图象传送方法和图象译码装置
Technical Field The invention relates to a data structure for Image transmission, the Image transmission method, Image decoding device, and data recording medium, in particular relates to a corresponding Image of the movement of an object associated with the object information of the relevant data of the data structure of the coded Image signal, the Image signal of the object converted to the above-mentioned data structure of the coded Image signal of the transmission method, to the above-mentioned data structure for decoding a coded Image signal stored in the device and with the above-mentioned Image transfer method or the Image decoding device of the procedure of the Image processing is performed in a data recording media. Background Art In the high-efficient to store or transmit digital Image information, it is necessary to be compression-encoded digital Image information, in accordance with the situation of the prior art, the digital Image information as a compression encoding method, in addition to using the JPEG ( Group Photographic Experts Coding Join) and MPEG ( Group Experts Picture Moving) to represent discrete cosine transform (DCT: Transform Cosine Discrete) outside, there are sub-band, wavelet, fractal waveform coding method. As the removing of a lengthy between adjacency frame of the method of the Image information, is to use motion compensation inter-picture prediction, that is the current picture for the picture element of the pixel values of the pixels of the previous Image representative of the difference between the pixel values of pixels of the pixel values of the current picture, then the difference signal is subjected to waveform coding. Recently, with the improvement of the compression efficiency, in order to be able to corresponding to the respective object playback in the area of each one of an Image signal of the picture, in every one of the objects of the Image signal compression coding then respectively of the extent of being practically. In this way, in the playback side, each object corresponding to the encoded Image signal to a decoding, re-synthesis by the decoding reproduction of the Image of each object, then equivalent to a picture Image display. In this way, by pressing the object to the Image encoding unit, can be freely combined synthesis of the Image of the object should be displayed, thus can be easily re-editing the moving picture. In this way, according to the communication line and the mixing condition of the performance of the reproducing device, according to the preference of the viewer, is not important for the comparisons of the Image of the object is not reproducing, the motion Image display. Furthermore, according to the above-mentioned manner, can realize the classification of the object units, also to be able to realize the gradation processing. In accordance with such a sub-level processing, corresponding to the Image definition for a plurality of different levels of Image signal corresponding to the Image signal of the object, and the other level of the Image signal to the Image signal coding processing or decoding processing. Therefore, in recent years, can access via a computer network wants to see motion picture Image providing system is popular. Figure 9 is idiogram of to illustrate such Image providing system. On the Image providing system 700 in, a plurality of network i.e. network 701-703 are mutually connected together, to provide Image information of a plurality of server connected with the network 701-703 is, at the same time, is connected to the acceptance of an offer of Image information of a plurality of Image receiving playback terminal device (the following simply referred to as a terminal device). In Figure 9 in, in order to note, as the above-mentioned terminal device, the connection is only expressed in the above-mentioned network 701 on terminal device 704. The network 701 is connected with the server 705, network 703 is connected with the server 706, network 702 is connected with a server 707. In such Image providing system 700 in, in the terminal device 704 to accept such as from a server 705 provided under the condition of the Image information, first of all, the terminal device 704 with the above-mentioned server 705 contact between, in the terminal 704 with server 705 between the establishment of the connection state of the line. Furthermore, the terminal device 704 received by the server 705 provides the Image data of the program, and the Image data decoding reproduction. In this way, in order to further in the above-mentioned terminal device 704 can be obtained in the terminal device of the received Image data (that is, the program information) related related data, corresponding to the description in the Image files of the Image data with the Image file of the text file of different formats on the account with the above-mentioned program the relevant data of the position information. Therefore, the user can record the text file on the basis of the information obtained by the received by a terminal apparatus of the relevant data of the program. For example: as the above-mentioned Image provided in the current in the network system, the hypertext document used as a text file, and the with the characters group article block and other related information (related information) of the position of the information in the text file is written in, when the user selects the specified article block , to provide the server with the selected character group of other related information. That is to say, these article block with the text file, the program file, such as the chart file associated with the other document. Now, even if the Image movement as the other related information (related information), through the movement of the Image corresponding to the corresponding description on the hypertext document in the information, the moving picture can also be designated the related address. The following, graphics 10 a specific note. As now the information providing system in the Internet, is connected with a plurality of information sources, in the each information source, for example, stored with a variety of matter relevant information HP guide page as a hypertext document. Here, the terminal device 704 is referred to as the "tyrannosaur the world" is the subject of the information of the guide page on the information source of the HP, in order to in the terminal device 704 to be displayed on the display of the above-mentioned guide page HP (corresponding to the hypertext document picture HTs) for example to the situation of a specific note. As shown in Figure 10 (a) is shown, in the guide page in HP, article block for "scene 1 the- [...]article block " scene 3 the said [...] with tyrannosaur relevant for the motion Image item, article block further "object the 1 [...] , article block " object 1 the various projects to [...] that is the movement of the object of the Image, such as scene 1, the object said ob1, ob2 the relevant data, these article block on a display region of a moving Image to a designated area of the data associated with the designated D1-D3 and designated area D11, D12. The guide page display content of HP formatlying is recorded in the guide page in the hypertext document Hf. In particular, as shown in Figure 10 (b) shows, pairwise description article block "scene 1 the- m1 article block " scene the 3 m3 and that the movement of the scene corresponding to the position of the Image data of the information where b1-b3, and pairwise description article block "object the 1 [...] m11, article block " object the 3 m12 with the object and the related data related to the position of the information where b11-b12. The user moves the mouse to the above-mentioned guide page MP HP article block the equivalent to the "scene 1 the designated area of [...] D1 is, if knocking of mouse movement, then, is used to display link in the above-mentioned article block " scene the 1 [...] the new moving picture data on the display picture of the mi MPs as a start picture of the moving picture display. Here, in the motion picture displayed on the picture of a MPs 2 ob1 multiple objects, ob2, at the same time also display a moving Image display is used to control the display control forms CB1-CB4. The user through the use of the mouse to operate MP CB1-CB4 the display forms of control can be control motion Image display. User wants to see the corresponding to the scene 2 or scene 3 under the condition of the motion Image, the mouse from the above-mentioned Image on the picture of the mi mobile on the MMPs to the above-mentioned guide page article block of HP equivalent to the "scene 2 the article block[...] or" scene 3 the designated area of [...] D2 or D3 is, if knocking of mouse movement, then, is used to display link in the above-mentioned article block "scene 2 the article block[...] or" scene the 3 [...] the new moving picture data on the display picture of the start of the Image as a motion picture display. Furthermore, in the user search the scene a 1 mi object of the motion Image ob1 the relevant data related to circumstances, the mouse from the above-mentioned MP MPs the moving picture on the picture of the mobile to the above-mentioned guide page article block the HP equivalent to "object 1 the designated area of [...] D11 is, if knocking of mouse movement, article block on the display link in the above-mentioned" object 1 the Ob1 [...] the object of the related data. However, the via the hypertext to access the corresponding to each motion of the scene Image data of the Image under the condition of, mi must be between the motion Image of the picture of the picture and supertext MP (guide page HP) MP between HT mobile mouse. Therefore, in the terminal device 704 must be on the display of the displaying at least two pictures or, in other words, the movement of the Image of the picture of the picture and MP HT hypertext document, either in the above-mentioned picture on the display picture of the switching over of the HT and MP. In various scenes with the associated with the object on the relevant data (for example: object is tyrannosaur circumstances, the appearance of the months geographical, and) the position of the information is also written in the hypertext file, even if the search of the relevant data, must also be a mouse from a motion Image mi MP MPs the picture of the picture of the mobile to the hypertext document on HTs. In particular, according to the Image of the object is carried out by a unit of coding processing and decoding processing under way, an Image is composed of a plurality of object a (that is, small Image), and the existence of on the relevant data of the object, however, the relevant data of an object may be stored in a different server. For example: the object to form a kinematic Image mi ob1 of the relevant data in fig. 9 shown in the server 706 inner, ob2 object of the relevant data in the server 707 inner, in this case, when the access to the associated data of the object, must be from the display of the moving picture of the object via MPs mi corresponding to the picture of the picture supertext HTs (such as guide page) revisiting asked maintained by the server of the relevant data, the operability of the relevant access to data is very bad, at this time, it is very difficult to manage corresponding to each of the relevant data of the object information. That is to say, a change of movement of the Image of the object, at the same time must be of the object to change the hypertext document in the related data of the object description of the information. Furthermore, lost due to transmission errors in the information of the hypertext document is described, the movement of each object of the Image data related to the information is also lost, only the description in the Image file for the motion Image data can not be carried out of the relevant access to data objects. Content of the invention To solve the problems above, the purpose of this invention is to provide a data structure for picture transmission and Image transmitting method and with the above-mentioned data structure of a coded Image signal of the decoding processing of the picture decoding device, in an attempt to increase the access of the Image corresponding to the relevant data of the object at the same time the operability when, the can be simplified by a plurality of objects corresponding to the Image of all of the object information of the data associated with the management of which, moreover, can avoid because transmission errors corresponding to the object caused by the loss of the relevant data. Another purpose of this invention is to provide a memory for the software realizing the above-mentioned Image transfer mode, and Image decoding device of the Image processing procedure of the data recording medium. The present invention provides a Image transmitting method, the method is used for transmitting the movement of the Image corresponding to the digital Image signal of the object, characterized in that comprises the steps of, first, the object corresponding to the Image signal is encoded, coded Image signal is generated; in in the coded Image signal of the object that is associated with the corresponding data of the information of the position, corresponding to the coded Image signal of the object to the transmitted information. The present invention provides an Image decoding device, the apparatus will include a movement of the Image corresponding to the respective objects, used to carry on the Image display of the object information and for display with the various object related data associated with the position of the information where the decoding of the coded Image signal, characterized in that the Image decoding device comprises, separating device, from the above-mentioned Image coding signal corresponding to the above with the object and for display of the information corresponding to the above mentioned object and with the above-mentioned display information for transmitting the location information integrally; decoding unit, the above-mentioned separating the decoding of information for display; transmitting device, the above-mentioned separated based on the location information, will be used to access the associated data access information, to the relevant data sends the emperor that the position of the information source. Description of drawings Figure 1 is diagram of used to explain according to the embodiment of the invention 1 a schematic diagram of the Image for the transmission of, Figure 1 (a) by said 1st, 2nd the movement of the objects of the display screen of the Image, fig. 1 (b), Figure 1 (c) respectively corresponding to said 1st, 2nd, as object data structure of the encoded signal. Figure 2 is graph of used to explain according to the embodiment of the invention 2 a schematic diagram for the transmission of the Image, corresponding to the said 1st, 2nd, as object of the encoding signal multiplexed multi-channel transmitting the data structure of the encoded signal. Figure 3 is a schematic diagram of the embodiment in accordance with the above-said 2 of the Image transmitting method of the coded Image signal of the relevant data in the information list of examples. Figure 4 is a schematic diagram of the embodiment in accordance with the above-said 2 of Image transfer method for the coded Image signal is sent in the example of synthesis information. Figure 5 is a block diagram of in accordance with the embodiment of the invention 3 the digital Image decoding apparatus. Figure 6 is idiogram of used to explain the embodiment 3 of the digital Image decoding device synthesis processing of the object. Figure 7 is a block diagram of in accordance with the present invention used to describe the embodiment 4 of the digital Image decoding apparatus. Figure 8 (a)-fig. 8 (c) is used to store the various embodiments of the present invention the data structure of a coded Image signal of the computer to realize and by the Image transmitting method and Image decoding device of the Image processing procedure of the data recording medium. Figure 9 is idiogram of the original network system used to illustrate. Figure 10 is description, fig. 10 (c) said motion map of the original used to describe one example of the network system is Internet access the Image data of the picture, Figure 10 (a) that the picture of the hypertext document (guide page), fig. 10 (b) as the hypertext document in the display screen. Mode of execution The following graphics 1-Figure 8 to illustrate the embodiment of the invention. Embodiment 1 Figure 1 is diagram of used to explain according to the embodiment of the invention 1 for the transmission of the Image of the picture, Figure 1 (a) showing the movement of a plurality of objects of a display screen Image mi MPs, Figure 1 (b), Figure 1 (c) are respectively corresponding to the motion picture of a mi ob1 object (background) 1st, 2nd ob2 object (foreground) as data structure of the encoded signal. This embodiment 1 is transmitting Image transmitting method of, for example, constructing a moving Image corresponding to the mi 1st, 2nd object ob1, ob2 method of the digital Image signal. According to the method, corresponding to the respective objects by ob1, ob2 digital Image signal coding process to generate coded data, then the corresponding to the respective objects on the coded data of the additional object that is associated with the location of the relevant data after the information, transmitted as a coded Image signal. Figure 1 (a) in, and Figure 10 (c) the same symbols to indicate the same things. Here, the above-mentioned Image coding signal follow the MPEG1 in accordance with the coding mode of the standard of the digital Image signal compression coding. In accordance with the present embodiment the following 1 of the Image transfer method corresponding to the above-mentioned 1st, 2nd object ob1, ob2 coded Image signal with a detailed description of the data structure. Correspondent to the above-mentioned 1st object a ob1 coded Image signal coding apparatus 101 by the corresponding to a plurality of units of apparatus regulates D1 (k) [k=1, 2, ... , I, i+ 1, ... N (i, n is a positive integer)] form. For example: the units of the frame corresponding to tape i D1 (i) regulates the synchronous signal corresponding to the synchronization level of 11, for identifying an object as a 1st ob1 ob2 with other object identifier of the object identification apparatus ID 12, as representing an object associated with the above-mentioned 1st ob1 the position of the relevant data of the information apparatus RL 13 and as used for the above-mentioned 1st object 0b1 Image display of the display information for the display of the (coded data) tape 14 form. Apparatus with the above-mentioned paragraph i units D1 (i) the same, corresponding to the section (i+ 1) frame unit level of D1 (i+ 1) by the synchronous level is 15, recognition apparatus 16, the tape 17 and the display apparatus 18 form. In this way, the coding apparatus 101 in the above-mentioned tape on the assigned to each corresponding to units of outgoing level in (i.e. display apparatus). Ob1 1st object with the tape 101 the same, an object a corresponding to the above-mentioned 2nd ob2 the coded Image signal coding apparatus 102 is composed of corresponding to a plurality of units of apparatus regulates D2 (k) [k=1, 2, ... , I, i+ 1, ... N (i, n is a positive integer)] form. For example: the 1st object ob1 the tape 101 the same, the unit of the frame corresponding to tape i D2 (i) the tape as a synchronous the synchronization of the signals 21, as the object identifier of the identification ID tape 22, as representing the location of the data associated with the information apparatus RL 23 and as the display information for the display of the (coded data) tape 24 form. Corresponding to the paragraph (i+ 1) frame unit level (i+ 1) D2 tape with the above-mentioned unit D2 (i) different, and by the synchronous level 25, identification apparatus 26 and display apparatus 27 to form, in the frame unit level (i+ 1) D2 in the tape does not include. Therefore, the tape 102 in the above-mentioned tape on the assigned to each corresponding to units of the above two level in (i.e. display apparatus). Moreover, tape in the above-mentioned units D1 (i), D1 (i+ 1), D2 (i) in, synchronous apparatus 11, 15, 21 are in their opening position, tape is to identify subsequent 2, 16, 22, apparatus 13, 17, 23 and the display apparatus 14, 18, 24, in accordance with this sequence alignment. Tape in the above-mentioned units (i+ 1) D2 in, synchronous tape 25 is placed in its opening position, is to identify subsequent tape 26, display apparatus and 27, in accordance with this sequence alignment. Here, the above-mentioned recognition apparatus 12, 16, 22, 26 has a 5 bit, apparatus 13, 17, 23 has 64 bit. Figure 1 (b) the tape shown in the 101 level of the units D1 (k) because it is the same Image series of (object ob1) compressed data, therefore, the unit bit queue as D1 (k) identifier of the object for the recognition of the ID is the value of the same, and, Figure 1 (c) the tape shown in 102 of the tape in D2 (k) because it is the same Image series of (object ob2) compressed data, therefore, the unit bit queue as D2 (k) identifier of the object for the recognition of the ID is the value of the same. Tape 101 in coding the recognition of the tape and tape 102 as different in the value of the identification bit, corresponding to the object in order to be able to distinguish between obi level of the units D1 (k) ob2 corresponding to the object and the level of the unit D2 (k). Here, for example so-called 1st ob1 the object, object 2nd ob2 of the relevant data is associated with the object on the other Image or text data, for example: as shown in Figure 1 (a) shown in, in 1st object ob1 is tyrannosaur of active parts of the Image of the scenery, object 2nd ob2 is under the situation of dinosaur images, ob1 1st object as the related data, a list of months, such as the description of terrain and period of five days and so on , ob2 2nd object as the related data, a list of the ecological tyrannosaur used to describe the Image, such as the name and racial description. Ob1 object by 1st, 2nd object ob2 a provider of the motion Image (server) mi with this kind of related data, other server also have the relevant data. In Figure 9 in, note tyrannosaur ecological Image by the server 705 provides, tyrannosaur of active parts of the note by the terrain and climate such as the name of the dinosaurs and likely and race by the server 706 to provide. Furthermore, the above-mentioned 1st object ob1, ob2 2nd object data of the object information is where 1st, 2nd object associated with the location of the other data, in this embodiment, as the information, describing Internet name (maintaining of the data associated with the location of the server) and remote control path (the server in the file name of the relevant data). In this kind of composition of the embodiment 1 in, when the corresponding to the moving Image of a 1st, 2nd object ob1, ob2 encoded digital Image signal is transmitted, is transmitted as a coded Image signal coding apparatus 101,102 to as used for the Image display apparatus for displaying display of information 14, 18, 24, 37 is, as to form with the various objects related data associated with the location information of the apparatus of 13, 17, 23 of the data structure, therefore, according to the reproducing side can directly coded Image signal of the object and its correlated data is associated with the location information. Therefore, does not need to use format and as the above-mentioned display information for different Image files of the text file (such as hypertext document). As a result, it is possible to increase the access of the Image corresponding to the object a of the operability of the associated data. For example: the user between the motion Image on the display picture of the mi mouse MPs the object move to the MP ob1, ob2 on the display area, only a knocking action associated with the object can be obtained of the relevant data. In the above-mentioned embodiment 1 in, because of the data associated with the information as the 1st apparatus RL according to the coding of the object in the additional tape complete frame , 2nd object according to the coding of more than two additional level of the each of the predetermined number of the intra-frame, therefore, generated on the basis of the scene change of various scenes of the motion picture can be change of the movement of the Image where the related data of the object information. At this time, it is possible to the various scenes of the motion picture to change related data. To form moving images for each object, is used for displaying information and for display of the object with the object containing the relevant data associated with the same in a coded Image signal, therefore, corresponding to the object can be simplified where the related data of the management information. However, since the relevant data of the object information of the coded Image signal of the object transmitted integrally, therefore, the object information of the relevant data will not be lost due to transmission errors, and can reduce the relevant data corresponding to the object where the loss of information. In the above-mentioned embodiment 1 in, although the related data in the additional information of each frame of the predetermined number of the bit series of units, however, can also be only the information of the data associated with the time equivalent to the change of the value of the bit within the unit frame. This case, the 1 bit of the additional marker bit series in each unit, is the marker 1 time, indicating the presence of the data associated with information RL where, on the other hand, if the marker is 0, which means that the related data does not exist the location information. In the unit bit queue complete frame the correlated data of the information of the condition of the same value of, relevant data can also be the only additional information in an Image series of the object corresponding to one of the beginning of the tape. Such circumstances, in the specific indicated in Figure 1 (b) in the encoded data on, in the front of the unit bit opening frame configuration as relevant data where the tape information. In the above-mentioned embodiment 1 in, by the note two object of constructing a moving Image, but the Image transmitting method of the present invention is not limited to the above-mentioned embodiment 1 the situation, can also be applied to the (N is a positive integer) N object of constructing a moving Image. In this case, section corresponding to the 1-section N encoding the digital Image signal of the object, and generating section 1-coded Image signal N, then the representation of the section 1-section N object related data associated with the position of the additional information of the section 1-section N the coded Image signal, and then respectively transmitting section 1-section N Image coding signal. Embodiment 2 Figure 2 is diagram of the in accordance with the present invention used to describe embodiment 2 of the Image transmitting method. This embodiment 2 is the Image transfer method corresponding to the moving Image of a 1st, 2nd encoding the digital Image signal of the object at the same time, the multiplexed thereof, and generating a plurality of coded signal, and then transmits this multi-channel coding signal. With this method to send out the transmission of the multi-channel coding signal 103 of the data structure includes a 1st, 2nd Image display object information for display, by the correspondent to the above-mentioned 1st, 2nd and the object identifier of the object corresponding to the 1st, the 2nd object of the data associated with a list of the information and information for two object synthesis information synthesis processing. Here, corresponding to 1st, 2nd coded Image signal of the object the tape 101,102 with the above-mentioned embodiment 1 the tape is completely the same as the data structure. Specifically, the above-mentioned multi-path encoding signal of a multi-channel coding apparatus 103 includes a data structure is of as corresponding to a motion picture apparatus the synchronization of the synchronization signal 30a, then as the above-mentioned list is a list of information apparatus RL 30b, and then down-is a plurality of video data packets corresponding to the video data packet 31b-35b and the data head 31a -35a. According to the requirements and to cut the coding quantity of the object forms the above-mentioned 1st ob1 coded Image signal coding apparatus 101 and the 2nd object ob2 coded Image signal coding apparatus 102, the level of the divided as the above-mentioned each of the video data packet are arranged in the multi-channel coding apparatus 103 in. For example: the object corresponding to the 1st ob1 section of the tape frame i D1 (i) is assigned to the video data packet 31b and video data packet 33b inner, ob2 2nd object corresponding to the section of the tape i frame D2 (i) is assigned to the video data packet 32b and video data packet 34b and the like. Then the data head 31a-35a additional in the above-mentioned each of the video data packet 31b-35b is, in these data head contains data packet identifier. Here, with the 6 bit fixed-length code to represent the data packet identifier, in order to distinguish the object corresponding to the 1st ob1 video data packet corresponding to the object and the 2nd ob2 video data packet, data head 31a, 33a the inner data packet identifier and the data head 32a, 34a different identifier of the data packet. The above-mentioned formatting information is packetized, as synthetic data packet 35b is included in a multi-channel coding apparatus 103 in. In the synthesis data packet 35b and also includes in its corresponding data head 35a, in the data head 35a in, different from the video data packet containing a data packet identifier of the packet identifier. Tape by the above-mentioned list 30b form of a list containing RLT information with the information of the object corresponding to the identifier and an object of the object where the related data of the information. Figure 3 is the information of the information by the above-mentioned list is the list of RLT 401 example, in the list 401 in the left side of 402 in, the description as the object identifier (object ID) value, the right of column 403 described in each of the Image (object) the relevant data of the location information (resource location) 404-406, and the name of the remote control channel interconnect. In Figure 3 is shown a list of 401 in the example, the above-mentioned 1st object ob1 object identifier (object ID) is "the 2 [...] , the above-mentioned 2nd object ob2 object identifier (object ID) is" the 5 [...]. In the presence of an object Image under the condition of 3rd, as shown in Figure 3, an object ob3 3rd the object identifier (object ID) is " the 7 [...]. Figure 4 comprises in the above-mentioned multi-path encoding signal coding apparatus 103 synthesis information in 501 example. In the synthesis information 501 contained in an object with the 1st (obj1) with the associated synthetic data 502 and 2nd object (obj2) with the associated synthetic data 503. Synthetic data of the object as a 1st 502, the object identifier of the account (id=2) 504, said the background or foreground depth of field information (co=0) 505, horizontal disposition information of the picture Image in motion on MPs 1st the horizontal direction of the configuration information of the object (xpos=0) 506, is disposed perpendicular to the movement of the Image information in the vertical direction of the picture MPs 1st on the configuration information of the object (ypos=0) 507 and data related to the location information (ur1) 508. With the above-mentioned 1st synthetic data of the object 502 the same, as the 2nd synthetic data of the object 503, the object identifier of the account (id=5) 509, depth information (co=1) 510, horizontal configuration information (xpos=0) 511, vertical configuration information (ypos=0) where the related data of 512 and information (ur1) 513. In this way, in accordance with this embodiment 2, when the object corresponding to the 1st ob1 coded signal and an Image of the object corresponding to the 2nd ob2 for multiplexing coded Image signal and transmitted, the multi-path will be transmitted as a transmitted coded signal containing the identifier of the object by the object and the object information of the data associated with a list of where the data structure of information, therefore, in addition to the above embodiment 1, the effect of, the reproducing side can also be according to the multi-channel coding signal is a part of the information of the above-mentioned list of all object information to grasp the object corresponding to the relevant data of the corresponding relationship information. Moreover, in accordance with the embodiment 2, because the contained in the above-mentioned multi-path synthesis information in the encoded signal also has the above-mentioned various objects corresponding to the object identifier and the data of the object information where, therefore, can more accurately carry out of the data associated with the transmission of the information, and can almost not be lost in the process of transmitting the information of the relevant data. According to the above-mentioned embodiment 2, although multiplex coded signal comprising a data structure of an object by the object identifier of the object and the information of the data associated with the list of information, at the same time, is included in the multi-channel coding signal information is also a synthesis of the above-mentioned various objects corresponding to the object identifier and the data of the object information where, however, in the above-mentioned object identifier of the object and where the related data of the above-mentioned information is included in the case of synthesizing information, a plurality of coded signal may also be the information does not include the above-mentioned list; and in the above-mentioned multi-path information coded signal includes the case of the above-mentioned list, can also be within the above-mentioned synthetic information does not include the object identifier of the location information and related data. In the above-mentioned examples 2 in, the relevant the note by two object of constructing a moving Image, however, Image transmitting method of the present invention is not limited to the above embodiment 2 situation, can also be applicable to a by N (N is a positive integer) of constructing a moving Image object. In this case, corresponding to the first section 1-section N the digital Image signal of the object encoded, then the paragraph 1-section N channelization coded Image signal, to generate a multi-channel coding signal. This multi-channel coding signal comprises a section 1-section N object identifier and 1-section N of the object information of the data associated with a list of the information, in addition, in the above-mentioned synthesizing information, comprising at least in part 1-section N object identifier and 1-section N where the related data of the object information. According to the above-mentioned embodiment 1 and embodiment 2, although with the object the relevant data for a different data with an object, however, the object can also be made into the relevant data used for Image display of the object information for display. Embodiment 3 Figure 5 is a block diagram of in accordance with the embodiment of the invention 3 the digital Image decoding apparatus. This embodiment 3 of the digital Image decoding apparatus 200a is like the above-mentioned embodiment 2 that specified by the playback device, the device receives comprising synthetic information and display information (coded data) MEg multi-channel coding signal, by a plurality of objects, and reproducing a moving Image. That is to say, the digital Image decoding device 200a has from the input to the input terminal 210 of the multi-channel transmission code signal corresponding to the separating and extracting MEg 1st, 2nd coded data of the object D1, D2 and synthetic information separator Cg (DEMUX) 201, according to the formatting information generates the control signal Cg Cs1, Cs2 produced at the same time with the object to be used for accessing the relevant data associated with the access signal As control decoder 202, corresponding to the 1st, 2nd coded data of the object D1, D2 and by its decoding processing to generate a 1st, 2nd Image reproduction signal R1, R2 of the 1st, 2nd video decoder according to the above-mentioned control signal Cs1 203,204 and storing the various Image reproduction signal R1, R2 library of the frame 205. Here, MPEG1 corresponding to in accordance with the coding mode of the decoding processing, and from the frame storage library 205 in the above-mentioned decoding processing of the prediction signal for P1, P2 supplied to each video decoder 203,204. However, in each of the video decoder 203,204 under the condition of a frame memory, there is no need to from the frame memory bank 205 the prediction signal supplied to each video decoder 203,204. And the above-mentioned Image decoding device 200a from the control to the decoder 202 Cs2 the control signal stored in the frame storage library synthesis 205 of the 1st, 2nd Image reproduction signal R1, R2 and generating a synthetic Image signal R12 of the synthesizer 206 and to the synthetic Image signal R12 the display of Image 207. The above-mentioned Image decoding device 200a also has from the above-mentioned control decoder 202 of the access signal is transmitted as a transmission signal As transmitter 220. In this embodiment, although he has two video decoder Image decoding device 200a, however, this is only in order to simplify a description of Image decoding device, the actual Image decoding device may also have a more video decoder. Even in the Image decoding apparatus is only one video decoder and not to Image synthesis processing circumstances, also can omit the synthesizer 206. The above-mentioned multi-path transport encoded signal data MEg with the above-mentioned embodiment of the structure 2 of the transmitting method for transmitting multi-channel transmission code signal 103 to be completely the same. However, with regard to specific coding data, with the above embodiment 2 is different. That is, : in the above-mentioned examples 2 in, 1st object is tyrannosaur of active the Image, 2nd object is tyrannosaur, in this embodiment 3 in, the Image of the fish object is 1st, 2nd Image of the object is in the sea, relevant data of the object as a 1st, fish 201 is the name, ecology. In this way, the so-called Image data is associated with a corresponding Image of the other Image or text data, the motion Image of a different each object, the object associated with the relevant data is different. Furthermore, note for example, in a certain object is Tokyo under the condition of the Olympic of the Image, as Tokyo the Olympic Image of the relevant data, such as the Olympics of the historical and convening the situation of the Image, such as Japan. Accurately construct 2, as described in, the data is of the same picture provider (server) has the data, but also other server has data. In Figure 9 in, the Olympic Image providing Tokyo is that server 705, it is self-evident, the Olympic historical Image can be provided by server 706 to provide. To illustrate the process of operation. Once the comprises the above-mentioned encoded data and the synthesizing information MEg multi-channel coding signal input to the digital Image decoding apparatus 200a of the input terminal 210, separator 201 and Cg in the synthesizing information corresponding to the 1st, 2nd coded data of the object D1, D2 from the plurality of coded signals separated in, Cg and the synthesizing information sent to the control decoder 202. The control decoder 202 according to the synthesizing information Cs1 Cg produce the above-mentioned control signal, Cs2 As and the above-mentioned access signal. At this time, according to the above-mentioned synthetic information Cg contained in related data in the information to generate the access signal As. On the other hand, from the above-mentioned multi-path encoding signal MEg corresponding to the separated water in 1st, 2nd coded data of the object D1, D2 are respectively input to the corresponding video decoder 203, 204 in. Each of the video decoder 203,204 of the object corresponding to the encoded data D1, D2 of the decoding processing, and the obtained by the decoding processing of the Image of the object corresponding to the reproducing signal R1, R2 is stored in the frame storage library 205 inner. Although in this embodiment of the video decoder in the MPEG1 in order to comply with the standards of the representative of the coding of the inter-frame motion compensation, discrete cosine transform mode used for this kind of decoding processing, however, other methods can also be used for decoding processing of the video decoder. From the control decoder 202 Cs1 the control signal from the frame memory bank 205 into synthetic processing object in the Image of the object read the playback signal to the synthesizer 206 in. In this way, the synthesizer 206 from the above-mentioned control based on the control signal of the decoder Cs2 from the frame to the memory pool corresponding to 205 of the object is read out of the Image synthesis processing of the reproduction signal. And, on the display unit 207 by the synthesis processing on the synthetic reproducing signal R12 for Image display. Transmitter 220 to the control decoder 202 for receiving generated in associated with the specified object the relevant data of the access signal as As receives the request signal (transmission signal) from the sending end TAs 221 is transmitted to the external to. The following graphics 6 is conceptual illustration from the above-mentioned control decoder 202 control signal Cs1 and Cs2 synthesis processing with structure. Here, in order to illustrate convenient, by including in the above-mentioned multi-channel coded signal in the coded data 1st MEg R1 to replay Image of the fish as a foreground Image (object 1st) 51, is included in the above-mentioned multi-channel coded signal in the coded data 2nd MEg R2 in the sea to reproduce the Image as a background Image (object 2nd) 52, by the 1st and 2nd object display fish swimming in the sea the Image as a motion Image 53. In Figure 6 in, the diagrammatically indicate the above-mentioned synthetic 1st, 2nd processing of the object. As mentioned above, memory pool of the frame 205 a stored in the video decoder 203 and 204 corresponding to the playback of 1st, 2nd object 51, 52 of the 1st, 2nd Image reproduction signal R1, R2, and based on the above-mentioned control decoder 202 Cs1 the control signal, from the frame storage library 205 in the corresponding to the object that is, 1st, 2nd object 51, 52 of the 1st, 2nd Image reproduction signal R1, R2 being read out to a synthesizer 206 inner. Synthesizer 206 according to the from the above-mentioned control decoder 202 Cs2 the control signal to the above-mentioned 1st, 2nd Image reproduction signal R1, R2 of the synthesis processing, generating synthesized Image is generated synthesis of corresponding to the motion picture playback signal. At this time, from the control decoder 202 Cs2 control signal for indicating the Image object is 1st, 2nd object is a background Image. To illustrate below by the above-mentioned control of the decoder and the synthesizer according to fig. 4 is shown the synthesis of synthesis information processing. Here, for illustration convenience, the Figure 4 synthesis information shown in the 501 of the synthetic data in 1st object 502 as the relevant plans 6 of the Image of the fish as shown in 51 of synthetic data, the synthesizing information 501 of the synthetic data in 2nd object 503 as the relevant plans 6 shown in the Image in the sea 52 synthetic data. In the above-mentioned synthetic data 502 and 503 of the object contained in the synthetic time to (for example: the synthetic the timing of the other object) information (not shown). From the separator 201 as the Figure 2 is shown in a list of list of tape information RLT 30b and synthesizing information data packet 35b to the above-mentioned control decoder 202, the coded bits of the object as the relevant data of the information apparatus RL 13, 16, 23, also to the above-mentioned control decoder 202. The control decoder 202 corresponds to management in an object or a plurality of objects is a synthetic Image of the relevant data of the location information. On the other hand, the synthesizer 206 synthesis of the moment to the object and with a reference time of the Image decoding apparatus in the set time of the clock alignment, the clock of the device and the point at the time of synthesis of the object, from the frame storage library 205 read out by the object identifier in the designated Image data of the object (Image reproduction signal). And according to the above-mentioned synthesizing information of the corresponding object in the depth and configuration information synthesizing the read-out Image data. In the above-mentioned synthetic information (co=0) information the depth of field of the object within the Image is in the synthesis of the final background Image, depth information (co=1) is in the said (co=0) with depth information of the Image in front of the object. Level (xpos) said configuration information in an object on the display screen of the position of the horizontal direction, that (ypos) vertical configuration information on the display screen in the vertical direction of the position of the object. Therefore, the position on the display screen by the position coordinate (xpos, ypos) to represent the, position coordinates (0, 0) that the center position of the picture. The control decoder 202 according to the above-mentioned synthetic information include, for example, the other information to determine the necessary provisions related data object, and the object to be used for accessing the relevant data of the access signal is output to the transmitter As 220. In this way, the transmitter 220 of the above-mentioned object in the information of the data associated with the located server sends TA receive the request signal. Receive the request signal received by the server TAs described in the relevant data according to the remote control channel information (file names) of the above-mentioned related data is sent to the above-mentioned Image decoding device 200a of the input terminal 210. In this embodiment, referred to as UDP the communication protocol for Image decoding device 200a and the communication between servers. In this way, in this embodiment 3 in, due to the arrangement of the separator 201 and control decoder 202, separator 201 receives a plurality of objects corresponding to the digital Image signal to a multi-channel coding MEg of the multi-channel coding signal, and extracting included in the multi-channel coded signal corresponding to the respective objects in the encoded data D1, D2, corresponding to the relevant data of the object and the information used for synthesizing synthesis information of a plurality of objects, and the control decoder 202 according to the above-mentioned related data information and where the synthesizing information control is composed of a plurality of objects for the motion Image playback display, therefore, the multi-channel coding signal decoding processing playback display is composed of a plurality of objects when the motion Image, according to an object corresponding to the necessary information of the relevant data, is composed of a control decoder 202 to control automatically the correlated data of the object corresponding to the necessary. Embodiment 4 Figure 7 is a block diagram of in accordance with the present invention used to describe the embodiment 4 of the digital Image decoding apparatus. The embodiment 4 of the digital Image decoding device 200b is formed of the above-mentioned embodiment 3 of the digital Image decoding device 200a in the structure used to add to the instruction signal by the user (for example: command generation used to access the above-mentioned related data signal of the access signal) sent to the control decoder 202 input terminal device 208, and the other of the movement and the above-mentioned embodiment 3 of the digital Image decoding apparatus 200a are the same. Here, the mouse is used as the above-mentioned input terminal device 208, it is self-evident, the remote controller can also be used to replace the mouse. In this kind of a digital Image decoding device 200b in, with the above-mentioned input terminal device 208 to designate such as constructing a moving Image in a plurality of objects and the desired object to the operation of its correlated data, in accordance with the operation of the command signal sent to the control decoder Us 202. In this way, the control decoder 202 Us on the basis of the instruction signal of the visit to the above-mentioned object of the access signal related data As supply transmitter 220, generator 220 receives the request signal TAs the that the related data is sent to the information server. Receive the request signal received by the server TAs of the above-mentioned the relevant data of the object sent to the digital Image decoding apparatus 200b. In this way, in this embodiment 4 in, due to the arrangement of the separator 201, control decoder 202 and the designated object of constructing a moving Image on the display screen to the input terminal device (mouse) 208, separator 201 receives a plurality of objects corresponding to the digital Image signal to a multi-channel coding signal, and extracting included in the multi-channel coded signal corresponding to the respective objects in the encoded data, corresponding to the relevant data of the object and the information used for synthesizing synthesis information of a plurality of objects, and the control decoder 202 according to the above-mentioned related data information and where the synthesizing information control is composed of a plurality of objects for the motion Image playback display, therefore, in the multi-channel coding signal decoding processing display is composed of a plurality of objects on the picture of the motion Image, designated mouse for user only the desired object associated with the object can be achieved the relevant data, the associated data of the object, to the motion of the Image does not need to be switched to the display screen of the display screen of the text file operation. Where the related data of the object information of the object is integrally attached on the coded data, the coded data loss as long as it does not, it will not be lost of the data associated with the information. Furthermore, as mentioned above, even in the movement of the by the editing of the Image in the moving Image is additionally under the condition of a new object, only changing movement coded Image signal of the Image, can be a moving Image of the object where the relevant data change information is also at the same time, also simplify the management of the information. In the above-mentioned embodiment 3, 4 in, although the above-mentioned multi-channel coding signal information list as a MEg RLT where information, formatting information and the information of the data associated with these three RL data structure of additional information, however, also can make the above-mentioned multi-path encoding signal MEg the above-mentioned three kinds of additional information comprises any one of in. In the above-mentioned embodiment 3, 4 in, although associated with an object from the associated data as of other data of the object, however, associated with an object as the relevant data may be also used for Image display of the object information for display. Furthermore, in the above-mentioned embodiment, as a coded signal corresponding to the given examples of constructing a moving Image of the object obtained by coding digital Image signals coded Image signal, however, coding signal is not limited to this, can also be of the impression and language obtained by coding an audio signal, the audio coding signal. The used to realize the above-mentioned various embodiments of the Image transmitting method and Image decoding device of the program recorded in a floppy disk and the like on the data recording medium, can be in an independent computer system simply realize the above-mentioned various embodiments of the processing. Figure 8 is of map in accordance with the stored corresponding to the for the Image transmitting method of the embodiment of the transfer processing by the above-mentioned Image decoding device or the Image decoding processing program realizing by the computer system the floppy disk to the processing of these signals. Figure 8 (a) is expressed by the floppy disk FD from the appearance of the front of the, end face of the body is recorded and structure not floppy disk body, Figure 8 (b) floppy disk body D said examples of the physical format. Floppy disk body F D in mounted in the housing, in the floppy disk body D from the outer circle on the surface of the inner circumference to form concentric garden a plurality of track, along the angle direction of the track is divided into 16 sectors. Therefore, in the above-mentioned procedures is stored on the floppy disk body D, in the allocation D to the above-mentioned floppy disk in the area of the main body of the recording as the above-mentioned program data. Figure 8 (c) to that of the above-mentioned floppy disk FD of the above-mentioned procedures of a recording and reproducing. In the above-mentioned program recorded in the floppy disk FD, the computer system to the floppy disk drive FDD Cs as the above-mentioned procedure of the data write to the floppy disk FD. In the floppy disk FD the procedure for the above-mentioned Image transfer method or the Image decoding device in the computer system under the situation of Cs, the floppy disk drive FDD on the program read out from the floppy disc FD, Cs and transmitted to the computer system. In the above description, as a recording medium, the storage is exemplified for the above-mentioned various embodiments of the transmission processing or decoding processing program of the recording medium, also exemplify the storage of the above-mentioned 1st or 2nd embodiment of a data structure in a coded Image signal (coded tape or multiplex coding apparatus) of the recording medium. However, stored on the data recording medium is not limited to a coded signal coded Image signal, also can be the above-mentioned audio coding signal. In the above-mentioned description, the floppy disk is used as a data recording medium of the computer system of the Image processing, but even if the same disc can be also used for such Image processing. And, recording media is not limited to this, IC card, such as card-type ROM as long as they can recording program can also be the implementation of the above processing. As mentioned above, in accordance with the present invention (scheme 1) of the data structure for Image transmission, which due to the movement of the Image corresponding to each object included in the coded Image signal for the Image display of the display of the information associated with the object that the relevant data of the position information, so only by the user in the above-mentioned motion Image on the display screen of the object designated, it is possible to access to the relevant data corresponding to the object. Thereby improving the operability when accessing the relevant data. Since the display of the object information for the location information and related data into a whole body, therefore, through the management of the object can be to display information for the related data corresponding to the object management of the location information, where the related data of simple management of information. However, since the display of the object at the same time using signal transmission of the relevant data of the object also transmit the location information, therefore, can greatly reduce the transmission errors caused by the loss of the relevant data. According to the invention (scheme 2) of the Image transmitting method, a first corresponding to the movement of each object of the Image of the encoded digital Image signals, and coded Image signal is generated; and then in the coded Image signal corresponding to the object with the added to the relevant data associated with the location information of the location, then corresponding to the transmission of the coded Image signal of the object, therefore, of the above-mentioned the same, can improve the access to the relevant data corresponding to the object when the operability of, at the same time, relevant data can simplify the management of the information, but can substantially avoid because of transmission errors caused by the loss of the relevant data. In accordance with the present invention (scheme 3) of the Image decoding apparatus, due to the arrangement in accordance with the movement of the Image corresponding to each object in the coded Image signal corresponding to each object information of the relevant data, the data used to access the associated transmission of the access signal to the above-mentioned related to the position of the source of the data transmission apparatus is, therefore, to improve the access to the relevant data of the object corresponding to the operability of the when, at the same time, relevant data can simplify the management of the information, but can substantially avoid because of transmission errors caused by the loss of the relevant data. In accordance with the present invention (scheme 4) of the Image decoding apparatus, the programme 3 recorded in the Image decoding apparatus, since as the above-mentioned corresponding to the coded Image signal of the object of the structure of the tape as the above-mentioned related data is the information of the distribution apparatus in each corresponding to a prescribed number of frames the display of the display of the information bit queue, therefore, can be according to the movements of the object by the Image on the display screen by simple operation of the relevant data. In accordance with the present invention (scheme 5) of the Image decoding apparatus, the programme 3 recorded in the Image decoding device, as the object of the above-mentioned corresponding to the coding of the coded Image signal as the above-mentioned tape corresponding to the object of information where the correlated data of the apparatus and corresponding to the display of the object information for the display apparatus, the apparatus is disposed in the beginning of the above-mentioned tape, therefore, the transmission of the coded Image signal, corresponding to the object on the first transmission of the relevant data information, thus can inhibit the relevant data transmission errors caused by the loss of the information. According to the invention (scheme 6) of the Image decoding apparatus, because the receiving comprises the object for identifying the object identifier and the relevant data of the object corresponding to the location of a list of information of a coded Image signal of information, as a corresponding to the movement of each of the Image coded Image signal of the object, according to the above-mentioned related data and the information access the associated data, therefore, can be used the above-mentioned list to form a kinematic information to get the all of the Image information where the related data of an object. In accordance with the present invention (scheme 7) of the Image decoding apparatus, because the received for a plurality of objects comprising a synthesis processing of the coded Image signal synthesis information, as a motion Image of the coded Image signal of the object, and according to include in the synthesis information corresponding to the respective objects in the relevant data of the information access the associated data, therefore, the above-mentioned synthetic information obtained according to the above relevant data of the object. In accordance with the present invention (scheme 8) data structure of signal transmission, due to the form of an information group corresponding to each individual information for reproducing coded signal includes various individual information playback signal and said associated with each individual information of the location of the data associated with the location information, therefore, to increase the access of individual information corresponding to each of the relevant data of the operability when at the same time, relevant data can simplify the management of the information, but can substantially avoid because of transmission errors caused by the loss of the relevant data. In accordance with the present invention (scheme 9) of the data recording media, the computer used for the transfer processing of the Image signal is formed of the procedure in accordance with a computer programme 2 for the transmission of of the Image transmission processing of the Image signal, therefore, to increase the access of the associated data of the object at the same time of the, relevant data can simplify the management of the information, but can achieve almost by the computer due to the correlated data of the transmission errors caused by the loss of the information where the Image transmission processing. In accordance with the present invention (scheme 10) of the data recording media, the computer used for the decoding of the Image signal processing program in accordance with a computer programme is formed 3 of the Image decoding apparatus of the Image decoding processing, therefore, to use computer to realize the object of constructing a moving Image of the relevant data is good operability of the Image decoding device. In accordance with the present invention (scheme 11) data structure for Image transmission, which due to the movement of the Image corresponding to each object includes a coded Image signal for Image display of the object information and for displaying the display information for the location information of the position of the, therefore, if the receiving side of each object at least receiving information for display information, in the information can be the information for the display of the object, even if there is no object information for display, it is possible to carry out the Image display of the object. In accordance with the present invention (scheme 12) of the Image transmitting method, a first corresponding to the movement of each object of the Image of the digital Image signal is encoded, and generates a coded Image signal, the coded Image signal is then attached on the display of the object information information, and transmits the corresponding to the coded Image signal of the object, therefore, as with the above, if at least the receiving side receiving the object information for the display of the information, in the information can be the information for the display of the object, even if there is no object information for display, it is possible to carry out the Image display of the object. In accordance with the present invention (scheme 13) of the Image decoding apparatus, due to the arrangement of the accordance with the movement of the Image corresponding to the form of each object in the coded Image signal for display of the object information to information used to access the display information for transmission of the access signal to the above-mentioned display of the information is the position information of the sending device, therefore, can be according to the above-mentioned object with information for display in accordance with the needs of the information access to the particular object to the information source of the information for display, thus to be able at the receiving side is simple moving Image editing. In accordance with the present invention (scheme 14) of the Image decoding apparatus, the programme 13 recorded in the Image decoding apparatus, since as the above-mentioned corresponding to the coded Image signal of the object of the tape as a prescribed number of frames corresponding to the display information for each of the display bits of the queue as the above-mentioned display of the information of the information apparatus, therefore, can reliably receiving object information for display of the relevant data. In accordance with the present invention (scheme 15) of the Image decoding apparatus, the programme 13 recorded in the Image decoding device, as the object of the above-mentioned corresponding to the coding of the coded Image signal as the above-mentioned tape corresponding to the object information for the display of the display of the information where the tape and as the information for the display of the object where the tape information, is disposed in the tape beginning of the above-mentioned tape, therefore, the transmission of the coded Image signal, it first transmits the display of the object information corresponding to the information, thus can inhibit the relevant data transmission errors caused by the loss of the information. In accordance with the present invention (scheme 16) of the Image decoding apparatus, because the object is received that includes display information for the used to identify and includes the object identifier of the object and the above information for the display of the object information of a schedule information of the coded Image signal, corresponding to a the respective moving images coded Image signal of the object, according to the display of the information and the location information to access the display information, therefore, can be used the above-mentioned list delivery of Image information to information for object display all of the information. Therefore, the receiving side can be only according to the above-mentioned list in its information to information in the display information for the object and a plurality of objects is carried out by the motion Image display. In accordance with the present invention (scheme 17) of the Image decoding apparatus, because of a plurality of objects for receiving synthesis information synthesis processing of the coded Image signal, corresponding to an Image of the coded Image signal of the object; and according to the synthesis of the information included in the object where the display information for the display information for information access, therefore, in the receiving side only according to the above-mentioned synthesizing information from the information source to get the desired information for the display of the object. Therefore, for example, in the from the using that path establishing the movement of the artificial satellite is transmitted to the Image transmitted to the coded Image signal under the condition of local bureau , the using that path establishing included in the coded Image signal with the provisions of the synthesis information object (commercial) information for display is information corresponding to the respective local bureautrades writes for display of the information, can be by various local bureau playback includes suitable for the place of the business information of moving Image. In accordance with the present invention (scheme 18) data structure of signal transmission, because the information corresponding to the one of a plurality of individual information for reproducing coded signal includes the specific information corresponding to the playback signal and each individual information of the information where the playback signal, therefore, if at least the receiving side receiving the individual information of the information where the playback signal, the visit in its source to each individual information reproducing signal, even if there is no individual information reproducing signal, also can carry on each individual information reproducing. In accordance with the present invention (scheme 19) of the data recording medium, the Image signal on the computer transmit processing according to the program of the computer programme 12 for the transmission of of the Image transmission processing of the Image signal, so that, if at least the receiving side for receiving the display of the object information, the information can be the information for the display of the object, even if there is no object information for display, can also be used for the computer to realize the Image display of the object Image transmission processing. In accordance with the present invention (scheme 20) of the data recording medium, the Image signal on the computer the decoding processing program according to the programme by the computer 13 of the picture decoding device for decoding processing of the Image, therefore, can be according to the above-mentioned object with the information of the display of the information, according to the need to access to the particular information source for display of the object information. And can be realized with the computer to be able at the receiving side is simple moving Image editing of the Image decoding processing. As mentioned above, in accordance with the present invention, because of the implicit coded data of the Image related data of the images of the location information, visit the so can improve the operability of the relevant data, this is in the form of a plurality of objects in the Image of each of the relevant data of the object of simplifying the management of the information, as obtained in almost not caused by the loss of the effect of the correlated data. In a data structure for coding and transmitting digital image signals corresponding to plural objects constituting a moving picture, a coded image signal obtained by coding the digital image signal corresponding to each object includes display information for image display of the corresponding object, and locational information showing the location of relevant data relating to the corresponding object. Therefore, the user can access relevant data of a desired object by only specifying the object on the display screen of the moving picture. As a result, controllability in accessing relevant data is improved. Further, since the display information of each object and the locational information of relevant data of the object are united, the locational information of relevant data can be managed by managing the display information, whereby management of the locational information of relevant data is facilitated. Further, since the locational information of relevant data of each object is transmitted simultaneously with transmission of the display signal of the object, loss of relevant data due to transmission error is significantly reduced. <IMAGE> <IMAGE> <IMAGE> 1. An Image transmitting method, the method is used for transmitting the movement of the Image corresponding to the digital Image signal of the object, characterized in that comprises the steps of, The above-mentioned various objects corresponding to the Image signal is encoded, generating coded Image signal; In corresponding to the respective objects included in the coded Image signal that is associated with the object position data of the location information, the corresponding to the coded Image signal of the object to the transmitted information. 2. In accordance with claim 1 the Image transmitting method, characterized in that the above-mentioned corresponding to the object that the location information is used for the display of the Image display of the object information for the location information of the location of, or, with the display information for said different associated with the object of the Image information or text information of the location information. 3. An Image decoding apparatus, the apparatus will include a movement of the Image corresponding to the respective objects, used to carry on the Image display of the object information and for display with the various object related data associated with the position of the information where the decoding of the coded Image signal, characterized in that the Image decoding device including, Separation device, in the above-mentioned coded Image signal from the corresponding to the above-mentioned various objects for display with the various object information and corresponding to the above-mentioned display of the information and transfer the information integrally; Decoding unit, the above-mentioned separating the decoding of information for display; Transmitting device, the above-mentioned separated based on the location information, will be used to access the associated data access information, sent to the related data is the position of the information source. 4. In accordance with claim 3 of the Image decoding apparatus, characterized in that forming the above-mentioned corresponding to the coded Image signal of the object of the tape forming the above-mentioned structure is where the related data of the allocation information in each level corresponding to a predetermined number of the display of the frame of the display of the information bit queue for. 5. In accordance with claim 3 of the Image decoding apparatus, characterized in that the above-mentioned Image coding signal refers to the Image display of the object and includes display information for identifying the object identifier of the object corresponding to the object, and where a list of information of the information, The above-mentioned transmission device included in the list according to the information in the information used to access the associated data of the access signal is sent to the location of the data associated with the information source. 6. In accordance with claim 3 of the Image decoding apparatus, characterized in that the above-mentioned Image coding signal refers to the Image display of the object information for display of a plurality of objects and is used for the synthesis of synthesis processing of information, The above-mentioned synthetic information includes object of the object for identifying the object corresponding to the identifier and the location information, The sending device is based on the above-mentioned synthetic information contained in the information used to access the above-mentioned related to the data of the access signal is sent to the above-mentioned related data is the position of the information source. 7. According to claim 3 the Image transmitting method, characterized in that the above-mentioned where said information is used for Image display object of the display of the location information for the location information, or, with the display information for said different associated with the object of the Image information or text information of the location information. 8. In accordance with claim 7 of the Image decoding apparatus, characterized in that the above-mentioned corresponding to each object of a coded Image signal is the coded tape will form the structure of the above-mentioned display information or Image information or text information distribution apparatus of the information in each of a prescribed number of frames corresponding to the display information of the display bit queue. 9. In accordance with claim 7 of the Image decoding apparatus, the above-mentioned Image coding signal refers to the Image display of the object and includes display information for by the object is used to identify objects corresponding to the object identifiers and the information of the list of the information, The above-mentioned transmission device according to the above-mentioned list of the information contained in the information, the above-mentioned display used to access the information of the access signal for, or used to access the Image information or text information transmission of the access signal to the above-mentioned display of the information or the position of the Image information or text information, the position of the information source. 10. In accordance with claim 7 of the Image decoding apparatus, the above-mentioned Image coding signal is used for displaying information and for display of the object for a plurality of object information synthesis of the synthesis processing, The above-mentioned synthetic information includes used to identify objects corresponding to the object identifier and the location information of the object, The above-mentioned transmitting device, included in the above-mentioned synthetic information based on the location information, to the above-mentioned display used to access information of the access signal for, or used to access the Image information or text information of the access signal, sending to the above-mentioned display of the information or the position of the Image information or text information, the position of the information source.