CN1932895A - Automatic digital image processing equipment, system and digital image processing method - Google Patents
Automatic digital image processing equipment, system and digital image processing method Download PDFInfo
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- CN1932895A CN1932895A CN200510086421.1A CN200510086421A CN1932895A CN 1932895 A CN1932895 A CN 1932895A CN 200510086421 A CN200510086421 A CN 200510086421A CN 1932895 A CN1932895 A CN 1932895A
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Abstract
One self-help digital video dispose system relates to at least one self-help digital video dispose facility, a network terminal of user and a network administer system connecting through network. It also relates to computer dispose module inside rack and picture output facility connecting with the said computer dispose module which relates to host computer and display, CD reorder driver, USB interface, network adapter and memory card reader connecting with the said computer dispose module. The picture output facility relates to figure exposure module and photo finishing module connecting with serial interfaces of host computer. It manages and controls many self-help digital video dispose facilities and/or many network terminal of user by network and/or wireless communication network through one network server. User controls the digital dispose facility in long-distance and it sustains manifold video sources with flexible payment means.
Description
Technical field
The present invention relates to a kind of digital image processing system, particularly relate to the digital image treatment facility and the digital image processing method of a kind of self-service digital image disposal system, its utilization.
Background technology
Along with the progressively development of digital imaging technique with popularize, digital image device has obtained using widely.Such as the function also fast development recently of digital image equipment such as digital camera, camera, scanner and mobile phone photograph, the demand of domestic consumer's logarithmic code image output also constantly increases.Current digital image processor is to handle main body with the computing machine, the output of digital image is based on large-scale digital developing device, these equipment mainly rest in the skilled computed customer group of also energy of specialty, concerning non-digital image specialty be slow at also have certain distance the computed domestic consumer, need to provide a kind of " point-and-shoot " treating apparatus of handling and exporting digital image that is exclusively used in, domestic consumer handles and the user demand of output digital image to satisfy for this reason.A kind of digital image processing method that is applicable to the digital image special processor is disclosed in the Chinese patent of patent No. No.02100650.4, at first select the digital image input equipment, from selected equipment, import the digital image data, and digital image product classification and the classification of service of selecting the digital image special processor to provide, determine the operation template according to selected sort product and service, according to operation template and corresponding function thereof the digital image that imports is edited, obtain the digital image product, at last according to digital image product system product order, after obtaining confirming, order carries out order process, simultaneously, according to the processing mode of the digital image product of selecting, output or by the described digital image product of internet transmission.
Though existing digital image processing mode can obtain the better image output effect, and the user can be in realizing self-help operation to a certain extent, but it is separate each other, the operating platform or the management system that do not have unified management and control, more can not support user's remote transmission image data and control this digital processing device, therefore still can't bring convenient and swift self-service image processing service whenever and wherever possible for the user.
Summary of the invention
The technical matters that the present invention solves is to provide a kind of self-service digital image disposal system, makes the user handle the digital image treatment facility by the mode of Long-distance Control at any time, self-servicely carries out every value-added service such as image processing output.
For achieving the above object, the invention provides a kind of self-service digital image disposal system, comprise at least one the self-service digital image treatment facility that connects by network, network user terminals and network management system, described self-service digital image treatment facility comprises the computer processing module and the photo output unit that is connected with described computer processing module that is arranged in the rack again, described computer processing module comprises main frame and the display screen that is connected with described main frame again, CD writer, USB interface, network adapter and memory card reader, described photo output unit comprise the digit explosure module of the serial line interface that is connected to main frame again and develop and print module.
Described network adapter be in radio communication network interface card, LAN (Local Area Network) network interface card, CABLE modulator-demodular unit or the xDSL network interface card one of at least.
Described computer processing module also comprise with main frame in the infrared port, handwriting recognition plate, scanner, digital camera, camera that are connected one of at least.
The described module of developing and printing comprises:
One develops and prints master control borad, is connected with described main frame by serial line interface;
One carton has the accommodation space of a ccontaining printing paper and the exit slot that is communicated with described accommodation space;
One exposure box, the paper feed port and the exit slot that have exposure room and be communicated with described exposure room, the paper feed port of described exposure box is connected with the exit slot of described carton;
One paper feed unit is placed in the described exposure box, and is connected with the described master control borad of developing and printing;
One developing fixing unit is connected with the described master control borad of developing and printing;
One soup control module is connected with the described master control borad of developing and printing; And
One power supply unit is connected with the described master control borad of developing and printing.
Described paper feed unit comprises an exposure stage, comprising: be connected to described stepper motor and the exposure stage air exhauster of developing and printing master control borad, and the exposure stage belt that is connected to described exposure stage air exhauster.
Described developing fixing unit comprises again with described develops and prints active motor, hoisting frame, paper delivery pedestal, medicine groove and the drying baker that master control borad is connected; Described soup control module comprises again and described fluid infusion pump, heating unit that master control borad is connected and waste liquid barrel and the fluid infusion bucket that is connected by conduit with described medicine groove developed and printed; Wherein, described heating unit is arranged in the described medicine groove, and the paper feed port of described hoisting frame is connected with the exit slot of described exposure box and by described active driven by motor, the paper feed port of described drying baker is connected with the exit slot of described medicine groove; The paper feed end of described paper delivery pedestal and the exit slot of drying baker are connected; Described fluid infusion pump is connected with described fluid infusion bucket and described medicine groove.
Described digit explosure module comprises:
One exposure master control borad is connected with described main frame by serial ports; And
One digital exposure head, comprise dot matrix LEDs light source, liquid crystal board light valve, micromotion platform and light mixing cartridge, described dot matrix LEDs light source and micromotion platform are connected to described exposure master control borad, the liquid crystal board light valve is connected with the VGA interface of described main frame, and described light mixing cartridge connects described dot matrix LEDs light source and liquid crystal board light valve.
Described computer processing module also comprises the audio output device spare that is connected with described main frame.
Described computer processing module also comprises insert coins assembly or the electronic payment unit that is connected with described main frame.
Described electronic payment unit comprises IC-card card reader, online payment platform or portable terminal text-message payment unit.
Described network management system is by a network server management and a plurality of self-service digital image treatment facilities and/or a plurality of network user terminals of control by internet and/or cordless communication network access.
The described webserver connects a demonstration and stores the website of geographic distribution position, equipment working state and/or network user's access path of described self-service digital image treatment facility.
Described network user terminals can be selected the self-service digital image treatment facility of suitable location by logining described website, inserts and control described self-service digital image treatment facility.
The described self-service digital image treatment facility and/or the described webserver comprise digital image operation control module again, comprising:
One starts the business interface module, is used to show the interface that starts relevant business program;
One selects the COS module, is used for showing selecting the business COS to confirm that for the user described COS comprises: photo flushing, photo imprinting, certificate photo, mobile phone paster, photo storage and/or photo greeting card;
One selects input equipment to import data module, is used at show check number sign indicating number image input equipment and imports corresponding digital video file;
One generates and the demonstration order module, is used for calculating the corresponding service fee of generation and also shows to treat that the user confirms;
One order execution module sends according to described generation and definite result of showing order module that described computer processing module is sent in the corresponding operating instruction and the photo output unit is carried out.
Described digital image operation control module also comprises:
One digital image data list module, the digital video file that is used for importing shows to treat that the user selects to confirm one by one by the tabulation mode;
One editor module is used for that picture is carried out convergent-divergent, contrast adjustment, brightness regulation, mirror image, rotation and/or displacement and handles.
Described network user terminals is a registered user, can be directly or the described self-service digital image treatment facility of operated from a distance by login authentication, carry out digital photograph transmission, editor, modification, demonstration, storage, share and/or digital photo print.
Described network management system is one to be used to carry out the network management platform of service agent, customer account management, sale, operation, software upgrading and/or hardware maintenance.
The digital image processing method of described self-service digital image disposal system comprises the steps:
Described step 1 is that a network user terminals is carried out after a website inserts described self-service digital image treatment facility by logining.
After execution in step three, also comprise: carry out image data listings step and/or edit-modify step.
In execution in step four, comprise that also one carries out the step of the corresponding expense of payment, the mode of paying corresponding expense comprises bank note, coin and electronic money.
Described electronic money comprises IC-card payment, bank card payment, stored value card payment, Web bank's payment or payment by using short messages again.
Described website also comprises the step that shows described self-service digital image treatment facility geographic distribution position.
The place of described self-service digital image treatment facility setting comprises: tourist attractions, fast food restaurant, market, airport or campus.
The network management of described self-service digital image disposal system, be responsible for control and a plurality of self-service digital image treatment facilities of management by a network management system is set, and make described self-service digital image treatment facility report its operation situation, duty and consumptive material consumption information by network automatically.
Described network management system also stores device fabrication manufacturer's information, commission merchant's information, customer information, facility information, control card/shop card information or maintenance/maintenance information.
The present invention also provides a kind of self-service digital image treatment facility, comprise the computer processing module and the photo output unit that is connected with described computer processing module that are arranged in the rack, described computer processing module comprises main frame and the display screen, CD writer, USB interface, network adapter and the memory card reader that are connected with described main frame again, and described photo output unit comprises the digit explosure module of the serial line interface that is connected to main frame again and develops and prints module.
Described network adapter be in radio communication network interface card, LAN (Local Area Network) network interface card, CABLE modulator-demodular unit or the xDSL network interface card one of at least
Described self-service digital image treatment facility comprises digital image operation control module again, comprising:
One starts the business interface module, is used to show the interface that starts relevant business program;
One selects the COS module, is used for showing selecting the business COS to confirm that for the user its COS comprises: photo flushing, photo imprinting, certificate photo, mobile phone paster, photo storage and/or photo greeting card;
One selects input equipment to import data module, is used at show check number sign indicating number image input equipment and imports corresponding digital video file;
One generates and the demonstration order module, is used for calculating the corresponding service fee of generation and also shows to treat that the user confirms
One order execution module sends according to described generation and definite result of showing order module that described computer processing module is sent in the corresponding operating instruction and the photo output unit is carried out.
Described digital image operation control module also comprises:
One digital image data list module, the digital video file that is used for importing shows to treat that the user selects to confirm one by one by the tabulation mode;
One editor module is used for that picture is carried out convergent-divergent, contrast adjustment, brightness regulation, mirror image, rotation and/or displacement and handles.
The present invention inherits and has expanded traditional image and developed and printed pattern, makes that digital image is handled rapidly and efficiently, processing mode is various.User's remote self-help control at any time digital image treatment facility, selected image carries out editing and processing to reach the best effect that presents, and supports multiple image source, and means of payment are flexible.
It is exemplary with indicative to be appreciated that above-mentioned general introduction and the following detailed description are, and is intended to provide further explanation to the present invention for required protection.
Description of drawings
Fig. 1 is the front view of the self-service digital image treatment facility of embodiment of the present invention;
Fig. 2 is the left view of the self-service digital image treatment facility of embodiment of the present invention;
Fig. 3 is the right view of the self-service digital image treatment facility of embodiment of the present invention;
Fig. 4 is the rear view of the self-service digital image treatment facility of embodiment of the present invention;
Fig. 5 is the top view of the self-service digital image treatment facility of embodiment of the present invention;
Fig. 6 is the left view of the self-service digital image treatment facility inner structure of embodiment of the present invention;
Fig. 7 is the right view of the self-service digital image treatment facility inner structure of embodiment of the present invention;
Fig. 8 is the rear view of the self-service digital image treatment facility inner structure of embodiment of the present invention;
Fig. 9 is the digital exposure head of self-service digital image treatment facility of embodiment of the present invention and the schematic diagram of paper feed unit;
Figure 10 shows that the digital image processing method of self-service digital image disposal system;
Figure 11 is the synoptic diagram of electrical connection of each parts of self-service digital image treatment facility of embodiment of the present invention;
Figure 12～Figure 24 is the concrete operations flow process of the embodiment of the invention;
Figure 1A is the structural representation of self-service digital image disposal system of the present invention;
Figure 1B is the structural representation of network management platform of the present invention
Embodiment
For purpose of the present invention, structure, feature and function are had further understanding, describe digital image treatment facility of the present invention, system architecture, the course of work and digital image processing method below in detail.
See also Figure 1A, be the structural representation of self-service digital image disposal system of the present invention.Native system comprises and scatters digital image treatment facility NDP, network management system and the network user terminals be arranged at everywhere.
The user can utilize mobile phone to send or the online mode that sends, and digital image is delivered to digital image treatment facility NDP by this network management system.In addition, the user also can directly pass through mobile phone Infrared Transmission or digital camera data transmission, and digital image is imported NDP.This network management system is by a network server management and a plurality of self-service digital image treatment facilities and/or a plurality of network user terminals of control by internet and/or cordless communication network access.
Fig. 1-9 is depicted as the structure according to the self-service digital image treatment facility of embodiment of the present invention.And Figure 11 shows that synoptic diagram according to the electrical connection of each parts of self-service digital image treatment facility of embodiment of the present invention.
A kind of self-service digital image treatment facility comprises: the photo output unit and the computer processing module that are positioned at vertical rack.Wherein this photo output unit comprise be used for digital image by the exposure assembly transfer to digit explosure module and being used on the digital photo paper carry out paper feed control and to the printing paper after the exposure develop, the photographic fixing oven dry handles the module of developing and printing with the output photo.Computer processing module is used for the control figure exposure module and develops and prints module and provide patterned interactive interface for the user.Describe the structure and the work of each module in detail below with reference to Fig. 1-9 and Figure 11.
Computer processing module comprises: be arranged in the vertical rack and dispose the multi-purpose computer of network adapter, the display 811 of this multi-purpose computer is arranged on the preceding upper casing 211, and its RJ45 interface 61, keyboard jack 228, mouse socket 229, reset button 227 and start button 226 are arranged on the back side casing 218 of self-service digital image treatment facility; Be positioned at 212 belows, audio amplifier hole and be connected to audio output device spare on the multi-purpose computer; Be connected the LINKSYS4 mouth usb hub 51 of multi-purpose computer USB (USB (universal serial bus)) interface, on the middle panel 211, be used for user's USB device is connected to main frame before wherein two USB interface 513 are arranged on; The touch-screen 71 that is arranged on the display pannel top and is connected with multi-purpose computer by serial line interface; Before being arranged on the panel and be connected the CD writer 31 of multi-purpose computer ide interface; Before being arranged on the panel and be connected the IC-card card reader 512 on the usb hub 51 and adopt SSK 12 to unify the memory card reader 511 of card reader, wherein the type of the storage card that can support of SSK 12 unification card reader is: compact flash storer (CF)/smart card (SM)/safe digital card (SD)/multimedia card (MMC)/memory stick (MS)/MS-Pro (Sony's memory stick a kind of)/XD (Extreme Digital Card, extremely digital card)/MC (Miniature Card miniature cards); And infrared interface 27.Wherein said multi-purpose computer comprises: the 865PE of the Jijia mainboard 249 that is integrated with AC97 sound card and network interface card; P4 3.0Ghz adopts the Socket478 framework and has the central processing unit 247 of 512k L2 cache; The random access memory 251 of Jin Shidun DDR400 256M * 2; The 5700LE display adapter 8 in fashion that has seven rainbows of a VGA (Video Graphics Array) interface, DVI (Digital Video Interactive) interface and AV (audio frequency and video) interface; Seagate SATA 80G hard disk 250; The Philips 15 " display 811 of LCD, wherein the status indicator lamp 23 of this display 811 is positioned on the preceding upper casing; And computer power supply 253.Computer processing module provides patterned interface by touch-screen for the user, and the user can be by the steering order of touch-screen input to the self-service digital image treatment facility.Certainly computer processing module also can have keyboard and mouse, thereby makes the user can be by keyboard and this self-service digital image treatment facility of mouse action.
In addition, multi-purpose computer, CD writer 31, memory card reader 511 also can adopt other model, and wherein the minimalist configuration of multi-purpose computer is: central processing unit: PIII800 or suitable processor; Motherboard: can support selected CPU; Random access memory: at least 256 million; Display adapter: 8,000,000 or above video memory, have double end display capabilities (two VGA interface or a VGA interface and a DVI interface); Network adapter: 10 mbit ethernet cards; CD drive: 8 times of speed; Hard disk: 10G.Network adapter 6 can adopt mainboard integrated, also can adopt the independent circuits plate structure.Network adapter 6 can be xDSL network interface card (it includes HDSL, SDSL, VDSL, ADSL, RADSL etc.), LAN (Local Area Network) network interface card, CABLE modulator-demodular unit, GPRS (GPRS) wireless network card and CDMA (CDMA) wireless network card etc.Touch-screen 2 can be a tempered glass sound wave surface touch-screen, also can be other versatile touch screen.The user utilizes digital image that multi-purpose computer can remote download prestores by network or to sending digital image as destination addresses such as mailbox, network albums.
In addition, computer processing module can also comprise the assemblies such as the assembly of inserting coins, Unionpay's terminal and text-message payment unit that are used to pay.Self-service digital image treatment facility according to the present invention can also comprise scanner, camera and handwriting recognition plate, keyboard and the mouse that is connected on the multi-purpose computer, thereby can pass through scanner, camera input digital video file, and by handwriting recognition plate, keyboard and mouse input operation instruction.
Vertical rack comprises: preceding upper casing 211, and this preceding upper casing 211 has in front corresponding to the indicator screen of multi-purpose computer and the opening of status indicator lamp 23, has audio amplifier hole 212 respectively in both sides, and has vent 223 at rear side; Upper casing 213 with casing lock 234; Has first side plate 214 corresponding to the opening of developing and printing switch 216; Second side plate 2140; Preceding middle panel 215 with a plurality of openings; Preceding lower casing 217 with photo piece mouth 29 and photo carriage 210; The first side lower casing 219 with two dismounting handles 2190; The second side lower casing 222 with two dismounting handles 2190; Back side casing 218, it is provided with back of the body seal cover 225 with back of the body seal cover handle 224, start button 226, reset button 227, keyboard jack 228, mouse socket 229, two fuses 231, power lead 233 and a plurality of vents 223.
The digit explosure module mainly contains: exposure master control borad (not shown) and digital exposure head 236, wherein this digital exposure head 236 comprise LED (light emitting diode) matrix light source 131 as light source, as LCD (liquid crystal board) light valve 121, micromotion platform 2362 and the light mixing cartridge 2361 of image light threshold.Wherein, exposure master control borad control LED matrix light source 131 and micromotion platform 2362, LCD light valve 121 is connected to VGA (perhaps DVI) interface of computer processing module.This digit explosure module characteristic be to adopt excitation near the LED of laser as light source, high pixel LCD liquid crystal (1024 * 768 or 1280 * 1024) is as the image light valve, the tricolor exposing imaging.In order to improve imaging resolution, introduced the image interlacing and divided four demonstrations and liquid crystal micrometric displacement technology every row, resolution is significantly improved.Each is opened photo and is split into four imagings, and ten re-exposes are finished whole exposure process.Wherein, the digit explosure module can adopt, but is not limited to the shut out DIPS Pro80 digital imaging system (being also referred to as digital sheet folder) of high image documentation equipment company limited of Beijing.
Develop and print module and comprise the following parts of developing and printing master control borad and being developed and printed master control borad control: have the accommodation space of a ccontaining printing paper and the carton 235 of the exit slot that is communicated with described accommodation space, be positioned at vertical rack top; Have exposure room and the paper feed port that is communicated with described exposure room and the exposure box 237 of exit slot, it is positioned at carton 235 belows, and is positioned at digital exposure head 236 rears that link together with it; The paper feed unit, it comprises paper-feed 156, cutting knife 152 and the exposure stage 153 that comprises stepper motor (not shown), exposure stage air exhauster 154 and exposure stage belt 155, this paper feed unit is positioned at exposure box 237, wherein exposure stage belt 155 is plummers of printing paper, have a lot of adsorption holes on it, exposure stage air exhauster 154 is adsorbed on printing paper on the exposure stage belt 155 by above-mentioned hole, and stepper motor is used to rotate exposure stage belt 155 makes printing paper move to suitable exposure position; The developing fixing unit, it comprise be used for that comparison film develops and the medicine groove 240 of photographic fixing, be used for the printing paper after the exposing unit exposure be transferred to medicine groove 240 hoisting frame 239, be used to dry through development and photographic fixing after drying baker 241, the paper delivery pedestal 244 of photo and the active motor 245 that is used to transmit printing paper, the exit slot of the paper feed direction of wherein said hoisting frame 239 and exposure box 237 is connected and is driven by active motor 245; The soup control module, it comprises the waste liquid barrel 243 that is used to reclaim useless soup, fluid infusion pump 246 and the fluid infusion bucket 238 that is used for replenishing soup, and is arranged on the heating unit (not shown) that is used to heat soup in the described medicine groove; And supply module, it comprises develops and prints switch 216, two fuses 231 and power supply 242.Wherein, each fluid infusion bucket 238 is connected with corresponding medicine groove 240 by conduit, each medicine groove 240 is connected with corresponding waste liquid barrel 243 by conduit, fluid infusion bucket 238, medicine groove 240, waste liquid barrel 243 can stackedly be placed on vertical rack bottom, in addition also can be according to the arrangement of rack volume inside in place.Power supply 242 can be placed according to the space of cabinet, and guarantees good radiating condition, and for example power supply 242 can be arranged on hoisting frame 239 belows.The paper feed port of described drying baker 241 is connected with the exit slot of described medicine groove 240, for example can be arranged on medicine groove 240 the place aheads.The position of described active motor 245 should make things convenient for power to export and according to selected kind of drive setting in position, for example initiatively motor 245 can be arranged side by side with drying baker 241.The paper feed end of described paper delivery pedestal 244 is connected with the exit slot of drying baker 241, and its paper delivery end is connected with photo piece mouth 19, for example can be arranged on also top of drying baker 241; Described fluid infusion pump 246 is connected with fluid infusion bucket 238 and medicine groove 240, and for example, fluid infusion pump 246 can be arranged on waste liquid barrel 243 the place aheads.Developing and printing module can adopt, but is not limited to, and the model of special secondary rainbow electron image equipment company limited is the RA4 film processor of TN8908.
Computer processing module with the exposure master control borad with develop and print master control borad and carry out communication, describes the course of work of photo output unit by serial ports in detail below.
Computer processing module sends order according to order to developing and printing module by serial ports, develops and prints to start the paper feed stepper motor after master control borad is received order, walks the distance of a photo, and the control cutting knife cuts off printing paper.Printing paper is delivered to exposure stage and is attracted on the belt of exposure stage, develops and prints master control borad control step motor and printing paper is given is entered suitable exposure position.It is ready to computer processing module transmission message informing printing paper to develop and print master control borad.Computer processing module responds this message, the first number sign indicating number image file is divided into four parts according to horizontal mediastinum row, and first delivered to LCD light valve 121 as the light threshold, send order to the exposure master control borad then, the exposure master control borad carries out the redgreenblue exposure successively according to the parameter control digital exposure head 236 that transmits.After exposure was finished, computer processing module sent to LCD light valve 121 to the second portion image, sent order to the exposure master control borad then, and control micromotion platform 2362 is aimed at and the corresponding printing paper part of this parts of images photohead, and then exposes.Repeat said process then and finish all exposures.After exposure was all finished, computer processing module was given and is developed and printed master control borad transmission order, develops and prints master control borad control exposure stage the printing paper of exposure is delivered to hoisting frame.Then, the printing paper after the exposure enters medicine groove 240 from hoisting frame, finishes development, photographic fixing and the rinsing of photo successively through developer solution, stop bath and clear water according to certain speed.Photo enters drying baker 241 then, sends from photo piece mouth 29 by paper delivery pedestal 244 after the drying.
Describe the work of self-service digital image treatment facility below in detail.
The course of work of self-service digital image treatment facility is divided into stage and the user's operational phase of powering on of starting shooting.Power on the stage in start, at first, press the start button 226 of computer processing module, computer processing module is started working, and then, presses and develops and prints switch 216, the heating unit (not shown) of developing and printing in master control borad control developer solution and the stop bath of developing and printing module begins soup is heated, open initiatively motor 245 simultaneously, the paper-feeding roller (not shown) that drives in hoisting frame 239 and the medicine groove 240 begins to rotate, and fully stirs soup.At this moment, develop and print the temperature of master control borad, on display 811, show the temperature of soup to computer processing module transmission soup.When fluid temperature reaches predetermined temperature, for example 37.8 ℃ the time, heating unit stops heating, and computer processing module shows " determining " buttons at display screen 811, and the user presses " determining " button and closes window, and enters user's operational phase.In user's stage, develop and print the master control borad of developing and printing of module and control heating unit, make the temperature of soup remain on predetermined temperature.Above-mentioned predetermined temperature can be set by computer processing module.
In user's operational phase, the computer processing module operation is stored in the control program in the hard disk 250, provides patterned interactive interface by display screen 811 for the user.Its concrete user's operating process embodiment sees also Figure 12～24.
After the user clicked the NDPC icon and starts this business program, what at first see was interface as shown in figure 12.This interface is for welcoming and the function introduction interface, click keys 121 ' is that play button can be watched the video file that presets, click keys 122 ' can stop to play this document, click is provided with key 123 ' and can be provided with this welcome screen, click keys 124 ' is an initiating key, can enter service interface, as shown in figure 13.
Comprise photo developing and printing key 131 ', photo imprinting key 132 ', certificate photo key 133 ', mobile phone paster key 134 ', photo greeting card 135 ' and return key 136 ' in Figure 13 interface.Click different key and can carry out associative operation, as click 131 ' and then carry out traditional photo developing and printing, clicking 132 ' then is burnt to photo on the CD-R CD, certificate photograph is is then developed and printed in click 133 ', click 134 ' is is then developed and printed the not little picture of dry doubling, click 135 ' and then developed and printed the individual character greeting card, then clicks 136 ' as desire cancellation service and returns.
To enter next interface after for example selecting 131 ' by touch-screen, promptly the image credit interface as shown in figure 14, can be selected never to obtain digital image with the medium place by this interface.NDP supports multiple storage card commonly used, comprises SD/CF/MS/MMC etc., and storage card is inserted in the card reader, clicks camera memory key 141 in the interface, just can import the picture on the storage card immediately.NDP also supports the infrared transmission with mobile phone, clicks mobile phone key 142, promptly enters interface shown in Figure 17, imports the picture of storing in the mobile phone.Can stop picture by stop key 171 and import, but not return.NDP also supports most USB memory devices commonly used, as USB flash memory, USB portable hard drive etc.Be connected to the USB interface of NDP, wait for that driver starts, hear the sound of successful installation after, click USB flash disk key 143 and can obtain picture in the dish rapidly.NDP also compatibility CD-disc obtains the figure sheet mode, and the CD that has picture is put into CD-ROM drive, clicks CD key 144, and the picture (comprising the picture under each sub-directory) in the current optical disc can be searched for and import in system immediately.NDP also can pass through the internet, obtains previously stored picture from www.dprt.net " network album ".But the user must land registration and uploading pictures in network album before using NDP.Click network album key 145, promptly enter the authentication interface, as shown in figure 15.Input user name and password, after empirical tests is correct, clicks and determine key 151 ', then system search for automatically download each photograph album first picture as shown in figure 16.If will cancel service, press return key 152 '.
Figure 16 is for selecting the photo interface, and it is a plurality of that user's network album has, and then on the selection photo window of centre, selects corresponding photograph album by page up, next page key, clicks and determines key, can download the picture that imports in this photograph album.
Picture enters selection photo interface shown in Figure 180 after importing immediately.All photos have generated tabulation this moment, but click page up key 181, next page key 182 can work as when picture is above one page indication range in the picture tabulation, is used for carrying out page turning; Click and select key 183 entirely, can be set to selected state by whole pictures.Selected state is red frame, and white is not for choosing.Click the anti-key 184 that selects, promptly switch selection mode rapidly, all have chosen picture to be set to not choose, do not choose to be set to choose.Click and continue to import key 185, promptly return Figure 14 image credit interface and continue to import picture.Click return key 188, promptly cancel active procedure and return the beginning interface.Click acknowledgement key 186, promptly finish the picture editor, generate order, and enter interface shown in Figure 20." editor " printed words among click Figure 18 on the thumbnail can enter editing interface as shown in figure 19.Editting function is one of featured function of NDP, can make picture reach ideal effect by different function keys.Amplifying, dwindle key 191,192 can be used for comparison film and carries out convergent-divergent; Brightness adds, brightness subtracts key 193,194 and is used to regulate the bright degree of picture; Contrast adds, contrast subtracts key 195,196 and is used to regulate picture color clear degree; Horizon glass picture, vertical mirror key 197,198 are used for picture is carried out the rotational symmetry editor; To anticlockwise, be used to adjust the picture degree of tilt to right rotation key 199,1910; Upper and lower, left and right key 1913,1914,1915,1916 is used to adjust composition, till satisfaction; Increase, reduce key 1917,1918, be used for picture is developed and printed the editor of quantity.Click definite key 1911 after all editors finish and finish current editing process, preserve edited result and enter interface or the click return key 1912 of confirming an order shown in Figure 20, return the upper level operation, picture is not made any change.
The order that charges and generated for the COS logarithmic code image file of selecting according to the user in interface shown in Figure 20.User's this order of approval after checking is then clicked the key 201 of paying a bill, and enters paying shown in Figure 21 interface immediately, otherwise ends these services by abandoning key 202, gets back to the beginning interface, repeats the aforesaid operations process and carries out image processing again.
Enter the paying interface shown in Figure 21 after, the user can see that this develops and prints expense number and cash key 211 ', bank card key 212 ', stored value card key 213 ', 214 ' four kinds of different way of paying of mobile phone key.After clicking 211 ' selection cash base, will enter interface shown in Figure 22.After the user gives the salesman with cash, can realize that promptly deduction is corresponding to the numerical value of order expense from IC-card by definite key 221.Enter interface shown in Figure 23 subsequently, be used for pointing out the surplus capital of IC-card.After clicking definite key 231 ', promptly enter interface shown in Figure 24, the expression development procedures is carried out, and was desirable after about 5 minutes, obtained a photos every 20 seconds.
Digital image processing system of the present invention, its network management system is the comprehensive maincenter management platform that connects client, NDP end, operator, each related service supplier, its agency by a webserver unified management NDP, client, sale, operation, software upgrading, hardware maintenance etc.Shown in Figure 1B, this figure is the module diagram of the network platform.
Network management platform 1 ' is that the network of NDP11 ' relies on, and network management platform 1 ' is connected with the NDP11 ' that distribution is arranged at everywhere by management interface 9 ', and it is managed and controls.Each NDP11 ' is with relevant information and data such as automatic report network management platform 1 ' its operation situation, duty and consumptive material consumptions.Commission merchant 13 ' can correspondingly give hardware maintenance after obtaining the operation data of each NDP equipment by network management platform, for example increase printing paper, add operations such as soup, maintenance.Simultaneously, the commission merchant also can carry out software upgrading to each NDP equipment by this platform, enriches the function of NDP equipment, improves service quality.
This network management platform can be managed control and develop and print platform 2 ' and second network storage platform 3 ' on the net.User 14 ' can be remotely logged into this platform, carries out Flame Image Process.Also audio and video products unprocessed or that dispose can be stored in this second network storage platform 3 '.This two platform connects bank's gateway 6 ', radio network gateway 7 ', post office gateway 8 ' by relevant interface 4 ', so that related service is provided or makes reimbursement of expense more versatile and flexible.This interface also can be connected with client software 5 ', makes the user can accept the control of network management system in the operation of one end.
And also store device fabrication manufacturer's information, commission merchant's information, customer information, facility information, control card, shop card information or maintenance, maintenance information etc. in this network management system, be convenient to apparatus manager's procedure operation and management.
In addition, this webserver links to each other with a website, and this site stores also shows geographic distribution position, the duty of each NDP, perhaps network user's access path etc.Network user terminals i.e. a registered user, can land this web-site by internet or cordless communication network, behind the authentication registration, can login and develop and print platform 2 ' on the net, according to self present position, selection is in the NDP of most favorable position, inserts and control this equipment, thus carry out digital image transmission, editor, modification, demonstration, storage, share or operation such as digital photo print.Network user terminals can be connected with this network management system, and accepts the management of this webserver.The user can long-rangely finish the printout of photo, paid electronic money after, the mode that can select to deliver goods to the customers by distribution sector finally obtains photo in kind.Perhaps earlier digital image is uploaded to this platform, to arbitrary NDP, downloads and handle again.
And this system is for realizing above-mentioned various function, at the NDP end or in network server end or simultaneously in these two, is provided with digital image operation control module, and it includes:
One starts the business interface module, is used to show the interface that starts relevant business program;
One selects the COS module, is used for showing selecting the business COS to confirm that for the user described COS comprises: photo flushing, photo imprinting, certificate photo, mobile phone paster, photo storage and/or photo greeting card;
One selects input equipment to import data module, is used at show check number sign indicating number image input equipment and imports corresponding digital video file;
One generates and the demonstration order module, is used for calculating the corresponding service fee of generation and also shows to treat that the user confirms;
One order execution module sends according to described generation and definite result of showing order module that described computer processing module is sent in the corresponding operating instruction and the photo output unit is carried out.
Simultaneously, in order further to enrich systemic-function, improve the quality of service, this digital image operation control module can also comprise:
One digital image data list module, the digital video file that is used for importing shows to treat that the user selects to confirm one by one by the tabulation mode;
One editor module is used for that picture is carried out convergent-divergent, contrast adjustment, brightness regulation, mirror image, rotation and/or displacement and handles.
In sum, network management system is mainly used in management and each NDP equipment that control inserts, and constantly improves its function and for direct supvr provides data and technical support, is the organ of user's Long-distance Control NDP.
The digital image processing method of self-service digital image disposal system of the present invention can be applied to digital image special processor or common computer, make the processing of digital image realize by user self-help, do not need professional's intervention, therefore use the present invention promptly to can be the user personalized service that meets user's actual need is provided.Specifically, use method of the present invention and can provide following operating function for the user:
Service function: comprise the service of common conventional pictures numberization, be about to common photo or picture and convert digitized format to, preserve with digital form by operations such as scannings; Conventional pictures is developed and printed service, promptly directly develops and prints user's picture by film processor by multiple size and composing pattern; The network application service, the digital image product that is about to make carries out teletransmission by the internet, as sending e-greeting card etc.
Input function: can select to import the digital image data from various storages such as CD, digital camera storage card, USB interface storer, perhaps select the scanner common picture of scanning, photo fast, realize the numberization of traditional common picture, photo, perhaps realize instant digital photograph shooting etc.
Output function: with the digital image product of customization by develop and print, multiple mode such as Network Transmission exports, and comprised customization information of user in the output order.
For finishing above-mentioned functions, the digital image processing method of self-service digital image disposal system provided by the invention may further comprise the steps, with reference to Figure 10.
In step 1, one network user terminals is logined a website, self-service digital image treatment facility geographic distribution position by the website demonstration, after selecting to insert the self-service digital image treatment facility of a suitable location, should at first start the operation interface of a self-service digital image treatment facility.Then directly enter step 2 as directly going to the NDP machine to operate;
In step 2, digital image product classification and the classification of service of selecting the digital image special processor to provide that is to say, before the processing of carrying out digital image, need in the various products ﹠ services that provide, select, after selection is identified, enter step 3;
In step 3, select the digital image input equipment, from selected equipment, import the digital image data; Described selection digital image input equipment can be selected CD by clicking, finish at storage card, scanner or the first-class icon of making a video recording.When selected equipment is CD or storage card (for example storage card of digital camera), will dynamically retrieves the digital video file on CD or the storage card and it be read in.When selected equipment is scanner, will obtain image data from scanner by general-purpose interface.When selected equipment is camera, the shooting of digital image will be carried out immediately.Also need illustrate, when selected equipment is scanner or camera, need utilize scanner or camera that image carry out numberization.After importing is finished, enter the digital image data list;
In step 4, tabulation shows the digital image data that import from input equipment.The user can select the data that import, and can enter step 5 after the selection and carry out various adjustings and editor, also can skips steps 5 directly carry out step 6 generation order, can also return step 3 in addition and continue to import the image data data;
In step 5, can the logarithmic code image amplify, dwindle, rotation, mirror image, operation such as move, also can carry out the adjusting of brightness, contrast, gray scale, color.The template file that the digital image that regulates can also and provide superposes to synthesize and generates various digital image products.Enter step 6 after production is finished and generate order;
In step 6, preserve the product order and show the tabulation of product order, and the details that can check order.The mode of reimbursement of expense can comprise that direct payment bank note, coin gives the salesman, or payment electronic money such as IC-card, bank card, stored value card, Web bank's payment, payment by using short messages etc.
In step 7, carry out the Network Transmission of digital image output or order etc. according to order type.Described digital image output is that digital image is developed and printed into photo by film processor with the specification of selecting.Product such as greeting card or send e-greeting card etc. by Email, the Network Transmission of described order is to send order information to service provider that product or service are provided by network.
It is big that this self-service digital image treatment facility can be arranged at the flow of personnel amount, the place that densely populated public place of entertainment or young man assemble, for example tourist attractions, fast food restaurant, market, airport or campus etc.This equipment is farthest come into operation.
Obviously those skilled in the art can carry out various distortion and improvement to method for crystallising of the present invention and device thereof without departing from the spirit and scope of the present invention.Therefore all fall into the distortion in the application's appending claims and the claimed scope of equivalent thereof and improve and all will belong to protection scope of the present invention.
Claims (30)
1, a kind of self-service digital image disposal system, comprise at least one the self-service digital image treatment facility that connects by network, network user terminals and network management system, it is characterized in that: described self-service digital image treatment facility comprises the computer processing module and the photo output unit that is connected with described computer processing module that is arranged in the rack again, described computer processing module comprises main frame and the display screen that is connected with described main frame again, CD writer, USB interface, network adapter and memory card reader, described photo output unit comprise the digit explosure module of the serial line interface that is connected to main frame again and develop and print module.
2, self-service digital image disposal system according to claim 1 is characterized in that, described network adapter be in radio communication network interface card, LAN (Local Area Network) network interface card, CABLE modulator-demodular unit or the xDSL network interface card one of at least.
3, self-service digital image disposal system according to claim 2 is characterized in that, described computer processing module also comprise with main frame in the infrared port, handwriting recognition plate, scanner, digital camera, camera that are connected one of at least.
4, according to claim 1,2 or 3 described self-service digital image disposal systems, it is characterized in that the described module of developing and printing comprises:
One develops and prints master control borad, is connected with described main frame by serial line interface;
One carton has the accommodation space of a ccontaining printing paper and the exit slot that is communicated with described accommodation space;
One exposure box, the paper feed port and the exit slot that have exposure room and be communicated with described exposure room, the paper feed port of described exposure box is connected with the exit slot of described carton;
One paper feed unit is placed in the described exposure box, and is connected with the described master control borad of developing and printing;
One developing fixing unit is connected with the described master control borad of developing and printing;
One soup control module is connected with the described master control borad of developing and printing; And
One power supply unit is connected with the described master control borad of developing and printing.
5, self-service digital image treatment facility according to claim 4, it is characterized in that, described paper feed unit comprises an exposure stage, comprise: be connected to described stepper motor and the exposure stage air exhauster of developing and printing master control borad, and the exposure stage belt that is connected to described exposure stage air exhauster.
6, self-service digital image disposal system according to claim 4 is characterized in that, described developing fixing unit comprises again with described develops and prints active motor, hoisting frame, paper delivery pedestal, medicine groove and the drying baker that master control borad is connected; Described soup control module comprises again and described fluid infusion pump, heating unit that master control borad is connected and waste liquid barrel and the fluid infusion bucket that is connected by conduit with described medicine groove developed and printed; Wherein, described heating unit is arranged in the described medicine groove, and the paper feed port of described hoisting frame is connected with the exit slot of described exposure box and by described active driven by motor, the paper feed port of described drying baker is connected with the exit slot of described medicine groove; The paper feed end of described paper delivery pedestal and the exit slot of drying baker are connected; Described fluid infusion pump is connected with described fluid infusion bucket and described medicine groove.
7, according to claim 1,2 or 3 described self-service digital image disposal systems, it is characterized in that described digit explosure module comprises:
One exposure master control borad is connected with described main frame by serial ports; And
One digital exposure head, comprise dot matrix LEDs light source, liquid crystal board light valve, micromotion platform and light mixing cartridge, described dot matrix LEDs light source and micromotion platform are connected to described exposure master control borad, the liquid crystal board light valve is connected with the VGA interface of described main frame, and described light mixing cartridge connects described dot matrix LEDs light source and liquid crystal board light valve.
8, according to claim 1,2 or 3 described self-service digital image disposal systems, it is characterized in that described computer processing module also comprises the audio output device spare that is connected with described main frame.
According to claim 1,2 or 3 described self-service digital image disposal systems, it is characterized in that 9, described computer processing module also comprises insert coins assembly or the electronic payment unit that is connected with described main frame.
10, self-service digital image disposal system according to claim 9 is characterized in that, described electronic payment unit comprises IC-card card reader, online payment platform or portable terminal text-message payment unit.
11, self-service digital image disposal system according to claim 2, it is characterized in that, described network management system is by a network server management and a plurality of self-service digital image treatment facilities and/or a plurality of network user terminals of control by internet and/or cordless communication network access.
12, self-service digital image disposal system according to claim 11, it is characterized in that the described webserver connects a demonstration and stores the website of geographic distribution position, equipment working state and/or network user's access path of described self-service digital image treatment facility.
13, self-service digital image disposal system according to claim 12, it is characterized in that, described network user terminals can be selected the self-service digital image treatment facility of suitable location by logining described website, inserts and control described self-service digital image treatment facility.
According to claim 12 or 13 described self-service digital image disposal systems, it is characterized in that 14, the described self-service digital image treatment facility and/or the described webserver comprise digital image operation control module again, comprising:
One starts the business interface module, is used to show the interface that starts relevant business program;
One selects the COS module, is used for showing selecting the business COS to confirm that for the user described COS comprises: photo flushing, photo imprinting, certificate photo, mobile phone paster, photo storage and/or photo greeting card;
One selects input equipment to import data module, is used at show check number sign indicating number image input equipment and imports corresponding digital video file;
One generates and the demonstration order module, is used for calculating the corresponding service fee of generation and also shows to treat that the user confirms;
One order execution module sends according to described generation and definite result of showing order module that described computer processing module is sent in the corresponding operating instruction and the photo output unit is carried out.
15, self-service digital image disposal system according to claim 14 is characterized in that, described digital image operation control module also comprises:
One digital image data list module, the digital video file that is used for importing shows to treat that the user selects to confirm one by one by the tabulation mode;
One editor module is used for that picture is carried out convergent-divergent, contrast adjustment, brightness regulation, mirror image, rotation and/or displacement and handles.
16, according to claim 1,2,3,10,11,12,13 or 15 described self-service digital image disposal systems, it is characterized in that, described network user terminals is a registered user, can be directly or the described self-service digital image treatment facility of operated from a distance by login authentication, carry out digital photograph transmission, editor, modification, demonstration, storage, share and/or digital photo print.
17, according to claim 1,2,3,10,11,12,13 or 15 described self-service digital image disposal systems, it is characterized in that described network management system is one to be used to carry out the network management platform of service agent, customer account management, sale, operation, software upgrading and/or hardware maintenance.
18, the digital image processing method of the described self-service digital image disposal system of a kind of claim 1 is characterized in that, comprises the steps:
Step 1 starts the operation interface of a self-service digital image treatment facility;
Step 2 is selected described self-service digital image to handle the digital image processing COS that provides is provided;
Step 3 is selected the digital video file input equipment and is imported corresponding image data;
Step 4 generates and the demonstration order;
Step 5, the product after described self-service digital image treatment facility output and/or the storage respective handling.
19, disposal route according to claim 18 is characterized in that, described step 1 is that a network user terminals is carried out after a website inserts described self-service digital image treatment facility by logining.
20, according to claim 18 or 19 described disposal routes, it is characterized in that, after execution in step three, also comprise: carry out image data listings step and/or edit-modify step.
21, disposal route according to claim 18 is characterized in that, in execution in step four, comprises that also one carries out the step of the corresponding expense of payment, and the mode of paying corresponding expense comprises bank note, coin and electronic money.
22, disposal route according to claim 21 is characterized in that, described electronic money comprises IC-card payment, bank card payment, stored value card payment, Web bank's payment or payment by using short messages again.
23, disposal route according to claim 19 is characterized in that, described website also comprises the step that shows described self-service digital image treatment facility geographic distribution position.
24, disposal route according to claim 23 is characterized in that, the place of described self-service digital image treatment facility setting comprises: tourist attractions, fast food restaurant, market, airport or campus.
25, the network management of the described self-service digital image disposal system of a kind of claim 1, it is characterized in that, be responsible for control and a plurality of self-service digital image treatment facilities of management by a network management system is set, and make described self-service digital image treatment facility report its operation situation, duty and consumptive material consumption information by network automatically.
26, network management according to claim 25 is characterized in that, described network management system also stores device fabrication manufacturer's information, commission merchant's information, customer information, facility information, control card/shop card information or maintenance/maintenance information.
27, a kind of self-service digital image treatment facility, it is characterized in that, comprise the computer processing module and the photo output unit that is connected with described computer processing module that are arranged in the rack, described computer processing module comprises main frame and the display screen, CD writer, USB interface, network adapter and the memory card reader that are connected with described main frame again, and described photo output unit comprises the digit explosure module of the serial line interface that is connected to main frame again and develops and prints module.
28, self-service digital image treatment facility according to claim 27 is characterized in that, described network adapter be in radio communication network interface card, LAN (Local Area Network) network interface card, CABLE modulator-demodular unit or the xDSL network interface card one of at least.
According to claim 27 or 28 described self-service digital image treatment facilities, it is characterized in that 29, described self-service digital image treatment facility comprises digital image operation control module again, comprising:
One starts the business interface module, is used to show the interface that starts relevant business program;
One selects the COS module, is used for showing selecting the business COS to confirm that for the user described COS comprises: photo flushing, photo imprinting, certificate photo, mobile phone paster, photo storage and/or photo greeting card;
One selects input equipment to import data module, is used at show check number sign indicating number image input equipment and imports corresponding digital video file;
One generates and the demonstration order module, is used for calculating the corresponding service fee of generation and also shows to treat that the user confirms;
One order execution module sends according to described generation and definite result of showing order module that described computer processing module is sent in the corresponding operating instruction and the photo output unit is carried out.
30, self-service digital image treatment facility according to claim 29 is characterized in that, described digital image operation control module also comprises:
One digital image data list module, the digital video file that is used for importing shows to treat that the user selects to confirm one by one by the tabulation mode;
One editor module is used for that picture is carried out convergent-divergent, contrast adjustment, brightness regulation, mirror image, rotation and/or displacement and handles.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200510086421.1A CN1932895A (en) | 2005-09-13 | 2005-09-13 | Automatic digital image processing equipment, system and digital image processing method |
| PCT/CN2006/002305 WO2007028334A1 (en) | 2005-09-07 | 2006-09-07 | Self-service digital image processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200510086421.1A CN1932895A (en) | 2005-09-13 | 2005-09-13 | Automatic digital image processing equipment, system and digital image processing method |
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| CN1932895A true CN1932895A (en) | 2007-03-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200510086421.1A Pending CN1932895A (en) | 2005-09-07 | 2005-09-13 | Automatic digital image processing equipment, system and digital image processing method |
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| CN102122413A (en) * | 2011-01-28 | 2011-07-13 | 于学先 | Self-help sale terminal equipment |
| CN102467788A (en) * | 2010-11-04 | 2012-05-23 | 中兴通讯股份有限公司 | Method, device and system for realizing printing self-service |
| CN102855706A (en) * | 2012-09-17 | 2013-01-02 | 廉峰 | Self-service photo printing integrated machine |
| CN104102462A (en) * | 2014-08-08 | 2014-10-15 | 林任任 | Remote self-service intelligent printing system |
| CN104924784A (en) * | 2014-03-17 | 2015-09-23 | 诚研科技股份有限公司 | Consumable management method and equipment thereof |
| WO2018218613A1 (en) * | 2017-06-01 | 2018-12-06 | 罗尹聪 | Image printing terminal device, management server, and image printing method |
| CN111142810A (en) * | 2018-11-05 | 2020-05-12 | 株式会社理光 | Image processing system and image processing method |
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- 2005-09-13 CN CN200510086421.1A patent/CN1932895A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102467788A (en) * | 2010-11-04 | 2012-05-23 | 中兴通讯股份有限公司 | Method, device and system for realizing printing self-service |
| CN102122413A (en) * | 2011-01-28 | 2011-07-13 | 于学先 | Self-help sale terminal equipment |
| CN102855706A (en) * | 2012-09-17 | 2013-01-02 | 廉峰 | Self-service photo printing integrated machine |
| CN104924784A (en) * | 2014-03-17 | 2015-09-23 | 诚研科技股份有限公司 | Consumable management method and equipment thereof |
| CN104924784B (en) * | 2014-03-17 | 2017-07-04 | 诚研科技股份有限公司 | Consumable management method and equipment thereof |
| CN104102462A (en) * | 2014-08-08 | 2014-10-15 | 林任任 | Remote self-service intelligent printing system |
| WO2018218613A1 (en) * | 2017-06-01 | 2018-12-06 | 罗尹聪 | Image printing terminal device, management server, and image printing method |
| CN111142810A (en) * | 2018-11-05 | 2020-05-12 | 株式会社理光 | Image processing system and image processing method |
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