JP4249153B2 - IC card for photo providing with shooting position and direction - Google Patents

Description

  The present invention is a camera that can be provided to a partner by adding a position, a shooting direction, and time information to a photograph of a disaster, sightseeing, construction site, etc. by attaching it to a portable terminal device such as a mobile phone, a PDA or a digital camera. The present invention relates to an IC card for providing photographs with position and direction.

  Various natural disasters have occurred in each region, and many people have been sacrificed, and many lessons have been left behind. There are many landslide disasters and landslide damages among these disasters. Contributing to the smooth execution of on-site command and orders, etc., continuously disseminating information to nearby residents in high-risk locations in advance, and the damage status The importance of early grasping is increasing.

  Based on this situation, various attempts have been made such as the use of digital cameras and the introduction of GIS in order to advance the work and save labor in the sabo project.

  For example, Japanese Patent Laid-Open No. 2000-30175 (hereinafter referred to as Patent Document 1) is disclosed as a system that conveys the situation of the site to the disaster prevention center by video and audio.

  In this system, a helmet is equipped with an image acquisition function and a voice communication function, and maintenance personnel wear this helmet, and transmit images and situations of the site to the disaster prevention center by voice. Specifically, a camera and a radio device are attached to the helmet, and a receiver is provided for each area. When the receiver receives the image of the camera from the radio device, the area is specified at the monitoring center.

  Japanese Patent Laid-Open No. 2004-289670 (hereinafter referred to as “Patent Document 2”) solves that a viewer to whom an image is distributed does not know the shooting position and shooting direction of the camera. The center provides the viewer with the camera position and orientation by associating the map position with the identification information from the camera. On the center side, the camera position and orientation are developed on a map and provided to the viewer.

  In recent years, some mobile phones have a GPS function and a camera function. When such a cellular phone is used, since the photograph and the GPS position are transmitted, it is possible to know where the other party has acquired the photograph.

As described above, many methods have been proposed only for acquiring an image with a camera and positioning the image.
JP 2000-30175 A JP 2004-289670 A

  However, a cellular phone with a GPS function can transmit a GPS position and a photograph, but it is not known from which direction it is obtained. In addition, since the GPS position is transmitted separately from the photograph, the receiver side must have a function for linking where the photograph was taken with a function such as combining the GPS position and the photograph. I must.

  Further, digital cameras generally do not have a GPS function, a communication function, and a direction acquisition function. For this reason, since it is necessary to modify the digital camera such as having a GPS function, a communication function, and an orientation acquisition function, the apparatus becomes expensive (including Patent Documents 1 and 2).

  On the other hand, at the time of a disaster, a worker takes a picture of the disaster site with a digital camera or the like toward the disaster site. For this reason, a device that is as compact as possible is desirable. Also, in the event of a disaster, it is preferable to promptly provide the administrative staff with images at the time of the disaster.

  However, even if an image is provided promptly, the administrative staff cannot make an accurate judgment unless it is known where and from what direction the image was taken.

  The present invention has been made in order to solve the above problems, and can be mounted on any digital camera-equipped mobile terminal, and this IC card stores a photograph with an orientation and a position, It is an object of the present invention to obtain a photograph providing IC card with a photographing position / direction that can provide a photograph with a photographing direction and a position.

  The present invention provides a photograph providing IC with a photographing position and direction that is attached to a digital camera provided to be able to photograph an object, a timer for measuring time information including date, time, and a display unit. Card.

Forming a first arm and a second arm for guiding a communication card having a communication function so as to be mounted on both ends of the flat plate-shaped main body;
Either the first or second arm is
It is a structure that houses the GPS antenna,
The GPS antenna includes a rod-shaped GPS antenna, a rod-shaped antenna support body, and a coupling member that couples the rod-shaped antenna support body and the GPS antenna and rotatably supports the GPS antenna.
The main body includes a connection end for electrically connecting to the mobile terminal, and an output end for electrically connecting the other to the communication card,
Storage means;
When said mounted on the mobile terminal, means for storing the image captured by the digital camera from the portable terminal, in the storage means,
GPS position measuring means for receiving a GPS signal from the GPS antenna, measuring the position, and outputting the position;
A shooting direction measuring means for measuring the shooting direction of the digital camera and outputting the shooting direction;
In synchronism with the shutter signal of the digital camera, the position of the GPS position measurement unit, the time information of the timer, and the shooting direction of the shooting direction measuring means , combined with shooting identification information acquisition means for acquiring this as shooting identification information
Means for generating an image in which the photographing identification information is superimposed on a predetermined position of a photographic image from the digital camera, and storing the image in the storage means as a photographic image with photographing identification information;
An output means for reading out a photo image with photo identification information stored in the storage means when the communication card is mounted, and outputting the photo image to the communication card for transmission by a wireless Internet protocol. The gist.

  As described above, according to the IC card for providing a photograph with a shooting position and direction according to the present invention, if it is a portable terminal with a digital camera, it can be taken, for example, at a disaster site, a building site, a tourist spot, etc. A photographic image with photographing identification information in which the position, photographing direction, date, time, depression angle / elevation angle is added is stored and provided.

  For this reason, the viewer will immediately know where, when and where the photo was taken.

  On the viewing side, since the photographing position and direction are appended to the photograph image with photographing identification information, it is possible to define the photographing direction and photographing position with polygons on the map or the digital photograph image.

  For this reason, when site photographs exist over a wide area at the time of a disaster, it is possible to provide a large number of photographs with directions on one screen.

<Embodiment 1>
The IC card for providing photographs with shooting positions and directions according to the present embodiment will be described as an example applied to a system that acquires images at the time of disaster and provides them to the center. Then, the IC card for providing a photograph with a shooting position / direction will be referred to as an on-site photo transmission portable terminal 1 with a position / direction.

  FIG. 1 is a connection configuration diagram of an on-site photo providing system. As shown in FIG. 1, the person in charge of photography Ai uses, for example, the on-site photograph transmission portable terminal 1 with a position and orientation, for example, a photographic image Bi, a position Ci, a photographing direction θi, a date, a time, ) To the central center by radio or storage medium.

  As shown in FIG. 1, the above-described field photo transmission portable terminal 1 with a position and orientation includes a camera-equipped mobile phone 3 to which a portable IC card 2 having an orientation sensor function, a GPS function, and a storage function can be attached, and an orientation sensor function. A digital camera 6 on which a digital camera IC card 5 having a GPS function, a communication function, and a storage function can be mounted, and a PDA 8 mounted with a PDA IC card 7 having a direction sensor function, a GPS function, a communication function, and a storage function, or The digital camera 9, the terminal 10, and the helmet 14 including the microphone 13 and the like are collectively referred to.

  The portable IC card 2, the digital camera IC card 5, and the PDA IC card 7 are collectively referred to as an on-site photo providing IC card 15 with a position and orientation of the portable terminal.

  FIG. 2 is an internal configuration diagram of the on-site photo providing IC card 15 with the position and orientation of the portable terminal. As shown in FIG. 2, the IC card 15 for providing a field photograph with position and orientation of the mobile terminal is an adapter formed so as to be attachable to an attachment port (not shown) of the mobile phone with camera 3, the digital camera 6 or the PDA 8. 16 (for PDA, mobile phone, and terminal 10) can be connected to function.

  The on-site photo providing IC card 15 with position and orientation includes a connection unit 15a, an input / output port 15b, a CPU 15c, a ROM 15d, a wireless communication unit 15m (protocol is TC / IP protocol), a GPS unit 15k, and an orientation sensor unit. 15j, RAM 15i, and flash memory 15h are connected to the bus line. The ROM 15d includes a selection unit (program) 15e that selects and functions the wireless communication unit 15m, the GPS unit 15k, or both. Further, the ROM 15d is provided with an editing function (program) 15p for temporarily storing data in the RAM and writing the position Ci, the shooting direction θi, and the time information Di in the photographic image Bi.

  That is, if the selection unit 15e is a portable terminal with GPS and a wireless communication function, the selection unit 15e stops the activation of the GPS unit 15k and the wireless communication unit 15m and selects the direction sensor unit 15j. In the case of a portable terminal (for example, a PDA) that does not have a GPS function or a wireless communication function, the wireless communication unit 15m, the GPS unit 15k, and the direction sensor unit 15j are simultaneously selected and functioned.

  Further, the editing function unit 15p has a configuration shown in FIG.

  FIG. 3 is a schematic configuration diagram of the editing function part of the IC card 15 for providing a field photograph with position / orientation according to the present embodiment. As shown in FIG. 3, it operates using a flash memory 15h that stores a photographic image Bi from a camera, an orientation sensor 15j, and a GPS unit 15k.

  The editing function unit 15p includes an azimuth reading unit 33, a position reading unit 34, a time information reading unit 35, a combination unit 36, a synthesis unit 37, a memory 38, a transmission unit 39, and the like.

  The azimuth sensor 31 preferably outputs, for example, eight directions or sixteen directions of northeast, northwest, southeast / north, and south.

  The direction reading unit 33 inputs a shutter signal when the shutter is pressed, and reads the shooting direction θi (4 directions, 8 directions, 16 directions,...) From the direction sensor 15j in synchronization with the shutter signal. This is output to the combination unit 36.

  The position reading unit 34 reads position information from the GPS 32 in synchronization with the shutter signal, and outputs this to the combination unit 36.

  The time information reading unit 35 reads the date and time (time information Di) of the timer in synchronization with the shutter signal, and outputs this to the combination unit 36.

  The combination unit 36 stores the shooting direction θi, the shooting position Ci, and the time information Di in the temporary RAM 15i, and combines them into one set (hereinafter referred to as shooting identification information Hi).

  The synthesizer 37 reads the shooting identification information Hi from the RAM 15i, and superimposes the shooting identification information Hi on the photo image when the photo image Bi is stored in the flash memory 15h. Each time this image (hereinafter referred to as a photographic image Fi with shooting identification information) is generated, the transmission unit 39 reads it and outputs it to the wireless communication unit 15k (when selected by the selection unit) for transmission.

  When the wireless communication unit 15k is not selected, the transmission unit 39 directly outputs to the output port and causes the transmission unit of the portable terminal to transmit.

  Further, as shown in FIG. 1, the central center server 21 is connected to the mobile terminal 1 for transmitting a location photo with a position and orientation via a wireless communication network 20. The server 21 is connected with a personal computer 23 capable of displaying a Sky View Map (registered trademark), a personal computer 24 capable of displaying a map image, a personal computer 25 capable of creating a survey report by editing image information, and the like. Yes.

  The helmet 14 includes a digital camera 9, a microphone 13, an operation terminal 10 with a liquid crystal display, and the like. The operation terminal 10 functions by connecting an IC card 15 for providing a field photo with position and orientation that incorporates a GPS function, a communication function, and the like.

  A flow when an operator takes a picture of a disaster scene using the portable terminal 1 with the on-site photo transmission with the position and orientation mounted with the on-site photo providing IC card 15 with the above-described configuration will be described below.

  In the present embodiment, the center server receives and stores a photo image Fi with shooting identification information, reads a map or orthophoto (hereinafter collectively referred to as map information) including the shooting position Ci, and reads this map information. Then, the photographing position Ci is defined, the photographic image Bi is linked, the photographing direction θi is decoded, the photographing direction θi is indicated at the photographing position Ci, and a polygon indicating the presence of the photographed image is defined. The description will be made assuming that the image with the shooting position / direction is superimposed on the map and displayed on the personal computer 9. In the present embodiment, description will be made on the assumption that the on-site photo providing IC card 15 with position / orientation is attached to the digital camera 6 and the selection unit 15e selects the direction sensor 15j, the GPS unit 15k, and the wireless communication unit 15m.

  Then, the worker operates the on-site photo transmission terminal device 1 with position and orientation to photograph the disaster site. The direction reading unit 33, the position reading unit 34, and the time information reading unit 35 are activated in synchronization with the shutter signal at this time, the shooting direction θi from the direction sensor 15j, the position information (XYZ) from the GPS unit 15k, the current The time information Di is output to the combination unit 36.

  The combination unit 36 generates shooting identification information Hi that is a set of the shooting direction θi, the position information (XYZ), and the current time information Di, and outputs this to the combining unit 37.

  The synthesizer 37 determines whether or not the photographic image Bi is stored in the flash memory 15h. When the photographic image Bi is stored, the synthesizer 37 reads the photographic identification information Hi from the RAM 15i, and the predetermined position (upper) of the photographic image Bi in the flash memory 15h. The shooting identification information Hi is superimposed on the image. This photograph image Fi with photographing identification information is displayed on the display unit of the terminal 10 (see FIG. 4).

  Then, the worker confirms the photograph image Fi with photographing identification information and operates the on-site photograph transmission / transmission terminal 1 to input a transmission instruction (the address of the central center server, photographer code, time information Di, etc.). The transmission unit 39 searches the flash memory 15h for the photograph image Fi with on-site identification information using the photographer code and time information Di as a key, and transmits it to the central center.

  When the server at the central center receives this photographic image Fi with site identification information, the display described below becomes possible.

  The central center server 21 receives the photographic image Fi with on-site identification information and stores it on the hard disk. This storage is performed in association with the position information.

  Then, for example, when a region (prefecture, city, town, Ding,...) Is designated from the personal computer 24, the server 4 has a photo image Fi (F1, F1, F) with position identification information having position information included in this region. F2, ...) are all extracted.

  Next, the position information Ci of each photographic image Fi with on-site identification information is read, and these are defined in a local map. Also, the shooting direction θi of the photographic image Fi with field identification information of the area date is read, and an arrow (polygon: polygon with shooting direction) corresponding to the shooting direction θi is generated and defined as a position on the map.

  As a result, for example, as shown in FIG. 5, it can be seen that there are many photographs taken on the map by the on-site photograph transmission terminal device 1 with position and orientation. In addition, since the photo direction (arrow) is displayed on this map, the viewer of the central center can immediately know from which position and from which direction the photo is attached. Therefore, for example, it is possible to easily obtain the first desired photograph while considering the direction and position of the reading book. When the viewer designates a digital photo image instead of the map, a polygon with a shooting direction is defined and displayed on the photo as shown in FIG.

  Then, when the viewer operates the personal computer 24 to specify a desired polygon with a shooting direction, as shown in FIG. 7, a photo image Fi with field identification information linked to the polygon with a shooting direction is displayed on the sub-screen. Is displayed.

  As shown in FIG. 7, since the shooting direction, the shooting position, and the date / time are displayed on the photo image Fi with on-site identification information, the viewer can grasp from which direction the photo is taken. In addition, when this photographic image Fi with on-site identification information is printed, there is a shooting direction, a shooting position, a date, and a date (the photographer's name may be assigned). it can.

<Embodiment 2>
FIG. 8 is a schematic configuration diagram of a photograph providing IC card with a photographing position and direction in which the communication card 30 can be mounted.

  As shown in FIG. 8, the photograph providing IC card 31 with a shooting position / direction has a U-shape so that the communication card 30 can be mounted, and the upper arm portion 32a has a GPS antenna. 33 is built-in. Further, a polar direction sensor 35 is built in the lower arm portion 32b. The photograph providing IC card 31 with shooting position / direction is mounted from a digital camera mounting opening (not shown). As a result, the photograph providing IC card 31 with photographing position / direction is perpendicular to the optical axis of the digital camera lens.

  The upper arm portion 32a is a hollow and has a sliding structure in which the GPS antenna 33 can be taken in and out. The GPS antenna 33 connects the antenna support main body 34 and the antenna 36 with a connecting member 35, and can rotate 360 °. In other words, the GPS antenna can always be directed to the sky.

  The lower arm portion 32 has a polar sensor 38. The polar sensor 38 detects the N pole or the S pole.

  Further, the main body 39 communicates with a port unit 40 for inputting a photographic image and instruction information from a portable terminal (for example, a digital camera), a shooting direction calculation unit 41, and a hard disk unit 42 (hereinafter referred to as HDD 42). A port unit 43 for transmitting / receiving data to / from the IC card 30, a CPU unit 44, a ROM 45, a position measuring unit 46, a timer (not shown), and the like are included.

  The HDD 42 stores photographic images Bi from the digital camera. Further, a photograph image Fi with photographing identification information in which photographing identification information Hi including the photographing direction θi, the photographing position Ci, and the time information Di is written on the photograph image Bi is stored.

  The shooting direction calculation unit 41 obtains the planar direction of the IC card 31 with a shooting position / direction with reference to the polar direction detected by the polar direction sensor 38 (shooting direction in FIG. 8). That is, the lens direction of the digital camera is obtained (this is called the shooting direction θp).

  Further, the position measuring unit 46 obtains a position according to the GPS signal received by the GPS antenna 33, and outputs this as the photographing position Ci.

  The CPU unit 44 captures a shutter signal from the digital camera. Then, as shown in FIG. 9, in response to the input of the shutter signal, the shooting direction calculation unit 41, the position measurement unit 46, and the timer are activated and read. Further, the photographic image Bi is stored in the HDD 42 in accordance with the input of the shutter signal. The shooting direction θip calculated by the shooting direction calculation unit 41 (for example, northeast, northwest, southeast / .north, south / eight, or 16 directions), the shooting position Ci obtained by the position measurement unit 46, and the timer The current time information Di is input and combined (implemented by the combination unit 36).

  Shooting identification information Hi including the shooting direction θp, the shooting position Ci, and the current time information Di generated by the combination unit 36 is written at a predetermined position of the photographic image Bi by the combining unit 37. That is, frame information (xy) at a predetermined position of the photographic image Bi is provided in advance, and shooting identification information Hi is written in this frame information. A photographic image Fi with photographic identification information is a combination of the photographic identification information Hi and the photographic image Bi written in the frame information.

  That is, the HDD 42 stores a photo image Fi with shooting identification information obtained by combining the shooting direction θp, the shooting position Ci, the time information Di, and the photo image Bi of the destination taken by the digital camera. Become.

  Therefore, when the photograph providing IC card 31 with photographing position / direction is held and displayed on the personal computer at the center, it is immediately possible to know when, where and from which direction the photographing was performed.

  Further, when the communication IC card 30 is mounted and a transmission instruction is input, the synthesizer 37 reads the photographic image Bi and the photographic identification information Hi stored in the HDD 42, and shoots in the header as shown in FIG. The photograph image Bi to which the direction θp, the shooting position Ci, and the time information Di are added is output to the communication IC card 30 and transmitted by the wireless Internet protocol. Therefore, it is possible to transmit a photographic image whose photographing direction and photographing position are known to the other party in real time.

<Embodiment 3>
FIG. 11 is a schematic configuration diagram of a photograph providing IC card 50 with photographing position and direction according to the third embodiment.

  11 is used to send and receive data to / from the port unit 40, the shooting direction calculation unit 41, the hard disk unit 42 (hereinafter referred to as HDD 42), and the communication IC card 30. In addition to the port part 43, the CPU part 44, the ROM 45, the position measuring part 46, a timer (not shown), etc., an elevation angle / decline angle calculating part 51 is provided. In addition to having the same functions as those in the first and second embodiments, the present embodiment includes a CPU unit 52 that performs processing for obtaining the elevation angle and depression angle and superimposing the elevation angle and depression angle on the photographic image. ing.

  The elevation and depression angle calculation unit 51 obtains the depression angle θk and the elevation angle θr in synchronization with the shutter signal. In calculating the depression angle θk and the elevation angle θr, the GPS position of the GPS antenna 33 is always directed toward the top so that the GPS position is obtained. Therefore, even if the elevation angle and depression angle are obtained based on the orientation of the antenna 36. Good. Alternatively, a vertical direction is set in advance, and an elevation angle and a depression angle based on the vertical direction are obtained.

  Then, the CPU unit 52 captures a shutter signal from the digital camera. Then, in response to the input of the shutter signal, the photographing direction calculation unit 41, the position measurement unit 46, the timer, and the elevation angle / depression angle calculation unit 51 are activated. Further, the photographic image Bi is stored in the HDD 42 in accordance with the input of the shutter signal. The shooting direction θip calculated by the shooting direction calculation unit 41 (for example, northeast, northwest, southeast / .north, south / eight, or 16 directions), the shooting position Ci obtained by the position measurement unit 46, and the timer The current time information Di, the elevation angle θr and the depression angle θp obtained by the elevation angle / depression angle calculation unit 51 are input and combined (implemented by the combination unit 36).

  That is, the shooting identification information Hi includes the shooting direction θp, the shooting position Ci, the current time information Di, the elevation angle θr, and the depression angle θp.

  This photographing identification information Hi is written into a predetermined position of the photographic image Bi by the combining unit 37. Accordingly, as shown in FIG. 12, the HDD 42 includes a photographing direction θp, a photographing position Ci, time information Di, a photographic image Bi of a destination taken by a digital camera, an elevation angle θr, and a depression angle θp. The photograph image Fia with photographing identification information combined with the photographing identification information is stored.

<Embodiment 4>
FIG. 13 is a schematic configuration diagram of a photograph providing IC card 50 with photographing position and direction according to the fourth embodiment.

  The photo providing IC card 55 with shooting position / direction in FIG. 13 includes a port unit 40, a hard disk unit 42, a port unit 43, a CPU unit 57, a ROM 45, a position measuring unit 46, and a timer (not shown). In addition to the above, a speech recognition unit 56 and a memory 58 are provided. In the present embodiment, a microphone jack 57 is provided at the tip of the lower arm 32b facing the upper arm 32a, and a polar sensor 38 is provided adjacent to the microphone jack.

  Further, even if the communication IC card 30 is attached to the IC card 55, the arms 32a and 32b do not hit the take-out portion 30a.

  The voice recognition unit 56 converts the voice signal from the microphone jack 57 into a digital pattern. Then, by comparing the azimuth sound pattern, the elevation angle sound pattern, and the depression angle sound pattern stored in the memory 58, the azimuth, elevation angle, and depression angle are recognized.

  The CPU 57 causes the voice recognition unit 56 to pattern the voice signal from the microphone jack in accordance with the input of the shutter signal from the digital camera. Further, the photographing position Ci from the position measuring unit 46 is read.

  Then, shooting identification information Hi that combines the shooting direction, elevation angle, depression angle, shooting position, and time information recognized by the voice recognition unit 56 is generated, and this shooting identification information Hi is generated by the combining unit 37 in the photographic image Bi. Write at a predetermined position. Accordingly, as shown in FIG. 12, the HDD 42 includes a photographing direction θp, a photographing position Ci, time information Di, a photographic image Bi of a destination taken by a digital camera, an elevation angle θr, and a depression angle θp. The photograph image Fia with photographing identification information combined with the photographing identification information is stored.

  That is, since the IC card 50 for providing a photograph with a shooting position / direction has a voice recognition unit, when it is attached to the digital camera 9 of the helmet 14, the voice from the microphone 13 is recognized and the photograph image with shooting identification information is attached. Fia can be obtained.

  In the above embodiment, the GPS antenna is provided on the upper arm and is taken out so that the antenna faces the top side. However, the antenna is not taken out as shown in FIG. You may have the position measuring part 60 with a GPS function made into the IC element.

It is a connection block diagram of an on-site photograph providing system. It is an internal block diagram of the IC card 15 for on-site photography provision with a position orientation of a portable terminal. It is a schematic block diagram of the edit function part of the IC card 15 for field photo provision with a position orientation of this Embodiment. It is explanatory drawing explaining the photograph image Fi with imaging | photography identification information of this implementation. It is explanatory drawing explaining the display of the map using the imaging | photography identification information of the photography image with imaging | photography identification information of embodiment. It is explanatory drawing explaining the display of the aerial photograph image using the imaging | photography identification information of the photography image with imaging | photography identification information of this Embodiment. It is explanatory drawing explaining the subscreen display of the photograph image with imaging | photography identification information of this Embodiment. 6 is a schematic configuration diagram of a photograph providing IC card 31 with a photographing position and direction according to Embodiment 2. FIG. It is a timing chart explaining taking in synchronizing with a shutter signal. It is explanatory drawing explaining the transmission format of a photograph image. 6 is a schematic configuration diagram of a photograph providing IC card with a photographing position and direction according to a third embodiment. FIG. FIG. 10 is an explanatory diagram for explaining a photographic image by a photograph providing IC card with a photographing position and direction according to a third embodiment. 6 is a schematic configuration diagram of a photograph providing IC card with a photographing position and direction according to a fourth embodiment. FIG. It is a schematic block diagram of a photograph providing IC card with a photographing position and direction when a GPS antenna is not provided.

Explanation of symbols

3 Mobile phone with camera 6 Digital camera 8 PDA
15 IC card 15a for providing site photo with position and orientation 15a Connection unit 15b In / out port 15m Wireless communication unit 15k GPS unit 15j Direction sensor unit 15
15e selection unit 15p editing function unit 33 direction reading unit 34 position reading unit 35 time information reading unit 36 combination unit 37 combining unit

Claims (7)

An IC card for providing a photograph with a photographing position and direction to be mounted on a portable terminal having a digital camera and a timer that measures time information including a date, time, and a display provided to be able to photograph an object ,
Forming a first arm and a second arm for guiding a communication card having a communication function so as to be mounted on both ends of the flat plate-shaped main body;
Either the first or second arm is
It is a structure that houses the GPS antenna,
The GPS antenna includes a rod-shaped GPS antenna, a rod-shaped antenna support body, and a coupling member that couples the rod-shaped antenna support body and the GPS antenna and rotatably supports the GPS antenna.
The main body includes a connection end for electrically connecting to the mobile terminal, and an output end for electrically connecting the other to the communication card,
Storage means;
When said mounted on the mobile terminal, means for storing the image captured by the digital camera from the portable terminal, in the storage means,
GPS position measuring means for receiving a GPS signal from the GPS antenna, measuring the position, and outputting the position;
A shooting direction measuring means for measuring the shooting direction of the digital camera and outputting the shooting direction;
In synchronism with the shutter signal of the digital camera, the position of the GPS position measurement unit, the time information of the timer, and the shooting direction of the shooting direction measuring means , combined with shooting identification information acquisition means for acquiring this as shooting identification information;
Means for generating an image in which the photographing identification information is superimposed on a predetermined position of a photographic image from the digital camera, and storing the image in the storage means as a photographic image with photographing identification information;
An output unit that reads out a photo image with photo identification information stored in the storage unit by attaching the communication card, outputs the photo image to the communication card, and transmits the image using a wireless Internet protocol;
An IC card for providing photographs with a shooting position and direction. The second or first arm is
2. The IC card for providing photographs according to claim 1 , further comprising a polar direction sensor for detecting the N pole or the S pole . The photographing direction measuring means includes
3. The IC card for providing photographs according to claim 1 or 2 , wherein the polar direction detected by the polar direction sensor according to claim 2 is obtained as the photographing direction of the digital camera . It said body portion, the digital camera shooting direction of elevation, according to claim 1, characterized in that it has an elevation-depression angle calculating means for determining the angle of depression, or the photographing position and direction with Photo according to any one of 3 IC card. The elevation angle and depression angle calculating means is:
The GPS antenna according to claim 1, 2, 3 or 4 photographing position and direction with Photo for IC card according to any one of the photographing direction of the elevation angle with respect to the direction, and obtains the angle of depression. 6. The photo providing IC with a photographing position and direction according to claim 1, wherein the arm provided with the polar direction sensor has a microphone jack. card. The main body is
Wireless communication means for communicating with a wireless Internet protocol,
According to the input instruction, the GPS position measurement or the wireless communication means is stopped, or both are stopped, or either the GPS position measurement or the wireless communication means is activated or both are activated.
The photo providing IC card with photographing position and direction according to any one of claims 1, 2, 3, 4, 5 and 6 .