WO2007028334A1 - Système de traitement d'image numérique libre-service - Google Patents

Système de traitement d'image numérique libre-service Download PDF

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Publication number
WO2007028334A1
WO2007028334A1 PCT/CN2006/002305 CN2006002305W WO2007028334A1 WO 2007028334 A1 WO2007028334 A1 WO 2007028334A1 CN 2006002305 W CN2006002305 W CN 2006002305W WO 2007028334 A1 WO2007028334 A1 WO 2007028334A1
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WO
WIPO (PCT)
Prior art keywords
digital image
self
image processing
module
service
Prior art date
Application number
PCT/CN2006/002305
Other languages
English (en)
Chinese (zh)
Inventor
Jun Xiao
Original Assignee
Jun Xiao
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN200520023247.1U external-priority patent/CN2852199Y/zh
Priority claimed from CN200510086421.1A external-priority patent/CN1932895A/zh
Application filed by Jun Xiao filed Critical Jun Xiao
Priority to CNA2006800327939A priority Critical patent/CN101273301A/zh
Publication of WO2007028334A1 publication Critical patent/WO2007028334A1/fr

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Classifications

    • G—PHYSICS
    • G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
    • G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
    • G03B17/00—Details of cameras or camera bodies; Accessories therefor
    • G03B17/48—Details of cameras or camera bodies; Accessories therefor adapted for combination with other photographic or optical apparatus
    • G03B17/50—Details of cameras or camera bodies; Accessories therefor adapted for combination with other photographic or optical apparatus with both developing and finishing apparatus
    • G03B17/53—Details of cameras or camera bodies; Accessories therefor adapted for combination with other photographic or optical apparatus with both developing and finishing apparatus for automatically delivering a finished picture after a signal causing exposure has been given, e.g. by pushing a button, by inserting a coin
    • G—PHYSICS
    • G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
    • G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
    • G03B27/00—Photographic printing apparatus

Definitions

  • the present invention relates to a digital image processing system, and more particularly to a self-service digital image processing system, a digital image processing device and a digital image processing method thereof. Background technique
  • the digital image processing device uses a computer as the processing main body, and the output of the digital image is mainly a large-scale digital printing machine. These devices mainly stay in a professional and skilled user group, and are not good at using non-digital imaging professionals.
  • the average user of the computer also has a certain distance, and it is necessary to provide a "fool-type" processing device dedicated to processing and outputting digital images to meet the needs of ordinary users for processing and outputting digital images.
  • a "fool-type" processing device dedicated to processing and outputting digital images to meet the needs of ordinary users for processing and outputting digital images.
  • a digital image processing method suitable for a digital image processing device is disclosed.
  • a digital image input device is selected, digital image data is imported from the selected device, and digital is selected.
  • the digital image product classification and service classification provided by the image processing device determines the operation template according to the selected classification product and service, and edits the imported digital image according to the operation template and its corresponding function to obtain a digital image product, and finally according to the digital image
  • the product product manufacturing product order is processed after the order is confirmed, and the digital image product is output or transmitted via the Internet according to the processing mode of the selected digital image product.
  • the object of the present invention is to provide a self-service digital image processing system, which enables a user to manipulate a digital image processing device by remote control at any time, and self-service value-added services such as image processing output.
  • a self-service digital image processing system comprising at least one self-service digital image processing device, a network user terminal and a network management system connected through a network, the self-service digital image processing device further including setting a computer processing module in the cabinet and a photo output device connected to the computer processing module, the computer processing module further comprising a computer host and a display screen connected to the computer host, a CD recorder, a USB interface, a network adapter, and A memory card reader, the photo output device further comprising a digital exposure module and a print module respectively connected to a serial interface of the computer host.
  • the network adapter is at least one of a wireless communication network card, a local area network network card, a CABLE modem, or an xDSL network card.
  • the computer processing module further includes at least one of an infrared port connected to the computer host, a handwriting recognition board, a scanner, a digital camera, and a camera.
  • the printing module includes:
  • a printing main control board connected to the computer host through a serial interface
  • a carton having an accommodating space for accommodating photographic paper and a paper exit port communicating with the accommodating space; an exposure chamber having an exposure chamber and a paper feed port and a paper discharge port communicating with the exposure chamber The paper feed port of the exposure box is connected to the paper exit of the carton;
  • a paper feeding unit disposed in the exposure box and connected to the printing main control board; a developing fixing unit connected to the printing main control board;
  • a power supply unit is coupled to the printing main control board.
  • the paper feed unit includes an exposure platform, including: a stepping motor and an exposure platform exhaust fan connected to the printing main control board, and an exposure platform belt connected to the exposure platform exhaust fan.
  • the developing and fixing unit further includes an active motor, a lifting frame, a paper output yoke, a medicine tank and a drying box connected to the printing main control board;
  • the chemical liquid control unit further includes the printing main control board a refilling pump, a heating unit, and a waste liquid tank and a refill tank connected to the medicine tank through the conduit; wherein the heating unit is disposed in the medicine tank, the paper feeding port of the lifting frame and the The paper exit of the exposure box is connected and driven by the active motor, the paper feed port of the drying box is connected with the paper discharge port of the medicine tank; the paper feed end of the paper output shaft frame and the drying The paper discharge ports of the tank are connected; the liquid replacement pump is connected to the liquid filling tank and the medicine tank.
  • the digital exposure module includes: Exposing the main control board to the computer host through a serial port;
  • a digital exposure head comprising an LED matrix light source, a liquid crystal panel light valve, a micro-motion stage and a light mixing tube, wherein the LED matrix light source and the micro-motion platform are connected to the exposure main control board, the liquid crystal panel light valve and the The VGA interface of the computer host is connected, and the light mixing tube is connected to the LED matrix light source and the liquid crystal panel light valve.
  • the computer processing module also includes an audio output device coupled to the computer host.
  • the computer processing module also includes a coin dispensing component or an electronic payment unit coupled to the computer host.
  • the electronic payment unit comprises an IC card reader, an online payment platform or a mobile terminal SMS payment unit.
  • the network management system manages and controls a plurality of self-service digital image processing devices and/or a plurality of network user terminals accessed through the Internet and/or a wireless communication network through a network server.
  • the network server is coupled to a network site that displays and stores the geographically distributed location, device operational status, and/or network user access path of the self-service digital image processing device.
  • the network user terminal can select and select a self-service digital image processing device at a suitable location by logging in to the network site, and access and control the self-service digital image processing device.
  • the self-service digital image processing device and/or the network server further includes a digital image operation control module, including:
  • a startup business interface module for displaying an interface for starting a related business process
  • a service type module is selected for displaying a selected business service type for user confirmation, and the service types include: photo processing, photo burning, photo identification, mobile phone sticker, photo storage, and/or photo greeting card;
  • An order execution module sends a corresponding operation command to the computer processing module and the photo output device for execution according to the determination result of generating and displaying the order module.
  • the digital image operation control module further includes:
  • a digital image data list module for sequentially importing digital image files by list Displayed for confirmation by the user
  • An editing module for zooming, contrasting, brightnessing, mirroring, rotating, and/or shifting the image.
  • the network user terminal is a registered user, and the self-assisted digital image processing device can be directly or remotely operated by login authentication to perform digital photo transmission, editing, modification, display, storage, sharing and/or digital photo printing.
  • the network management system is a network management platform for performing business agents, customer management, sales, operations, software upgrades, and/or hardware maintenance.
  • the digital image processing method of the self-service digital image processing system includes the following steps: Step 1: Start an operation interface of a self-service digital image processing device;
  • Step 2 selecting a digital image processing service type provided by the self-service digital image processing device;
  • Step 3 selecting a digital image file input device and importing corresponding image data;
  • Step four generate and display an order
  • Step 5 The self-service digital image processing device outputs and/or stores the corresponding processed product.
  • the first step is performed after the network user terminal accesses the self-service digital image processing device by logging in to a network site.
  • the method further includes: performing a data image list step and/or editing a modification step.
  • step 4 a step of performing a payment of the corresponding fee is also included, and the manner of paying the corresponding fee includes banknotes, coins, and electronic money.
  • the electronic money further includes an IC card payment, a bank card payment, a stored value card payment, an online bank payment or a short message payment.
  • the network site also includes the step of displaying a geographically distributed location of the self-service digital image processing device.
  • the self-service digital image processing device is set at a location including: a tourist attraction, a fast food restaurant, a shopping mall, an airport, or a campus.
  • the network management method of the self-service digital image processing system is configured to control and manage a plurality of self-service digital image processing devices by setting up a network management system, and automatically report the operation status of the self-service digital image processing device through the network. Working status and consumable usage information.
  • the network management system also stores device manufacturer information, agent information, customer information, equipment information, management card/business card information, or maintenance/maintenance information.
  • the invention also provides a self-service digital image processing device, comprising a computer processing module disposed in a cabinet and a photo output device connected to the computer processing module, the computer processing module further comprising a computer host and the computer A host-connected display screen, a disc recorder, a USB interface, a network adapter, and a memory card reader, the photo output device further including a digital exposure module and a print module respectively connected to a serial interface of the computer host.
  • the network adapter is at least one of a wireless communication network card, a local area network network card, a CABLE modem, or an xDSL network card.
  • the self-service digital image processing device further includes a digital image operation control module, including: a startup business interface module, configured to display an interface for starting a related business process;
  • a service type module is selected for displaying the selected business service type for user confirmation, and the service types include: photo processing, photo burning, photo identification, mobile phone sticker, photo storage, and/or photo greeting card; Used to select a digital image input device in the display and import the corresponding digital image file;
  • the output device executes.
  • the digital image operation control module further includes:
  • a digital image data list module configured to display the imported digital image files one by one by a list to wait for the user to select and confirm;
  • An editing module for zooming, contrasting, brightnessing, mirroring, rotating, and/or shifting the image.
  • the invention inherits and expands the traditional image printing mode, which makes the digital image processing fast and efficient, and has various processing methods.
  • the user can remotely control the digital image processing device remotely at any time, select the image for editing and processing to achieve the best rendering effect, support multiple image sources, and have flexible payment means.
  • FIG. 1 is a front elevational view of a self-service digital image processing apparatus according to an embodiment of the present invention
  • 1A is a schematic structural view of a self-service digital image processing system according to the present invention
  • IB is a schematic structural diagram of a network management platform according to the present invention
  • FIG. 2 is a left side view of the self-service digital image processing apparatus according to an embodiment of the present invention.
  • FIG. 3 is a right side view of the self-service digital image processing apparatus according to an embodiment of the present invention.
  • FIG. 4 is a rear view of a self-service digital image processing apparatus according to an embodiment of the present invention.
  • FIG. 5 is a top view of a self-service digital image processing apparatus according to an embodiment of the present invention.
  • FIG. 6 is a left side view of the internal structure of the self-service digital image processing apparatus according to the embodiment of the present invention
  • FIG. 7 is a right side view of the internal structure of the self-service digital image processing apparatus according to the embodiment of the present invention
  • FIG. 9 is a schematic structural diagram of a digital exposure head and a paper feed unit of the self-service digital image processing apparatus according to an embodiment of the present invention
  • Figure 10 shows a digital image processing method for a self-service digital image processing system
  • FIG. 11 is a schematic diagram showing electrical connection relationships of components of a self-service digital image processing device according to an embodiment of the present invention.
  • FIG. 1A is a schematic structural diagram of a self-service digital image processing system according to the present invention.
  • the system consists of a digital image processing device NDP, a network management system and a network user terminal distributed throughout.
  • the user can send the digital image to the digital image processing device DP through the network management system by means of mobile phone sending or online sending.
  • users can also import digital images into NDP directly through mobile phone infrared transmission or digital camera data transmission.
  • the network management system manages and controls a plurality of self-service digital image processing devices and/or a plurality of network user terminals accessed through the Internet and/or a wireless communication network through a network server.
  • FIG. 1-9 show the structure of a self-service digital image processing apparatus according to an embodiment of the present invention.
  • 11 is a schematic diagram showing the electrical connection relationship of the components of the self-service digital image processing apparatus according to an embodiment of the present invention.
  • a self-service digital image processing device includes: a photo output device and a meter located in a vertical cabinet Computer processing module.
  • the photo output device comprises a digital exposure module for transferring the digital image to the digital photo paper through the exposure component, and printing for performing the paper feed control and developing and fixing the exposed photo paper to output the photo.
  • the computer processing module is used to control the digital exposure module and the printing module and to provide a graphical interactive interface for the user. The structure and operation of each module will be described in detail below with reference to Figs. 1-9 and Fig. 11.
  • the computer processing module includes: a general-purpose computer disposed in a vertical cabinet and configured with a network adapter, the display 811 of the general-purpose computer being disposed on the front upper casing 211, and the RJ45 interface 61, the keyboard socket 228, the mouse socket 229, and the reset
  • the button 227 and the power on button 226 are disposed on the back casing 218 of the self-service digital image processing apparatus; the audio output device located below the speaker hole 212 and connected to the general purpose computer; and connected to the general purpose computer USB (Universal Serial Bus) interface
  • USB Universal Serial Bus
  • LI KSYS 4-port USB hub 51 wherein two USB interfaces 513 are disposed on the front middle panel 211 for connecting the user's USB device to the host; and are disposed above the display panel and connected to the general-purpose computer through the serial interface a touch screen 71; a disc recorder 31 located on the front center panel and connected to the general computer IDE interface; an IC card reader 512 located on the front center panel and connected to the USB hub 51, and an SSK 12-in-one card reader
  • the memory card reader 511 wherein the type of memory card that the SSK 12-in-one card reader can support is: Compact Flash Memory (CF) / Smart Card (SM) / Secure Digital Card (SD) / Multimedia Card (MMC) / Memory Stick (MS) / MS- Pro (a Sony Memory Stick) / XD (Extreme Digital Card) / MC (Miniature Card Mini Card); and infrared interface 27.
  • CF Compact Flash Memory
  • SD Secure Digital Card
  • MMC Multimedia Card
  • MS Memory Stick
  • the general-purpose computer includes: GIGABYTE 865PE motherboard 249 integrated with AC97 sound card and network card; P4 3. OGhz central processor 247 with Socket478 architecture and 512k L2 cache; Kingston DDR400 256MX 2 random access memory 251; has a VGA (video graphics array) interface, DVI (interactive digital video system) interface and AV (audio video) interface of the popular popular 5700LE display adapter 8; Seagate SATA 80G hard drive 250; Philip 15 ⁇ LCD display 811, where the display The status indicator 23 of the 811 is located on the front upper case; and the computer power supply 253.
  • VGA video graphics array
  • DVI interactive digital video system
  • AV audio video interface
  • the computer processing module provides a graphical interface to the user through the touch screen, and the user can input control commands to the self-service digital image processing device through the touch screen.
  • the computer processing module can also have a keyboard and a mouse so that the user can operate the self-service digital image processing device through the keyboard and mouse.
  • the general-purpose computer, the optical disc recorder 31, and the memory card reader 511 can also adopt other models, wherein the minimum configuration of the general-purpose computer is: Central processing unit: ⁇ 800 or equivalent processing Motherboard: Can support the selected CPU; Random access memory: At least 256 megabytes; Display adapter: 8 megabytes or more of video memory, dual-head display capability (two VGA ports or one VGA port and one DVI port); Network adapter : 10 Mbps Ethernet card; Optical drive: 8x speed; Hard disk: 10G.
  • the network adapter 6 can be integrated with a motherboard or a separate circuit board structure.
  • the network adapter 6 may be an xDSL network card (which includes HDS SDSL, VDSL, ADSL, RADSL, etc.), a local area network card, a CABLE modem, a GPRS (General Packet Radio Service) wireless network card, and a CDMA (Code Division Multiple Access) wireless network card.
  • the touch screen 2 can be a tempered glass sonic surface touch screen or other general purpose touch screen. Users can use a general-purpose computer to remotely download pre-stored digital images or send digital images to destinations such as mailboxes and web albums.
  • the computer processing module may also include components such as a coin-operated component for payment, a UnionPay terminal, and a short message payment unit.
  • the self-service digital image processing apparatus may further include a scanner, a camera, and a handwriting recognition board, a keyboard, and a mouse connected to the general-purpose computer, so that the digital image file can be input through the scanner and the camera, and the handwriting recognition board, Keyboard and mouse input operation instructions.
  • the vertical cabinet includes: a front upper casing 211 having an opening corresponding to a display screen of the general-purpose computer and a status indicator 23 at the front, a speaker hole 212 on each side, and a row on the rear side a wind hole 223; an upper casing 213 having a casing lock 234; a first side plate 214 having an opening corresponding to the printing switch 216; a second side plate 2140; a front center panel 215 having a plurality of openings; 29 and a front lower casing 217 of the photo bracket 210; a first side lower casing 219 having two detaching handles 2190; a second side lower casing 222 having two detaching handles 2190; a rear casing 218 on which A back cover 225 having a back cover handle 224, a power on button 226, a reset button 227, a keyboard jack 228, a mouse jack 229, two fuses 231, a power cord 233, and a plurality of exhaust holes 223 are provided.
  • the digital exposure module mainly includes: an exposure main control board (not shown) and a digital exposure head 236, wherein the digital exposure head 236 includes an LED (Light Emitting Diode) matrix light source 131 as a light source, and an LCD (Liquid Crystal Panel) as an image light threshold.
  • the exposure main control board controls the LED matrix light source 131 and the micro-motion platform 2362, and the LCD light valve 121 is connected to the VGA (or DVI) interface of the computer processing module.
  • the digital exposure module is characterized by using an LED with a color purity close to the laser as a light source, a high-pixel LCD liquid crystal (1024 X 768 or 1280 X 1024) as an image light valve, and a three-color exposure imaging.
  • a high-pixel LCD liquid crystal (1024 X 768 or 1280 X 1024) as an image light valve
  • a three-color exposure imaging In order to improve the imaging resolution, the image interlaced spacer is introduced into four times.
  • the liquid crystal micro-displacement technique is used to double the resolution. Each photo was split into four images and twelve exposures to complete the entire exposure process.
  • the digital exposure module can be used, but not limited to the DIPS Pro80 digital imaging system (also known as digital clip) of Beijing Dugao Imaging Equipment Co., Ltd.
  • the printing module comprises a printing main control board and the following components controlled by the printing main control board: a carton 235 having a receiving space for accommodating the photographic paper and a paper exit opening communicating with the accommodating space, in the vertical cabinet An exposure chamber 237 having an exposure chamber and a paper feed port and a paper discharge port communicating with the exposure chamber, located below the carton 235, and behind the digital exposure head 236 coupled thereto; a paper feed unit including A paper feed roller 156, a cutter 152, and an exposure stage 153 including a stepping motor (not shown), an exposure stage exhaust fan 154, and an exposure stage belt 155, the paper feed unit being located in the exposure chamber 237, wherein the exposure platform belt 155 It is a loading platform of photographic paper, which has a plurality of adsorption holes thereon, and the exposure platform suction fan 154 adsorbs the photographic paper on the exposure platform belt 155 through the holes, and the stepping motor is used to rotate the exposure platform belt 155 to move the photographic paper to a suitable one.
  • Exposure position; development and fixing unit comprising a medicine tank 240 for developing and fixing a photo, a lifting frame 239 for conveying the photo paper exposed by the exposure unit to the medicine tank 240,
  • the drying box 241, the paper output yoke 244, and the driving motor 245 for conveying the photographic paper are dried, and the paper feeding direction of the lifting frame 239 and the paper exit opening of the exposure box 237 are dried.
  • a chemical liquid control unit including a waste liquid tank 243 for recovering the waste chemical liquid, a rehydration pump 246 for replenishing the chemical liquid, and a refilling tank 238, and being disposed in the medicine tank And a heating unit (not shown) for heating the chemical; and a power supply module including a punch switch 216, two fuses 231, and a power source 242.
  • the refilling tanks 238 are connected to the corresponding medicine tanks 240 through the conduits, and the medicine tanks 240 are connected to the corresponding waste liquid tanks 243 through the conduits, and the refilling tanks 238, the medicine tanks 240, and the waste liquid tanks 243 can be stacked on top of each other.
  • the lower part of the vertical cabinet can also be arranged in a suitable position according to the space inside the cabinet.
  • the power source 242 can be placed according to the space of the chassis and ensure good heat dissipation conditions.
  • the power source 242 can be disposed under the lifting frame 239.
  • the paper feed port of the drying box 241 is connected to the paper discharge port of the medicine tank 240, and may be disposed, for example, in front of the medicine tank 240.
  • the position of the drive motor 245 should facilitate power output and be placed in an appropriate position depending on the selected drive mode.
  • the drive motor 245 can be placed side by side with the drying box 241.
  • the paper feeding end of the paper output yoke 244 is connected to the paper exit of the drying box 241, and the paper discharge end is connected to the photo ejection opening 19, for example, can be disposed above the drying box 241; the rehydration pump The 246 is connected to the refill tank 238 and the medicinal tank 240.
  • the rehydration pump 246 may be disposed in front of the waste liquid tank 243.
  • the printing module can be used, but is not limited to, the TN8908 RA4 printer of Te Ni Electronic Imaging Equipment Co., Ltd.
  • the computer processing module communicates with the exposure main control board and the printing main control board through the serial port, and the working process of the photo output device is described in detail below.
  • the computer processing module sends a command to the printing module according to the order through the serial port, and the printing main control board receives the command to start the paper feeding stepping motor, takes the distance of one photo, and controls the cutter to cut the paper.
  • the paper is fed to the exposure platform and is attracted to the belt of the exposure platform.
  • the printing main control board controls the stepper motor to feed the paper to the appropriate exposure position.
  • the print main control board sends a message to the computer processing module to inform the photo paper that it is ready.
  • the computer processing module responds to the message, divides the first digital image file into four parts according to the horizontal and vertical interlacing, and sends the first part to the LCD light valve 121 as a light threshold, and then sends a command to the exposure main control board, and the exposure main control
  • the board controls the digital exposure head 236 in accordance with the transmitted parameters to sequentially perform three-color exposures of red, green and blue.
  • the computer processing module sends the second partial image to the LCD light valve 121, and then sends a command to the exposure main control board, and controls the micro-motion platform 2362 to align the exposure head with the photographic paper portion corresponding to the partial image, and then Then expose. Then repeat the above process to complete all exposures.
  • the computer processing module sends a command to the printing main control board, and the printing main control board controls the exposure platform to send the exposed photo paper to the lifting frame.
  • the exposed photographic paper enters the sump 240 from the lifting frame, and is subjected to development, fixing, and rinsing of the photograph by sequentially passing the developing solution, the fixing solution, and the clean water at a certain speed.
  • the photo then enters the drying oven 241, which is dried and then sent out from the photo ejection opening 29 through the paper output creel 244.
  • the working process of the self-service digital image processing device is divided into a power-on stage and a user use stage.
  • the power-on phase first, press the power-on button 226 of the computer processing module, the computer processing module starts to work, and then press the punch switch 216, and the printing main control board of the printing module controls the heating unit in the developing solution and the fixing solution ( Not shown) heating of the liquid medicine is started, and at the same time, the driving motor 245 is turned on, and the paper feeding roller (not shown) in the lifting frame 239 and the medicine tank 240 is driven to start to rotate, and the liquid medicine is sufficiently stirred.
  • the printing main control board transmits the temperature of the chemical liquid to the computer processing module, and displays the temperature of the medical liquid on the display 811.
  • the heating unit stops heating, and the computer processing module displays a "OK" button on the display 811, and the user presses the "OK” button to close the window and enters the user use phase.
  • the printing master of the printing module controls the heating unit to maintain the temperature of the liquid at a predetermined temperature.
  • the predetermined temperature described above can be set by a computer processing module.
  • the computer processing module runs a control program stored in the hard disk 250, and provides a graphical interactive interface to the user through the display 811.
  • a control program stored in the hard disk 250, and provides a graphical interactive interface to the user through the display 811.
  • Specific user operation process examples please See Figures 12 ⁇ 24.
  • the interface is the welcome and function introduction interface. Click the button 12 ⁇ to play the preset video file. Click the button 122' to stop playing the file. Click the setup button 123 ' to set the welcome screen. Click the button 124. 'Start the button, you can enter the service interface, as shown in Figure 13.
  • Figure 13 includes the photo print button 13 ⁇ , photo capture button 132', ID button 133 ', phone sticker button 134', photo greeting card 135' and back button 136'. Click on the different buttons to perform related operations. For example, click on 131 ' to perform traditional photo printing, click on 132 ' to burn the photo to CD-R disc, click on 133 ' to print the ID photo, click on 134' to print the sticker. Small picture, click 135' to print a personalized greeting card, click 136 ' to return to cancel the service.
  • NDP supports a variety of commonly used memory cards, including SD/CF/MS/MMC, etc. Insert the memory card into the card reader and click the camera memory card button 141 in the interface to immediately import the picture on the memory card. NDP also supports infrared transmission with the mobile phone. Click the mobile phone button 142 to enter the interface shown in Figure 17, and import the images stored in the mobile phone. Press the stop button 171 to terminate the picture import, but not return. NDP also supports most popular USB storage devices, such as USB flash drives and USB mobile hard drives.
  • NDP is also compatible with the optical disk to obtain pictures. Put the CD containing the picture into the CD-ROM drive, click the CD-ROM button 144, the system will immediately search and import the pictures on the current CD (including the pictures in each sub-directory). NDP can also retrieve previously stored images from the "Web Album" of ww.dprt.net via the Internet. However, the user must have logged in and uploaded the image to the web album before using NDP. Click the web album button 145 to enter the authentication interface, as shown in Figure 15. Enter the user name and password. After the verification is correct, click the OK button 15 ⁇ , then the system automatically searches for the first picture of each album as shown in Figure 16. To cancel the service, press the back key 152 '.
  • Figure 16 shows the photo selection interface. If there are more than one web album of the user, in the middle of the selected photo window, select the corresponding album through the previous page and next page button, and click the OK button to download and import the photo album. picture of.
  • the selection photo interface shown in Figure 18 is entered. All photos have been generated at this time, click the previous page button 181, the next button 182 can be displayed when the picture in the picture list exceeds one page For range, it is used to page through; click the SELECT button 183 to set all pictures to the selected state. The selected state is a red border and white is unchecked. Click the reverse button 184 to quickly switch the selection state, set all selected pictures to unchecked, and uncheck the settings to be selected. Click to continue to import key 185, that is, return to Figure 14 image source interface to continue importing pictures. Clicking the Back button 188 will cancel the current process and return to the start screen.
  • the zoom in and zoom out keys 191, 192 can be used to zoom the photo; the brightness plus, brightness minus keys 193, 194 are used to adjust the brightness of the picture; the contrast plus, contrast minus keys 195, 196 are used to adjust the vividness of the picture; horizontal mirroring, Vertical mirror keys 197, 198 are used for axisymmetric editing of pictures; leftward rotation, rightward rotation keys 199, 1910 are used to adjust picture tilt; upper, lower, left, right keys 1913, 1914, 1915, 1916 are used for adjustment Compose the picture until it is satisfied; Add and decrease keys 1917, 1918 for editing the number of pictures printed. After all the editing is completed, click the OK button 1911 to complete the current editing process, save the editing result and enter the confirmation order interface shown in FIG. 20 or click the return key 1912 to return to the previous operation, and do not make any changes to the picture.
  • the interface shown in Figure 20 is an order generated by billing digital image files according to the type of service selected by the user. After the user approves the order, the user clicks the payout button 201, and then enters the payment interface shown in FIG. 21. Otherwise, press the abandon button 202 to suspend the service, return to the start interface, and repeat the above operation process to re-image the image.
  • the user After entering the payment interface as shown in Figure 21, the user can see the amount of the printing fee and the cash key.
  • the network management system is a comprehensive central management platform connecting the client, the NDP end, the operator, and the related service providers, and uniformly manages the agent, customer, sales, and operation of the NDP through a network server. , software upgrades, hardware maintenance, etc.
  • FIG. 1B the figure is a block diagram of a network platform.
  • the network management platform is the network support of NDPi.
  • the network management platform connects and manages and controls the NDP11' distributed throughout the management interface. Each NDPi will automatically report related information and data such as the operation status, working status and consumables usage of the network management platform.
  • the agent 13' can provide hardware maintenance, such as adding photographic paper, adding liquid medicine, and repairing.
  • the agent can also upgrade the software of each NDP device through the platform to enrich the functions of the NDP device and improve the service quality.
  • the network management platform can manage and control the online printing platform 2' with the network storage platform 3'.
  • User 14' can remotely log in to the platform for image processing. Unprocessed or processed image products can also be stored on the network storage platform 3 '.
  • the two platforms connect to the bank gateway 6', the wireless gateway 7', and the post office gateway 8' via the associated interface 4' to facilitate the provision of related services or to make the payment of fees more flexible.
  • the interface can also be connected to the client software 5' so that the user's operation at one end can be controlled by the network management system.
  • the network management system also stores device manufacturer information, agent information, customer information, equipment information, management card, business card information, or maintenance and maintenance information, which facilitates the process operation and management of the equipment manager.
  • the network server is connected to a network site, and the site stores and displays the geographical distribution location, working status, or network user access path of each NDP.
  • the network user terminal is a registered user. You can log in to the website through the Internet or wireless communication network. After registering the authentication, you can log in to the online printing platform 2', and select the NDP in the most suitable location according to your location. And control the device to perform operations such as transferring, editing, modifying, displaying, storing, sharing, or digital photo printing of digital images.
  • the network user terminal can connect to the network management system and accept management of the network server. The user can remotely complete the printout of the photo, and after paying the electronic money, he can choose to finally obtain the physical photo through the delivery agency. Or upload the digital image to the platform first, then download it to any NDP and process it.
  • a digital image operation control module on the NDP side or on the network server side or both of them, which includes:
  • a startup business interface module for displaying an interface for starting a related business process
  • a service type module is selected for displaying a selected business service type for user confirmation, and the service types include: photo processing, photo burning, photo identification, mobile phone sticker, photo storage, and/or photo greeting Card
  • An order execution module sends a corresponding operation command to the computer processing module and the photo output device for execution according to the determination result of generating and displaying the order module.
  • the digital image operation control module may further include:
  • a digital image data list module configured to display the imported digital image files one by one by a list to wait for the user to select and confirm;
  • An editing module for zooming, contrasting, brightnessing, mirroring, rotating, and/or shifting the image.
  • the network management system is mainly used to manage and control the access of various NDP devices, continuously improve its functions and provide data and technical support for direct managers, and is the central mechanism for users to remotely control a DP.
  • the digital image processing method of the self-service digital image processing system of the present invention can be applied to a digital image processing device or a general computer, so that the processing of the digital image is self-implemented by the user, and no professional intervention is required, so the invention is used. It can provide users with personalized services that meet the actual needs of users.
  • the method provided by the present invention can provide the following operation functions for the user: Service function: including ordinary traditional picture digitization service, that is, converting ordinary photos or pictures into a digital format by scanning and the like, and saving in a digital format;
  • the printing service directly prints the user's pictures in a variety of sizes and typographical styles through the printing machine;
  • the web application service the digital image products to be produced are transmitted remotely via the Internet, such as sending electronic greeting cards.
  • Input function You can choose to import digital image data from various storages such as CD, digital camera memory card, USB interface memory, etc., or select scanner to quickly scan common pictures and photos, realize the digitalization of traditional ordinary pictures and photos, or realize real-time digital Photo shooting, etc.
  • Output function The customized digital imaging products are output through various methods such as printing and network transmission, and the output order contains the customized information of the user.
  • step 1 a network user terminal logs into a network site, and through the geographical distribution of the self-service digital image processing device displayed on the network site, and selects a self-service digital image processing device that is suitable for a suitable location, a self-service digital device should be activated first.
  • the operation interface of the image processing device If you go directly to the NDP machine, go directly to step 2;
  • step 2 the digital image product classification and service classification provided by the digital image processing device are selected, that is, before the digital image processing is performed, it is necessary to select among various products and services provided, when the selection is confirmed , go to step 3;
  • a digital image input device is selected to import digital image data from the selected device; the selection of the digital image input device can be accomplished by clicking an icon to select a disc, a memory card, a scanner, or a camera.
  • the selected device is a disc or a memory card (such as a memory card for a digital camera)
  • the digital image file on the disc or the memory card is dynamically retrieved and read in.
  • the selected device is a scanner
  • image data is acquired from the scanner through the universal interface.
  • the selected device is a camera, digital images are taken immediately. It should also be noted that when the selected device is a scanner or camera, the image needs to be digitized using a scanner or camera.
  • step 4 the list displays the digital image data imported from the input device.
  • the user can select the imported data.
  • step 5 the digital image data
  • You can skip step 5 and directly perform step 6 to generate the order.
  • step 3 you can return to step 3 to continue importing the data image data.
  • You can zoom in, zoom out, rotate, mirror, move, etc. digital images, as well as brightness, contrast, grayscale, and color.
  • the adjusted digital image can also be superimposed and combined with the provided template file to generate various digital image products. After the product is completed, proceed to step 6 to generate an order;
  • step 6 save the product order and display a list of product orders, and you can view the details of the order.
  • the method of payment can include direct payment of banknotes, coins to the salesperson, or payment of electronic money such as IC card, bank card, stored value card, online banking payment, SMS payment, etc.
  • step 7 network transmission of digital image output or order is performed according to the order type.
  • the digital image output is to print a digital image into a photo by a printer through a selected specification.
  • a product such as a greeting card or an e-card is sent by e-mail, and the network transmission of the order is to transmit the order information to the service provider providing the product or service through the network.
  • the self-service digital image processing device can be installed in a crowded, densely populated entertainment venue or a place where young people gather, such as tourist attractions, fast food restaurants, shopping malls, airports or campuses. Maximize the use of the device.
  • the invention inherits and expands the traditional image printing mode, which makes the digital image processing fast and efficient, and has various processing methods.
  • the user can remotely control the digital image processing device remotely at any time, select the image for editing and processing to achieve the best rendering effect, support multiple image sources, and have flexible payment means.

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Abstract

La présente invention concerne un système de traitement d'image numérique libre-service qui comprend au moins un appareil de traitement d'image numérique libre-service, un terminal utilisateur en réseau et un système de gestion de réseau connecté au réseau. L'appareil de traitement d'image numérique libre-service inclut un module de traitement par ordinateur et un dispositif de sortie de photographie connecté au module de traitement par ordinateur dans un coffret. Le module de traitement par ordinateur comprend un ordinateur central et un écran d'affichage, un graveur de disque optique, une interface USB, une carte réseau et un lecteur de carte mémoire qui sont connectés à l'ordinateur central. Le dispositif de sortie de photographie inclut un module d'exposition numérique et un module d'impression qui sont connectés à une interface série de l'ordinateur central. Le système de gestion de réseau gère et contrôle une pluralité d'appareils de traitement d'image numérique libre-service et/ou une pluralité de terminaux utilisateurs en réseau qui sont connectés à Internet et/ou à un réseau de communication sans fil par un serveur de réseau.
PCT/CN2006/002305 2005-09-07 2006-09-07 Système de traitement d'image numérique libre-service WO2007028334A1 (fr)

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CNA2006800327939A CN101273301A (zh) 2005-09-07 2006-09-07 一种自助式数码影像处理设备、系统及数码影像处理方法

Applications Claiming Priority (4)

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CN200520023247.1U CN2852199Y (zh) 2005-09-07 2005-09-07 一种自助式数码影像处理设备
CN200520023247.1 2005-09-07
CN200510086421.1 2005-09-13
CN200510086421.1A CN1932895A (zh) 2005-09-13 2005-09-13 一种自助式数码影像处理设备、系统及数码影像处理方法

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JP2003217027A (ja) * 2001-12-11 2003-07-31 Chung-Shan Inst Of Science & Technology Ministry Of National Defense セルフサービス式写真プリント装置
CN2582028Y (zh) * 2002-12-06 2003-10-22 东营大中南黄河三角洲实业有限公司 自助式多功能数码相片打印和存储设备
CN2583701Y (zh) * 2002-11-27 2003-10-29 上海力保科技有限公司 数码彩扩一体机

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US20010033752A1 (en) * 2000-02-03 2001-10-25 Cook Stacy S. Method and system for self-service film processing
US20030128343A1 (en) * 2000-07-17 2003-07-10 Kis Automatic self-service installation for printing photographs stored in digital form
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