figure 17 is two of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 18 is three of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 19 is four of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 20 is five of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 21 is six of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 22 is seven of the continuous operation schematic diagram under the gesture input provided according to some embodiments；
Figure 23 is to provide the method flow diagram of the part steps according to some embodiments.
Specific embodiment
Equipment disclosed in the embodiment of the present invention has been mitigated or eliminated with the graphic user interface of medical treatment detection device and the equipment with touch display screen in relation to the problem of the inconvenient benefit of list-item.In the present invention Multiple embodiments in, which has with the touch display screen of graphic user interface (GUI), one or more processors, memory and storage in memory for executing one or more modules, program or the instruction set of multiple functions.In embodiments of the invention, these functions may include test object (for example, tissue of patient) is detected with obtain medical detection data, picture browsing, the building of pathological data library, retrieval and maintenance, patient files information architecture, display and management, patient's catalogue information architecture, display and management, etc..It may include in the computer program product configured to be executed for one or more processors for executing these modules, program or instruction.
In some of embodiments of the invention, user is mainly interacted in touch display screen by gesture input and graphic user interface.Here gesture input may include any kind of user gesture input by directly contacting touch display screen or can detecte equipment close to touch display screen.Such as, gesture input can be user using the right hand or left hand finger (such as, index finger, thumb etc.) or can by the detectable input object of touch display screen (such as, writing pencil, touch display screen special pens) movement that a position, multiple positions, and/or multiple continuous positions are selected in touch display screen, may include similar contact, the release that touches, touch pat, grow the operational motions such as contact, rotary expansion.Here, long contact corresponds to a kind of gesture input for moving finger, thumb, writing pencil along predetermined direction or variable direction in the case where finger, thumb, writing pencil etc. keep continuous contact state with touch display screen, for example, the gesture operation as touching and drag, flick, nuzzle up, slide, scan etc. acts.It can be seen that, contact of the gesture input by input object with touch display screen is realized, with the contact condition of touch display screen may include finger, thumb or writing pencil etc. directly contacted with touch display screen or non-direct contact close to touch display screen state, rather than directly contact close to the gesture input of touch display screen refer to the gesture operation on the spatial position close to touch display screen act.And above-mentioned graphic user interface refers to the whole design of human-computer interaction to software, operation logic, beautiful interface, may include one or more soft keyboards and multiple images control object.Soft keyboard may include a certain number of icons (or soft key).Family, which can be used, in this can choose one or more icons in soft keyboard, and one or more respective symbols is therefore selected to be inputted.
Certainly, in addition to by the gesture input of touch display screen come trigger application or function dependent event in the way of other than, also may include by actual hardware input equipment (for example, trace ball, keyboard, mouse One or more combinations of mark and/or control stick), to execute the operation of similar above-mentioned gesture input on a graphical user interface, such as, by the mobile operational motion for generating similar above-mentioned gesture input and presenting on a graphical user interface of the cursor on hardware input device controls graphic user interface, it is also considered deformation and the alternative of gesture input mode of the present invention.
Presently in connection with attached drawing, hardware environment and software environment that each embodiment of the invention is based on is discussed in detail.In following detailed description, many details are given, so as to comprehensive understanding the embodiment of the present invention.But for those of ordinary skill in the art, it is therefore apparent that the present invention may be practiced without these specific details.In other cases, it is not described in detail well-known method, process, component, circuit and network, in order to avoid other aspects of embodiment can not be protruded.
In some embodiments of the present invention, as shown in Figure 1, medical detection system may include touch display screen 130, medical inspection device 300, data processing module 150 and control module 140 and memory 160.Medical inspection device 300 can to test object (such as, human body or the intracorporal organ of animal, tissue, blood vessel etc., be not shown in the figure) detected with obtain medical detection data (for example, the image of test object, frequency spectrum, physiological parameter waveform, physiological parameter measurement value, etc.).Multiple alternative objects that operation is associated with medical inspection device or the medical inspection device medical detection data obtained then can be generated in data processing module 150.
Control module 140 can show the alternative objects that data processing module 150 generates in touch display screen, and detect input object (such as, the finger of user, writing pencil, touch display screen special pens, etc.) operation in touch display screen, be then responding to operation of the input object in touch display screen and the alternative objects being shown in touch display screen correspondingly operated and (are detailed below).
In some embodiments of the present invention, touch display screen 130 can be integrated in medical inspection device, be a part of medical inspection device.In other embodiments of the invention, touch display screen is also possible to be included in the individual equipment that separates with medical inspection device, which can be by wired or wirelessly carry out data communication with medical inspection device.
In some embodiments, data processing module above-mentioned and control module be can integrate in medical inspection device.In other embodiments, data processing module above-mentioned and control module be can integrate in the equipment separated with medical inspection device comprising touch display screen above-mentioned.
In some embodiments, " operation associated " above-mentioned carried out with medical inspection device or medical detection data, which can be, operates medical inspection device itself or any control carried out to the medical detection data that medical inspection device obtains, such as, select medical inspection device, adjust medical inspection device running parameter, switch medical inspection device operating mode, select the current function of medical inspection device, adjust the parameter of medical detection data, selection or the information for editing the corresponding patient of medical detection data, establish or select the corresponding output report of medical detection data, medical detection data is checked, it zooms in or out, editor, browsing, mark, it deletes, have access to etc..Correspondingly, " alternative objects " above-mentioned can be for carrying out various operation associated any objects above-mentioned, such as various options, control or other any suitable and objects.
1 explanation is further explained to the medical treatment detection device in the embodiment of the present invention by taking supersonic detection device as an example with reference to the accompanying drawing.But although what is provided in the following examples is the example that medical inspection device is supersonic detection device, the present invention is not limited to supersonic detection devices.
Supersonic detection device 300 shown in FIG. 1 generally includes: probe 301, transmitting/reception selection switch 302, receives circuit 304, Beam synthesis module 305, signal processing module 316, image processing module 326 at transmit circuit 303.In ultrasound imaging procedure, transmit circuit 303 by what is focused by delay there is certain amplitude and polar transmitting pulse to select switch 302 to be sent to probe 301 by transmitting/reception.Probe 301 is by exomonental excitation, to test object (such as, human body or the intracorporal organ of animal, tissue, blood vessel etc., it is not shown in the figure) transmitting ultrasonic wave, the ultrasonic echo from the reflected information with test object in target area is received after certain time-delay, and this ultrasonic echo is converted into electric signal again.The electric signal that the conversion of 304 receiving transducer 301 of circuit generates is received, obtains ultrasound echo signal, and these ultrasound echo signals are sent into Beam synthesis module 305.Beam synthesis module 305 is focused the processing such as delay, the summation of weighted sum channel to ultrasound echo signal, and ultrasound echo signal feeding signal processing module 316 is then carried out relevant signal processing.Image processing module 326 is sent by the ultrasound echo signal that signal processing module 316 is handled.The difference of the imaging pattern according to needed for user of image processing module 326, different processing is carried out to signal, obtain the ultrasound image data of different mode, then the ultrasound image of different mode is formed through processing such as log-compressed, dynamic range adjustment, digital scan conversions, such as B image, C image, D image etc. or other kinds of two-dimensional ultrasonic image or three-dimensional ultrasound pattern.
In the embodiment of Fig. 1, data processing module above-mentioned and control module can be realized in image processing module 326.Certainly, in other examples, data processing module above-mentioned and control module are also possible to standalone module isolated with image processing module 326 in the supersonic detection device 300.
In some of embodiments of the invention, signal processing module 316 and image processing module 326 can integrate on a mainboard 306 or the module of one of those or more than two (above herein including this number) is integrated on a processor/controller chip and realizes.
In some embodiments, supersonic detection device 300 can also include gesture detection module 203.Gesture detection module 203 can detecte the gesture input interacted between input object and touch display screen 130.Gesture detection module 203 includes for executing various operations relevant to gesture input detection, for example, determine whether to have occurred contact, determine whether gesture input persistently inputs, determine whether to prearranged gesture it is corresponding, determine operating position corresponding to gesture input, determine whether the corresponding operating position of gesture input is moved to the various program modules of the marginal position of corresponding display area, (e.g., contact whether it has stopped), the motion track that determines the movement of gesture input and track gesture input etc. each step that determines whether gesture input has interrupted.Determine that the movement of gesture input can include determining that the movement rate (amplitude) of operating position corresponding to gesture input, movement velocity (amplitude and direction), and/or acceleration of motion (variation in amplitude and/or direction), motion profile etc..These operations can be applied to single operation position (for example, gesture input that a finger is realized) or multiple while operating position (for example, " multi-touch ", i.e., gesture input that multiple fingers are realized).In some embodiments of the invention, gesture detection module 203 is used to detect the movement of one or more input objects on touch display screen surface or on the spatial position close to touch display screen.
In other examples, medical inspection device is also possible to other kinds of medical treatment detection device, such as magnetic resonance detection equipment, patient monitor, CT, x-ray imaging device, blood analyser, Biochemical Analyzer etc..Then medical detection data can be any detection data from these medical treatment detection devices.
Fig. 2 illustrates some embodiments of the medical detection system 100 with touch display screen 130.One or more Drawing Objects can be shown on the graphic user interface 400 of touch display screen 130.
For example, shown in Fig. 2, display unlock soft key 414 is realized the gesture input control function for opening or closing touch display screen 130 by clicking this unlock soft key 414, is shown when opening or closing different The lock of unlatching is indicated that touch display screen 130 is currently at open state by drawing one in icon, such as Fig. 2, and drawing one indicates that touch display screen 130 is currently at closed state the lock of closure.
Furthermore, hospital's icon browsing area 415 can also be set in the lower section of graphic user interface 400, the Drawing Object 418 for corresponding to " hospital 1 " is touched by one or more fingers 417, when finger 417 touches corresponding hospital's Drawing Object 418, then prominent amplification shows Drawing Object 418, the upper area 416 in the region of graphic user interface 400 415 shows the image object of various applied function modules corresponding to hospital 1 simultaneously, such as, for characterizing the Drawing Object 413 of patient files display module, for characterizing the Drawing Object 401 of medical care communication module, for characterizing the Drawing Object 402 of telecommunication customer end module, for characterizing the Drawing Object 403 of video/audio player module, for characterizing the Drawing Object 404 of video conference module, with In Drawing Object 405, the Drawing Object 406 for characterizing picture browsing module, the Drawing Object 407 for characterizing memorandum module, the Drawing Object 408 for characterizing calendaring module, the Drawing Object 410 for characterizing mapping module 409, for characterizing pathological data library module, the Drawing Object 411 for characterizing search engine module, the Drawing Object 412 for characterizing remote control module of characterization camera model.
The Drawing Object of certain applications program module is only depicted in Fig. 2, but the present invention is not limited to graphic user interface set-up modes shown in Fig. 2, the graphic user interface set-up mode that can also can be realized based on application program module shown in FIG. 1 using other, such as the region 415 in deletion Fig. 2 on graphic user interface 400, multiple hospital's Drawing Objects 418 are not shown, graphic user interface 400 is directly entered the image object of various applied function modules corresponding to single hospital when opening, or the image that graphic user interface 400 directly displays some medical inspection device when opening is shown and/or control interface etc..The image that graphic user interface 400 directly displays some medical inspection device when opening is shown and/or control interface can be, after opening medical detection system 100, graphic user interface 400 shows supersonic detection device ultrasound image collected, and the Drawing Objects such as playback, ultrasonic imaging parameter regulation are shown in graphic user interface 400, realize corresponding function will pass through gesture input or realize the input of correlation setting parameter.
In the present embodiment, user can use one or more fingers 417 or other input equipments are in contact with touch display screen 130, or the mode of gesture input is carried out on locating spatial position when close to touch display screen 130 to select the Drawing Object of each application program module provided in graphic user interface It thus switches under the graphic user interface of corresponding application program module, i.e., is entered under the corresponding graphic user interface of next layer function catalogue by touching the Drawing Object of the corresponding function module.
Fig. 2 gives one of gesture input mode, it is in contact using one or more fingers 401 with touch display screen 130, the Drawing Object that gesture input is controlled is determined by determining the position that finger 417 is contacted with 130 surface of touch display screen, here contact includes directly contacting with 130 surface of touch display screen or the way of contact close to 130 surface of touch display screen of non-direct contact.
The mode of another gesture input used by some embodiments of the invention.The input objects such as finger are in gesture input made on the spatial position of touch display screen surface certain distance, and spatial position locating for gesture input is mapped in touch display screen and is corresponding with corresponding mapping position at this time, pass through Drawing Object corresponding to detection mapping position, Drawing Object that gesture input is controlled is determined, to pass through the transformation that gesture input control carries out graphic user interface.The detection mode of such gesture control can be in conjunction with optical sensor and its controller and gesture detection module, to be tracked by way of obtaining image or photosensitive variation.Certainly, can also by be embedded into touch display screen front lower section or marginal position optical sensor, for perceiving influence of the input object on certain space position to touch display screen surface light efficiency, so that it is determined that the gesture that input object is inputted corresponds to the operating position in touch display screen, the motion change of tracking gesture input is effectively realized.It is, of course, also possible to realize the detection of related gesture in conjunction with the touch proximity sensor that above-described embodiment is mentioned.
Certainly, the present invention is not limited to the modes only with above-mentioned gesture input shown in Fig. 2, other alternatives can also be used, for example, the mode that gesture input mode shown in Fig. 2 combines.For example, realizing the operation of different function by two kinds of gesture input modes when operating continuously for some column Drawing Objects under the same graphic user interface, will be hereafter described in detail in conjunction with some embodiments.
It is of the invention in one embodiment, power switch button 421, the practical control button such as volume knob 420 can be arranged in medical detection system 100 with the housing side of touch display screen 130.Such as, the power supply of medical detection system 100 is opened and closed by the pressure state time of pushing power switch button 421, to reduce the installation space of actual key, the button can also be discharged before by predetermined time interval by pushing power switch button 421 to lock medical detection system 100, that is, realize that with the function of Drawing Object 414 in gesture control Fig. 2 be identical.In an alternate embodiments, doctor Treating detection system 100 can also go to open some application program modules by some phonetic orders of microphone input, such as enter the function of search etc. in pathological data library by voice control.
Each embodiment of image object control will be carried out mainly for the graphic user interface and associated process realized in above-mentioned medical detection system 100 and/or in the equipment with touch display screen 130 and by gesture input below.
In one embodiment of the invention, unlock soft key 414 shown in Fig. 2 is controlled by pushing power switch button 421 or gesture input to open the gesture input control function of touch display screen 130.
After the gesture input control function for opening touch display screen 130, gesture control can be carried out to the multiple alternative objects shown in touch display screen in relation to list-item by mode shown in Fig. 4, to mark the attribute status of alternative objects in the current list project, alternative objects here include a certain item, subitem or whole items in above-mentioned graphical control object.And the corresponding attribute information of each alternative objects includes the visualization attribute of enabled state attribute, control of alternative functionality controls, prompt information display properties etc..It is of the invention in one embodiment, attribute information referred to herein include two kinds of optional and reciprocal states.For example, the enabled state attribute of alternative functionality controls comprising: it chooses or unselected two kinds of optional states.It, can be using many kinds for this mark mode of two kinds of optional states on a graphical user interface.For example, as shown in figure 5, distinguishing and choosing or unselected two kinds of optional states by marking selection is added or do not added in display area 602 label symbols such as to hook in the corresponding attribute of alternative objects.As shown in fig. 6, indicating selected state by filling the label symbols such as black in alternative objects corresponding attribute label display area 602, otherwise indicate unselected state.As shown in Fig. 7 or Fig. 8, is distinguished and chosen or unselected two kinds of optional states by the selected alternative objects of prominent amplification.Also such as, (indicate the color identifications information such as the color, contrast, background colour of respective graphical by Special display in Fig. 9 by a dotted line as shown in Figure 9, to distinguish the Drawing Object shown under normal circumstances), by marking the color identifications information such as selected color, contrast, the background colour of alternative objects to be different from unchecked Drawing Object, it is chosen or unselected two kinds of optional states, etc. to distinguish.
Fig. 4 provides a kind of method for controlling medical detection system, the method comprising the steps of S610 to step S630.
Step S610, for the step of showing multiple alternative objects tables in touch display screen, wherein more A alternative objects are used to be associated operation with medical detection data or medical inspection device.
In some embodiments of the present invention, it can be and show information list on the graphic user interface 600 shown in Fig. 5, and the list includes multiple alternative objects.The form that information list shows can be varied, for example, Drawing Object corresponding to each alternative objects can be presented using form in information list.As shown in figure 5, being arranged line by line from top to bottom from the corresponding region on graphic user interface 600, or from left to right arranged by column from the corresponding region on graphic user interface 600.Or can also as illustrated in fig. 9 or 10, each alternative objects are arranged according to scheduled rule or at random in the enterprising row matrix of graphic user interface 600 in information list.Information list in the present embodiment can be the archive information list including multiple patient files, contact person's address list including multiple contact persons, broadcast information list including multiple video and/or audio data, pictorial information list including multiple images or picture, memo information list including a plurality of memo information, time including a plurality of corresponding calendar time records information list, cartographic information list including multiple maps to be selected, data information list including a plurality of data entries, facility information list including multiple devices to remotely control or equipment etc. is any to record the information list or root concordance list for having multiple alternate items, etc..Alternative objects can set the graphical control object of corresponding display on a graphical user interface according to content documented by information list, for example, as shown in figure 5, being shown in the step S610 of multiple alternative objects in touch display screen and including:
The corresponding attribute for marking optional state of display alternative objects marks display area 602, in Fig. 5 and Fig. 6, attribute label display area 602 is used to add or fill the label symbol of characterization selected state, which, which can be, chooses hook, chooses point, filling black etc..In Fig. 9 and Figure 10, attribute label display area 602 can be the frame of the corresponding Drawing Object of alternative objects, outer edge region, background undercolor region etc., then by color identifications information such as the shape in the region, color, contrast, background colours to mark corresponding Drawing Object selected.
It can also include: to show that alternative objects are corresponding for recording the message display area domain 603 of alternative objects representation manners in step S610.It message display area domain 603 can be as shown in Figure 5 and Figure 6, it is arranged in parallel with attribute label display area 602, or as shown in Figure 10, message display area domain 603 is located at any one position of surrounding of attribute label display area 602, such as message display area domain 603 is located at the lower section of attribute label display area 602.It can certainly be that it is aobvious that message display area domain 603 is located at attribute label Show among region 602, or is also possible that message display area domain 603 is combined into one with attribute label display area 602.
Message display area domain 603 and attribute label display area 602 may be collectively referred to as the sensitizing range of alternative objects.Message display area domain 603, which can be, to be used for:
The combination of one of the corresponding title of each patient files, remark information, number etc. information or two or more information in display file information list, such as " archives of A ", " archives of B " etc. in Figure 10；
Show the combination of one of information such as name, phone, address, remarks of each contact person or two or more information in contact person's address list；
Show the combination of one of the corresponding song of multiple video and/or audio data, singer, number, acquisition time information, remark information, scaling pictures etc. information or two or more information in broadcast information list；
Show the combination of one of information such as multiple images or the corresponding title of picture, number, time, remark information, scaling content or two or more information in pictorial information list；
Show the combination of one of information such as the corresponding title of a plurality of memo information in memo information list, number, time, remark information, scaling content or two or more information；
The time of a plurality of corresponding calendar time records the combination of one of information such as corresponding title, number, time, remark information, text information, corresponding operation information or two or more information in display time record information list；
Show the geographical locations mark such as the corresponding address of multiple maps to be selected, country, province, area in map information list；
Show the combination of one of multiple corresponding titles of device or equipment to remotely control in facility information list, position, department, operation prompting, remark information, function etc. information or two or more information；
The corresponding title of a plurality of data entries, number, brief description, remark information etc. in data information list are shown, for example, a plurality of data entries can be the data entry information that certain detection device detects acquisition whithin a period of time.
In simple terms, message display area domain 603 is mainly used for conveniently navigating to user's alternative objects to be selected, and therefore, message display area domain 603 can show the index letter of alternative objects in various information lists Breath, the information can be the combination of one or more of title, number, geographical location, time, remarks, function declaration, effect data, picture epitome etc..And index information is converted into visual Drawing Object and is shown in touch display screen.It will not enumerate herein.
The sensitizing range of each alternative objects can be one, it can also be message display area domain 603 and attribute mentioned above and mark display area 602, and display mode of multiple alternative objects in touch display screen can be form as shown in Figure 5 and Figure 6 from top to bottom perhaps from left to right or the sensitizing range of multiple alternative objects is at random as shown in Figure 10 or matrix is presented in touch display screen.For information list show or display format can be will not enumerate using many modes.
It certainly, can also include step S611 before step S610, for controlling the step of medical inspection device detects to obtain medical detection data test object.Here test object can be the institutional framework of any one or more living bodies or non-living body.
Include in step S620, for the step of detecting the lasting moving contact of input object and touch display screen.In relation to the contact with touch screen can be in the present embodiment with touch display screen directly contact and movement on the spatial position close to touch display screen in one of which, be hereinbefore described in detail.
According to the explanation above in relation to medical detection system 100, in conjunction with touch display screen, optical sensor and its controller, gesture detection module etc., contact of the input object with touch display screen can be traced to determine different gesture input modes, such as, detection gesture input corresponds to the operating position in touch display screen, determine whether to be contacted, determine whether the contact of gesture input persistently inputs, determine whether corresponding with prearranged gesture, determine whether operating position corresponding to gesture input is moving, determine whether the corresponding operating position of gesture input moves to the marginal position of corresponding display area, determine whether gesture input has interrupted (such as, contact is whether it has stopped), the motion track etc. for determining the movement of gesture input and tracking gesture input, these technical details can be found in related art.
To be detected in step S620 in the present embodiment is the one type gesture input being noted above, that is, detects the lasting moving contact of input object and touch display screen.Judgement can be carried out by following steps in some embodiments of the invention to determine whether to detect lasting moving contact.As shown in figure 11, step S620 may include:
Whether step S621, detection input object contact with touch display screen, if then carrying out sentencing in next step It is disconnected, if otherwise without operation.Detection input object whether should contact, can be realized by judging whether to detect operating position corresponding to contact touch display screen with touch display screen in the process.
Step S622, judges whether the contact with touch display screen continues and have occurred movement, if being then judged as the contact for detecting lasting movement, otherwise without operation.
In some of embodiments of the invention, in step S622, by judging whether the corresponding operating position of gesture input in movement determines whether the contact with touch display screen moves, and judge the above-mentioned contact with touch display screen whether persistently when, can be detected from many aspects.Such as, judge aforesaid operations position whether the contact of consecutive variations, judgement with touch display screen whether continue for certain time, judge aforesaid operations position movement whether across two sensitizing ranges, judge whether contact of the input object with touch display screen always exists within the scope of the position-scheduled moving displacement of aforesaid operations, etc., judgment mode has very much.
It can be seen that, the lasting moving contact that the present embodiment is previously mentioned can be understood as, input object contacts operating position corresponding to touch display screen in the long contact gesture input of one kind of consecutive variations, such as, slide on the touchscreen, or in touch display screen continuous a period of time lasting slide.
In addition, as shown in figure 5, contacting the gesture input that touch display screen obtains long contact gesture input by a finger on a graphical user interface.Alternatively, as shown in figure 8, contacting touch display screen simultaneously by two fingers obtains long contact gesture input.Or it contacts touch display screen simultaneously by three fingers and obtains long contact gesture input etc..It include that the input objects such as more than one finger contact touch display screen obtains long contact gesture input in the embodiment of the present invention.
In some of embodiments of the invention, the lasting moving contact of input object and touch display screen can be detected in the full frame range of touch display screen or can also detect the lasting moving contact of input object and touch display screen within the scope of defined area.The accuracy of touch control can be improved by the regional scope of detection, the function distinguishing of the gesture input of different control functions can also be realized under same graphic user interface.
For example, in above-mentioned steps S602, the lasting moving contact of input object and touch display screen is detected in the selection region that sets in touch display screen.It is arranged parallel to the selection region 601 of alternative objects orientation in touch display screen, holding for input object and touch display screen is detected in selection region 601 Continuous moving contact, to respond the lasting moving contact in selection region 601, to mark the attribute information of alternative objects.Selection region 601 can be parallel to orientation from the top down as shown in Figure 6, and the orientation or selection region 601 being perhaps parallel to as shown in Figure 7 from left to right can also be arranged along any direction.
In another example as shown in Figures 6 to 9, selection region 601 includes the corresponding attribute label display area 602 of multiple alternative objects mentioned above or selection region 601 across the corresponding sensitizing range of multiple alternative objects in some of embodiments of the invention.Specifically, it include: in the same graphic user interface 600 in selection region 601 for showing the attribute label display area 602 of attribute information corresponding to each alternative objects, also, the length extending direction of selection region 601 is identical as the attribute label orientation of display area 602.
It include at least two selection regions 601 in touch display screen also for example, in some of embodiments of the invention, this two selection regions 601 can partially overlap.As shown in figures 7 and 9, in the corresponding sensitizing range matrix arrangement of alternative objects, multiple selection regions 601 can be arranged in parallel according to the orientation of row or column.Or as shown in figure 12, form is arranged in the corresponding sensitizing range of alternative objects, two selection regions 601 then are respectively set along the orientation of row and column, and the lasting moving contact of input object and touch display screen is detected in the selection region 601 being arranged along row orientation, with the selected line number of determination；The lasting moving contact of input object and touch display screen is detected in the selection region 601 of direction arranged along the column setting, with the selected columns of determination, to determine selected multiple alternative objects according to line number and columns, to paired observation sampled value or sampling picture etc..Or as shown in figure 13, matrix form is arranged in the corresponding sensitizing range of alternative objects, two selection regions 601 then are respectively set along the orientation of row and column, and the lasting moving contact of input object and touch display screen is detected in the selection region 601 being arranged along row orientation, with the selected line number of determination；The lasting moving contact of input object and touch display screen is detected in the selection region 601 of direction arranged along the column setting, with the selected columns of determination, to determine the corresponding Drawing Object of selected multiple alternative objects according to line number and columns, selected state is marked by the way of prominent amplification display in Fig. 7, to realize batch selection alternative objects.
Also realized for example, can be considered by the judgement of touch pressure to distinguish function, for example, In step S602, the lasting moving contact in the predetermined pressure range that input object applies in touch display screen is detected.Namely when the contact pressure detected reaches preset range, when such as more than a preset pressure value, the lasting moving contact detected at this time will be used for the gesture input of the optional state of the multiple alternative objects of response flag, conversely, then can be set as the gesture input of another function control.Pressure detecting in the present embodiment can perceive identification by the pressure sensor in touch display screen, or the size of pressure is judged by the size of contact area when finger touch display screen, or the size of touch-control pressure is perceived by the way that pressure sensor is arranged in touch tablet and detects lasting moving contact on a touchpad simultaneously, to indirectly control the movement of cursor or selection mode, etc. in touch display screen.Range in relation to predetermined pressure is set referring to the parameter index of corresponding hardware detection device.
Certainly, above two mode can also combine, to improve the accuracy of touch-control, and guarantee that more control strategies may be implemented in single gesture input.For example, in step S602, in the selection region that is set in touch display screen, the lasting moving contact in predetermined pressure range that detection input object applies in touch display screen.
In addition, in step S620 it is detected continue moving contact can be the movement along straight line, for example, in step S620 it is detected continue moving contact can be the linear motion along multiple alternative objects orientations.Alternatively, can also be the movement along diagonal movement, etc. along arbitrary motion track.
It include responding described to continue moving contact and mark attribute information corresponding with the persistently associated multiple alternative objects of moving contact in step S630.That mentions in the present embodiment can refer to there is connection predetermined or predetermined or correlation with " continuing moving contact " this operation executed on the touchscreen with lasting moving contact " associated ", such as, the sensitizing range of alternative objects meets scheduled positional relationship with the operating position corresponding when executing lasting moving contact in touch display screen, or it is within the preset range referred to or pre-determined distance that the sensitizing range of alternative objects, which is located at operating position, or the sensitizing range of alternative objects be located at the motion profile of continuous contact across range, or the connection or correlation of other any suitable modes.
As shown in Figures 6 to 9, the lasting moving contact detected can be in any direction within the movement realized in touch display screen, and the present embodiment determines selected alternative objects according to this movement, it is real by contact one by one/release compared to the prior art to realize that batch marks the optional state of alternative objects The mode that existing alternative objects click one by one is more flexible, and user experience effect is stronger, improves the function using effect of touch screen.In the present embodiment the attribute information of corresponding alternative objects whether correspondence markings, it is by the above-mentioned motion process for continuing moving contact, corresponding operating position when detecting current time input object contact touch display screen, and judged with the positional relationship of the operating position and alternative objects.It is specific it is as detailed below in explanation.
In some of embodiments of the invention, in above-mentioned steps S630, labeling process to the corresponding attribute information of multiple alternative objects the following steps are included:
It responds and continues the label symbol that moving contact generation corresponds respectively to attribute information, and label symbol is shown with the corresponding position (such as attribute label display area) for continuing the associated multiple alternative objects of moving contact in touch display screen, to mark attribute information corresponding with the associated multiple alternative objects of persistently moving contact.
For attribute information, there are two opposite optional states, then in above-mentioned steps S630, respond it is described continue moving contact, and be the optional state opposite with current optional state by the current optional status indication of attribute information corresponding with the associated multiple alternative objects of lasting moving contact.Further, it is also possible to by realizing the separator to two kinds of inverse states of attribute information in following each embodiment.
One of in some of embodiments of the invention, in above-mentioned steps S630, including execute following steps:
The lasting moving contact on first movement direction is responded, a kind of optional state of the attribute information of multiple alternative objects associated with moving contact is continued is marked；With,
Respond lasting moving contact on the second moving direction, label is corresponding with the attribute information of the persistently associated multiple alternative objects of moving contact with a kind of optional state that optional state is opposite.
It is as shown in figure 14 successively during the picture left above, lower-left figure, bottom-right graph, the top right plot, input object 417 inputs along the X of first movement direction in touch display screen in the picture left above continues moving contact, according to movement of the lasting moving contact on the X of first movement direction, the corresponding optional state of the attribute information of multiple alternative objects is marked to show the label symbol of characterization selected state, shows that the box of filling black indicates that corresponding alternative objects are selected in attribute label display area 602 in Figure 14.Certainly, can also pass through in the present embodiment, label selects the modes such as hook, marker dots to indicate that corresponding alternative objects are selected In.Input object 417 inputs the contact persistently moved along the second moving direction Y in touch display screen in bottom-right graph, according to movement of the lasting moving contact on the second moving direction Y, the corresponding optional state of the attribute information of multiple alternative objects is marked to show the label symbol for characterizing non-selected state, shows that the box for being not filled with black indicates that corresponding alternative objects are not selected in attribute label display area 602 in Figure 14.Certainly, it can also pass through in the present embodiment, mark or the modes such as selection hook, marker dots is not marked to indicate the corresponding optional state of alternative objects to distinguish.
As shown in figure 15, when the finger of people along a motion profile by moving in left figure, the motion profile across the corresponding alternative objects in sensitizing range it is selected, selected state is indicated by prominent amplification display in figure, and when being returned in right figure along original movement trajectory, selected alternative objects will be cancelled selected state before then, be considered as unselected.Certainly, cancelling chooses motion profile when operation to can be the reversed of original movement trajectory, is also possible to before confirmation batch is chosen, is prompted to the cancellation path of user.
In the present embodiment, first movement direction and the second moving direction can be a fixed-direction, be also possible to the combination of multiple direction-changeables, such as the tangential direction of a motion profile.So above-mentioned lasting movement of the moving contact on first movement direction or the second moving direction can be the linear motion along a fixed-direction, or along the curved trajectory of direction-changeable, or along the diagonal movement of a fixed-direction.
The above-mentioned moving contact that continues can be consistent in the motion profile of first movement direction and the second moving direction, be also possible to inconsistent.First movement direction and the second moving direction can be opposite direction.To as shown in Figure 14 and Figure 15, only pass through the adjustment of the motion profile of lasting moving contact under same gesture input, such as direction adjustment, it can be realized and choose and non-selected switching, it is convenient to use, the experience effect of user is promoted, and the function of gesture input can also be increased by the adjustment in motion profile direction.
It can certainly be that first movement direction and the second moving direction be not identical, but motion profile is identical.In some of embodiments of the invention, in above-mentioned steps S630, response odd-times continues moving contact, marks a kind of optional state of above-mentioned attribute information, response even-times continues moving contact, marks above-mentioned attribute information corresponding and a kind of optional state that optional state is opposite.As shown in figure 14, input object 417 inputs along the X of first movement direction in touch display screen in the picture left above continues moving contact, according to lasting moving contact on the X of first movement direction first time input, mark the corresponding optional state of the attribute information of multiple alternative objects with show characterization selected state label symbol or label with currently it is optional The opposite attribute information of state (i.e. attribute information negates label)；And when input object 417 inputted along the X of first movement direction in touch display screen the second subslot it is identical continue moving contact when, it marks the corresponding optional state of the attribute information of multiple alternative objects then to show the label symbol for characterizing unselected state, or executes and negate label.
In other embodiments of the invention further include following manner in addition, handling the scheme for how realizing label according to lasting moving contact that above two embodiment provides:
Such as, respond the initial motion track for continuing moving contact, a kind of optional state of above-mentioned attribute information is marked, the movement for deviateing the motion profile during continuing moving contact is responded, marks above-mentioned attribute information corresponding and a kind of optional state that optional state is opposite.In the present embodiment, continue to monitor the motion profile of contact, judge whether the motion profile for continuing moving contact deviates initial motion track, if, a kind of then corresponding optional state opposite with state of movement mark attribute information according to bias motion track, a kind of optional state on the contrary then flag attribute information.Here initial motion track refers to, according to the initial motion direction of contact movement, movement speed come the track of the movement prejudged within the beginning a period of time for detecting lasting moving contact.For example, then prejudging initial motion track i.e. along the motion profile of initial moving direction according to the moving direction and movement speed that detect that lasting moving contact has fixation in initial a period of time.The above-mentioned movement for continuing moving contact, which deviates above-mentioned initial track, can be the tangential direction for deviateing initial track, the expected trajectory for deviateing initial track etc..
For another example, when above-mentioned lasting moving contact is located in the selection region set in touch display screen, mark a kind of optional state of above-mentioned attribute information, when lasting moving contact is located at outside the selection region set in touch display screen, mark above-mentioned attribute information corresponding and a kind of optional state that optional state is opposite.Such as, as shown in figure 14, input object 417 inputs along the X of first movement direction in the selection region 601 in touch display screen in the picture left above continues moving contact, marks the corresponding optional state of the attribute information of multiple alternative objects with the label symbol or attribute information that show characterization selected state and negates label；And when detecting that lasting moving contact of the input object 417 in touch display screen is located at except selection region 601, it marks the corresponding optional state of the attribute information of multiple alternative objects then to show the label symbol for characterizing unselected state, or executes and negate label.
In some embodiments of the invention, in step S630, labeled alternative objects include and work as Corresponding operating position associated alternative objects when preceding moment input object contact touch display screen, wherein associated alternative objects include at least one of following situations:
The first, sensitizing range be located at above-mentioned operating position be refer to preset range or pre-determined distance within alternative objects.Each alternative objects are provided with corresponding sensitizing range on the graphic user interface in touch display screen, for showing the relative index information or label symbol input frame corresponding Drawing Object on a graphical user interface of each alternative objects, then positional relationship between operating position corresponding when according to sensitizing range and contact touch display screen determines whether to select the corresponding alternative objects in the sensitizing range.
For example, sensitizing range is located at the alternative objects near aforesaid operations position.Here it is to be understood that corresponding operating position is located within sensitizing range when contact touch display screen near, or partly overlaps with sensitizing range or operating position is located at the marginal position of sensitizing range.
Assuming that as shown in Figure 16 (a) to (c), length and width with touch display screen are respectively that Y and X-axis establish rectangular coordinate system, the each pixel so shown on graphic user interface 600 can be indicated with a rectangular co-ordinate, and sensitizing range 604 can be determined as a pixel region, when contacting touch display screen corresponding operating position 605 can also in rectangular coordinate system a coordinate position or coordinate position block (including multiple neighbouring coordinate positions) indicate.
Then, as shown in Figure 16 (a), finger contacts corresponding operating position 605 with touch screen, it may include: nearby that the corresponding coordinate position of operating position 605 or coordinate position block are located in the corresponding pixel region in sensitizing range 604 that sensitizing range 604, which is located at aforesaid operations position 605, perhaps the corresponding coordinate position of operating position 605 is located at the marginal position in the corresponding pixel region in sensitizing range 604 or 605 corresponding coordinate position block pixel corresponding with sensitizing range 604 region of operating position partly overlaps.
Further for example, the part of sensitizing range 604 is located at the alternative objects within the scope of the predeterminated position centered on above-mentioned operating position.The part in the corresponding pixel region in sensitizing range 604 is located within the scope of predeterminated position centered on above-mentioned operating position 605, and preset range here can be set as centered on above-mentioned operating position 605, the range that radius is 10 pixels.
In another example alternative objects of the sensitizing range 604 at a distance from aforesaid operations position within pre-determined distance.Pre-determined distance can be set as 10 pixels or 5 pixels etc..And sensitizing range 604 calculates at a distance from aforesaid operations position and can be, 604 edge of sensitizing range to aforesaid operations position 605 The distance of coordinate position block center perhaps 604 edge of sensitizing range to aforesaid operations position 605 coordinate position block edge position distance or 604 edge of sensitizing range and aforesaid operations position 605 the distance between coordinate position block edge position.
In order to accurately respond the lasting moving contact of input object and touch display screen, and accurately obtain the alternative objects selected, then in some embodiments of the invention, as shown in Figure 16 (b), when the ratio that the sensitizing range of alternative objects 604 and the overlay coordinates region of aforesaid operations position 605 account for the corresponding coordinates regional in aforesaid operations position 605 is greater than preset ratio, the alternative objects are alternative objects associated with operating position corresponding to contact touch display screen, need to be labeled.As shown in Figure 16 (b), when operating position 605 passes sequentially through position 605a, 605b, 605c, 605d, the label of alternative objects mesh 1 is chosen, the label of alternative objects mesh 2 is chosen, alternative objects mesh 3 marks the unselected, label of alternative objects mesh 3 to choose.Ratio in the present embodiment can be 50%.As shown in Figure 16 (c), the sensitizing range of above-mentioned alternative objects can be the attribute for showing the optional status indication symbol of alternative objects and mark display area 602, and when operating position 605 passes sequentially through position 605a, 605b, 605c, 605d, the label of alternative objects mesh 1 is chosen, the label of alternative objects mesh 2 is chosen, alternative objects mesh 3 marks the unselected, label of alternative objects mesh 3 to choose.
Or the center of the sensitizing range of alternative objects coincides with the center of the coordinates regional where the operating position.The sensitizing range center of alternative objects includes central point, center line, center spot etc..As shown in Figure 16 (b), the center of the sensitizing range of alternative objects can be center line in X direction, when it is overlapped with the center line of the coordinates regional where operating position (605a, 605b, 605c, 605d) in X direction, then the optional state of the alternative objects is marked.As shown in Figure 16 (c), the sensitizing range of above-mentioned alternative objects can be the attribute for showing the optional status indication symbol of alternative objects and mark display area 602, when the central point or center spot of the coordinates regional so where the central point of attribute label display area 602 or center spot coincide with operating position (605a, 605b, 605c, 605d), then the optional state of the alternative objects is marked.
The second, input object and the motion profile of the continuous contact of touch display screen across the corresponding alternative objects in sensitizing range.Motion profile mentioned herein across the corresponding alternative objects in sensitizing range can be include: across the corresponding alternative objects in part sensitizing range or across all sensitizing ranges pair The alternative objects answered.Here sensitizing range can be the attribute for showing the optional status indication symbol of alternative objects and mark display area 602, or the message display area domain 603 for showing alternative objects index information.
As shown in figure 15, upper figure is the mode that alternative objects label is carried out after carrying out lasting moving contact along first track, and label is that prominent amplification is shown when choosing.The following figure is to carry out cancelling the mode chosen along the reverse orbit of first track, and cancelling when label is chosen is not prominent amplification display, and is restored to reset condition.In the present embodiment, as long as continuing the corresponding operating position of moving contact along motion profile across wherein any one regional scope such as edge, central area of sensitizing range, then it is considered as and has selected the corresponding alternative objects of the Drawing Object, and corresponding execution marking operation.
Above to, how according to continuing moving contact come two kinds of inverse states of flag attribute information, how according to persistently moving contact executing marking operation then hereinafter will be described in detail in above-mentioned steps S630.In some of embodiments of the invention, in above-mentioned steps S630 step, the label to the optional state of multiple alternative objects can be completed according to the above-mentioned motion profile for continuing moving contact or direction.
For example, as shown in figure 17, along the above-mentioned direction of motion for continuing moving contact, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling.In the present embodiment, by the lasting moving contact for detecting input object and touch display screen, and tracing detection each moment continues the corresponding operating position of moving contact, to determine that each moment contacts selected alternative objects, to obtain the alternative objects of selection corresponding to the operating position at continuous multiple moment according to the above-mentioned direction of motion for continuing moving contact, the attribute information of multiple alternative objects is then sequentially marked according to chronological order.
Information list is shown in touch display screen using form, contact of the input object with touch display screen is persistently moved in orientation along alternative objects, along the above-mentioned direction of motion for continuing moving contact, sequentially the attribute information of alternative objects mesh 1 to a alternative objects of alternative objects mesh more than 7 is the label symbol chosen, and show characterization selected state in continued labelling information list.Although providing the information list that form is shown in Figure 17, this mode sequentially marked is still also applied for the information list that above-mentioned non-form is shown, such as the alternative objects of random fashion arrangement.
In addition, 7 can be referring to Fig.1 according to above-mentioned lasting movement of the moving contact in first movement direction (for example, X-direction in Figure 17), the attribute information of the multiple alternative objects of sequentially continued labelling is to show Characterize the label symbol of selected state；Then when cancellation is chosen, also it is referred to Figure 17, according to it is above-mentioned continue moving contact the second moving direction (such as, X-direction is reversed in Figure 17) on movement, the attribute information of the multiple alternative objects of sequentially continued labelling characterizes the label symbol of non-selected state to show, that is, cancels the label symbol of display characterization selected state.
Corresponding alternative objects can be chosen one by one successively according to the above-mentioned direction of motion for continuing moving contact in the present embodiment to be chosen or the label of non-selected state.
In another example in some of embodiments of the invention, as shown in figure 18, while mark the above-mentioned motion profile for continuing moving contact across the corresponding attribute information of all alternative objects.In the present embodiment; by the lasting moving contact for detecting input object and touch display screen; and tracing detection per a period of time continues the corresponding continuous operation position of moving contact; to determine that per a period of time contacts selected alternative objects; to obtain the alternative objects of selection corresponding to continuous operation position in a period of time according to the above-mentioned motion profile for continuing moving contact, the attribute information of the alternative objects of selection corresponding to this continuous operation position is then marked simultaneously.
In Figure 18, when lasting moving contact each time motion profile across all alternative objects optional state, be marked simultaneously.When input object 417 is from the sensitizing range persistent movement of alternative objects mesh 1 to the sensitizing range of alternative objects mesh 4, then indicate simultaneous selection alternative objects mesh 1 to alternative objects mesh 4, and alternative objects mesh 1 to alternative objects mesh 4 is marked simultaneously, to show the label symbol of characterization selected state simultaneously.When input object 417 is from the sensitizing range persistent movement of alternative objects mesh 5 to the sensitizing range of alternative objects mesh 7, then indicate simultaneous selection alternative objects mesh 5 to alternative objects mesh 7, and alternative objects mesh 5 to alternative objects mesh 7 is marked simultaneously, to show the label symbol of characterization selected state simultaneously.
It is on the contrary, referring to Fig.1 8 can be according to it is above-mentioned continue moving contact first movement direction (such as, X-direction in Figure 17) on movement, simultaneously mark it is above-mentioned continue moving contact motion profile institute across all alternative objects attribute information, with show characterize selected state label symbol；Then when cancellation is chosen, also it is referred to Figure 18, according to it is above-mentioned continue moving contact the second moving direction (such as, X-direction is reversed in Figure 17) on movement, simultaneously mark it is above-mentioned continue moving contact motion profile across all alternative objects attribute information, to show the label symbol for characterizing non-selected state, that is, cancel The label symbol of display characterization selected state.
The multiple alternative objects chosen can be chosen or the label of non-selected state simultaneously according to the above-mentioned motion profile for continuing moving contact in the present embodiment.
For another example in some of embodiments of the invention, can also change according to the above-mentioned motion profile for continuing moving contact, the above-mentioned motion profile for continuing moving contact of skip flag across multiple alternative objects in corresponding attribute information.
In the present embodiment, the lasting moving contact of detection input object and touch display screen can be passed through, tracing detection each moment continues continuous operation position corresponding to moving contact, form motion profile, analyze the variation of the motion profile, judge to continue whether moving contact deviates initial track, if not marking the selected state of the associated alternative objects of operating position corresponding with moving contact is continued under bias motion track then, if otherwise marking the selected state of the associated alternative objects of operating position corresponding with moving contact is continued under bias motion track.Specifically, as shown in figure 19, along the above-mentioned moving direction of initial track for continuing moving contact, the attribute information of the multiple alternative objects of sequentially continued labelling, or mark simultaneously above-mentioned initial track across all alternative objects attribute information；When the above-mentioned movement for continuing moving contact deviates above-mentioned initial track, response deviates the lasting moving contact after above-mentioned initial track, is not responding to the Motor execution marking operation of contact；And when the above-mentioned movement for continuing moving contact returns above-mentioned initial track, response returns the above-mentioned lasting moving contact after above-mentioned initial track, marks the attribute information of multiple alternative objects.
The above-mentioned movement for continuing moving contact deviates above-mentioned initial track and can be the tangential direction for deviateing initial track, deviate the expected trajectory etc. of initial track, such as, as shown in figure 19, dotted arrow indicates the direction of motion of the lasting moving contact of input object and touch display screen, its initial motion track can be the straight line along alternative objects orientation, when the moving direction along the above-mentioned straight path for continuing moving contact, the attribute information of the multiple alternative objects of sequentially continued labelling (alternative objects mesh 1 to alternative objects mesh 4), or mark simultaneously above-mentioned straight path across all alternative objects (alternative objects mesh 1 to alternative objects mesh 4) optional state；When above-mentioned lasting moving contact deviates above-mentioned straight path; the i.e. above-mentioned moving contact that continues is departing from straight path or the above-mentioned tangential direction for continuing moving contact and deviating from above-mentioned straight path; then respond after deviateing above-mentioned straight path it is above-mentioned continue moving contact, do not mark with lasting moving contact at this time corresponding to the associated alternative objects (alternative objects of the operating position of touch display screen Mesh 6 is to alternative objects mesh 7) attribute information；It is on the contrary, when above-mentioned lasting moving contact returns above-mentioned straight path, response return after above-mentioned initial track it is above-mentioned continue moving contact movement, the attribute information of label and lasting moving contact at this time corresponding to the associated alternative objects (alternative objects mesh 8 to alternative objects mesh 9) of the operating position of touch display screen.
In addition, according to continue moving contact motion profile variation, skip flag it is above-mentioned continue moving contact motion profile across the corresponding attribute information step of multiple alternative objects in, can also realize by other means, such as shown in figure 20.By detection input object and the continuous contact of touch display screen whether always situated in (definition in relation to selection region 601 can be found in described previously in the selection region 601 set in touch display screen, it is not repeated herein), when lasting moving contact is located at except selection region 601, then respond the lasting moving contact outside selection region 601, the optional state for corresponding to the associated alternative objects (alternative objects 6 to alternative objects 7) of the operating position of touch display screen with lasting moving contact at this time is not marked, to show the label symbol for characterizing unselected state；When lasting moving contact is located within selection region 601, then respond the above-mentioned lasting moving contact in selection region 601, label corresponds to the optional state of the associated alternative objects (alternative objects 1 to alternative objects 5, alternative objects 8 to alternative objects 9) of the operating position of touch display screen with lasting moving contact at this time, to show the label symbol for characterizing selected state.By judge continue moving contact whether be more than setting selection region, to judge the variation of estimation, and in a gesture input to multiple alternative objects mesh (alternative objects 1 to alternative objects 9) chosen with it is non-selected while label, it is user-friendly, promote user experience.
In some of embodiments of the invention, the above method further include: when no longer detecting above-mentioned lasting moving contact in touch display screen, the attribute information for marking alternative objects, until mark with the lasting moving contact of last moment corresponding to associated the last one alternative objects of operating position in touch display screen.Specifically, monitor whether contact of the input object with touch display screen is released in real time, if, above-mentioned lasting moving contact then will be no longer detected in touch display screen, so being considered as a gesture input terminates, the i.e. above-mentioned moving contact that continues terminates, then mark just stop at it is above-mentioned continue before moving contact terminates, to the optional state of the alternative objects for the corresponding operating position of lasting moving contact for being associated with the last moment.
In some of embodiments of the invention, as shown in figure 21, the information list comprising multiple alternative objects is shown in touch display screen executing above-mentioned steps S610, and a part of information list is shown on the graphic user interface of touch display screen 600, rest part is not shown on same graphic user interface 600, then in order to which the alternative objects in rest part in display information list are marked, then also may be accomplished by.In the method for the present embodiment further include:
Monitor whether above-mentioned lasting moving contact is moved at the edge display position of above- mentioned information list, wherein, when at the edge display position that above-mentioned lasting moving contact stops at above- mentioned information list and keeping with touch display screen continuous contact, it moves the display information list being shown in touch display screen in a first direction to show the rest part of above- mentioned information list, and marks the corresponding attribute information of the alternative objects in above-mentioned rest part.
As shown in figure 21, edge display position 702 in the present embodiment refers to the marginal position for the display area that some or all of information list is shown on graphic user interface 600, such as, marginal position can refer on graphic user interface 600 for showing the near border of the display area (701 in Figure 21) of some or all of information list, or, it can also refer to the last one in the display area on graphic user interface 600 for showing some or all of information list or the corresponding sensitizing range of first alternative objects (the corresponding sensitizing range of alternative objects mesh 9 in such as Figure 21).In the picture left above in Figure 21, when input object 417 is moved down along dotted arrow and when choosing alternative objects mesh 1 to alternative objects mesh 5 and alternative objects mesh 8 to alternative objects mesh 9 by trail change, whether the lasting moving contact for monitoring input object and touch display screen in real time is moved at the edge display position 702 of above- mentioned information list.In lower-left figure in Figure 21, when at the edge display position 702 that above-mentioned lasting moving contact stops at above- mentioned information list and keeping with touch display screen continuous contact, the mobile display information list being shown in touch display screen on (the short arrow 703 of black in Figure 21) in a first direction, to show the rest part of above- mentioned information list, and respond the attribute information of the alternative objects in the above-mentioned rest part successively shown with touch display screen continuous contact, label (alternative objects mesh 10 arrives alternative objects mesh 12).Here first direction can be along the direction of alternative objects mesh arrangement, such as, it can be the pointing direction of the short arrow 703 of black in Figure 21, it is also possible to the direction perpendicular with the pointing direction of the short arrow 703 of black in Figure 21 (as horizontal leftward or rightward), or can also be the level of Drawing Object in Fig. 7, Fig. 9 and Figure 13 or hang down In line column direction.
Furthermore, in Figure 21, in the step of moving rest part of the above-mentioned display information list to show above- mentioned information list in a first direction, the display information list being shown in touch display screen is moved in a first direction, and show the alternative objects in the rest part of above- mentioned information list one by one.From the lower-left figure in Figure 21 into top right plot, when at the edge display position 702 that above-mentioned lasting moving contact stops at above- mentioned information list and keeping with touch display screen continuous contact, the display information list being shown in touch display screen is moved in a first direction, and show the alternative objects in the rest part of above- mentioned information list one by one (alternative objects mesh 10 arrives alternative objects mesh 12), label alternative objects mesh 10 is to choose, and show the identifier to characterize selected state to the corresponding attribute information of alternative objects mesh 12 one by one.
Other than the mode of the alternative objects in rest part is shown in Figure 21 one by one, when can also move the display information list being shown in touch display screen in a first direction, every time when the mobile rest part for showing information list to show the information list, multiple alternative objects are shown.
Certainly, in the present embodiment, in the step of moving the display information list being shown in touch display screen in a first direction, every time when the mobile one or more alternative objects for showing information list to show the rest part of the information list, in order to allow user that can clearly recognize the mobile corresponding index information of alternative objects mesh shown, then it is of the invention in one embodiment, one section of predetermined amount of time is stopped when movement shows information list every time in a first direction, such as 1-2 seconds, and alternative objects are only shown in the given time, without making marks, it is responded again and touch display screen continuous contact when predetermined amount of time reaches, mark the corresponding attribute information of alternative objects in the rest part of the information list.In the present embodiment while scrolling information list, under a gesture input the subsequent multiple alternative objects mesh shown can sequentially be marked while being marked or marked according to trail change according to the mode referring to shown in above, specifically can refer to related description shown in Figure 12 to Figure 20.
In above-described embodiment, it can be by the way of a gesture input, mark multiple continuous alternative objects, or multiple alternative objects of continued labelling scrolling display, certainly, it, by the gesture input for acquiring different zones, can also be instructed to distinguish the corresponding response of gesture input by the way of subregion setting in the other embodiment of the present invention.
As shown in figure 22, in some embodiments of the invention, there are two divide for setting in touch display screen Area, one is selection region 601, the other is scroll zones 704, selection region is referring to the not repetition of explanation herein of related description above, and scroll zones 704 can be parallel to the display area of selection region 601, it can be display area of the display area in addition to selection region 601 to show information list, or can be including some or all of the message display area domain 603 for recording alternative objects representation manners.In Figure 22, the first part of information list is shown in touch display screen, positioned in touch display screen in scroll zones 704, detect the movement of input object and touch display screen contact 417b, the movement of response contact 417b, the mobile display information list being shown in touch display screen is in second direction (black arrow 703 in Figure 22) to show the rest part in addition to first part of information list.
Second direction in the present embodiment can be the moving direction of contact 417b.Such as, in some of embodiments of the invention, in the step for contacting the movement of 417b in touch display screen in detection, the movement of contact 417b can be detected in the scroll zones being located in touch display screen, according to the moving direction of contact 417b, the mobile display information list being shown in touch display screen is in second direction (black arrow 703 in Figure 22) to show the rest part in addition to first part of information list.It can also be, alternative objects purpose orientation, with above-mentioned first direction.
In some of embodiments of the invention, in the step of above-mentioned rest part in addition to first part for moving the display information list being shown in touch display screen in a second direction to show above- mentioned information list, with movement of the display information list in touch display screen in a second direction, the alternative objects in the rest part of above- mentioned information list are shown one by one, when i.e. movement shows rest part of the information list to show the information list every time, alternative objects are shown one by one；Alternatively, in other embodiments of the invention, the information list that shows in touch display screen is scrolled in a second direction to show the second part of above- mentioned information list, and above-mentioned second part is different from first part.Scrolling display refers to information list with certain speed continuous translation information list, at this point, stopping scrolling display when detecting the gesture input to stop scrolling display.Similarly, in the step of above-mentioned rest part in addition to first part for moving the display information list being shown in touch display screen in a second direction to show above- mentioned information list, it can also be and scroll bar is set in scroll zones, scroll bar is dragged by input object touch-control, to realize the page turning to information list.
As shown in figure 3, each alternative objects 800 are according to property operations type point in touch display screen It is not correspondingly arranged on multiple functionality controls regions；Response sequentially continues moving contact by the way that one of the corresponding multiple functionality controls regions of multiple alternative objects 800 are obtained, and marks the attribute information of the respective attributes action type of multiple alternative objects.Include the enabled state functionality controls region 801 of alternative objects 800 in Fig. 3, can be located in selection region 601, the enabled state functionality controls region 801 in certain Fig. 3 is it can be appreciated that the attribute label display area shown in touch display screen.When input object (such as the finger of people) sequentially by multiple enabled state functionality controls regions 801 when if multiple alternative objects are marked in relation to the attribute of enabled state, such as ON is adjusted to OFF gear.
Shown in Figure 22, it provides one kind, and there are two subregions for setting in touch display screen, one is selection region 601, the other is scroll zones 704, the gesture input for providing two regions respectively is come while realizing the page turning problem of multiple alternative objects purpose batch selections and information list.It is of the invention in one embodiment, as shown in figure 23, a kind of method of the control medical detection system provided, comprising: step S710 to step S750.
In step S710, the first part of information list of the display comprising multiple alternative objects in touch display screen.For details, reference can be made to the descriptions hereinbefore in relation to step S610 to understand information list of the display comprising multiple alternative objects in touch display screen.And under normal conditions, information list not can be completely shown in the same graphic user interface 600, and need Pagination Display, then just needing to show the other parts of information list by page turning or rolling or translation.It is of the invention in one embodiment, above- mentioned information list is shown in touch display screen using form, as shown in Figures 5 to 9.Alternatively, can also be multiple alternative objects random alignments in information list on a graphical user interface, as shown in Figure 10.
In step S720, contact of the input object with touch display screen is detected.Specific detection input object contact with touch display screen can be found in described above, input object and touch display screen contact situation be tracked using related hardware and software module, to judge gesture input type of the input object in touch display screen.Above-mentioned contact include at least with touch display screen directly contact and movement on the spatial position close to touch display screen in one of which.The above-mentioned contact in relation to detecting can be any gesture input being noted above.
In step S730, operating position of the above-mentioned contact in touch display screen is determined.Input object and touch display screen contact position are tracked using related hardware and software module, so that it is determined that above-mentioned contact pair It should be in the operating position in touch display screen.Input object contacts in touch display screen and is corresponding with corresponding operation position, and continuing the operating position sequence that moving contact corresponding one changes over time, the determination in relation to operating position, which can be found in, hereinbefore determines the localization method of input object contact position in relation to constructing rectangular coordinate system using touch display screen.
However in step S740, when aforesaid operations position is located in the selection region in touch display screen, the attribute information corresponding with the associated multiple alternative objects of moving contact are continued in the first part of mark information list in response to lasting moving contact of the input object in selection region.The movement of contact in the present embodiment is the lasting movement of above-mentioned contact while keeping the lasting input of above-mentioned contact in touch display screen, i.e., above-mentioned contact is to continue moving contact, and for details, reference can be made to relevant explanation explanations hereinbefore.
It include: the attribute label display area for being used to show the optional status indication symbol of alternative objects corresponding to each alternative objects in the same graphic user interface in above-mentioned selection region, the length extending direction of above-mentioned selection region is identical as the attribute label orientation of display area.Specifically the explanation in relation to selection region can be found in relevant explanation explanation above, not tired herein to state.
It is of the invention in one embodiment, for detecting in the step of movement that input object contacts with touch display screen, the movement for the contact for meeting predetermined pressure condition that detection input object applies in touch display screen；Also, when aforesaid operations position is located in the selection region in touch display screen, the movement of the above-mentioned contact for meeting predetermined pressure condition in above-mentioned selection region is responded, the optional state of multiple alternative objects is marked.Meet the contact of preset pressure condition by detection to distinguish, single alternative objects are selected according to the single-contact within the scope of usual pressure, multiple alternative objects mesh batch selection functions are entered with the contact according to preset pressure condition is met.
Similarly, relating to how to the lasting moving contact in above-mentioned selection region according to response, to mark the corresponding attribute information of multiple alternative objects, it can be found in the detailed description hereinbefore in relation to step S630, and can be in conjunction with the related text explanation of Figure 14 and Figure 15, Figure 16 (c), Figure 18, Figure 20, Figure 22.
In addition, in step S750, when aforesaid operations position is located in the scroll zones in touch display screen, in response to contact of the input object in the scroll zones movement and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of the information list.
In some of embodiments of the invention, in the step of above-mentioned rest part in addition to first part for moving the display information list being shown in touch display screen in a second direction to show above- mentioned information list, with movement of the display information list in touch display screen in a second direction, the alternative objects in the rest part of above- mentioned information list are shown one by one；When i.e. movement shows rest part of the information list to show the information list every time, alternative objects are shown one by one；Alternatively, in other embodiments of the invention, the information list that shows in touch display screen is scrolled in a second direction to show the second part of above- mentioned information list, and above-mentioned second part is different from first part.Scrolling display refers to information list with certain speed continuous translation information list, at this point, stopping scrolling display when detecting the gesture input to stop scrolling display.Similarly, in the step of above-mentioned rest part in addition to first part for moving the display information list being shown in touch display screen in a second direction to show above- mentioned information list, it can also be and scroll bar is set in scroll zones, scroll bar is dragged by input object touch-control, to realize the page turning to information list.
As shown in figure 22, there are two subregions for setting in touch display screen, one is selection region 601, the other is scroll zones 704, scroll zones 704 can be parallel to the display area of selection region 601, it can be display area of the display area in addition to selection region 601 to show information list, or can be including some or all of the message display area domain 603 for recording alternative objects representation manners.In Figure 22, the first part of information list is shown in touch display screen, positioned in touch display screen in scroll zones 704, detect the movement of input object and touch display screen contact 417b, the movement of response contact 417b, the mobile display information list being shown in touch display screen is in second direction (black arrow 703 in Figure 22) to show the rest part in addition to first part of information list, so that Pagination Display, scrolling display or page turning etc. for carrying out information list based on the contact detection of scroll zones 704 operate.The lasting moving contact 417a of input object and touch display screen is detected in selection region 601, for identifying the instruction for carrying out the batch selection of multiple alternative objects purposes, the instruction is responded and shows that multiple alternative objects mesh are corresponding and choose or non-selected label symbol.
In method of the invention, when needing multiselect, selection area and scrollable area are respectively set in touch display screen.User chooses corresponding alternative objects mesh, and list does not roll when selecting area to slide；And in scrollable area sliding, list rolls, and will not choose corresponding alternative objects mesh.In this way, passing through Touch screen, user can either conveniently realize the selection of alternative objects purpose, can also conveniently realize the rolling of list.Operation is very easy by user, greatly improves user experience.
It certainly, can also include step S711 before step S710, control medical inspection device detects test object to obtain medical detection data.Here test object can be the institutional framework of any one or more living bodies or non-living body.
The shape of selection region 601 and scroll zones 704, size, position can (for example, position of list, length, width, the integral layout of each element etc. for touching screen display) flexible settings according to the actual situation.In addition the detail of the method and step in Figure 23 also can be found in related description above, be not repeated herein.
Based on the above method, a kind of medical detection system is additionally provided in the embodiment of the present invention, comprising:
Test object is detected for controlling medical inspection device to obtain the module of medical detection data；
For showing the module of multiple alternative objects in touch display screen, wherein multiple alternative objects are used to be associated operation with medical detection data or medical inspection device；
For detecting the module of the lasting moving contact of input object and touch display screen；
For respond it is described continue moving contact and mark with the module for continuing the corresponding attribute information of the associated multiple alternative objects of moving contact, wherein the attribute information includes two kinds of optional and reciprocal states.
Above-mentioned medical detection system is used to execute the step S611 to step S630 in Fig. 4, therefore modules therein are according to hereinbefore in relation to step S611 to the detailed description of step S630, it will specifically include and be used to execute step S611 respectively, step S610, the module or unit of subdivided step or refinement step in step S620 and step S630 in each specific embodiment, to simplify explanation, referring in particular to hereinbefore in relation to step S610, explanation in step S620 and step S630, and it is preposition in " being used for " in each step with this, it is placed in step tail " module or unit ", for obtaining the sub-structure of the modules of medical detection system in the present embodiment.
In addition, additionally providing a kind of medical detection system in one embodiment in of the invention comprising:
Test object is detected for controlling medical inspection device to obtain the module of medical detection data；
For the module of the first part of information list of the display comprising multiple alternative objects in touch display screen, multiple alternative objects are used to be associated operation with medical detection data or medical inspection device；
For detecting the module of input object with the contact of the touch display screen；
For determining the module of operating position of the contact in the touch display screen,
In the first part for marking the information list for when the operating position is located in the selection region in touch display screen, responding lasting moving contact of the input object in the selection region with the module for continuing the corresponding attribute information of the associated multiple alternative objects of moving contact；
The display information list being shown in touch display screen is moved for when the operating position is located in the scroll zones in touch display screen, responding the movement of the contact of the input object in the scroll zones to show at least part of module of the rest part in addition to first part of the information list.
The above-mentioned control system for the electronic equipment with touch display screen is used to execute the step S711 to step S750 in Figure 23, therefore modules therein are according to hereinbefore in relation to step S711 to the detailed description of step S750, it will specifically include and be used to execute the module or unit of subdivided step or refinement step of the step S711 into step S750 in each specific embodiment respectively, to simplify explanation, referring in particular to the explanation hereinbefore in relation to step S711 into step S750, and it is preposition in " being used for " in each step with this, it is placed in step tail " module or unit ", for obtaining the sub-structure in the present embodiment for the modules of the control system of the electronic equipment with touch display screen.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment method can be realized by means of software and necessary general hardware platform, it can certainly the former be more preferably embodiment by hardware, but in many cases.Based on this understanding, substantially the part that contributes to existing technology can be embodied in the form of software products technical solution of the present invention in other words, the computer software product is carried in a non-volatile computer readable storage medium (such as ROM, magnetic disk, CD, server cloud space), it uses including some instructions so that a terminal device (can be mobile phone, computer, server or the network equipment etc.) execute the system structure and method of each embodiment of the present invention.
Based on hardware structure shown in FIG. 1, the present invention is based on the above methods and system to additionally provide a kind of use In the electronic equipment (such as medical detection system) for having touch display screen, comprising: touch display screen 130；Memory 200；One or more processors, etc. hardware, the connection relationship and communication modes between them are referring to described previously.Memory 160 stores one or more software programs, module program, module and the data structure or their subset similar with data structure.One or more processors realize method shown in Fig. 4 or Figure 23 by program, module and the data structure or their subset for calling software program, the module of memory 160 similar with data structure respectively, show information list in touch display screen 130 and show the attribute information of alternative objects.Certainly program, module and the data structure or their subset that memory 160 can also store not in Fig. 1 or software program embody in Fig. 4, Figure 23 or label, module are similar with data structure.
It can store in one or more aforementioned memories in Fig. 4 for executing each of each unit or module of each step, and it is respectively used to realize in above-described embodiment in the control system for the electronic equipment with touch display screen of Fig. 4 or Figure 23, it wherein include the instruction set that each is used to execute corresponding steps in the above method in each functional module, above-mentioned module or program (i.e. instruction set) are limited to discrete software program when not needing, process or module, therefore, it can combine or rearrange in various embodiments each sub-block of these modules, therefore, memory 160 can store the subset of module or data structure as described above in some embodiments of the invention.
To realize control method described in Fig. 4, above-mentioned processor can be used for calling the instruction stored in memory, and it executes and shows multiple alternative objects in touch display screen, detect the lasting moving contact of input object and touch display screen, and described the step of continuing moving contact and marking attribute information corresponding with the associated multiple alternative objects of moving contact are continued is responded, wherein the attribute information includes two kinds of optional and reciprocal states.Concrete methods of realizing in relation to processor can be found in the relevant explanation explanation of each step in hereinbefore correlation Fig. 4.
To realize control method described in Figure 23, above-mentioned processor can be used for calling the instruction stored in memory, and execute the first part of information list of the display comprising multiple alternative objects in touch display screen, detect contact of the input object with touch display screen, determine that the contact corresponds to the operating position in touch display screen, when the operating position is located in the selection region in touch display screen, in response to lasting moving contact of the input object in selection region in the first part of mark information list with continue moving contact The corresponding attribute information of associated multiple alternative objects；When operating position is located in the scroll zones in touch display screen, in response to contact of the input object in scroll zones movement and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of information list.Concrete methods of realizing in relation to processor can be found in the relevant explanation explanation of each step in hereinbefore correlation Figure 23.
Furthermore, a kind of medical detection system with touch display screen is additionally provided in the embodiment of the present invention, such as shown in Fig. 1, medical inspection device includes: supersonic detection device, and supersonic detection device emits ultrasonic wave to the test object by probe, receives ultrasonic echo and obtains ultrasound image data as medical detection data.Supersonic detection device (referring to detailed description above) and the previously described electronic equipment (such as medical detection system) with touch display screen, supersonic detection device 300 and electronic equipment pass through wirelessly or non-wirelessly signal communication.
Therefore, it is of the invention in one embodiment, medical detection system may include: memory 160, touch display screen 130 and medical inspection device, it can be used for obtaining medical detection data with medical inspection device, the supersonic detection device of example as shown in figure 1 can be used for after emitting ultrasonic wave to test object by probe obtaining ultrasound image data as above-mentioned medical detection data, and the specific implementation in relation to supersonic detection device, memory 160, touch display screen 130 can be found in related description above.In addition, can also include: data processing module and control module in the medical detection system.Data processing module is for handling the medical detection data, generate multiple alternative objects that operation is associated with the medical detection data, such as, data processing module can handle the ultrasound image data in Fig. 1, generate multiple alternative objects that operation is associated with ultrasound image data, multiple alternative objects can be correspondingly arranged with the concordance list for recording or being associated with the ultrasonic medical data, and display can operate the concordance list control object of control in touch display screen, it include multiple alternative objects in the concordance list, the corresponding ultrasonic medical detection data of each alternative objects.Ultrasonic medical detection data mentioned above includes the medical detection data for recording ultrasonic testing results, its medical detection data for can be ultrasound image data, having access to or input according to the demands such as having access to, editing, modify for user according to the detected parameter detecting data of ultrasound image (for example, the institutional frameworks such as skull major diameter size, position), configuration parameter in relation to ultrasonic imaging etc..User can be facilitated to check or have access to by establishing concordance list, the mode of establishing of concordance list can be according to patient Name, number, organization name, date etc. information, by showing concordance list in touch display screen, it can be by selecting the alternative objects wherein shown to enter associated ultrasonic medical treatment detection data display interface, concordance list can be considered as first class catalogue list, such as, information list records patient's name, the inventories such as number, it so can be by selecting one or more patient's names, (each names such as number, a corresponding alternative objects such as number), it enters under corresponding ultrasonic medical detection data read interface, or under the comparison display interface of the ultrasonic medical detection data of multiple patients.Also for example, the index information of information list directly displays the related content of ultrasonic medical detection data, want to understand in the associated ultrasonic medical treatment detection data of details so that user can be directly targeted to it.The processing mentioned in the present embodiment ultrasound image data is intended to store ultrasound image, establishes the index information of retrieval or search.Certainly, it is also required to obtain index information based on electronic apparatus system framework shown in FIG. 1 by inputting related patient's name, patient number, organization name, date etc. from touch display screen, establish concordance list herein.
Control module in touch display screen for showing the multiple alternative objects, the lasting moving contact of input object and touch display screen is detected, and is responded and described continued moving contact and mark attribute information corresponding with the persistently associated multiple alternative objects of moving contact.Its corresponding function is realized in conjunction with the software modules such as the gesture detection module, touch display screen and its controller provided in Fig. 1 or hardware configuration in control module.
Control module in the present embodiment can be used to implement control method described in Fig. 4, and concrete methods of realizing can be found in the relevant explanation explanation of each step in hereinbefore correlation Fig. 4.It can be multiple processors or single processor in above-mentioned multiple devices to complete, and it combines hereinbefore in relation to the explanation of Fig. 1, the purpose for realizing multiple alternative objects batch selections in the present invention by single gesture input can be realized in the system architecture based on above-mentioned software layer on the basis of related hardware layer architecture.
And in another embodiment of the present invention, data processing module generates the information list of multiple alternative objects comprising being associated operation with the medical detection data for handling the medical detection data.Control module, first part for information list of the display comprising multiple alternative objects in touch display screen, detect contact of the input object with touch display screen, determine that the contact corresponds to the operating position in touch display screen, when the operating position is located in the selection region in touch display screen, in response to lasting moving contact of the input object in selection region in the first part of mark information list with it is lasting mobile Contact the corresponding attribute information of associated multiple alternative objects；When operating position is located in the scroll zones in touch display screen, in response to contact of the input object in scroll zones movement and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of information list.
Its corresponding function is realized in conjunction with the software modules such as the gesture detection module, touch display screen and its controller provided in Fig. 1 or hardware configuration in control module.Control module in the present embodiment can be used to implement control method described in Figure 23, and concrete methods of realizing can be found in the relevant explanation explanation of each step in hereinbefore correlation Figure 23.It can be multiple processors or single processor in above-mentioned multiple systems to complete, and it combines hereinbefore in relation to the explanation of Fig. 1, the purpose for realizing multiple alternative objects batch selections in the present invention by single gesture input can be realized in the system architecture based on above-mentioned software layer on the basis of related hardware layer architecture.
Above-mentioned control module and data processing module in above-described embodiment, can be respectively set, and can also unify to be arranged, for example, as shown in Figure 1, the one or more that can be based respectively on processor main board on different autonomous devices deals with completion.Data processing module can be realized that control module can be realized by another mainboard by a mainboard.For another example, the one or more processors that are arranged in same mainboard can be based respectively on to complete.Touch display screen can merge with medical inspection device in Fig. 1, can also be separately positioned with medical inspection device.On the medical inspection device of independent included touch display screen, the mainboard 110 in Fig. 1 can integrate with mainboard 306 together with obtain one and integrate the processor that multiple functions execute, then data processing module and control module can be realized by the processor.
Control module and data processing module can be realized based on the processor 110 in Fig. 1 in above-mentioned each implementation, and obtain corresponding program module, instruction set etc. by computer program, and storage is in memory.It is not described in detail herein, in combination with hereinbefore in relation to the specific descriptions in Fig. 1.
Information list in above-mentioned each embodiment can be concordance list, but not limit only concordance list, can also be the information list of extended formatting storage.And the ranks number of above-mentioned concordance list can be defined freely according to the actual situation, for example can be the column of a line one or multiple lines and multiple rows etc. form.
Technology of the invention is related to the electronic equipment with touch display screen, in particular to has the ultrasonic detection equipment of touch display screen, more particularly to realize the reality of list alternative objects selection function in touch display screen Existing technology further relates to the realization that the batch selection function in relation to ultrasonic medical detection data is realized in the ultrasonic detection equipment with touch display screen.
Above embodiments only express several embodiments, and the description thereof is more specific and detailed, and but it cannot be understood as limitations on the scope of the patent of the present invention.It should be pointed out that for those of ordinary skill in the art, without departing from the inventive concept of the premise, various modifications and improvements can be made, and these are all within the scope of protection of the present invention.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.

Claims (48)

  1. A kind of medical detection system, which is characterized in that the system comprises:
    Touch display screen；
    Medical inspection device, the medical inspection device detect test object to obtain medical detection data；
    Data processing module, the data processing module generate multiple alternative objects that operation is associated with the medical detection data or the medical inspection device；And
    Control module, the control module shows the multiple alternative objects in touch display screen, the lasting moving contact of input object and touch display screen is detected, and is responded and described continued moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described.
  2. Medical detection system according to claim 1, which is characterized in that the attribute information includes two kinds of optional and reciprocal states.
  3. Medical detection system according to claim 1, it is characterized in that, the medical inspection device includes: supersonic detection device, and the supersonic detection device emits ultrasonic wave to the test object by probe, receives ultrasonic echo and obtains ultrasound image data as the medical detection data.
  4. Medical detection system according to claim 1, which is characterized in that the multiple alternative objects are shown in touch display screen using form or matrix arrangement mode.
  5. Medical detection system according to claim 1, which is characterized in that the control module detects the lasting moving contact of input object and touch display screen one of in the following manner:
    The lasting moving contact of input object and touch display screen is detected in the selection region set in touch display screen；
    The lasting moving contact in predetermined pressure range that detection input object applies in touch display screen；With,
    In the selection region set in touch display screen, the lasting moving contact in the predetermined pressure range that input object applies in touch display screen is detected.
  6. Medical detection system according to claim 1, which is characterized in that the control module responds the moving contact that continues and generates the label symbol for corresponding to the attribute information, and shows in described touch Show the label symbol with the corresponding position for continuing the associated multiple alternative objects of moving contact in display screen, to mark attribute information corresponding with the associated multiple alternative objects of the persistently moving contact.
  7. Medical detection system according to claim 2, it is characterized in that, the control module, which responds the moving contact that continues, to be the optional state opposite with the current optional state with the current optional status indication for continuing the corresponding attribute information of the associated multiple alternative objects of moving contact.
  8. Medical detection system according to claim 1, which is characterized in that the control module responds one of in the following manner described to be continued moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described:
    The lasting moving contact on first movement direction is responded, a kind of optional state of the attribute information is marked, the lasting moving contact on the second moving direction is responded, marks the attribute information corresponding and a kind of optional state that optional state is opposite；
    It responds and continues moving contact described in odd-times, mark a kind of optional state of the attribute information, respond and continue moving contact described in even-times, mark the attribute information corresponding and a kind of optional state that optional state is opposite；
    Respond the initial motion track for continuing moving contact, mark a kind of optional state of the attribute information, the movement for continuing moving contact and deviateing the motion profile in the process is responded, marks the attribute information corresponding and a kind of optional state that optional state is opposite；With,
    When the lasting moving contact is located in the selection region set in touch display screen, mark a kind of optional state of the attribute information, when the lasting moving contact is located at outside the selection region set in touch display screen, mark the attribute information corresponding and a kind of optional state that optional state is opposite.
  9. Medical detection system according to claim 8, which is characterized in that the first movement direction is opposite with second moving direction.
  10. Medical detection system according to claim 1, which is characterized in that multiple alternative objects associated with the persistently moving contact include at least following one:
    Sensitizing range be located at it is described continue moving contact operating position be refer to preset range or pre-determined distance within alternative objects；With
    The motion profile of the continuous contact across the corresponding alternative objects in sensitizing range.
  11. Medical detection system according to claim 1, which is characterized in that the control module responds one of in the following manner described to be continued moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described:
    Along the direction of motion for continuing moving contact, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling；
    Simultaneously mark it is described continue moving contact motion profile across the corresponding attribute information of all alternative objects；With,
    According to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across the multiple alternative objects in the corresponding attribute information of part alternative objects.
  12. Medical detection system according to claim 11, it is characterized in that, the control module be accomplished by the following way it is described change according to the motion profile for continuing moving contact, continue described in skip flag the motion profile of moving contact across multiple alternative objects in the corresponding attribute information of part alternative objects:
    Along it is described continue moving contact initial track moving direction, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling, or mark simultaneously the initial track across the corresponding attribute information of all alternative objects；
    When returning the initial track again after the lasting moving contact deviates the initial track, response returns the lasting moving contact after the initial track, marks the corresponding attribute information of multiple alternative objects.
  13. Medical detection system according to claim 1, which is characterized in that the multiple alternative objects are located in an information list, and a part of the information list is shown in the touch display screen；And, the control module is also used to monitor whether the lasting moving contact is moved at the display position at the information list edge, when at the edge display position that the lasting moving contact stops at the information list and keeping with touch display screen continuous contact, it moves the display information list being shown in touch display screen in a first direction to show the rest part of the information list, and marks the corresponding attribute information of alternative objects in the rest part.
  14. Medical detection system according to claim 13, which is characterized in that described in first party The display information list that is shown in touch display screen is moved up to show the rest part of the information list further include: in a first direction every time mobile display information list when stop one section of predetermined amount of time, it responds described and touch display screen continuous contact again when predetermined amount of time reaches, marks the corresponding attribute information of alternative objects in the rest part.
  15. Medical detection system according to claim 1, it is characterized in that, it further include the scroll zones of setting in the touch display screen, the multiple alternative objects are located in an information list, and the data processing module shows the first part of information list in the touch display screen；The control module is also:
    Contact movement the scroll zones in of the input object with touch display screen is detected,
    Respond the movement of the contact in the scroll zones, the mobile display information list being shown in touch display screen is to show at least part of the rest part in addition to first part of the information list.
  16. Medical detection system according to claim 1, which is characterized in that in the touch display screen, each alternative objects are respectively corresponded according to property operations type is provided with multiple functionality controls regions；The control module response sequentially continues moving contact by the way that one of the corresponding multiple functionality controls regions of the multiple alternative objects are obtained, and marks the attribute information of the respective attributes action type of the multiple alternative objects.
  17. A method of control medical detection system, the medical detection system includes medical inspection device, which comprises
    Control medical inspection device detects test object to obtain medical detection data；
    Show that multiple alternative objects, the multiple alternative objects are used to be associated operation with the medical detection data or the medical inspection device in touch display screen；
    Detect the lasting moving contact of input object and touch display screen；
    It responds and described continue moving contact and mark and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described.
  18. According to the method for claim 17, which is characterized in that the multiple alternative objects are shown in touch display screen using form or matrix arrangement mode.
  19. According to the method for claim 17, which is characterized in that detection input object and touch are aobvious The lasting moving contact of display screen one of includes the following steps:
    The lasting moving contact of input object and touch display screen is detected in the selection region set in touch display screen；
    The lasting moving contact in predetermined pressure range that detection input object applies in touch display screen；With,
    In the selection region set in touch display screen, the lasting moving contact in the predetermined pressure range that input object applies in touch display screen is detected.
  20. According to the method for claim 17, which is characterized in that the response is described to be continued moving contact and mark and include: with the corresponding attribute information of the associated multiple alternative objects of moving contact that continues
    It responds the moving contact that continues and generates the label symbol for corresponding to the attribute information, and show the label symbol with the corresponding position for continuing the associated multiple alternative objects of moving contact in the touch display screen, to mark attribute information corresponding with the associated multiple alternative objects of the persistently moving contact.
  21. According to the method for claim 17, it is characterized in that, the response is described to be continued moving contact and marks and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described to include: that response is described continue moving contact, and will be the optional state opposite with the current optional state with the current optional status indication for continuing the corresponding attribute information of the associated multiple alternative objects of moving contact.
  22. According to the method for claim 17, which is characterized in that the response is described to be continued moving contact and mark and one of at least include the following steps with the corresponding attribute information of the associated multiple alternative objects of moving contact that continues:
    The lasting moving contact of the response on first movement direction, mark a kind of optional state of the attribute information, the lasting moving contact of the response on the second moving direction, marks the attribute information corresponding and a kind of optional state that optional state is opposite；
    It responds and continues moving contact described in odd-times, mark a kind of optional state of the attribute information, respond and continue moving contact described in even-times, mark the attribute information corresponding and a kind of optional state that optional state is opposite；
    Respond the initial motion track for continuing moving contact, mark a kind of optional state of the attribute information, the movement for continuing moving contact and deviateing the motion profile in the process is responded, marks the attribute information corresponding and a kind of optional state that optional state is opposite；With,
    When the lasting moving contact is located in the selection region set in touch display screen, mark a kind of optional state of the attribute information, when the lasting moving contact is located at outside the selection region set in touch display screen, mark the attribute information corresponding and a kind of optional state that optional state is opposite.
  23. According to the method for claim 22, which is characterized in that the first movement direction is opposite with second moving direction.
  24. According to the method for claim 17, which is characterized in that multiple alternative objects associated with the persistently moving contact include at least following one:
    Sensitizing range be located at it is described continue moving contact operating position be refer to preset range or pre-determined distance within alternative objects；With
    The motion profile of the continuous contact across the corresponding alternative objects in sensitizing range.
  25. According to the method for claim 17, which is characterized in that the response is described to continue moving contact to mark and one of at least include the following steps with the corresponding attribute information of the associated multiple alternative objects of moving contact that continues:
    Along the direction of motion for continuing moving contact, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling；
    Simultaneously mark it is described continue moving contact motion profile across the corresponding attribute information of all alternative objects；With,
    According to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across the corresponding attribute information of the multiple alternative objects.
  26. According to the method for claim 25, it is characterized in that, according to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across multiple alternative objects in part alternative objects corresponding attribute information the step of in, comprising:
    Along the moving direction of the initial track for continuing moving contact, sequentially continued labelling is multiple alternative right As corresponding attribute information, or mark simultaneously the initial track across the corresponding attribute information of all alternative objects；
    When returning the initial track again after the lasting moving contact deviates the initial track, response returns the lasting moving contact after the initial track, marks the corresponding attribute information of multiple alternative objects.
  27. According to the method for claim 17, which is characterized in that the multiple alternative objects are located in an information list, described in the step of showing multiple alternative objects in touch display screen, and a part of the information list is shown in the touch display screen；And in the method further include:
    Monitor whether the lasting moving contact is moved at the display position at the information list edge, wherein
    When at the edge display position that the lasting moving contact stops at the information list and keeping with touch display screen continuous contact, it moves the display information list being shown in touch display screen in a first direction to show the rest part of the information list, and marks the corresponding attribute information of alternative objects in the rest part.
  28. According to the method for claim 27, it is characterized in that, it is described to move the display information list that is shown in touch display screen in a first direction to show the rest part of the information list further include: in a first direction every time mobile display information list when stop one section of predetermined amount of time, it responds described and touch display screen continuous contact again when predetermined amount of time reaches, marks the corresponding attribute information of alternative objects in the rest part.
  29. According to the method for claim 17, it is characterized in that, it further include the scroll zones of setting in the touch display screen, the multiple alternative objects are located in an information list, it is described in the step of showing multiple alternative objects in touch display screen, the first part of information list is shown in the touch display screen；The method also includes:
    Contact movement the scroll zones in of the input object with touch display screen is detected,
    Respond the movement of the contact in the scroll zones, the mobile display information list being shown in touch display screen is to show at least part of the rest part in addition to first part of the information list.
  30. According to the method for claim 17, which is characterized in that in the touch display screen, each alternative objects are respectively corresponded according to property operations type is provided with multiple functionality controls regions；The side In method, response sequentially continues moving contact by the way that one of the corresponding multiple functionality controls regions of the multiple alternative objects are obtained, and marks the attribute information of the respective attributes action type of the multiple alternative objects.
  31. A method of control medical detection system, the medical detection system includes touch display screen and medical inspection device, and the touch display screen includes selection region and scroll zones, which comprises
    Control medical inspection device detects test object to obtain medical detection data；
    The first part of information list of the display comprising multiple alternative objects in touch display screen, the multiple alternative objects are used to be associated operation with the medical detection data or the medical inspection device；
    Detect the contact of input object and the touch display screen；
    Determine operating position of the contact in the touch display screen,
    When the operating position is located in the selection region in touch display screen, respond lasting moving contact of the input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact；
    When the operating position is located in the scroll zones in touch display screen, respond the movement of the contact of the input object in the scroll zones and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of the information list.
  32. According to the method for claim 31, which is characterized in that multiple alternative objects in the information list are shown in touch display screen using form or matrix form.
  33. According to the method for claim 31, it is characterized in that, lasting moving contact of the response input object in the selection region and mark the information list first part in the corresponding attribute information of the associated multiple alternative objects of moving contact that continues include:
    It responds the moving contact that continues and generates the label symbol for corresponding to the attribute information, and show the label symbol with the corresponding position for continuing the associated multiple alternative objects of moving contact in the first part of the information list in the touch display screen, attribute information corresponding with the associated multiple alternative objects of the persistently moving contact in the first part to mark the information list.
  34. According to the method for claim 31, which is characterized in that the response input object Lasting moving contact in the selection region and mark in the first part of the information list and continue the corresponding attribute information of the associated multiple alternative objects of moving contact with described to include: that response is described continue moving contact and be the optional state opposite with the current optional state by the current optional status indication of the attribute information.
  35. According to the method for claim 31, it is characterized in that, lasting moving contact of the response input object in the selection region and mark the information list first part in one of at least included the following steps with the corresponding attribute information of the associated multiple alternative objects of moving contact that continues:
    The lasting moving contact of the response on first movement direction, mark a kind of optional state of the attribute information, the lasting moving contact of the response on the second moving direction, marks the attribute information corresponding and a kind of optional state that optional state is opposite；
    It responds and continues moving contact described in odd-times, mark a kind of optional state of the attribute information, respond and continue moving contact described in even-times, mark the attribute information corresponding and a kind of optional state that optional state is opposite；
    Respond the initial motion track for continuing moving contact, mark a kind of optional state of the attribute information, the movement for continuing moving contact and deviateing the motion profile in the process is responded, marks the attribute information corresponding and a kind of optional state that optional state is opposite；With,
    When the lasting moving contact is located in the selection region set in touch display screen, mark a kind of optional state of the attribute information, when the lasting moving contact is located at outside the selection region set in touch display screen, mark the attribute information corresponding and a kind of optional state that optional state is opposite.
  36. According to the method for claim 35, which is characterized in that the first movement direction is opposite with second moving direction.
  37. According to the method for claim 31, which is characterized in that multiple alternative objects associated with the persistently moving contact include at least following one:
    Sensitizing range be located at it is described continue moving contact operating position be refer to preset range or pre-determined distance within alternative objects；Alternatively,
    The motion profile of the continuous contact across the corresponding alternative objects in sensitizing range.
  38. According to the method for claim 31, it is characterized in that, lasting moving contact of the response input object in the selection region and mark the information list first part in one of at least included the following steps with the corresponding attribute information of the associated multiple alternative objects of moving contact that continues:
    Along the direction of motion for continuing moving contact, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling；
    Simultaneously mark it is described continue moving contact motion profile across the corresponding attribute information of all alternative objects；With,
    According to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across multiple alternative objects in the corresponding attribute information of part alternative objects.
  39. According to the method for claim 38, it is characterized in that, according to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across multiple alternative objects in part alternative objects corresponding attribute information the step of in, comprising:
    Along it is described continue moving contact initial track moving direction, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling, or mark simultaneously the initial track across the corresponding attribute information of all alternative objects；
    When returning the initial track again after the lasting moving contact deviates the initial track, response returns the lasting moving contact after the initial track, label attribute information corresponding with the associated multiple alternative objects of the lasting moving contact after the initial track are returned.
  40. A kind of medical detection system, which is characterized in that the system comprises:
    Touch display screen；
    Medical inspection device, the medical inspection device detect test object to obtain medical detection data；
    Data processing module, the data processing module generate the information list of multiple alternative objects comprising being associated operation with the medical detection data or the medical inspection device；And
    Control module, the control module show the first part of the information list in touch display screen, detect contact of the input object with touch display screen, determine behaviour of the contact in the touch display screen Make position, and when the operating position is located in the selection region in touch display screen, respond lasting moving contact of the input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact, when the operating position is located in the scroll zones in touch display screen, respond the movement of the contact of the input object in the scroll zones and the mobile display information list being shown in touch display screen to show at least part of the rest part in addition to first part of the information list.
  41. Medical detection system according to claim 40, it is characterized in that, the medical inspection device includes: supersonic detection device, and the supersonic detection device obtains ultrasound image data as the medical detection data after emitting ultrasonic wave to the test object by probe, receive ultrasonic echo simultaneously.
  42. Medical detection system according to claim 40, it is characterized in that, the control module responds the moving contact that continues and generates the label symbol for corresponding to the attribute information, and show the label symbol with the corresponding position for continuing the associated multiple alternative objects of moving contact in the first part of the information list in the touch display screen, attribute information corresponding with the associated multiple alternative objects of the persistently moving contact in the first part to mark the information list.
  43. Medical detection system according to claim 40, continue moving contact it is characterized in that, the control module responds described in the selection region of the input object and be the optional state opposite with the current optional state by the current optional status indication of the attribute information.
  44. Medical detection system according to claim 40, it is characterized in that, the control module one of in the following manner lasting moving contact of the response input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact:
    The lasting moving contact of the response on first movement direction, mark a kind of optional state of the attribute information, the lasting moving contact of the response on the second moving direction, marks the attribute information corresponding and a kind of optional state that optional state is opposite；
    It responds and continues moving contact described in odd-times, mark a kind of optional state of the attribute information, respond and continue moving contact described in even-times, mark the attribute information corresponding and a kind of optional state that optional state is opposite；
    Respond the initial motion track for continuing moving contact, mark a kind of optional state of the attribute information, the movement for continuing moving contact and deviateing the motion profile in the process is responded, marks the attribute information corresponding and a kind of optional state that optional state is opposite；With,
    When the lasting moving contact is located in the selection region set in touch display screen, mark a kind of optional state of the attribute information, when the lasting moving contact is located at outside the selection region set in touch display screen, mark the attribute information corresponding and a kind of optional state that optional state is opposite.
  45. Medical detection system according to claim 44, which is characterized in that the first movement direction is opposite with second moving direction.
  46. Medical detection system according to claim 40, which is characterized in that multiple alternative objects associated with the persistently moving contact include at least following one:
    Sensitizing range be located at it is described continue moving contact operating position be refer to preset range or pre-determined distance within alternative objects；Alternatively,
    The motion profile of the continuous contact across the corresponding alternative objects in sensitizing range.
  47. Medical detection system according to claim 40, it is characterized in that, the control module one of in the following manner lasting moving contact of the response input object in the selection region and mark the information list first part in described continue the corresponding attribute information of the associated multiple alternative objects of moving contact:
    Along the direction of motion for continuing moving contact, the corresponding attribute information of the multiple alternative objects of sequentially continued labelling；
    Simultaneously mark it is described continue moving contact motion profile across the corresponding attribute information of all alternative objects；With,
    According to the motion profile variation for continuing moving contact, continue described in skip flag the motion profile of moving contact across multiple alternative objects in the corresponding attribute information of part alternative objects.
  48. Medical detection system according to claim 47, it is characterized in that, the control module along it is described continue moving contact initial track the corresponding attribute information of the multiple alternative objects of moving direction sequentially continued labelling, or mark simultaneously the initial track across the corresponding attribute of all alternative objects Information；And when returning the initial track again after the lasting moving contact deviates the initial track, response returns the lasting moving contact after the initial track, label attribute information corresponding with the associated multiple alternative objects of the lasting moving contact after the initial track are returned.
CN201680041178.8A 2016-05-06 2016-05-06 Medical detection system and control method thereof Active CN107850832B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/CN2016/081338 WO2017190360A1 (en) 2016-05-06 2016-05-06 Medical detection system and control method therefor

Publications (2)

Publication Number Publication Date
CN107850832A true CN107850832A (en) 2018-03-27
CN107850832B CN107850832B (en) 2020-11-10

Family

ID=60202791

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201680041178.8A Active CN107850832B (en) 2016-05-06 2016-05-06 Medical detection system and control method thereof

Country Status (2)

Country Link
CN (1) CN107850832B (en)
WO (1) WO2017190360A1 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113741300A (en) * 2021-09-13 2021-12-03 中国科学院深圳先进技术研究院 Information marking system

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112967796A (en) * 2019-12-13 2021-06-15 深圳迈瑞生物医疗电子股份有限公司 Non-contact control method and device for in-vitro diagnostic equipment and storage medium

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102023749A (en) * 2010-12-02 2011-04-20 广东宝莱特医用科技股份有限公司 Area dragging treating method of list type control on touch screen interface of medical equipment
CN103313650A (en) * 2010-11-11 2013-09-18 卓尔医学产品公司 Acute care treatment systems dashboard
JP2014199572A (en) * 2013-03-29 2014-10-23 パナソニックヘルスケア株式会社 Data communication device, and program
CN105335091A (en) * 2015-11-11 2016-02-17 百度在线网络技术（北京）有限公司 Method and device for selecting files

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011028635A (en) * 2009-07-28 2011-02-10 Sony Corp Display control apparatus, display control method and computer program
CN103890695B (en) * 2011-08-11 2017-10-13 视力移动技术有限公司 Interface system and method based on gesture
CN102662573B (en) * 2012-03-24 2016-04-27 上海量明科技发展有限公司 By pressing the method and terminal that obtain options
US10667790B2 (en) * 2012-03-26 2020-06-02 Teratech Corporation Tablet ultrasound system

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103313650A (en) * 2010-11-11 2013-09-18 卓尔医学产品公司 Acute care treatment systems dashboard
CN102023749A (en) * 2010-12-02 2011-04-20 广东宝莱特医用科技股份有限公司 Area dragging treating method of list type control on touch screen interface of medical equipment
JP2014199572A (en) * 2013-03-29 2014-10-23 パナソニックヘルスケア株式会社 Data communication device, and program
CN105335091A (en) * 2015-11-11 2016-02-17 百度在线网络技术（北京）有限公司 Method and device for selecting files

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113741300A (en) * 2021-09-13 2021-12-03 中国科学院深圳先进技术研究院 Information marking system

Also Published As

Publication number Publication date
CN107850832B (en) 2020-11-10
WO2017190360A1 (en) 2017-11-09

Similar Documents

Publication Publication Date Title
US11782511B2 (en) Tactile glove for human-computer interaction
CN104042236B (en) The method of duplicating image and ultrasonic device used thereof are provided
CN104838337B (en) It is inputted for the no touch of user interface
CN104750406B (en) Monitoring equipment and display interface layout adjusting method and device thereof
KR101712757B1 (en) Twin-monitor electronic display system comprising slide potentiometers
CN107646101A (en) Medical image display device and the method that user interface is provided
CN101278251B (en) Interactive large scale touch surface system
CN100447723C (en) Controller involving manipulation of virtual objects on a multi-contact touch screen
CN103505241B (en) With the system and method that ultrasonic system is mutual
CN101179997B (en) Stylus-aided touchscreen control of ultrasound imaging devices
CN103513920A (en) Systems and methods for interfacing with ultrasound system
CN109791468A (en) User interface for both hands control
Datcu et al. On the usability and effectiveness of different interaction types in augmented reality
CN107831991A (en) For determining the equipment, method and the graphic user interface that are rolling or selection content
CN109346158A (en) Ultrasonic image processing method, computer equipment and readable storage medium storing program for executing
KR20150022536A (en) Method and apparatus for providing user interface of medical diagnostic apparatus
KR20160044401A (en) Method and ultrasound apparatus for providing information using a plurality of display
CN109069108A (en) Ultrasound medicine detection device, transfer control method and imaging system and terminal
Lou et al. Effects of user’s hand orientation and spatial movements on free hand interactions with large displays
CN107850832A (en) A kind of medical detection system and its control method
Li et al. Improving the user engagement in large display using distance-driven adaptive interface
CN106484175B (en) The user interface of electronic equipment, the processing method of input and electronic equipment
Malik An exploration of multi-finger interaction on multi-touch surfaces
CN100362454C (en) Interaction-based computer interfacing method and device
US20100125196A1 (en) Ultrasonic Diagnostic Apparatus And Method For Generating Commands In Ultrasonic Diagnostic Apparatus

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant