Abstract:
An RFID tag-containing seal comprises a seal (80) that is formed of a sheet-like member capable of blocking radio waves, the seal (80) having one adhesive face and covering an article, a receiver device that is disposed at a location close to the seal, for receiving one of information transmitted from an RFID tag attached to the article covered by the seal (80) and a reading signal from an RFID reader, and a notification signal output device (46) that is operable either when the receiver device receives the information transmitted from the RFID tag or when the receiver device receives the reading signal from the RFID reader, to output a notification signal for notifying the reception.
Abstract:
An RFID tag-containing seal comprises a seal (80) that is formed of a sheet-like member capable of blocking radio waves, the seal (80) having one adhesive face and covering an article, a receiver device that is disposed at a location close to the seal, for receiving one of information transmitted from an RFID tag attached to the article covered by the seal (80) and a reading signal from an RFID reader, and a notification signal output device (46) that is operable either when the receiver device receives the information transmitted from the RFID tag or when the receiver device receives the reading signal from the RFID reader, to output a notification signal for notifying the reception.
Abstract:
An RFID tag-containing seal comprises a seal (80) that is formed of a sheet-like member capable of blocking radio waves, the seal (80) having one adhesive face and covering an article, a receiver device that is disposed at a location close to the seal, for receiving one of information transmitted from an RFID tag attached to the article covered by the seal (80) and a reading signal from an RFID reader, and a notification signal output device (46) that is operable either when the receiver device receives the information transmitted from the RFID tag or when the receiver device receives the reading signal from the RFID reader, to output a notification signal for notifying the reception.
Abstract:
PROBLEM TO BE SOLVED: To provide technology with which a learner understands the difference between singing (or playing) by the learner and singing (or playing) by a model. SOLUTION: A CPU 11 of a karaoke device 1 performs voice analysis processing on model voice data, and pitch, power, and spectrum is calculated from the voice data. Then, the CPU 11 detects correspondence relation between an accompaniment data and the model voice data, and based on the correspondence relation, the pitch, the power, and the spectrum, a period in which singing technique is used in the voice data is detected. A model technique data in which period information for indicating the detected period and classification information for indicating its singing technique are related, is generated and stored in a storage section 14. Moreover, the CPU 11 generates a learner voice data by performing similar processing on the voice data of the learner. The CPU 11 compares the model technique data with the learner technique data, and points of difference are reported to the learner by displaying it. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To easily find the beginning of lines in contents during reproduction of the contents. SOLUTION: A reproducing apparatus analyzes sound recorded on a DVD and particularizes a time interval wherein sound including human voice is reproduced. When a key 221 (preceding sentence key) is depressed during reproduction of the sound, the reproducing apparatus particularizes the time interval of the reproduced voice, and reproduces the contents recorded on the DVD from a beginning time of the particularized time interval. When a key 222 (next sentence key) is depressed, the reproducing apparatus particularizes a time interval when the sound including human voice is reproduced after the depression of the key 222 and reproduces the contents recorded on the DVD from a beginning time of the particularized time interval. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a technique capable of distributing musical piece data while properly removing a part specified as a user desires. SOLUTION: A server device 2 stores music data by a plurality of parts constituting a musical piece, classified by part for each part, reads music data of parts other than a part that a received part ID (part identification information) designates out of a storage part and mixes them to generate composite musical piece data once receiving the part ID designating which part is selected, and transmits the generated composite musical piece data to a client device 1. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To successfully guide respective players making a formation of a marching band, according to the progress of a music. SOLUTION: A head mount display equipped with a communication function is attached to each of players forming the marching band. Then, a movement support data set which is necessary to generate a predetermined formation and supports respective movements of the players, is transmitted from a device controlling movements of respective players, and a content of the movement support data set is displayed on the head mount display of each player. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a means of enabling a user to easily generate multimedia data including data representing the image and the voice of the user himself or herself. SOLUTION: A video generating device 10 displays performance instructions and words to be uttered by the user with characters on a display 18 according to event sequence data that the user selects by operating a controller 11, and performs various processing for sound data representing the voice of the user captured by a microphone 12 and image data representing the image of the user picked up by a video camera 15 to generate multimedia data wherein the user joins as a character. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To detect and warn that RFID tags carried have been read or are about to be read against one's will. SOLUTION: When this warning apparatus 10 enters into the reading range of a reader/writer 30, the RFID tags 3a-6a are powered at a time and information stored in each of the tags is outputted. All this information is received by a receiving part 18 and supplied to a CPU 15. Based on the information, the CPU 15 refers to a table TBL and determines whether to provide a warning. In this case, if information indicating that warning should be provided about the RFID tag 4a of a wallet 4 is set in the table TBL, the CPU 15 causes a sound-producing part 20 to produce sound. In this way, measures can be taken depending on the situation. For example, another RFID tag can be taken out of a shielded storage part and to read it. COPYRIGHT: (C)2006,JPO&NCIPI