TW201237802A - Content-providing system using invisible information, invisible information embedding device, recognition device, embedding method, recognition method, embedding program, and recognition program - Google Patents

Abstract

This content-providing system using invisible information comprises: an invisible information embedding device that embeds invisible information at a predetermined location of an acquired image; and a recognition device that recognizes an object and invisible information contained in the image obtained by the embedding device. The embedding device has: an object-for-embedding setting means that sets an object to embed invisible information from among objects contained in the acquired image; and an invisible information embedding means that, in the periphery of the object acquired by the object-for-embedding setting means, embeds invisible information corresponding to the object. The recognition device has: an object extraction means that extracts an object from the invisible information embedding region contained in the image; an invisible information analysis means that, when the object has been extracted by the object extraction means, analyzes the processing contents with respect to the object from the invisible information; and a display information generation means that generates an object that displays an image in accordance with the processing contents obtained by the invisible information analysis means.

Description

201237802 VI. Description of the Invention: [Technical Field] The present invention relates to a content providing system using non-visualized information, a buried device for non-visual information, a cognitive device, a burying method, a cognitive method, and a buried program. And the understanding of the program's use of non-visualized information content systems and non-visual information buried in the use of high-precision content services for the purpose of quickly non-visualized information. Devices, devices, methods of burying people, methods of understanding, methods of embedding, and programs of recognition. [Prior Art] Various digital contents such as static video and animation have been provided in the past with the spread of mobile terminal devices and the like. In addition, the camera of the mobile terminal can be used to read the 2D code of the qr code (registrar 1 ticket) printed on the printing medium such as paper, and access the content obtained from the read 2D code. , or display a message corresponding to the content, etc. However, the 2-dimensional code does not look good and requires a space for configuring the 2-dimensional code. In response to this, in recent years, a technique has been disclosed which does not use a two-dimensional code from the content and is based on the obtained data (IV) (for example, refer to Patent Document 专利 and Patent Document 2). </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Based on the obtained finger == the area to be extracted from the image, the feature of the patent document 1 is separated from the background image 160697.doc 201237802. Further, the technique disclosed in Patent Document 2 discloses an image processing apparatus having an input mechanism for inputting image data, an encoding mechanism for encoding image data to generate encoded data, a shape data generating mechanism, and self-image data. The object of any shape is captured and the shape data of the object is generated; and the embedding mechanism is used to embed the shape data into the encoded data by electronic watermarking. Further, Patent Document 2 discloses a technique for planting an electronic watermark in an image and using the boundary between the position where the electronic watermark is buried and the position where the electronic watermark is buried as a background separation information. CITATION LIST Patent Literature Patent Literature 1: Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. 2004-80096. Since the technique uses the feature quantity in the image to separate from the background image, when the background image is the same or similar to the color of the object, the object cannot be separated from the feature quantity in the image at the correct position. . Further, in the technique disclosed in Patent Document 2, when a two-dimensional code or the like is embedded in an image, it is necessary to embed the original image into a frequency region and then embed the second dimension, and then convert it into a spatial region and bury it. In. Further, when reading a two-dimensional code, it is necessary to convert the input image into a frequency region, and after reading and editing, it is converted into a spatial region and is encoded. Therefore, when embedding or reading 160697.doc 201237802 encoding, more image processing is generated, so it is not suitable for processing or immediate processing of low-standard machines such as mobile terminals. The present invention has been made in view of the above problems, and an object of the present invention is to provide a content providing system using non-visualized information, an embedding device for non-visual information, a recognition device, an embedding method, an understanding method, and an embedding program. And recognize programs to quickly embed or capture non-visual information and provide high-precision content services with added value. Technical Solution to Problem According to one aspect of the present invention, a content providing system using non-visualized information includes: a non-visualized information embedding device that embeds non-visualized information at a feature location of the acquired image; And an understanding device that recognizes an object and non-visual information contained in the image obtained by the embedding device; wherein the embedding device includes: an object to be buried object setting mechanism, which is obtained from the above An object contained in the image and an object to be buried with non-visual information; and a non-visual information buried mechanism, which is buried in the object obtained by the object object setting mechanism Corresponding to the top material visualization f; the domain (4) device comprises: an object manipulation mechanism, which frightens from the image in the buried area of the non-visualized information; the non-visualization resource analysis mechanism When the object picking mechanism extracts the object of the object ...., , ^, the shape of the object from the non-visual information analysis is generated by the above-mentioned facetization bribe/f1fl (4) 4 by which ^ - ° pounds processing content obtained by means of the correspondence is not to produce significant surface of the article day. Further, in accordance with the present invention, the present invention provides an embedding device, 160697.doc 201237802, which is embedded in a specific position of an image of the known image, and is characterized by including an 'image. The analysis unit 'obtains the object and position information contained in the image; the object to be embedded object setting means sets the image as the object to be buried by the object obtained by the image analysis means, and The non-visual information embedding mechanism obtains the non-visual information corresponding to the object by the surrounding object obtained by the embedding object object setting mechanism. According to another aspect of the present invention, the present invention provides an acknowledgment device that recognizes objects and non-visualized information contained in an acquired image, and is characterized by including an object #| taking mechanism, from the above figure a non-visualized information analysis mechanism for non-visualized information contained in the image; the non-visualized information analysis mechanism, when the object is extracted by the object capturing mechanism, parsing the object from the non-visual information And a display information generating unit that generates an object displayed on the screen corresponding to the processing valley obtained by the non-visual information analyzing unit. Further, according to the present invention, the present invention provides a method for embedding non-visualized information, which is embedded in a non-visualized information at a specific position of an acquired image, which is characterized by: image resolution The step of obtaining the object and the position information contained in the image; the step of setting the object to be buried is to set the image as the object to be buried by the object obtained by the image analysis step; The visual information embedding step embeds the non-visualized information corresponding to the object by the surrounding object obtained by the embedding of the #image object setting step. Further, according to the present invention, the present invention provides a method for recognizing, and the method for recognizing the object and the non-visual information contained in the image obtained by the invention is: the package: the object operation: Taking steps, which are included in the above image: 1: visually, the buried area of the poor condition is extracted; and the non-visualized information analysis is performed by taking the above-mentioned object extraction step to take out the object. In the case of 'fourth' visual information analysis, the processing corresponding to the object and the display information generation (4)' are generated corresponding to the processing content obtained by the non-visual information analysis step, and the object displayed on the screen is generated. Further, according to one of the present inventions, the present invention provides an embedding program for causing a computer as an image analysis mechanism, an object object setting mechanism, and a non-visual object included in the buried device. Information is embedded in the various agencies of the organization to function. According to the present invention, the present invention provides an acquaintance program, which enables the computer to function as an object accommodating mechanism, a non-visual information analyzing mechanism, and a display information generating mechanism included in the s-bearing device. In the present invention, the present invention can provide a high-precision content service that quickly embeds or captures non-visualized information and has excellent added value. [Embodiment] Other objects, features and advantages of the present invention will become more apparent from the detailed description of the appended claims. &lt;Regarding the Invention&gt; According to one aspect of the present invention, for example, an image or image displayed on a phase picture or a photo including various print media such as paper or film, Mingxin 160697.doc 201237802, poster, card, etc. , through the processing that is invisible to the naked eye, embeds non-visual information (marking) around the object (object information) contained in the image, by digital camera or mobile terminal (mobile phone, smart phone (registered trademark) a camera such as a camera set up to capture a part of the image, image, print medium, etc., and then import images, images, etc., such as a personal computer or a mobile terminal, a registered trademark financial board, and the like. And perform round image processing to recognize the embedded mark and pick up the object. According to an aspect of the present invention, even if it is a model in which the electric terminal or the sex is limited, such as a mobile terminal device, it is possible to realize the combination of the mark embedding method and the image processing which can recognize the embedded mark. Further, according to an aspect of the present invention, for example, information on the object to be manipulated is obtained from the information of the recognized mark, and the object of the object of (4) is processed based on the acquired buried information. That is, according to one aspect of the present invention, a content providing system is provided which performs a series of actions for self-observing non-visualized information and even for one of the processing contents of the object in FIG. Further, the non-visual information system may be information on a state in which the user's retina cannot be perceived, or may be information such as a state in which the user's retina is perceptible but the user's brain cannot recognize it as information. Moreover, the non-visualization information may be a high-frequency part or a low-frequency part of the brightness (light and dark) of each pixel in the image, or may be a text message that can be directly recognized, or may be a mark or a number or a mark. , the pattern, the color is called the dimension code, the 2D code, etc. 'and further can be the combination q of the above, as the coding information, for example, the QR coded 2D barcode can be used, etc., the coding of the embodiment I60697.doc 201237802 Information is not limited to QR codes. For example, you can use jAN code, or ITF code, NW-7, CODE39, CODE128, UPC, PDF417, CODE49,

Bar code information such as Data Matrix, Maxi Code, etc. Hereinafter, a description will be given of a form of a content providing system using non-visualized information, a non-visual information embedding device, an acknowledgment device, an embedding method, an acknowledgment method, an embedding program, and an acquaintance program, which are suitable for carrying out the present invention. . Further, the r image "described in the present embodiment" includes an i-picture such as a photo and includes an image of a continuous frame unit in the image. Further, the content providing system in the present embodiment discloses, for example, an AR (Augmented Reality) system, but the present invention is not limited thereto, and other content services may be applied. &lt;Content Providing System Using Visualized Information&gt; First, the outline of the system using the content k of the visual information of the present embodiment will be described using a drawing. Fig. 1 is a view showing an example of a schematic configuration of a system in the present embodiment. The content providing system 1 shown in FIG. 1 is configured to include the input first printing medium i, the first image information acquiring device 12, the embedding device 13, the second printing medium 14, and the second image information acquisition. The device 15 and the device 丨6. The first print medium 11 series is printed with an image embedded in the non-visualized information. A plurality of first print media u can be used in the content providing system 1 (the first print media 11-11, 11_2 in the example of Fig. 1). Further, in the present embodiment, as an example, the example in which the second printing medium 14 in which the non-visual information is embedded in the first printing medium ij is printed by using the embedding device 13, the present invention is not limited thereto. For example, it is also possible to directly obtain an image, and to embed a circular image of 160697.doc 201237802 into the acquired image to generate a second printing medium into non-visualized information, and to print a buried image. 1 A circular image printed on the printing medium 11 or the like. In the present invention, an object refers to an object that is operated based on, for example, a non-visualized information, or an object for displaying related information, or a face. Part or hand 4, etc.), 匕木乂通工具, table, chair, hat, glasses, shoe bag #|Creation and other objects that can be separated from the background. The first! The image information obtaining means 12 captures the approximate print medium 11 which does not contain non-visualized information, and &m &gt; as image information. Further, as the first image asset sfl acquiring device 12, for example, a camera 12-1 (image pickup mechanism) or a scanner 12.2 (information reading device) can be used, but the present invention is not limited thereto. All device types that have the function of round image information, such as mobile terminal with copying machine or camera function, game console and tablet pc (per_i Computer: personal computer). The embedding device 13 is self-contained! The image data input by the printing medium i 1 or the like is selected by the recognition device 16 to perform an object such as cutting, and a predetermined non-visual information is embedded in a specific surrounding of the object, and the embedded image is output. . Further, the buried device 13 can output an image in which the non-visual information is buried as a print medium (the second print medium 14), and can output the image as it is. The 'buried device 13' can use, for example, a general-purpose PC1; M or a mobile terminal 13-2, but the present invention is not limited thereto. Further, the mobile terminal device 13_2 is provided with the built-in camera 12_3, 160697.doc • 10· 201237802 as the first image information acquiring device 12, whereby the image data of the first print medium can be directly obtained. Further, the specific functional configuration and the like of the embedding device 13 will be described later. The second print medium 14 is a print medium in which non-visual information is embedded in the present embodiment. Further, non-visual information such as cutting or specific operation of a specific object is embedded in the second printing medium 14. In the figure, the second print medium 丨 "丨, 14_2 corresponds to the first print media 11-1, 11·2, respectively. The second image information acquisition device 15 is printed with the above. In the same manner as the second image information obtaining device 12, image data is acquired on the second printing medium 14. Further, as the second image information acquiring device 15, for example, a camera call or a scanner 15-2 may be used, but the present invention The present invention is not limited to this. For example, all device configurations having a function of acquiring image information, for example, a mobile terminal having a copying machine or a camera function, a game machine, and a tablet 1&gt; (: etc. can be used. The recognition device 16 is used from the second. The image data obtained by the image acquisition device 15 recognizes the non-visual information contained in the image, and cuts the specific object contained in the image data from the visualized information. & For example, the object is removed from the image, and only the object object (including the rough outer frame of the object, etc.) is extracted. Further, the object of the object (10) is executed and preset or non-visualized. The action corresponding to the instruction content.χ As the object to the object:: Second, as in the screen of the recognition device 16, the object moves, rotates, = two reductions and two replacements for other objects, other different images or text = display, output, related information The display, or the combination of the above, etc. 160697.doc 201237802 The device 16 can be operated immediately without the object being excavated, and is based on, for example, the user or the like. The processing of the object object is performed as a person's daily information, for example, including the wind pressure of the cognitive device (6 (for example, blowing into an audio input mechanism such as a microphone, actual air blowing, etc.), or audio (speech, music, and specific). Discourse (such as a spell or a slap, etc.), light (such as exposure to sunlight, etc.), rotation of the machine (for example, including in-situ rotation, vibration, horizontal or vertical movement), pressure (touching the screen, dragging, etc.), and Other than the information obtained from environmental conditions such as temperature, time, location and weather, or a combination of the information, in this case, may also be based on a plurality of secondary indicators. The final instruction information is set in the order of the information (for example, after the rotation, etc.), or according to the priority set for each instruction information, etc. Further, the cognitive device 16 can use, for example, a general-purpose pcmj or a mobile terminal 16 -2, but the present invention is not limited thereto. Further, the mobile terminal device 1 6-2 is provided with a built-in camera 丨5_3 as the second image information acquiring device ,5, whereby the second printing can be directly obtained. The image data of the media η. The specific functional configuration of the acquaintance device 16 will be described later. <Embedded device 13: Functional configuration example> Here, the embedding device of the above-described embodiment is used. An example of the functional configuration of the crucible 3 will be described. Fig. 2 is a view showing an example of the configuration of the power month b of the embedding device 13 of the present embodiment. The embedding device 13 shown in FIG. 1 includes an input mechanism 21, an output mechanism 22, a storage mechanism 23, an image obtaining unit 24, an image analyzing unit 25, an embedded object setting unit 26, and a buried information setting unit 27. The burial mechanism 160697.doc • 12- 201237802 is used to generate the mechanism 28, the non-visual information embedding mechanism 29, the transceiver unit 3, and the control unit 31. The input unit 21 receives an image acquisition instruction or an image analysis button from the user or the like, an embedded object object setting instruction, a buried information setting instruction, an embedded information generation instruction, a non-visualization information embedding instruction, and a transmission/reception instruction. Enter the start/end of various instructions, etc. In addition, if the input means 21 is a computer for general use such as a PC, a pointing device such as a keyboard or a mouse is included, and if it is a mobile terminal, the operation button group or the like is included. Further, the input unit 21 may have a function of inputting an image or a map imaged by an image pickup unit such as a digital camera. In this case, the camera mechanism can be built in the embedding device 13, or it can be configured as an external function. Further, the input unit 21 may have an audio input function for inputting an audio or the like. The output unit 22 outputs the content input by the input unit 21 or the content executed based on the input content. Specifically, the output unit 22 performs the acquired image or image analysis result, the embedded object object setting result, and the set; the non-visualized information of t, the generated non-visualized information, and the embedded (synthesized) Screen display or audio output such as embedded images of non-visualized information, processing results in each configuration, and the like. Further, the output mechanism 22 includes a display, a speaker, and the like. Further, the output unit 22 may have a printing function of a printer or the like, and the output contents may be printed on various printing media such as paper, postcards, posters, etc., and provided to the user as the second printing medium 14. Wait. The storage unit 23 stores various kinds of information necessary for the present embodiment, or various materials at the time of execution or execution of the embedding process. Specifically, the storage unit 160697.doc - 13 - 201237802 23 acquires one or a plurality of images or images obtained by the image acquisition unit 24, which are obtained by photographing or the like, which are input or stored in advance. Further, the storage unit 23 stores the result of the analysis by the image analysis unit 25 or the determination result of the embedded object object setting unit 26, and the set inner valley of the buried information setting unit 27 is generated by the burying unit 5 generating means 28. The buried information, the image embedded by the non-visual embedding mechanism 29, and the like. Further, the storage unit 23 can read various stored materials as necessary. The image acquisition unit 24 acquires a circular image or a map or the like including an object that is an object that embeds the non-visualized information. Further, the image, the image, and the like may be, for example, an image or image obtained by an image pickup mechanism such as a camera, or may be applied to a catalogue or a booklet, a photo, a card, a sticker, a book, or the like. An image of the package (also containing the box) or instructions. Further, the image acquisition unit 24 may acquire an image or a map stored in the captured information, a database, or the like by an external device connected to the communication network via the transmission/reception mechanism 3, or may be via an input mechanism. 21 An image actually taken by a user or the like using a camera or the like is used. ^ The image analysis unit 25 analyzes the image acquired by the image acquisition means and analyzes the content contained in the image. Specifically, +, the street ^ 旲媸 and S take the object to appear in the image - part (position and area), or how the object moves in the image, such as object information and coordinates of the object location information. The 阙 阙 body 25 mechanism 25 can also pre-predict a plurality of object drawings when the object is obtained, so that (4) = the object is matched and the object is taken. In the case of the image analysis unit 25, in the case of the example, the face feature is detected from the face feature portion of the character, and the feature amount of the face can be quantified by As a result, the image analysis unit 25 can extract the object using the outline (outer frame) information of the object specified by the input mechanism 21 or the like by the user or the like. The embedded object object setting mechanism 26 is based on the borrowing. The image analysis mechanism determines whether the object data is included in the image data, or when the image is in the image, and determines whether the object is a preset non-visual information buried. When the object is placed, the object to be embedded is set as the result of the determination. When the plurality of objects are present in the image data, the embedded object object setting unit 26 sets at least one of the plurality of objects as the object to be embedded. In this case, for example, if the priority is preset or the position or image of the object relative to the display area of the entire face, the time can be arbitrarily set by the time displayed by the object or the like. The object object is entered, and the embedded detailed information is also stored in the storage mechanism 23. Here, in the embedded object object setting unit 26, whether the object contained in the image is buried or not is visualized. For example, the user may store the preset embedding determination information by using the storage mechanism 23 or the like, and use the embedding determination information to perform the embedding determination, or may search for the action or additional information of the object. It has been stored in the storage unit 23, and if the additional information has been stored, it is determined that the object is embedded. Therefore, for example, if the image is analyzed by the image analysis unit 25, the image is partially analyzed to contain the windmill or (4) In the case of a product or the like, the embedded object object setting unit 26 determines whether the additional information related to the object has been stored in the storage unit 23, and if there is an additional charge associated with the object, the object is determined to be Further, the embedded content (additional information) can be set, for example, in the embedded information setting unit 27 or the like, and the set contents are stored in the storage unit 23. Further, in the above-described embodiment, the setting of the embedded object is performed based on the analysis result of the image analysis unit 25. However, the present invention is not limited thereto, and the image data may be displayed on the image using, for example, the output unit 22 or the like. The user or the like selects the embedded object from the one or more objects included in the displayed image data. The embedded information setting mechanism 27 sets the mechanism for the object to be embedded. 26 What kind of information is embedded in the object as the additional information, and set specific information content and display methods (such as screen display (including detailed information such as size or position), audio output and print output, etc.), specifically, When the object is a person, for example, the embedded information setting means 27 sets an action instruction information (rotation, movement, enlargement, reduction, replacement, replacement, etc.) of the object to which the action is performed, or sets the character's Name, age, gender, height, interest, experience, etc., and then set the display information of the various information set, and the object is money Isochronous or costumes, sets its brand name or trade name Shaw, price, and other various sites or part of the address, etc., and then set free said display techniques prescribed a variety of information and so on. χ, if the object is a book, the title of the book, the author, the date of publication, the price, and the information related to the author, etc., and then display the various information displayed. Further, the additional information set by the embedded information setting unit 27 includes a map, an image, and the like. Further, the embedded information setting unit 27 sets the form in which the additional information is to be added. For example, 'set the additional information to a specific encrypted character, pattern, symbol, coded information, and the like. Further, in the case of encoding information, etc., in order to obtain information corresponding to the encoding, it is preferable to provide a corresponding database on the side of the recognition device 16. As described above, the form of the morphological setting information added from the plural number is selected, and therefore, the burial object can be selected and set according to the image content of the buried object. The buried information of the processing content of the action (operation instruction information). Further, the embedded information generating unit 28 can generate the buried information as direct text information or as encoded information. Specifically, the embedding information generating means 28 is, for example, such that the embedding information is difficult to be phased on a print medium or an image actually provided to the user, and is based on the color information of the original image of the buried object. The buried information is generated, for example, by using an image of the low frequency portion and the high frequency portion, or for generating an image using only the low frequency portion or the high frequency portion. Here, the low-frequency portion of the present embodiment refers to a portion or region in which the brightness is lowered as compared with the brightness of the original image of the portion of the non-visualized information, and the high-frequency portion refers to the original The brightness of the image is the reference, showing the part or area that makes the brightness higher. About burying funds. Details of the non-visual information generated by the institution 28 will be described later. In addition, the non-visualized information of the present embodiment is used when the device is operated by the cognitive device 16 side. Therefore, when the buried information is buried, the buried information can be buried in the non-visualized information, or buried. The information is embedded in one of the non-visualized information (for example, a corner or a peripheral part of the non-visualized information area (cut mark). I60697.doc 17 201237802 Further, the embedding information generating unit 28 is embedded in the image as the coordinate information to embed the non-visual information. Further, in the present embodiment, for example, non-visual information is embedded in a specific area around the object to be operated. That is, in the present embodiment, the recognition device 16 grasps (takes, etc.) the object by grasping the position of the object by the non-visualization information. Therefore, the non-visualization information of the present embodiment has, for example, the purpose of capturing the object to be cut on the side of the recognition device 16, and, if necessary, obtaining action instruction information or other additional information indicating what kind of action is performed on the object. The purpose of the use. Further, in the present embodiment, when embedding the embedding information, it is preferable to embed the embedding information corresponding to the object, for example, at or around the position of the object displayed on the image. In this case, the embedding information is embedded in the target image based on the object position information obtained by the image analyzing means. According to the present embodiment, not one embedding information is given to the entire image. , and multiple non-visual information can be buried in appropriate places. Further, the non-visual embedding mechanism 29 may embed non-visual information for the operation of a plurality of or all of the objects contained in the original image. In addition, if the image of the buried object is an image, the non-visual information embedding mechanism 29 can follow the movement of the object in the image being played to embed the non-visual information on the object. 'Non-visualized information embedding mechanism Μ It is possible to embed the image with respect to the captured image whenever the image of the buried object is input, and display the buried image sequentially, or as the second printing medium (4) 160697 .doc •18. 201237802 Output. The transceiver 30 interface is a non-visualized information embedding the present invention by obtaining an external image (a captured image or a buried image, etc.) from a connectable external device using a communication network or the like. Enter the execution program of the processing, etc. Further, the transceiver 30 can transmit various information generated in the embedding device 13 to an external device. The control unit 31 performs control of the entire components of the embedding device 13. Specifically, the control unit 3 1 performs image acquisition, image analysis, determination of whether or not to embed an object, and setting of non-visualization information based on, for example, an instruction from a user or the like from the input unit 2 1 . Control of various treatments such as embedding. Further, the non-visualized information embedded in the information setting unit 27 or the non-visualized information embedded in the information generating unit 28 may be set in advance or stored in the storage unit 23 in advance. &lt;Identification device 16: Functional configuration example&gt; Next, a functional configuration example of the recognition device 6 of the above-described embodiment will be described with reference to the drawings. Fig. 3 is a view showing an example of the functional configuration of the cognitive device 丨6 of the present embodiment. The recognition device 16 shown in FIG. 3 includes an input mechanism 41, an output mechanism 42, a storage mechanism 43, an embedded image acquisition unit 44, an object extraction mechanism 45, a non-visualization information analysis unit 46, a display information generation mechanism, and The transceiver mechanism 48 and the control mechanism 49. The input unit 41 accepts the start/end of various instructions such as an embedded image acquisition instruction, a non-visualization information acquisition instruction, a non-visualization information analysis instruction, a display information generation instruction, or a transmission/reception instruction from a user or the like. 160697.doc 201237802 In. In addition, if the input unit 4 is a general-purpose computer such as a PC, it includes a pointing device such as a keyboard or a mouse, and if it is a mobile terminal or the like, it includes each operation button group or the like. Further, the input unit 41 also has a function of inputting an image or a picture captured by, for example, an imaging unit such as a digital camera. Further, the above-described image pickup mechanism may be built in the recognition device 16, or may be an external function. Furthermore, the input mechanism can also have an audio input function such as inputting audio. Further, the input means can obtain an embedded image from a printing medium such as a paper or a letter piece "poster, photo, and card" of the second printing medium. In this case, there is a function of reading data using an imaging mechanism such as a camera or a scanner function. Further, the output unit 42 outputs the content input by the input institution 41 or the content of the second office. Specifically, the output unit U is an image obtained by the display information generating unit 47 or an additional information displayed on the image. Further, the output mechanism 42 includes a display or a speaker temple. Furthermore, the 'output mechanism 42' may have a printing function of a printer or the like, and may also print the output contents of the actual action content of the permanent recording device, for example, on a paper brushing medium, and provide it to the user, etc. . The sensation=mechanism 43 stores various kinds of information necessary or executed after the execution of the various kinds of information necessary for the present embodiment or the non-visual processing. Specifically, the storage unit 43 stores the non-visualized information acquired by the embedded object (four) taking mechanism 45 obtained by the buried image obtaining unit 44 (non-visualized information or embedded by the marker detection mechanism 46) The information, or the display content generated by the display information generating unit 47, etc. 160697.doc • 20- 201237802 Furthermore, the storage unit 43 can store associated information with respect to the data analyzed by the non-visualized information mechanism 46. When the visual information is a piece of coded information (including text code, 2D code, etc.), etc., it will correspond to various information of the coded information (for example, the details of the object corresponding to the coded information (text, image, image, and Audio, etc.; the size, color, time, position, and action content of the data displayed on the screen, etc.) are stored in advance in the storage mechanism 43H storage machine _ can be read out in the acquisition of the code material or other needs The embedded image acquisition unit 44 acquires image data corresponding to the second print medium 14 from the second image information acquisition device. Further, when the storage mechanism is stored in advance, When the image data of the object is processed, the embedded image obtaining unit 44 can acquire the image data of the processing target from the storage unit 43, and can acquire the embedded image from the external device connected to the communication network via the transmitting and receiving unit 48. Further, the embedded image also includes an image. The object capturing mechanism 45 extracts an object included in the embedded image. Specifically, the object capturing mechanism 45 performs, for example, a specific image of the input embedded image. The frequency is filtered to obtain non-visualized information embedded in the image. By filtering at a specific frequency, the high frequency portion and the low frequency portion can be easily captured. Further, the present invention is not limited thereto and may be used. Other methods. Also, if there are multiple non-visualized information in the image, all non-visual information is captured. Then the object extraction mechanism 45 operates from the embedded position of the non-visual information contained in the image_ The outer frame (edge) of the object is taken, and corresponds to the outer frame (edge) of the captured object, and the object located on the inner side is separated from the background. 160697.doc • 21· 201237802 For example, the object fetching mechanism 45 By setting For the combination of the low-frequency part and the high-frequency part of the non-visualized information, the position information around the object is extracted, and the object is extracted from the position information acquired. Further, the embodiment is determined to be the low frequency mentioned above. The part and the high-frequency part can also acquire objects based on, for example, chromatic aberration and brightness difference. Further, when there is a plurality of non-visualized information embedded in the image, the object fetching mechanism 45 can be non-visualized from the whole. The information allows the object to be manipulated to pre-determine at least one non-visualized information (eg, non-visualized information at the far left of the embedded image or the largest non-visual information). Obtaining non-visual information operation position information indicating from which position to operate the non-visualized information. The object operation machine stores various information obtained in the above manner in the storage mechanism, and in this embodiment, Non-visual information, you can get the orientation (angle) or slope of the object. Therefore, the object manipulation mechanism μ can correct the angle or inclination of the object from the information such as the orientation or the inclination obtained by the non-visual information. The Discovery Funding Analysis Department 46 analyzes whether the non-visual information obtained by the object handling organization includes the embedded information, and if the embedded information is included, the specific content of the buried information is obtained. For example, if the non-visualized information towel contains the text (9) as the embedded information, such as a rotation: moving to the right, etc., the text is obtained as additional information. Further, when the code is included as the embedded information, the coded information is acquired, and the acquired content (for example, code ID#) is used as a key to search for a connection to the communication network via the storage unit 43 or the transceiver 48. Set up a ship or an external device such as the I60697.doc •22· 201237802 database, search for the object's movements... Find the action corresponding to the keyword, which means that the action is not information or display information) 'Get the information. 4 various processing contents (additional = 'the non-visualized f-analysis mechanism μ of the local application mode can also take the bar code reader and other eight beta non-Y reputation ^, Yikoubei take this. In this case, For example, if the non-visualized information is a 2D barcode, the additional information is obtained by using the chrome. The additional information obtained from the 2D strip is generated by the barcode reader, and the needle is generated;:=The "analysis mechanism 46 is obtained for the display on the inside" The action content of the object, or the display content based on the display method, etc. The display of the screen can be displayed in the drawing dialog box (opening a new window), and can also be displayed at the position displayed by the corresponding object, and then It can be output by audio. In addition, as the processing of the display information generating mechanism 47, for example, the processing of the object can be eliminated from the background as described above or the object can be displayed, enlarged, reduced, rotated, and moved at the position where the object is eliminated. , or replaced with other objects, etc. Therefore 'can perform various actions on the specific objects contained in the image and display them differently, and the display information generating mechanism 47 can overlap the objects to be displayed: background image 'Or the correction of the angle or the slope under the space recognition. &lt; Here, in the present embodiment, 'about what kind of action is performed on which object' can be derived from non-visual information around the object. Therefore, in the present embodiment, it is possible to set the individual processing of each object on the side of the buried device 13 as long as the non-visual information is buried around the object to be operated in the image. 160697.doc -23- 201237802 Further, the display information generating unit 47 can visually display the obtained non-visualized information as it is, and can obtain additional information corresponding to the non-visualized information from the storage unit 43 or an external device, and Further, if the result obtained by the non-visualized information analysis unit 46 is the code ', the display information generating unit 47 generates the display information based on the above-described code (1) or the like to be based on the self-storage mechanism 43 or the like. The non-visual information display is made for each additional information set to the size, color, time, position, and action content displayed on the screen... If the object is moved while being imaged, the information can be displayed following the position of the object, and the information can be displayed on the screen first. The transceiver 48 is an interface, which uses communication. The network or the like obtains an external image (captured image, etc.) required from the external device that can be connected' or obtains an execution program for realizing the non-visualized information recognition process of the present embodiment. Further, the transceiver 48 can be externally connected. The various information generated in the recognition device is transmitted. The control unit 49 controls the entire components of the recognition device 16. Specifically, the control unit 49 performs an instruction from the user, for example, from the input device. Control of the acquisition of buried images or the capture of non-visualized information, the analysis of non-visualized information, and the generation of display information. By the above-described apparatus configuration, it is possible to efficiently perform the acquisition, and to provide an image with excellent value and high precision. &lt;Embedding device 13 and recognition device 16: hardware configuration&gt; Here, in the embedding device 13 and the cognition device 16, each function is executed in a computer by generating 160697.doc -24 · 201237802 By executing the program (embedded program, acquainted with the program) and installing the execution program on, for example, a general-purpose personal computer and a server, the embedding processing and the recognition processing of the non-visual information of the present embodiment can be realized. Here, a hardware configuration example of a computer capable of embedding non-visual information in the present embodiment will be described using a drawing. Fig. 4 is a view showing an example of a hardware configuration in which embedding processing and recognition processing of non-visual information can be realized in the embodiment. The computer body of FIG. 4 is configured to include an input device 51, an output device 52, a drive device 53, an auxiliary memory device 54, a memory device 55, a CPU 56 (Central Processing Unit) for performing various controls, and a network connection device. 5 7 'These are connected to each other by the system bus. The input device 51 has an index device such as a keyboard and a mouse operated by a user or the like, and inputs various operation signals such as program execution from a user or the like. The input device 51 has an image input unit that inputs an image captured from an imaging mechanism such as a camera. The output device 52 includes a display ">displaying various windows or materials required for operating the computer body for performing the processing of the present embodiment, and displaying the execution progress or results of the program by the control program of the 56.

Serial Bus : ^ = = CD_R 〇 M and other removable recording medium 58 and the like to provide the execution program of the medium on the computer body. The recorded refining body W of the recording program can be installed in the drive unit 53, and the execution/supreme medium 58 included in the recording medium 58 can be read and installed by the drive device to the auxiliary memory device 160697.doc, 25·201237802 54 ° The memory device 54 is a storage mechanism such as a hard disk, and stores an execution program of the present invention or a control program provided in a computer, and performs input and output as necessary. The memory device 55 stores an execution type or the like read by the CPU 56 from the auxiliary storage device 54. Further, the memory device 55 includes R厂M〇Read 〇nly River (10) factory read only memory) or RAM (Random ACcess Mem〇ry: random access memory). ° The CPU 56 can control various calculations or the entire computer such as the data output person of each hardware component based on the control program such as OS (Operating System) and the execution program stored in the memory device 55, and realize the burying. The processing of the processing and the recognition processing β, various information required for the execution of the program, etc. can be obtained from the auxiliary memory device 54, and the execution result/network connection device 57 can be connected to the communication network material and can be self-connected. The execution program is acquired by another terminal device of the super-core network, or the execution result obtained by executing the program is provided to other terminal devices, or the stroke type itself of the present embodiment. According to the above-described hardware configuration, the non-visualization of the present embodiment = the burying process and the recognition process can be performed. Further, by installing the program, the burying process and the recognition process of the present embodiment are realized by using the general program #. And the recognition processing of the non-visualization information in the embedding processing method of the above-mentioned buried program is specifically described. 160697.doc -26 - 201237802 &lt;Un-visualization information embedding processing program&gt; First, the embedding processing program of the non-visualization information of the present embodiment will be described. Fig. 5 is a flow chart showing an example of the embedding processing program of the non-visualization information of the embodiment. In the embedding process shown in FIG. 5, the image captured by an imaging means such as a camera is acquired in the first step s1, and the image is analyzed in the step s2. Object and object location information, etc. Next, in step S03, based on the information obtained by the processing of step s2, the setting of the embedded object is performed, and in step s4, the object is determined whether or not to embed the non-visual information (marked here) If the non-visualization information is to be embedded (YES in step S04), in step s〇5, the embedded information indicating the processing instruction information such as the embedded operation instruction information is set to the object, and is generated in step S06. The embedding information set by the processing of step 5, and the embedding information generated by the processing of step S06 is buried in a specific position around the specific object in the image in step S07. In the coffee machine, the embedded composite image or output is displayed as data by an output mechanism such as a display. In the process of X' step 808, the image obtained by step S07 is also printed and output to the printing medium. After the processing of S08 is finished or during the processing of step s4, if the non-visualization information is not embedded (No in step S4), then in step, it is judged whether: other images are buried in non-visualization. Information. If you want to embed other images Visualizing the information (A heat, eye, 丨, G, heart is 疋 in step S09), then returning to step S〇1 to repeatedly perform its processing in step (4) 9, if no other images are buried. Step S〇9t is NO) 'End the non-visualization information I60697.doc • 27· 201237802 embedding process. In addition, in this embodiment, the processing of step S02 described above may not be performed, and the user or the like may display it from the screen. At least one object is set in the image data. &lt;Identification processing program for non-visualization information&gt; Next, the recognition processing program for non-visualization information of the present embodiment will be described. Fig. 6 shows the non-visualization information of the present embodiment. A flowchart of an example of the processing program is recognized. First, in step S11, the embedded image in which the non-visualized information is embedded by the embedding process is acquired. Further, in step S11, In the process, as long as the image can be acquired, any step can be used. For example, the image can be obtained by capturing the print medium as described above, and the image can be obtained as an image data. In step S12, the τ r/ra 炙 non-visualized information 撷 object is included in the acquired image. In step S13, it is determined whether the processing in step S12 is from the chemistry (four) If the object's action indicates the content or displays the embedded information of the various processing contents, if the ridge is taken out and the subsidy = 13 is YES, then the immersed information in the step Chuanzhong 'step _, from burying the information The additional capital 5fl obtained by the analysis result generates the content to be displayed displayed in (4) of the screen or the like.胄, and in the step of "two in the middle" to determine whether it is necessary to recognize non-visualization from other images _M from other images ^, then return to step SU, repeat the subsequent processing 160697.doc - 28-201237802 In the processing of step S17, if non-visualization information is not recognized from other images (NO in step S17), the non-visualization information recognition processing is ended. By the above processing, it is possible to quickly embed or capture non-visualized information and provide a high-precision content service with excellent added value. Further, the non-visual information embedding process or the cognition process of the present invention can be easily realized by installing a program and using a general-purpose personal computer or the like. <Example of embedding of non-visualization information> Next, the embedding example of the non-visualization information of the present embodiment is described using a graph. Fig. 7 is a view for explaining an example of embedding non-visualization information in the embodiment. Further, when the embedding process is performed, the embedding is performed in the order of Figs. 7(a) to 7(d). First, when a non-visualized information is inserted into a specific object 62 included in the image data 61, which is a captured image input from the above-mentioned second print medium, as shown in FIG. 7(a), The object 62 is centered, and the reading accuracy of the coded outer frame Feng Wei two recognition device 16 is arranged around the object 62 from the center as shown by the arrow of the figure (4), and the shape of the outer frame 63 is preferably square. However, the present embodiment is not limited thereto, and may be, for example, a polygonal shape such as a rectangular shape, a circular shape, a hexagonal shape, or an octagonal shape, a circular shape, an elliptical shape, a shape similar to an enlarged shape, or a mouse by a user or the like. Such as the shape of the input mechanism hand-painted. "Connect: as shown in Figure 7(b), the designation of the general vehicle with respect to the object (4) can be set by the user or the like using a mouse or a touch panel. Further, the contour 64 can also be used by The object 62 draws a rough outline 64 from the difference in brightness value of the background 160697.doc -29-201237802, etc. Further, the outline 64 may be rough as long as it is an area including, for example, the entire object 62. Next, As shown in Fig. 7(c), the coded inner frame 65 is set corresponding to the shape of the outline 64. Further, the coded inner frame 65 does not exceed the outer frame 63, and as the coded inner frame 65, for example, one circle of the outline 64 can be set (specific pixels The area on the outer side. Next, as shown in FIG. 7(d), a coding region of the high-frequency portion μ is provided between the code inner frame 65 and the outer frame 63, and a low-frequency portion 67 is provided between the contour 64 and the inner frame 65. Thereby, non-visualization information for recognizing the position of the object 62 can be embedded in the side of the recognition device 16. In the present embodiment, the non-visual information is inserted into the object by any character, symbol, code, or the like. The action indicates the processing content of the message or the display method, thereby The specific object in each of the round images is specifically designed to provide a content service with added value. &lt;Collection of non-visualized information and recognition of objects&gt; - Next, using the schema for the present embodiment An example of the acquisition of the non-visualized information of the device and the recognition of the object will be described. Fig. 8 is a view for explaining an example of the acquisition of the non-visualized information and the object of the present embodiment. When the non-visualized information of the form is recognized and the object is recognized, it is processed in the order of &quot;(4)~Fig.8(d). First, the image data input from the above-mentioned ^Printing media_, etc. When a specific object 62 is included in the case of non-visual information, the encoded information contained in the image 61 is obtained as shown in FIG. 。. Specifically, for example, the outer frame 63 and the high-frequency portion are captured. 66 and the region where the low-frequency portion 67 exists. Then, the 'M8(b) core' is transparent from the outer (four), and further, as shown in Fig. 8 (4), the low-frequency 160697 is lowered from the edge of the high-frequency portion 66 toward the inner side. Doc 201237802 Frequency section 67 becomes transparent. Again, based on The low-frequency portion 67 is grasped by the brightness information of the surrounding pixels, etc., but the present invention is not limited thereto. For example, the number of predetermined bits may be made transparent from the high-frequency portion so that the number of specific bits is transparent inside, or The above-described transparency processing can also be performed using chromatic aberration, shading, etc. Thereafter, as shown in Fig. 8(d), a cut image 71 including only the object 62 can be obtained. Further, for convenience, Fig. 8 (d) The surrounding area of the object 62 is shown with a transparent pattern. <Example of operation of the object> Next, an operation example of the object included in the content provided in the present embodiment is performed using the drawing. Fig. 9 is a view for explaining an example of the operation of the object of the embodiment. When the object is operated, for example, as shown in Fig. 9(a), the cut image 71 is superimposed on the captured image 61, and then the object 62a of the background image is removed as shown in Fig. 9(b). Specifically, for example, the pixels of the surrounding background image of the object 62 &amp; cover the area of the object 62a. Further, the present invention is not limited thereto, and for example, it may be coated with a predetermined color or the like. Next, the captured image 61 of the removed object 62a is used as a background image, and the object 62b included in the cut image 71 is moved thereon. Further, the operation of FIG. 9(c) shows that the object 62b is rotated to the right at a specific timing. However, the present invention is not limited thereto, and the object 62b may be enlarged or reduced, moved in a specific direction, and replaced with another object. action. In addition, in the present embodiment, the deformation of the input and the corresponding operation may be, for example, when the user blows 160697.doc -31 - 201237802 (microphone input) to the audio input device of the cognitive device 16 or the like. Part or all of the rotation; if the recognition device 16 is tilted, the object scrolls; if the touch device is touched from the screen, the object reacts; or if it goes to the special (4), the object is intrinsic to the site. Furthermore, in the present embodiment, the operation may be such that the movement of the object is changed according to the azimuth of the orientation; the object is caused to fall or stand up according to the time, or the movement of the object is changed according to the weather or the like; or The user: the movement of the movement or the vibration, the moving speed and the moving distance accompanying the movement, so that the object is also deformed. &lt;Low frequency portion and high frequency portion&gt; Here, the low frequency portion and the high frequency portion of the present embodiment will be described. Generally, the frequency includes a frequency (time frequency) with respect to time and a frequency (spatial frequency) with respect to a spatial position, but in the present embodiment, unless otherwise specified,

Frequency refers to the spatial frequency. The spatial frequency is defined as "the reciprocal of the period of the pixel value per unit length", and the frequency of the present embodiment is not particularly limited. For example, the high frequency portion is 〇.2 to 2 [period/pixel], and the low frequency portion is It is sufficient to set the dipole [period/pixel] within the range, and specifically, the frequency of the high-frequency portion is higher than the frequency of the low-frequency portion. Further, the grid including the specific pixel region (for example, 4 χ 4 χ (pixel)) formed by the high-frequency portion may be periodically repeated for the bright portion and the dark portion, and examples thereof include straight stripes, horizontal stripes, and lattices. For example, as shown in FIG. 10A, the column of the bright part 200 shown by the white square and the 160697.doc -32-201237802 column of the dark part shown by the square of the negative line may be alternately arranged, or as shown in FIG. 10B. As shown, the bright portion 200 and the dark portion 300 may be alternately arranged in the column direction (lateral direction) and the row direction (longitudinal direction). Further, the difference in brightness between the bright portion and the dark portion at this time may be 10 or more, preferably 50 or more, and more preferably 1 or more. Further, in the above-described embodiment, the difference in brightness is as described above. First, the brightness difference between the bright portion and the dark portion is generated by using the brightness of the image to be displayed as a reference, but the present embodiment is not limited thereto. this. For example, the brightness of a normal image and the brightness of the low-frequency portion or the high-frequency portion may be used as a difference in brightness from the brightness. In this case, for example, if the difference in brightness between the high frequency portions is approximately 15 or more based on the adjacent elements in the gradation, it is regarded as a high frequency portion. Specifically, the difference in brightness of about 15 to 3 5 is a region that can be mainly used as a high-frequency portion. In addition, the term "τ" means a pixel composed of pixels above or below the aspect ratio lpx. In the present embodiment, for example, one element is set to 2 χ 2 ρ χ. Here, for example, when the minimum value of the brightness difference read by an image pickup device such as a camera is 15, if the brightness difference exceeds 35, it is easy for human eyes to recognize. On the other hand, when the portion of the image to be buried is extremely dark or extremely bright, in order to improve the reading accuracy of the camera or the like, it is necessary to impart a difference in brightness of, for example, 35 or more. Therefore, in the present embodiment, the non-visual information is generated by arbitrarily changing the brightness difference depending on the brightness or degree of the image (background) of the embedded position or the function of the camera to be photographed. Further, the pixel size that can be used for the additional information is not particularly limited as it varies depending on, for example, the distance between the image and the person viewing the image. However, if it is, for example, a distance of about 1 m, it is preferably about 0.05 to 2 Approximately mm or so, if it is a distance of about 10 m, it is preferably about 5 _~2 〇_. If it is farther away from 160697.doc -33- 201237802, it is better to maintain the ratio of the same pixel size to distance. That is, in the present embodiment, non-visualization coding using a high-frequency block composed of a small square of a checkerboard pattern (a checkered pattern) and a bright square and a gray square is used as the non-visualization information of the present embodiment. In this way, it can be buried in any location and can be viewed from any angle. Here, Fig. 11 is a view for explaining non-visualization information having a high frequency portion and a low frequency portion. In the configuration example of the non-visualized image shown in Fig. 11 (a), the position detecting pattern 81 has a rotation detecting pattern 82. Thereby, the position and coding orientation of the code can be correctly recognized. Further, the position detecting pattern 8 1 has a high-frequency block 83 as a high-frequency portion in which an image is embedded in the image, and has an edge 84 for accommodating the object at the center. As shown in Fig. 11(a), in the present embodiment, the position and direction of the image are detected based on the detection pattern of the surrounding position and direction, and the patterns are also composed of the high frequency block 83. Further, in the example of Fig. 11(a), the position detecting pattern 81 is surrounded by the guide line of the broken line, and the outer frame 'the guide line of the rotation detecting pattern 82 is surrounded by the guide line of the solid line', but actually does not have to have Frame line. In order to make it difficult for the human eye to recognize and narrow the field of view, each block shown in Fig. 1(b) is arranged by a checker board in which bright elements and dark elements are alternately arranged. The bright elements (elements) and dark elements are generated by adjusting the brightness by raising or lowering the brightness based on the brightness (brightness) of the background as described above. Further, the brightness is adjusted by the embedding intensity, which is a change in brightness ± α. When the embedding strength is constant, the image will be extremely bright, and if it is extremely dark, the reading accuracy will be poor. On the other hand, as shown in Fig. 11 (c), the reading recognition accuracy is improved by changing the embedding strength of the background color. 160697.doc -34- 201237802 For example, if the RGB values of the background are changed independently for changing the brightness of the elements (elements), the hue will change depending on the field of view of the image. Therefore, in the present embodiment, in order to reduce the field of view and improve the accuracy of the reading recognition, the original color image is converted into a gray scale, and the embedding intensity is set based on the gradation of the background. Here, Fig. 12 is a view showing the relationship between the embedding intensity and the gray value of the background. As shown in Fig. 12, the human eye is very sensitive to changes in the brightness of white, and there is no feeling for black variations. Because &, which is related to the gray value and is a quadratic function, according to the equation with the minimum intensity of 20, the variation of the embedding strength is given by the following formula, the gray value α=1/2167χ(αΓ-255)2+20 <Experimental Results> Here, the experimental results of applying the present invention will be described using a schema. The reading accuracy of this embodiment is evaluated by what kind of coding (coding pattern) is embedded. Fig. 13 is a view showing an example of non-visual coding for monochrome images. Figure 13 does not encode a square of about 3 cm and maintains 1 unit of information. Further, each side of the high frequency block has a length of four elements (elements). Also, the 70-element size is about 2 x 2 pixels. Further, as shown in Fig. 13, the high frequency portion block has a checkerboard block (checker pattern) with respect to a monochrome image. Fig. 14 is a view showing the relationship between the reading recognition accuracy and the non-visualization of the brightness which changes the gray image within 〇 to 255. In the present embodiment, the results of the evaluation of the difference between the coded image and the uncoded image are observed from a distance of 50 cm. The result is that if the range of brightness of the background image is gray scale 40 to 180, the reading recognition accuracy is 9〇% or more, and when it is judged to be visualized 160697.doc -35-201237802, it is less than 10%. The validity of the non-visualization coding of the present embodiment was confirmed, and the accuracy of the read 5 tolerance of the non-visual coding embedded in the image of the three types of the example was evaluated. Fig. 15 is a view for explaining the evaluation of the read recognition accuracy of the non-visualization information for each material of the present embodiment. The non-visualization code shown in Fig. i5(a) is used as the test image shown in Figs. 15(b) to (4) and inserted into black and white (monochrome) image, female image and animal (狒狒) image, and various images are evaluated. The accuracy of the recognition in the code. Here, Fig. 16A and Fig. 16B are diagrams showing the evaluation results corresponding to Fig. 15. Further, Fig. 16A shows a map of the recognition accuracy with respect to the distance from the camera to the encoding, and Fig. 16B is a graph showing the recognition accuracy with respect to the photographing angle of the camera. As shown in Fig. 16A, for the correctness of the distance from the camera to the encoding, the distance is about 7 to about Ucm, which is 100% for all images. Further, as shown in Fig. 16B, the recognition accuracy for all the images at an angle of about 〇 4 相对 with respect to the angle of the camera is 1 〇〇 %. &lt;Application of Application Example of the Present Embodiment&gt; Next, an application example in which the above-described embodiment of the present embodiment is applied will be described using the drawings. The following examples are for the provision of the AR as the non-visualization information. Application system for explanation. &lt;Example 1&gt; Fig. π shows the Hw of the embodiment of the application system. 160697.doc 36 - 201237802 = Bedding uses the cut mark as an example of an image of non-visualized information. The cut has been buried around the image of the windmill shown in Figure 17 (a). Further, in the first embodiment, 'the whole may be the surrounding area, or may be a part of the surrounding area. For example, the user takes a photo of the image of the image by using a camera provided on a mobile terminal such as a smart phone to obtain an image of the windmill. Further, the user uses the mobile terminal and selects at least one of the objects contained in the captured image. The object is embedded in the cutting tool by the AR application of the first embodiment. In the case of ®17, the windmill is cut and marked, and the image (windmill) is printed. Further, in the first embodiment, the cutting marks may be formed on a specific windmill (cut object) in which a plurality of windmills (objects) shown in Fig. (4) are cut on the recognition side. Figure 17(b) shows the construction of the non-visualized crop marks. The crop mark includes a high frequency portion and a low frequency portion, and the center of the crop mark includes the manipulated object 15 裁 (cut object). The position of the cut mark is obtained by the position detecting pattern 152 existing around the object 150. Further, the object (&quot;^) can be obtained, for example, by embedding the above-described rotation detecting pattern or the like on the cutting mark. χ 'The above processing is performed by a mobile terminal. Therefore, the swaying terminal has the functions as the first image data acquiring device 12 and the burying device 13, and the dedicated function is realized by the immersive program. Further, Fig. 17 (c) is a view showing an example in which an object is captured by a cutting mark. The user photographs the printed image including the cut mark by, for example, a camera provided on a mobile terminal such as a smart phone. The mobile terminal (the accommodating device 16) is subjected to the transparent processing of the high-frequency portion 154 and the low-frequency portion (9) of 160697.doc -37-201237802 as described above, and the cutting is performed in a state separated from the background. The object is produced ^ (4) The image of the cropped object 15G and the background image - the virtual composite image will be obtained and displayed on the screen. " * Ten pairs of objects (windmills) taken by the cutting marks obtained by the use of the schema to explain Zhao. One or two: Figure of the operation of the windmill. Specifically, the action figure 18 (a) ~ The sequence of Fig. 18(d) is changed. For example, if a user uses a photo of a windmill image such as a smart phone (Fig. 18(4)), the photo is taken by the upper end 15... The image is separated from the target image, that is, lZ (h, s Gan from the 1豕P wind soap image (cut object) (Fig.) Z, and then displayed on the action terminal display written image (Fig. 18(c)) e shows the windmill and the back here. 'As the above-mentioned second instruction information, the user blows the audio input device to the microphone of the smart hand, ', and the other is the milk, the voice, the voice, the ban, the secret. The volume (volume or sound), the image that makes the windmill rotate (circle 18 (d)). In addition, what kind of action is displayed for the Z-variable amount, and the second-information can be pre-arranged. Take the pre-sigh, or the self-cutting mark is carried out by the mobile terminal. Therefore, the action The function of the second image information obtaining device 15 and the acknowledgment device 16 is realized by the AR application program of the acquaintance program. When the vehicle is used to indicate the action using the above-mentioned cutting mark: The second plurality of cutting marks may also be used to act on each of the objects of the embedded information contained in the cutting marks corresponding to the respective objects (wind), or may be borrowed. The action content is indicated for the plurality of objects retrieved by the cutting marks, so that, for example, when a plurality of objects perform the same action, it is not necessary to set the cropping flag corresponding to each object. The embedded information such as the motion indication information can be used to make a plurality of objects operate by one embedded information. Therefore, the object motion can be efficiently and quickly realized. Here, FIG. 19 is a description of the non-visualization included in the image. Figure 19(a) shows an example of a buried image, and Figure 19(b) shows the embedded non-visual information and motion indication information (buried information). Magnified view of the object ( Fig. 19(c) shows a map without a guide line corresponding to Fig. 19(13). Next, the buried image 91 shown in Fig. 19(4) is in the image. Two of the three windmill objects are embedded with non-visual information and "^. Therefore, 'the above-mentioned implementation W' is recognized as an object in the cognitive device 16 and the manipulated object becomes non-visualized information 92. Two windmills surrounded by _丨 and 92_2. For the sake of convenience, the examples of the non-visualization information 92-1 and 92-2 are visualized in the examples of Figs. 19(4) to 19(4). Next, the example of ® 19(b) Attached to the four corners of the non-visual information 92_2, there is an action instruction information 93·!~93-4 (buried person f news, and i9 (b) is an example of the action instruction information 93 93_4 buried The area shows a guide line (solid line)' but the actual image is as shown in Figure 19. Here, the position where the motion instruction information is embedded in the non-visualization information is not limited to the above, and may be, for example, at least one corner of the non-visualized information, or may be outside the non-visual information frame. on. Also, 160697.doc -39· 201237802

The operation instruction information 93-1 to 93-4 can be used as the operation instruction information (6) shown in the above-described rotation detection map. For example, the information is embedded in each of the four corners, and the action instruction information ΜΙ ～ 93- 4 The information of the four corners can be linked in a specific order to become a total of bits! Information. Further, by using a 16-bit code to obtain a code pattern, the information obtained by self-encoding can be used as an m or an action (4) device, whereby a plurality of action contents or display methods can be set for the object. Furthermore, in the embodiment! In the above, the action corresponding to the embedding information of the above * can be performed in a specific order and timing, and the content of one embedding information can be executed for all the objects captured. Further, when the above-mentioned information is analyzed by the above-mentioned (4) awareness information analysis unit 46, the embedded information can be immediately obtained by referring to the specific range. &lt;Embodiment 2&gt; Fig. 2 is a view showing an example of a horizontal application system of the second embodiment. Also, Figure 2. The AR application system can also use the mobile terminal to operate the lamp in the same manner as in the above embodiment (4). The mobile terminal device used here has functions as, for example, the second image information acquiring device 5 and the recognition device 16 described above. In the second embodiment, as shown in Fig. 20 (4), a crop object 丨〇 1 (for example, a red dot) which is the target of the special operation in the paper medium 00 such as a picture book is depicted. Furthermore, the above-mentioned cutting mark M2» is embedded around the cut object 101. For convenience of explanation, the outer frame of the cutting mark 1〇2 is shown by a broken line in FIG. 2〇, but actually in the paper medium 100 There are no dashed lines like these. 160697.doc •40· 201237802 As shown in Fig. 20(b), in the cutting mark 1〇2, a low-frequency portion is embedded around the cut object 101, and further in the low-frequency portion. 3 The outer side is buried with a frequency unit 1〇4. Further, in the cutting mark 1〇2, the action instruction information for performing a specific action on the cut object 1〇丨 is buried. • 1 to 105-4. In the &lt;!2, the paper medium 1 is photographed by a camera or the like provided by a mobile terminal or the like (the second image information fetching device 15). Further, the mobile terminal (knowledge device) acquires a crop mark (10) from the captured image. Further, in the four corners of the cutting target a, the action instruction information ι〇5b (7) is buried, and the value of the action instruction information 105·1, 5− causes the action of the object to change. Here, the action indicates information...]]. "For example, information about each bit is embedded separately. Therefore, in order to automatically perform instruction information 105-1 to 105-4, an action is taken, and information is displayed, for example, four corners are read in a specific order (for example, clockwise direction). For example, the preset action is performed on the cropped object 1〇1 that is virtually combined with the background image, for example, corresponding to the result of the reading. Specifically, for example, the action indication information (4-bit) is “11”. _, moving the cropped object 101 to the right. Further, when the operation instruction information is "_", the cropped object 101 is moved to the left, and when the "(1) 1" is made, the cropped object HH is rotated in the same manner as the original object. The operation of the second embodiment is not limited thereto, and for example, the cut object 101, that is, the red dragonfly, can be changed in a direction away from the direction. Further, the posture (e.g., position (coordinate) and orientation) or moving speed of the cropped object can be obtained based on the motion instruction information. Further, the execution timing of the above-described operation may be performed, for example, by the user touching the screen on the screen (including tapping, touching, and sliding, which is widely included) on the screen of the mobile terminal device 160697.doc 201237802 to display the cropped object 1〇1. The specific operation is not limited to this embodiment. For example, the built-in camera (user side camera) of the mobile terminal device can also be used to instantly recognize the change in brightness. When the average brightness below the preset brightness exceeds a certain level, it is determined that the cut object 101 is to be touched. The cut object 101, that is, the red dragonfly, performs the action of flying away. Further, the content of the action set in accordance with the operation instruction information may be stored in advance in a storage unit or the like, and the predetermined external device 4 may be connected via a communication network or the like to acquire the action content of the object from the connected external device. Thereby, for example, the same operation instruction content can be operated differently from the action content stored in the storage means or the like and the action content acquired from the external device. Further, by acquiring the content of the operation from an external device or the like, it is possible to freely change the operation by management of the external device. &lt;Embodiment 3&gt; Fig. 21 is a view showing an example of an eight-foot application system of the third embodiment. Further, the AR application system of the circle 21 can be executed using the mobile terminal in the same manner as in the second embodiment. In the third embodiment, for example, a plurality of cropped objects 111-1 to 111-4 (in the example of Fig. 21, squid) which are the targets of performing a specific operation in the paper medium 11 of the transcript or the like are depicted. Further, around the respective cut objects "^~丨丨丨·々, the cutting marks 112-1 to 112-4 are embedded in the respective cut objects. The cutting marks (1) are within the winter, and 2(), in the same manner, a low frequency portion is embedded around the outer shape of each of the cut objects 111-1 to 11b, and a high frequency portion is embedded in the outer side of the low frequency portion. Further, the cutting mark 丨12_1~ The operation instruction information for performing the specific operation for each of the cropped objects lu 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 The image information acquisition device 15) captures the paper medium 110. Further, the mobile terminal (the recognition device 16) acquires the crop marks 112·1 to 112-4β from the captured image, and the mobile terminal device is based on the acquisition. Cut the marks 112_1~112·4, and cut the cut object (1) (1)^, which is the fish and the background image, to generate an image of the simulated composite and display it on the screen. As described above, crop 112-1 The operation instruction information is embedded in ~112-4, and the value of the operation instruction information is similar to that of the above embodiment. The action of the object 11 - lq u_4 changes, and the action indication information is in four corners, and may be embedded in, for example, the peripheral portion of the cutting marks u 2_ 1 to 112-4, or a predetermined cut. The specific position in the mark is cut. In the third embodiment, when the user's hand 113 touches the screen displaying the captured image, the ripple is diffused, and each of the cut objects Hill 11-4 is squid. Specifically, for example, when the fingertip of the user's hand 113 touches the screen, the mobile terminal (the recognition device 16) obtains the coordinates of the touch and each of the cropped objects m•卜^-々 That is, the coordinates of the squid, using the obtained coordinates to produce the cutting direction object 丨丨 丨 丨丨 丨丨 丨丨 斗 之 之 之 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 又 又 又 又 又 又 又 又 又 又 又 又 又 又The angle information of the object (1)-WU-4 is oriented. In addition, the motion indication information does not have to be in the corner of the cutting target, for example, and the information of the 8-bit element can be embedded in the periphery of each mark to enable it to be expressed. Out 160697.doc -43- 201237802 0~360 degree action. Further, action The end device adjusts the advance speed of each of the cropped objects 111-1 to 111-4 by normalizing the direction vector. The vector generated by the above method can be made even if it touches any position on the screen on the mobile terminal device. Each of the cropped objects 111-1 to 111-4 performs a radial traveling operation. <Embodiment 4> Fig. 22 is a view showing an example of the iAAR application system of the embodiment 4. The AR application system of Fig. 22 can also be used. The second embodiment is similarly executed by the mobile terminal device. In the fourth embodiment, a plurality of cutting targets 12M and i2i_2, which are targets for performing a specific operation in a paper medium 12 such as a fashion magazine, are depicted (in the example of Fig. 22). For clothing). Further, the above-described cutting marks 122_ 1 and 122-2 are embedded in the periphery of the cut objects 121_丨 and 121_2 in correspondence with the respective cut objects 121-1 and 121·2. In the fourth embodiment, the paper medium 120 is imaged by a camera or the like (second image information acquiring device 15) provided on a mobile terminal or the like. Furthermore, the mobile terminal (the acknowledgment device 16) acquires the crop marks mi, ΚΙ 2 from the captured image, and the action terminal device cuts the cut based on the obtained crop marks 122-1, 122-2. The object 121], 121_2, that is, the garment is separated from the background image, and a virtual composite image is produced and displayed on the four sides. &amp; The cropped image can be enlarged, reduced, rotated, and moved on the screen. Whenever the user shoots a product, a round image such as clothing is added to the screen, so you can enjoy the match according to your own preferences. fun of. Therefore, in the fourth embodiment, by performing the above functions, for example, the application 160697.doc 201237802 can be provided as a fashion matching application. Specifically, the product of the upper clothing item 131-1 or the skirt item ι31_2, the slave s shoes item 131-3, etc., is embedded in the cutting mark, and the user uses the mobile terminal to shoot the favorite. For the goods, each item can be screened into the written program 130 of the mobile terminal and displayed on the screen. The user selects the favorite item by the hand 132 from the mobile terminal - the item displayed on the screen 130, and moves it to the virtual side of the face 130. Further, the fourth embodiment is not limited to the clothing, and may include, for example, a hat or glasses, an ornament, a shoe, etc., and may be used in conjunction with a face image or the like to match the face type. Moreover, in the case of the above-described fashion matching application, the image of the back side of the product (for example, the design of the back side of the top or the skirt) or the price may be obtained from, for example, the operation instruction embedded in the cutting mark. Color information, etc. Further, for example, when the data capacity is increased due to a design image on the side of the body, the image can be displayed by a browser such as the Web. That is, if the information is small (for example, in the case of a few bits), the action instruction information can be embedded in the four corners or the peripheral part of the mark; if the information is large, it can be embedded only in advance. The 1D (identification information) of the information is sent to a specific external device (server) while the cutting is being performed, and the corresponding information is obtained from the Web or the like. In the above-mentioned embodiments, the action of the action information can be immediately after the recognition of the cutting mark, and the user can act after the specific time/line after the recognition. The terminal device (recognition device) performs the action of the shirt. 160697.doc -45· 201237802 In addition, when a plurality of (four) operations are performed, the operation instruction information may be set in advance according to each of the objects. Further, in the case where the instruction information is for a plurality of object objects, the embodiment in which two persons are shoulder-to-hand, and the grip is used, for example, there are two persons, and the embodiment is not limited thereto. Actions such as shoulder bars, but this

Further, in the present embodiment, the action of the A object is made. In this way, the second action instruction information can also include the action of the whole object. The movement of the unified unit # it 1 ^ When all the members of the personal object enter the pole, they can also be buried with the person = information, for example, the object is a person ^ X, Μ Μ information (name, age, gender) Specialized) or information such as websites, blogs, etc., may also be used to attach a π ° and then 'as an attached object'. The surface is different from the cropped object

:I: For other embodiments, for example, pre-empting the phase or container of the product or food, the container or the manual, etc., and taking the image and recognizing the image, thereby marking the business and taking the camera The method or method of use, conditioning, etc., for example, when cutting an object such as a cosmetic (such as a mascara, etc.), the color information of the makeup 2 is obtained by cutting the mark' The color information is used to apply makeup to the face image of oneself or others. The paper media j 〇〇 and jji 2 所示 shown in the above embodiments 2 to 4 can also be images displayed on the screen. The above-mentioned 'according to the present invention, the non-visualization of information can be quickly embedded or extracted' and can provide high-precision content with excellent added value. 160697.doc 46- 201237802 The preferred embodiment of the present invention has been made above. The present invention is not limited to the specific embodiments, and various modifications and changes can be made within the spirit and scope of the invention as disclosed in the appended claims. The present application is based on and claims. put forward The priority of the prior patent application No. 2010-272994 filed on Jan. 30, 2011, the priority of which is hereby incorporated by reference. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing an example of a schematic configuration of a content providing system according to an embodiment of the present invention. Fig. 2 is a view showing an example of a functional configuration of an embedding device according to an embodiment of the present invention. Fig. 3 is a view showing an example of the functional configuration of the device for understanding the shape of the present invention. Fig. 4 is a view showing the non-visual information of the embodiment of the present invention.

An example of a picture. The information is embedded in the information. Fig. 5 is a flow chart showing an example of a non-visualization management program according to an embodiment of the present invention. Fig. 6 is a flow chart showing an example of a non-visualization management program according to an embodiment of the present invention. Non-visualized information Fig. 7 (a) to (d) are diagrams for explaining a non-buried example of an embodiment of the present invention. Fig. 8 (a) to (d) are diagrams for explaining an example of the non-extraction and the object of the embodiment of the present invention. 160697.doc •47· 201237802 Fig. 9(a) and Fig. 9(c) are diagrams for explaining an example of the operation of the object according to the embodiment of the present invention. Fig. 3A is a view for explaining an example of a gate including a specific pixel region formed by a high-frequency portion of an embodiment of the present invention. Fig. 10B is a view for explaining another example of a gate including a specific pixel region in which a high-frequency portion is formed in the embodiment of the present invention. Fig. 1 (a) and (c) are diagrams for explaining non-visualization information including a high frequency portion and a low frequency portion according to an embodiment of the present invention. Fig. 12 is a view showing the relationship between the embedding strength and the gradation value of the background in the embodiment of the present invention. Fig. 13 is a view showing an example of non-visual coding for monochrome video according to an embodiment of the present invention. Fig. 14 is a view showing the reading accuracy of the brightness of the gray of the embodiment of the present invention. A diagram of the relationship of visualization. Fig. 15 (a) to (d) are diagrams for explaining the evaluation of the read recognition accuracy of the non-visualization information for each image of the embodiment of the present invention. Fig. 16A shows the results of the evaluation corresponding to Fig. 15 of the embodiment of the present invention. Fig. 16B is a view showing another example of the evaluation result corresponding to Fig. 15 of the embodiment of the present invention. Fig. 17 (a) to (c) are views showing an example of the ar application system of the first embodiment of the embodiment of the present invention. Figs. 18(a) to 18(d) are diagrams showing an operation example of a windmill relating to the correction instruction obtained in the embodiment of the present invention. I60697.doc • 48 · 201237802 Fig. 19 (4) and (e) are diagrams for explaining the relationship between the non-visual information insects &amp;&amp;&amp; information and the operation instruction information included in the portrait of the embodiment of the present invention. (a) and (b) are diagrams showing an example of an AR application system according to a second embodiment of the present invention, and an example of an AR application system according to a third embodiment of the embodiment of the present invention. Figures (a) and (b) are diagrams showing an example of an AR application system according to a fourth embodiment of the embodiment of the present invention. [Description of main component symbols] 10 Content providing system 11 First printing medium 12 First image information acquiring device 13 Embedding device 14 Second printing medium 15 Second image information acquiring device 16 5 Enduring device 21 Input mechanism 22 Output Mechanism 23 Storage mechanism 24 Circular image acquisition unit 25 Image analysis unit 26 Embedded object setting unit 27 Buried information setting unit 28 Buried information generation unit 160697.doc • 49· 201237802 29 Non-visual information embedding mechanism 30 Transceiver Mechanism 31 Control mechanism 41 Input mechanism 42 Output mechanism 43 Storage mechanism 44 Buried image acquisition mechanism 45 Object capture mechanism 46 Non-visualization information analysis mechanism 47 Display information generation mechanism 48 Transceiver 49 Control mechanism 51 Input device 52 Output device 53 Drive device 54 Auxiliary memory device 55 Memory device 56 CPU 57 Network connection device 58 Recording media 61 Image data (photographic image) 62 Object 63 Frame 64 Outline 160697.doc -50- 201237802 65 Encoding inner frame 66 High frequency part 67 Low frequency section 71 Crop image 81 Position detection pattern 82 Rotation detection pattern 84 Edge 91 Buried image 92 Non-visual information 93 Motion indication information (buried information) 100 Paper media 101 Cropped object 102 Crop mark 103 Low frequency part 104 High frequency part 105 Action indication information 110 Paper medium 111 Cropped object 112 Crop mark 113 Hand 120 Paper media 121 Cropped object 122 Crop mark 130 Screen -51 - 160697.doc 201237802 131 Object 132 Hand 150 Object 152 Position detection pattern 154 High frequency part 156 Low frequency part 200 Part 300 dark part 160697.doc -52-

Claims (1)

201237802 VII. Patent application scope: 1. A content providing system using non-visualized information, comprising: a non-visualized information embedding device, embedding non-visualized information at a specific position of the acquired image; and understanding The device recognizes an object and non-visual information contained in an image obtained by the embedding device; and the embedding device includes: an embedding object setting mechanism, wherein the image is obtained from the above An object that is to be embedded with non-visual information, and a non-visual information embedding mechanism that embeds and objects with the object obtained by the object object setting mechanism Corresponding to the above non-visualization information; the above-mentioned recognition device comprises: an object reclining mechanism, which is obtained from the buried area of the non-visualization fund afl included in the image; the non-visualized information analysis mechanism When the object picking mechanism handles the object, the processing content of the object is analyzed from the non-visual information; and the display Information generating means, the processing by which the non-visual information obtained by the analyzing means corresponding to the content generated is displayed on the screen of the object. 2. An embedding device that embeds a non-visualized non-visualized information embedding device at a specific position of the acquired image, and features I: 160697.doc 201237802 image analysis mechanism, Obtaining an object and bit information included in the image; and embedding the object object setting means, setting the image as an object to be embedded by the object obtained by the image analysis means; and; non-visualizing The information embedding mechanism embeds the non-visual information corresponding to the object by surrounding the object obtained by the object and the object. 3. The embedding device of claim 2, comprising: an embedding information setting mechanism that sets a buried content of the non-visualized information embedded by the non-visual information embedding mechanism; and embedding The information generating mechanism generates non-visualized buried information by embedding the information set by the embedded information setting institution. 4. The embedding device of claim 3, wherein the embedding information setting means sets the form of the non-visualized information to a two-dimensional code, and the low frequency portion and/or the high frequency portion of the brightness relative to the original image The coding unit constituting the above two-dimensional code. 5. The embedding device of claim 2, wherein the non-visual information embedding means synthesizes non-visualized information corresponding to the object based on position information of the object obtained by the image analyzing means. 6. A cognitive device that recognizes objects and non-visualized information contained in an acquired image, and is characterized by: an object building mechanism that buryes non-visualized information contained in the image Incorporating objects into the area; 160697.doc • 2 · 201237802 Non-visualized information analysis organization, when the above-mentioned object picking machine broadcasts the above objects, the above-mentioned non-visualized information is analyzed The content of the processing; and the display information generating mechanism, and the processing content obtained by the non-visual information analyzing mechanism are generated to produce the object displayed on the surface. The device of claim 6, wherein the object capture mechanism filters the image using a specific frequency and extracts non-visualized information from an area corresponding to the frequency of the picking. 8. - A method of embedding a 'non-visualization information' that embeds non-visualized information at a specific location of the acquired image. The method for embedding Bessie includes the following steps: an image analysis step of acquiring an object and position information contained in the image; and an embedding object setting step obtained by the image analysis step And setting the image as an object to be embedded; and a non-visual information embedding step, wherein the non-visual corresponding to the object is buried around the object obtained by the step (4) of embedding the object object Information. 9. The method of embedding according to claim 8, comprising: the embedding information setting step of setting a buried content of the non-visual information to be buried by the non-visual information embedding step; and non-visualization The information generation step generates non-visualized buried information by using the buried information set by the embedded information setting step. The method of embedding claim 9, wherein the embedding information setting step sets the form of the non-visualized information to a two-dimensional code, and the low frequency portion of the brightness relative to the original image and / or a high frequency portion to constitute an encoding portion of the above two-dimensional code. 11. The embedding method of claim 8, wherein the non-visualization tfl embedding step synthesizes non-visualized information corresponding to the object based on position information of the object obtained by the image parsing step. 12. A method of recognizing, which is to recognize the objects and non-visual information contained in the acquired image, and is characterized in that: the object taking step is based on the non-visual information contained in the image. Embedding the area to capture the object; the non-visual information parsing step is to analyze the content corresponding to the object from the non-visual information when the object is operated by the object (step 4); and display information generated The step is to generate an object displayed on the surface of the cake by the processing of the content of the cake obtained by the non-visual information analysis step. 13. The method of claim 12, wherein the object capturing step uses the special frequency to filter the image, and extracts the non-visualized resource from the region corresponding to the frequency of the obtained ' ^ Befeng The camphor functions as an image analysis unit, a buried object object setting mechanism, and a non-visualization information embedding mechanism which are included in the embedding device of claim 2. 160697.doc 201237802 15. An acquaintance program for causing a computer to function as an object capture mechanism, a non-visual information analysis mechanism, and a display information generating mechanism included in the acknowledgment device of claim 6. 160697.doc