CN102469250A - Image management system of digital photographic device and method thereof - Google Patents
Image management system of digital photographic device and method thereof Download PDFInfo
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- CN102469250A CN102469250A CN2010105475583A CN201010547558A CN102469250A CN 102469250 A CN102469250 A CN 102469250A CN 2010105475583 A CN2010105475583 A CN 2010105475583A CN 201010547558 A CN201010547558 A CN 201010547558A CN 102469250 A CN102469250 A CN 102469250A
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Abstract
The invention discloses an image management system of a digital photographic device and a method thereof. A global positioning coordinate is converted into position information through a conversion comparison table, the position information is stored in an image file, the image file is analyzed to obtain the position information of the image file, and a corresponding file folder is established according to the position information so as to store the image file in the file folder established corresponding to the position information, so the technical effect of image management convenience of the digital photographic device can be provided.
Description
Technical field
The present invention relates to a kind of image management system and method thereof, refer in particular to a kind of image management system and method thereof of digital photographic device.
Background technology
Early stage camera is to adopt film base as the record images media; Being the image that the user will want to capture through camera is recorded on the film base; Again through film base is developed; To make photo one by one, what provide that the user repeats views and admires or writes down souvenir.
But this mode can be confined to the film base capacity, and cause can't be a large amount of record; Be exactly that occupation mode has defective in addition, promptly when the user when changing the film base operating mistake, then tend to cause the exposure of film base; Make user institute images recorded and to destroy by damage; And film base also can cause the problem of environmental protection, and therefore, early stage camera is suffered exit.
Flourish for present science and technology; Present camera is digitlization all; Digital photographic device can provide the record space of a large amount of document images of user; And store images that digital photographic device provides is the recursive image storage of carrying out, and this makes common people more convenient for document image.
And because digital photographic device provides a large amount of image record space, and image is with serial code different images to be carried out record, therefore; After when the user goes the outside tourism, having taken a large amount of images; When image is managed, if which photographic recording is the unconspicuous words of the characteristic on the image tend to remember at; Let alone some months or after several years, this can cause the puzzlement of user's managing image.
In sum, can know that prior art has existed digital photographic device with serial code different images to be carried out record since the midium or long term always, cause the problem of image management inconvenience, therefore be necessary to propose improved technological means, solve this problem.
Summary of the invention
Because prior art exists digital photographic device with serial code different images to be carried out record, cause the problem of image management inconvenience, so the present invention discloses a kind of image management system and method thereof of digital photographic device, wherein:
The image management system of the disclosed digital photographic device of the present invention, it comprises: digital photographic device and management devices; Digital photographic device more comprises: acquisition module, global location module, modular converter and photography storage module; Management devices more comprises: link module, parsing module, set up module and the management storage module.Wherein, the acquisition module of digital photographic device is in order to the acquisition image; The global location module is used for when this image of acquisition module acquisition, obtaining the global location coordinate; Modular converter converts the global location coordinate into positional information according to the conversion table of comparisons; The photography storage module is in order to being image file with positional information and image storage.
The link module of management devices is in order to the line of foundation with digital photographic device, and the image file that stores in the acquisition digital photographic device; Parsing module parses the positional information in the image file; Set up module and set up corresponding information kit according to positional information; The management storage module is stored in image file in the information kit of corresponding foundation with positional information.
The image management method of the disclosed digital photographic device of the present invention, it comprises the following step:
At first, digital photographic device acquisition image; Then, when digital photographic device acquisition image, digital photographic device is obtained the global location coordinate; Then, digital photographic device converts the global location coordinate into positional information according to the conversion table of comparisons; Then, digital photographic device is an image file with positional information and image storage; Then, management devices is set up the line with digital photographic device, and the image file that stores in the acquisition digital photographic device; Then, management devices parses the positional information in the image file; Then, management devices is set up corresponding information kit according to positional information; At last, management devices is stored in image file in the information kit of corresponding foundation with positional information.
The disclosed System and method for of the present invention as above; And the difference between the prior art is to convert the global location coordinate into positional information through the conversion table of comparisons in the digital photographic device of the present invention; And with cached location information in image file; After management devices receives image file, image file is analyzed analyzing the positional information of image file, and set up corresponding information kit according to positional information; And then image file is stored in the information kit of corresponding foundation with positional information, so as to the user is provided image management effect easily.
Through above-mentioned technological means, the present invention can provide the image management of digital photographic device technological easily effect.
Description of drawings
Fig. 1 is the system block diagrams of the image management system of digital photographic device of the present invention.
Fig. 2 is the method flow diagram of the image management method of digital photographic device of the present invention.
Fig. 3 A is the conversion table of comparisons sketch map of digital photographic device image management of the present invention.
Fig. 3 B is the system architecture sketch map of digital photographic device image management of the present invention.
Fig. 4 is the image management method flow chart of digital photographic device of the present invention.
[main element symbol description]
10 digital photographic devices, 11 acquisition modules
12 global location modules, 13 modular converters
14 photography storage modules, 15 receiver modules
20 management devices, 21 link module
22 parsing modules 23 are set up module
24 management storage modules, the 31 conversion tables of comparisons
311 positional informations, 312 global location coordinate scopes
41 global location coordinates, 42 image files
Embodiment
Below conjunction with figs. and embodiment are specified execution mode of the present invention, whereby to the present invention how the application technology means implementation procedure that solves technical problem and reach technological effect can make much of and implement according to this.
Below at first the image management system of the disclosed digital photographic device of the present invention to be described, and please refer to shown in Figure 1ly that Fig. 1 illustrates the system block diagrams into the image management system of digital photographic device of the present invention.
The image management system of the disclosed digital photographic device of the present invention, it comprises: digital photographic device 10 and management devices 20; Digital photographic device 10 more comprises: acquisition module 11, global location module 12, modular converter 13 and photography storage module 14; Management devices 20 more comprises: link module 21, parsing module 22, set up module 23 and the management storage module 24.
Digital photographic device 10 is the digital device with camera function; For example: digital camera, mobile phone ... etc.; Be that digital photographic device 10 is taken a photo as a moment can provide the user to travel outdoors the time, in digital photographic device 10, can set up the conversion table of comparisons in advance, the conversion table of comparisons stores many documents; Corresponding global location coordinate scope and the positional information of storing of each document; Global location coordinate scope is the global location coordinate scope of some specific regions, global location coordinate scope can be general geometry (for example: rectangle, circle ... etc.) or the scope of arbitrary shape, and positional information is the title of some specific regions.
Particularly; Suppose that a stored wherein document is that positional information is " sight spot A " in the conversion table of comparisons, and global location coordinate scope be " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds ", the scope of promptly representing sight spot A is to fall within global location coordinate scope " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 is spent 26 minutes and 50 seconds ".
When needs are photographed; Can carry out the acquisition of image by the acquisition module 11 of digital photographic device 10; The acquisition of 11 pairs of images of acquisition module can be with reference to prior art; No longer give unnecessary details at this, and during acquisition module 11 acquisition images, the global location coordinate of digital photographic device 10 when global location module 12 can obtain acquisition module 11 acquisition images.
And after global location module 12 obtains the global location coordinate of digital photographic device 10; Promptly can convert the global location coordinate into positional information according to the conversion table of comparisons, particularly, suppose that the global location coordinate when global location module 12 obtains acquisition module 11 acquisition images is " east longitude 121 degree 48 minutes and 38 seconds; north latitude 31 degree 25 minutes and 17 seconds " by modular converter 13; And a wherein document that stores in the table of comparisons in conversion is that positional information is " sight spot A ", and global location coordinate scope be " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds ", can fall within global location coordinate scope within " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 is spent 49 minutes and 50 seconds; north latitude 31 is spent 26 minutes and 50 seconds " because the global location coordinate be " east longitude 121 degree 48 minutes and 38 seconds; north latitude 31 degree 25 minutes and 17 seconds "; Therefore, modular converter 13 promptly can convert positional information into global location coordinate " east longitude 121 degree 48 minutes and 38 seconds, north latitude 31 degree 25 minutes and 17 seconds " and is " sight spot A ".
When modular converter 13 can't convert the global location coordinate of digital photographic device 10 into positional information; Digital photographic device 10 can provide the user interface of user's input position information, and receives the positional information that the user imported by the receiver module 15 that digital photographic device 10 more comprises.
Then, the photography storage module 14 of digital photographic device 10 can be an image file with the image storage that positional information and acquisition module 11 are captured promptly.It should be noted that; Photography storage module 14 can be with image file with label map file form (Tagged Image File Format; TIFF), Resource Exchange file standard form (Resource Interchange File Format; RIFF) or distortion compression standard form (Joint Photographic Experts Group; JPEG) store; And positional information is that (Exchangeable Image File Format EXIF) is additional in the image file, and image file can pass through storage card (for example: SD card, miniSD card, CompactFlash card), micro hard disk ... wait storing mode to store with exchangeable image file format.
In addition; In image file, more can comprise digital photographic device information; And digital photographic device information is with exchangeable image file format (Exchangeable Image File Format; EXIF) be additional in the image file, and the digital photographic device packets of information contains aperture numerical value, shutter numerical value, time on date, camera brand and model, the color-code of digital photographic device 10 ... wait various and the relevant message of photography conditions at that time.
When stored image file carries out image management in the user needs to photograph storage module 14; Can digital photographic device 10 and management devices 20 be carried out line; The link module 21 that is management devices 20 can be set up the line between digital photographic device 10 and the management devices 20; Can set up line through wire transmission mode or wireless transmission method between digital photographic device 10 and the management devices 20; Wherein, management devices 20 can be general computer, handheld apparatus, notebook computer ... etc.
After link module 21 is set up the line between digital photographic device 10 and the management devices 20; Link module 21 can obtain image file from digital photographic device 10; Then; The parsing module 22 of management devices 20 promptly can parse the positional information in the image file, and parsing module 22 parses the method for the promptly existing EXIF of the parsing form of positional information in the image file, no longer gives unnecessary details at this.
Then; The module 23 of setting up of management devices 20 can be according to the information kit of positional information foundation correspondence down in preset path that parsing module 22 parsed; And the management storage module 24 of management devices 20 can be stored in image file in the information kit of corresponding foundation with positional information, and the user is provided image management effect whereby easily.
Particularly; Suppose that link module 21 sets up after the line between digital photographic device 10 and the management devices 20; It is " IMG0005.jpg " that link module 21 obtains image file from digital photographic device 10; And in the image file " IMG0005.jpg " is " sight spot A " with the stored positional information of EXIF method; The positional information that parsing module 22 promptly can parse image file " IMG0005.jpg " is " sight spot A "; And set up module 23 can according to positional information for " sight spot A " in preset path " IMG " set up corresponding information kit down and be " sight spot A ", and management storage module 24 promptly can be stored in image file " IMG0005.jpg " in the information kit " sight spot A " with the corresponding foundation of positional information " sight spot A ", and the user is provided image management effect whereby easily.
Then, below will explain orally function mode of the present invention and flow process with an embodiment, and please shown in figure 1, Fig. 2 and Fig. 3 A, describe simultaneously, Fig. 2 illustrates the method flow diagram into the image management method of digital photographic device of the present invention; Fig. 3 A illustrates the conversion table of comparisons sketch map into the image management of digital photographic device of the present invention.
In digital photographic device 10, can set up the conversion table of comparisons 31 in advance; The content signal of the conversion table of comparisons 31 please refer to shown in Fig. 3 A; It is that " sight spot A " and global location coordinate scope 312 are " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 is spent 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds " that correspondence stores positional information 311.
Then, please be simultaneously with reference to shown in figure 1, Fig. 2 and Fig. 3 B, Fig. 3 B illustrates the system architecture sketch map into the image management of digital photographic device of the present invention.
When the user photographs; Can carry out the acquisition (step 110) of image by the acquisition module 11 of digital photographic device 10; The acquisition of 11 pairs of images of acquisition module can no longer be given unnecessary details at this with reference to prior art, and during acquisition module 11 acquisition images; The global location coordinate 41 of digital photographic device 10 was " east longitude 121 degree 48 minutes and 38 seconds, north latitude 31 degree 25 minutes and 17 seconds " (step 120) when global location module 12 can obtain acquisition module 11 acquisition images.
Then; Because being " east longitude 121 degree 48 minutes and 38 seconds, north latitude 31 degree 25 minutes and 17 seconds ", global location coordinate 41 can fall within global location coordinate scope 312 within " east longitude 121 degree 47 minutes and 50 seconds, north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 49 minutes and 50 seconds; north latitude 31 degree 24 minutes and 50 seconds ", " east longitude 121 degree 47 minutes and 50 seconds; north latitude 31 degree 26 minutes and 50 seconds " and " east longitude 121 degree 49 minutes and 50 seconds, north latitude 31 degree 26 minutes and 50 seconds ", therefore; Modular converter 13 promptly can convert positional information 311 into global location coordinate 41 " east longitude 121 degree 48 minutes and 38 seconds, north latitude 31 degree 25 minutes and 17 seconds " and be " sight spot A " (step 131).
Suppose that global location coordinate 41 can not drop in the global location coordinate scopes 312 all in the conversion table of comparisons 31 for " east longitude 141 degree 58 minutes and 20 seconds; north latitude 51 degree 55 minutes and 42 seconds "; Be that modular converter 13 can't be that " east longitude 141 degree 58 minutes and 20 seconds; north latitude 51 degree 55 minutes and 42 seconds " are when converting positional information 311 into the global location coordinate 41 of digital photographic device 10; Digital photographic device 10 can provide the user interface of user's input position information 311, and is " sight spot S " (step 132) by the receiver module 15 reception positional informations that the user imported 311 that digital photographic device 10 more comprises.
Then; The image that the photography storage module 14 of digital photographic device 10 promptly can be captured positional information 311 " sight spot A " and acquisition module 11 is with distortion compression standard form (JointPhotographic Experts Group; JPEG) save as image file 42 (step 140); Image file 42 is " IMG0005.jpg "; And positional information 311 " sight spot A " is that (Exchangeable Image File Format EXIF) is additional in the image file 42 with exchangeable image file format.
Then, please be simultaneously with reference to figure 1, Fig. 2, Fig. 3 B and shown in Figure 4, Fig. 4 illustrates the managing image sketch map into the image management of digital photographic device of the present invention.
When stored image file 42 " IMG0005.jpg " carries out image management in the user needs to photograph storage module 14; Can digital photographic device 10 and management devices 20 be carried out line (step 150), promptly the link module 21 of management devices 20 can be set up the line between digital photographic device 10 and the management devices 20.
After link module 21 is set up the line between digital photographic device 10 and the management devices 20; Link module 21 can obtain image file 42 " IMG0005.jpg " (step 150) from digital photographic device 10, and the positional information 311 that the parsing module 22 of management devices 20 promptly can parse in the image file 42 " IMG0005.jpg " is " sight spot A " (step 160).
Then; Management devices 20 set up module 23 can according to positional information 311 that parsing module 22 parsed for " sight spot A " in preset path " IMG " set up corresponding information kit down and be " sight spot A " (step 170); And management storage module 24 can be in the information kit " sight spot A " of " sight spot A " corresponding foundation (step 180) for " IMG0005.jpg " is stored in positional information 311 with image file 42 promptly, and the user is provided image management effect whereby easily.
Though the disclosed execution mode of the present invention is as above, be described content be not in order to direct qualification scope of patent protection of the present invention.Have common knowledge the knowledgeable in the technical field under any the present invention, under the prerequisite that does not break away from disclosed spirit of the present invention and scope, can do a little change in form and on the details what implement.Scope of patent protection of the present invention, still must with appended claim scope the person of being defined be as the criterion.
Claims (10)
1. the image management system of a digital photographic device is characterized in that, comprises:
One digital photographic device, this digital photographic device more comprises:
One acquisition module is in order to capture an image;
One global location module when this this image of acquisition module acquisition, obtains a global location coordinate of this digital photographic device;
One modular converter converts this global location coordinate into a positional information according to a conversion table of comparisons; And
One photography storage module is in order to being an image file with this positional information and this image storage; And
One management devices, this management devices more comprises:
One link module, in order to the line of foundation with this digital photographic device, and this image file that obtains to store in this digital photographic device;
One parsing module parses this positional information in this image file;
One sets up module, sets up corresponding information kit according to this positional information; And
One management storage module is stored in this image file in the information kit of corresponding foundation with this positional information.
2. the image management system of digital photographic device as claimed in claim 1 is characterized in that, this conversion table of comparisons stores many documents, a corresponding global location coordinate scope and this positional information of storing of each document.
3. the image management system of digital photographic device as claimed in claim 1 is characterized in that, this positional information is to be additional in this image file with exchangeable image file format.
4. the image management system of digital photographic device as claimed in claim 1 is characterized in that, this image file is to store with label map file form, Resource Exchange file standard form or distortion compression standard form.
5. the image management system of digital photographic device as claimed in claim 1; It is characterized in that; This digital photographic device more comprises a receiver module, when this modular converter can't be when changing the table of comparisons and convert this global location coordinate into this positional information, in order to receive this positional information according to this.
6. the image management method of a digital photographic device is characterized in that, comprises the following step:
One digital photographic device captures an image;
When this this image of digital photographic device acquisition, this digital photographic device is obtained a global location coordinate of this digital photographic device;
This digital photographic device converts this global location coordinate into a positional information according to a conversion table of comparisons;
This digital photographic device is an image file with this positional information and this image storage;
One management devices is set up the line with this digital photographic device, and this image file that obtains to store in this digital photographic device;
This management devices parses this positional information in this image file;
This management devices is set up corresponding information kit according to this positional information; And
This management devices is stored in this image file in the information kit of corresponding foundation with this positional information.
7. the image management method of digital photographic device as claimed in claim 6; It is characterized in that; This digital photographic device converts this global location coordinate in the step of this positional information into according to this conversion table of comparisons; This conversion table of comparisons stores many documents, a corresponding global location coordinate scope and this positional information of storing of each document.
8. the image management method of digital photographic device as claimed in claim 6; It is characterized in that; This digital photographic device is in the step of this image file with this positional information and this image storage, and this positional information is to be additional in this image file with exchangeable image file format.
9. the image management method of digital photographic device as claimed in claim 6; It is characterized in that; This digital photographic device is in the step of this image file with this positional information and this image storage, and this image file is to store with label map file form, Resource Exchange file standard form or distortion compression standard form.
10. the image management system of digital photographic device as claimed in claim 6; It is characterized in that; The step that this digital photographic device converts this global location coordinate into this positional information according to this conversion table of comparisons more comprises when this digital photographic device can't receive this positional information when changing the table of comparisons according to this and convert this global location coordinate into this positional information.
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| CN2010105475583A CN102469250A (en) | 2010-11-15 | 2010-11-15 | Image management system of digital photographic device and method thereof |
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| CN2010105475583A CN102469250A (en) | 2010-11-15 | 2010-11-15 | Image management system of digital photographic device and method thereof |
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| CN102469250A true CN102469250A (en) | 2012-05-23 |
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Application publication date: 20120523 |