CN101753941A - Method for realizing markup information in imaging device and imaging device - Google Patents
Method for realizing markup information in imaging device and imaging device Download PDFInfo
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Abstract
The invention discloses an imaging device, which comprises a processor and an imaging unit and a storage connected with the processor. The imaging unit photographs at least one photo file or a video file and saves the file in the storage through the processor. The imaging device also comprises a markup unit connected with the processor. The markup unit is used for setting corresponding voice markup information or literal markup information for each photographed photo file or video file, and saving the audio markup information or the literal markup information in the storage through the processor. Correspondingly, the invention also discloses a method for realizing the markup information in the imaging device. Therefore, the imaging device can perform information markup on the photo file or video file photographed by the imaging device, thereby providing convenience for the user to perform sorting, classifying or retrieving on the photo file or video file.
Description
Technical field
The present invention relates to a kind of electronic imaging device field, especially relate to method and the imaging device of realizing markup information in a kind of imaging device.
Background technology
Nowadays imaging devices such as mobile phone camera, digital camera, video camera are very universal, and the user can take a large amount of digital photographs or video whenever and wherever possible, and it is unlimited fine memory and enjoyment for people have brought.If but mobile phone camera, digital camera or video camera have been used untimely arrangement the in order after a period of time, imaging device will store a lot of photos (image) file or video file, described photo files or video file mostly just are mechanically to be numbered in order, be not easy to very much classification, arrangement or retrieval because the user often can not remember afterwards these photo files or video file the spot for photography, take personage, shooting time or the like.Though have senior functions such as GPS (Global Positioning System, global positioning system) location at present on high-end imaging device, for the ordinary consumption series products, its cost is obviously too high, and is not suitable for widespread adoption.
In summary, the imaging device of described prior art obviously exists inconvenience and defective on reality is used, so be necessary to be improved.
Summary of the invention
At above-mentioned defective, the object of the present invention is to provide method and the imaging device of realizing markup information in a kind of imaging device, it can carry out information labeling to imaging device captured photo files or video file, thereby be convenient to the user described photo files or video file is classified, is put in order or retrieve.
To achieve these goals, the invention provides the method that realizes markup information in a kind of imaging device, this method comprises at least:
Image-forming step, at least one photo files or video file are taken and preserved to described imaging device;
Annotation step, described imaging device are that captured each photo files or video file is provided with corresponding voice annotation information or label character information, and described audio frequency markup information or label character information are preserved.
Also comprise after the method according to this invention, described image-forming step and annotation step:
Show or the broadcast step that described audio frequency markup information or label character information and described photo files or video file show synchronously or play.
Also comprise after the method according to this invention, described image-forming step and annotation step:
Searching step, described imaging device are retrieved the described photo files or the video file of its correspondence according to described audio frequency markup information or label character information.
The method according to this invention also comprises in the described annotation step:
Set described audio frequency markup information or label character information are made amendment, and replaceability is preserved this amended audio frequency markup information or label character information.
The method according to this invention, described annotation step were carried out before described image-forming step automatically or manually; Perhaps described annotation step is carried out after described image-forming step automatically or manually; Perhaps described annotation step automatic or manual among described image-forming step is carried out.
The method according to this invention, imaging device described in the described annotation step are controlled the voice input device typing of described imaging device and are preserved an audio-frequency information as described photo files or video file corresponding audio markup information after receiving the mark instruction; Perhaps
Imaging device described in the described annotation step is controlled the input device typing of described imaging device and is preserved a Word message as described photo files or video file corresponding character markup information after receiving the mark instruction.
The method according to this invention, the memory of imaging device described in the described annotation step prestores some audio frequency markup informations or label character information, described imaging device is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the captured photo files or the attribute of video file from described audio frequency markup information that prestores or label character information.
The method according to this invention, described imaging device and movable storage device, PC or Internet connection, described imaging device is pre-stored in the described memory after movable storage device, PC or the Internet obtain some audio frequency markup informations or label character information.
The present invention also provides a kind of imaging device, comprise processor and the image-generating unit and the memory that are connected with described processor, described image-generating unit is taken at least one photo files or video file and is kept in the described memory by described processor, described imaging device also comprises a mark unit that is connected with described processor, described mark unit is used to each captured photo files or video file that corresponding voice annotation information or label character information are set, and described audio frequency markup information or label character information are kept in the described memory by described processor.
According to imaging device of the present invention, described imaging device also comprises a display/play unit that is connected with described processor, and described display/play unit is used for and will is stored in described audio frequency markup information or label character information and the described photo files or the video file demonstration synchronously of described memory or plays.
According to imaging device of the present invention, described imaging device also comprises a retrieval unit that is connected with described processor, described retrieval unit is used for according to described audio frequency markup information or label character information, the described photo files or the video file of its correspondence of retrieval in described memory.
According to imaging device of the present invention, described mark unit also is used for described photo files or set audio frequency markup information or the label character information of video file are made amendment, and replaceability is preserved extremely described memory of this amended audio frequency markup information or label character information.
According to imaging device of the present invention, the processor of described imaging device is connected with a voice input device, after described mark unit receives the mark instruction of described processor, control described voice input device typing one audio-frequency information, and be saved in the described memory as described photo files or video file corresponding audio markup information; Perhaps
The processor of described imaging device is connected with an input device, after described mark unit receives the mark instruction of described processor, control described input device typing one Word message, and be saved in the described memory as described photo files or video file corresponding character markup information.
According to imaging device of the present invention, described imaging device also is provided with several and the controller that described processor is connected, and described controller is used to receive user's mark instruction, and described mark instruction is transmitted to described mark unit through described processor.
According to imaging device of the present invention, prestore some audio frequency markup informations or label character information in the memory of described imaging device, described mark unit is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the photo files of described image-generating unit shooting or the attribute of video file from described audio frequency markup information that prestores or label character information.
According to imaging device of the present invention, described imaging device also comprises the DIU data interface unit that at least one and described processor is connected, described DIU data interface unit is used for and movable storage device, PC or Internet connection, and after obtaining some audio frequency markup informations or label character information on this movable storage device, PC or the Internet, described audio frequency markup information or label character information are pre-stored in the described memory by described processor.
Imaging device of the present invention is captured each photo files or video file setting and preserves corresponding sound/character markup information, the content of described sound/character markup information can be spot for photography, shooting personage, shooting time etc., the sound/character markup information of this interpolation can not destroy photo or video content, and described sound/character markup information can show with photo files or video file or play synchronously.Whereby, the user can utilize the sound/character markup information of photo files or video file in the future easily when putting photo files in the imaging device or video file in order, help the user to classify, put in order or retrieve.
Description of drawings
Fig. 1 is the structural representation of imaging device provided by the invention;
Fig. 2 is the structure example figure of the preferred imaging device of the present invention;
Fig. 3 is a method flow diagram of realizing markup information in the imaging device provided by the invention;
Fig. 4 is a method flow diagram of realizing markup information in the preferred imaging device of the present invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Fig. 1 shows the structure of imaging device provided by the invention, described imaging device 10 can be portable imaging devices such as mobile phone camera, digital camera, video camera, comprise the processor 11 that to control the operation of different parts in the imaging device 10, this processor 11 is connected with memory 13 with image-generating unit 12, and described image-generating unit 12 is taken at least one photo files or video file and is kept in the memory 13 by processor 11.Described imaging device 10 also comprises a mark unit 14 that is connected with processor 11, described mark unit 14 is used to each captured photo files or video file that corresponding voice annotation information or label character information are set, and described audio frequency markup information or label character information are kept in the memory 13 by processor 11.The content of described voice annotation information or label character information can be the spot for photography, take markup informations such as personage, shooting time, and the voice annotation information of this interpolation or label character information can not destroyed photo or video content.Like this, the user in putting imaging device 10 in order in the future photo files or during video file, can utilize the voice annotation information or the label character information of photo files or video file easily, help the user to classify, put in order or retrieve.
Described imaging device 10 also can comprise a display/play unit 15 that is connected with processor 11, described display/play unit 15 is used for showing synchronously or play that with being stored in the described audio frequency markup information of memory 13 or label character information and described photo files or video file the user just can obtain its corresponding markup information easily when browsing photo files or video file like this.
Described imaging device 10 also can comprise a retrieval unit 16 that is connected with processor 11, described retrieval unit 16 is used for according to described audio frequency markup information or label character information, the described photo files or the video file of its correspondence of retrieval are convenient to the user like this and retrieve required photo files or video file rapidly from a large amount of photo files or video files in memory 13.
Described mark unit 14 can image-generating unit 12 take pictures or video before, mark action afterwards or simultaneously, this mark action can be manual execution, also can be to automatically perform.
Scheme for manual execution, described imaging device 10 can be provided with several controllers 19 that is connected with processor 11, when user's operation control 19 requires comparison film file or video file to mark, described controller 19 receives the mark instruction that the user sends, and instructs treated device 11 to be transmitted to mark unit 14 described mark.
The processor 11 of described imaging device 10 also can be connected with a voice input device 17, this voice input device 17 can be a microphone, after described mark unit 14 receives the next mark instruction of processor 11 forwardings, control audio input unit 17 typings one audio-frequency information, for example typing user's voice, this audio-frequency information may be limited in the preset time length, and this audio-frequency information is saved in the memory 13 as described photo files or video file corresponding audio markup information.
The processor 11 of described imaging device 10 also can be connected with an input device 18, after described mark unit 14 receives the next mark instruction of processor 11 forwardings, control input device 18 typings one Word message, this literal information may be limited in the predetermined byte length, and is saved in the memory 13 as described photo files or video file corresponding character markup information.This input device 18 can be a demonstration/touch-screen, and for example the user can utilize writing pen to add label character information easily on demonstration/touch-screen.
For the scheme that automatically performs, can prestore some audio frequency markup informations or label character information in the memory 13 of described imaging device 10, described mark unit 14 is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the photo files of image-generating unit 12 shootings or the attribute of video file from described audio frequency markup information that prestores or label character information.Preferably, described imaging device 10 also comprises at least one DIU data interface unit 20 that is connected with processor 11, this DIU data interface unit 20 can be a serial line interface, described DIU data interface unit 20 can be connected with movable storage device, PC or the Internet 21, and after obtaining some audio frequency markup informations or label character information on this movable storage device, PC or the Internet 21, described audio frequency markup information or label character information are pre-stored in the memory 13 by processor 11.
Fig. 2 shows the exemplary construction of the preferred imaging device of the present invention, and this imaging device 10 can comprise camera lens 121, imaging array 122 and array interface 123, and these optics constitute image-generating unit 12 shown in Figure 1.Camera lens 121 is provided as picture to imaging array 122, this imaging array 122 can be CCD (Charge Coupled Device, charge coupled device) or CMOS (Complementary MetalOxide Semiconductor, CMOS (Complementary Metal Oxide Semiconductor)) imaging array.Images such as photo that photographs in the imaging array 122 or video can send array interface 123 to and be used for further processing.In certain embodiments, array interface 123 can provide pixel interpolation for the chrominance component of losing.Array interface 123 can also be converted into digital signal with the image pixel that photographs, and is that color is adjusted in final demonstration.
In one embodiment, processor 11 also is connected to serial line interface 20, and this serial line interface 20 is equivalent to DIU data interface unit shown in Figure 1 20.Serial line interface 20 can be coupled to PC 21 by wireless or wire link 201, PC 21 can provide additional treatments for the image (photo or video) that imaging device 10 is taken, and can provide application software to organize, to handle, to edit, to transmit and to use captured image.In addition, described in some embodiment, PC 21 can be connected to the Internet.
At last, processor 11 can also be connected to audio interface 171, and this audio interface 171 is connected to the loud speaker/microphone 172 on the shell 22 that is fixed on imaging device 10 in turn, and wherein loud speaker provides audio frequency output, and microphone receives the audio frequency input.This audio interface 171 and loud speaker/microphone 172 constitute voice input device 17 shown in Figure 1, and the audio signal that loud speaker/microphone 172 is received can be converted the bit digital form so that handle and store in the memory 13 in processor 11.In certain embodiments, before imaging device 10 photographic images and afterwards, the user can be used for the audio frequency markup information of captured image and in playback thereafter by loud speaker/microphone 172 recording audios.Especially, the audio frequency markup information that has been recorded in the memory 13 of user's playback is corresponding one by one with the image of shooting.As another embodiment, the audio frequency markup information can be with image taking by automatic recording.
In another embodiment, can prestore some audio frequency markup informations or label character information in the memory 13 of described imaging device 10.The attribute of photographic images can be recognized in mark unit 14, for image audio frequency markup information or the label character information that is complementary is set automatically from described audio frequency markup information that prestores or label character information.The audio frequency markup information or the label character information that prestore in the described memory 13 can obtain from the Internet, for example connect the Internet by serial line interface 20 by PC 21, thereby from the Internet download audio frequency markup information or label character information, a plurality of audio frequency markup informations or label character information can be stored in an audio frequency/label character file.Also has a selection, the user can generate themselves audio frequency markup information or label character information on PC 21, and by wired or Radio Link or use portable storage media to give imaging device 10 with these audio frequency markup informations or label character message transmission.
In some cases, processor 11 can change the audio frequency markup information of having recorded in the electronics mode, to replenish or change audio frequency markup information before.Set audio frequency markup information or the label character information of 14 pairs of existing photo files in described mark unit or video file is made amendment, and replaceability preserves this amended audio frequency markup information or label character information to memory 13, i.e. replacement before had been stored in audio frequency markup information or the label character information in the memory 13.
Fig. 3 shows the method flow of realizing markup information in the imaging device provided by the invention, and it can realize that described method comprises the steps: at least by Fig. 1 or imaging device 10 shown in Figure 2
Step S301, image-forming step.Imaging device 10 is taken at least one photo files or video file, and this photo files or video file are saved in the memory 13 of imaging device 10.This step can be realized by the image-generating unit 12 of imaging device 10.
Step S302, annotation step.Imaging device 10 is that captured each photo files or video file is provided with corresponding voice annotation information or label character information, and described audio frequency markup information or label character information are saved in the memory 13.This step can be realized by the mark unit 14 of imaging device 10.
Need emphasis to be pointed out that, do not have ordinal relation between described step S301 and the step S302, step S301 can carry out before step S302 automatically or manually; Perhaps step S301 can carry out after step S302 automatically or manually; Perhaps step S301 can carry out by automatic or manual among step S302.
For manual mark scheme, after imaging device 10 received manual mark instruction among the described step S302, voice input device 17 typings of control imaging device 10 were also preserved an audio-frequency information as described photo files or video file corresponding audio markup information.Perhaps, after imaging device 10 received manual mark instruction among the described step S302, input device 18 typings of control imaging device 10 were also preserved a Word message as described photo files or video file corresponding character markup information.
For automatic mark scheme, the memory 13 of imaging device 10 prestores some audio frequency markup informations or label character information among the described step S302, described imaging device 10 is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the captured photo files or the attribute of video file from described audio frequency markup information that prestores or label character information.Preferably, described imaging device 10 is connected with movable storage device, PC or the Internet 21, and imaging device 10 is pre-stored in the memory 13 after movable storage device, PC or the Internet 21 obtain some audio frequency markup informations or label character information.
Fig. 4 shows the method flow of realizing markup information in the preferred imaging device of the present invention, and it can realize that described method comprises the steps: by Fig. 1 or imaging device 10 shown in Figure 2
Step S401, at least one photo files or video file are taken and preserved to imaging device 10.This step can be realized by the image-generating unit 12 of imaging device 10.
Step S402, imaging device 10 are captured each photo files or video file setting and preserve corresponding voice annotation information or label character information.This step can be realized by the mark unit 14 of imaging device 10.
Step S403, imaging device 10 judge whether need to revise the sound/character markup information of existing photo file or video file, if execution in step S404 then, otherwise execution in step S405.This step can be realized by the mark unit 14 of imaging device 10.
Step S404,14 pairs of set described audio frequency markup information or the label character information in the mark unit of imaging device 10 are made amendment, and replaceability is preserved this amended audio frequency markup information or label character information.This step can be realized by the mark unit 14 of imaging device 10.
Step S405, imaging device 10 retrieve the described photo files or the video file of its correspondence according to described audio frequency markup information or label character information.This step can be realized that it can make things convenient for the user to retrieve required photo files or video file rapidly from a large amount of photo files or video file by the retrieval unit 16 of imaging device 10.
Step S406, imaging device 10 is with described audio frequency markup information or label character information and described photo files or video file demonstration synchronously or broadcast.This step can be realized that it can make things convenient for the user to obtain its corresponding markup information when browsing photo files or video file by the display/play unit 15 of imaging device 10, helps the user to classify, put in order and recall.
In sum, imaging device of the present invention is captured each photo files or video file setting and preserves corresponding sound/character markup information, the content of described sound/character markup information can be spot for photography, shooting personage, shooting time etc., the sound/character markup information of this interpolation can not destroy photo or video content, and described sound/character markup information can show with photo files or video file or play synchronously.Whereby, the user can utilize the sound/character markup information of photo files or video file in the future easily when putting photo files in the imaging device or video file in order, help the user to classify, put in order or retrieve.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (16)
1. realize the method for markup information in the imaging device, it is characterized in that this method comprises at least:
Image-forming step, at least one photo files or video file are taken and preserved to described imaging device;
Annotation step, described imaging device are that captured each photo files or video file is provided with corresponding voice annotation information or label character information, and described audio frequency markup information or label character information are preserved.
2. method according to claim 1 is characterized in that, also comprises after described image-forming step and the annotation step:
Show or the broadcast step that described audio frequency markup information or label character information and described photo files or video file show synchronously or play.
3. method according to claim 1 is characterized in that, also comprises after described image-forming step and the annotation step:
Searching step, described imaging device are retrieved the described photo files or the video file of its correspondence according to described audio frequency markup information or label character information.
4. method according to claim 1 is characterized in that, also comprises in the described annotation step:
Set described audio frequency markup information or label character information are made amendment, and replaceability is preserved this amended audio frequency markup information or label character information.
5. method according to claim 1 is characterized in that, described annotation step was carried out before described image-forming step automatically or manually; Perhaps described annotation step is carried out after described image-forming step automatically or manually; Perhaps described annotation step automatic or manual among described image-forming step is carried out.
6. method according to claim 5, it is characterized in that, imaging device described in the described annotation step is controlled the voice input device typing of described imaging device and is preserved an audio-frequency information as described photo files or video file corresponding audio markup information after receiving the mark instruction; Perhaps
Imaging device described in the described annotation step is controlled the input device typing of described imaging device and is preserved a Word message as described photo files or video file corresponding character markup information after receiving the mark instruction.
7. method according to claim 5, it is characterized in that, the memory of imaging device described in the described annotation step prestores some audio frequency markup informations or label character information, described imaging device is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the captured photo files or the attribute of video file from described audio frequency markup information that prestores or label character information.
8. method according to claim 7, it is characterized in that, described imaging device and movable storage device, PC or Internet connection, described imaging device is pre-stored in the described memory after movable storage device, PC or the Internet obtain some audio frequency markup informations or label character information.
9. imaging device, comprise processor and the image-generating unit and the memory that are connected with described processor, described image-generating unit is taken at least one photo files or video file and is kept in the described memory by described processor, it is characterized in that, described imaging device also comprises a mark unit that is connected with described processor, described mark unit is used to each captured photo files or video file that corresponding voice annotation information or label character information are set, and described audio frequency markup information or label character information are kept in the described memory by described processor.
10. imaging device according to claim 9, it is characterized in that, described imaging device also comprises a display/play unit that is connected with described processor, and described display/play unit is used for and will is stored in described audio frequency markup information or label character information and the described photo files or the video file demonstration synchronously of described memory or plays.
11. imaging device according to claim 9, it is characterized in that, described imaging device also comprises a retrieval unit that is connected with described processor, described retrieval unit is used for according to described audio frequency markup information or label character information, the described photo files or the video file of its correspondence of retrieval in described memory.
12. imaging device according to claim 9, it is characterized in that, described mark unit also is used for described photo files or set audio frequency markup information or the label character information of video file are made amendment, and replaceability is preserved extremely described memory of this amended audio frequency markup information or label character information.
13. imaging device according to claim 9, it is characterized in that, the processor of described imaging device is connected with a voice input device, after described mark unit receives the mark instruction of described processor, control described voice input device typing one audio-frequency information, and be saved in the described memory as described photo files or video file corresponding audio markup information; Perhaps
The processor of described imaging device is connected with an input device, after described mark unit receives the mark instruction of described processor, control described input device typing one Word message, and be saved in the described memory as described photo files or video file corresponding character markup information.
14. imaging device according to claim 13, it is characterized in that, described imaging device also is provided with several and the controller that described processor is connected, and described controller is used to receive user's mark instruction, and described mark instruction is transmitted to described mark unit through described processor.
15. imaging device according to claim 9, it is characterized in that, prestore some audio frequency markup informations or label character information in the memory of described imaging device, described mark unit is described photo files or automatic audio frequency markup information or the label character information that is complementary that is provided with of video file according to the photo files of described image-generating unit shooting or the attribute of video file from described audio frequency markup information that prestores or label character information.
16. imaging device according to claim 15, it is characterized in that, described imaging device also comprises the DIU data interface unit that at least one and described processor is connected, described DIU data interface unit is used for and movable storage device, PC or Internet connection, and after obtaining some audio frequency markup informations or label character information on this movable storage device, PC or the Internet, described audio frequency markup information or label character information are pre-stored in the described memory by described processor.
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