CN102890596A - Computer system, image acquisition device and servo method of image acquisition device - Google Patents
Computer system, image acquisition device and servo method of image acquisition device Download PDFInfo
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- CN102890596A CN102890596A CN2011102047051A CN201110204705A CN102890596A CN 102890596 A CN102890596 A CN 102890596A CN 2011102047051 A CN2011102047051 A CN 2011102047051A CN 201110204705 A CN201110204705 A CN 201110204705A CN 102890596 A CN102890596 A CN 102890596A
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Abstract
The invention relates to a computer system, an image acquisition device and a servo method of the image acquisition device. The servo method comprises the following steps of: acquiring an image through the image acquisition device; obtaining an in-use window of a computer mainframe; obtaining the position of a cursor of the in-use window; copying the image on a scrapbook of the computer mainframe; and sticking the image on the position of the cursor of the in-use window through the scrapbook.
Description
Technical field
The present invention relates to a kind of computer system, relate in particular to a kind of image acquiring device that is controlled by the servo programe that operates in main frame, and servo programe is to the servo method of image acquiring device.
Background technology
The method of operating of traditional flat-bed scanner (flat bed scanner) is: the user opens specific scanning software (such as Adobe Photoshop), the user selects scanner, the user operates specific scanning software scanning document is carried out preview (preview), then the selected wish of user scanning area is carried out the single pass action again, and last user is stored as image file with scan image.If user's wish is placed in described scan image in certain file, the user must utilize " insert pictures " function of file editor, with manual type described image file is embedded in the file.The user must carry out above-mentioned loaded down with trivial details operating process, could be with Image Acquisition to file.That is to say that conventional art need to be stored as the scan image after having scanned image file and use with manual type.
Summary of the invention
The invention provides the servo method of a kind of computer system, image acquiring device and image acquiring device, wherein servo programe directly is inserted in the editing files that carries out at present the image that the servo method of image acquiring device can obtain image acquiring device, and does not need the user to carry out the troublesome operation process of conventional art.
The embodiment of the invention proposes a kind of servo method of image acquiring device.This servo method comprises: obtain an image with this image acquiring device; Obtain one of a main frame use in window; Obtain the position of a cursor of window in this use; With the scrapbook of this copying image in this main frame; And this image is adhered on the position of this cursor of window this use from this scrapbook.
The embodiment of the invention proposes a kind of computer system, comprises image acquiring device and main frame.Image acquiring device is in order to obtain image.Main frame moves a servo programe.Wherein, this servo programe obtain one of this main frame use in window (active window), obtain the position of the cursor (text cursor) of window in this use, with the scrapbook (clipboard) of this copying image in this main frame, and this image is adhered on the position of the cursor of window this use from this scrapbook.
The embodiment of the invention proposes a kind of image acquiring device that is controlled by the servo programe that operates in main frame.This image acquiring device comprises image acquisition unit, communication unit and processing unit.Image acquisition unit is in order to obtain image.Communication unit is in order to be coupled to main frame.Processing unit is connected to image acquisition unit and communication unit, in order to this image is transferred to main frame by communication unit.Wherein, this servo programe obtain one of main frame use in window, obtain the position of the cursor of window in this use, with the scrapbook of this copying image in this main frame, and this image is adhered on the position of the cursor of window this use from this scrapbook.
In one embodiment of this invention, above-mentioned image acquiring device comprises button at least.When button was the first operation behavior, image acquiring device began to carry out the Image Acquisition operation.When button was the second operation behavior, this image acquiring device finished the Image Acquisition operation and obtains this image.
In one embodiment of this invention, above-mentioned image acquiring device comprises mobile testing mechanism at least.When this moved testing mechanism and detects this image acquiring device and be moved, this image acquiring device began to carry out the Image Acquisition operation.Detect this image acquiring device and stop when mobile when this moves testing mechanism, this image acquiring device finishes Image Acquisition operation and obtains this image.
In one embodiment of this invention, above-mentioned image acquiring device scans a part of content of a file and obtains this image, and this servo programe displaying ratio of also adjusting this image is with the size of this partial content of being similar to this document.
In one embodiment of this invention, above-mentioned image acquiring device comprise at least a switch take the beacon scanning direction as a file laterally or a file vertical, and this image acquiring device is also according to the direction of this this image of switch correction.
In one embodiment of this invention, the image that obtains of above-mentioned image acquiring device comprises a plurality of subimages.This image acquiring device obtains those subimages in mode repeatedly.This servo programe is spliced into this image with those subimages.
In one embodiment of this invention, this image acquiring device also obtains one second image.This servo programe becomes new images with this image with this second Image Mosaics.This servo programe is replicated in scrapbook with this new images.This servo programe adheres on this new images the position of the cursor of window the use to replace this original image from this scrapbook.
Based on above-mentioned, the image that the servo method that servo programe carries out image acquiring device in the embodiment of the invention can obtain image acquiring device directly is inserted into the cursor place of window in the present use.Window can be Excel, Word, Power point, Outlook, QQ, MSN, Skype, IE or other software in the described use.Therefore, image acquiring device can be reached and namely sweep the convenience that namely enters window in the present use.
For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and cooperate accompanying drawing to be described in detail below.
Description of drawings
Fig. 1 is the function block diagram that a kind of computer system is described according to the embodiment of the invention.
Fig. 2 A is the schematic flow sheet according to the servo method of image acquiring device in the embodiment of the invention key diagram 1.
Fig. 2 B is according to the shown picture view of display device in the embodiment of the invention key diagram 1.
Fig. 2 C directly scans/obtains situation synoptic diagram to main frame File by image acquiring device with the partial content of entity file according to embodiment of the invention explanation user.
Fig. 3 is the schematic flow sheet according to the servo method of image acquiring device in another embodiment of the present invention key diagram 1.
Fig. 4 A is the schematic flow sheet according to the servo method of image acquiring device in yet another embodiment of the invention key diagram 1.
Fig. 4 B is the situation synoptic diagram that carries out image scanning with the longitudinal direction of entity file according to another embodiment of the present invention explanation user.
Fig. 5 A is the schematic flow sheet according to the servo method of image acquiring device in further embodiment of this invention key diagram 1.
Fig. 5 B obtains a plurality of subimages in mode repeatedly to entity file according to further embodiment of this invention explanation image acquiring device, and servo programe is spliced into these subimages the situation synoptic diagram of single image.
Fig. 6 is the schematic flow sheet according to the servo method of image acquiring device in yet another embodiment of the invention key diagram 1.
Reference numeral:
10: world-wide web
100: computer system
110: image acquiring device
111: image acquisition unit
112,122,124: communication unit
113,123: User's Interface
114: storer
115,125: processing unit
116: mobile testing mechanism
120: main frame
121: servo programe
130: display device
210: window in the use
211: cursor
220: window in the non-use
230,510: entity file
401,402,530,540,550: image
501,502: arrow
520: picture
S205～S245, S310～S320, S410～S420, S510～S520: step
Embodiment
Fig. 1 is the function block diagram that a kind of computer system 100 is described according to the embodiment of the invention.Computer system 100 comprises image acquiring device 110, main frame 120 and display device 130.Image acquiring device 110 can obtain image.Image acquiring device 110 can be scanner (scanner), digital camera, video camera, web camera (webcam) or other can obtain the device of image, and is to realize image acquiring device 110 with scanner in present embodiment.Image acquiring device 110 is connected to main frame 120 by a communication interface.Described communication interface can be small computer system interface (small computer system interface, SCSI), enhanced parallel port (enhanced parallel port, EPP), USB (universal serial bus) (universal serial bus is hereinafter referred to as USB), wireless network (wireless network) or other computing machines periphery communication interface.
Above-mentioned main frame 120 can be computing machine personal computer (personal computer, PC), workstation (Workstation), notebook computer (Notebook), intelligent mobile phone (smart phone) or other computer platforms.For example, main frame 120 comprises communication unit 122, User's Interface (user interface, UI) 123, communication unit 124, processing unit 125 etc.Processing unit 125 is connected to communication unit 122, User's Interface 123 and communication unit 124.Processing unit 125 operation systems (operating system, OS) and application program, and the data/commands that receives user's input by User's Interface 123 (input medias such as keyboard, mouse).Processing unit 125 outputs image to the user by display device 130.Processing unit 125 can link to world-wide web (internet) 10 communicating by communication unit 124, such as the input inquiry instruction with operations such as carrying out website or information search or carry out that data are downloaded or uploaded.
Processing unit 125 can be connected to by the communication interface that communication unit 122 provides image acquiring device 110.The processing unit 125 of main frame 120 can move servo programe 121, so that servo and control image acquiring device 110.Servo programe 121 can be the procedure code that resides in (or residing in very much) operating system.Servo programe 121 can background executive mode (or prospect executive mode) run on main frame 120.Servo programe 121 in order to the connection state between detected image deriving means 110 and the main frame 120, understand the instruction that come by image acquiring device 110 and cross display device 130 according to the instruction of understanding with IMU and show and give user's (can describe in detail again for servo programe 121 after a while).
Window (active window) during servo programe 121 can be obtained and use at present in the operating system of main frame 120, and the position of obtaining the cursor (text cursor) of window in this use.Window refers to the present focus window (currently focused window) in present window management person (current window manager) or present browser (current explorer) in the described use.After servo programe 121 successes obtain the position of the cursor of window in this use, when servo programe 121 detects image acquiring device 110 and has finished the Image Acquisition operation because of user's triggering, servo programe 121 can be automatically with the scrapbook (clipboard) of this copying image in the operating system of main frame 120, and this image is adhered on the position of the cursor of window this use from this scrapbook.
In present embodiment, image acquiring device 110 comprises image acquisition unit 111, communication unit 112, User's Interface 113, storer 114 and processing unit 115.User's Interface 113 can receive the steering order that the user inputs at image acquiring device 110.For example, the user can operate User's Interface 113 and the image scanning operation of start/stop image acquiring device 110.The operation that image acquisition unit 111 obtains with carries out image in response to the control signal of coming in processing unit 115, the scan image that produces then temporarily is stored in the storer 114.
In present embodiment, image acquisition unit 111 comprises Image Acquisition module, analog-digital converter (analog-to-digital converter, A/D converter) and timing controlled module (timing control module).The Image Acquisition module comprises, and for example, in order to complementary metal oxide semiconductor (CMOS) (complementary metal-oxide-semiconductor, the CMOS) imageing sensor (image sensor) that obtains image, is called for short CIS.The timing controlled module can carry out the acquisition operation of view data according to the image desired signal control Image Acquisition module that processing unit 115 provides, such as starting the operations such as light source, sense image signal.Analog-digital converter can be according to the timing controlled of timing controlled module, and the analog picture signal of Image Acquisition module output is converted to the digital image signal, and exports the digital image signal to processing unit 115.
The processing unit 115 of image acquiring device 110 can be connected to by the communication interface that communication unit 112 provides main frame 120.For example, communication unit 112 can be the USB controller.When image acquiring device 110 is connected to main frame 120 by USB, main frame 120 can be considered as image acquiring device 110 a mass data transmission (mass data transfer) device, memory storages such as outside hard disk, Portable disk.When the servo programe 121 of main frame 120 was found memory storage (being image acquiring device 110), servo programe 121 was namely monitored (monitor) to this memory storage.Therefore, main frame 120 can be by communication unit 112 and processing unit 115 access memories 114.
Fig. 2 A is the schematic flow sheet according to the servo method of image acquiring device 110 in the embodiment of the invention key diagram 1.Servo method may be implemented as servo programe 121 shown in Fig. 2 A.Effectively whether please refer to Fig. 1 and Fig. 2 A, servo programe 121 carries out step S205, with check image deriving means 110 (Available).If check result is no, for example image acquiring device 110 is not yet started shooting, or image acquiring device 110 not yet is connected to main frame 120, and then servo programe 121 can be moved to end and return system (step S210).If image acquiring device 110 is effective, then which is " window in the use " (step S215) to servo programe 121 in numerous windows of operating system query count machine host 120, and the position (step S220) of obtaining the cursor (text cursor) of window in this use.
For example, Fig. 2 B is according to the shown picture view of display device in the embodiment of the invention key diagram 1 130.Please refer to Fig. 2 B, have in the use window 220 in window 210 and the non-use shown in the display device 130 in the picture.Window 210 is editors of a file in this hypothesis is used, and window 210 has cursor 211 in using, shown in Fig. 2 B.Window 210 can be Excel, Word, Power point, Outlook, QQ, MSN, Skype, IE or the input window of other softwares in the use.Servo programe 121 can carry out step S215 and S220 at any time, in order to obtain the information of window 210 in the use of main frame 120 to operating system, and the position of obtaining the cursor 211 of window 210 in the use.
Fig. 2 C directly scans/obtains to the situation synoptic diagram of main frame 120 Files by the partial content of image acquiring device 110 with entity file 230 according to embodiment of the invention explanation user.Are hand-scanners at this hypothesis image acquiring device 110, so image acquiring device 110 also disposed mobile testing mechanism 116, as shown in Figure 1.Mobile testing mechanism 116 uses displacement transducer (such as optical mouse (optical mouse) or scrambler (encoder) etc.) to provide displacement signal to processing unit 115.The amount of movement of described displacement signal presentation video deriving means 110.
Please refer to Fig. 2 A and Fig. 2 C, servo programe 121 carries out step S225, whether begins to carry out the Image Acquisition operation with detected image deriving means 110.If described Image Acquisition operation not yet is triggered, then servo programe 121 is got back to step S215.Present embodiment is that the operation behavior according to the button of User's Interface 113 determines whether triggering described Image Acquisition operation.For example, when the user presses button by User's Interface 113 (namely when button is the first operation behavior), the image acquisition unit 111 of image acquiring device 110 begins to carry out the Image Acquisition operation, and the servo programe 121 of main frame 120 can be received the trigger pip from processing unit 115 in the image acquiring device 110.Next, servo programe 121 can obtain view data (step S230) from image acquiring device 110.
Along with the user push button and the process of moving images deriving means 110 in, for example image acquiring device 110 shown in Fig. 2 C follows the direction of arrow from moving left to the process on the right side at entity file 230, image acquisition unit 111 sequentially and constantly is sent to view data processing unit 115, and processing unit 115 then is temporary in view data storer 114.Servo programe 121 carries out step S235, whether finishes the Image Acquisition operation with detected image deriving means 110.Present embodiment is that the operation behavior according to the button of User's Interface 113 determines whether finishing described Image Acquisition operation.For example, detect the button of User's Interface 113 by processing unit 115 and whether decontroled (whether namely detect button is the second operation behavior), determine whether finishing described Image Acquisition operation.If described Image Acquisition operation not yet is moved to end, then servo programe 121 is got back to step S230.Therefore, the servo programe 121 of main frame 120 can constantly be taken the view data in the storer 114 and collect away.After the button of person's interface 113 to be used was decontroled, image acquiring device 110 finished the Image Acquisition operation, and the 121 Image Acquisition operations of processing unit 115 notice servo programes finish.
The operation behavior of the button that above-mentioned steps S225 and S235 detect can be other operation behaviors.For example, in other embodiments, in button and the relieving rear (namely button first operation behavior occur) of user's pressure by a User's Interface 113, the image acquisition unit 111 of image acquiring device 110 begins to carry out the Image Acquisition operation, and servo programe 121 can obtain view data (step S230) from image acquiring device 110.In the process along with user's moving images deriving means 110, image acquisition unit 111 sequentially and constantly is sent to view data processing unit 115.In the process of carrying out the Image Acquisition operation, servo programe 121 carries out step S235, whether to press again button and the relieving (whether namely detecting button as the second operation behavior) by User's Interface 113 by processing unit 115 detection users, determine whether finishing described Image Acquisition operation.
Next, the servo programe 121 of main frame 120 carries out step S240, collected view data is replicated in the scrapbook (clipboard) of main frame 120.Then, servo programe 121 carries out step S245, in order to automatically collected view data is adhered on the position of the cursor 211 of window 210 use from this scrapbook, shown in Fig. 2 C.Therefore image acquiring device 110 can be reached namely to sweep and namely enter present convenience of carrying out editing files.
In other embodiments, the button of above-mentioned User's Interface 113 can be omitted.For example, processing unit 115 can come by mobile testing mechanism 116 amount of movement of sensing image deriving means 110.When sensing image deriving means 110 was moved, processing unit 115 triggered image acquisition unit 111 and begins to carry out the Image Acquisition operation.After sensing image deriving means 110 stopped to move, processing unit 115 finished described Image Acquisition operation.That is to say that when mobile testing mechanism 116 detected image acquiring device 110 and is moved, the processing unit 115 of image acquiring device 110 began to carry out the Image Acquisition operation by image acquisition unit 111.Stop when mobile when mobile testing mechanism 116 detects image acquiring device 110, the processing unit 115 of image acquiring device 110 finishes these Image Acquisition operations and obtains image, and processing unit 115 is deposited in storer 114 with this image.When this image was deposited in storer 114, in the scrapbook of main frame 120, then this image of storeies 114 was deleted in notifier processes unit 115 to servo programe 121 with the copying image in the storer 114.
In above-mentioned a plurality of embodiment, servo programe 121 is the positions that unjustified original image adhered on the cursor 211 of window 210 in the use via the scrapbook of operating system.In other embodiments, at the partial content of image acquiring device 110 scanning documents 230 and after obtaining image, servo programe 121 is also adjusted the displaying ratio of this image, makes the size of this image be similar to the actual size of this partial content that is scanned in this document 230.Fig. 3 is the schematic flow sheet according to the servo method of image acquiring device 110 in another embodiment of the present invention key diagram 1.Embodiment illustrated in fig. 3 can be with reference to the related description of Fig. 2 A.Be different from Fig. 2 A illustrated embodiment part, be step S310 and the step S320 of also comprising embodiment illustrated in fig. 3.Behind completing steps S235, the namely servo programe 121 Image Acquisition operation that detected image acquiring device 110 finishes, servo programe 121 can carry out step S310, so that collected view data is carried out the displaying ratio adjustment, make the size of this image in window 210 shown manuscripts be similar to the actual size of this partial content that is scanned in the file 230.Perhaps, step S310 makes size after this image is printed be similar to the actual size of this partial content that is scanned in the file 230.
Behind the completing steps S310, servo programe 121 can carry out step S240 to S245, so that with the scrapbook of this copying image in main frame 120, and this image is adhered on the position of the cursor 211 of window 210 use from this scrapbook.Behind the completing steps S245, servo programe 121 can carry out step S320, assigns " finishing scanning " instruction so that the inspection user has or not.If the user not yet assigns " finishing scanning " instruction, then servo programe 121 is got back to step S215.If the user assigns " finishing scanning " instruction, then servo programe 121 can be moved to end and the return system.
In other embodiments, User's Interface 113 has switch, take the beacon scanning direction as a file laterally or a file vertical.Fig. 4 A is the schematic flow sheet according to the servo method of image acquiring device 110 in yet another embodiment of the invention key diagram 1.Fig. 4 A illustrated embodiment can be with reference to the related description of Fig. 2 A and Fig. 3.Be different from Fig. 2 A and part embodiment illustrated in fig. 3, be that Fig. 4 A illustrated embodiment also comprises step S410 and step S420.Behind completing steps S225, namely servo programe 121 has detected image acquiring device 110 and has begun to carry out the Image Acquisition operation, and servo programe 121 can carry out step S410, to detect the configuration of switch described in the User's Interfaces 113 by processing unit 115.The configuration of described switch at least can presentation video deriving means 110 the direction of scanning be that file is horizontal or file is vertical.Behind the completing steps S410, servo programe 121 can carry out step S230 to S235, in order to obtain view data from image acquiring device 110.
In the practical application situation, the user may be scanned with the horizontal direction of file 230, for example shown in Fig. 2 C.Use situation shown in Fig. 2 C and be horizontal direction (Fig. 2 C arrow direction) with file 230 as the direction of scanning.The Another Application situation, the user may be scanned with the longitudinal direction of file 230.For example, Fig. 4 B is the situation synoptic diagram that carries out image scanning with the longitudinal direction of file 230 according to another embodiment of the present invention explanation user.When the user wants longitudinal direction (Fig. 4 B arrow direction) with file 230 when carrying out image scanning, the switch that the user can setup and use person interface 113, making this switch beacon scanning direction is that file is vertical.Therefore, please refer to Fig. 4 A and Fig. 4 B, servo programe 121 can detect switch described in the User's Interface 113 in step S410 configuration is that file is vertical.So after image acquiring device 110 is finished the Image Acquisition operation (step S235 finish after), servo programe 121 can carry out step S420, so as according to the configuration of switch described in the User's Interface 113 image data processing accordingly.
Shown in Fig. 4 B, can obtain the image 401 that image acquiring device 110 provides behind the servo programe 121 completing steps S235.In step S420, servo programe 121 is according to the direction of the configuration correction image that detects switch among the step S410, for example with image 401 clockwise half-twists, to obtain image 402 with correct direction.Therefore, no matter the direction of scanning of image acquiring device 110 why, servo programe 121 can obtain to have the image of correct direction.Behind completing steps S420, servo programe 121 then carries out step S240 to S245, so that with the scrapbook (step S240) of this copying image in main frame 120, and from this scrapbook with this image adhere on shown in Fig. 2 C use the position (step S245) of cursor 211 of window 210.Behind the completing steps S245, servo programe 121 can carry out step S320, assigns " finishing scanning " instruction so that the inspection user has or not.If the user not yet assigns " finishing scanning " instruction, then servo programe 121 is got back to step S215.If the user assigns " finishing scanning " instruction, then servo programe 121 can be moved to end and the return system.
Above-described embodiment is the direction by servo programe 121 correction image.In other embodiments, the work of correction image direction can be carried out by the processing unit 115 in the image acquiring device 110.Processing unit 115 in the image acquiring device 110 is also according to the direction of the configuration correction image of this switch, shown in Fig. 4 B.Therefore, no matter the direction of scanning of image acquiring device 110 why, servo programe 121 can obtain to have the image of correct direction.
Above-described embodiment disposes described switch in User's Interface 113, set the image scanning direction of image acquiring device 110 for the user.In other embodiments, servo programe 121 can show a User's Interface in display device 130, to replace the described switch in the User's Interface 113.The direction of scanning that the User's Interface of servo programe 121 provides the user that image acquiring device 110 is set is vertically (as shown in Figure 3) or file horizontal (shown in Fig. 2 C) of file.After image acquiring device 110 was finished the Image Acquisition operation, servo programe 121 can obtain the image (direction may be wrong) that image acquiring device 110 provides, and then servo programe 121 can be according to the direction of user's configuration and setting correction image.Therefore, no matter the direction of scanning of image acquiring device 110 why, servo programe 121 is the correction image direction accordingly, and then the image that will have a correct direction of the scrapbook by operating system adheres on the position of the cursor 211 of window 210 in the use.
Fig. 5 A is the schematic flow sheet according to the servo method of image acquiring device 110 in further embodiment of this invention key diagram 1.Fig. 5 A illustrated embodiment can be with reference to the related description of Fig. 2 A, Fig. 3 and Fig. 4 A.Be different from Fig. 4 A illustrated embodiment part, be that Fig. 5 A illustrated embodiment also comprises step S510 and step S520.Please refer to Fig. 1 and Fig. 5 A, behind completing steps S420, servo programe 121 direction of correction image accordingly according to the configuration of switch described in the User's Interface 113 namely, servo programe 121 can carry out step S510, to carry out the splicing of a plurality of images.Because servo programe 121 carries out only obtaining a number of sub images (hereinafter referred to as the first subimage) from image acquiring device 110 behind step S205, S215～S235 and the S410～S420 for the first time, then step S510 can be left in the basket.Next servo programe 121 can carry out step S520, with judge whether the user the assigns instruction of " finish splicing ".If servo programe 121 not yet detects the instruction of " finishing splicing ", then servo programe 121 is got back to step S410, in order to obtain another new subimage (hereinafter referred to as the second subimage) from image acquiring device 110.
With after repeatedly mode is obtained the first subimage and the second subimage, servo programe 121 can be spliced into an image with this two number of sub images in step S510 at servo programe 121.Step S510 can use any Image Mosaics algorithm, for example with U.S. Patent Publication No. US 2010/0296131 described stitching (stitch) method relevant for a plurality of subimages being spliced into an image the first subimage and the second subimage is spliced into an image.The sewing method of image is known technology, so do not give unnecessary details at this.
For example, Fig. 5 B obtains a plurality of subimages 530 and 540 in mode repeatedly to entity file 510 according to further embodiment of this invention explanation image acquiring device 110, and servo programe 121 is spliced into these subimages 530 and 540 the situation synoptic diagram of single image 550.Suppose that at this image acquiring device 110 is hand-scanners.Because the picture 520 on the entity file 510 is too large, image acquiring device 110 can't the complete picture 520 of single pass, therefore must scan with the picture 520 to entity file 510 of mode repeatedly.After servo programe 121 carried out step S205, S215～S235 shown in Fig. 5 A and S410～S420 for the first time, namely image acquiring device 110 path direction of following arrow 501 shown in Fig. 5 B was from moving left the top of picture 520 to the right scanning entity file 510.Therefore, servo programe 121 can obtain the first subimage 530 from image acquiring device 110.
Next, servo programe 121 is got back to step S410, and namely image acquiring device 110 path direction of following arrow 502 shown in Fig. 5 B is from moving left the bottom of picture 520 to the right scanning entity file 510.Therefore, servo programe 121 can obtain the second subimage 540 from image acquiring device 110.Then, servo programe 121 carries out the sewing method of the described image of step S510 among Fig. 5 A, in order to these subimages 530 and 540 are spliced into single image 550.Behind completing steps S510 and S520, servo programe 121 persons of connecing carry out step S240 to S245, in order to this image 550 is replicated in the scrapbook of main frame 120, and from this scrapbook with this image 550 adhere on use shown in Fig. 2 C the position of cursor 211 of window 210.
The operation of the described stitching image of above-described embodiment is carried out by servo programe 121.In other embodiments, the operation of described stitching image can change by image acquiring device 110 responsible execution.For example, the processing unit 115 of image acquiring device 110 is responsible for subimage 530 and 540 shown in Fig. 5 B is spliced into single image 550, then just image 550 is sent to the servo programe 121 of main frame.
Fig. 6 is the schematic flow sheet according to the servo method of image acquiring device 110 in yet another embodiment of the invention key diagram 1.Embodiment illustrated in fig. 6 can be with reference to the related description of Fig. 2 A, Fig. 3, Fig. 4 A and Fig. 5 A.Be different from Fig. 5 A illustrated embodiment part, be embodiment illustrated in fig. 6 step S520 to be disposed between step S245 and the step S320.Please refer to Fig. 1 and Fig. 6, after servo programe 121 carries out step S205, S215～S235 and S410～S420 for the first time, 121 of servo programes obtain number of sub images (hereinafter referred to as the first subimage) from image acquiring device 110, so step S510 can be left in the basket.Next servo programe 121 can carry out step S240 and S245, so that the first subimage is adhered on the position of the cursor of window the use from scrapbook.To adhere at this that the first subimage of window is called original image in use.
Next servo programe 121 can carry out step S520, with judge whether the user the assigns instruction of " finish splicing ".If servo programe 121 not yet detects the instruction of " finishing splicing ", then servo programe 121 is got back to step S410, in order to again obtain another new image (hereinafter referred to as the second image) from image acquiring device 110.With after repeatedly mode is obtained original image and the second image, servo programe 121 will carry out step S510 so that original image is become a new images with the second Image Mosaics at servo programe 121.Then, servo programe 121 carries out step S240 new images is replicated in the scrapbook of main frame 120, and carry out step S245 from this scrapbook new images is adhered on the position of the cursor of window the use, namely replace original image with new images.If servo programe 121 detects the instruction of " finishing splicing ", then servo programe 121 carries out step S320.
For example, please refer to Fig. 5 B and Fig. 6, after servo programe 121 carried out step S205, S215～S245 and S410～S420 for the first time, servo programe 121 was labelled to original image 530 position of the cursor 211 of window 210 in using shown in Fig. 2 C.Next servo programe 121 is got back to step S410, in order to again obtain the second image 540 from image acquiring device 110.With after repeatedly mode is obtained original image 530 and the second image 540, servo programe 121 is spliced into a new images 550 with original image 530 and the second image 540 at servo programe 121.Then, servo programe 121 is replicated in the scrapbook of main frame 120 with new images 550, and from this scrapbook with new images 550 adhere on use shown in Fig. 2 C the position of cursor 211 of window 210, namely replace original image 530 with new images 550.
In sum, the described image acquiring device 110 of above-described embodiment (for example hand-scanner) is connected with main frame 120 by USB (or wireless network).After connection was finished, image acquiring device 110 can be regarded as a memory storage.When the servo programe 121 of main frame 120 is found memory storage (image acquiring device 110), namely to this memory storage exercise supervision (Monitor).On the other hand, servo programe 121 is also obtained the position of the cursor 211 of window 210 the present use at any time from operating system.When the user operated image acquiring device 110 and carries out Image Acquisition operation (for example scan image), the servo programe 121 of main frame 120 can be received the trigger pip from image acquiring device 110.Scan image sequentially constantly is sent to the servo programe 121 of main frame 120 along with the Image Acquisition operation.After person to be used stops the Image Acquisition operation, the servo programe 121 of main frame 120 copies collected view data by scrapbook mode is inserted into the specified position of cursor in the window 210 in the use (such as Excel, Word, Power point, Outlook, QQ, MSN, the softwares such as Skype, IE) 211 with image.Therefore, above-described embodiment can be reached and namely sweep the convenience that namely enters window in the present use.Although the present invention discloses as above with embodiment, so it is not to limit the present invention, and any person of an ordinary skill in the technical field when can doing a little change and retouching, and does not break away from the spirit and scope of the present invention.
Claims (21)
1. the servo method of an image acquiring device comprises:
Obtain an image with this image acquiring device;
Obtain one of a main frame use in window;
Obtain the position of a cursor of window in this use;
With the scrapbook of this copying image in this main frame; And
This image is adhered on the position of this cursor of window this use from this scrapbook.
2. the servo method of described image acquiring device according to claim 1, wherein this image acquiring device comprises a button at least; And the described step of obtaining an image with this image acquiring device comprises:
When this button is first operation behavior, make this image acquiring device begin to carry out an Image Acquisition operation; And
When this button is second operation behavior, makes this image acquiring device finish this Image Acquisition operation and obtain this image.
3. the servo method of described image acquiring device according to claim 1, wherein this image acquiring device comprises at least and moves testing mechanism; And the described step of obtaining an image with this image acquiring device comprises:
When this moved testing mechanism and detects this image acquiring device and be moved, this image acquiring device began to carry out an Image Acquisition operation; And
Detect this image acquiring device and stop when mobile when this moves testing mechanism, this image acquiring device finishes this Image Acquisition operation and obtains this image.
4. the servo method of described image acquiring device according to claim 1, wherein this image acquiring device scans a part of content of a file and obtains this image; And described servo method also comprises:
The displaying ratio of adjusting this image is with the size of this partial content of being similar to this document.
5. the servo method of described image acquiring device according to claim 1, wherein this image acquiring device comprise at least a switch take the beacon scanning direction as a file laterally or a file vertical; And described servo method also comprises:
Direction according to this this image of switch correction.
6. the servo method of described image acquiring device according to claim 1, wherein this image of obtaining of this image acquiring device comprises a plurality of subimages; And the described step of obtaining an image with this image acquiring device comprises:
Obtain those subimages in mode repeatedly; And
Those subimages are spliced into this image.
7. the servo method of described image acquiring device according to claim 1 wherein also comprises:
Again obtain one second image with this image acquiring device;
This image is become a new images with this second Image Mosaics;
This new images is replicated in this scrapbook; And
From this scrapbook this new images is adhered on the position of this cursor of window this use, to replace this original image.
8. computer system comprises:
One image acquiring device is in order to obtain an image; And
One main frame, move a servo programe, wherein this servo programe obtain one of this main frame use in window, obtain the position of a cursor of window in this use, with the scrapbook of this copying image in this main frame, and this image is adhered on the position of this cursor of window this use from this scrapbook.
9. computer system according to claim 8, wherein this image acquiring device comprises a button at least; When this button was first operation behavior, this image acquiring device began to carry out an Image Acquisition operation; And when this button was second operation behavior, this image acquiring device finished this Image Acquisition operation and obtains this image.
10. computer system according to claim 8, wherein this image acquiring device comprises at least and moves testing mechanism; When this moved testing mechanism and detects this image acquiring device and be moved, this image acquiring device began to carry out an Image Acquisition operation; And detect this image acquiring device and stop when mobile when this moves testing mechanism, this image acquiring device finishes this Image Acquisition operation and obtains this image.
11. computer system according to claim 8, wherein this image acquiring device scans a part of content of a file and obtains this image, and this servo programe displaying ratio of also adjusting this image is with the size of this partial content of being similar to this document.
12. computer system according to claim 8, wherein this image acquiring device comprise at least a switch take the beacon scanning direction as a file laterally or a file vertical, and this image acquiring device is also according to the direction of this this image of switch correction.
13. computer system according to claim 8, wherein this image of obtaining of this image acquiring device comprises a plurality of subimages; This image acquiring device obtains those subimages in mode repeatedly; And this servo programe is spliced into this image with those subimages.
14. computer system according to claim 8, wherein this image acquiring device also obtains one second image; This servo programe becomes a new images with this image with this second Image Mosaics; This servo programe is replicated in this scrapbook with this new images; And this servo programe adheres on this new images the position of this cursor of window this use to replace this original image from this scrapbook.
15. an image acquiring device that is controlled by the servo programe that operates in main frame comprises:
One image acquisition unit is in order to obtain an image;
One communication unit is in order to be coupled to this main frame; And
One processing unit, be connected to this image acquisition unit and this communication unit, in order to this image is transferred to this main frame by this communication unit, wherein this servo programe obtain one of this main frame use in window, obtain the position of a cursor of window in this use, with the scrapbook of this copying image in this main frame, and this image is adhered on the position of this cursor of window this use from this scrapbook.
16. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15 wherein also comprises:
One button is connected to this processing unit;
Wherein when this button was first operation behavior, this processing unit began to carry out an Image Acquisition operation by this image acquisition unit; And when this button was second operation behavior, this processing unit finished this Image Acquisition operation and obtains this image.
17. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15 wherein also comprises:
One moves testing mechanism, is connected to this processing unit, and whether this moves testing mechanism and detect this image acquiring device and be moved;
Wherein when this moved testing mechanism and detects this image acquiring device and be moved, this processing unit began to carry out an Image Acquisition operation by this image acquisition unit; And detect this image acquiring device and stop when mobile when this moves testing mechanism, this processing unit finishes this Image Acquisition operation and obtains this image.
18. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15, it is the one scan device, wherein this scanner scans a part of content of a file and obtains this image, and this servo programe displaying ratio of also adjusting this image is with the size of this partial content of being similar to this document.
19. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15, it is the one scan device, wherein this scanner comprise at least a switch take the beacon scanning direction as a file laterally or a file vertical, and this processing unit is also according to the direction of this this image of switch correction.
20. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15, wherein this image of obtaining of this image acquiring device comprises a plurality of subimages; This processing unit obtains those subimages by this image acquisition unit in mode repeatedly; And this servo programe is spliced into this image with those subimages.
21. the described image acquiring device that is controlled by the servo programe that operates in main frame according to claim 15, wherein this processing unit obtains one second image again by this image acquisition unit; This servo programe becomes a new images with this image with this second Image Mosaics; This servo programe is replicated in this scrapbook with this new images; And this servo programe adheres on this new images the position of this cursor of window this use to replace this original image from this scrapbook.
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| CN2011102047051A CN102890596A (en) | 2011-07-21 | 2011-07-21 | Computer system, image acquisition device and servo method of image acquisition device |
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| CN2011102047051A CN102890596A (en) | 2011-07-21 | 2011-07-21 | Computer system, image acquisition device and servo method of image acquisition device |
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