Abstract: To realize a wireless communication device enabling efficient mounting of a proximity sensor, the present invention is provided with: a first antenna; a second antenna which serves also as an electrode for detecting approach of an object; a wireless communicator for performing wireless communication with a connection destination, which uses the second antenna as an auxiliary in the communication, while being capable of performing the communication using the first antenna only; a detector for detecting approach of an object to the second antenna; a switch which couples the second antenna with either of the wireless communicator and the detector; and a controller for setting maximum transmission output of the wireless communicator at a predetermined value, on the basis of approach information on the object which is obtained by coupling of the second antenna with the detector performed by the switch, at a predetermined time interval.

Abstract: To realize a wireless communication device enabling efficient mounting of a proximity sensor, the present invention is provided with: a first antenna; a second antenna which serves also as an electrode for detecting approach of an object; a wireless communicator for performing wireless communication with a connection destination, which uses the second antenna as an auxiliary in the communication, while being capable of performing the communication using the first antenna only; a detector for detecting approach of an object to the second antenna; a switch which couples the second antenna with either of the wireless communicator and the detector; and a controller for setting maximum transmission output of the wireless communicator at a predetermined value, on the basis of approach information on the object which is obtained by coupling of the second antenna with the detector performed by the switch, at a predetermined time interval.

Abstract: A user data management apparatus for connection to a terminal data processor used by a user through a network, registers data that is dependent on a user ID peculiar to the user. The user data management apparatus has a first unit for generating a first data registration screen, when data of the user is to be initially registered, which differs from user ID to user ID, and a second unit for displaying, on the terminal data processor, a second data registration screen based on the first data registration screen generated by the first unit, when the data of the user is to be registered.

Abstract: A user data management apparatus for connection to a terminal data processor used by a user through a network, registers data that is dependent on a user ID peculiar to the user. The user data management apparatus has a first unit for generating a first data registration screen, when data of the user is to be initially registered, which differs from user ID to user ID, and a second unit for displaying, on the terminal data processor, a second data registration screen based on the first data registration screen generated by the first means, when the data of the user is to be registered.

Abstract: A method of defect inspection of a graytone mask having a opaque part, a transmission part and a graytone part aimed at selectively varying the thickness of a photoresist film by decreasing the amount of light transmitted through an area wherein the amount of light transmitted therethrough is regulated. The method is characterized in that a transmittance signal obtainable by scanning a pattern in the mask is employed and that thresholds 8a and 8b for extracting transmittance defects in the graytone part are provided with respect to the transmittance signal 7, whereby it is decided that the transmittance defect is produced in the graytone part in case where the transmission signals exceed the thresholds respectively.

Abstract: A method of defect inspection of a graytone mask having a opaque part, a transmission part and a graytone part aimed at selectively varying the thickness of a photoresist film by decreasing the amount of light transmitted through an area wherein the amount of light transmitted therethrough is regulated. The method is characterized in that a transmittance signal obtainable by scanning a pattern in the mask is employed and that thresholds 8a and 8b for extracting transmittance defects in the graytone part are provided with respect to the transmittance signal 7, whereby it is decided that the transmittance defect is produced in the graytone part in case where the transmission signals exceed the thresholds respectively.