Abstract: A connector includes a holding member. The holding member has two guide portions which are arranged away from each other in a pitch direction. Each of the guide portions has a side portion, an upper portion and a lower portion which are formed as described below. The side portion intersects with the pitch direction and is provided with a first projection portion and a side surface facing inward in the pitch direction. Each of the upper portion and the lower portion intersects with an up-down direction, and at least one of the upper portion and the lower portion is provided with a second projection portion. The first projection portion is away from both the upper portion and the lower portion and projects inward in the pitch direction from the side surface. The second projection portion is away from the side surface and projects inward in the up-down direction.

Abstract: A connector includes a holding member. The holding member has two guide portions which are arranged away from each other in a pitch direction. Each of the guide portions has a side portion, an upper portion and a lower portion which are formed as described below. The side portion intersects with the pitch direction and is provided with a first projection portion and a side surface facing inward in the pitch direction. Each of the upper portion and the lower portion intersects with an up-down direction, and at least one of the upper portion and the lower portion is provided with a second projection portion. The first projection portion is away from both the upper portion and the lower portion and projects inward in the pitch direction from the side surface. The second projection portion is away from the side surface and projects inward in the up-down direction.

Abstract: An RFID tag issuing device includes a guide member extending in a first plane along which an RFID tag is guided, an antenna substrate having a surface forming a second plane that is not parallel to the first plane and an antenna disposed on the surface to emit a signal towards the RFID tag, and a signal processor configured to generate the signal to be emitted from the antenna.

Abstract: A connector component is provided as one compatible with conductor coupling and fiber coupling. A receptacle 1 is a connector component to be coupled to a USB connector 3 incorporating a plurality of conductor wires, and a ferrule 4 holding distal ends of optical fibers, and is provided with connections 18 to be connected to the plurality of conductor wires, a light emitting device 23 to emit light toward the ferrule 4, and a light receiving device 24 to receive light emitted from the ferrule 4.

Abstract: A connector component is provided as one compatible with conductor coupling and fiber coupling. A receptacle 1 is a connector component to be coupled to a USB connector 3 incorporating a plurality of conductor wires, and a ferrule 4 holding distal ends of optical fibers, and is provided with connections 18 to be connected to the plurality of conductor wires, a light emitting device 23 to emit light toward the ferrule 4, and a light receiving device 24 to receive light emitted from the ferrule 4.

Abstract: Provides a method and a terminus processing tool whereby terminus processing for the purpose of connection to another optical fiber may be carried out simply. The terminus processing method entails cutting an optical fiber 20 composed of a glass fiber 21 and a coating 24; and with the optical fiber 20 positioned relative to a terminus processing tool that is disposed contacting the coating at the end surface of the optical fiber 20 and that has a protruded-into space for accommodating inward protrusion of the glass fiber 21, and with the cut end surface of the glass fiber 21 facing the protruded-into space, pushing the optical fiber 20 to thereby strip the coating 24 from the glass fiber 21.

Abstract: [Problem] To provide a hybrid connector and a cable with the connector which correct a positional error of connector units and enable to connect connectors when they are connected and even if there is a small positional error of the connection unit. [Solving Means] A hybrid connector holds plural connector units 2a to 4b in a common connector housing 5a, 5b. Each of the plural connector units is held individually movably in a direction (XY) orthogonal to an axial direction (Z) of connection. The connector unit is preferably movably held through a holding member 18 formed by an elastic matter. Front edges at the fitting start of the plural connector units 2a to 4b are tapered, and the connector units move along tapered portions in the connection fitting time. The plural connector units may be different in front-edge fitting start position along a connecting direction.

Abstract: A connector component is provided as one compatible with conductor coupling and fiber coupling. A receptacle 1 is a connector component to be coupled to a USB connector 3 incorporating a plurality of conductor wires, and a ferrule 4 holding distal ends of optical fibers, and is provided with connections 18 to be connected to the plurality of conductor wires, a light emitting device 23 to emit light toward the ferrule 4, and a light receiving device 24 to receive light emitted from the ferrule 4.

Abstract: A connector component is provided as one compatible with conductor coupling and fiber coupling. A receptacle 1 is a connector component to be coupled to a USB connector 3 incorporating a plurality of conductor wires, and a ferrule 4 holding distal ends of optical fibers, and is provided with connections 18 to be connected to the plurality of conductor wires, a light emitting device 23 to emit light toward the ferrule 4, and a light receiving device 24 to receive light emitted from the ferrule 4.

Abstract: [Problem] To provide a cable with a connector which can enhance simply and readily accuracy of the relative positions among plural connector units and does not cause connection failure, and a manufacturing method of the same. [Solving Means] In a cable with a connector, a hybrid connector 1 holding a plurality of connector units 2 to 4 in a common connector housing 5 is connected to at least one end of a hybrid cable 9. The connector housing 5 has a recess groove 18 for accommodating and holding therein a flange portion 15a to 17a of the connector unit 2 to 4. The recess groove has a clearance which enables positional adjustment of the connector unit in a direction orthogonal to an axial direction of connection of the connector unit. A thermosetting adhesive 19 is applied to the clearance, whereby the plurality of connector units are bonded and fixed to the connector housing with the predetermined relative positions and intervals.

Abstract: According to one embodiment, a wireless communication system comprises a leaky coaxial cable configured to send and receive electric wave to and from a wireless communication terminal and a retainer member configured to vertically arrange the leaky coaxial cable on a given setting surface.

Abstract: According to one embodiment, an antenna apparatus comprises a leaky coaxial cable, a first housing, a second housing and a connecting unit. The first housing configured to retain a part of one end of the leaky coaxial cable. The second housing configured to retain a part of other end of the leaky coaxial cable. The connecting unit configured to connect the first housing with the second housing such that the direction of the second housing relative to the first housing can be alerted.

Abstract: An object is to obtain a module in which an optical fiber can be inserted after a ferrule has been mounted on a circuit board. There is provided an optical module (100) in which at least a ferrule (33) and an electric component (57) are mounted on a circuit board (35) on which external electrodes (63) have been mounted; a fiber through-hole is formed in the ferrule (33) in a position in which the optoelectric conversion device (31) is mounted on one end surface and that corresponds to an active layer of an optoelectric conversion device (31); and the optoelectric conversion device (31) of the ferrule (33) is electrically connected to the electric component (57). In the ferrule (33), an opening in the one end face of the fiber through-hole that faces the optoelectric conversion device (31) is blocked by a transparent substance (61), and a portion that excludes the fiber through-hole at the other end surface is are monolithically covered with a molding resin (55).

Abstract: [Problem] To provide a cable with a connector which can enhance simply and readily accuracy of the relative positions among plural connector units and does not cause connection failure, and a manufacturing method of the same. [Solving Means] In a cable with a connector, a hybrid connector 1 holding a plurality of connector units 2 to 4 in a common connector housing 5 is connected to at least one end of a hybrid cable 9. The connector housing 5 has a recess groove 18 for accommodating and holding therein a flange portion 15a to 17a of the connector unit 2 to 4. The recess groove has a clearance which enables positional adjustment of the connector unit in a direction orthogonal to an axial direction of connection of the connector unit. A thermosetting adhesive 19 is applied to the clearance, whereby the plurality of connector units are bonded and fixed to the connector housing with the predetermined relative positions and intervals.

Abstract: [Problem] To provide a hybrid connector and a cable with the connector which correct a positional error of connector units and enable to connect connectors when they are connected and even if there is a small positional error of the connection unit. [Solving Means] A hybrid connector holds plural connector units 2a to 4b in a common connector housing 5a, 5b. Each of the plural connector units is held individually movably in a direction (XY) orthogonal to an axial direction (Z) of connection. The connector unit is preferably movably held through a holding member 18 formed by an elastic matter. Front edges at the fitting start of the plural connector units 2a to 4b are tapered, and the connector units move along tapered portions in the connection fitting time. The plural connector units may be different in front-edge fitting start position along a connecting direction.

Abstract: An optical module is configured such that it is not susceptible to fine particulate matter when an optical fiber is inserted into a fiber insertion hole thereof. The optical module is also configured to prevent any reduction in the optical coupling efficiency and degradation of anti-noise properties with the optical fiber. The optical module includes: a ferrule, having the fiber insertion hole formed on an end surface on which an electrical circuit is formed; a photoelectric conversion element, connected to the electrical circuit and facing the fiber insertion hole; and an optical fiber, optically coupled directly with the photoelectric conversion element. The optical fiber has a glass fiber and a protective coating, and is aligned with the insertion hole with the protective coating interposed therebetween. The optical fiber is retained in the insertion hole with the glass fiber not in contact with the insertion hole.

Abstract: There are provided a database apparatus for maintaining a consistency with another database apparatus having a different database key from a database key of the database apparatus, a database consistency system, and a database consistency method. A data collating unit in HLR collates data stored in a database of HLR and data stored in EIR with respect to “telephone number” and “terminal equipment number”. When it is determined by collating that there is an inconsistency between the data, a data deleting unit deletes such inconsistent data, a data collecting unit collects mobile station information from MS. A database updating unit updates the database by use of the collected mobile station information. A collected data notifying unit notifies the collected mobile station information to EIR.

Abstract: A connector component is provided as one compatible with conductor coupling and fiber coupling. A receptacle 1 is a connector component to be coupled to a USB connector 3 incorporating a plurality of conductor wires, and a ferrule 4 holding distal ends of optical fibers, and is provided with connections 18 to be connected to the plurality of conductor wires, a light emitting device 23 to emit light toward the ferrule 4, and a light receiving device 24 to receive light emitted from the ferrule 4.

Abstract: Operation efficiency can be dramatically improved and a smaller configuration can be obtained by simplifying the optical connection. An optical module has an electrical connector to connect a device; an optical element unit being electrically connected to the electrical connector and provided with optical elements to convert electrical signals and optical signals and emitting or receiving light; an optical ferrule, having a plurality of optical fiber insertion holes, to hold optical fibers inserted into the plurality of optical fiber insertion holes so as to allow the fibers to be optically connected to the optical element; and an optical cable inlet to introduce an end part of an optical cable provided with the optical fibers. The cable unit with an optical module has an optical cable that includes a plurality of optical fibers and an optical module provided at two ends of the optical cable.