CN105796129B - Portable computer device and the method for showing its image sequence - Google Patents

Portable computer device and the method for showing its image sequence Download PDF

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Publication number
CN105796129B
CN105796129B CN201610119260.XA CN201610119260A CN105796129B CN 105796129 B CN105796129 B CN 105796129B CN 201610119260 A CN201610119260 A CN 201610119260A CN 105796129 B CN105796129 B CN 105796129B
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display screen
display
series
mark
images
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CN105796129A (en
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理查德·亨德森
肖恩·墨菲
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Edan Instruments Inc
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Edan Instruments Inc
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
    • G06F3/1423—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
    • G06F3/147—Digital output to display device ; Cooperation and interconnection of the display device with other functional units using display panels
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T13/00—Animation
    • G06T13/80—2D [Two Dimensional] animation, e.g. using sprites
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G5/00—Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators
    • G09G5/14—Display of multiple viewports
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G5/00—Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators
    • G09G5/36—Control arrangements or circuits for visual indicators common to cathode-ray tube indicators and other visual indicators characterised by the display of a graphic pattern, e.g. using an all-points-addressable [APA] memory
    • G09G5/39—Control of the bit-mapped memory
    • G09G5/395—Arrangements specially adapted for transferring the contents of the bit-mapped memory to the screen

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Computer Hardware Design (AREA)
  • Human Computer Interaction (AREA)
  • General Engineering & Computer Science (AREA)
  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • User Interface Of Digital Computer (AREA)
  • Biophysics (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
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  • Radiology & Medical Imaging (AREA)
  • Biomedical Technology (AREA)
  • Heart & Thoracic Surgery (AREA)
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Abstract

This application discloses a kind of portable computer devices and a kind of method for the image sequence for showing portable computer device.The portable computer device includes user interface system at least one first display screen and a second display screen, stores a series of images memory, for receives from user and correspond to the portable computer device power supply state change input user input equipment, and the processing circuit being connect with the user interface system, the memory and the user input equipment.The processing circuit is used to receive from user and correspond to the input of change power supply status, determines whether the input meets trigger condition and when determining that trigger condition is satisfied based on received input, the a series of images is shown on first display screen and second display screen, so that at least one image be made to be displayed on the first display screen and second display screen during a display timing.

Description

Portable computer device and the method for showing its image sequence
Cross reference to related applications
This application claims the priority in No. 62/037,523 U.S. Provisional Patent Application filed on August 14th, 2014. During the content of the temporary patent application is incorporated herein in a manner of all quoting.
Background technique
This application involves the fields of computer equipment display screen.Multiple display screens can be used to convey information for computer equipment Image is shown to user and/or to user.Display for information and/or image, multiple display screens can by single equipment into Row is coordinated.The application includes showing the feature of the animation of multiple display screens across an equipment.In some implementations of the application In example, which is portable ultrasound system.
Summary of the invention
One is related in the embodiment of portable computer device, and portable computer device includes at least having first to show The user interface system of display screen and second display screen, the memory for storing a series of images, for receiving from user and opposite In change portable computer device power supply status input user input equipment and be connected to the user interface system The processing circuit of system, the memory and the user input equipment.The processing circuit for receive from client and Input when changing power supply state changing, for based on the received input of institute, determine the input whether meet trigger condition with And for it is determining when the input meets trigger condition, for during showing timing in first display screen and the Two display screens are showing a series of image to make at least one image be shown on the first display screen and second display screen.
It is related to showing another embodiment of the method for image timing on portable computer device.This method is included in User input equipment receives the input of the change of the power supply status from user and corresponding portable computer device, is handling Circuit receives the input from the user input equipment, determines whether the input meets trigger condition using processing circuit, Processing circuit is used when determining that trigger condition is satisfied, this method further comprises in the memory for being stored with a series of images Middle reading shows the first part of a series of images in the first display screen first, shows a series of figures in second display screen later The second part of picture.
Content before is only explanatory without being intended to do the restriction of any mode.In addition to above-mentioned explanatory Except aspect, embodiment and feature, more aspects, the description of embodiment and feature by referring to accompanying drawing and below will It becomes apparent.
Detailed description of the invention
Fig. 1 shows a kind of embodiment of the portable ultrasound system of combination various aspects of the invention；
Fig. 2 shows a kind of main views of one embodiment of portable ultrasound system；
Fig. 3 shows a kind of block diagram of the component of one embodiment of portable ultrasound system；
Fig. 4 shows one kind multiple display according to an embodiment of the invention before multiple display animation and sets It is standby；
Fig. 5 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation The image being shown on the first display screen in the process；
Fig. 6 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation The image moved on the first display screen in the process；
Fig. 7 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation The image left from the first display screen in the process；
Fig. 8 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation The image of the first display screen is had been moved off in the process；
Fig. 9 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation It is going into the image of second display screen in the process；
Figure 10 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During the image that moves on a second display；
Figure 11 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During the image that is being left from second display screen；
Figure 12 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During have been moved off the image of second display screen；
Figure 13 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During be going into the image of third display screen；
Figure 14 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During the image that is moved on third display screen；
Figure 15, which is shown, according to an embodiment of the invention is shown in multiple display equipment in multiple display animation The image left from third display screen in the process；
Figure 16 is shown according to an embodiment of the invention to be shown in multiple display equipment in multiple display animation During have been moved off the image of third display screen；
Figure 17 shows the marks of hardware according to an embodiment of the invention being illuminated；
Figure 18 shows during multiple display animation image and is moved to another display screen from a display screen Selectable embodiment；
Figure 19 A is shown according to an embodiment of the invention shows multiple display animation in multiple display equipment Method；
Figure 19 B shows according to an embodiment of the invention synchronous with bootup process aobvious in multiple display equipment Show the method for multiple display animations.
Specific embodiment
Generally, the present invention relates to the features for portable ultrasound system.The feature improves portable ultraphonic system The portable of system, configurability and functionality.Portable ultrasound system is usually battery powered.In due course, the system It can be powered by main power source.The portable ultrasound system can be used for obstetrics and gynaecology's imaging (for example, the size of measurement embryo, inspection The position etc. of embryo), cardiac imaging (for example, unusual cardiac structure, measurement blood flow of identification etc.), uropoiesis imaging etc..Because just The formula ultrasonic system of taking is likely to be used for undesirable situation (for example, not accessing power supply, without official station), retouches herein The feature drawn helps to solve the problems, such as related with this kind of purposes.
Referring to Fig.1, it illustrates one embodiment of portable ultrasound system 100.Portable ultrasound system 100 may include For improving the display screen support system 200 of the durability of display screen system.Portable ultrasound system 100 can further comprise using In fixed probe and/or the locking lever system 500 of converter.In some embodiments of portable ultrasound system 100 comprising For improving portable and usability ergonomics processing system 400.In a further embodiment comprising will with just Take the static indication system 600 that the relevant information of formula ultrasonic system 100 is shown to user.Portable ultrasound system 100 can be into one Step includes such as user interface that is easily operated and customizing, adjustable feet, reserve battery, modular construction, refrigeration system Feature.
Referring to Fig. 2, it illustrates the main views of one embodiment of portable ultrasound system.Main casing 150 contains just Take the component of formula ultrasonic system 100.In some embodiments, the component being contained in main casing 150 includes locking lever system 500, ergonomics processing system 400 and static indication system 600.Main casing 150 can also be used for support due to portable super The modular construction of sound system 100 and electronic module can be replaced and/or update.In some embodiments, portable super Sound system 100 includes display screen shell 140.Display screen shell 140 may include display screen support system 200.In some embodiments In, portable ultrasound system include for receive user input and display information touch screen 110, for receive user input and Show the touch screen 120 of information and the main screen 130 for showing information.
Referring to Fig. 3, frame shows the inside composition of one embodiment of portable ultrasound system.Portable ultraphonic system System 100 includes main circuit board 161.Main circuit board 161 implement support portable ultrasound system 100 function calculating task and It provides and is connected and communicate between the different components in portable ultrasound system 100.In some embodiments, main circuit board 161 It is configured as an alternative and/or renewable module.
In order to execute calculating, control and/or communication task, main circuit board 161 includes processing circuit 163.Processing circuit 163 It is used to carry out general procedure task and processing related with the concrete function of portable ultrasound system 100 and calculating task. It is related to being used for from the calculating and/or operation, operation of the signal or data of offer generation image for example, processing circuit 163 is executable Operating system, reception user's input of portable ultrasound system etc..Processing circuit 163 may include reservoir 165 and for handling The processor 167 of task.It calculates and/or operates for example, processing circuit 163 is executable.
Processor 167 can be or may include one or more microprocessors, specific integrated circuit (ASICs, Application specific integrated circuit), one group of distribution processing component, be used for support microcontroller Circuit or other hardware for processing function.Processor 167 is for executing computer code.Computer code can be deposited Storage is in reservoir 165 for completing and promoting the activity described herein related with portable ultrasound system.Other real It applies in example, (e.g., computer code can be resumed and be supplied to the processor from harddisk memory 169 or communication interface 175 161) computer code can be used for from external source to main circuit board.
Reservoir 165 can be that can store any volatile of the movable data or computer code for being related to describing herein Or not volatile computer-readable storage media.For example, reservoir 165 may include for the calculating for being executed by processor 167 Machine code module (for example, executing code, object code, source code, scripted code, machine code etc.).Reservoir 165 may include It is related to including ultrasonic imaging, battery management, processing user input, display data, by wireless communication equipment transmission and reception number According to etc. functions computer-executable code.In some embodiments, processing circuit 163 can represent multiple processing equipment (for example, Multiple processors etc.) set.In this case, processor 167 represents 165 generation of collective's processor and reservoir of equipment Collective's reservoir of table equipment.When performed by processor 167, processing circuit 163 for complete be described as herein with just Take the related activity of formula ultrasonic system 100.
Harddisk memory 169 can be in portable ultrasound system for the reservoir 165 of non-volatile long term storage A part.Harddisk memory 169 can store local file, temporary file, ultrasound image, patient data, operating system, execute generation Any other data of code and other portable ultrasound systems for being used to support to describe herein.In some embodiments, hard disk is deposited Reservoir is embedded in main circuit board 161.In other examples, harddisk memory 169 is located remotely from the position of main circuit board It sets and is connected to main circuit board to allow the transmission of data, power supply and/or other control signals.Hard disk 169 can be CD-ROM drive, magnetic Driving, solid state hard disk, flash memory etc..
In some embodiments, main circuit board 161 includes communication interface 175.Communication interface 175 may include making main circuit board The connection that can be communicated between 161 component and communication hardware.For example, communication interface 175 may be provided in main circuit board 161 and net The connection of network equipment (for example, network interface card, Wireless Transmitter/receiver etc.).In a further embodiment, communication interface 175 can Additional electrical including the function of supporting connection communication hardware or the data between communication hardware and main circuit board 161 is promoted to transmit Road.In other examples, communication interface 175 for system on chip (SOC, system on a chip) or other can allow to count According to transmission and received integrated system.In this case, communication interface 175 may be coupled directly to main circuit board 161 as can The component of removal or Embedded component.
It include power panel 179 in some embodiments of portable ultrasound system 100.Power panel 179 includes component and use In the circuit of transmitting power supply to the component and equipment for being arranged in and/or being connected to portable ultrasound system.In some embodiments, Power panel 179 includes for alternating current and direct current conversion, the component for changing the functions such as voltage, transmitting stabilized power supply.These portions Part may include transformer, capacitor, the adjuster etc. for executing above functions.In a further embodiment, power panel 179 includes For determining the circuit of the available power of battery supply.In other examples, power panel 179 includes carrying out between the power supplies The circuit of switching.For example, power panel 179 can extract power supply from backup power source when main power source is switched.Further Embodiment in, power panel 179 include cooperateed with backup power source as uninterruptible power supply operation circuit.Power panel 179 also wraps Include the connection with main circuit board 161.The connection allows power panel 179 to send and receive information from main circuit board 161.For example, Power panel 179 can be transmitted at information to main circuit board 161 to allow to determine remaining battery power supply.To main circuit board 161 Connection also allows for main circuit board 161 to send a command to power panel 179.For example, main circuit board 161 sends a command to power panel 179 require Switching power to another power supply (for example, switching to backup power source when main power source is switched).In some embodiments In, power panel 179 is configured as module.In this case, power panel 179 is configured as alternative and/or renewable mould Block.
Main circuit board 161 may include the power supply for facilitating the above-mentioned communication between power panel 179 and main circuit board 161 Interface 177.Power supply interface 177 may include the connection for making to communicate between the component of main circuit board 161 and power panel 179.? In further embodiment, power supply interface 177 includes the adjunct circuit for supporting the function of power panel 179.For example, power supply interface 177 include the circuit of the calculating for facilitating remaining capacity, management of power available switching etc..In other examples, above-mentioned The function of power panel 179 can be implemented by power supply interface 177.For example, power supply interface 177 can be system on chip or other integrated systems System.In this case, power supply interface 177 can be used as removable component or Embedded component and be directly connected to master Circuit board 161.
With continued reference to Fig. 3, some embodiments of main circuit board 161 include user input interface 173.User input interface 173 may include the connection for making to communicate between the component of main circuit board 161 and user input equipment hardware.For example, user is defeated Enter interface 173 can provide main circuit board 161 and the capacitive touch screen for process, resistive touch screen, mouse, keyboard, by Connection between button, and/or controller.In one embodiment, the connection of user input interface 173 is used for the control of touch screen 110 Device, touch screen 120 and main screen 130 processed are to main circuit board 161.In other examples, user input interface 173 includes using In the control circuit of touch screen 110, touch screen 120 and main screen 130.In some embodiments, main circuit board 161 includes multiple User input interface 173.For example, each user input interface 173 is with single input equipment (for example, touch screen 110, touch screen 120, keyboard, button etc.) it is related.
In a further embodiment, user input interface 173 may include supporting connection user's input hardware or promoting to use The adjunct circuit of the function of data transmission between family input hardware and main circuit board 161.For example, user input interface 173 can Including control circuit to be run as touch screen controller.User input interface 173 may include inputting for controlling with user The circuit of the related haptic feedback devices of hardware.In other examples, user input interface 173 can be to allow to receive user The system on chip or other integrated systems of input or other control user's input hardwares.In this case, user input interface 173 can be used as removable component or Embedded component is directly connected to main circuit board 161.
Main circuit board 161 may include the ultrasonic plate for facilitating the above-mentioned communication between ultrasound 179 and main circuit board 161 Interface 189.Ultrasonic plate interface 189 may include the connection for making to communicate between the component of main circuit board 161 and ultrasonic plate 191. In a further embodiment, power supply interface 189 includes the adjunct circuit for supporting the function of ultrasonic plate 191.For example, ultrasonic plate connects Mouth 189 may include the electricity for promoting the calculating of the parameter according to used in the image of the ultrasound data generation provided as ultrasonic plate 191 Road.In some embodiments, ultrasonic plate interface 189 is system on chip or other integrated systems.In this case, ultrasonic plate connects Mouth 189 can be used as removable component or Embedded component is directly connected to main circuit board 161.
In other examples, ultrasonic plate interface 189 includes the connection used for promoting module ultrasound plate 191.Ultrasound Plate 191 can be to be able to carry out to be related to ultrasonic imaging (for example, multiplexing is from ultrasonic probe/converter sensor signal, control The frequency etc. for the ultrasonic wave that system is generated by ultrasonic probe/converter) module (for example, ultrasonic module).Ultrasonic plate interface 189 Connection can promote the replacement (for example, replacing ultrasonic plate is the plate after upgrading or the plate for different application) of ultrasonic plate 191.Example Such as, ultrasonic plate interface 189 may include that can assist Accurate align ultrasound plate 191 and/or reduce during removal or installation super A possibility that sound plate 191 damages (for example, by the power needed for reducing connection and/or removing, the company of plate is assisted by mechanical dominance It connects and/or removes).
It include ultrasonic plate 191 in the embodiment of portable ultrasound system 100, ultrasonic plate 191 is including component and for branch Hold the circuit of the ultrasonic imaging function of portable ultrasound system.In some embodiments, ultrasonic plate 191 includes integrated circuit, place Manage device and reservoir.Ultrasonic plate 191 may also comprise one or more converters/probe socket interface 185.Converter/probe is inserted Seated connection mouth 185 connect ultrasonic tr-ansducer/probe 187 (for example, probe with socket type connector) can with ultrasonic plate 191 It connects.For example, converter/probe socket interface 185 may include the transmission for power supply and/or data by ultrasonic tr-ansducer/probe 187 to connecting ultrasonic 191 circuit of plate and/or hardware.Converter/probe socket interface 185 may include by ultrasonic tr-ansducer/probe 187, which are locked in position, (for example, when ultrasonic tr-ansducer/probe rotation, can receive the pin on ultrasonic tr-ansducer/probe 187 Slot) in hardware.In some embodiments, ultrasonic plate 191 includes allowing between two female type ultrasound converter/probes 187 Connection two converters/probe socket interface 185.
In some embodiments, ultrasonic plate 191 also includes one or more converter/probe pin joint mouths 181.Converter/ Probe pin joint mouth 181 connect ultrasonic tr-ansducer/probe 183 (for example, probe with dog-type coupling) can with ultrasonic plate 191 It connects.Converter/probe pin joint mouth 181 may include in order to power supply and/or data transmission by ultrasonic tr-ansducer/probe 183 to even Connect ultrasonic 191 circuit of plate and/or hardware.Converter/probe pin joint mouth 181 may include being locked to ultrasonic tr-ansducer/probe 183 The hardware of position.In some embodiments, ultrasonic tr-ansducer/probe 183 is locked to position by locking lever system 500.One In a little embodiments, ultrasonic plate 191 includes allowing being attached between two or more pin ultrasonic tr-ansducer/probes 183 More than one converter/probe pin joint mouth 181.In this case, portable ultrasound system 100 may include one or more Lock lever system 500.In a further embodiment, ultrasonic plate 191 may include the company for other kinds of converter/probe The interface connect.
With continued reference to Fig. 3, some embodiments of main circuit board 161 include display screen interface 171.Display screen interface 171 can Including the connection for making to communicate between the component of main circuit board 161 and display device hardware.For example, display screen interface 171 It may be provided in main circuit board 161 and liquid crystal display, plasma panel, CRT display screen, diode displaying Screen, and/or displaying screen controller or for the company between image processing unit before or other kinds of display screen hardware It connects.In some embodiments, carrying out display screen hardware to the connection between main circuit board 161 by display screen interface 171 can permit Perhaps processor or the special image processing unit on main circuit board 161 control and/or send data to viewing hardware.In order to produce Raw image, display screen interface 171 can be used for sending screen data to display device hardware.In some embodiments, main Circuit board 161 includes for multiple display devices (for example, three display screens of three display screens of connection to main circuit board 161 Interface 171) multiple display screen interfaces 171.In other examples, a display screen interface 171 can be connected and/or be supported Multiple display screens.In one embodiment, three display screen interfaces connection touch screens 110, touch screen 120 and main screen 130 to Main circuit board 161.
In a further embodiment, display screen interface 171 may include supporting the function or promotion of connection display screen hardware The adjunct circuit that data convey between display screen hardware and main circuit board 161.For example, display screen interface 171 may include controller Circuit, image processing unit, video display controller etc..In some embodiments, display screen interface can be system on chip or permit Perhaps other integrated systems of image are shown using display screen hardware or other control viewing hardwares.Display screen interface 171 can be straight It is connected to main circuit board 161 in succession as removable component or Embedded component.Processing circuit 163 is together with one or more Display screen interface 171 can show image on one or more touch screens 110, touch screen 120 and main screen 130.
Generally, display circuit can be used for the display of image on the display screen.Image can be inputted by user (for example, ringing Should be in user in touch apparatus or by the input of computer mouse, it is mobile that pointer is shown as pass through display screen).Certain Image can be shown under trigger event, input and/or the generation of object.For example, image (it is static or including a series of frame from And be rendered as mobile and/or change) order from the user can be followed shown and the combinable display screen that is powered, opening and closing device, Change be related to equipment setting, into input etc. equipment.In some embodiments, image or a series of images, which are stored in, deposits Instruction in reservoir as display image or a series of images.These instructions can be by processing and for controlling display screen screen Display circuit restores from memory.In some embodiments of the invention, by using the multiple of multiple multiple display equipment Display screen shows image.
Referring to Fig. 3, one embodiment of the present of invention includes showing image on portable ultrasound system 100.In others In embodiment, image is displayed at other equipment or with other equipment (for example, portable computer device, personal computer Equipment etc.) it display together.In some embodiments, main circuit board 161 and/or one or more controls of display screen interface 171 one A or multiple display screens.Display screen, which is controlled on one or more display screens, generates one or more images.Processing circuit 163 It can determine to show the characteristic of which image and these images.Processing circuit 163 can be determined further in multiple display equipment Which display screen is used to show image.In some embodiments, these determine to be made based on user's input.Other real It applies in example, decision is made in response to trigger event, input and/or object.Processing circuit 163 uses processor by executing 167, memory 165 and instruction and computer code in hard-disc storage 169 are stored in and/or is obtained using communication interface 75 It makes decision.In some embodiments, processing circuit 163 restores from memory 165 and/or hard-disc storage 169, and is response In executing code and/or instruction and shown image and idsplay order.According to the instruction on one or more display screens, processing One or more display screen interfaces 171 of the transmittable control instruction to display image after circuit 163.In some embodiments, Main circuit board 161 and/or display screen interface 171 may include the image processing unit for executing or assisting to execute these functions.
In some cases, for showing that the instruction of certain corresponding images or a series of images is stored in memory 165 and/or harddisk memory 169 in.The generation of event, which can trigger processor 167, can restore the example for instructing and executing instruction. A kind of such situation can be the booting of equipment.Event, processing circuit 163, one or more are corresponded to by executing in order to show The instruction of the image of a display screen interface 171 and/or viewing hardware, can lead to an image or a series of images is displayed to use Family.Following Fig. 4-18 is the figure for indicating display computer code and/or showing the instruction step that generating writing pattern indicates when executing Show.Fig. 4-18 is the aobvious of a series of images relative to power supply (for example, booting) triggering by portable ultrasound system 100 Show.In a further embodiment, a series of images by other situations such as portable ultrasound system 100 exits standby mode, moves back Out sleep pattern, exit suspend mode, exit Low Power Mode, the lid of portable ultrasound system 100 is opened and/or other Situation or event are triggered.A series of images is shown to pass through multiple display screens.In initialization, across all aobvious of equipment The shown a series of images of display screen, which has, can notify the user that the benefit that all display screens can be run.In other examples, Different images can be shown, and different trigger events can be used as the premise of the display of piece image or a series of images, and/or Piece image and a series of images can be shown in different equipment.The image of series of displays may make up animation.
Fig. 4 shows one embodiment of the present of invention display screen and does not show image before trigger event generation.It is portable Ultrasonic system 100 not yet receives the instruction of user and starts booting timing.In some embodiments, portable ultrasonic device has Three display screens including touch screen 110, touch screen 120 and main screen 130.Some embodiments of portable ultrasound system 100 It further comprise the hardware flags 201 that can be shone.In some embodiments, hardware flags 201 are according to starting timing and animation It completes and shines (for example, after system is powered on and corresponding a series of images has been shown).Hardware flags 201 can be The transparent or semitransparent material supported by light source such as light emitting diode.In some embodiments, hardware flags 201 are located at equipment On face and towards user.In other examples, hardware flags 201 are located at the other faces of equipment, such as the back side, side.When When receiving starting from the user or power-on command, the starting of boot animation timing.This can be by using above-mentioned technology and component And it completes.
Fig. 5 shows the image being shown on the first display screen.In some embodiments, mark 203 is in touch screen 110 Bottom starts to occur.The operating space 207 that mark 203 occurs from below moves into touch screen 110 from direction 205.For example, mark 203 top may alternatively appear on touch screen 110 and indicate remaining part and then be presented on 207 rear of operating space and be blanked or hidden Hiding.Occur scrolling up or be moved along direction 205 after mark 203.When mark 203 moves about, the middle part of mark followed by complete It is mobile towards the middle part of touch screen 110 that portion is rendered as operating space 207 from below.In some embodiments, mark 203 is being more than One second time entered the operating space 207 of lower section.
In some embodiments, mark 203 is rendered as the image faded near the bottom of touch screen 110.Mark 203 All shown with slight brightness and/or intensity in the bottom of touch screen 110.In progressive step, mark 203 can be to increase The brightness/intensity added is shown.When these progressive steps occur, mark 203 is fixed near the bottom of touch screen 110, Until mark 203 is fully displayed.Mark 203 can be rendered as shifting to the middle part of touch screen 110 along direction 205.Other real It applies in example, when mark 203 is when direction 205 is mobile, its brightness/intensity is can be improved in mark 203.In a further embodiment, When the operating space 207 of mark 203 from below enters touch screen 110, mark 203 can increase brightness/intensity.Mark 203 is touching The bottom for touching screen 110 is nearby rendered as the image faded in.In some embodiments, mark 203 is in the time more than one second The now image to fade in.
Fig. 6 shows the mark when the whole of mark 203 is shown in touch screen 110 and starts in the movement of direction 205 203.Mark 203 completes its obviously changing or appear on touch screen 110 and move on direction 205 from operating space 207. Mark 203 moves on direction 205, by the middle part of touch screen 110 and mobile towards the top of touch screen 110.In some realities It applies in example, mark 203 moves through touch screen 110 in one second on direction 205.In alternative embodiment, indicate 203 move through touch screen 110 during with the movement of different time length (for example, 2 seconds).Still further In embodiment, mark 203 moves through the case where event of touch screen is according to triggering animation, and (e.g., mark 203 moves through touch Screen is being changed to out when of the exiting sleep pattern ratio of portable ultrasound system 100 from off-mode when portable ultrasound system When machine state faster) change.
Fig. 7 shows mark 203 and is rendered as initially moving off touch screen 110.Once mark 203 reaches the upper of touch screen 110 Portion edge, mark 203 are rendered as mobile in the lower section of keyboard 209.Mark 203 continues from the middle part of touch screen 110 in direction 205 On be moved to the top edge of touch screen 110.When mark 203 leaves touch screen 110, mark 203 continuation moves up in direction 205 It is dynamic to be moved to the keyboard 209 of lower section until the whole of mark 203 has already appeared.In some embodiments, mark 203 is in one second Leave touch screen 110.In alternative embodiment, mark 203 is in the mobile phase with different time length (for example, 2 seconds) It is interior to leave touch screen 110.Still in a further embodiment, the time that mark 203 leaves touch screen 110 is moved according to triggering The case where picture, (e.g., mark 203 moved through touch screen when of the exiting sleep pattern ratio of portable ultrasound system 100 is ought be just Take when formula ultrasonic system is changed to open state from off-mode faster) and change.
Fig. 8 shows mark 203 and is transferred to another display screen from a display screen.Specifically, mark 203 or its What part, all without shown.Mark 203 is rendered as being covered completely behind keyboard 209.In some embodiments, it touches It touches screen 110, touch screen 120 and main screen 130 and does not show image.After the time of setting, mark 203 initially enters touch screen 120.In some embodiments, mark 203 can be covered one second by keyboard 209.In alternative embodiment, mark 203 exists It is covered during movement with different time length (for example, 2 seconds) by keyboard 209.Still in a further embodiment, Mark 203 by time that keyboard 209 is covered according to triggering animation the case where (e.g., mark 203 by keyboard 209 covered when Between be changed to out from off-mode when portable ultrasound system when of the exiting sleep pattern ratio of portable ultrasound system 100 It is less when machine state) and change.
Fig. 9 shows the image of display on a second display.In some embodiments, mark 203 is in touch screen 120 Bottom starts to occur.Mark 203 is rendered as keyboard 209 from below and enters touch screen 120 from direction 205.For example, mark 203 Top may alternatively appear on touch screen 120 and indicate remaining part and be then rendered as being blanked or hiding at 209 rear of keyboard.Mark It is rendered as scrolling up or be moved along direction 205 after will 203.When mark 203 is mobile, the middle part of mark 203 followed by complete It is mobile towards the middle part of touch screen 120 that portion is rendered as keyboard 209 from below.In some embodiments, mark 203 is more than one Second time in keyboard 209 from below enter.
In some embodiments, mark 203 can be rendered as the image faded near the bottom of touch screen 120.Mark 203 are all shown near the bottom of touch screen 120 with slight brightness and/or intensity.In progressive step, mark 203 can cross it is shown with increased brightness/intensity.When these progressive steps occur, mark 203 is fixed on touch screen Near 120 bottom, until mark 203 is fully displayed.Mark 203 can be rendered as shifting in touch screen 120 along direction 205 Portion.In other examples, when mark 203 moves on direction 205, brightness and intensity is can be improved in mark 203.Into one In the embodiment of step, when mark 203 keyboard 209 from below enters touch screen 120, mark 203 can increase its brightness/strong Degree.Mark 203 is rendered as the image faded near the bottom of touch screen 120.In some embodiments, mark 203 is being more than The image faded in is rendered as in one second time.In alternative embodiment, this period can be as previously described Relative to other periods differences or variation.
Figure 10 shows mark 203 and starts to move up in direction 205 after mark 203 is all shown on touch screen 120 It is dynamic.Mark 203 completes its obviously changing or appear on touch screen 120 and move on direction 205 from keyboard 209.Mark Will 203 is moved along direction 205 by the middle part of touch screen 120 and towards the top of touch screen 120.In some embodiments, Mark 203 moved through touch screen 120 along direction 205 in one second.In alternative embodiment, this period can As previously described relative to other periods differences or variation.
Figure 11 shows mark 203 and is rendered as initially moving off touch screen 120.Once mark 203 reaches the upper of touch screen 120 Portion edge, mark 203 are rendered as mobile in the lower section of main casing 150 and display screen shell 140.Mark 203 is from touch screen 120 Middle part continues on the top edge that direction 205 is moved to touch screen 120.When mark 203 leaves touch screen 120, mark 203 Continuation is moved on direction 205, until the whole of mark 203 has been rendered as being moved to the main casing 150 and display screen of lower section Shell 140.In some embodiments, mark 203 leaves touch screen 120 during the movement more than one second.Alternative In embodiment, this period can or variation different relative to other periods as previously described.
Figure 12 shows mark 203 and is transferred to another display screen from a display screen.Specifically, mark 203 or its What part is all without shown.Mark 203 is rendered as being covered completely at the rear of main casing 150 and display screen shell 140.? In some embodiments, touch screen 110, touch screen 120 and main screen 130 do not show image.After the time of setting, mark 203 initially enter main screen 130.In some embodiments, mark 203 can be rendered as by main casing 150 and display screen shell 140 It covers one second.In alternative embodiment, this period can be as previously described relative to other periods Different or variation.
Figure 13 shows the image being shown on third display screen.In some embodiments, mark 203 is in main screen 130 Bottom start to occur.Mark 203 is rendered as main casing 150 from below and display screen shell 140 and enters along direction 205 to lead Screen 130.For example, the top of mark 203 may alternatively appear on main screen 130, and the remaining part of mark 203 is then in main casing 150 and 140 rear of display screen shell be blanked or hide.It is rendered as scrolling up after mark 203 or be moved along direction 205 It is dynamic.When mark 203 movement, the middle part of mark followed by whole 140 courts of main casing 150 and display screen shell being rendered as from below Main screen 130 middle part it is mobile.In some embodiments, main casing of the mark 203 in the time more than one second from below 150 and display screen shell 140 enter.In alternative embodiment, this period can as previously described relative to Other periods are different or change.
In some embodiments, mark 203 is rendered as the image faded near the bottom of main screen 130.Mark 203 All it is shown near the bottom of main screen 130 with slight brightness and/or intensity.In progressive step, mark 203 energy It is enough shown with increased brightness/intensity.When these progressive steps occur, mark 203 is fixed on the bottom of main screen 130 Near, until mark 203 is fully displayed.Mark 203 can shift to the middle part of main screen 130 along direction 205.Implement in others In example, when mark 203 is rendered as moving on direction 205, its brightness/intensity is can be improved in mark 203.Further implementing In example, when mark 203 is rendered as main casing 150 from below and display screen shell 140 enters main screen 130, mark 203 can Increase its brightness/intensity.Mark 203 is rendered as the image faded near the bottom of main screen 130.In some embodiments, Mark 203 fades in image in the time more than one second.In alternative embodiment, this period can be as previously described Like that relative to other periods differences or variation.
Figure 14 is shown after mark 203 is all shown on main screen 130, and mark 203 beginning moves up in direction 205 It is dynamic.Mark 203 complete its from main casing 150 and display screen shell 140 obviously change or appear on main screen 130 and It is moved on direction 205.Mark 203 is moved along direction 205 by the middle part of main screen 130 and towards the top of main screen 130. In some embodiments, mark 203 passed through main screen 130 along direction 205 in one second.In alternative embodiment, this A period can or variation different relative to other periods as previously described.
Figure 15 shows mark 203 and initially moves off main screen 130.Once the upper edge of mark 203 arrival main screen 130 Edge, mark 203 are mobile in the lower section of display screen shell 140.Mark 203 continues on direction 205 from the middle part of main screen 130 and moves Move the top edge of main screen 130.When mark 203 leaves main screen 130, it is mobile straight that mark 203 continues on direction 205 To the keyboard 140 for being all rendered as being moved into lower section of mark 203.In some embodiments, mark 203 is more than one Main screen 130 is left in the traveling time of second.In alternative embodiment, this period can phase as previously described Or variation different for other periods.
Figure 16 shows mark 203 and is transferred to the hardware that can be illuminated different from other of display screen from a display screen.Tool Body, mark 203 or its any part are all without shown.Mark 203 is covered completely behind display screen shell 140. In some embodiments, touch screen 110, touch screen 120 and main screen 130 do not show image.In some embodiments, indicate 203 can be covered one second by keyboard 209.In alternative embodiment, this period can be opposite as previously described In other periods differences or variation.
Figure 17 shows the hardware flags 201 being illuminated.Display screen shell with mark 203 from main screen 130 to lower section The obvious transformation of body 140, hardware flags 201 can be illuminated.In some embodiments, hardware flags 201 are first by with low-light level And/or intensity illuminates (for example, passing through light emitting diode).In the step of increasing, hardware flags 201 are by with can be with increased bright Degree/intensity illuminates.Before reaching scheduled brightness/intensity, the brightness of hardware flags 201 and/or intensity can be enhanced.One In a little embodiments, user can pass through the brightness of the operating system customizing of portable ultrasound system 100 and/or the value of intensity.One In a little embodiments, in the operating process of portable ultrasound system 100, the holding of hardware flags 201 is illuminated.Implement in others In example, after certain time length after actuation, in certain operating process situations such as (for example, execute ultrasonic examination) it Under, hardware flags 201 can stop being illuminated.In a further embodiment, user can be by using portable ultrasound system 100 Operating system customizing hardware flags 201 when be illuminated and/or be illuminated during what.Still further real It applies in example, hardware flags 201 can be with modulated light, and in portable ultraphonic system after the time for being illuminated predetermined length It is maintained at after dimming state in the operating process of system 100.In some embodiments, the light modulation of hardware flags 201 can be by user Customization (for example, passing through user interface or operating system).For example, the light of hardware flags 201 can be changed in user in dimming state The time span before the dimming process that hardware flags 201 are illuminated with greater strength also can be changed in intensity.
Figure 18 shows one embodiment of the application, and which show when the starting of related Fig. 4-17 for being similar to discussion Sequence, but in obvious transient process of the image from a display screen to another display screen, different images is shown.It is showing When transition between screen, image may pass through display screen and seamlessly move rather than be hidden in behind a part of equipment.For example, When exiting touch screen 110, the lower part of mark 213, which is kept, to be shown on touch screen 110 and the upper part of mark 211 then may be used It is shown on touch screen 120.When mark 203 is moved along direction 205 from touch screen 110 to touch screen 120, mark 211 Upper part can be scaling up and the lower part of mark 213 then proportionally reduces.It is shown on touch screen 120 in the whole of mark The sustainable progress of this process before.This may make mark to be rendered as seamlessly moving from a display screen to another display screen It is dynamic.This technology can be applied to the transition of one or more display screens.
In some embodiments of the invention, the display of the image in multiple display equipment or image sequence is not limited to It is used together in ultrasonic device.According to technology discussed herein, image or image sequence can be displayed in multiple display equipment On multiple display screens.In some embodiments, for showing that the display screen of image or image sequence includes touch screen, non-tactile function The input equipment of energy display screen, such as touch tablet.Image can have the reality of the invention shown in attached drawing 4-18 when shown Apply the different various characteristics of example.
In some embodiments, the animations used different from the image of animation is described vertically are moved from a display screen Move another display screen.For example, image horizontally can be moved to another display screen, image from a display screen can be along right Linea angulata is moved to another display screen or image from a display screen and can move from the combination along multiple directions from a display screen Move another display screen.In some embodiments, identical animation can simultaneously occur in one or more display screens, thus Each display screen is set to depict identical a series of images.In other examples, the part of single image animation may pass through Multiple display screens are shown.In a further embodiment, unique image can be displayed in each display screen to make image quilt It is synchronous.Animation may include the variation of various colors and color.In other examples, image can be shown from one or more Fade in screen and/or fades out.Such case can be in the generation when image is transitioned into another display screen from a display screen.? In other embodiments, in multiple display screens on image individually can fade in or fade out from the image on other display screens.
In some embodiments, animation can also based on be different from display animation equipment booting other events and by Display.For example, trigger event may include the shutdown of equipment, so that equipment is entered energy-saving mode, be switched to separately from an operation mode A kind of operation mode, close multiple display equipment multiple sub- display screens (for example, exited for browsing information main display but Close such as touch screen and/or touch tablet input equipment), exit energy-saving mode.In some embodiments, identical animation can It is shown because of more than one trigger event.It in other examples, can be such corresponding to the animation of an event Mode is shown: it being made to seem similar from the animation occurred in the case where the trigger event different to one is opposite.For example, with Power supply closes related animation can become the animation of display booting on the contrary.In a further embodiment, different animations is used In different trigger events.
In some embodiments, during a part of multiple display animation remains turned-off, display screen is not used. In other examples, display screen does not show the colorful one image and shows black along the whole of display screen.In some realities It applies in example, user can customize the action that not used display screen is taken and including the operating system of the equipment of display screen.
Although being portrayed as multiple display equipment tool herein there are three display screen, the display screen of other quantity can also be combined This technology described is used together.For example, boot animation may pass through two display screens of individual equipment and occur.In some implementations In example, the multiple display animation for the type described herein can produce whole on the part display screen of multiple display equipment Display screen on.In other examples, animation is displayed at the display screen being individually segmented.For example, single display screen It can be segmented by a hardware of such as a part of shell of overlapping, the material of band, keyboard.The display screen can electronically be divided Section.For example, display screen can be used to display screen being divided into multistage by showing the divider of solid color.
In some embodiments, multiple display animation timing is not using additional hardware element as terminating.For example, not having In the presence of having luminous hardware flags 201 or other hardware indicators, boot animation can pass through blending operation system Display screen terminates.
In some embodiments, multiple display equipment is portable computer device (for example, laptop or plate electricity Brain), computer (for example, desktop computer), portable phone (for example, mobile phone, miniature phone and smart phone etc.) or One of the equipment of multiple display on-screen-display messages can be used in other.
It is typically referenced to attached drawing 4-18, according to the specific part of animation sequence, was once discussed herein before different event sections. Period described herein is different from the example of offer and can be longer or shorter (for example, more seconds or part second).In addition, Each described period can change according to the state of portable ultrasound system 100 or the condition of triggerable animation,.Example Such as, whether it is turned on from off-mode according to portable ultrasound system, whether exits sleep pattern (for example, defeated in response to user Enter or system event), whether exit whether suspend mode (for example, in response to user's input or system event) and/or occurs Other trigger events, period needed for the mobile process of mark 203 described herein can change.Corresponding to animation timing The period of different piece (for example, pass through touch screen 110 and pass through touch screen 120) can change.In alternative embodiment In, a part or multi-section point for animation timing, the period is identical.
In some embodiments, mark 203 passes through needed for the process of touch screen 110, touch screen 120 and main screen 120 Total time is activated identical to the time needed for main user interface (for example, start-up operation system) with portable ultrasound system 100. Depending on the type of starting, the required time can change.For example, with it is warm starting (for example, from Low Power Mode, suspend mode, Start in sleep pattern and other modes of other portable ultrasound systems) it compares, it is cold-started (for example, from portable ultraphonic system The off-mode of system 100) to can lead to mark 203 manner described above time needed for the screen longer.In some embodiments In, time and portable ultrasound system needed for mark 203 passes through the process of touch screen 110, touch screen 120 and main screen 130 Time phase needed for 110 completion start-up courses (or other processes such as user's trigger process, trigger condition discussed herein etc.) Deng to indicate that user's start-up course is completed.For example, processing circuit 163 is for storing the start-up loading time and based on opening Dynamic load time control mark 203 passes through the rate of touch screen 110, touch screen 120 and display screen 130.If measurement is opened The dynamic load time changes, then processing circuit 163 can be used for updating the start-up loading time of storage.Processing circuit 163 can be used for chasing after The stage of track start-up course, and the stage control mark 203 based on start-up course pass through touch screen 110, touch screen 120 and The rate of main screen 130.For example, start-up course may be logically divided into first one third relative to start-up course, second three / mono- and third one third stage, and mark 203 is displayed on touch during first one third Screen 110, mark 203 is displayed on touch screen 120 and in third one third during second one third During mark 203 be displayed on main screen 130.In various embodiments, the touch screen 110 less than three, touch Screen 120 and main screen 130 may be used to indicate that the completion of start-up course.In various embodiments, hardware flags 203 can be independent Or it is used for the instruction of start-up course together at least one of touch screen 110, touch screen 120 and main screen 130.Different In embodiment, mark 203 can relative to the start-up course stage completion and/or indicate start-up course completion and improve brightness/ Intensity.
Figure 19 A is shown for generating and showing a series of figures on the portable computer device with multiple display screens The animation of picture in the portable ultraphonic with touch screen 110, touch screen 120, main screen 130 and hardware flags 201 (for example, set Standby upper display mark 203) method.302, the change user input corresponding to power supply status is received.By using input Interface 173 receives user's input.
304, the decision whether user's input meets trigger condition is made.Processing circuit 163 can be used for determining user Whether input meets trigger condition.Trigger condition can move back for the booting of portable ultrasound system 100, portable ultrasonic device 100 Ready mode, portable ultrasonic device 100 exit sleep pattern out, portable ultrasonic device 100 exits suspend mode, portable The lid that ultrasonic device exits low battery equipment or portable ultrasonic device 100 at least one of is opened.
User in response to meeting trigger condition inputs, and 306, a series of images stored in memory is read. For example, a series of images being stored in memory 165 or hard disc storage 169 and corresponding to mark 203 can pass through processing Circuit 163 is read.
308, animation can be generated by a series of images.Generating animation may include in 309a in the first display screen (for example, touch screen 110) show a series of images a part, and in 309b in second display screen (for example, touch screen 120) second part of a series of images is shown.In various embodiments, touch screen 110, touch screen 120, main screen 130 And/or the various combination of hardware flags 201 can be used for showing a series of images.
According to any animation disclosed herein and display process, processing circuit 163 can control the operation of display interface 171 And/or control touch screen 110,120 determines how animation is generated.In some embodiments, image not in the first display screen and Second display screen is simultaneously displayed.Shown image has movement, passes through the after such as moving up by the first display screen Two display screens move up.The a series of images includes positioned at the upper of touch screen 110 and touch screen 120 in some embodiments Tick lables 203 are risen, so that showing that a series of images generates mark 203 and moves through touch screen 110 and touch screen 120 animation.
In some embodiments, before the second part of a series of images is shown in second display screen, described one The Part III of image series is simultaneously displayed on the first display screen and second display screen.In some embodiments, in image It is displayed on before touch screen 110 and touch screen 120, the Part III of a series of images is in third display screen (for example, main Screen 130) on show.In some embodiments, before image is displayed on touch screen 120 and main screen 130, a system The Part III of column image is shown on touch tablet 110.
In some embodiments, a series of images includes the image of the upper part of the mark 203 shown on it, from And the mark 203 on the animation for showing a series of images generation is made gradually to be upward through touching from the bottom of touch screen 110 Touch that screen 110 is mobile, and the top for gradually arrive touch screen 110 disappears, and then gradually arrives the bottom appearance of touch screen 120, later by It walks and disappears on the top of touch screen 120.
310, the decision whether a series of images has all been fully displayed is made.For example, processing circuit 163 can It is used to track the animation of a series of images, such as by with certain sequence notation image and when last image is shown Shi Jinhang identification.In response to a series of images, all shown decision, processing circuit 163 can not control display further The operation of interface 171 and/or touch screen 110, touch screen 120, main screen 130 and hardware flags 201, and continue to execute for giving birth to At the step 308 of animation, until all images are all shown.
In response to the decision that a series of images is shown, 312, the instruction that animation is completed is selected.Example Such as, in 313a, the graphical user interface of operating system is shown.In 313b, hardware flags 201 can be by using processing Circuit 163 controls the light source of portable ultrasound system 100 and is illuminated.In some embodiments, complement mark 313a and 313b One or two can be performed, or can also not be performed.In some embodiments, in response to a series of images All shown decision, the graphical user interface of operating system are displayed automatically.
Figure 19 B shows the method for generating and showing the animation formed by a series of images.400 side of being similar to of method Method 300 has the additional step for being related to being synchronized with start-up course described herein.402, relative to the change of power supply status, User's input is received.404, the decision whether user's input meets trigger condition is made.In response to meeting trigger condition User's input, 406, a series of images stored in memory is read.
408, start-up course information is received.For example, processing circuit 163, which can receive, comes from memory 165 and/or hard disk The start-up course information of storage 169.Start-up course information may include the expected duration of start-up course, for start-up course Measure the duration, the instruction in the stage of start-up course, the instruction of expection deadline for start-up course, start-up course need The instruction for the data procedures rate asked.
410, it is based on start-up course information, animation can be generated by a series of images.In 411a, described one The first part of image series is displayed on the first display screen.It is described in 411b, the second part of a series of images is shown On a second display.
414, the decision whether start-up course is completed is made.Start-up course information that is additional and/or updating can be received To execute decision.For example, processing circuit 163 can will be compared with current time expection deadline needed for be used for start-up course Compared with.Processing circuit 163 can recognize that the existing stage of start-up course determines whether start-up course is completed.Processing circuit 163 can will be surveyed The start-up course duration is measured to complete with start-up course compared with required expected duration.
In response to the decision that start-up course does not complete, 416, the animation of a series of images can be maintained original state or by Adjustment.For example, if start-up course does not complete, animation can remain former based on the current time before the expected deadline Shape.The existing stage based on start-up course is not the terminal stage of start-up course, if start-up course does not complete, animation can be tieed up The rate for holding original state and/or animation can be adjusted to that animation in synchronization with start-up course.
In response to the decision that start-up course has been completed, 418, the graphical user interface of operating system is shown.One (not shown) in a little embodiments, specifically hitting the target can be shown, as hardware flags 201 are illuminated with specific brightness/intensity, Animation is accelerated to show mark 203 to completion point and/or under specific brightness/intensity.
In order to complete different operations, existing disclosure discloses any method on a machine-readable medium, is System and Project Product.The embodiment of existing disclosure can be by using current computer processor or for suitable system Special purpose computer processor or this purpose or other purposes merge or hard-wired system execute.Present disclosure range with Interior embodiment include be used for transmission or have machine-executable instruction or be stored in this data structure it is machine readable The Project Product of medium.Such machine readable media can for can by general purpose computer or special purpose computer or other have processing Any available medium of the machine access of device.For example, so machine readable media may include RAM, ROM, EPROM, EEPRPM, CD-ROM or other disc memories, magnetic disk storage or other magnetic storage apparatus or other any can be used for transporting The instruction that can be performed with machine or data needed for sending or storing and can by general purpose computer or special purpose computer or other have The medium of the program code of the machine access of processor.When information by network or other communication connections (such as Hard link, it is wireless or Other Hard links and wireless combination) machine is transmitted or is supplied to, machine will suitably be connected to machine readable media visit It asks.Therefore, any such connection can be properly termed as machine readable media.Above combination is also included within machine readable Jie Within the scope of matter.Machine-executable instruction includes, for example, can lead to general purpose computer or special purpose computer or dedicated processor Device executes the instruction and data of some function or certain group function.
Although the specific order of display methods step in figure, the sequence of step can be different with description.Two Or multiple steps simultaneously or partially can also be executed simultaneously.Such variation will depend on selection software and hardware system with And the selection of designer.All such variations are all within the scope of the present invention.Similarly, software realization can be by based on rule The standard programming technology of logic or other logics then is completed and is completed different Connection Steps, processing step, comparison step and determines Determine step.
When different aspect and embodiment are disclosed herein, other aspect and embodiment are for those skilled in the art It is obvious.Different aspect disclosed herein and embodiment are limited without being intended to for explanatory purpose, The true scope and spirit of the invention will be as indicated by claim below.

Claims (18)

1. a kind of portable computer device characterized by comprising
At least with the user interface system of the first display screen and second display screen；
For storing the memory of a series of images；
The user for the input that state for receiving the power supply from user and corresponding to the portable computer device changes Input equipment；And
It is connected to the processing circuit of the user interface system, the memory and the user input equipment；
Wherein, the processing circuit is used to receive the input from user and corresponding to the change of the state of the power supply, base Determine whether the input meets trigger condition in the received input of institute, and when determining that the trigger condition is satisfied, in institute It states and shows a series of images on the first display screen and the second display screen, to make at least one image in a display It is displayed on during sequence on first display screen and the second display screen；
Wherein, a series of images includes the mark positioned at the lifting position of first display screen and the second display screen Will generates animation when so that showing a series of images, and in the animation, the mark is across first display Screen and the second display screen move up.
2. portable computer device as described in claim 1, which is characterized in that the display timing includes first described First shows the first part of a series of images described in screen display and shows on the second display screen later a series of The second part of image, and wherein image will not be simultaneously displayed on first display screen and the second display screen.
3. portable computer device as described in claim 1, which is characterized in that the display timing includes first described The first part of a series of images described in first display screen display, shows in first display screen and described second simultaneously later Show the second part of a series of images described in screen display, and shows a series of figures on the second display screen later The Part III of picture.
4. portable computer device as described in claim 1, which is characterized in that a series of images includes wherein only having The shown image in the upper part of the mark and the image for wherein only having the lower part of the mark shown, so that Animation is generated when showing a series of images, in the animation, the mark is step by step from the bottom of first display screen Moving up occurs and passes through first display screen in portion, and disappears step by step from the top of first display screen, and step by step Occur from the bottom of the second display screen, then disappears step by step from the top of the second display screen.
5. portable computer device as described in claim 1, which is characterized in that the trigger condition is the portable meter The booting of calculation machine equipment, the portable computer device exits standby mode, the portable computer device exits sleep Mode, the portable computer device exit suspend mode, the portable computer device exits Low Power Mode or institute The lid for stating portable computer device at least one of is opened.
6. portable computer device as described in claim 1, which is characterized in that further comprise hardware flags and for shining The light source of the bright hardware flags, wherein the processing circuit is for passing through control when determining that the display timing is over The light source illuminates the hardware flags.
7. portable computer device as described in claim 1, which is characterized in that the processing circuit is also used to determining State the graphical user interface of display operation system when display timing is over.
8. portable computer device as described in claim 1, which is characterized in that it further comprise third display screen, wherein First display screen is main screen, and the second display screen is touch screen, and the third display screen is touch tablet, the processing Circuit is used for a series of images described in first display screen, the second display screen and the third display screen display, So that at least one image be displayed on during the display timing first display screen, the second display screen with And on the third display screen.
9. portable computer device as described in claim 1, which is characterized in that in first display screen and described second The display of image on display screen shows that display screen is currently running to user.
10. a kind of method for the image sequence for showing portable computer device, comprising:
The defeated of the change of the power supply status from user and corresponding to portable computer device is received at user input equipment Enter；
The input from the user input equipment is received at processing circuit；
Determine whether the received input meets trigger condition using the processing circuit；And meet trigger condition in determination When use the processing circuit:
The a series of images for being stored in the memory is read from memory；
The first part of a series of images is shown at the first display screen first；And
The second part of a series of images is shown at second display screen later；
Wherein, a series of images includes the mark in the lifting position of first display screen and the second display screen,
Animation is generated when so that showing a series of images, in the animation, the mark is aobvious across described first Display screen and the second display screen move up.
11. method as claimed in claim 10, which is characterized in that image will not be simultaneously displayed on first display screen and institute It states on second display screen.
12. method as claimed in claim 10, which is characterized in that further comprise the second part in a series of images It is shown in front of the second display screen, the Part III of a series of images is simultaneously displayed on first display screen and described Two display screens.
13. method as claimed in claim 10, which is characterized in that a series of images includes wherein there was only the mark The shown image in upper part and the image for wherein only having the lower part of the mark shown, so that display described one Animation is generated when image series, in the animation, the mark occurs and wears from the bottom of first display screen step by step It crosses first display screen to move up, disappear step by step from the top of first display screen, and step by step from described second The bottom of display screen occurs, and then disappears step by step from the top of the second display screen.
14. method as claimed in claim 10, which is characterized in that the trigger condition is the portable computer device Booting, the portable computer device exits ready mode, the portable computer device exits sleep pattern, it is described just The formula computer equipment of taking exits suspend mode, the portable computer device exits Low Power Mode or the portable computing The lid of machine equipment at least one of is opened.
15. method as claimed in claim 10, which is characterized in that further comprise:
Determine that a series of images is shown；And when determining that a series of images is shown, make The light source of the portable computer device described in the processing circuit controls is arranged on portable computer device to illuminate Hardware flags.
16. method as claimed in claim 10, which is characterized in that further comprise:
Determine that a series of images is shown；And
When a series of images is shown, graphical user interface is shown on an operating system.
17. method as claimed in claim 10, which is characterized in that in display image in first display screen and described second Before on display screen, the Part III of a series of images described in screen display is shown in third, wherein first display screen is Main screen, the second display screen are touch screen display and the third display screen is touch tablet.
18. method as claimed in claim 10, which is characterized in that shown on first display screen and the second display screen Diagram picture is to indicate that display screen described in user is currently running.
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