Abstract: A wire harness includes a power line that extends from a power-supply control box to supply electrical power to one or more power-requiring devices; a communication line that extends from the power-supply control box to perform communication with one or more communication devices; a plurality of area drivers that are coupled with the power line and the communication line and are coupled to three or more of devices out of the one or more power-requiring devices and the one or more communication devices within each of areas; and individual electrical wires that couple the three or more of devices within the respective areas to the plurality of area drivers.

Abstract: An onboard apparatus control system is disclosed. The onboard apparatus control system includes a portable apparatus and an in-vehicle apparatus which controls an onboard apparatus according to position of the portable apparatus. From multiple transmitting antennae, the in-vehicle apparatus transmits pulse pattern signals with different transmission frequencies at an overlapping timing, so that the pulse pattern signals are radio waves whose intensities are changed stepwise according to different patterns. The portable apparatus receives the radio waves transmitted from the multiple transmitting antennae. The position of the portable apparatus with respect to the vehicle is determined based on a combined pattern of the received pulse pattern signals, which a receiving unit is to receive at location with respect to the vehicle.

Abstract: A wireless communication system has an in-vehicle system disposed in a vehicle and a portable device carried by a user, where the in-vehicle system and the portable device are communicably coupled. The in-vehicle system uses a transmitter for transmitting a request signal to the portable device in LF wave band, and the transmitter includes: a spread process unit for spread-modulating predetermined LF data by a spread spectrum method and for generating a spread data signal; and a modulation driver unit for converting the spread data signal to a modulation signal in the LF wave band and for outputting such modulation signal as a request signal to an antenna after amplifying the modulation signal.

Abstract: An onboard apparatus control system is disclosed. The onboard apparatus control system includes a portable apparatus and an in-vehicle apparatus which controls an onboard apparatus according to position of the portable apparatus. From multiple transmitting antennae, the in-vehicle apparatus transmits pulse pattern signals with different transmission frequencies at an overlapping timing, so that the pulse pattern signals are radio waves whose intensities are changed stepwise according to different patterns. The portable apparatus receives the radio waves transmitted from the multiple transmitting antennae. The position of the portable apparatus with respect to the vehicle is determined based on a combined pattern of the received pulse pattern signals, which a receiving unit is to receive at location with respect to the vehicle.

Abstract: The present invention provides a complex, which comprises a cationic liposome comprising 2-O-(2-diethylaminoethyl)carbamoyl-1,3-O-dioleoylglycerol and a phospholipid as main ingredients, and an oligo nucleic acid which is carried on the liposome. Also, the present invention provides a pharmaceutical composition containing the complex to be used for treating or preventing diseases caused by a target molecule of the oligo nucleic acid (target DNA, target RNA, target protein) since it is possible to administer the complex in vivo and to put the complex into practical use as a medicament because the complex can exhibit pharmacological efficacy in vivo.

Abstract: The present invention provides a complex, which comprises a cationic liposome comprising 2-O-(2-diethylaminoethyl)carbamoyl-1,3-O-dioleoylglycerol and a phospholipid as main ingredients, and an oligo nucleic acid which is carried on the liposome. Also, the present invention provides a pharmaceutical composition containing the complex to be used for treating or preventing diseases caused by a target molecule of the oligo nucleic acid (target DNA, target RNA, target protein) since it is possible to administer the complex in vivo and to put the complex into practical use as a medicament because the complex can exhibit pharmacological efficacy in vivo.

Abstract: At least one annular wall 6 into which a ferrule 5 for an optical fiber cable 30 is adapted to be inserted is provided in the housing 4 and exposed to the exterior. A protective frame wall 7 is provided on the housing 4 so as to project higher than the annular wall 6. The frame wall 7 is so arranged as to surround the annular wall 6, and projected upwardly and downwardly from both top and bottom sides of the housing 4. A top wall 9 for mounting a ferrule locking member 10 is formed integrally with the annular wall 6, and the top wall is positioned at the same height as the frame wall 7, and continued from the frame wall. There may be arranged a pair of the annular walls in parallel in proximity to each other. A receiving trunk 53 in a mating housing 48 continued to a light converting element 55 is adapted to be inserted into the annular wall 6, and the ferrule 5 is adapted to be inserted into the receiving trunk.

Abstract: An optical connector capable of reducing labor for mounting it onto a substrate member is provided. A receptacle 1 as an optical connector is fixed to a printed circuit board 70. The printed circuit board 70 has a slit 71. The receptacle 1 has a housing 21, optical receiving/transmitting devices 24a, 24b are accommodated in the housing 21, and earthing terminals 22. The housing 21 has a conductive base material and an insulation film formed over a surface of the base material. The housing has an earthing terminal press-fit portion 35. The terminal 22 is pressedly into the slit 70 of the earthing terminal press-fit portion 35. When the earthing terminal 22 is pressedly inserted into the earthing terminal press-fit portion 35, the earthing terminal 22 removes the insulation film from the surface of the slit 70 and is put into contact with the base material.

Abstract: An optical connector capable of reducing man-hour for its mounting work onto a substrate member is provided. A receptacle 1 as an optical connector is fixed to a printed circuit board 70. The printed circuit board 70 has a slit 71. The receptacle 1 has a housing 21, optical receiving/transmitting devices 24a,24b accommodates in the housing 21, and earthing terminals 22. The housing 21 has a conductive base material and an insulation film formed over a surface of the base material. The housing has an earthing terminal press-fit portion 35. The earthing terminal 22 is pressedly inserted into the earthing terminal press-fit portion 35 and engages the slit 70. When the earthing terminal 22 is pressedly inserted into the earthing terminal press-fit portion 35, the earthing terminal 22 removes the insulation film and is put into contact with the base material.

Abstract: At least one annular wall 6 into which a ferrule 5 for an optical fiber cable 30 is adapted to be inserted is provided in the housing 4 and exposed to the exterior. A protective frame wall 7 is provided on the housing 4 so as to project higher than the annular wall 6. The frame wall 7 is so arranged as to surround the annular wall 6, and projected upwardly and downwardly from both top and bottom sides of the housing 4. A top wall 9 for mounting a ferrule locking member 10 is formed integrally with the annular wall 6, and the top wall is positioned at the same height as the frame wall 7, and continued from the frame wall. There may be arranged a pair of the annular walls in parallel in proximity to each other. A receiving trunk 53 in a mating housing 48 continued to a light converting element 55 is adapted to be inserted into the annular wall 6, and the ferrule 5 is adapted to be inserted into the receiving trunk.

Abstract: An electric junction box in which electric power is distributed to electric parts or devices, mounted on an upper side of a part-mounting floor portion of an upper case, through bus bars mounted on a lower side of the part-mounting floor portion. In the electric junction box, a peripheral wall of an upper case has a heat-radiating wall portion which projects upwardly beyond the position of mounting of the electric parts on the part-mounting floor portion of the upper case. The heat-radiating wall portion has a bus bar installation space of a slit-like cross-section which is open to the lower surface of the part-mounting floor portion, and receives the connecting plate of the bus bar.

Abstract: A molded article having a predetermined shape transferred from a mold, characterized by being provided with an informative mark corresponding to the number of times of use of the mold, and a process for producing the molded article including a molding step of transferring a predetermined shape of a mold to a molded article, the molding step comprising an engraving step of engraving an informative mark indicative of the number of times of use of the mold on the mold before the mold is used and an informative mark transfer step of transferring the informative mark to the molded article.

Abstract: A waterproof casing including a casing body which has a substantial box-shape and a lid which openably closes an open portion of the casing body. The casing body end the lid include respective first peripheral walls butted against each other to thereby prevent the intrusion of water into a receiving space for electrical parts, and also include respective second peripheral walls which are spaced outwardly from the first peripheral walls to form a space around the first peripheral walls, and are butted against each other, so that each of the joint portion between the first peripheral walls and the joint portion between the second peripheral walls forms a waterproof structure which limits the intrusion of water. The two joint portions are offset from each other in a vertical direction, and drain holes are formed through a bottom portion of the second peripheral wall of the casing body so as to reduce the pressure of a high-pressure water stream within the space and also to discharge the water from the space.