WO2008044325A1

WO2008044325A1 - Information providing system

Info

Publication number: WO2008044325A1
Application number: PCT/JP2006/325450
Authority: WO
Inventors: Makoto Miyanouchi
Original assignee: Frepar Networks Kabushiki Kaisha
Priority date: 2006-10-13
Filing date: 2006-12-14
Publication date: 2008-04-17
Also published as: JP2010002941A

Abstract

An information providing system enables users to feel occupancy and to communicate with insatiable and attractive characters. An information communication device (10) reproduces a peculiar character in accordance with identification information, so that users' feeling of occupancy or emotions about the character can be raised. An image or a voice of a character is changed in accordance with a variety of information such as a sensed result of a sensor unit (107) of an object sensor, a wind pressure sensor, etc. set in the information communication device (10) and tag information of goods read by a reader device (30), etc., so that a character in an abundance of unexpectedness can be created.

Description

TECHNICAL FIELD The present invention relates to an information providing system that provides information via a network such as the Internet. For example, the present invention can change a character image or voice according to a user's inquiry. The present invention relates to a bidirectional interactive information providing system. BACKGROUND ART In recent years, with the development of information communication technology represented by the Internet, it has become possible for individuals to easily transmit and receive large amounts of data. For example, services that deliver large-capacity video data and music data according to the user's wishes on the Internet are attracting attention, and the market for ^ is expanding year by year. In addition, in digital television broadcasting, the contents of the program being broadcast, questionnaires, etc. are transmitted via teletext accompanying the normal television broadcast, and the response from the user to this is sent back to the broadcasting station. Type communication is possible. DISCLOSURE OF THE INVENTION However, such bidirectional communication technology is still in the process of development, and further technological innovation is demanded. In digital television broadcasting and the Internet, it is easy to obtain information desired by users, but the act of obtaining information in this way is. Compared to interpersonal communication, there is a problem that it is less surprising and can easily get bored. On the other hand, communication between humans via a network involves problems such as poor imagination and narratives, which are easily bound by various social constraints, and troubles in unnecessary human relationships. There are problems such as possible.

In recent years, computer games played by unspecified participants on the network have become popular, but the characters of participants who can encounter in such a game space are limited to other participants. Since they are uncontrollable characters, communication with these characters contains the same problems as those between humans mentioned above. Moreover, even if a virtual character appears in the game space, it is usually difficult for a participant to monopolize, so there is a problem that it is difficult to remember attachment and occupancy. ·

The present invention has been made in view of such circumstances, and an object thereof is to provide an information providing system that makes it easy to remember the sense of occupancy and enjoys communication with attractive characters who never get tired. There is.

An information providing system according to the present invention includes a reproduction unit that reproduces at least one of an image and sound of a character, a kuta, a sensor unit that senses a predetermined physical state, and a storage unit that stores identification information. A plurality of information communication devices, and a server device that provides character information related to at least one of a character image and sound to be reproduced by the reproduction unit to each of the plurality of information communication devices. When the server device acquires the identification information from the information communication device, the server device is a unique character corresponding to the acquired identification information, and the character of the character that changes according to the detection result of the sensor unit. It has a key that generates Kuta information, and a character information generator. Based on the character information provided from the server device, the previous information communication device reproduces at least one of the image and sound of the unique character by the reproduction unit and at least the image and sound. A control unit that changes one of them according to the sensing result of the sensor unit is provided. Suitably, the said information communication apparatus may have a reading part which reads the identification information of goods. When the character information generation unit acquires the item identification information from the information communication device, the character information generation unit may generate the character information of the unique character according to the acquired item identification information. The control unit of the information communication device, based on the carragta information corresponding to the article identification information provided from the server device, at least one of the image and voice of the unique character reproduced by the reproduction unit In that case, the character information generation unit may invite the purchase of a specific product by the unique character, and after the solicitation, read the specific object identification information related to the product of the specific. The character information may be generated so that the attitude of the unique character changes depending on whether or not it has been read by a part.

Further, the server device includes: an information collection unit that collects the article identification information read by the reading unit for each identification information; and a user action for each identification information according to a collection result of the information collection unit. You may have the determination part which determines a style. The character information generation unit may generate the character information of the unique character according to a determination result of the determination unit.

Preferably, the server device collects a detection result of the sensor unit for each identification information, and uses a user for each identification information according to a collection result of the information collection unit. And a determination unit that determines the behavior pattern of the user. The character information generation unit may generate the character information of the unique character according to a determination result of the determination unit.

The information communication apparatus may include a voice input unit that inputs voice. The server device may include a voice recognition unit that acquires voice information input in the voice input unit and recognizes the voice based on the acquired information. The character information generation unit may generate the character and data information of the unique character according to a recognition result of the voice recognition unit.

The information communication device may include a wireless communication unit that transmits and receives a wireless signal. The server device may include a voice recognition unit that recognizes the voice based on the acquired information when the voice information included in the radio signal received by the radio communication unit is acquired. The character information generation unit may generate the character information and voice information of the character unique to i ti according to the recognition result of the voice recognition unit. When the previous f-self radio communication unit obtains the voice information of the specific character generated according to the voice information included in the radio signal received from the communication partner from the server device, the radio communication unit includes the acquired voice information. A wireless signal may be transmitted to the communication partner.

Preferably, the character information generation unit periodically changes at least one of the image and voice of the unique character in units of at least one of year, month, week, or day. The character information may be generated.

The reproduction unit of the information communication device may include a display unit that displays the image of the character, a support unit that supports the display unit so that the posture can be changed, and a detection unit that detects the posture of the display unit. . In this case, the character information generation unit of the server device performs the detection. The character information of the unique character that changes according to the detection result of the protruding portion may be generated. Based on the character information provided from the server device, the control unit of the information communication device generates an image of the unique character displayed on the display unit according to a detection result of the detection unit. You can change it.

Preferably, the reproduction unit of the information communication device includes a display unit that displays the image of the character, a support unit that supports the display unit so that the posture of the display unit can be changed, and an attitude of the display unit by driving the support unit And a drive unit. In this case, the character information generation unit of the server device may generate the character information including information related to a change in the posture of the display unit by driving the front drive unit. The control unit of the information communication device may change an image of the unique character shown on the display unit and an attitude of the display unit based on the character information provided from the server device. Preferably, the character information generation unit of the server device may generate the character information for changing a posture of the display unit according to a sensing result of the sensor unit. In this case, the control unit of the information communication device determines the image of the unique character displayed on the display unit and the attitude of the display unit based on the character information provided from the server device. You may change according to the sensing result of the said sensor part. The information communication apparatus may include a folder unit that detachably holds the storage unit. In this case, when the storage unit is attached to the folder, the control unit of the information communication device reads the identification information from the storage unit and transmits the identification information to the server device, and from the folder unit to the storage unit When is removed, the playback of the unique character in the playback unit may be stopped, or the unique character in the playback unit. The update of at least one of the image and the sound may be stopped.

Preferably, the storage unit generates an at least one of sound, light, vibration, and heat to notify that the unique character has an opportunity to hatch, and starts the hatching of the character When a predetermined time elapses after a signal for instructing is input, a notification control unit that gives the notification to the notification unit, and the storage unit is attached to the folder unit during or after the notification And an identification information output unit that outputs the identification information to the control unit of the information communication apparatus.

Preferably, the information communication device may include a body measurement unit that performs body measurement, and the character information generation unit of the server device has a unique characteristic according to a measurement result of the body measurement unit. The character information may be generated so that the character performs an advice relating to health management. '.

Preferably, the character information generation unit of the server device may provide advice related to health management by the specific character in accordance with the item identification information related to the food read by the reading unit for a certain period of time. The character information may be generated as before. -The information communication device may include a voice input unit that inputs voice, and the server device acquires voice information input in the voice input unit, and the voice based on the acquired information A voice recognition unit that recognizes the voice, a voice recognized by the voice recognition unit based on voice information acquired from the information communication device, and a specific password corresponding to the identification information acquired from the information communication device. Have a collation section to collate. In this case, the character information generating unit of the server device may generate the character information ^ so that the attitude of the unique character changes according to the verification result of the verification unit. You can make it.

Preferably, the information communication device may include a biological information acquisition unit that acquires biological information, and the server device acquires the biological information acquired from the information communication device and the information communication device. You may have a collation part which collates with the biometric information of the specific user corresponding to identification information. In this case, the character information generation unit of the server device may generate the character information so that the attitude of the unique character changes according to the collation result of the combination unit.

According to the present invention, by changing the image and sound of a user-specific character in accordance with the sensing result of the sensor unit, it is easy to learn the sense of occupancy and enjoy communication with an attractive character that never gets tired. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram showing an example of the configuration of an information providing system according to an embodiment of the present invention. FIG. 2A, FIG. 2B, and FIG. 2C are examples of the appearance of an information communication device. 2A is a front view, FIG. 2B is a right side view, and FIG. 2C is a rear view.

3A and 3B are second views showing an example of the appearance of the information communication device, FIG. 3A is a plan view, and FIG. 3B is a bottom view.

FIG. 4 is a diagram illustrating an example of the configuration of the information communication device.

5A, FIG. 5B, and FIG. 5C are diagrams showing an example of the appearance of the reader device, FIG. 5A is a front view, FIG. 5B is a perspective view, and FIG. 5C is a side view.

FIG. 6 is a diagram illustrating an example of the configuration of the server apparatus. FIG. 7 is a flowchart for explaining the process of reproducing the unique character corresponding to the identification information; e.

Fig. 8 is a flowchart for explaining the change of the character when the article identification information is read. B

FIG. 9 is a flowchart for explaining the change of the character when the voice is repelled.

FIG. 10 is a flowchart for explaining the process of determining the user behavior. ,

FIG. 11 is a perspective view showing an example of the appearance of the information communication apparatus according to the second embodiment.

-.

FIG. 12 is a block diagram showing an example of the configuration of the information communication apparatus according to the second embodiment. ■, · '. Figure 1 ³ is a diagram illustrating a change in the character according to the change in the display Yuni' Bok posture. : ''

FIG. 14 is a diagram showing a configuration example of an information communication device that automatically changes the posture of the display unit. ,

Fig. 15 is a diagram showing a configuration example of a removable storage unit that can simulate the process of character hatching.

FIG. 16 is a flowchart for explaining an example of the action of the character hatching in the removable storage unit shown in FIG.

Fig. 17 shows an example of the external appearance of a reader device that has both a function for reading article identification information and a function of measuring body. FIG. 18 is a diagram illustrating an example of a configuration of a reader device having a body measurement function.

FIG. 19 is a diagram illustrating an example of the configuration of a server device having a function of performing password and biometric information matching processing.

FIG. 20 is a diagram illustrating an example of a configuration of an information communication device having a biometric information acquisition function. '■

FIG. 21 is a diagram showing an application example in which advertisement information is provided and advertisement fees are collected by the information providing system according to the embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION First, a first embodiment of the present invention will be described.

FIG. 1 is a diagram showing a configuration example of an information providing system according to an embodiment of the present invention. The information providing system shown in Fig. 1 is an information communication device that can reproduce character images and sounds. ˜1 0—4 and server device 20.

Information communication devices 1 0-1 to: 1 0-4 are examples of the information communication device of the present invention. '■.

Server device 20 is an example of a server device of the present invention.

[Information communication equipment 1 0]

First, the information communication devices 10-1 to 10-4 will be described. Here, each information communication device is represented by “information communication device 10”.

The information communication device 10 transmits identification information to the server device 20 via a network such as the Internet, acquires character information generated in response to the information from the server device 20, and based on the acquired character information User-specific character images, Play audio. For this character, for example, a fictitious situation is set in which a person living on another planet appears in front of an earthling person through subspace communication. The information communication device 10 includes various sensors, and changes the image and sound of a character who is a resident of another planet according to the detection results of the sensors. .

2 and 3 are diagrams showing an example of the appearance of the information communication apparatus 10.

Figure 2 (A) is a front view, Figure 2 (B) is a right side view, Figure 2 (C) is a rear view, Figure 3 (A) is a plan view from the top, and Figure 3 (B) is a bottom view. Each is shown.

The information communication device 10 has a shape in which one surface of the rectangular parallelepiped is inclined with respect to the other two surfaces while maintaining a right angle with respect to the two surfaces in contact therewith. This obliquely inclined surface forms the front of the information communication device 10. Of the two surfaces inclined relative to this front, the larger area is the β-plane, and the smaller area is the upper surface. . Fig. 3 • As shown in (A) and (Β), the front is gently curved toward the back. In addition, the part where the back and top, left side and right side touch is rounded and rounded. :.

A rectangular display area 1 5 1 for displaying a character stereoscopic image is formed in the upper portion of the center of the information communication device 1 0. In the lower portion of the front center, characters and other information are displayed. A rectangular display area 1 5 2 for displaying the image is formed. In the example of FIG. 2, the display area 15 1 is long in the vertical direction, and the display area 15 2 is long in the horizontal direction.

On the upper side and the lower side of the rectangular display area 151, decorative members (15 3 to 15 6) for visually distinguishing the three-dimensional image of the character are formed, respectively. The upper protrusion 15 4 has a plate-like shape that protrudes parallel to the bottom from the top of the device: / lay region 1 5 1, and its tip is rounded, semicircular The shape is rounded.

The cage portion 1.53 has two ring members having different diameters arranged concentrically at a distance, and a plurality of spokes connecting the two ring members.

The ring member having the shorter diameter in the cage portion 15 3 is fitted into the lower surface of the tip portions of the projecting portions 15 and 4, and the ring member having the longer diameter is provided in the projecting portion 15 4 protrudes downward from the lower surface.

The lower projecting portion 15 6 projects from the lower side of the display area 15 1 toward the front. The upper side of the projecting portion 15 6 forms a surface parallel to the upper surface and the bottom surface of the information communication device 10. The lower surface forms a hemispherically rounded curved surface.

The basket portion 15 5 is similar to the car portion 1 5 3 described above, and includes two ring members having different diameters arranged concentrically at a distance and a plurality of spokes connecting the two ring members. And have.

The ring member having the shorter diameter in the cage portion 15 5 5 is fitted into the upper surface of the protruding portion 15 6, and the ring member having the longer diameter is connected to the upper surface of the protruding portion 15 6. It protrudes upward from.

The ring members of the cage portions 15 3 and 15 5 are arranged substantially concentrically in the vertical direction. A cylindrical space sandwiched between the upper and lower portions of the cage portions 1 5 3 and 1 5 5 is an area where a three-dimensional image of the character is formed.

Near the center of the back surface of the information communication device 10, there is provided a folder unit 15 7 that detachably holds a removable storage unit 1 17 to be described later. For example, as shown in FIG. 2, the removable storage unit 1 17 is a cylindrical capsule whose both ends are hemispherically rounded. The folder part 15 7 is formed with a hole extending obliquely from the back surface to the bottom surface of the information communication device 10, and the removable storage part 1 17 is inserted in the folder part 1.5 7 used.

FIG. 4 is a diagram showing an example of the configuration of the information communication apparatus 10.

The information communication device 10 shown in FIG. 4 includes a character display unit 1 0 1, an information display unit 1 0 2, amplification units 1 0 3 and 1 0 5, a speech power 1 0 4, and a microphone 1 0 6 Sensor unit 10, storage unit 1 15, rim bubble storage unit 1 1 7 and its interface unit (IZF unit) 1 1 6, and network interface unit (network IZF) Part) 1 1 8, wireless communication part 1 1 9, control part 1 2 1, reader device 30 and its interface part (IZF part) 1 2 0.

A block including the character table section 1 0 1, amplification section 1 0 3, and speaker 1 0 4 is an example of a playback section of the present invention.

The sensor unit 107 is an example of the sensor unit of the present invention.

The removable storage unit 1 1 7 is an example of the storage unit of the present invention.

A buzzer that sandwiches the amplification unit 105 and the microphone 106 is an example of the voice input unit of the present invention.

The wireless communication unit 1 1 9 is an example of the wireless communication unit of the present invention.

The character display section 1 0 1 is an area in front of the display area 1 5 1 according to the image signal supplied from the control section 1 2 1 (space sandwiched between the upper and lower sides of the basket sections 1 5 3 and 1 5 5 ) Form a 3D image. As an image display method, any conventionally known three-dimensional image display method can be used. The information display unit 10 2 is configured by using a display device such as a liquid crystal display panel 4 an organic (inorganic) EL panel, for example, and the display region 1 1 according to the image signal supplied from the control unit 1 2 1. 5 Display various information in 2.

The amplifying unit 1. 0 3. amplifies the audio signal supplied from the control unit 1 2 1 and supplies it to the speaker 10 4. The speaker 10 4 generates sound corresponding to the audio signal amplified by the amplification unit 103.

The microphone 1 0 6 converts the input sound into an audio signal and outputs it to the amplification unit 1 0 5. The amplification unit 1 0 5 amplifies the audio signal from the microphone 1 0 6 and outputs it to the control unit 1 2 1.

The sensor unit 107 senses a certain physical phenomenon and converts it into an electrical signal and outputs it to the control unit 1 2 1. ... As shown in FIG. 4, for example, the sensor unit 1 0 7 includes an object sensor 1 0 8, a wind pressure sensor 1 ′ 0 9, a light sensor 1 1 0, and a temperature sensor 1 1 1.

The object sensor 10 8. senses an object that has entered a predetermined area around the information communication device 10. This predetermined area is set, for example, as a stereoscopic image formation area (a space sandwiched between the upper and lower sides of the cage parts 15 3 and 15 5) by the character display unit 101.

The method of sensing an object in the object sensor 108 is arbitrary. For example, a method of sensing an object by changing light or capacitance, a method of sensing an object by image processing, or the like can be used.

As an example, the object sensor 10 8 has a pair of a light projecting part and a light receiving part, and when light projected from the light projecting part to a predetermined area is reflected by the object and enters the light receiving part, Detects that an object has entered a predetermined area. Projection part that mentioned above the pair of light emitting part and light receiving part 1 If there is a pair for each of 5 4 and 1 5 5, it is also possible to detect the entry of an object independently on the upper and lower sides of the region where the stereoscopic image is formed. This makes it possible, for example, to distinguish between a case where the user tries to touch the head of the character and a case where the user tries to touch the foot, and can increase variations in the response of the character. '

The wind pressure sensor 10 9 senses the pressure of the wind that hits the information communication device 10. The wind pressure sensor 10 9 is arranged, for example, around the display area 15 1, and can sense the breath blown toward the character displayed by the character display unit 1 0 1.

The optical sensor 1 1 0 senses the brightness around the information communication device 10. For example, the temperature sensor 1 1 1 that detects which level of the brightness of the room where the information communication device 1.0 is installed is at a plurality of levels senses the temperature around the information communication device 10. For example, it detects which level of a plurality of stages the temperature of the room in which the information communication device 10 is installed. The storage unit 1 1 5 is used for various data used for the processing of the control unit 1 2 1, data that needs to be temporarily stored, and when the control unit 1 2 1 includes a computer. Stores the program code. The storage unit 1 15 is composed of, for example, a magnetic disk device such as a hard disk device, an optical disk device, and various semiconductor memories.

The removable storage unit 1 1 7 stores identification information necessary for reproducing a user-specific character. Here, the identification information may be information that can identify each user or each character, for example, a user assigned directly to each user. It may be unique information (user ID code described later), or may be information unique to a character (character ID code described later) assigned to each character. The latter character ID code is stored in the user information storage unit 202 of the server device 20 in association with the user ID code, and corresponds to each user. It can be information for identifying.

The removable storage unit 1 17 includes, for example, a non-volatile memory such as a flash memory, other semiconductor memories, an optical disk device, a magnetic disk device, and the like.

The rim bubble storage unit 1 1 7 can be detachably connected to the control unit 1 2 1 via the I Z F unit 1 1 6. The removable storage unit 1 1 7 and the I Z F unit 1 1 6 communicate by any non-contact method such as infrared communication. No

The network I Z F unit 1 1 8 performs communication processing based on a predetermined protocol so that the control unit 1 2 1 can communicate with the server device 20 via the network.

The wireless communication unit 1 1 9 performs wireless communication with the mobile phone 40. Communication data transmitted / received to / from the mobile phone 40 is relayed from the network 1 /? Unit 118 to another communication terminal (telephone etc.) via the network. '

The reader device 30 reads the identification information of the article from the tag attached to the article and outputs it to the control unit 1 2 1 via the I Z F unit 1 2 0.

For example, as shown in FIG. 4, the reader device 30 includes a reading unit 30 1 and an I Z F unit 30 2.

The reading unit 3 0 1 reads the article identification information from the tag attached to the object. For example, product identification information is optically read from a barcode attached to a product tag. Product The product identification information may be acquired by wireless communication from the attached RFID, (Radio Frequency Identification) taku, 'force, etc.'.

The IF unit 302 communicates with the I ZF unit 120 using a predetermined communication method, and transmits the article identification information read by the reading unit 30 1 to the control unit 1 2 1. The communication method between the I ZF unit 30 2 and the I / F unit 120 is arbitrary, and it is possible to use, for example, near field communication such as infrared communication or B 1 u eot o t h (registered trademark).

FIG. 5 is a diagram showing an example of the appearance of the reader device 30.

Fig. 5 (A) is a plan view, Fig. 5 (B) is a perspective view, and Fig. 5 (C) is a side view. The reader device 30 has, for example, a disk shape as shown in FIG. 5. When an article tag is placed in the center (circled portion), an optical method, electrical, The tag identification information is read by a magnetic method. ^:

The control unit 1 2 1 has a computer that executes processing based on the program code stored in the storage unit 1 15, for example, and performs the overall operation of the information communication device 10 according to the program procedure. Control all over. .

For example, the control unit 1 2-1 displays a 3D image of the character on the character display unit 1 0.1 based on the character information provided from the server device via the network, and outputs the voice of the character from the speaker 104. Process. The character information provided from the server device 20 includes information related to the character image and sound, as well as information related to the change of the character. Change. For example, when the wind pressure is detected by the wind pressure sensor 1 0 9 of the sensor unit 10 7, the control unit 1 2 1 changes the character image based on the character information so that the character's clothes are shaken by the wind. Let Further, the control unit 1 2 1 converts the voice signal from the microphone 10 6 input to the amplification unit 1 Q 5 into digital data and transmits the digital data to the later-described voice recognition unit 2 1 4 of the server device 20. Processing, processing for transmitting article identification information read by the reader device 30 to a character information generation unit 2 1 1 (to be described later) of the server device 20, communication transmitted and received by the wireless communication unit 1. 19 Processing for relaying data to the telephone network control unit 2 15 described later of the server device 20 is performed. ,

[Server device 2 0]

Next, the server device 20 will be described.

FIG. 6 is a diagram illustrating an example of the configuration of the server device 20.

6 includes a network interface unit (network IZF unit) 2 0 1, a user information storage unit 2 0 2, a unique character storage unit 2 0 3, and a character element storage unit 2. 2, a character management data storage unit 2 0 5, an article management data storage unit 2 0 6, and a control unit 2 1 0.

The control unit 2 1 0. includes a character information generation unit 2 1 1, an information collection unit 2 1 2, a determination unit 2 1 3, a voice recognition unit 2 1 4, and a telephone network control unit 2 1 5. And an article information processing unit 2 1 6 and a character management unit 2 1 7 and '. :

The character information generation unit 2 1 1 is an example of a character information generation unit of the present invention. The information collection unit 2 1 2 is an example of the information collection unit of the present invention.

The determination unit 2 1 3 is an example of the determination unit of the present invention.

The voice recognition unit 2 14 is an example of the voice recognition unit of the present invention.

The network IZF unit 20 0 1 performs communication processing based on a predetermined protocol so that the control unit 2 1 0 can communicate with the information communication device 10 via the network. The user information storage unit 20.2 stores various types of information for each user in association with unique identification information (user ID code) of each user who uses the information communication device 10. For example, the network address of the information communication device 10 that is currently in contact, the unique character identification information (character ID code) that the user currently holds, and the determination unit 2 1 3 determine the information. Information related to the behavior of the user is stored in association with the user ID code. ,

The unique character storage unit 203 stores various information related to the character in association with information (character ID code) for identifying each unique character. For example, various elements related to the appearance and voice of the character (clothing, body shape, hairstyle, voice quality, etc.), various attributes of the character (species, nationality, family register, age, gender, address, occupation, career, hobby, taste), Character character, current physical condition, etc. are stored in association with character identification information. 'The character element storage unit 2 0 4 stores information of each element necessary for reproducing the image and sound of the character. For example, when a character is generated from a live-action video, the video and audio of the character photographed in various scenes with various clothes and hairstyles are stored. In addition, when composing character images using computer graphics, image data for each character part (head, body, clothes, etc.) used for compositing, and voice data recorded in advance by a voice actor, etc. The character management data storage unit 2 0 5 stores the usage status of image elements and sound elements used when generating a unique character. For example, when creating a character using an image of a real talent, or a character created by a cartoonist When using it, as information for calculating the fee related to the use of the copyrighted work ffl, information such as the number of people used, the period of use, etc. is stored for each image element that is a product of production. The storage unit 206 stores management data for the article identification information read by the reader device 30 of each information communication device 10. For example, when and which user has read which article identification information is stored. In addition, as information related to goods (products) corresponding to the goods identification information, the type of goods (food, goods, playground equipment, etc.) and the information of the supplier (company) are stored.

Each of the storage units (20 2 to 2 0 6) described above is configured by a magnetic disk device such as a hard disk device, an optical disk device, various semiconductor memories, and the like. The control unit 2.10 is a control that executes processing based on a program code stored in a storage unit (not shown). It has a user and controls the overall operation of the server device 20 according to the procedure of the program. Each block (2 1 1 to 2 1 7) included in the control unit 2 10 is realized as a functional processing block of a program, for example. · Information collection unit 2 1 2 collects various types of information input in each information communication device 10 for each user ID code. That is, the article identification information read by the reader device 30 of the information / information communication device 10, the detection result of each sensor of the sensor unit 10 7, the voice recognition result of the voice recognition unit 2 14, etc. Are collected for each user ID code. The determination unit 2 1 3 determines the user behavior for each user ID code according to the collection result of the information collection unit 2 1 2 and records the determination result in the user information storage unit 2 0 2 For example, collection What kind of product was purchased and when from the identified product identification information The user's preference is analyzed and classified according to the situation. In other words, information (information such as product name, type, company name) about the product (product) corresponding to the collected product identification information is read from the product management data storage unit 2 06 and this read information Based on the user's preference. Specifically, if it is determined that coffee is consumed more than tea or carbonated drinks, it is determined that the user belongs to a type that prefers coffee. ,.

Also, for example, the user's average return time, holidays, etc. are determined from the light sensor detection results for 24 hours, and the user's preference for room temperature adjustment is determined from the temperature sensor detection results.

When the voice recognition unit 2 14 acquires voice information from the information communication apparatus 10 via the network, the voice recognition unit 2 14 recognizes the voice based on the voice information. For example, the voice recognizing unit 2 14 performs recognition processing on the voice input by the microphone 100 of the information communication device 10 or the voice of the communication partner included in the wireless signal received from the mobile phone 40. Do. When the recognition process is performed on the voice of the mobile phone 40, it is desirable to perform the recognition process only when a call is made to a specific communication partner, instead of performing the recognition process for all communication partners. For example, when a call is made to a telephone number assigned to a unique character, voice recognition processing is performed on behalf of that character. When the identification information (user ID code or character ID code) is acquired from the information communication device 10, the character information generation unit 2 1 1 generates character information of a unique character corresponding to the acquired identification information.

For example, the character information generation unit 2 1 1 is a predetermined event that changes the character (for example, detection of a physical change by the sensor unit 10 7, an object in the reader device 30. When the product identification information is read, the voice is input to the microphone 106, etc., the predetermined event is repeated at a certain period, etc.), the contents of the event and the unique character stored in the character storage unit 203 In accordance with the information, the elements stored in the character element storage unit 2 0 4 are combined to generate the character information. The character information generated by the character information generation unit 2 1 1 includes information necessary for reproducing the image and sound of the character in the information communication device 10 and information related to the change of the character. For example, an instruction on how to change the image and sound of the character in accordance with the detection result of the sensor unit 107 is included. When acquiring the item identification information from the information communication device 10, the character information generation unit 2 11 1 generates character information according to the acquired item identification information and transmits the character information to the information communication device 10. For example, information such as the product name corresponding to the product identification information is acquired from the product management data storage unit 206, and the image or sound information of the character that matches the information such as the product name (for example, 'the product Character information etc.) is read from the character element storage unit 2Q4 'and character information is generated based on this. In addition, the character information generation unit 211 may generate the character information so that the unique character solicits the purchase of a specific product. In that case, after the kidnapping, the character information is changed so that the attitude of the character changes depending on whether or not the specific item identification information related to the specific product is read by the reader device 30. It may be generated. Specifically, the character information may be generated so that the character is delighted when a specific product solicited by the character is purchased and the article identification information is read by the reader device 30. Thereby, the user's willingness to purchase a specific product can be promoted. Furthermore, the character information generation unit 2 1 1 generates unique character character information according to the determination unit 2 1 3 determination result. For example, when the determination unit 2 1 3 ′ determines that the user's favorite drink is coffee, the character information generation unit 2 1 1 generates character information soliciting a new coffee product. Also, if it is determined from the detection result of the sensor unit 107 that the average user's return time is from 8:00 to 10:00 at night, the room lighting is turned on during that time. Character information is generated so as to give a greeting such as “Return”.

Further, when the character information generation unit 2 1 1 obtains the recognition result of the voice input from the microphone 1 0 6 of the information communication unit 10 from the voice recognition unit 2 14, the character information generation unit 2 1 1 obtains character information corresponding to the recognition result. 4 done. For example, if the audio input in the microphone 1 0 6 is recognized as "Hello", "Yes, crowded Chi is." As a reply to this generates the character information to return a greeting like. On the other hand, the character information generation unit 2 1 1 acquires the recognition result of the speech included in the wireless signal received by the wireless communication unit 1 1 9 of the information communication unit 10 from the speech recognition unit 2 1 4. If it is, character information corresponding to the recognition result is generated, and in addition, voice information for returning a response to the communication partner mobile phone 40 is generated. For example, when a call is made from a mobile phone 40 to a specific phone number (character-specific phone number), voice information is generated as if the character is responding to the phone. At that time, the character information is generated so that the image of the character talking with the hand of the telephone is displayed on the character display unit 1001 of the information communication unit 10. This makes it possible to enjoy a virtual conversation with the character through the mobile phone 40. In addition, the character information generation unit 2 1 1 generates character information so that the image and sound of a specific character change periodically based on at least one of year, month, week or day. To do. For example, it changes into pajamas at night, changes clothes according to the season, and generates character information so that the character's messages differ on weekends and weekdays. In addition, when the user's birthday is recorded, character information is generated so that a special message is issued when the birthday is reached. The telephone network control unit 2 15 uses the wireless communication unit 1 19 of the information communication unit 10 as a base station so that the mobile phone 40 and other communication terminals on the network form a telephone network. In addition, communication control is performed according to a predetermined protocol.

The article information processing unit 2 16 processes the article identification information read by the reader device 30 of each information communication device 10 and stores the management data in the article management data storage unit 2 06. Do. For example, for each item identification information, the read date and the user ID code of the user who performed the reading are stored in the physical management data storage unit 206. As a result, 'useful data for marketing various products can be accumulated. The character management unit 2 1 7 searches the usage status (number of users, usage period, etc.) of the image elements and audio elements registered as copyrighted works in the character management data storage unit 2 5 and searches the search results. Is stored in the character management data storage unit 205 for each copyrighted work. This makes it possible to accurately calculate the fee for using the copyrighted work for the author, making it easier to receive works that can be used for the character, enriching the content for character generation, and creating attractive characters. It becomes easy to do.

Here, the operation of the information providing system having the above-described configuration will be described.

<Playing back unique characters> First, a process of specific character corresponding to the identification information is reproduced, it will be described with reference to Furochiya one + bets ^FIG.

Step S T 1 0 1:

When the device is activated, the control unit 1 2 1 of the information communication device 10 reads the identification information from the removable storage unit 1 1 7 and transmits it to the server device 20.

Step S T 1 0 2:

When the identification information is acquired from the information communication device 10, the character information generation unit 2 1 1 specifies a unique character corresponding to the identification information.

For example, if the identification information is a user ID code, the user ID code is searched from the user information storage unit 202 and the character identification information associated with this is read. Next, the character information generation unit 2 1 1 searches for the character identification information in the unique character storage unit 2 0 3 and stores information related to the specific character's character (appearance, sound, Read properties). .

On the other hand, if the identification information is a character ID code, the character ID code is searched in the unique character storage unit 203, and the information on the unique character stored in association with this is read. In this case, the character ID code is searched from the user information storage unit 202, and the user ID code associated therewith is read to identify the user.

When the character information generation unit 2 1 1 reads out the unique character information as described above, the character information generation unit 2 1 1 combines the character elements stored in the character element storage unit 2 The character information necessary for playback of the character is generated. The character information generation unit 2 1 1 transmits the generated character information to the information communication device 1 0 To provide.

Step S T.1 0 3:

When the control unit 1 2 1 of the information communication device 10 obtains the character information from the server device 20, the control unit 1 2 1 displays the character image on the character display unit 1. Output from speaker 1 0 4 '

Step S T 1 0 4:

When the detection result of the sensor unit 10 7 is input, the control unit 1 2 1 of the information communication device 10 displays the image based on the acquired character information so that the character shows a reaction according to the detection result. And change the voice. For example, when the object sensor 10 8 tries to touch the vicinity of the character's head, the character image is changed so that the character has a surprised expression. .. ¹

<Article Identification Information (Changes in Character According to this >> Next, changes in characters including the case where the article identification information is read by the reader device 30 will be described with reference to the flowchart of FIG.

Step S T 2 Q 1:

When the article identification information is read by the reader apparatus 30, the control unit 1 2 1 of the information communication apparatus 10 transmits the article identification information to the server apparatus 20.

Step S T 2 0 2:

When the character information generation unit 2 1 1 acquires the item identification information from the information communication device 10, the character information generation unit 2 1 1 acquires information such as a product name corresponding to the item identification information from the item management data storage unit 2 0 6. Character image and sound information that matches the product name is read from the character element storage unit 204. And character information based on the read information Is generated and provided to the information communication device 1 0.

Step S T 2 0 3:

When acquiring the character information from the server device 20, the control unit 1 2 1 of the information communication device 10 changes the character image and sound based on the acquired character information. For example, when the article identification information of clothes is read by the reader device 30, the character image is changed so that the character is put on the clothes.

Next, the change of the character when sound is input through the microphone port phone 106 will be described with reference to the flowchart of FIG. '

Step S T 3 0 1:.

When an audio signal is input from the microphone 1.0 6 through the amplification unit 1 0 5, the control unit 1 2 1 of the information communication device 1 0 transmits the audio information to the server device 20. 'Step ST 3 0 2:

When the voice recognition unit 2 14 acquires voice information from the information communication device 10, the voice recognition unit 2 14 recognizes the voice based on the information.

Step S T 3 0 3:

When the speech recognition unit 2 14 obtains a speech recognition result, the character information generation unit 2 11 1 generates character information according to the recognition result and provides the character information to the information communication device 10.

Step S T 3 0 4:

When the control unit 1 2 1 of the information communication device 10 acquires the character information from the server device 20, the control unit 1 2 1 changes the character image and sound based on the character information. For example, voice recognition If the result is “I'm hungry”, the character's image and sound are updated so that the character changes into an apron and says, “What should I make?” Information collection from information communication device 10>

Next, a process of determining the user's behavior according to the detection result of the sensor unit 10 7, the item identification information read by the reader device 30, the recognition result of the voice recognition unit 2 14, etc. will be described with reference to FIG. This will be described with reference to the flowchart 0.

Step ST40 1:

When the sensor detects the entry of an object or a change in wind pressure in the sensor unit 10 7, or when the article identification information is read by the reader device 30, or the voice information in the microphone 106 or the wireless communication unit 1 1 9 Is input, the control unit 1 2 1 of the information communication device 10 transmits the detection result, article identification information, and audio information to the server device 20. ■,

Step S T.402:

The information collection device 2 1 2 collects perception information ^ and article identification information of the sensor unit 1 0 7 transmitted from each information communication device 1 0 for each user ID code, and collects this information as a user information storage unit 20 2 To store. When the voice information is transmitted, the result of voice recognition by the voice recognition unit 2 14 is stored in the user information storage unit 202.

Step S T40 3:

The determination unit 2 1 3 analyzes the detection result of the sensor unit 10 7 stored in the user information storage unit 202, the article identification information, and the voice recognition result, and determines the user's behavior style. For example

Information such as the product name and product type corresponding to the product identification information is obtained from the product management data storage unit 206, and based on this information, the user's consumption tendency, preference, etc. are determined. Also Based on the detection result of the sensor unit 10 7, the user's life pattern and living environment, the frequency of use of the information communication device 10, and the like are determined. Furthermore, the user's frequently used words are analyzed according to the speech recognition result, and the user's word usage and the warehouse are judged. Then, these determination results are written in the user intelligence storage unit 202.

Step S T 4 0 4:

The character information generation unit 2 11 1 generates character information and provides it to the information communication device 10 when a predetermined event occurs. For example, in addition to the cases described in FIG. 8 and FIG. 9, depending on a predetermined event that occurs at a predetermined cycle (morning and day of the day, cycle of one week, January, one year, etc.) Automatically generate character information. When the character information is generated, the character information generation unit 2 1 1, together with the character information stored in the unique character storage unit 2 0 3, the W constant unit 2 1 3 written in the user information storage unit 2 0 2 Consider the judgment result of For example, if the determination result of the preference determination unit 2 1 for the user's fashion style is written in the user information storage unit 2 0 2, the character information generation unit 2 1 1 will display the appearance of the character for the fashion style. Character information is generated so that matches.

The determination unit 2 1 3 further determines the character's personality and physical condition according to the determination result of the user's behavior pattern written in the user information storage unit 2.0 2, and the determination result is stored in the unique character storage unit. It may be reflected in the information such as the attribute of the character stored in the part 203. For example, the usage frequency of the information communication device 10 is determined according to the detection frequency of the object sensor in the sensor unit 107 and the frequency of voice recognition, and the character and physical condition of the character are determined according to the determination result. Information may be changed. As a result, for example, the character information generation unit 2 1 1 can increase the frequency of use of the information communication device 10 Character information can be generated so as to improve vitality.

Step S .T 4 0 5;

When the newly generated character information is acquired from the server device 20, the control unit 1 2 1 of the information communication device 10 changes the character image and voice based on the acquired character information. As described above, according to the present embodiment, the user's sense of occupancy with respect to the character can be enhanced by playing the unique character corresponding to the identification information. In addition, by creating changes in the character's image and sound according to various information such as the detection results of the sensor unit 10 7, it is possible to create a surprising character, thereby improving the character's attractiveness. Can do.

Next, a second embodiment of the present invention will be described.

The second embodiment is characterized by character display. That is, the information communication device 10 according to the second embodiment can change the posture of the character display unit 1001, and the change in the posture is related to the change in the character's face image and voice. Configured to fit. : '.' '

FIG. 11 is a perspective view showing an example of the appearance of the information communication apparatus 10 according to the second embodiment.

The information communication device 10 shown in FIG. 11 includes a display unit 1 6 4 including a character display unit 10 1 that displays a three-dimensional image of the character, and a support unit (1 6 1 that supports this so that the posture can be changed). , 1 6 2, 1 6 3). In the example shown in the figure, the support portion has three support frames 1 6 1, 1 6 2, 1 6 3, and these support frames support the display unit 1 6 4 with three rotating shafts. . The support unit can rotate the display unit 1 6 4 on three axes in the same way as the gyroscope. Unit 1 6 4 can change its posture freely. ,

The display unit 1 6 4 has a substantially rectangular display area when viewed from the front. In this rectangular display area, disk-like decorative portions 15 and 16 6 are provided on a pair of opposing sides, respectively. The decorative parts 1 6 5 and 1 6 6 respectively project toward the front of the display area (the image viewing side), and the two board faces are almost concentric and parallel to each other. The other set of sides in the display area rises forward along the edges of the disk-shaped decorative parts 1 6 5 and 1 6 6. In other words, the central part of the display area is recessed inward.

A cylindrical space sandwiched between the upper and lower sides of the disk-shaped decorative portions 1 65 and 16 is an area where a three-dimensional image of the character is formed. '

The support frame 16 2 has disk-shaped decorative portions 1 65 and 16 6 arranged substantially concentrically so as to be rotatable about the concentric shaft. The support frame, frame 1 6. 2 has a ring-like shape, and the decorative portions 1 6 5 and 1 6 6 of the table and unit 1 6 ⁴ are rotatably connected to the inside of the ring. Has been. '

The support frame 1 Q 3 rotatably supports the support frame 16 2 on an axis that is substantially orthogonal to the rotation direction of the display unit 16 4 by the support frame 1 6 2. The support frame 16 3 has a ring shape, and a ring-shaped support frame 16 2 is rotatably connected to the inside of the ring.

The support frame 1 6 1 is supported on an axis substantially orthogonal to the rotation axis of the display unit 1 6 4 by the support frame 1 6 2 and the rotation axis of the support frame 1 6 2 by the support frame 1 6 3. Frame 1 6 3 is supported rotatably. The support frame 1 6 1 has a substantially semicircular arc shape, and both ends of the arc are supported by the support frame 1 6 3. It is fixed outside. Further, the central portion of the arc of the support frame 16 1 is rotatably connected to the front panel of the information communication device 10.

The connecting portion between the support frame 16 1 and the information communication device 10 may be structured so that it can move further up and down or left and right. As a result, it is possible to change not only the position of the display cut 1 6 4 but also the position. No

FIG. 12 is a block diagram showing an example of the configuration of the information communication device 10 according to the second embodiment. The information communication apparatus 10 shown in FIG. 12 includes a posture detection unit 1 2 2 in addition to the same configuration as in FIG. The posture detection unit 1 2 2 detects the posture of the display unit 16 4 supported by the above-described support units (1 61, 16 2, 16 3). For example, according to the detection result of the rotation angle sensor provided in each rotation part (or part of the sock) of the support frame 1 6 1, 1 6 2, 1 6 3, the display unit 1 is displayed from the rotation angle of each support frame. 6 Detect 4 posture. Alternatively, a geomagnetic sensor may be provided in the display unit ί 6 4 to detect the attitude of the display unit 1 6 4 with respect to the ground plane according to the geomagnetic detection result. :

The character information generation unit 2 1 1 of the server device 20 according to the present embodiment performs character information so that the information communication device 1 Q changes the character image or sound according to the detection result of the posture detection unit 1 2 2. Is generated. The control unit 1 2 1 of the information communication device 10 detects the character image displayed on the character display unit 1 0 1 based on the character information provided from the server device 2 0 by the posture detection unit 1 2 2. While changing according to the result, the detection result is transmitted to the server device 20.

FIGS. 13A and 13B are diagrams exemplifying the change of the character according to the change of the posture of the display unit 1664. First, in Fig. 1 3 A, the control unit 1 2 1 stands up The three-dimensional image IMG 1 in the state is shown on the character display section 101. In this state, when the user moves the support frame 1 6 1 and rotates the display unit 1 6 4 to the side (Fig. 1 3 B), the attitude detection unit 1 2 2 will turn the display unit 1 6 4 sideways. Detect that In accordance with this detection result, the control unit 1 2 1 changes the image IMG 1 in the state where the character is standing to the image IMG 2 in the state in which the character lies down. '

Note that the example in Fig. 13A and Fig. 13B shows an example in which the image of the character changes according to the change in the posture of the display unit 16 4, but not only the change in the image but also the posture. The character information may be generated so that the character utters voice according to the change.

Further, the character information may be generated so that the character requests the user to change the posture of the display unit 16 4. In this case, when the user changes the posture of table 1 64 according to the character's request, the character information is generated so that the character shows gestures or emits voice in response to the change in the posture. May be. For example, when a certain bedtime is reached, the character makes a sound “sleepy”, and when the user turns the display unit '1 6 4 sideways, the character makes a sound “good night” and sleeps. In this way, character information may be generated. 'In the above example, the posture of display unit 1 6 4 is changed manually, but this can also be done automatically. FIG. 14 is a block diagram showing a configuration example of such an information communication apparatus 10. An information communication apparatus 10 shown in FIG. 14 has a drive unit 123 in addition to the same configuration as in FIG. The drive unit 1 2 3 drives the support frames 1 6 1, 1 6 2, 1 6 3 (or part thereof) of the support unit to change the posture of the display unit 1 6 4. For example, the posture of the display unit 16 4 is changed by the rotational force of the motor provided in the rotating part of the support frame. When the posture of display unit 1 6 4 is automatically changed, the character information generation unit 2 1 1 of the server device 2 0 changes the posture of the display unit 1 6 4 by the drive of the drive unit 1 2 3 The information related to is generated as character information together with the information related to the character image. The control unit 1 2 1 of the information communication device 10. Changes the character image and voice displayed on the character display unit 1 0 1 based on the character information provided from the server device 20. Change the position of display unit 1 6 4. .

For example, the character information generation unit 2 1 1 returns from the horizontal state shown in FIG. 13B to the vertical state shown in FIG. In accordance with this, the character image is generated so that the character image changes from a lying state to a rising state. '.

In addition, the character information generation unit 2 2 1 of the server device 20 receives the character information so that the information communication device 10 changes the posture of the display unit 1 6 4 according to the detection result of the sensor unit 10 7. May be generated. In this case, the control unit 1 2 1 of the information communication device 1.0 outputs the character image and sound displayed on the character display unit 1 0 1 based on the character information provided from the server device 2 0. At the same time, the attitude of the display unit 1 6 4 is changed according to the detection result of the sensor unit 10 7.

For example, the character information generation unit 2 1 1 has the display unit 16 4 in the horizontal state shown in FIG. 1 3 B, and the user blows when the image of the character lying down is displayed. When the wind pressure sensor 10 9 detects a constant wind pressure, etc., the character unit information is displayed so that the display unit 16 4 returns to the vertical orientation shown in FIG. 13A and the character image also changes to the raised state. Is generated.

As described above, according to the second embodiment of the present invention, the character display unit 10 By linking the changes in posture 1 and the character's form (image, sound), there are many variations in the expression of the character and the fun can be increased. In addition, when the variety of expressions becomes richer, it becomes easier to create the character's individuality, which can further enhance the attractiveness of the character.

Next, a third embodiment of the present invention will be described _q ′

The information communication device 10 according to the third embodiment is characterized by the relationship between the attachment / detachment of the rim “bubble storage unit 1 17 for storing the identification information and the reproduction of the character. That is, the information communication. When the removable storage unit 1 1 7 is installed in the folder unit 1 5 7, the control unit 1 2 1 of the device 1 0 reads the identification information from the removable storage unit 1 1 7 and sends it to the server device 2 0. In response to this, the character information is acquired from the server device 20 and played back, while the control unit 1 2 1 displays the character display unit 1 0 when the removable storage unit 1 1 7 is removed from the folder unit 1 '5 7. Stops and stops the display of character images and the output of character audio from the speaker 10. 4 When the removable storage unit 1 1 7 is removed from the information communication device 1 0, the information communication device 1 0 becomes removable. Information that storage unit 1 1 7 was removed It may be sent to the location 2 0.

As described above, in the information communication device 10 according to the present embodiment, the character cannot be reproduced unless the rim bubble storage unit 1 17 is attached to the folder unit 1 57. In other words, as long as the removable storage unit 1 1 7 is owned, other users will not reproduce the user-specific character without permission. Therefore, since the user can monopolize the character, the sense of occupation of the user with respect to the character can be further enhanced. Conversely, in an information communication device 10 equipped with a removable storage unit 1 1 7, the identification information (user ID code or character ID) stored in the removable storage unit 1 1 7 Since the unique character corresponding to the code) is reproduced, the user-specific character can be reproduced in any information communication device 10. Therefore, even if the information communication device ο is replaced (by replacement, etc.), the user can keep his / her character permanently. Also, for example, if you attach your own removable storage unit 1 1 7 to an information communication device 10 owned by a friend, you can play your character on the friend's information communication device 10 and introduce the character to your friend. And so on.

If the removable storage unit 1 1 7 is removed from the folder unit 1 5 7, the character playback may be stopped at all as described above, or the character image or voice update is stopped and the character is stopped. It may be in a state that does not move at all (or does not speak). '

'Also, if the identification information is stored in the removable storage unit 1 1 7, the character raised by him can be easily presented to friends. In this case, it is sufficient to store character-specific information (character ID code) instead of user-specific identification information (user ID code) in the removable storage unit 1 1 7. Then, the transfer of the ownership of the character is performed by, for example, causing the server device 20 to function as a WEB server connected to a network such as the Internet, accepting a request for transferring the ownership of the character via the network, and The information stored in the user information storage unit 2 0 2 may be rewritten. In other words, the server device 20 as a WEB server permits a user computer terminal login request through appropriate authentication processing. When a request to transfer the owned character to another user is sent from the logged-in user's computer terminal, the specific character ID code associated with the user ID code of the user is Requested user ID code of destination The stored contents of the user information storage unit 2 0 2 are updated so as to be associated with each other. In addition, when an operator accepts a transfer request from a user by e-mail, telephone, etc., the operator operates the server device 20 according to the request content, thereby performing the ownership transfer process of the character. You can do it.

When a user presents a character to another person, the user is informed of the information of the person to be presented, such as name, nickname, birthday, favorite food, hobby, etc. You can raise characters according to the present partner, such as putting various kinds of tricks on. Then, when the other party receiving the character as a present plays the character, the character will give out his nickname, give information on his favorite food and hobbies, and show off his art. The impact can be increased. In addition, if you develop your character with time and effort like this, you can increase the value of the gift as a gift. In addition, if the presenter gives the character a hand salt and raises the character, the interest and attachment to the character can be increased in the recipient.

As described above, in the information communication device 10 according to the third embodiment, the removable storage unit 117 is essential for reproducing the character. Therefore, for example, as described below, the removable storage device 1 17 can be seen as the egg of a character, and the hatching process can be interesting.

FIG. 15 is a diagram showing a configuration example of the removable storage unit 1 17 that can simulate the character hatching process. The removable storage unit 1 1 7 shown in FIG. 15 includes a memory 1 3 0, an interface unit (I / F unit) 1 3 1, a notification unit 1 3 2, a control unit It has a part 1 3 3. ,

The memory 13 Q is configured to include an arbitrary storage device such as a nonvolatile semiconductor memory and stores identification information unique to each user. '

1 part 1 3 1 communicates with I.ZF part 1 1 6 (Fig. 4) by a predetermined communication method such as infrared communication or B 1 uetooth (registered trademark), and the identification information read from memory 1 3 0 Transmit to control unit 1 2 1

The notification unit 1 3 2 notifies that a unique character has an opportunity to hatch by generating sound, light, vibration, heat, or the like. For example, a vibration device is provided and vibrates according to the control of the control unit 1 3 3. · '

The control unit 1 3 3 reads the user information from the memory 1 3 Q, communicates with the control unit 1 2 1 via the I / F unit 1 3 1, controls the notification operation in the notification unit 1 3 2, etc. Removable memory 1 1. Controls the overall operation of 7. For example, the control unit 1 3 3 includes a computer that reads a program code stored in the memory 1 3 0 and executes an instruction, and performs processing according to the program procedure.

This control unit 1 3? Has a notification control unit 1 3 4 and an identification information output unit 1 3 5 as functional processing blocks.

The notification control unit 1 3 4 is a signal instructing the start of hatching of the character from any input means provided in the removable storage unit 1 1 7 (for example, the I unit 1 3 1 or a switch or the like). When a certain amount of time has elapsed since the input, the notification unit 1 3 2 performs a predetermined notification operation indicating that an opportunity for hatching of the character has arrived. In addition, the notification control unit 1 3 4 may cause the notification unit 1 3 2 to perform a notification operation indicating that life is present even before the hatching opportunity arrives. For example. Of these, regular ^] or irregularly is notified at relatively long time intervals, but the time interval of notification may be shortened as the hatching opportunity arrives. This will increase the expectation that hatching will begin. '

When the removable storage unit 1 1 7 is attached to the folder unit 1 5 7 during or after the notification in the notification unit 1 3 2 or after the notification, the identification information output unit 1 3 5 Is output to the control unit 1 2 1 of the information communication device 10. .

Next, the action of the character hatching in the rim bubble storage unit 1 17 shown in FIG. 15 will be described with reference to the flowchart of FIG.

Step S T 5 0 1:

The notification control unit 1 3 4 of the removable storage unit 1 1 7 inputs a start signal instructing the start of character hatching. For example, the removable storage unit 1 1 7 is a device that inputs a start signal to the notification control unit 1 3 4 via the IF unit 1 3 1 or other input means when sold alone in a store (start) Signal input device). The start signal input device is shaped like a rock to match the fictional story setting that a character's egg has fallen from outside the earth. When the purchaser removes the removable storage unit 1 1 7. from the start signal input device, the start signal is input to the notification control unit 1 3 4 of the removable storage unit 1 1 7.

In addition to inputting the start signal at the store of purchase as described above, for example, when the information storage device 1 0 is attached to the removable storage unit 1 1 7 for the first time, the information communication device 1 0 is connected to the removable storage unit 1 1 7. F start signal may be input. In this case, the information communication device 10 may input a start signal immediately after detecting the installation of the removable storage unit 1 17, or alternatively, the identification information read from the removable storage unit 1 17 may be input. Once sent to the server device 20, the start signal is input in response to the response of the server device '20 (for the corresponding identification information. Since it has not yet hatched, an instruction to start hatching, etc.) Also good.

Step S T 50 2:

When the start control signal is input, the notification control unit 1 34 counts the elapsed time from the input. Thereafter, the notification control unit 1 34 causes the notification unit 1 3 2 to perform a notification operation periodically or irregularly until the hatching opportunity arrives, indicating that life is dwelling. May be. ..

Step S T 50 3, ST 504:

The notification control unit i 34 starts a notification operation in the notification unit 1 3 2 when a predetermined time has elapsed from the input time of the start signal.The notification unit 1 3 2 generates, for example, sound, light, vibration, heat, etc. Notify that hatching opportunities have arrived. This notification operation may be performed reactively or may be notified only once.

Steps S T 5 0 5, S T 506:

During or after the notification operation, when the rim bubble storage unit 1 1.7 is installed in the folder capital 1 5 7 of the information communication device 1 0, the identification information is output. The output unit 1 3 5 is the identification information from the memory 1 3 0 Is output to the information communication device 10. The information communication device 10 transmits the identification information output from the removable storage unit 1 17 to the server device 20.

Step ST 50 7:

When the character information generating unit 2 1 1 of the server device 20 acquires the identification information from the information communication device 10, the character information generating unit 2 1 1 retrieves the identification information from the user information storage unit 202, and character identification information associated therewith. Is read. Then, it corresponds to the character identification information. The unique character information is read from the unique character storage unit 20, and character information is generated by combining the character element of the character element storage unit 20 4 based on this information. The character information generating unit 2 1 1 provides the generated character information to the information communication device 1.0.

Step S T 5 0 8:

When the control unit 1 2 1 of the information communication device 10 obtains the character information from the server device 20, the control unit 1 2 1 displays an image of the character on the character display unit 1 0 1 based on the acquired character information and sends the sound to the speaker 1 0 4. Output from.

As described above, according to the third embodiment of the present invention, since the unique character cannot be reproduced unless the removable storage unit 1 1 7 is attached to the folder '1 5 7, It can be prevented from being played by others. In addition, by looking at the rim one bubble memory part i 1 ⁷ on the character's egg and simulating the hatching process, it is possible to enhance interest.

In the above example, the character can be played by attaching the removable storage unit 1 1 7 to the folder unit 1 5 7 and allowing it to hatch. However, if there is a possibility that hatching may fail, it will be more interesting. Can be increased. :

For example, a certain condition for success may be set so that a unique character cannot be reproduced if the condition is not met. Specifically, various types of information input to the information communication device 10 (sensing results of the sensor unit 107, information on articles read by the reader device 30, voice input from the microphone 106, etc.) Accordingly, the server apparatus 20 is provided with a hatching determination unit that determines whether or not the hatching was successful under a certain condition. If the hatching determination unit determines that hatching has failed, remove the removable storage unit 1 1 7 The control unit 1 2 1 does not execute the character reproduction process even if it is attached to the Older unit 1 5 7. As for the condition to judge the success of hatching: ^ For example, the notification unit 1 3 2 is attached to the folder unit 1 '5 7 within a certain period after the notification unit 1 3 2 starts the notification operation. If it does not, hatching will fail, and conditions will be set that will determine the success or failure of hatching according to the user's operation. This hatching unit may be provided in any one of the rim bubble storage unit 1 1 7, information communication device 10, and server device 20, but if provided in server device 20, the size can be reduced. 'Removable with strict demands for weight reduction. Storage unit 1 1 7 and communication device 1 0 can be simplified.

In addition, if the removable storage unit 1 1 7 is also provided with a sensor, and the control unit 1 3 3 records the detection result in the memory 1 3 0, the success or failure of the hatching is determined based on the record. Is also possible :. For example, the removable storage unit 1 1 7 has a temperature ir sensor, and the control unit 1 3 3 of the removable storage unit 1 7 stores the sensing signal of the degree sensor until the hatching opportunity comes. 3 Record in 0. When the hatching opportunity arrives and the removable storage unit 1 1 7 is attached to the information communication device 1 ^ 0, the recording of the temperature sensor sensing signal recorded in the memory 1 3 0 is read out, and the server device It is used as a material for determination by the hatch determination unit provided at 2 0 etc. This will make it possible to succeed in hatching the carragota as if the parent bird is taking care of the eggs. Further, such a provided a vibration sensor or a contact sensor to the information communication apparatus 1 0, shake removable storage unit 1 1 7, the act, such as the may be successful hatching ₀

On the other hand, a hatching evaluation unit that evaluates the quality (quality) of care related to hatching based on a predetermined standard is provided in the server device 20, and according to the evaluation result, The type may be determined. For example, the hatching evaluation unit may receive various information input to the information communication device 10 (sensing result of the sensor unit 107, information on articles read by the reader device 30, voice input from the microphone 106, etc. The quality of care related to hatching will be evaluated based on certain criteria. The character information generation unit 2 2 1 of the server device 20 determines whether the character is an abnormal character such as a monster when the quality is low, or scarce when the quality is high. Character information is generated so that a character is born. Like the above-described hatching determination unit, the hatching evaluation unit may be provided in any of the removable storage unit 1 17, the information communication device 10, and the server device 20. Regardless of the quality, the success or failure of hatching may be determined in advance for the individual of the removable storage unit 1 1 7. For example, the control unit 2 10 of the server device 20 determines whether or not the hatching has succeeded or failed in accordance with the identification information read from the removable storage unit 1 17. ^ An instruction may be sent to the information communication apparatus 1 0 as shown in the display section 1 0 2. Similarly, the type of character to be hatched may be determined according to the identification information read from the rim-one bubble storage unit 1 17. ',.

-Next, a fourth embodiment of the present invention will be described. --------The fourth embodiment is characterized in that the character is in charge of health management according to the measurement result of the body measuring device for measuring the body weight and the like. That is, the apparatus includes a body measurement device that measures the information communication device according to the present embodiment.

Is sent to the server device 20. The character information generation unit 2 1 1 of the server device 20 performs a key operation according to the measurement result of the body measurement device acquired from the information communication device 10. Character information is generated so that Lacta can give advice related to health care.

FIG. 17 shows an example of the appearance of the reader device 30 A having both the product identification information / report reading function and the body measurement function (weight scale, body fat scale). The reader device 3 OA shown in FIG. 17 has a rectangular plate shape with rounded corners, and an article identification information reading area 30 4 is provided at the center of the upper surface thereof. Yes. Further, body fat measuring electrodes 3 0 5 and 3 0 6 are provided so as to sandwich the reading region 3 4. When the user rides on the electrodes 3 0 5 and 3 0 6, the weight and body fat are measured. FIG. 18 is a diagram showing an example of the configuration of the reader device 30A provided with the body measurement function. In FIG. 18 ··, a reading unit 30 1 and an IF unit 30 2 are components similar to the same reference numerals in FIG. 4, and read the identification information of the article and output it to the control unit 1 21. The body measurement unit 30 3 performs measurements related to physical characteristics such as body weight and body fat, and outputs the measurement results from the I unit 30 2 to the information communication device 10. 'The body measurement unit .303 may output the measurement conversion to the information communication device 10, for example, every time the measurement is performed, or the measurement result accumulated for a certain period of time may be output to the information communication device 10, You may send it. ■ Information communication device 10 further transmits the measurement result acquired from body measurement unit 30 3 to server device 20. The character information generation unit 2 1 1 of the server device 20 is configured so that a unique character gives advice related to health management in accordance with the measurement result of the body measurement unit 3 0 3 acquired from the information communication device 1 10. Generate information. For example, if you determine whether you have an obesity tendency based on changes in body weight or body fat per period, and if you determine that you are obese, Character information is generated so that a character in training wear that gives advice such as The character information generator 2 1 1 provides direct advice on the user's lifestyle. In addition, for example, character information may be generated so that the character provides advertisement information on products, services, and specialists related to health management as advice related to health management.

^ As explained above, according to the fourth embodiment of the present invention, the character gives advice on health management in accordance with the measurement result of the body measurement device, so that the use of the body measurement device is interesting. So that the utilization rate can be increased. In addition, users can improve their health awareness by taking advice from their favorite characters. .

In addition, the processing block (health evaluation unit) that performs the health condition evaluation process according to the measurement result of the body measurement unit 30 3 is either the server device 20, the information communication device 10, or the reader device 30 AO. It may be provided. ---------

In the embodiment described above, the means for generating the character information ′ according to the measurement result of the body measuring device is not limited to the means for grasping the health state of the user. For example, the character information generation unit 2 1 1 provides the character information so that the character can give advice related to the health rate management according to the product identification information related to the food taken by the reader device 30 over a certain period of time. It may be generated. For example, based on the food product information for a certain period of time read by the reader device 30, calculate the amount of food consumed daily and the nutritional value of each sample, Based on the calculation results, character information is generated so that advice such as “Beware of vegetable shortages” and product advertisement information to resolve vegetable shortages are issued. In this case as well, the processing block for performing the health condition evaluation process may be provided in an arbitrary apparatus.

The server device 20 also measures the body measuring device transmitted from the information communication device 10. The result may be stored in the user information storage unit 202 and stored as information unique to each user. This makes it possible to compare multiple measurement results and combine them with other information to generate unique characters. '

Next, a fifth embodiment of the present invention will be described.

The fifth embodiment is characterized in that a specific user is identified based on a password or biometric information input by voice, and the behavior of the character changes according to the result. For example, if a particular user is identified, the character will have a friendly attitude, otherwise it will have a friendly attitude. ·

First, an example of identifying a specific user based on a password (password) input by voice will be described. , '.

In this case, the information communication device 10 has a configuration similar to that illustrated in the first embodiment (FIG. 4). The information communication device 10 converts audio signals input from the microphones 10 through the amplifiers 10 0 and ^{5 3} into audio information of a predetermined format and transmits the audio information to the server device 20. '

On the other hand, the server device 20 has, for example, the configuration shown in FIG. The server device 2 Q shown in 囱 19 includes a collation unit 2 1 8 as a functional processing block of the control unit 2 1 0. in addition to the same configuration as that of FIG. 6 described in the first embodiment. . The collation unit 2 1 8 has a specific path corresponding to the voice recognized by the voice recognition unit 2 14 based on the voice information acquired from the information communication device 10 and the identification information acquired from the information communication device 10. Check against the password. The password is stored in association with each identification information in the user information storage unit 20 2 of the server device 20, for example.

The operation in this case will be described. First, the character information generation unit 2 1 of the server device 20 1 generates character information so that the character asks the user for the human power of the voice password, and transmits this to the information communication device 10. For example, when a removable storage unit 1 1 7 is newly inserted, or when a predetermined physical state is detected by the sensor unit 1 0 7 or at certain intervals (such as when waking up) ) Based on this character information, the control unit 1 2 1 of the information communication device 10 reproduces a character prompting the user to input a password.

The control unit 1 2 1 of the information communication device 10 inputs the voice uttered by the user in response to the character's prompt from the My Grophone 10 6, converts it into voice information of a predetermined format, and converts the server device 2.0. Send to. The voice recognition unit 2 14 of the server device 20 recognizes the voice based on the voice information acquired from the information communication device 10 and converts it to, for example, a character string.

The reference unit 2 18 searches for the identification information acquired in advance from the information communication device 10 in the user storage unit 2 0 2, and stores the password stored in association with the identification information and the corresponding information. The passwords recognized by the voice recognition unit ≥ 14 are verified based on the voice input at the communication device. If the two passwords match, it is determined that a specific user (owner of the unique character) has input the voice in the information communication 'device 10. Therefore, the character information generation units 2 1 and 1 For example, character information is generated so that the word usage and behavior of the character are familiar, and character information is generated so as to talk about topics that are known only to the specific user. On the other hand, if the two passwords do not match, it is determined that an unknown user other than the owner has input the voice in the information communication device 10, so that the character information generation unit 2 11 1 may, for example, The character information is generated so that the wording and behavior of the user will be distracted (using polite language, etc.). Next, an example of identifying a specific user based on biological information will be described.

In this case, the information communication device 10 includes a biological information acquisition unit 1 24 in addition to the configuration shown in FIG. 4 described in the first embodiment, for example, as shown in FIG. The biometric information acquisition unit 1. 2 4 acquires information obtained from the human body, such as fingerprints and voiceprints, vein patterns in the retina and palm, and facial images, which can be used for individual identification. The information communication device 10 transmits the biological information acquired by the biological information acquisition unit 1 24 to the server device 20. '·' '

On the other hand, the server device 20 has a collation unit 2 18 as a functional processing block of the control unit 2 10 as in the case described above (FIG. 19). However, in this case, the collation unit 2 1 8 collates the biometric information acquired from the information communication device 10 and the biometric information of a specific user corresponding to the identification information obtained from the information communication device 10. To do. The biometric information of a specific user is stored in association with each identification information in the user information storage unit 20 2 of the server device 20, for example. . '' The operation in this case will be described. First, the character information generation unit 2 1 1 of the server device 20 generates character information so that the character requests the user to input biometric information. Based on this character information, a character that prompts the user to input biometric information is reproduced. —— ——

The control unit 1 2 1 of the information communication device 10 transmits the biological information input to the biological information acquisition unit 1 2 4 to the server device 20 in response to the prompt of this character. The collation unit 2 1 8 of the server device 20 searches the user storage unit 2 0 2 for identification information acquired in advance from the information communication device 1 0, and stores the biometric information of a specific user stored in association with this identification information The information is collated with the biological information input in the information communication apparatus 10. And The character information generating unit 2 determines that a specific user (owner of the unique character) has entered the biometric information in the information communication device lo, including the case where the biometric information of the j person matches. 1 1 for example, character information is used so that the character's vocabulary and behavior are familiar. On the other hand, if the two pieces of biometric information do not match, it is determined that an unknown user other than the owner has entered the biometric information in the information communication device 10. 4 • The language and behavior of Lacta are unattended

8

Character information is generated so as to make it easier. , '

As described above, according to the fifth embodiment, the user is identified according to the password (password) of sound ^ or biometric information, and is a specific user (that is, the owner of a unique character). Character emotions are created so that the attitude of the character differs depending on whether or not it is. Therefore, the user can further increase the sense of occupancy for the character; and can increase the attachment to the character and Kuta. In addition, since the possibility of talking to other users about the topic with the character's specific user can be reduced, it is possible to enjoy a more private conversation with the character. '■ Note that the password verification process manually performed by voice or the like and the biometric information verification process input by the biometric information acquisition device 1 2 4 may be performed together. For example, if a voice print is collated from the voice obtained as biometric information and a specific user cannot be identified from the collation result, a password input by voice is collated to identify whether or not the user is a specific user. May be performed again. That is, the collation unit may further collate the password input by voice or the like when a specific user cannot be identified in the biometric information collation process acquired by the biometric information acquisition unit. As a result, even if the accuracy of biometric information is poor, a specific user can be identified with high accuracy by comparing passwords. It is possible to separate. The password may be set in advance by the user, or the character can casually ask the user what the user has done in the past so that the user is not conscious of entering the password. is there.

In the above example, the collation unit 2 18 is provided in the server device 20, but a processing block having the same function may be provided in the information communication device 10. The password is not limited to voice input, but may be input using an arbitrary input device such as a keyboard or a mouse. .

While various embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments and includes various modifications. '

In the above embodiment, an example is given in which a specific user is identified by a password or biometric information. However, if such user identification processing is performed periodically, the presence or absence of a specific user can be grasped. It becomes possible. For example, the control unit 1 2 1 of the information communication apparatus 10 identifies the specific user within a predetermined period and determines whether or not the special user is present according to whether the user has been identified. Server device ≤ 0 acquires the determination result of the absence or presence of a specific user in the information communication device 10. If the specific user is absent, an electronic menu may be sent to the user. Let's go. As a result, even when the user is absent, the connection with the character can be maintained, so that the attachment to the character can be further strengthened.

In the above-described embodiment, character information is generated using the character information stored in the unique character storage unit 20 3, and the character is reproduced by the information communication device 10 based on this. Not limited to this, role-playing. Information on game characters (game characters) such as games and character training games It can be reproduced by the communication device 10. For example, the ^5- server device ²⁰ acquires character attribute information from a game server device (not shown) on the network, generates character information based on this, and transmits the character information to the information communication device 10. This

The information communication device 10 can play a game character corresponding to the character information. At that time, the attribute information of the darm character acquired from the game server device may be updated based on various pieces of information input in the sensor unit, 107, reader device 20 and the like. For example, when the attribute value of the vitality of a game character is decreasing, the attribute value of the vitality is improved on condition that the product information of a predetermined food is input to the reader / writer device 20. Also good. This makes it possible to associate a character reproduced by the information communication device 10 with an arbitrary game, and thus can further enhance entertainment. If the character information stored in the character storage 2 0 3 is updated according to the information acquired from the game server device, a unique character and an optional © game character played on the information communication device 1. It can be associated. In other words, a unique character managed in the unique character storage unit 203 can also participate in any game.

In the above-described embodiment, the character is reproduced as a three-dimensional image or image, but the present invention is not limited to this. For example, a character may be reproduced as a two-dimensional image by an FP D- (flat panel display) such as a brown tube, a liquid crystal display, a plasma display, or a projection television, or an image only or a sound only character may be reproduced. Also good. In the above-described embodiment, an example is given in which identification information is stored in the removable storage unit 117, but the present invention is not limited to this. For example, the identification information may be always stored in the storage unit 1 15. In this case, for example, specific information (such as duplicate identification information) Removable storage unit 1 1 7 If the control unit 1 2 1 controls to make the character playable and capable only when the removable storage unit 1 1 7 is installed, it may be other information) Only the user who owns the character can occupy the unique character and can increase the sense of occupancy of the character.

In the example of FIG. 6, the server device 20 is represented by a single device _; however, the present invention is not limited to this, and is configured by a set of physically separated devices. You can do it. In this case, the control unit 2 10 of the server device 20 may be configured by a plurality of computers, and the entire processing of the server device 20 may be distributed and executed by a plurality of computers. Further, the information stored in each storage unit (2 0 2 to 2 0 6) of the server device 20 may be distributed and stored in a plurality of storage devices. '.

On the other hand, the control unit 1 2 1 of the information communication device 10 and the control unit 2 1 0 of the server device 20 may realize all of the functions by software using a computer, or some or all of them. The hardware may be realized by hardware. :

The character information generated by the character information generator 2 1 1 may be transmitted from the server device 20 to the information communication device 10 every time the character information is generated, or in response to a request from the information communication device 10. (For example, according to the free space of the storage unit 1 1 5) or the like may be transmitted from the server device 20. -In the embodiment described above, an example is given in which the information collection unit 2 1 2 collects various types of information input in each information communication device 10 for each identification information, but the present invention is not limited to this. In other words, the information collection unit 2 1 2 may collect not only the information (for one user) with the identification information but also the statistical data of all users regarding a certain information. Hereinafter, as a specific example, a case where the information collecting unit 2 1 2 collects the sensing results of the sensor unit 10 07 is taken as an example. ,

For example, the information collecting unit 2 1 2 collects the time zone in which the detection frequency of the object sensor 10 8 is high as statistical data. In this case, the determination unit 2 1 3 on the basis of the statistical data by the information collecting section .2 1 ² produced, determines the viewing of the information communication device 1 0 for each predetermined time period. Also, the character information generating unit 211 generates character information so that the character issues an advertising message in a time zone with a high audience rating based on the determination result. As a result, it is possible to select a time zone with a high advertising effect for the user and to perform effective advertisement by the character. '

As another example, the information collection unit 2 1 2 collects statistical data on the frequency of use of a fixed word recognized by the speech recognition unit 2 I ' ⁴ . In this case, the determination unit 2 1 3 determines the frequency of the use of a specific and fixed word for each predetermined region, and the character information generation unit 2 1 1 determines the frequency of use for this specific word. In an area with a high number of characters, we generate carragta information so that we can select a specific topic and have a conversation. This makes it more sensitive to local topics and trends, so it is possible to increase the affinity for the user's character. In the above-described embodiment, the effect of innovative communication between the user and the virtual character has been described in detail. However, the present invention is not limited to this, and the advertising industry is various in the content industry and the like. Can be expected to have ripple effects in various fields.

For example, the article to be read by the reader device may be a dedicated article that the user presents for the character. Food, medicine, clothes, ornaments The character may receive the product virtually by purchasing the card on which the user is drawn and letting the reader read it. If such merchandise dedicated to characters is commercialized, it will be possible to develop a new merchandise market. ..

In addition, if we cooperate with the product supplier and sell products with tags that can be read by the reader device (reading unit), we will be able to confirm 5 Hiroaki and its effects to users in real time.

Three

Can be a powerful market research tool. For example, if a company that developed a new product makes a character advertise it and the user who purchases it reads the product identification information with a reader device, 'what is what and what type of person It is possible to grasp every moment. No

On the other hand, in the case of products that have been sluggish in sales, the character makes a kind of “buzz” to the user, creating a new buying opportunity and extending the life of the product. It can be a medium. ..

Furthermore, if you partner with talent production, etc., as a provider of post-screen content for characters, you will be able to discover and cultivate new talent in conjunction with appeal to users in information and communication devices. ： In this case, if you send a talent who provides video as a character to the event chain of a new product in the store, you can improve both the name recognition of the talent and promote the sales of the product at the same time.

It is also possible to create a new character in cooperation with a video production company and deploy it to other fields such as television and movies, and promote the content industry.

The background of the character to be played back on the information communication device 10 is set arbitrarily. Is possible. For example, if a character travels to various sightseeing spots and introduces a famous product of the sightseeing spot, it can contribute to the promotion of the tourism industry. If the character is set to travel in various eras with a time machine and introduces past events; it is useful for learning history. In addition to general past history, user information

.5 Based on the information stored in the storage unit 202, the character may introduce an era related to the user, for example, a user's era, or a past event of interest. In other words, if the character is time-tripped to the era and the past related to the user, and the past event is introduced or talked about in a little conversation in the communication with the user, the character -Against

10 Can increase the familiarity of The. .

Also, the character that is played back by the information communication device 10 is not limited to humans, but may be animated characters, animals, animals, fictional creatures (inanimate objects). For example, if an expert such as an English teacher is played as a character, it will be possible to provide useful information related to learning.

15 and play it as a learning material. ■ The characters raised by the user are displayed in the removable storage unit 1 1 7 together with other people.

-It is possible to- --

Furthermore, since the unique character reproduced in the information communication device 10 is reproduced based on the information managed in the unique character storage unit 20 3, this information is used by an auction system on the network. If exchange is possible, characters can be exchanged and traded between users.

In addition, the information providing system according to the present embodiment receives a request from an advertiser In addition to providing advertising information from the Kuta to each user, the advertising fee obtained from the owner can be changed according to the number of times information is provided to the user, the time it is provided, etc. It is also possible to 'return to the manufacturer of 1 1 7 and reader device 30'. It is also possible to pay a license fee from the above advertising fee to the character author. Figure 21 shows an application example. Five

5 Industrial Applicability, The present invention is useful for a user by reproducing a user-specific character image or sound in an information communication device connected to a server device via a network such as the Internet. It can be applied to a system that provides information.

Claims

The scope of the claims

1. a plurality of information communication devices including a reproducing unit that reproduces at least one of a character image and sound, a sensor unit that senses a predetermined physical state, and a storage unit that stores identification information; ,. '.

5 comprises a server device that provides each of the plurality of information communication devices with the character information relating to at least one of the character image and the sound to be reproduced in the reproduction unit.

A character that, when acquiring the identification information from the information communication device, generates the character information of the character that corresponds to the acquired identification information and changes according to the sensing result of the sensor unit. f Blueprint generation section '' ".: No · The information communication device

Based on the character information provided from the server device, at least one of the unique character image and sound is reproduced by the reproduction unit, and at least one of the image and sound of the sensor unit is reproduced. It has a control unit that changes according to the sensing result,

Information provision system.

2. The information communication apparatus further includes a reading unit that reads identification information of an article,

20 When the character information generation unit of the server device acquires the article identification information from the information communication device, the character information generation unit determines the unique character according to the acquired article identification information. Generating the character information of

The control unit of the information communication device is configured to provide at least an image and a sound of the unique character reproduced by the reproduction unit based on the character information corresponding to the article identification information provided from the server device. Change one side,

The information providing system according to claim 1.

3.The character information generation unit performs solicitation processing in which the unique character solicits the purchase of a specific product, and after the solicitation processing, specific product identification information on the specific product is received. The character information is generated so that the attitude of the unique character changes depending on whether or not it is read by the reading unit.

The information providing system according to claim 2. '.

4, the server device is'

An information collecting unit for collecting the read item identification information for each identification information in the reading unit;

According to the result collected by the information collection unit, a determination unit that determines the user's behavior mode for each of the! ^ Different information:

^Have,::, - the character information generating unit, said unique according to the determination result of the determination unit - to generate the character information of a character Kuta,

The information providing system according to claim 2.

5. The server device

An information collection unit that collects the detection result of the sensor unit for each identification information; and according to the collection result of the information collection unit, a user behavior pattern for each identification information Judgment unit for judging

Have

The character information generation unit generates the character information of the unique character according to a determination result of the determination unit;

5. The information providing system according to claim 1.

_6;. The information communication device, an audio input portion for inputting the voice ^ has,

The server device has a voice recognition unit that acquires voice information input in the voice input unit and recognizes the voice based on the acquired information.

The character information generation unit generates the character information of the unique character according to the recognition result of the previous E speech recognition unit.

The information providing system according to claim 1. '.

7. The information communication device includes a wireless communication unit that transmits and receives wireless signals, and the server device acquires sound information included in the wireless signal received by the wireless communication unit. ^ Based on the information obtained, the voice recognition unit that recognizes the current voice

15. Having: ·

The character information generation unit generates the character information and voice information of the unique character according to the recognition result of the voice recognition unit, and

When the wireless communication unit obtains, from the server device, the voice information of the unique character generated according to the voice information included in the radio signal received from the communication partner, the radio signal including the acquired voice information. To the communication partner,

The information providing system according to claim 1.

8. The character information generation unit uses at least one of year, month, week or day as a unit. Then, the character information is generated so that at least one of the image and voice of the unique character changes periodically.

The information providing system according to claim 1.

9., the playback unit of the information communication device is

5. a display unit for displaying the image of the character,

A support part for supporting the display part so that the posture can be changed;

A detection unit for detecting the attitude of the display unit;

Have, and

The character information generation unit of the server device generates the character information of the unique character that changes according to a detection result of the detection unit,

The control unit of the information communication device uses the image of the unique character displayed on the display unit as a detection result of the output unit based on the character information provided from the previous server device. Change according to the

Information system according to claim 1.

15 1 0. The playback unit of the information communication device

A display unit for displaying an image of the character;

-A support portion for supporting the display portion so that the posture can be changed;

A drive unit that drives the support unit to change the attitude of the display unit;

Have

20 The character information generation unit of the server device generates the character information including information related to a change in posture of the display unit by driving of the drive unit,

The control unit of the information communication device includes the character provided from the server device. Based on the data information, the image of the unique character displayed on the display unit and the attitude of the display unit are changed.

The information providing system according to claim 1.

1 1. The character information generation unit of the server device generates the character information that changes the posture of the display unit according to a detection result of the sensor unit,

Based on the character information provided from the server device, the control unit of the information communication device determines the image of the unique character displayed on the display unit and the attitude of the display unit of the sensor unit. Change according to the sensing result,

The information providing system according to claim 10.

1 2. The information communication apparatus includes a folder unit that detachably holds the storage unit,

Before the information communication device, the control unit reads the identification information from the storage unit and transmits it to the server device when the storage unit is attached to the folder, and removes the storage unit from the folder unit. Then, the reproduction unit stops the reproduction of the unique character in the reproduction unit, or the update of at least one of the image and sound of the unique character in the reproduction unit is stopped. 1. Information providing system according to 1. ― ―

1 3. The storage unit

A notifying unit for notifying that the unique character has an opportunity to hatch by generating at least one of sound, light, vibration and heat;

A notification control unit that causes the notification unit to perform the notification after a predetermined time has elapsed after inputting a signal instructing the start of hatching of the character; An identification information output unit that outputs the identification information to the control unit of the information communication device when the storage unit is attached to the folder unit during or after the notification.

The information providing system according to claim 12. -'

1 4. The information communication apparatus includes a body measurement unit that performs body measurements.

The character information generation unit of the former Mitsumi server device generates the character information so that the unique character gives advice related to health management in accordance with the measurement transfer of the body measurement unit.

The information providing system according to claim 1.

15. The character information generation ^ of the server device is such that the unique character gives advice related to health management in accordance with product identification information associated with food read by the reading unit for a certain period of time. Generating the character information;

The information providing system according to claim 14.

1 6. The information communication device g has a voice input unit for inputting voice,

The previous server device acquires the information of the voice input in the voice input unit, recognizes the voice based on the acquired information, and-acquires from the information communication device A collation unit that collates the voice recognized by the voice recognition unit based on the information of the voice and the specific password corresponding to the identification information acquired from the information communication device;

Have

The character information generation unit of the server device generates the character information so that an attitude of the unique character changes according to a verification result of the verification unit. The information providing system according to claim 1.

17. The information communication apparatus includes a biometric information acquisition P for acquiring biometric information, and the server apparatus includes the biometric information acquired from the information communication apparatus and the identification information acquired from the information communication apparatus. A collation unit that collates biometric information of a specific user corresponding to

The information providing system according to claim 1, wherein the character information generation unit of the previous server device generates the character information so that the attitude of the unique character changes according to a verification result of the matching verification unit. .