JP4182857B2 - Image display apparatus, image display apparatus control method, and program - Google Patents

Description

The present invention relates to an image display device that displays image data to which information on a shooting time and a shooting date is added, a control method for the image display device, and a program.

  In an electronic camera, it is well known to store captured images in association with the shooting date and time. In order to make it easier to organize and search a large number of captured images, for example, a calendar for one month is displayed on the monitor, There is a technique for reducing and displaying an image taken on that date in each date field on the calendar screen (see, for example, Patent Document 1).

  In addition, when there are a large number of images taken on the same day, there is a technique of displaying a representative image or switching and displaying in a slide show (see, for example, Patent Document 2).

JP 11-215457 A Japanese Patent Application No. 2003-51276

  However, the technique described in Patent Document 1 displays a captured image in association with a date on a calendar screen, and has a problem of displaying a list of images in association with time on the screen.

  In addition, the technique described in Patent Document 2 has a problem that when there are a large number of captured images on the same day, a device for increasing the listability is necessary.

The present invention is suitable when a large number of images are captured and recorded, or when a clock or calendar is always displayed together with the captured images, and the clock or calendar and the captured images are displayed in association with each other. Easier to understand the shooting time and shooting date , improve the list when there are many shot images within the same period (month, week, multiple consecutive days, days, time zones), display and search for images The purpose is to make it easier .

According to the first aspect of the present invention, a display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on the screen, still image data to which shooting times are added, and shooting start time, Image storage means for storing a plurality of image data including moving image data to which a shooting time indicated by the shooting end time is added, and shooting added to each of the plurality of image data stored in the image storage means When identifying and displaying a plurality of positions in the display area corresponding to the time and performing identification display corresponding to a plurality of moving image data, from the shooting start time to the shooting end time attached to each moving image data The length of the display area corresponding to the length of the recording time is used to identify and display the partial area in the display area corresponding to each video data, and one end of the partial area corresponding to each video data is The other end of the partial area corresponding to each moving picture data corresponds to the time position in the display area corresponding to the shooting start time of each moving picture data, and the other end in the display area corresponding to the shooting end time of each moving picture data. A plurality of partial areas in the display area corresponding to a range from a position corresponding to the shooting start time added to each moving image data to a position corresponding to the shooting end time are identified and displayed so as to coincide with the time position. And a photographing time display means.

The invention described in claim 2
Image selecting means for selecting one of a plurality of image data stored in the image storing means;
The imaging time display means performs identification display in a form different from other image data when the imaging time corresponding to the image data selected by the selection means is identified and displayed in the display area. And

The invention according to claim 3
The shooting time display means has different forms depending on whether the shooting time corresponding to still image data is identified and displayed in the display area or when the shooting time corresponding to moving image data is identified and displayed in the display area. The identification display is performed.

The invention according to claim 4
The image display device further comprises image selecting means for selecting the image data to which the photographing time corresponding to the designated position is added by designating the position identified and displayed in the display area.

The invention described in claim 5
The display area is a display area in which a position corresponding to an arbitrary time indicated by a 12-hour system or a 24-hour system is circularly assigned on the screen,
According to another aspect of the present invention, there is further provided clock display means for performing clock display in a 12-hour system or a 24-hour system by displaying the position in the display area.

The invention described in claim 6
The apparatus further comprises control means for changing a time range per round of the display area allocated in the ring shape.

The invention described in claim 7
A date designation means for designating a date;
The shooting time display means is for displaying the image data to which the shooting date corresponding to the date designated by the designation means is added among the plurality of image data stored in the image storage means. It is characterized by performing identification display of the photographing time in the area.

The invention according to claim 8 provides:
It further comprises calendar display means for displaying the calendar,
The date designation means designates a date in the calendar displayed by the calendar display means,
The display area is arranged on the outer periphery of the calendar displayed by the calendar display means.

The invention according to claim 9 is:
Image selection means for selecting one of a plurality of image data stored in the image storage means;
Image display means for displaying the image data selected by the image selection means;
When displaying the image data by the image display means, instead of the calendar displayed by the calendar display means, switching means for displaying the image data in the display area where the calendar is displayed;
Is further provided.

According to the tenth aspect of the present invention, there is provided a display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on the screen, still image data to which a shooting time is added, and a shooting start time. A control method for an image display device having image storage means for storing a plurality of image data including moving image data to which a shooting time indicated by a shooting end time is added, wherein the plurality of image data stored in the image storage means In addition to identifying and displaying a plurality of positions in the display area corresponding to the photographing time added to each of the image data, and performing identification display corresponding to a plurality of moving image data, it is added to each moving image data. The display area corresponding to the length of the recording time from the shooting start time to the shooting end time is identified and displayed in the display area corresponding to each video data. One end of the partial area corresponding to each moving image data matches the time position in the display area corresponding to the shooting start time of each moving image data, and the other end of the partial area corresponding to each moving image data corresponds to each moving image data. Corresponding to the range from the position corresponding to the shooting start time added to each moving image data to the position corresponding to the shooting end time so as to coincide with the time position in the display area corresponding to the shooting end time of A plurality of partial areas in the display area are identified and displayed.

According to an eleventh aspect of the present invention, there is provided an image display device including a display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on a screen, and still image data to which shooting times are added. An image storage means for storing a plurality of image data including a moving picture data to which a shooting time indicated by a shooting start time and a shooting end time is added, and each of the plurality of image data stored in the image storage means When identifying and displaying a plurality of positions in the display area corresponding to the added shooting time and performing identification display corresponding to a plurality of moving image data, from the shooting start time added to each moving image data The length of the display area corresponding to the length of the recording time until the shooting end time is used to identify and display a partial area in the display area corresponding to each moving picture data, and to correspond to each moving picture data. One end of the partial area matches the time position in the display area corresponding to the shooting start time of each video data, and the other end of the partial area corresponding to each video data corresponds to the shooting end time of each video data A plurality of portions in the display area corresponding to a range from a position corresponding to the shooting start time added to the moving image data to a position corresponding to the shooting end time so as to coincide with the time position in the display area It is made to function as a photographing time display means for identifying and displaying an area.

According to the present invention , a plurality of moving image data is displayed when the shooting times of a plurality of shot images to which shooting times are added are identified and displayed in a display area in which positions corresponding to the times are continuously assigned on the screen. When the identification display corresponding to the video data is performed, the length of the display area corresponding to the length of the recording time from the shooting start time to the shooting end time attached to each video data, and corresponding to each video data In addition to identifying and displaying the partial area in the display area, one end of the partial area corresponding to each video data matches the time position in the display area corresponding to the shooting start time of each video data, and corresponds to each video data Since the other end of the partial area to be matched with the time position in the display area corresponding to the shooting end time of each moving image data, especially the recording time of the moving image data, the shooting start time, and the shooting end time , It is easy to understand, it is a list of and search of the image when there are a large number of video data taken in the same time zone.

  FIG. 1 is a diagram showing an external appearance of an embodiment of an image display apparatus to which the clock and image linked display method and the calendar and image linked display method of the present invention can be applied. A digital camera 100 is taken as an example of the image display apparatus. It is what.

  The digital camera 100 has an imaging lens 111, an optical viewfinder 112, and a photometric sensor 113 on the front side (FIG. 1A). Also, on the back of the digital camera 100 (FIG. 1B), there is a liquid crystal monitor screen 41, an optical viewfinder 112, a mode dial 31 for switching modes, a liquid crystal monitor switch 32, a menu key 34, a cursor key 35, and a moving image start. Switches / keys such as a / end button 38 and a display switching DISP button 39 are provided. A zoom lever 33, a shutter key 36, a strobe setting key 37, and a power button 91 are provided on the top surface (FIG. 1C), and external devices such as a personal computer (hereinafter referred to as a personal computer) and a modem are provided on the side. And a USB terminal connection unit 95 used for connecting the USB cable. Although not shown, a cradle connection portion for connecting to the cradle is provided on the bottom surface. Further, an optical transmission / reception port for near field communication such as infrared communication or Bluetooth, a radio communication antenna, or a GPS reception antenna may be provided on the front surface or the like.

  FIG. 1D is a detailed view of the mode dial 31. On the upper surface of the mode dial 31, icons and characters as shown by reference numerals 31-1 to 31-7,. Is displayed by printing or pressing, and the mode is switched when the user turns the mode dial to set a desired icon or the like at the mode selection position 31-0. In the illustrated example, reference numeral 31-1 represents the reproduction mode, reference numerals 31-2 to 31-6 represent the photographing mode, reference numeral 31-2 represents the normal photographing mode, and reference numeral 31-3 represents the best shot mode ( (Scene selection mode), reference numeral 31-4 indicates a coupling mode, reference numeral 31-5 indicates a night view mode, and reference numeral 31-6 indicates a movie (moving picture) shooting mode. Reference numeral 31-7 denotes a calendar display & playback mode.

  When the user turns the mode dial 31 to set the calendar display & playback mode, the digital camera 100 displays a calendar display screen as shown in FIG. 5A, and when the user selects “image linked display”, The images are displayed in conjunction (Embodiment 1). Further, when the user selects “image interlocking display”, the calendar and the image can be interlockedly displayed (second embodiment).

  FIG. 2 is a block diagram showing an example of the internal configuration of the digital camera shown in FIG. 2A, the digital camera 100 accesses a recording medium such as the optical system 11, the signal conversion unit 12, the signal processing unit 13, the DRAM 14, the control unit 20, the operation unit 30, the display unit 40, the memory card 51, and the like. A recording unit 50 that writes data such as image data when recording a photographed image and reads data such as image data from a recording medium when reproducing a recorded image, a ROM 45 for OSD data, a cradle connection unit 55, and an input / output (I / O) An interface 56 and a power supply 90 are included. The optical system 11, the signal conversion unit 12, and the signal processing unit 13 correspond to an imaging unit that captures a subject image and generates image data. Note that the cradle connecting portion 55 is not essential. Also, an input voice output device (not shown) for inputting voice, converting it into voice data and recording it on a recording medium such as the memory card 51, or demodulating the recorded voice data and outputting the voice is provided. It may be.

  The optical system 11 includes an imaging lens 111, a photometric sensor 113, a zoom mechanism 114, an automatic focusing (AF) mechanism 115, an automatic aperture mechanism 116, an automatic exposure mechanism (AE) 117, and the like, and condenses through the imaging lens 111. The luminous flux of the subject image thus formed is formed on a subsequent image sensor (CCD).

  The signal conversion unit 12 includes a CCD, a CCD driving timing signal generation circuit, a CCD driving vertical driver, an automatic gain control circuit, and an A / D converter (not shown), and is connected to the CCD via the preceding optical system 11. The formed image is converted into an electrical signal, converted into digital data (hereinafter referred to as image data), and output at a constant cycle.

  In the still image shooting mode, the signal processing unit 13 processes the output from the signal conversion unit 12 to obtain signal components such as digital luminance and color difference multiplexed signals (Y, Cb, Cr data), and Y, Cb , Cr data (hereinafter referred to as image data) is transferred to the DRAM 14 and stored in the still image buffer area of the DRAM 14. Further, in order to display the through image, the image data taken into the DRAM 14 is thinned out and sent to the display unit 40. When the shutter key 36 is fully pressed, the image data at that time is sent to the display unit 40 to display a still image.

  In the moving image shooting mode, the output from the signal conversion unit 12 is processed to obtain signal components such as digital luminance and color difference multiplexed signals (Y, Cb, Cr data), and Y, Cb, Cr data (hereinafter referred to as “Y”, “Cb”, “Cr” data). , Image data) is converted to a predetermined moving image file size (for example, about 200 KB / second), transferred to the DRAM 14 as moving image data, and sequentially stored in the moving image buffer area of the DRAM 14.

  Further, the signal processing unit 13 reads out the image data written in the DRAM 14 at the time of recording the photographed image, performs compression processing, and compressed image data recorded on the recording medium such as the memory card 51 at the time of reproducing the recorded image. Is provided with a compression / decompression unit that performs decompression processing to reproduce image data. Note that a high-speed expansion unit that expands the compressed image data at high speed may be provided. The image data compression / decompression method is, for example, a JPEG compression method, but is not limited thereto.

  In the embodiment, the still image data is stored in the still image buffer area of the DRAM 14 and the moving image data is stored in the moving image buffer area. However, the buffer area for storing still image data and moving image data is not separately provided. You may make it memorize | store in the buffer area | region common to still image data and moving image data.

  The DRAM 14 is used as a working memory, an image buffer area for temporarily storing captured still images, a moving image buffer area for temporarily storing images for a predetermined time, an image compression / expansion, and an image composition The working area is secured.

  As shown in FIG. 2B, the control unit 20 has a microprocessor configuration including a CPU 21, a RAM 22, a program storage ROM 23, a timer 24 as a clock means, and the like.

  The CPU 21 is connected to the above-described circuits and a power supply switch (not shown) via a bus line, controls the entire digital camera 100 by a control program stored in the program storage ROM 23, and performs key operations by the user. When the signal sent from the operation unit 30 is received, the operation program corresponding to the process that the received signal means is extracted from the program group stored in the program storage ROM, and each function of the digital camera 100 is retrieved. Execution control, for example, a clock and image linked display based on the clock and image linked display method of the present invention, and a reduced image and calendar of images taken during the same period based on the calendar and image linked display method of the present invention Realization of each function by executing display of each processing means stored in the ROM 23 Carry out the execution control.

  For example, in the photographing mode, a subject image within the field of view of the photographing lens 111 of the digital camera 100 is captured and a through image (finder image) is displayed. When the shutter key 36 is pressed halfway, automatic focusing, automatic iris, automatic exposure, etc. Starts, and when it is fully pressed, still image shooting is performed. Further, when the moving image shooting start button 38 is pressed, moving image shooting is started by performing continuous automatic focusing, automatic aperture, automatic exposure, and the like by continuous AF. In the playback mode, an image (compressed image data) recorded on the memory card 51 is searched and decompressed to reproduce the image (image data) and display it on the display unit 40. Further, a calendar display screen as shown in FIG. 5A is displayed, and when the user selects “image interlocking display”, the clock and the image are interlockedly displayed (first embodiment). Further, when the user selects “image interlocking display”, the calendar and the image can be interlockedly displayed (second embodiment).

  When a calendar display screen as shown in FIG. 5B is displayed, prompting either “clock and image linked display” or “calendar and image linked display” is selected, and “clock and image linked display” is selected. The clock and the image may be displayed in an interlocked manner, and the calendar and the image may be displayed in an interlocked manner when “Calendar and image interlocked display” is selected.

  The RAM 22 corresponds to an internal memory, and is used for temporary storage of programs, data and processing results, an intermediate work area, and the like. The program storage ROM 23 is a recording medium for recording the above-described control program and a program group for executing each operation and other functions of the digital camera 100, and a memory such as a PROM or FROM (flash ROM) is used.

  The operation unit 30 includes a mode dial 31, a liquid crystal monitor switch 32, a zoom lever 33, a menu key 34, a cursor key 35, a shutter key 36, a flash setting key 37, and a moving image shooting start / end button as shown in FIG. 38, the DISP button 39 and the like are included in the constituent parts, and when these keys, buttons or switches are operated, status signals and setting values are sent to the control unit 20. Reference numeral 351 denotes a SET key.

  The display unit 40 includes a video encoder, a VRAM (not shown), a liquid crystal monitor screen (LCD) 41, and the like. Through display control of the control unit 20, a through image at the time of imaging, a reproduced image at the time of reproduction, Based on the invention, a clock and image linked display, a calendar and image linked display, a selection menu (or icon) at the time of processing selection, and the like are performed.

  Note that the screen of the display unit 40 may be provided with a touch electrode surface made of a transparent thin film on a screen made of a liquid crystal display element so that it can be pointed with a touch pen or a finger so that a point display button can be displayed.

  In the OSD data ROM 45, OSD (0n Screen Display) symbols displayed on the display unit 40, clock display and calendar display formats, and digitized information such as graphics and characters are registered. If the digital camera 100 has an audio output device, digitized audio data for notification may be recorded (registered). The OSD data ROM 45 is not essential, and may be registered in a specific area on the memory card 51 or a specific area on a recording medium such as a flash memory fixed inside instead of the OSD data ROM 45.

  The recording unit 50 accommodates a recording medium and records image data from the signal processing unit 13 on the memory card 51 under the control of the CPU 21. In the embodiment, the recording unit 50 is configured to be detachable from the memory card 51 as a recording medium, and is configured to write / read data. However, the recording unit 50 stores data in a recording medium such as a flash memory fixed inside. You may comprise so that writing / reading may be performed.

  As shown in FIG. 3, the memory card 51 stores interlocking information 51-0 and interlocking information table 60 (FIG. 4) in which interlocking information such as the shooting date and time of the original image is associated with the reduced image. A recording area 51-1, an image data recording area 51-2 for recording compressed image data of each image of a still image or a moving image, and a reduced image data in association with the shooting date / time registration list and each original image are recorded. A reduced image data recording area 51-3 for recording a moving image and a moving image recording area 51-4 for recording a moving image are provided.

  The reduced image (thumbnail image) is created by the signal processing unit 13 when the image is recorded. The reduction process is performed, for example, by reading the image data recorded on the memory card 51, temporarily storing it in the DRAM 14, and subtracting the pixels for the reduction ratio. Note that the image reduction means may be operated not at the time of recording but before the execution of the interlocked display of the clock and the image (embodiment 1) and the interlocked display of the calendar and the image (embodiment 2) described later.

  FIG. 4 is a diagram showing a configuration example of the interlocking information table 60 stored in the interlocking information recording area 51-1 of the memory card 51. The interlocking information table 60 is the shooting date and time of the image data recorded on the memory card 51. 61, time information necessary for displaying a reduced image or image in conjunction with a clock or calendar, such as a pointer 62 with image data (image file) and a pointer 63 with reduced image data associated with the image data. And information such as pointers necessary for retrieving images. In FIG. 4, the image number is shown as the pointer 62 and the reduced image number is shown as the pointer 63, but the present invention is not limited to this. For example, the image file name, the reduced image file name, or the start address of the image storage area may be used. Further, the latest reproduction date and time may be registered in the linkage information table 60. The interlocking information table 60 stored in the interlocking information recording area 51-1 is not essential. That is, instead of using the linkage information table 60 when searching for the shooting date and time, the shooting date and time stored in the image information storage area of the image file recorded in the memory card 51 may be searched.

(Embodiment 1)
In the present embodiment, a clock image is displayed, and an image taken within a designated or selected period (time zone, day, week, or month) or a reduced image thereof is linked to the clock time (= corresponding). )indicate. Hereinafter, description will be made based on FIGS. 1 to 4 and FIGS. Note that the original image of the reduced image displayed in conjunction with the analog display clock (hereinafter referred to as “analog clock”) in the present embodiment is not limited to a still image, and may be a moving image. In addition, an original image (that is, a reproduced image of a captured image) may be displayed together with an analog clock instead of a reduced image.

1-1: Interlocking display of clock and image FIG. 5 is a diagram showing an example of the interlocking display processing selection screen. In FIG. 1, the “calendar” 31-7 of the mode dial 31 is used for interlocking display of the reduced image. This is the screen that is displayed first when is set to position 31-0. Note that this screen is not indispensable, and it may be configured such that when the “calendar” 31-7 of the mode dial 31 is set to the position 31-0, an interlocking display of a clock and an image as shown in FIG.

  In the calendar 70 of FIG. 5A, reference numeral 71 denotes a year display field, reference numeral 72 denotes a month display field, reference numeral 73 denotes an interlocking instruction display, and reference numeral 74 denotes a calendar end instruction display. When the calendar 70 is displayed, the user operates the cursor key 35 to move the cursor to the year display field 71, presses the SET key 351, further moves the cursor key 35 up and down, and then presses the SET key 351. Thus, the year displayed in the year display column 71 can be changed (that is, selected). Further, the cursor key 35 is operated to move the cursor to the month display field 72, press the SET key 351, and further move up and down with the cursor key 35, and then press the SET key 351, the month display field 72 is displayed. The month to be displayed can be changed (that is, selected). Further, when the cursor is moved to a desired date among the dates displayed on the calendar 70 and then the SET key 351 is pressed, the date is highlighted. When the user selects the year, month, and day in this way, selects the image interlocking display instruction 73 and presses the SET key 351, the screen transitions to FIG. When the end instruction 74 is selected, the calendar display is ended.

  In addition, when the year and month are selected, the day is selected, the cursor key 35 is further moved to select a different day, and the SET key 351 is pressed, a plurality of days from the first selected day to the last selected day are displayed. When the image interlocking display instruction 73 is selected and the SET key 351 is pressed, the plurality of days are selected, and the screen can transit to FIG. For example, when selecting a certain week, it is only necessary to select Sunday after selecting Sunday of that week, select the image interlocking display instruction 73, and press the SET key 351.

  Further, when the year and month are selected, the image interlocking display instruction 73 is selected and the SET key 351 is pressed, the month is selected, and the process can transition to FIG. If the image interlocking display instruction 73 is simply selected and the SET key 351 is pressed, the process transitions to FIG. 6 assuming that a reduced image of an image taken in the same time period is displayed regardless of the date and time.

  If the calendar 75 in FIG. 5B is used to select the year / month / day, year / month / week, year / month, etc., and then the time / image linked display instruction 76 is selected, the display transitions to FIG. Then, the clock and the reduced image as shown in the figure may be displayed in conjunction with each other, and the calendar display may be terminated when the end instruction 78 is selected.

  FIG. 6 is a diagram showing an example of interlocking display of a clock and a reduced image. Reference numeral 81 is an analog clock, reference numeral 82 is a clock hand of the clock, reference numeral 83 is a dial indicating time, reference numeral 84 is a reduced image, and reference numeral 85 is a photograph. An image (an original image of the reduced image 84) is meant.

  When the year, month, or day is selected on the calendar 70 or the calendar 75 in FIG. 5A, the cursor is moved to the dial 83 of the analog clock 81 and the SET key 351 is pressed to change the time of that position. A time zone can be selected.

  In the example of FIG. 6A, the year, month, and day are selected in FIG. 5, the image interlocking display instruction 73 is selected, the SET key 351 is pressed, and the time “10 o'clock” is selected with the analog clock 81. It is an example of the interlocking display screen which displayed the reduced image 84 of the image (image image | photographed at 10: 6) image | photographed in the time zone of a day "10 o'clock". When this screen is displayed, if the cursor key 35 is moved to the left or right, images of the day are sequentially displayed from the memory card 51, and the clock hands 82 of the analog clock 81 can be advanced or returned. It looks as if the clock hand 82 is moving. When the DISP button 39 is pressed, the original image (captured image) 85 of the reduced image 84 is displayed, and when the DISP button 39 is pressed again, the display returns to the linked display screen of the clock and the reduced image (FIG. 6A).

  When the cursor key 35 is not operated, the analog clock 81 advances the clock hand 82 according to the time transition, and when the memory card 51 has an image taken at the time indicated by the analog clock 81 according to the time transition, A reduced image of the image is taken out and displayed.

  The example of FIG. 6B is an example in which the reduced image 84 is sequentially displayed by repeating the left movement operation of the cursor key 35 in FIG. 6A to retroactively display the time, and the example of FIG. This is a display example of the original image (captured image 85) of the reduced image 84 displayed in 6 (b).

  FIG. 7 is a flowchart showing an example of an operation for interlocking display of a clock and an image, and FIG. 8 is a flowchart showing an operation of the clock & image display subprogram.

  In FIG. 7, the control unit 20 of the digital camera 100 checks the content selected by the calendar 70 (or 75) of FIG. 5 according to the clock and image interlocking display program, and “year, month, day” is selected. If “year, month, and multiple days” is selected, the process proceeds to step S11. If “year, month” is selected, the process proceeds to step S15. If it is selected, the process proceeds to step S19 (step S1).

  When “year, month, day” is selected, the control unit 20 checks whether or not the time zone is specified (that is, whether or not the time equivalent position of the dial 83 of the analog clock 81 is specified) If the time zone is specified, the process proceeds to step S3. If not (that is, if only the year / month / day is specified), the process proceeds to step S7 (step S2).

  When the time zone is designated in the above step S2, the control unit 20 controls the recording unit 50 to search the interlocking information table 60 recorded on the memory card 51, and is the newest in the designated time zone. Take out the shooting date. Further, the reduced image data is taken out based on the pointer of the reduced image data of the shooting date (step S3). Next, the processing branches to the clock & image display processing subprogram and performs the clock and reduced image display processing shown in FIG. 8 to display the analog clock 81 and the reduced image 84 (step S4).

  Next, the recording unit 50 is controlled to check the interlocking information table 60 recorded on the memory card 51. If there is no information regarding the image taken in the designated time zone, the process proceeds to step S23 (step S5). When there is information regarding an image shot in the designated time zone, the recording unit 50 is controlled to display the next shooting date and time of the linked information table 60 recorded in the memory card 51 and the reduced image data of the shooting date and time. It takes out and returns to step S4 (step S6).

  When the time zone is not specified in step S2, that is, when only the date is specified, the control unit 20 controls the recording unit 50 to search the interlocking information table 60 recorded on the memory card 51. Then, the latest shooting date and time and the reduced image data of the shooting date and time are taken out from the specified shooting date (step S7), and the process branches to the clock & image display processing subprogram and the clock and reduced image display processing shown in FIG. To display the analog clock 81 and the reduced image 84 (step S8).

  Next, the interlocking information table 60 recorded on the memory card 51 is checked by controlling the recording unit 50. If there is no information regarding the image photographed on the selected day, the process proceeds to step S23 (step S9). If there is a photographed image in the designated time zone, the recording unit 50 is controlled to extract the next photographing date and time and reduced image data in the interlocking information table 60 recorded in the memory card 51, and the process returns to step S8 (step S10). ).

  If “year, month, day, and multiple days” is selected in step S1, the control unit 20 controls the recording unit 50 to search the interlocking information table 60 recorded in the memory card 51. Then, the shooting date / time of the latest shooting date / time and the reduced image data of the shooting date / time are extracted (step S11), and the process branches to the clock & image display processing subprogram to display the clock and reduction shown in FIG. Image display processing is performed to display the analog clock 81 and the reduced image 84 (step S12).

  Next, the interlocking information table 60 recorded in the memory card 51 is checked by controlling the recording unit 50. If there is no information regarding the image photographed on the selected day, the process proceeds to step S23 (step S13). If there is a photographed image of the selected date, the recording unit 50 is controlled to take out the next photographing date and time and reduced image data in the interlocking information table 60 recorded in the memory card 51 and return to step S12 (step S14). .

  If “year, month” is selected in step S1, the control unit 20 controls the recording unit 50 to search the interlocking information table 60 recorded on the memory card 51 and select the selected month. The most recent shooting date and time and the reduced image data of the shooting date and time are extracted (step S15), and the program branches to the clock & image display processing subprogram to perform the clock and reduced image display processing shown in FIG. A clock 81 and a reduced image 84 are displayed (step S16).

  Next, the recording unit 50 is controlled to check the interlocking information table 60 recorded on the memory card 51. If there is no information regarding the image photographed in the selected month, the process proceeds to step S23 (step S17). If there is a captured image in the designated time zone, the recording unit 50 is controlled to extract the next shooting date and time and reduced image data in the interlocking information table 60 recorded in the memory card 51, and the process returns to step S16 (step S18). ).

  When “only time zone” is selected in step S1, the control unit 20 controls the recording unit 50 to search the interlocking information table 60 recorded on the memory card 51, and shoots in the selected time zone. The shooting date and time and the reduced image data of the newest image among the recorded images are extracted (step S19), and the clock and the reduced image display processing shown in FIG. 81 and the reduced image 84 are displayed (step S20).

  Next, the recording unit 50 is controlled to check the interlocking information table 60 recorded on the memory card 51. If there is no information regarding the image taken in the selected time zone, the process proceeds to step S23 (step S21). When there is information about the image taken in the selected time zone, the recording unit 50 is controlled to display the next shooting date and time of the linked information table 60 recorded in the memory card 51 and the reduced image data of the shooting date and time. It takes out and returns to step S20 (step S22).

  Information related to the image taken in the time zone specified in the step S4, S8, S12, S16, or S20 when the display end operation is performed by the clock & image display processing subprogram of FIG. If not, the screen is cleared and the interlocking display operation is terminated (step S23).

  FIG. 8 is a flowchart showing an operation example of the clock & image display processing subprogram. When there is a transition from step S4, S8, S12, S16, or S20 in FIG. 7, the position of the clock hand 82 of the analog clock 81 (the needle tip) based on the shooting date and time acquired in any of these steps. Coordinate (x, y)) is determined, the clock hand 82 is displayed based on the determined position (step S4-1), and the reduced image data associated with the shooting date extracted in the above step is stored in the memory card. (Step S4-2), and the reduced image 84 is displayed based on the extracted reduced data (Step S4-3).

  Next, the control unit 20 checks whether or not a predetermined display time (for example, 5 seconds) has passed (step S4-4), and if the display time has passed, a step corresponding to the transition source step in FIG. The process returns to S5, S9, S13, S17, or S21, and if it has not elapsed, the process proceeds to step S4-5 (step S4-4).

  If the display time has not elapsed, the control unit 20 checks whether or not the cursor key 35 has been operated. If the cursor key 35 has not been operated to the right (>), the process proceeds to step S4-8 (step S4-5). When the operation is performed to the right, the period is advanced by the number of operations in units of the period (time zone, day, multiple days (eg, week), month) selected in step S1 or step S2 in FIG. Then, the linked information table 60 recorded in the memory card 51 is searched, and the shooting date and time and the reduced image data of the newest image among the images shot during the selected period are extracted (step S4-6) and acquired. The position of the clock hand 82 of the analog clock 81 is determined based on the shooting date and time, and the process proceeds to step S4-16 (step S4-7).

  If the cursor key 35 is not operated to the left (<), the process proceeds to step S4-11 (step S4-8). If the cursor key 35 is operated to the left, the period (time zone, day) selected in step S1 or step S2 of FIG. Searching the linked information table 60 recorded in the memory card 51 by going back the period by the number of operations in units of a plurality of days (for example, week) and month), and among the images taken in the selected period Then, the shooting date and time and the reduced image data of the newest image are extracted (step S4-9), the position of the clock hand 82 of the analog clock 81 is determined based on the acquired shooting date and time, and the process proceeds to step S4-16 (step S4). -10).

  When the position of the clock hand 82 of the analog clock 81 is not designated by the cursor key 35, the process proceeds to step S4-15 (step S4-11). When the position of the clock hand 82 is designated, the position of the designated position is changed. Time is obtained from the coordinate data (X, Y) (step S4-12), the interlocking information table 60 recorded in the memory card 51 is searched, and the shooting date and time of the image taken at the time closest to the obtained time and The reduced image data is extracted (step S4-13), the position of the clock hands 82 of the analog clock 81 is determined based on the acquired shooting date and time, and the process proceeds to step S4-16 (step S4-14).

  The control unit 20 checks whether a display end operation (for example, an up / down (∧∨) movement operation of the cursor key 35) has been performed. If the end operation has been performed, the process proceeds to step S23 in FIG. Returns to step S4-4 (step S4-15).

  The analog clock 81 with the clock hand 82 advanced (or retracted) at the position determined in steps S4-7, S4-10, and S4-14 is displayed (step S4-16), and the reduced size taken out from the memory card is displayed. A reduced image 84 is displayed based on the data (step 4-17).

  Next, the control unit 20 checks the signal from the operation unit 30 to check whether or not the DISP button 39 has been pressed. If the DISP button 39 has been pressed, the process proceeds to step S4-19; otherwise, the process proceeds to step S4. -4 (step S4-18).

  When the DISP button 39 is pressed, the control unit 20 searches the interlocking information table 60 recorded on the memory card 51 with the acquired shooting date and time, that is, image data of an image shot at the shooting date and time (that is, the image data). The original image data (compressed image data) of the reduced image 84 that is displayed is taken out (step S4-19), subjected to expansion processing, and sent to the display unit 40, as an image 85 as shown in FIG. 6C. Reproduction display is performed (step S4-20).

  The control unit 20 checks the signal from the operation unit 30 to check whether the DISP button 39 has been pressed again. If the DISP button 39 has been pressed, the control unit 20 returns to the linked display screen of the clock and the reduced image at step S4- 16 (step S21), if not, it is checked whether or not an end operation (for example, up / down (∧∨) movement operation of the cursor key 35) has been performed. If the end operation has been performed, the process proceeds to FIG. The process returns to step S5, S9, S13, S17, or S21 corresponding to the original step (step S4-22).

  According to the flowcharts of FIGS. 7 and 8, it is possible to view images taken within a selected period while sequentially feeding the images in chronological order. In other words, since the shooting time of the newest image taken within the specified period is displayed in analog clock format, it is easy to understand when the image was taken, and the user can see the scene and memories at the time of shooting. It becomes easier to recall. In addition, if the time is advanced or not retroactive with the cursor keys, the clock time advances along with the passage of time, and if there is an image taken at a certain clock time, the reduced image is displayed in conjunction with this. It is also possible to confirm that an image has been taken.

  In addition, by designating only the time zone, images taken at the same time (10 am on August 10th, 10 am on August 14th, ...) can be displayed sequentially on multiple days. It is also possible to perform time-series comparison of the regularly observed images.

  When displaying the analog clock 81 in steps S4-1 and S4-16 in FIG. 8 or displaying the reduced image 84 in steps S4-3 and S4-17, the shooting date may be displayed on the screen. desirable. In steps S4-3 and S4-17, it is desirable to display the reduced image relatively enlarged or reduced according to the display size (for example, the size of an analog clock) of another image on the screen. Further, in step S4-20, the reproduced image of the original image may be displayed in a relatively enlarged or reduced manner according to the display size of other images on the screen.

  In addition, if there are multiple images taken at the same time, one representative image (start or end) is displayed in conjunction with an analog clock, or a multi-screen display is displayed. Displayed, or sequentially switching display every predetermined time, selecting and displaying a display image at random, or changing the selected image according to the period (for example, the first image on the first day, the second image on the second day) 3rd day, 3rd, ...).

1-2: Clock and slide show linked display
FIG. 9 is a schematic flowchart showing an example of a clock and slide show linked display operation. FIGS. 10 to 12 are diagrams showing examples of clock and slide show linked display, respectively. FIG. 10 is the same as the current time regardless of the date. FIG. 11 shows an example in which images taken in a time zone are displayed in a slide show in an at-random order. FIG. 11 shows an example in which images with the most recent playback date are displayed in a slide-show order in an at-random order together with a clock indicating the shooting time. Is an example in which images 105, 106,... Of the latest reproduction date are assigned and displayed on the screen at random with a clock indicating the shooting time, and FIG. 13 is a photograph of the images 105, 106,. An example in which the clocks indicating time are stacked and displayed in an at random order is shown. 10 to 13, reference numeral 101 denotes an analog clock, reference numeral 102 denotes a reproduced image displayed as a slide show, and reference numeral 103 denotes a shooting date. 10 to 13, reference numeral 104 indicates the current time. In this embodiment, it is assumed that the interlocking information table 60 (FIG. 4) has an image reproduction date storage column, and the reproduction date is overwritten and stored every time an image is reproduced.

  In FIG. 9, in the playback mode, the control unit 20 checks whether or not the user has selected the slide show display function. If the slide show display function is selected, the control unit 20 proceeds to step T2, otherwise proceeds to step T10 (step T1). ).

When the slide show display function is selected, the control unit 20 searches for the reproduction date / time of the interlocking information table 60 (FIG. 4), checks whether there is an image taken in the same time zone regardless of the date, and takes the photo in the same time zone. If there is a processed image, the process proceeds to step T3, and if not, the process proceeds to step T6 (step T2).
When there is a photographed image taken in the same time zone as the current time, the control unit 20 searches for the reproduction date and time in the interlocking information table 60 and regardless of the date, the same time zone as the current time (1 hour, 30 minutes, 15 10) (step T3), and the image data obtained by the search is reproduced at a predetermined time interval as shown in the examples of FIGS. 10 (a) to 10 (c). The playback image 102 is displayed (step T4), and the analog clock 101 indicating the current time, the shooting date 103, and the current time are displayed together with the playback image 102, and the process proceeds to step T8 (step T5).

  When there is no photographed image photographed in the same time zone as the current time, the control unit 20 retrieves the reproduction date and time of the linkage information table 60, extracts the image data of the photographed image at the most recently reproduced date and time, and FIG. As shown in any of the examples of FIG. 12 or FIG. 13, the reproduced image 102 is displayed by reproduction (step T6). The reproduced image 102 is displayed together with the analog clock 101 indicating the current time, the shooting date 103, and the current time. The display is superimposed and the process proceeds to step T8 (step T7).

  When a predetermined time elapses after the end operation by the user or all images within the time period are reproduced and displayed (step T8), the reproduction date and time on the interlocking information table 60 relating to the displayed image is updated with the current date and time, and the process is terminated. (Step T9).

  In the description of FIG. 9 to FIG. 13 described above, images taken in the same time zone (15 minutes, 30 minutes, 1 hour, etc.) as the current time are described. However, the time zone for the slide show display is the same as the current time. It is not limited to the time zone. For example, the time zone specified by the user or the same time zone as the shooting time of a certain image may be used. In this case, it is desirable that the analog clock displayed in conjunction with the display indicates the shooting time of the displayed image.

  With the above configuration, you can display the shooting time of an image that is displayed in an analog slide show with an analog clock along with the image, and slide the multiple images that were shot in the same time zone as the current time or the specified time. Can be displayed.

  In addition, when there is no photographed image taken at the same time zone as the current time, an image of the latest reproduction date is displayed in a slide-show manner in an at random order together with an analog clock indicating the photographing time (FIG. 11). ), The image of the most recent playback date is assigned and displayed on the screen at random together with the clock indicating the shooting time (FIG. 12), or the image of the latest playback date is displayed in random order with the clock indicating the shooting time. By displaying in a stacked manner (FIG. 13), it is possible to know a list of recently reproduced images.

(Embodiment 2)
In the present embodiment, an image captured within a period (time zone, day, week, or month) designated or selected in the calendar or a reduced image thereof is displayed in association with (= corresponding to) the clock time. Hereinafter, the digital camera 100 will be described as an example of the image display device with reference to FIGS. Note that the original image of the reduced image displayed in conjunction with the analog display clock (hereinafter referred to as “analog clock”) in the present embodiment is not limited to a still image, and may be a moving image.

2-1: Parallel display of captured image and calendar
FIG. 14 is a diagram showing an example of a linked display screen of a display image and a calendar of the shooting year / month. Reference numeral 141 denotes a playback image, reference numeral 142 denotes a calendar of the playback image shooting month, and reference numeral 143 denotes a shooting date and time. In this example, the shooting date is highlighted. FIG. 15 is a flowchart showing an example of a linked display operation of the display image and the calendar of the shooting date.

  In FIG. 15, when the user operates the mode dial 31 to select the playback mode, the control unit 20 controls the recording unit 50 to read the image data (compressed data) recorded on the memory card 51 and the image information. The read image data is reproduced and transferred to the DRAM 14 (step U1), and the read image data is reproduced and sent to the display unit 40 to be displayed on the liquid crystal monitor screen 41 as the reproduced image 141. At this time, the reproduced image 141 is relatively reduced and displayed in accordance with the display size of the calendar 142 (step U2).

  Further, the shooting date and time is taken out from the acquired image information, and the calendar data corresponding to the shooting date is acquired from the OSD data ROM 45, sent to the display unit 40, and arranged in the reproduced image 141 displayed on the liquid crystal monitor screen 41. The year / month calendar 142 is displayed (step U3).

  Further, a display control code is sent to the display unit 40 to discriminate display (inverted display in the example of FIG. 14) so as to be different from other dates in order to emphasize the date corresponding to the shooting date of the calendar 142 (step U4). .

  Next, the control unit 20 examines a signal from the operation unit 30 to determine whether or not the user has operated the cursor key 35 to the right (>). If the user has performed the right operation, the process proceeds to Step U6 and an end operation has been performed. In this case, the reproduction mode is terminated (step U5).

  When the right operation is performed in step U5, the next compressed image data stored in the memory card 51 is read out and transferred to the DRAM 14, and the process returns to step U2 (step U6).

  When the image is played back by the operation shown in the flowchart of FIG. 15 above, the calendar of the shooting date of the image is displayed in parallel and the shooting date is highlighted by reverse display, etc. Easy to remember scenes and events.

  It should be noted that (1) when a favorite reproduction image is designated by a cursor operation or the like, a discrimination display (for example, blinking the date) may be performed so that the favorite image is found. (2) When playing back the second and subsequent images, the shooting date of the image that has already been played back in the current playback mode operation is changed to a highlighted display method (for example, white) other than the reverse display and displayed. You may make it do. (3) When a date is selected on the calendar, an image reproduced on that day may be reproduced and displayed.

  By combining the above (1), (2), and (3), if you want to view the replayed image again, or if you want to transfer only the favorite image among the replayed images to the external image processing device, When you want to print, you can transfer or print your favorite image simply by specifying the date that is displayed in a discriminatory manner.

  Further, when there are a plurality of captured images on the same day, a mark indicating that (for example, ¬) may be displayed in the date column, or the number of images may be displayed near the date.

2-2: Displaying an image on the calendar
FIG. 16 is a diagram showing an example of image-linked display on a calendar. FIG. 16 shows a reduced image 161 of an image taken on the same day as the date of the monthly calendar 160 superimposed on the date. This is an example. When FIG. 16 is displayed, if the user presses the DISP button 39, the display is switched to FIG. When the DISP button 39 is further pressed, the display is switched to FIG. A reduced image denoted by reference numeral 162 in FIG. 16 indicates a reduced image selected by the user by operating the cursor key 35. When the reduced image displayed in FIG. 16 is selected / designated by a cursor operation or the like, the original image 166 is displayed. When there are a plurality of images taken on the same day, display by the DISP button 39 is performed. After the switching operation or a predetermined time has elapsed, the next original image 167 is displayed.

  FIG. 17 is an example of a list display by the weekly calendar 170, and reduced data of captured images for seven days can be displayed for each week. In this example, a time frame is displayed below each day of the week and date, and a reduced image 171,. is there. When FIG. 17 is displayed, when the user presses the DISP button 39, the display is switched to FIG. When the DISP button 39 is further pressed, the display is switched to FIG. A reduced image indicated by reference numeral 172 in FIG. 17 indicates a reduced image selected by the user by operating the cursor key 35. When the reduced image 172 displayed in FIG. 17 is selected / designated by a cursor operation or the like, the original image 176 is displayed. When there are a plurality of images taken in the same time zone, the DISP button 39 is displayed. After the display switching operation or the predetermined time has elapsed, the next original image is displayed.

  FIG. 18 shows a clock-type daily calendar, and a reduced image within a 12-hour or 24-hour frame of the dial of the analog clock-like calendar 180 corresponding to the shooting time and time zone of the image taken on that day. Is an example in which is superimposed and displayed. When FIG. 18 is displayed, when the user presses the DISP button 39, the display is switched to FIG. When the DISP button 39 is further pressed, the display is switched to FIG. A reduced image indicated by reference numeral 182 in FIG. 18 indicates a reduced image selected by the user by operating the cursor key 35. When the reduced image 182 displayed in FIG. 18 is selected / designated by a cursor operation or the like, the original image 186 is displayed. When there are a plurality of images taken in the same time zone, the DISP button 39 is displayed. After the display switching operation or the predetermined time has elapsed, the next original image 187 is displayed.

  In addition, when there are a plurality of images taken on the same date (FIG. 16) or the same time zone (FIGS. 17 and 18) on the same date, a mark (in the example shown, ¬) 165 indicating that fact, 175 and 185 are displayed in the vicinity of the reduced image. At this time, the reduced image displayed on the date (or on the time zone) is a representative image among a plurality of images (in the embodiment, on the date or on the same time zone on that date). The first image is a reduced image (6th day, 10th day, 28th day in FIG. 16, 28th day in FIG. 17 from 6 to 9 o'clock, 12:00 to 3 pm, 30th from 12:00 to 4 pm, FIG. 1 to 3 o'clock, 4 o'clock to 5 o'clock, 9 o'clock to 11 o'clock, refer to the reduced image).

  When the cursor key 35 is operated to the left (<) or right (>), the number of months is advanced according to the number of operations in the example of FIG. 16, or the calendar and the month are photographed by going back the number of months according to the number of operations. A reduced image of the selected image is displayed on the date. In the example of FIG. 17, the week is advanced according to the number of operations, or the calendar and the reduced image of the image photographed in that week are traced back according to the number of operations. 18 is displayed on the date and time zone. In the example of FIG. 18, the number of days is advanced according to the number of operations, or the calendar and a reduced image of the image taken on that day are displayed on the time zone by going back the number of days according to the number of operations. Is done.

  FIG. 19 is a flowchart showing an example of an image linked display operation on the calendar. When the playback mode is selected by the digital camera 100 (step V1), the control unit 20 first reads the current month from the OSD data ROM 45. The calendar data is read, the monthly calendar of the current month is displayed, the signal from the operation unit 30 is checked, and if the DISP button 39 is pressed, the process proceeds to step V12, otherwise the cursor key 35 left (<), It is checked whether or not a right (>) operation has been performed, and the process proceeds to step V3 (step V2).

  According to the number of left / right operations of the cursor key checked in step V2, the monthly calendar data of the month that is advanced or retroactively read out from the OSD data ROM 45, and the monthly calendar of the corresponding month is displayed (step V3) and recorded. The image capturing time 61 in the interlocking information table 60 of the memory card 51 is searched by controlling the unit 50 (step V4). If there is reduced image data for the corresponding month, the process proceeds to step V6, and there is no reduced image data for the corresponding month. Advances to step V9 (step V5).

  If there is reduced image data for the corresponding month, the pointer 63 of the reduced image data for the corresponding month is obtained from the linkage information table 60, and the reduced image data photographed in the corresponding month is read, and the image of the displayed calendar date is displayed. A reduced image is displayed in the date column corresponding to the shooting date. If there are reduced image data of a plurality of images taken on that day, the reduced image of the first image is displayed (step V6). When the representative image is displayed, a display mark indicating that (in the example of FIG. 16, mark 165 (¬ mark)) is displayed (step V7).

  Next, it is checked whether or not the displayed image is the last image of the month, and if it is the last image, the process proceeds to step V9 assuming that the reduced image has been displayed on the calendar, and otherwise returns to step V4 ( Step V8).

  The user can select the date on which the reduced image is displayed by operating the cursor key 35 to the right (>) or left (<) and designate the date by pressing the SET key 351. Therefore, the control unit 20 checks the signal from the operation unit 30, and if the date selection / designation operation is not performed even after a predetermined time has passed, the process proceeds to step V11. If the date selection / designation operation is performed, Proceed to step V10 (step V9).

  Of the reduced images displayed in the date column of the monthly calendar, when the image indicating the representative image (that is, when there are a plurality of images taken on the same day) is designated, the user presses the cursor key 35. The page can be returned or sent by up (∧) / down (∨) operation. Therefore, the control unit 20 examines the signal from the operation unit 30 and, every time the cursor key 35 is operated under (∨), the reduced image data photographed on the same day is taken out from the memory card 51 in the normal order and designated on the specified date. Overwrite display. Further, every time the cursor key 35 is operated (∧), the reduced image data photographed on the same day is taken out from the memory card 51 in the reverse order and is overwritten and displayed on the designated date (step V10).

  When the user moves the cursor on a desired reduced image by operating the cursor key 35 and depresses the SET key 351, the selected image can be reproduced and displayed. Therefore, the control unit 20 examines the signal from the operation unit 30, and proceeds to step V32 if the SET key 351 is depressed, and returns to step V9 otherwise (step V11).

  When the DISP button 39 is pressed in step V2, the control unit 20 first reads the calendar data for the current week from the OSD data ROM 45, displays the weekly calendar for the current week, and then receives a signal from the operation unit 30. If the DISP button 39 is pressed, the process proceeds to step V22. If not, the process proceeds to step V13 after checking whether the left (<) and right (>) operations of the cursor key 35 have been performed (step S13). Step V12).

  The weekly calendar data for the week that is advanced or retroactively read out from the OSD data ROM 45 according to the number of left / right operations of the cursor key checked in step V12 is displayed (step V13) and recorded. The image capturing time 61 of the interlocking information table 60 of the memory card 51 is searched by controlling the unit 50 (step V14). If there is reduced image data for the corresponding week, the process proceeds to step V16, and there is no reduced image data for the corresponding week. Advances to step V19 (step V15).

  If there is reduced image data for the corresponding week, the pointer 63 of the reduced image data for the corresponding week is obtained from the linkage information table 60 to read out the reduced image data photographed in the corresponding week, and the image of the displayed calendar date is displayed. A reduced image is displayed in the date column corresponding to the shooting date. If there are reduced image data of a plurality of images taken on that day, the reduced image of the first image among them is displayed as a representative image (step V16). When a representative image is displayed, a display mark indicating that (in the example of FIG. 17, mark 175 (¬ mark)) is displayed (step V17).

  Next, it is checked whether or not the displayed image is the last image of the corresponding week. If it is the last image, the process proceeds to step V19 assuming that the reduced image has been displayed on the calendar. Otherwise, the process returns to step V14 ( Step V18).

  The control unit 20 examines the signal from the operation unit 30, and if the date selection / designation operation (left / right operation of the cursor key 35) is not performed even after a predetermined time has passed, the process proceeds to step V21, where the date selection / designation operation is performed. If it is performed, the process proceeds to Step V20 (Step V19).

  Of the reduced images displayed in the date column of the weekly calendar, when an image in which a representative image is displayed is designated, the user can return or send the page by a cursor operation. Therefore, the control unit 20 examines the signal from the operation unit 30 and, every time the cursor key 35 is operated under (∨), the reduced image data photographed on the same day is taken out from the memory card 51 in the normal order and designated on the specified date. Overwrite display. Further, every time the cursor key 35 is operated (∧), the reduced image data photographed on the same day is taken out from the memory card 51 in reverse order and overwritten on the designated date (step V20).

  When the user moves the cursor on a desired reduced image by operating the cursor key 35 and depresses the SET key 351, the selected image can be reproduced and displayed. Therefore, the control unit 20 examines the signal from the operation unit 30, and proceeds to step V32 if the SET key 351 is depressed, and returns to step V19 otherwise (step V21).

  When the DISP button 39 is pressed in step V12, the control unit 20 first reads the current day calendar data from the OSD data ROM 45, displays the current day daily calendar, and then from the operation unit 30. The signal is checked, and if the DISP button 39 is pressed, the process proceeds to step V2. If not, it is checked whether the left (<) and right (>) operations of the cursor key 35 have been performed, and then the process proceeds to step V23. (Step V22).

  The daily calendar data of the day advanced or retroactively read out from the OSD data ROM 45 according to the number of left / right operations of the cursor key checked in step V22 is displayed (step V23). The recording unit 50 is controlled to search for the shooting time 61 in the interlocking information table 60 of the memory card 51 (step V24). If there is reduced image data for the corresponding day, the process proceeds to step V26, and there is no reduced image data for the corresponding day. In this case, the process proceeds to Step V29 (Step V25).

  When there is reduced image data for the corresponding day, the pointer 63 of the reduced image data for the corresponding day is obtained from the linkage information table 60, the reduced image data photographed on that day is read, and the time or time zone column of the displayed calendar is displayed. The reduced image is displayed in the time or time zone column corresponding to the image shooting time. If there are reduced image data of a plurality of images taken at that time or time zone, the reduced image of the first image among them is displayed as a representative image (step V26). Further, when a representative image is displayed, a display mark to that effect (mark 185 (¬ mark) in the example of FIG. 18) is displayed (step V27).

  Next, it is checked whether or not the displayed image is the last image of the corresponding day, and if it is the last image, the process proceeds to step V29 on the assumption that the reduced image has been displayed on the calendar, and otherwise returns to step V24 ( Step V28).

  The control unit 20 examines the signal from the operation unit 30, and if a time or time zone selection / designation operation (left / right operation of the cursor key 35) is not performed even after a predetermined time has passed, the process proceeds to step V31, where the time or time If a band selection / designation operation is performed, the process proceeds to step V30 (step V29).

  When an image on which a representative image is displayed is specified among the reduced images displayed in the time or time zone column of the daily calendar, the user can return or send the page by operating the cursor. . Therefore, the control unit 20 examines the signal from the operation unit 30 and, every time the cursor key 35 is operated under (∨), the reduced image data photographed on the same day is taken out from the memory card 51 in the normal order and designated on the specified date. Overwrite display. Further, every time the cursor key 35 is operated (∧), the reduced image data taken on the same day is taken out from the memory card 51 in the reverse order and overwritten on the designated date (step V30).

  When the user moves the cursor on a desired reduced image by operating the cursor key 35 and depresses the SET key 351, the selected image can be reproduced and displayed. Therefore, the control unit 20 examines the signal from the operation unit 30, and proceeds to step V32 if the SET key 351 is depressed, and returns to step V29 otherwise (step V31).

  The control unit 20 takes out the pointer of the original image corresponding to the reduced image selected in step V11, V21, or V31 from the linkage information table 60, and controls the recording unit 50 to take out the image data of the original image and reproduce it. Processing is performed and a reproduced image is displayed (step V32).

  16 to 18 and FIG. 19, the reduced images are displayed in the date column of the monthly calendar and weekly calendar corresponding to the shooting date and time or the time zone of the daily calendar, and the same day or Even when there are a plurality of images taken in the same time zone, it is possible to search the image easily because it is possible to select the image by turning the page, or to select the images by sorting them by time or time zone on the daily calendar.

  Note that, in steps V6, V16, V26, V10, V20, and V30 in the flowchart of FIG. 19, the reduced image is relatively matched with the display size of other images on the screen (for example, the size of the date field). It is desirable to enlarge or reduce the display. Further, in step V32, the reproduced image of the original image may be displayed in a relatively enlarged or reduced manner according to the display size of other images on the screen.

  20 to 22 are diagrams showing another embodiment of image-linked display on the daily calendar. FIG. 20 shows the daily calendar 201 (FIG. 20A) displaying 12 hours in the daytime and 12 hours in the nighttime. This is an example in which the displayed daily calendar 202 (FIG. 20B) can be switched and displayed, and when switching to the daily calendar is displayed at step V22 in the flowchart of FIG. 19, it is automatically determined whether it is daytime or nighttime from the current time. When the judgment is made so that the daily calendar 201 or the daily calendar 202 is displayed or the DISP button 39 is pressed in any step after step V23, the display switching between the daily calendar 201 and the daily calendar 202 is performed. It may be configured to do.

  FIG. 21 shows an example of a daily calendar that allows a list display of images taken on that day in a 24-hour system. FIG. 22 shows an example of a daily calendar in which images shoot on a certain day are arranged in a bar graph or in a straight line with time 223 and time zone and a list of reduced images 222 is displayed there. Data related to timekeeping information such as a calendar, a monthly example, six days of the week, or the contents 224 of an individual or work schedule (schedule) may be displayed together. For example, like the daily calendar 220 in FIG. 22, when the reduced image 222 and the scheduled content data 224 of the captured image of the day are displayed in order of time, the past events of the day are stored as if reading a diary. It is convenient because it can be revived.

  FIG. 23 is a diagram showing an example of the reproduction and display of an image taken in a designated time zone regardless of the calendar date. FIG. 23A shows the time zone 231 on the vertical axis and the date 232 on the vertical axis. This is an image list calendar on the horizontal axis, and a reduced image 233 of the corresponding photographed image is superimposed and displayed by date and time zone. Further, when there are a plurality of images taken in the same time zone, a mark (in the illustrated example, ¬) 234 is displayed together with the reduced image. FIGS. 23B to 23E show examples of reproduction display of images taken in a specific time zone (in this example, from 6 o'clock to 7 o'clock). FIG. 24 is a flowchart showing an example of reproduction display of an image taken in a designated time zone.

  24, in the playback mode, the control unit 20 displays the image list calendar 230 as shown in FIG. 23A, prompts the user to select a time zone (step W1), and the user selects the image list calendar 230. When the time zone is specified (step W2), the control unit 20 searches for the shooting date / time 61 in the interlocking information table 60 (FIG. 4) and checks whether there is an image shot in the same time zone regardless of the date. (Step W3) If there is an image taken in the same time zone, the image pointer is taken out, the image data in the designated time zone is sequentially taken out from the memory card 51, and reproduction processing is performed (Step W4). Images are sequentially displayed (step W5).

  With the operation shown in the flowchart of FIG. 24, for example, “search by time” that searches only images at dawn, sunset or night can be performed, so when there are a large number of images or shooting dates cannot be remembered. Even in this case, it is possible to quickly search for the same kind of image.

<Modification 1>
Various information other than those described above may be displayed on the calendars displayed in FIGS. 10 to 14 and FIGS. 16 to 23. Hereinafter, FIG. 25 shows an example of information display on a calendar in which images are displayed in conjunction with each other.

  25A shows the number of images taken on the date (or time zone) of the calendar date in the date column (or time zone column) together with the reduced image (FIG. 25 (a-1)). This is an example in which the presence or absence of recording or moving images is displayed with marks or the like (FIG. 25 (a-3)). In this case, information such as the number of shots may be displayed in a discriminative manner by blinking or the like in order to clearly distinguish it from the date. Note that information such as the number of shots may be overwritten on the reduced image displayed in the date column (or time zone column).

  Information display such as the number of shots may be turned on / off by pressing the DISP button 39. Further, on / off may be switched every n seconds without pressing the DISP button 39. If there are a plurality of images taken on the same day (or the same time zone), the second, third,... Image is reproduced and displayed in the date column when the DISP button 39 is pressed. You may make it do.

  FIG. 25B is an example in which the notification information is changed each time the DISP button 39 is pressed, FIG. 25B-1 is an example in which the date is displayed, and FIG. 25B-2 is the number of shots. FIG. 25B-3 shows an example in which the presence or absence of a recording or a moving image is displayed. Note that the notification information may be switched without pressing the DISP button 39.

  FIG. 25C shows an example in which an information display area is provided at a specific position on the calendar and information relating to the selected image is displayed there. FIG. 25D shows an example in which when the DISP button 39 is pressed, the information of the selected image is displayed in a balloon in association with the date field or the displayed reduced image, and the displayed information is easy to read. In FIG. 25 (e), when the DISP button 39 is pressed, the information of the enlarged image is displayed, and not only the page display such as the number of the image but also the information such as the image size and image quality is displayed. It is an example.

<Modification 2>
FIG. 26 and FIG. 27 are diagrams showing an example of image-linked display on a calendar with a bar graph, in which the shooting time is displayed as a graph. FIG. 26 (a) shows a 24-hour display. FIG. 26B shows a reproduction image 265 of the selected image displayed in conjunction with the calendar 260 with a bar graph, and FIG. 27A shows a calendar 270 with a bar graph displayed for one hour. FIG. 27B shows an example of a reduced image that is linked and displayed, and FIG. 27B shows a reproduced image 275 of the selected image.

  In FIG. 26A, a 24-hour display bar graph 261 representing the shooting time is displayed on the outer periphery of the calendar 260, and a reduced image 262- of the image shot in the calendar month (July 2003 in this example). 1, 262-2, 262-3, and 262-4 are displayed in the date column corresponding to the shooting date. In the example shown in the figure, the reduced image displayed in the display column is a representative image of a still image or a moving image taken on the date of this date. Note that the display color of the frame may be changed between a still image and a moving image.

  Here, the photographing time display portions 261-1, 261-2, 261-3, and 261-4 indicated by diagonal lines in the bar graph 261 are reduced images 262-1 and 262 indicated in the selected date column. -2, 262-3, and 262-4, which indicate the shooting time of the still image or moving image (for example, the portion 261-2 of the bar graph 261 indicates the shooting time of the moving image shot on July 17, 2003) (Shows 10:00 to 11:40)), and the flashing interval is different between a still image and a moving image. Note that the display color of the frame may be changed between a still image and a moving image.

  For example, when a reduced image of the date field “20th” of the calendar 260 is selected by operating the cursor key 35 or the like, the selected date field blinks (or the display color changes) as shown in the figure, and at the same time, the calendar is displayed. The shooting time display portion 261-3 of the bar graph 261 on the outer periphery of 260 blinks (or the display color changes).

  In addition, by designating the shooting time display portion of the bar graph 261 on which the reduced image is displayed, the original image 265 can be reproduced and displayed as shown in FIG. The illustrated example is a display example of an image taken between 12:50 and 13:30 on July 20, 2003. When there are a plurality of still images taken in the same time zone, page up and page down can be performed by operating the cursor key 35 up and down. In addition, when a moving image is shot, the moving image display can be advanced or returned by the up / down operation of the cursor key 35.

  Further, when the DISP button 39 is pressed while the calendar 260 is displayed in FIG. 26A, the display is switched, and another time-displayed calendar display with a graph (for example, the calendar 270 in FIG. 27A) is displayed. Display).

  In FIG. 27A, a time 273 is displayed above the day of the week display field of the calendar 270, and a bar graph 271 displaying a one-hour display indicating the shooting time in minutes is displayed on the outer periphery of the calendar 270. In the date field of the calendar 270, among the images captured in the calendar month (in this example, July 2003), the reduced images 272-1, 272-2, and 272 captured on the day corresponding to the date field. -3, 272-4 are displayed. In the example shown in the figure, the reduced image displayed in the display column is a representative image of a still image or a moving image taken on the date of this date. Note that the display color of the frame may be changed between a still image and a moving image.

  Here, the photographing time display portions 271-1, 271-2, 271-3, and 271-4 indicated by diagonal lines in the bar graph 271 are the reduced images 272-1 and 272 indicated in the selected date column. -2, 272-3, and 272-4 are the original images of still images or moving images, and the flashing intervals are different between the still images and the moving images. Note that the display color of the frame may be changed between a still image and a moving image.

  Also, by specifying the shooting time display portion of the bar graph 271 on which the reduced image is displayed, the original image 275 can be reproduced and displayed as shown in FIG. The illustrated example is a display example of an image taken at 13:15 on July 20, 2003. When there are a plurality of still images taken in the same time zone, page up and page down can be performed by operating the cursor key 35 up and down. In addition, when a moving image is shot, the moving image display can be advanced or returned by an up / down operation of the cursor key 35.

  Further, when the DISP button 39 is pressed while the calendar 270 is displayed in FIG. 27A, the display is switched, and another time-displayed calendar display with a graph (for example, the calendar 260 of FIG. 26A) is displayed. Display).

  FIG. 28 is a flowchart showing a schematic operation example of the image interlocking display on the calendar with the bar graph display. When the reproduction mode is selected (step X1), the control unit 20 displays the designated year and month for 24 hours. A monthly calendar with a bar graph is displayed (step X2).

  Next, a reduced image photographed in the year and month indicated by the calendar is taken out from the memory card 51 and displayed in the date column of the monthly calendar with a bar graph corresponding to the photographing date as shown in the example of FIG. . If a plurality of images are taken on the same day, a representative image is displayed (step X3). Also, the color scheme of the time or time zone corresponding to the shooting time of the original image of the reduced image taken out of the 24-hour bar graph displayed on the outer periphery of the calendar is changed from the surroundings and displayed ( Step X4).

  The control unit 20 repeats steps X3 and X4 (step X5) until reduced images of all images taken in the month and month indicated on the calendar are displayed in the date column (step X5), and reduced images of all images are displayed in the date column. When it is displayed, it is checked whether or not the DISP button 39 has been pressed within a predetermined time. If the DISP button 39 has been pressed, the process proceeds to Step X7, and if not, the process proceeds to Step X12 (Step X6).

  When the DISP button 39 is pressed, the control unit 20 clears the screen and then displays a monthly calendar with a one-hour display bar graph of the specified year and month (step X7). A reduced image photographed in the year and month indicated by the calendar is taken out from the memory card 51 and displayed in the date column of the monthly calendar with a one-hour display bar graph corresponding to the photographing date as shown in the example of FIG. . When a plurality of images are taken on the same day, a representative image is displayed (step X8). In addition, the color scheme of the time or time zone corresponding to the shooting time of the original image of the reduced image extracted from the bar graph displayed for 1 hour displayed on the outer periphery of the calendar is changed from the surroundings (displayed). Step X9).

  The control unit 20 repeats the above steps X8 and X9 (step X10) until the reduced images of all the images taken in the month and month indicated on the calendar are displayed in the date column (step X10), and the reduced images of all the images are displayed in the date column. When it is displayed, it is checked whether or not the DISP button 39 has been pressed within a predetermined time. If the DISP button 39 has been pressed, the process returns to Step X2, and if not, the process proceeds to Step X12 (Step X11).

  If the DISP button 39 has not been pressed, it is checked whether or not the date field in which the reduced image is displayed has been designated by operating the cursor key 35 (step X12). If it is a moving image, the process proceeds to step X19 (step X13).

  If the specified image is a still image, the original image data of the reduced image (or the reduced image of the representative image) displayed in the specified date column is read from the memory card 51, and is reproduced by performing a reproduction process. The image is displayed (step X14), and it is checked whether or not the original image of the reduced image is a representative image (step X15). In the case of the representative image, the control unit 20 performs a page turning operation based on a signal from the operation unit 30. If a page turning operation is performed, that is, if there is a downward (∨) operation of the cursor key 35, the process proceeds to Step X17, and if not, the process proceeds to X18 (Step X16).

  When there is a page turning operation, the image data of the same shooting date is sequentially read out from the memory card 51 and subjected to playback processing to display a playback image (step X17). If a predetermined time has elapsed, the displayed calendar or The reproduced image is cleared and the process is terminated (step X18).

  The original image data (moving image data) of the reduced image displayed in the designated date column is sequentially read from the memory card 51, temporarily stored (held) in the DRAM 14 (step X19), subjected to reproduction processing and displayed (step S19). X20), it is checked whether or not the page turning / returning operation has been performed based on the signal from the operation unit 30, and when the page turning / returning operation has been performed, that is, the cursor key 35 is operated downward (∨) or upward (∧ ) If there is an operation, the process proceeds to step X22, and if not, the process proceeds to X23 (step X21).

  When there is a page turning / returning operation, the moving image data ahead or after the currently displayed moving image by the operation time is read out from the DRAM 14 in the normal or reverse order, subjected to reproduction processing and displayed (step X22). The control unit 20 also checks whether or not a moving image display end operation has been performed based on a signal from the operation unit 30, and if a moving image display end operation has been performed, clears the displayed calendar or playback image. The process ends, and if not, the process returns to Step X21 (Step X23).

  26 and 27, and the operation shown in the flowchart of FIG. 28, the shooting time is displayed in a graph around the calendar to be displayed, so that it can be seen at a glance how many images exist at which time on a specified date. Also, when playing back a moving image, you can see at a glance how long this cut (shooting unit) lasts.

  Also, because the graph is provided around the calendar, it does not take up space. Therefore, it is easy to see the calendar even in an image display device with a small screen, such as a digital camera, a mobile phone, or a cradle with a display unit whose screen size is limited. Furthermore, it is easy to specify a time on the bar graph and recall (= reproduce and display) an image taken at that time, and this is particularly effective for a moving image with a long shooting time.

  Note that it is desirable to display the reduced image relatively enlarged or reduced in accordance with the display size of other images on the screen (for example, the size of the date field) in steps X3 and X8 in FIG. Furthermore, in step X14 and X17, the reproduced image of the original image may be displayed while being relatively enlarged or reduced in accordance with the display size of other images on the screen.

  In the above embodiment, the graph display of time has been described by taking a bar graph as an example, but the graph display method is not limited to the bar graph. For example, a pie chart may be used. Moreover, although the graph of the calendar with a graph display is based on the 24-hour system and the 1-hour system, the present invention is not limited to these, for example, a 12-hour system or another time system may be used. In the above embodiment, the calendar period is set to one month. However, the calendar period is not limited to one month. For example, a unit of 10 days, a unit of week, or a unit of day may be used.

  Further, when the display screen is sufficiently wide like a personal computer (hereinafter referred to as a personal computer), the original images shown in FIGS. 26B and 27B may be displayed simultaneously for one month. In this way, a time graph is displayed on all days of a month, and can be grasped at a time.

  In the first embodiment and the second embodiment, the digital camera has been described as an example of the image display device, but the term image display device is not limited to the digital camera. For example, the present invention can also be applied to an electronic camera or an imaging device including a display unit, a mobile phone, a portable information terminal, a personal computer, a communication terminal including an image storage unit and a display unit, a cradle including an image display unit, and the like.

<Application example>
FIG. 29 is a diagram showing a network configuration example of the image search type calendar display system. Hereinafter, an example of an image search type calendar display system in which the calendar-image linked display method of the present invention is applied to a mobile phone will be described with reference to FIG.
As shown in FIG. 29, the image search type calendar display system 800 includes a server 510 having a database 520 connected to a communication network 700 such as the Internet, a portable information terminal (hereinafter referred to as a mobile phone) 610 such as a mobile phone, a personal computer. Communication information terminal (hereinafter referred to as personal computer) 620. Reference numeral 750 is connected to the communication network 700, receives wireless data from the mobile phone 610, demodulates it, converts it into digital data, sends it to the communication network 700, and wirelessly transmits the data (digital data) from the communication network 700. A radio base station that converts a signal into a signal, modulates the signal, and transmits the signal to a wireless network is shown.

  The server 510 generates a calendar for a specified month when there is an image search type calendar display instruction from a terminal such as a mobile phone 610 or a personal computer 620 (hereinafter referred to as “information terminal”), and associates the calendar with the calendar date. The generated calendar data together with the reduced image data is transmitted to the requesting information terminal. When there is an image transmission request, the requested image data and message data are extracted from the database 520 and transmitted to the requesting information terminal. When there is a detailed message transmission request, the requested detailed message data is extracted from the database 520 and transmitted to the requesting information terminal.

  The database 520 includes an OSD symbol displayed on the screen of the mobile phone 610 and the personal computer 620, a clock display and calendar display format, digitized information such as graphics and characters, and a predetermined genre (field). Image files (reduced image data and compressed image data of the original image) classified in the order of separate, monthly, and daily, message data associated with each image, URL, and detailed information associated with each image Various programs downloaded to the information terminal connected to the file and the communication network 700, for example, an image search type calendar display operation program which is a kind of a program realizing the calendar and image linked display method of the present invention are registered. Yes.

  FIG. 30 is a diagram showing an example of a screen displayed during an image search type calendar display operation by a mobile phone or a personal computer. FIG. 30A is a menu screen displayed when the information terminal is activated, and FIG. Is an example of a genre-specific calendar selection screen, and genre names and the like that can be selected are displayed in a menu. The user can select the type of calendar generated for each genre such as an event.

  FIG. 30C is a monthly calendar of the genre selected in FIG. 30B. Initially, the calendar of the current month of the selected genre is displayed, and a reduced image corresponding to the month corresponds to the calendar. Displayed in the date column. You can also specify the calendar month. In FIG. 30C, reference numeral 311 indicates a calendar, reference numeral 312 indicates a reduced image, reference numeral 313 indicates a selection / designation column for selecting / specifying a month of a monthly calendar to be displayed, and reference numeral 314 returns to FIG. 30 (b). Indicates the “Return” button.

  FIG. 30D is a screen that is displayed when a reduced image in the date field is selected / designated in FIG. 30C, where reference numeral 315 is the original image of the selected / designated reduced image, and numeral 316 is an explanatory message. Reference numeral 317 denotes a URL indicating the address of the home page related to the displayed image 315, reference numeral 318 denotes a “return” button for returning to FIG. 30C when specified, and reference numeral 319 denotes a detailed information display instruction. If one of the URLs 317 is designated, a link is made to a home page defined by the designated URL.

  FIG. 30E shows a home page or detailed information display screen. Reference numeral 320 indicates a “return” button for returning to FIG. 30D when specified, and reference numeral 321 indicates an “end” button for ending the process when specified. When a URL is designated in FIG. 30D, a home page is displayed, and when reference numeral 319 is selected, detailed information related to the image 315 is displayed.

  In the example of FIG. 30, when the information terminal is activated, the menu screen of FIG. 30A is displayed. When the user selects the “Calendar search by genre” menu, the calendar selection by genre as shown in FIG. A screen is displayed. When the user selects “1. Seasonal flower newsletter”, a monthly calendar for the current month is displayed in which a reduced image related to a flower letter as shown in FIG. When the user selects / designates the calendar month / year in the year / month selection field 313, a calendar 311 of the month / month and a reduced image of an image related to the flower of the month are displayed.

  When the reduced image displayed in FIG. 30C is selected / designated, the flower image (original image of the designated reduced image) 315 and the explanatory message 316 shown in FIG. An information display instruction 319 or the like is displayed.

  When a URL is specified in FIG. 30D, a home page including information related to the image 315 is displayed in FIG. 30E, and when a detailed information display instruction 319 is specified, detailed information related to the image 315 is displayed. .

  FIG. 31 is a flowchart showing an operation example of various terminals and servers in the image search type calendar display system personal computer. FIG. 31 (a) shows an operation example of the mobile phone 610 as an information terminal, and FIG. An example of server operation is shown. In this application example, a mobile phone is described as an example of the information terminal, but the information terminal is not limited to this.

・ Mobile phone operation
In FIG. 31 (a), when the mobile phone 610 is activated, the control unit of the mobile phone displays a menu screen as shown in FIG. 30 (a) according to the operation program and prompts the user to select (step Y1). When the user selects the “genre-specific calendar search” menu, a program transmission request is transmitted to the server 510 via the communication network 700 (step Y2).

  Next, the control unit of the mobile phone 610 downloads the image search type calendar display operation program transmitted from the server 510 via the communication network 700 to a temporary storage memory such as a RAM (step Y3), and the downloaded image search type calendar. In accordance with the display operation program, a genre-specific calendar selection screen as shown in FIG. 30B is displayed to prompt selection of a genre (step Y4).

  When the user selects one of the genres shown in FIG. 30B, for example, “1. Seasonal flower newsletter”, the control unit of the mobile phone selects the selected genre according to the image search type calendar display operation program. A calendar transmission request including the information and the current date is transmitted to the server 510 via the communication network 700 (step Y5).

  When the control unit of the mobile phone 610 receives the calendar data of the current year and month transmitted from the server 510 via the communication network 700 and the reduced image data associated with the date, the above steps are performed as shown in FIG. The monthly calendar 311 of the current month is displayed in which the reduced image related to the genre selected in Y5 is displayed in the corresponding date column (step Y6).

  When the user selects / designates a reduced image with the calendar 311, the process proceeds to step Y11 (step Y7), and when the calendar year / month selection field 313 of the calendar 311 selects / designates (year Y8), the control unit of the mobile phone In accordance with the image search type calendar display operation program, a calendar transmission request including the selected genre information and the specified year and month is transmitted to the server 510 via the communication network 700 (step Y9).

  When the control unit of the cellular phone 610 receives the calendar data of the designated year and month and the reduced image data associated with the date transmitted from the server 510 via the communication network 700, the above-described step Y5 is performed as shown in FIG. The month calendar of the specified year and month in which the reduced image related to the genre selected in step 1 is displayed in the corresponding date column is displayed, and the process returns to step Y7 (step Y10).

  When the user selects / designates a reduced image displayed on the monthly calendar 311, the control unit of the mobile phone 610 transmits a transmission request for an image including the reduced image identification information designated to the server 510 via the communication network 700. (Step Y11) When the original image data (compressed image data), message data, URL information, and detailed information of the reduced image designated from the server 510 are received, as shown in FIG. 30D, an image 315, an explanation message 316, And an explanation screen including the URL 317 is displayed (step Y12).

  When the user selects / designates a URL in FIG. 30D, the control unit of the mobile phone 610 sends the designated URL to the communication network 700 (step Y13), and downloads and displays the home page (step Y14). When the detailed information display instruction 319 is designated in FIG. 30D (step Y15), the detailed information received in step Y12 is displayed (step Y16).

  In step Y6, it is desirable to display the reduced image relatively enlarged or reduced in accordance with the display size (for example, the size of the date field) of another image on the screen. Further, in step Y12, the reproduced image of the original image may be displayed in a relatively enlarged or reduced manner according to the display size of other images on the screen.

・ Operation on the server side
In FIG. 31B, when a program transmission request is received from the mobile phone 610 (step Z1), the server 510 retrieves the image search type calendar display operation program from the database 520, and in this case, the terminal (in this case, the mobile It is transmitted to the telephone 610) (step Z2).

  In addition, when receiving a calendar transmission request including genre information and year / month from the mobile phone 610 (step Z3), the server 510 generates calendar data for the received year / month (step Z4) and also receives the genre received from the database 520. The reduced image data of the specified year and month are extracted and transmitted to the calendar transmission requesting terminal together with the calendar data generated (step Z5).

  In addition, when a transmission request for an image including reduced image identification information and genre information is received from the mobile phone 610 (step Z6), the server 510 generates original image data (compressed image) of the reduced image data based on the received reduced image identification information. Data) and associated message data, URL information, and detailed information are extracted from the database 520 and transmitted to the terminal requesting transmission (step Z7).

  The operation shown in the flowchart of FIG. 31 allows the user of the mobile phone 610 to list the image information of the specified genre in the monthly calendar, so what day the desired event is held, when and where. You can see at a glance information that flowers are likely to bloom. Further, detailed information can be browsed with a simple and minimal operation such as selecting and specifying an image displayed on the calendar.

  In the above description, the image search type calendar display operation program is downloaded from the server to the information terminal. However, the image search type calendar display operation program may be installed in the memory on the information terminal side in advance.

  As mentioned above, although one Example of this invention was described, this invention is not limited to the said Example, It cannot be overemphasized that various deformation | transformation implementation is possible.

It is a figure which shows the external appearance of one Example of the image display apparatus which can apply the interlocking display method of the timepiece and image of this invention, and the interlocking display method of a calendar and an image. It is a block diagram which shows the internal structural example of the digital camera shown in FIG. It is a figure which shows the structural example of the memory area of a memory card. It is a figure which shows the structural example of an interlocking | linkage information table. It is a figure which shows one Example of an interlocking | linkage display process selection screen. It is a figure which shows the example of an interlocking display of a clock and a reduced image. It is a flowchart which shows the example of an interlocking display operation of a clock and an image. It is a flowchart which shows the operation example of a clock & image display subprogram. It is a schematic flowchart which shows the example of an interlocking display operation of a clock and a slide show. It is a figure which shows one Example of a clock and a slide show interlocking | linkage display. It is a figure which shows one Example of a clock and a slide show interlocking | linkage display. It is a figure which shows one Example of a clock and a slide show interlocking | linkage display. It is a figure which shows one Example of a clock and a slide show interlocking | linkage display. It is a figure which shows one Example of the display image and the calendar | linkage display screen of the imaging | photography date. It is a flowchart which shows the example of an interlocking display operation of a display image and the calendar of the shooting date. It is a figure which shows one Example of the image interlocking | linkage display on a calendar. It is a figure which shows one Example of the image interlocking | linkage display on a calendar. It is a figure which shows one Example of the image interlocking | linkage display on a calendar. It is a flowchart which shows the image linked display operation example on a calendar. It is a figure which shows the other Example of the image interlocking | linkage display on a daily calendar. It is a figure which shows the other Example of the image interlocking | linkage display on a daily calendar. It is a figure which shows the other Example of the image interlocking | linkage display on a daily calendar. It is a figure which shows one Example of the reproduction | regeneration display of the image image | photographed in the time slot | zone designated irrespective of the date of a calendar. It is a flowchart which shows the example of a reproduction | regeneration display of the image image | photographed in the designated time slot | zone. It is a figure which shows some Examples of the information display on the calendar by which the image is displayed in conjunction. It is a figure which shows one Example of the image interlocking | linkage display on the calendar with a bar graph. It is a figure which shows one Example of the image interlocking | linkage display on the calendar with a bar graph display. It is a flowchart which shows the image linked display operation example on the calendar with a bar graph display. It is a figure which shows the network structural example of an image search type | mold calendar display system. It is a figure which shows the example of the screen displayed at the time of the image search type | mold calendar display operation by a mobile telephone or a personal computer. It is a flowchart which shows the operation example of the various terminals and server in an image search type | mold calendar display system personal computer.

Explanation of symbols

13 Signal processor (image reproduction means)
20 control unit (image display means, time change means, calendar change means, highlight display means, representative image display means)
39 DISP button (display switching means)
40 display section (image display means, analog clock display means, calendar display means)
51 Memory card (memory)
81, 101 Analog clock (clock, analog-displayed clock)
84, 161, 171, 181 Reduced image (image, reduced image)
85, 102, 141 images (original image, playback image)
100 Digital camera (image display device, imaging device)
160, 170, 180, 201, 202, 210, 220, 230 Calendar 510 Server 520 Database 610 Mobile phone (information terminal, image display device, imaging device)
620 Personal computer (information terminal, image display device)
700 Communication Network 800 Image Search Type Calendar Display System

Claims (11)

A display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on the screen;
Image storage means for storing a plurality of image data including still image data to which a shooting time is added and moving image data to which a shooting time indicated by a shooting start time and a shooting end time is added;
In addition to identifying and displaying a plurality of positions in the display area corresponding to the shooting time added to each of the plurality of image data stored in the image storage means, the identification display corresponding to the plurality of moving image data is performed. In this case, the partial area in the display area corresponding to each moving picture data is set to the length of the display area corresponding to the length of the recording time from the shooting start time to the shooting end time attached to each moving picture data. In addition to the identification display, one end of the partial area corresponding to each video data coincides with the time position in the display area corresponding to the shooting start time of each video data, and the other end of the partial area corresponding to each video data but so as to coincide with the time position of the display region corresponding to the imaging end time for each video data, the photographing end time from the position corresponding to the photographing start time is added to each video data A photographing time display means for identifying and displaying the plurality of partial areas of the display region corresponding to a range of up to a position where the response,
An image display device comprising: Image selecting means for selecting one of a plurality of image data stored in the image storing means;
The imaging time display means performs identification display in a form different from other image data when the imaging time corresponding to the image data selected by the selection means is identified and displayed in the display area. The image display device according to claim 1.   The shooting time display means has different forms depending on whether the shooting time corresponding to the still image data is identified and displayed in the display area or when the shooting time corresponding to the moving picture data is identified and displayed in the display area. The image display device according to claim 1, wherein identification display is performed.   2. The image display device according to claim 1, further comprising: an image selection unit that selects image data to which an imaging time corresponding to the designated position is added by designating a position identified and displayed in the display area. The image display device described. The display area is a display area in which a position corresponding to an arbitrary time indicated by a 12-hour system or a 24-hour system is circularly assigned on the screen,
2. The image display device according to claim 1, further comprising a clock display means for displaying a clock in a 12-hour system or a 24-hour system by displaying the position in the display area.   The image display apparatus according to claim 1, further comprising a control unit that changes a time range per round of the display area allocated in a ring shape. A date designation means for designating a date;
The shooting time display means is for displaying the image data to which the shooting date corresponding to the date designated by the designation means is added among the plurality of image data stored in the image storage means. The image display device according to claim 1, wherein identification display of a photographing time in the area is performed. It further comprises calendar display means for displaying the calendar,
The date designation means designates a date in the calendar displayed by the calendar display means,
The image display device according to claim 7, wherein the display area is arranged on an outer periphery of a calendar displayed by the calendar display unit. Image selection means for selecting one of a plurality of image data stored in the image storage means;
Image display means for displaying the image data selected by the image selection means;
When displaying the image data by the image display means, instead of the calendar displayed by the calendar display means, switching means for displaying the image data in the display area where the calendar is displayed;
The image display device according to claim 8, further comprising: A display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on the screen, still image data to which shooting times are added, shooting times indicated by shooting start times and shooting end times. A control method for an image display device, comprising image storage means for storing a plurality of image data including the added moving image data,
In addition to identifying and displaying a plurality of positions in the display area corresponding to the shooting time added to each of the plurality of image data stored in the image storage means, the identification display corresponding to the plurality of moving image data is performed. In this case, the partial area in the display area corresponding to each moving picture data is set to the length of the display area corresponding to the length of the recording time from the shooting start time to the shooting end time attached to each moving picture data. In addition to the identification display, one end of the partial area corresponding to each video data coincides with the time position in the display area corresponding to the shooting start time of each video data, and the other end of the partial area corresponding to each video data but so as to coincide with the time position of the display region corresponding to the imaging end time for each video data, the photographing end time from the position corresponding to the photographing start time is added to each video data Control method for an image display device, characterized by identifying and displaying the plurality of partial areas of the display region corresponding to a range of up to a position where the response. The image display device
A display area in which positions corresponding to arbitrary times within a predetermined time range are continuously assigned on the screen;
Image storage means for storing a plurality of image data including still image data to which a shooting time is added and moving image data to which a shooting time indicated by a shooting start time and a shooting end time is added;
In addition to identifying and displaying a plurality of positions in the display area corresponding to the shooting time added to each of the plurality of image data stored in the image storage means, the identification display corresponding to the plurality of moving image data is performed. In this case, the partial area in the display area corresponding to each moving picture data is set to the length of the display area corresponding to the length of the recording time from the shooting start time to the shooting end time attached to each moving picture data. In addition to the identification display, one end of the partial area corresponding to each video data coincides with the time position in the display area corresponding to the shooting start time of each video data, and the other end of the partial area corresponding to each video data but wherein so as to coincide with the time position in the display area, versus the photographing end time from the position corresponding to the photographing start time is added to the moving image data corresponding to the imaging end time for each video data A photographing time display means for identifying and displaying the plurality of partial areas of the display region corresponding to a range to a position that,
A program characterized by making it function.

Images