Abstract: Detection probes are provided that are capable of detecting a sequence to be detected containing a mutation even when a sequence not to be detected containing no mutation coexists with the sequence to be detected containing a mutation, which are different only in a single base from each other. At least one oligonucleotide selected from the group consisting of SEQ ID NOs: 2˜16 is used as a probe. Even in a sample containing an abl gene in which a mutation has occurred and an abl gene in which no mutation has occurred, the use of such probes in, for example, Tm analysis allows the mutation to be detected.

Abstract: MTID of a terminal apparatus is preliminarily registered into a database of an ISP. In step S2, when a power source of the terminal apparatus is turned on first, (MTID=B) is transmitted from the terminal apparatus to a router. A transmission signal is received by the router and (HGWID=A, MTID=B) is transmitted from the router to the ISP. If (HGWID=A, MTID=B) has been registered in the database, the ISP transmits a permission message in step S5. In step S6, an IP address for a new terminal apparatus is allocated and the new terminal apparatus can participate in a homenetwork. If (HGWID=A, MTID=B) is not registered, a refusal message is sent to the router.

Abstract: MTID of a terminal apparatus is preliminarily registered into a database of an ISP. In step S2, when a power source of the terminal apparatus is turned on first, (MTID=B) is transmitted from the terminal apparatus to a router. A transmission signal is received by the router and (HGWID=A, MTID=B) is transmitted from the router to the ISP. If (HGWID=A, MTID=B) has been registered in the database, the ISP transmits a permission message in step S5. In step S6, an IP address for a new terminal apparatus is allocated and the new terminal apparatus can participate in a homenetwork. If (HGWID=A, MTID=B) is not registered, a refusal message is sent to the router.

Abstract: A communication terminal having a wireless communication facility including sending and receiving a message which is sent to a receiving terminal without a send request from a receiving terminal through a message center, including: a message sending/receiving unit sending and receiving the message; a time control unit controlling current time; a message analysis unit analyzing a message which is sent by a message center, received by the message sending/receiving unit, and includes time information assigned by a message center, and retrieving the time information; and a time setting unit setting in the time control unit a time indicated by the time information retrieved by the message analysis unit as a current time.

Abstract: The present invention provides an agrochemically active microbial formulation comprising a combination of an agrochemically active microbe with a specified ester compound and a surfactant, the formulation exhibiting a stable pest controlling effect with no harmful effect on a plant and having highly stable viability of the agrochemically active microbe

Abstract: A light diffuser plate comprising a transparent resin composition containing a transparent resin and a light diffuser in which the light diffuser has an average particle diameter of from 0.6 ?m to 1.5 ?m and a standard deviation of particle diameters of from 0.01 ?m to 0.5 ?m, and an absolute value of a refractive index difference |?n| between the transparent resin and the light diffuser is at least 0.05.

Abstract: The present invention provides an insecticidal oil-based formulation, which comprises a petroleum hydrocarbon oil, a nonionic surfactant suitable for emulsifying the petroleum hydrocarbon oil, a desiccating agent and an insecticidal filamentous fungus; and a method for controlling insect pests, which comprises applying said formulation to an insect pests, a habitat of the insect pest or a plant vulnerable to the insect pest; and the like.

Abstract: A communication terminal having a wireless communication facility including sending and receiving a message which is sent to a receiving terminal without a send request from a receiving terminal through a message center, including: a message sending/receiving unit sending and receiving the message; a time control unit controlling current time; a message analysis unit analyzing a message which is sent by a message center, received by the message sending/receiving unit, and includes time information assigned by a message center, and retrieving the time information; and a time setting unit setting in the time control unit a time indicated by the time information retrieved by the message analysis unit as a current time.

Abstract: Provided is an information management system capable of reliably protecting personal data while ensuring the usefulness of the information when data containing personal data are processed. In an information management system (1), processing-object data containing personal data are acquired by an information management apparatus (2), the personal data are extracted from the processing-object data, and the extracted personal data are processed by means of a one-way function to generate a unique code. The personal data contained in the processing-object data are replaced with the unique code to generate primary conversion data, the primary conversion data are transmitted from the information management apparatus (2) to an information center apparatus (4), and they are stored in a data base (5) and used for statistical processing.

Abstract: A service providing system is provided which enables the users of an information transmission service in which information is sent and received in real time over a network to recognize their respective environment and conditions for provision of their own information. The service providing system (1) includes a service provider (2) including a communication server (11), Web server (12) and DB server (13) and a plurality of communication terminals (4) connected to the service provider (2) via the network, and it provides an information transmission service in which information is provided from one of communication devices to the other, or vice versa, in real time. The communication terminal (4) at the information provider first registers explanatory information such as content, offering price, etc.

Abstract: A system communicating data with a mobile node includes a server and a plurality of networks connected to the server. The mobile node moves between the plurality of networks. One of the networks is set as a home network of the mobile node. The server includes a storage circuit that stores, when it is detected that the mobile node has moved from its home network to another network, an IP address of the mobile node and information indicating the network to which the mobile node has moved, in a location management table. The server further includes a communication circuit that, upon receipt of data destined for the mobile node, forwards the received data to the network that is specified by the information stored in the location management table corresponding to the mobile node.

Abstract: A partner appliance that communicates with a mobile node is connected via a communication network with a home agent and a foreign agent that relay the communication between the mobile node and the partner appliance. When the mobile node, moving during the communication, comes to be connected to a foreign link of the foreign agent, a moved address is assigned thereto. If the mobile node receives call setup request information regarding data transmission from the partner appliance via the home agent while moving, it determines, based on the received call setup request information, whether real-time transmission is required for the data. If so, the mobile node notifies the partner appliance of the moved address assigned thereto. When the moved address is notified, a communication path is established between the mobile node and the partner appliance, and the partner appliance sends the data to the mobile node via the communication path based on the moved address notified.

Abstract: MTID of a terminal apparatus is preliminarily registered into a database of an ISP. In step S2, when a power source of the terminal apparatus is turned on first, (MTID=B) is transmitted from the terminal apparatus to a router. A transmission signal is received by the router and (HGWID=A, MTID=B) is transmitted from the router to the ISP. If (HGWID=A, MTID=B) has been registered in the database, the ISP transmits a permission message in step S5. In step S6, an IP address for a new terminal apparatus is allocated and the new terminal apparatus can participate in a homenetwork. If (HGWID=A, MTID=B) is not registered, a refusal message is sent to the router.

Abstract: A system communicating data with a mobile node includes a server and a plurality of networks connected to the server. The mobile node moves between the plurality of networks. One of the networks is set as a home network of the mobile node. The server includes a storage circuit that stores, when it is detected that the mobile node has moved from its home network to another network, an IP address of the mobile node and information indicating the network to which the mobile node has moved, in a location management table. The server further includes a communication circuit that, upon receipt of data destined for the mobile node, forwards the received data to the network that is specified by the information stored in the location management table corresponding to the mobile node.

Abstract: An access point device and its authentication method are provided which can dramatically improve a wireless LAN system in security level. The access point device includes: authentication request display means for notifying a network administrator administering the LAN of the presence of an authentication-requesting mobile station so as to gain the final authorization of an authentication procedure when a mobile station in the area perform the authentication procedure before the initiation of an association procedure; and authentication input means from which the network administrator notified inputs an authentication-authorizing or -rejecting instruction with respect to the authentication-requesting mobile station.

Abstract: A microprocessor system having a functional redundancy monitor operation mode. This processor system includes two processors, one processor to receive external signals from a monitored processor, and compare the external signals with signals generated internally every bus cycle. The monitoring processor then produces a comparison resultant signal, indicating if a match occurs. The processor further includes a timer circuit for defining a period during which the comparison resultant signal is output. After that period, the comparison result signal is set to a logic level representative of a misoperation of the processor monitored.

Abstract: A bus state control circuit controls the access operation on the basis of access request signals supplied thereto. The access of an input-output device starts after a predetermined time interval in the case when a previous access was made to the input-output device, while it starts immediately in the case when the previous access was made to a main memory device or when such access was made to the input-output device or such access was made to the input-output device but a predetermined time has passed at a point in time when the access request signal indicates the access of the input-output device.