CN109582249B - Portable multifunctional image workstation - Google Patents
Portable multifunctional image workstation Download PDFInfo
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- CN109582249B CN109582249B CN201710910994.4A CN201710910994A CN109582249B CN 109582249 B CN109582249 B CN 109582249B CN 201710910994 A CN201710910994 A CN 201710910994A CN 109582249 B CN109582249 B CN 109582249B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
- G06F3/1203—Improving or facilitating administration, e.g. print management
- G06F3/1204—Improving or facilitating administration, e.g. print management resulting in reduced user or operator actions, e.g. presetting, automatic actions, using hardware token storing data
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
- G06F3/1237—Print job management
- G06F3/1268—Job submission, e.g. submitting print job order or request not the print data itself
- G06F3/1272—Digital storefront, e.g. e-ordering, web2print, submitting a job from a remote submission screen
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1278—Dedicated interfaces to print systems specifically adapted to adopt a particular infrastructure
- G06F3/1292—Mobile client, e.g. wireless printing
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Abstract
The invention discloses a portable multifunctional image workstation, which comprises a system module and an image acquisition device, wherein the system module and the image acquisition device are contained in portable electronic equipment with a battery, the system module is connected with the image acquisition device through a standard hardware link and used for generating a file of an acquired image and storing the file in a memory card directory or loading the file into a set directory of the system module by using a PictBridge protocol/standard USB interface; the system module is set into manual/automatic film selection, is manually/automatically processed according to set parameters, uses a portable printer contained in the workstation or is connected with at least one printer/receipt machine to output images, and uploads an electronic file to a cloud image management server or transmits a file to an image processing and printing server through a wireless WIFI router. The system module of the invention is movable, has the functions of selecting the film, setting the number and the size of the film, wirelessly controlling the printer or the print server to execute the printing work and the like, and can transmit the video beyond the limit of PictBridge.
Description
Technical Field
The invention belongs to the technical field of computer digital image application, and particularly relates to a portable multifunctional image workstation.
Background
Although some image acquisition devices including image acquisition devices already have wifi functions and can wirelessly transmit image files to a computer, high-end single-reflection image acquisition devices with wifi functions are not numerous, and image acquisition devices on the current market do not have wifi expansion functions, so that great inconvenience is caused to photographers in professional photography industries and needing wireless transmission. Therefore, a wireless transmission device compatible with most image acquisition devices through standard wiring technology has great market potential.
The rapid development of digital images, whether physical photographs or electronic films, is desirable. But the process of generating and taking a physical photograph: shooting → picture file transfer (card insertion, wire connection, etc.) → computer processing → outputting the photo; procedure for taking electronic photograph (negative): shooting → image file transfer → computer processing → transferring electronic file (photo). Generally, users handle a small number of photos, and such procedures are complicated and inconvenient, not to mention professional photographers, which take and handle hundreds or even thousands of photos each day, and if facing many clients at the same time, the repeated procedures are a very large workload. Therefore, the equipment which can process the picture file after shooting and output the picture or upload the picture file/video can greatly improve the efficiency of the photographer.
At present, the connection technology between equipment is developed, and the data transmission modes are very many. If the system can take photos and automatically process the photos to form a beautiful photo figure file or video through a computer, then the system is connected to a nearby printer to output the photos according to the requirements of a client, or the electronic photo figure file or video file is transmitted to the client through a convenient method, and the system is also in a mobile portable design and is placed in a portable package to be carried about, so that the mobility and the processing efficiency of a photographer can be greatly improved.
If a set of portable equipment is matched with the image acquisition equipment without the PictBridge function to move randomly and complete the function similar to PictBridge, the image acquisition equipment is assisted to directly control printing after selecting a picture in a wireless or wired mode, so that the process of generating a solid photo or obtaining an electronic photo (negative) can be greatly shortened, and the efficiency of the photographing work is increased.
Disclosure of Invention
In order to solve the defects that the wireless transmission function and the PictBridge function are not applied to all image acquisition equipment and the mobility of a photographer during shooting and the efficiency of manual processing of a drawing are poor in the prior art, the invention provides the portable multifunctional image workstation which has the functions of selecting a film, setting the number of the film, setting the size, directly controlling printing and the like, can overcome the limitation of the PictBridge and can transmit videos.
In order to achieve the purpose, the invention adopts the following technical scheme:
a portable multifunctional image workstation comprises a system module and an image acquisition device which are contained in a portable electronic device, wherein the system module is provided with a battery for power supply; the system module is connected with the image acquisition equipment through a standard hardware link of the portable electronic equipment, the image acquisition equipment acquires the image files/videos and then stores the image files/videos in a memory card directory of the image acquisition equipment or the image acquisition equipment loads the image files/videos into a set directory of the system module by using a PictBridge protocol/standard USB interface; the system module is set to be manual or automatic, after selecting, the picture file/video is processed manually or automatically according to the set parameters, after processing, the portable printer contained in the portable multifunctional image workstation is used or at least one printer/receipt machine is driven by a wired/wireless connection line to print out the entity photo/receipt with the electronic file information (containing character information or converted into two-dimensional code information) which can be downloaded after uploading, or the wireless WIFI router is used for sharing the temporary storage directory with the printing server through image processing and transmitting the electronic file to the image processing and printing server to print an entity photo/receipt with uploaded video file information or electronic photo information, and the photo/video file is uploaded to the cloud image management server through the network after printing is completed so as to be downloaded to the photo/video electronic file by a client;
the image processing and printing server is matched with at least one portable multifunctional image workstation and/or at least one image acquisition device and at least one printer/receipt machine;
the system module comprises a camera linking module, a drawing file management module, a film selecting module, an image processing module, a printing and transmission management module and an uploading management module.
By adopting the technical scheme, the portable multifunctional image workstation is powered by the battery, is convenient for a photographer to carry and can move freely along with the photographer. And connecting the printer through a wireless technology (such as wifi, network sharing, Bluetooth and WUSB) and uploading the image file to a cloud image management server, or transmitting the image file to an image processing and printing server. The portable multifunction imaging workstation may include a portable printer (e.g., a portable ticketing machine, a portable color printer, etc.); the portable receipt machine can print photo information (such as a two-dimensional code containing website information of a photo downloading photo electronic file, a black and white preview photo, a shooting place and the like) so that a customer can directly use a mobile phone to scan a code to download the photo electronic file; the portable color printer can output an entity photo, and a two-dimensional code can be arranged on the photo for a client to scan the code and download an electronic file of the photo; therefore, the portable multifunctional video workstation can independently execute the photo printing work. The original process which can be completed by more than two persons is changed into the process which can be completed by only one person carrying a portable multifunctional image workstation to take a mobile photograph, then only an image acquisition device is operated, the system module is connected with the system module through a standard hardware link (such as a USB interface, a wireless USB interface, an IEEE1394 interface, WIFI, Bluetooth or network connection), after the hardware connection, the system module activates the PictBridge function of the image acquisition device, the image acquisition device with the PictBridge function ensures that each image file/video is transmitted after being confirmed by a photographer, after transmission, the system module can adopt automatic printing output, or all the image files/videos are transmitted to the system module through the standard hardware link by utilizing the transmission function of a common image acquisition device without the PictBridge function, then the system module is used for carrying out film selection, the number is set, the size is set, after the printing quality is set, the photo printing can be controlled manually (i.e. to simulate the concept of selecting photos on a PictBridge-enabled image capture device). The system module can rapidly process complex image requirements, such as beautifying, judging the horizontal and vertical of an image, synthesizing a horizontal and vertical electronic template (e-frame), adding management information (such as a photo management serial number or a two-dimensional code containing a photo downloading electronic file website and the like), automatically uploading the electronic photo to a cloud image management server for storage and processing through a network connection after printing is finished, and optionally transmitting the electronic photo/video to the image processing and printing server for post-processing output and then uploading to the cloud image management server for storage and processing. The portable multifunctional image workstation can drive a printer in a wired (USB, IEEE1394, network cable and the like) or wireless (WIFI, WUSB, Bluetooth and the like) mode, such as a wireless color printer, and can directly transmit the processed image to the printer to execute photo output through wireless transmission after software processing (for example, two-dimensional code synthesis on a photo) of a system module; the portable multifunctional image workstation can work together with the image processing and printing server and is connected with the wireless WIFI router, the mutual communication mode is that an externally shared directory, namely a server sharing temporary storage directory, is set in an operating system of the image processing and printing server, all the portable multifunctional image workstations connected through the wireless WIFI router can send files to the directory, and the image processing and printing server sequentially processes each file. The portable multifunctional image workstation can send files with common file names, and can also use naming rules conforming to the server to direct the image processing and printing server to execute more detailed work requirements. The system module can be set into a manual film selecting mode, so that a customer can see the picture file/video on a larger screen (smaller than a camera screen) of the system module in real time, can select the picture file, then directly complete ordering on the screen, finally complete all transactions as long as the output of the picture file is waited, and can print out a receipt as a transaction certificate by using a portable receipt machine. The terminal user can scan the two-dimensional code on the entity photo or the two-dimensional code on the receipt, read information and then download the corresponding electronic file to the mobile phone, wherein the downloadable electronic file also contains the associated video.
Further, the camera linking module identifies whether the image acquisition equipment has the PictBridge function, and receives the picture file or the picture file and the video of the image acquisition equipment through the PictBridge protocol or the standard USB interface according to the identification result and stores the picture file or the picture file and the video in the picture original image temporary storage directory;
the image file management module is used for identifying whether the target directory has illegal files or the same file names, storing the image files/videos in the image temporary storage directory according to the identification result and the naming rule, and prompting errors and recording error logs if the target directory has illegal files;
the selecting module selects a picture file/video from the image temporary storage catalog or the storage card catalog of the image acquisition equipment, and the selected picture file is stored in the image temporary storage catalog for the image processing module to process after the picture file is selected and whether the receipt needs to be printed by the portable receipt machine or not through setting parameters; if the photos are numerous under the condition of matching with a plurality of portable multifunctional image workstations, the photos are easier to find according to the information of the tickets; when the PictBridge function image acquisition equipment is matched, because the film selection work is already completed on the image acquisition equipment, the image can be directly processed in an automatic mode, and if the PictBridge function image acquisition equipment is not matched, the manual film selection can be adopted.
The image processing module scans the image files/videos stored in the image temporary storage catalog in the image file management module, synthesizes the scanned image files according to the set parameters and outputs the synthesized image files and the original image files to the printing and transmission management module, and stores the synthesized image files and the original image files in the uploading temporary storage catalog; if the scanned video is renamed according to the set parameters, storing the renamed video in a temporary storage directory shared by the image processing and printing server, and associating the video with the figure file;
the printing and transmission management module is used for managing a plurality of printers with different sizes to print required drawing files or transmit electronic photos/videos to the image processing and printing server;
and the uploading management module uploads all the electronic files stored in the uploading temporary storage directory to the cloud image management server.
Further, the video selected by the film selection module can be associated with a subsequent video, the subsequent video can be associated with another video until all necessary videos are associated, the video file is renamed according to set parameters and then stored in the image processing and printing server to share the temporary storage directory, and all the associated videos are merged and subsequently processed through the image processing and printing server.
Furthermore, the cloud image management server comprises drawing receiving management and member management, wherein the drawing receiving management receives and stores all electronic files uploaded by the uploading management module; the member management establishes an account number for the terminal user, and downloads and manages the photo or video electronic file of the terminal user by scanning the code.
Has the advantages that:
1. improving the mobility of the photographer: the portable multifunctional image workstation can be operated by one person, so that a photographer can freely move to take a picture while automatically outputting a picture or transferring an electronic picture/video to the image processing and printing server, and the image processing and printing server or the system module automatically uploads the electronic picture/video to the cloud image management server for downloading by a client, thereby achieving the purpose of rapidly transferring the electronic picture/video to the client and increasing the working efficiency of the photographer.
2. The efficiency of taking a picture and outputting the picture in real time is improved: in the shooting occasions with high mobility, such as active shooting and follow-up shooting and scenic spot shooting, a photographer must move along with a client at any time; after shooting, the photo is immediately processed by adopting a portable multifunctional image workstation, and the software automatically modifies and outputs the photo without returning to a computer or a printer. Simple imaging processing can be accomplished by portable multi-function imaging workstation processing (e.g., direct printing to an on-line printer/ticker); the graphics/video that require complex tasks using significant system resources or require post-processing can be transferred to the image processing and print server for further processing (e.g., video composition clipping). A plurality of portable multifunctional image workstations can be matched with one image processing and printing server to process a large amount of pictures/videos. The middle connection line uses a wired or wireless WIFI network, and the directory sharing function of the image processing and printing server operating system can meet the requirement that a plurality of portable multifunctional image workstations transmit images/videos to the image processing and printing server. The image acquisition equipment without wireless and PictBridge functions can also realize wireless transmission and control of printing work through the portable multifunctional image workstation.
Drawings
FIG. 1 is a block diagram of a portable multi-function video workstation according to an embodiment 1 of the present invention;
FIG. 2 is a block diagram of a portable multi-function imaging workstation according to an embodiment 2 of the present invention;
FIG. 3 is a block diagram of a portable multifunctional video workstation according to embodiment 3 of the present invention
FIG. 4 is a flow chart of the camera linking module of the present invention;
FIG. 5 is a flow chart of a drawing management module of the present invention;
FIG. 6 is a flow diagram of a culling module of the present invention;
FIG. 7 is a flow diagram of an image processing module of the present invention;
FIG. 8 is a flow diagram of a print and transfer management module of the present invention;
fig. 9 is a flow chart of an upload management module of the present invention.
Detailed Description
The invention is further illustrated with reference to the following figures and examples.
Example 1
As shown in fig. 1, the portable multifunctional video workstation of the present invention comprises a system module 1, a video capture device 2 (a camera, a video camera, a mobile phone, etc.) and a portable printer 6 (a ticket machine, a portable color printer, etc.) which are contained in a portable electronic device (a tablet, a notebook, a microcomputer, etc.) powered by a self-contained battery 17, wherein the system module 1 is connected with the video capture device 2 through a standard hardware link of the portable electronic device, the video capture device 2 stores a picture file/video in a memory card directory of the video capture device or the video capture device 2 loads a picture file into a setting directory of the system module 1 by using a PictBridge protocol or loads a picture file and a video into a setting directory of the system module 1 by using a standard USB interface; the system module 1 is set to be manual film selection or automatic film selection, after the film selection, the image file/video is processed manually or automatically according to set parameters (automatic printing can be implemented by matching with the image acquisition equipment 2 with the PictBridge function), after the processing, an entity photo or receipt with downloaded electronic file information is printed by using the portable printer 6, and the electronic photo/video is uploaded to the cloud image management server 4 through the uploading management module 16 by using a wireless network, so that the terminal user 7 holding the entity photo or receipt downloads the electronic file information according to the downloaded electronic file information.
Example 2
As shown in fig. 2, the portable multifunctional video workstation of the present invention comprises a system module 1 and a video capture device 2 contained in a portable electronic device powered by a battery 17, wherein the system module 1 is connected to the video capture device 2 through a standard hardware link of the portable electronic device, and the video capture device 2 stores a picture file/video in a memory card directory of the video capture device or the video capture device 2 loads a picture file into a setting directory of the system module 1 by using a PictBridge protocol or loads a picture file and a video into a setting directory of the system module 1 by using a standard USB interface; the system module 1 is set to be manual film selection or automatic film selection, after the film selection, the image file/video is processed manually or automatically according to set parameters (automatic printing can be implemented by matching with the image acquisition equipment 2 with the PictBridge function), after the processing, at least one printer/receipt machine 3 is driven by using a wired/wireless connection technology to print out an entity photo or receipt with downloaded electronic file information, and the electronic photo/video is uploaded to the cloud image management server 4 by the uploading management module 16 by using a wireless network so as to be downloaded to the terminal user 7 holding the entity photo or receipt according to the downloaded electronic file information.
Example 3
As shown in fig. 3, the portable multifunctional video workstation of the present invention comprises a system module 1 and a video capture device 2 contained in a portable electronic device powered by a battery 17, wherein the system module 1 is connected to the video capture device 2 through a standard hardware link of the portable electronic device, and the video capture device 2 stores a picture file/video in a memory card directory of the video capture device or the video capture device 2 loads a picture file into a setting directory of the system module 1 by using a PictBridge protocol or loads a picture file and a video into a setting directory of the system module 1 by using a standard USB interface; the system module 1 is set to be manual or automatic, after the selection, the image files/videos are processed manually or automatically according to set parameters (automatic printing can be implemented by matching with the image acquisition equipment 2 with the PictBridge function), and after the processing, the wireless WIFI router 8 is used for transmitting the electronic photos/videos to the server sharing temporary storage directory of the operating system of the image processing and printing server 5 through the printing and transmission management module 15, and transmitting the electronic photos/videos to the image processing and printing server 5 for image processing, outputting and subsequent work through the directory sharing function of the operating system of the image processing and printing server 5;
the image processing and printing server 5 is associated with at least one portable multifunctional image workstation and/or with at least one image capture device 2 and with at least one photo printer/ticket machine 3.
As shown in fig. 1 and 2, the cloud image management server 4 includes a drawing receiving manager 41 and a member manager 42, where the drawing receiving manager 41 receives and stores all electronic documents uploaded by the uploading management module 16; the member management 42 establishes an account number for the end user 7, scans the code, downloads and manages the electronic file of the end user 7;
on the basis of the above technical solution, the cloud image management server 4 further includes a charging management 43 and a value-added service 44.
As shown in fig. 1, 2 and 3, the present invention is mainly formed by combining the following work modules:
the camera link module 11:
the connection between the system module 1 and the image acquisition device 2 is achieved through standard hardware link. The collected image files (images or videos) can be stored in the memory card directory of the image collecting device 2 or loaded into the temporary directory of image original images of the system module 1 for use by the selecting module 13 or the image file management module 12.
As shown in fig. 4, the specific work flow is as follows: (1) identifying whether the image acquisition equipment supports the PictBridge function or not; (2) if so, establishing an SIC connection mode, receiving the image file in the SIC connection mode, otherwise, establishing a common connection mode, and receiving the file (the image file and the video) transmitted by the image acquisition equipment; (3) and storing the image into an image original image temporary storage directory.
Drawing management module 12 (management document name):
when the image capturing device 2 transmits the file to the system module 1 according to the file format set by itself (for example, the PicBridge protocol is used to actively transmit the image file to the system module 1), the module checks in time whether the file is printed by the image capturing device 2 as a file of the same name, and the file needs to be renamed to avoid overwriting, and then the archive is stored in the set system module directory (for example, the image temporary storage directory).
As shown in fig. 5, the specific work flow is as follows: (1) after the transmission of the files is finished, identifying whether illegal files or files with the same name exist in the target directory; (2) if illegal files exist, prompting error information and recording error logs, and adding suffixes to the same file names to avoid coverage; (3) the file is saved in the temporary image storage directory.
The film selecting module 13:
the automatic film selection is set as a specified directory to receive the photo files transmitted by the image acquisition equipment with the PictBridge function, and the manual film selection can arbitrarily specify the directory and comprises the memory card directory of the image acquisition equipment. The auto-clips select and process each file one by one according to the first-in first-out principle. The manual selection is displayed on the screen for the user to select according to the files in the selected catalog;
selecting an archive: the automatic film selection is processed according to parameters such as number, size and the like preset by a system module, and the manual film selection can be realized by manually setting parameters such as number, size and the like for image files, writing the parameters into a file name after processing, and finally storing the image files in an image temporary storage directory for subsequent processing by an image processing module;
when confirming the archive processing, the user can ask whether a receipt is needed, and the receipt can be a receipt or a proof for downloading a photo or a video.
In addition, if the selection is a video:
one or more other videos may be associated (i.e., the file name information of the next video is written into the remark column of the last video, and so on until the last video has no associated information), each video file may be separated for individual processing subsequently at the time of the image processing module 14, and all associated videos may be merged according to this information when the image processing and print server 5 takes over processing.
The file name of the video is written into at least one file remark of the electronic photo to be uploaded, the file name of the electronic photo can also be written into the file remark of the video to form mutual correlation, so that the correlation information can read the information on the entity photo, such as a character string containing downloaded electronic file information, and then the downloaded video can be found, the information can also be printed on the entity photo or a receipt in a two-dimensional code mode, and the correlation information can be written into a field at the head of the file. Of course, the associated photos may also be known when the video is played.
As shown in fig. 6, the specific work flow is as follows: (1) selecting an image processing catalog: the automatic film selection mode is that a directory is designated in advance to serve as an image original image temporary storage directory, the manual film selection mode is that any computer directory or a memory card directory of image acquisition equipment serves as the image original image temporary storage directory, the automatic film selection mode skips a manual film selection process to directly process a first file, and the manual film selection mode displays the first file of the image original image temporary storage directory and determines whether to select the file or not; (2) otherwise, selecting the next file or quitting, judging whether the next file is the last file or not, if so, prompting that the last file is reached, and otherwise, continuously selecting the file; (3) if yes, judging whether the picture is a video or a picture file, and if the picture is the picture file, setting the number, the size and the quality requirement; if the video is the video, selecting an associated drawing file, simultaneously writing the information of the associated drawing file into a video remark, writing the information of the video into the remark of the drawing file, judging whether a next associated video exists or not, if so, writing the next video information into a last video remark column, then continuing to associate other videos until the last video finishes association, then changing all photos according to set parameters, wherein the photos of the video and the associated video are video names which can be identified by subsequent processing, storing all videos with new file names in an image directory for temporary storage, and finally inquiring whether a receipt (receipt) needs to be printed or not, if so, printing the receipt; if not, it will prompt the format error, and then choose to process the next file or exit.
Image processing module 14 (output after synthesizing drawing):
the module can automatically process the files stored in the temporary image storage directory by the scanning image file management module 12 or the film selection module 13, and automatically process the files according to the set parameters when new files come in.
If the picture is a drawing file: synthesizing the parameter information set by the software into a drawing file, and outputting the drawing file to the printing and transmission management module 15 to execute subsequent printing options; then, storing the electronic photos in an uploading temporary storage directory to wait for an uploading management module 16 to upload to the cloud image management server 4, wherein if the information of the associated videos in the electronic photo picture files waiting to be uploaded needs to be reserved; and finally, deleting the original image files of the image temporary storage directory after the processing is finished.
If the video is: and judging whether the printing mode is an uploading image processing and printing server, if so, changing all video (including associated video) file names into a file form which can be identified by the image processing and printing server 5 and storing the file form in a server sharing temporary storage directory, and if not, changing all video (including associated video) file names into a file name which can be identified by the cloud image management server 4 and storing the file name in an uploading temporary storage directory to wait for uploading. The server sharing temporary storage catalog shared by the image processing and printing server 5 is directly transmitted and stored by the WIFI router 8 after being stored in the server sharing temporary storage catalog, transmitted to the image processing and printing server 5 through a network (e.g. local area network, wireless WIFI), and subjected to subsequent processing by the image processing and printing server 5 (the name is changed as that the image processing and printing server 5 receives a video and then identifies each workstation and subsequent work required by processing the video or photos, and the code of the name comprises information such as equipment number, printed number, size, date, file property, file header related information and the like of the workstation), thus, the terminal user 7 can scan the downloaded information on the associated physical photos or tickets and find the videos as the downloading options through the associated information of the electronic photos.
As shown in fig. 7, the specific work flow is as follows: (1) the temporary image storage directory has files and judges whether the files are images or videos; (2) if the image file is the image file, generating a synthesized image file according to set parameters such as a template, a two-dimensional code, associated video information and the like, outputting the synthesized image file to the printing and transmission management module 15, storing the synthesized image file (standard definition image) and the original image file (high definition image) in an uploading temporary storage directory to wait for uploading, and deleting the image file of the image temporary storage directory; if the video is the video, judging whether the printing mode is uploading the image processing and printing server, if so, changing the printing mode into the file name which can be identified by the image processing and printing server 5 according to the system setting, storing the video after the name change into the server sharing temporary storage directory and directly transmitting the video to the image processing and printing server 5, otherwise, changing the video after the name change into the file name which can be identified by the cloud image management server 4 according to the system setting, storing the video after the name change into the uploading temporary storage directory and waiting for uploading the video to the cloud image management server 4.
A printing and transmission management module 15 (responsible for processing direct printing or transmitting files to the image processing and printing server for indirect printing):
the module is responsible for distributing the drawing to be printed to the proper printer according to the set parameters. The module has three processing modes according to the setting:
(1) a ticket machine can be connected to print out tickets: the receipt can also be used as a basis for the customer to download the electronic file (e.g. a two-dimensional code containing the website information of the downloaded electronic file is scanned and downloaded) or used as a receipt.
The workstation can be provided with a portable receipt machine to print out a receipt with downloaded information (such as a two-dimensional code) of a picture file or a video, and a client can download a color electronic photo or a video electronic file to a mobile phone or a computer without outputting a color entity photo according to the information, so that the market demand of quick transmission and sharing is met.
(2) The module can be edited into file name according to the set information such as size, number, quality, date, equipment number, etc., and then transmitted to the image processing and printing server 5, and the image processing and printing server 5 executes the set print jobs or saved jobs.
A file naming method transmitted to the image processing and printing server 5 (sharing the directory through the office network);
the main file name and the sub file name have internal protocol settings (internal protocol between the server and the workstation), so that the image processing and printing server 5 can execute services according to the requirements of the portable multifunctional image workstation, for example:
the grade name: FFF
XXWWZZZ is the workstation equipment number
YYMMDD is date
CC is size
ZS is the number of sheets
BL is quality and other parameters
nnnn is the file serial number of the workstation
Video: ZS, BL is set to 0000
FFF: the name of the sub-file.
(3) A printer can be connected to print out a photo: a plurality of printers of the same or different sizes are managed.
As shown in fig. 8, the specific work flow is as follows: (1) selecting a printing mode; (2) printing a receipt: printing to a receipt machine; upload image processing and print server 5: the file is changed into a file name which can be identified by the server according to the set parameters, and the file after the change is stored in a temporary storage catalog shared by the image processing and printing server; and (3) ordinary output: checking whether an idle printer exists, if so, printing the drawing file, and if not, waiting; (3) the print information is recorded.
The upload management module 16:
this module is responsible for according to setting for the parameter, all electronic files of keeping in the catalogue of uploading, upload to high in the clouds image management server 4 (only accomplish the electron photo of printing entity photo/receipt, or the video that has handled just can be put and upload the catalogue of keeping in the storage, just can be uploaded).
As shown in fig. 9, the specific work flow is as follows: (1) if the uploading temporary storage directory has the electronic file, the uploading electronic file is set to the cloud image management server 4 according to the network if the uploading temporary storage directory has the electronic file, and if the uploading temporary storage directory does not have the electronic file, the uploading electronic file is returned; (2) and if the uploading is successful, deleting the electronic file after the uploading is successful, and otherwise, returning to the uploading.
The limitation of the protection scope of the present invention is understood by those skilled in the art, and various modifications or changes which can be made by those skilled in the art without inventive efforts based on the technical solution of the present invention are still within the protection scope of the present invention.
Claims (3)
1. A portable multifunctional image workstation comprises a system module (1) and an image acquisition device (2) which are contained in a portable electronic device, and is characterized in that: the system module (1) is powered by a battery (17); the system module (1) is connected with the image acquisition equipment (2) through a standard hardware link of the portable electronic equipment, the image acquisition equipment (2) acquires the image files/videos and then stores the image files/videos in a memory card directory of the image acquisition equipment or the image acquisition equipment (2) loads the image files/videos into a set directory of the system module (1) by using a PictBridge protocol/standard USB interface; the system module (1) is set to be manual or automatic film selection, after the film selection, the picture file/video is processed manually or automatically according to set parameters, after the processing, a portable printer (6) contained in the portable multifunctional image workstation is used or at least one printer/receipt machine (3) is driven by a wired/wireless connection line to print out an entity photo/receipt with electronic file information which can be downloaded after uploading, or the wireless WIFI router (8) is used for sharing the temporary storage directory through the image processing and printing server to transmit the electronic file to the image processing and printing server (5) to print out the entity photo/receipt with the uploaded video file information or the electronic photo information, and after the printing is finished, the photo file/video file is uploaded to the cloud image management server (4) through the network to be given to the client to download the photo/video electronic file;
the image processing and printing server (5) is matched with at least one portable multifunctional image workstation and/or matched with at least one image acquisition device (2) and matched with at least one printer/receipt machine (3);
the system module (1) comprises a camera linking module (11), a drawing management module (12), a film selecting module (13), an image processing module (14), a printing and transmission management module (15) and an uploading management module (16),
the camera linking module (11) is used for identifying whether the image acquisition equipment has the PictBridge function or not, receiving the image files or the image files and the videos of the image acquisition equipment through the PictBridge protocol or through a standard USB interface according to the identification result, and storing the image files or the image files and the videos in an image original image temporary storage directory;
the image file management module (12) is used for identifying whether the target catalogue has illegal files or the same file name, storing the image file/video in the image temporary storage catalogue according to the identification result according to the naming rule, and prompting errors and recording error logs if the target catalogue has illegal files;
the film selecting module (13) selects a picture file/video from an image temporary storage catalog of the system module (1) or a storage card catalog of the image acquisition equipment (2), and the selected picture file is subjected to set parameters, and whether a receipt needs to be printed by the portable receipt machine or not is selected and then stored in the image temporary storage catalog for processing by the image processing module (14); if the selected video is at least associated with a picture file, the picture file is renamed according to the printing mode and the set parameters and then is stored in an uploading temporary storage directory or the temporary storage directory is shared by the image processing and printing server;
the image processing module (14) scans the image files/videos stored in the image temporary storage directory in the image file management module (12), and the scanned image files are synthesized according to the set parameters and then output to the printing and transmission management module (15), and the synthesized image files and the original image files are stored in the uploading temporary storage directory; if the scanned video is renamed according to the set parameters, storing the renamed video in a temporary storage directory shared by the image processing and printing server, and associating the video with the figure file;
a printing and transmission management module (15) for managing a plurality of printers with different sizes to print required drawing files or transmit electronic photos/videos to an image processing and printing server (5);
and the uploading management module (16) uploads all the electronic files stored in the uploading temporary storage catalog to the cloud image management server (4).
2. The portable multi-functional imaging workstation of claim 1, characterized in that: and selecting a subsequent video by the video selected by the film selection module (13), selecting another video by the subsequent video until all necessary videos are associated, renaming the video file according to set parameters, storing the video file in an image processing and printing server sharing temporary storage directory, and merging and performing the subsequent processing on all the associated videos by the image processing and printing server (5).
3. The portable multi-functional imaging workstation of claim 1, characterized in that: the cloud image management server (4) comprises a drawing receiving management (41) and a member management (42), wherein the drawing receiving management (41) receives and stores all electronic files uploaded by the uploading management module (16); the member management (42) establishes an account number for the end user (7), and downloads and manages the terminal user's (7) own photo or video electronic file by scanning the code.
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