Abstract: Provided are means for locking a fastening screw of a connector, such as a locking cap for a connector-fastening screw that comprises a main body having a receiving hole, a contact part of the main body for control of rotation of the main body, and an indicator part of the main body for making possible visual recognition of rotation of the main body.

Abstract: To provide a connecting means that can facilitate electrical connection between the circuit boards mounted in an electronic apparatus and can attain the miniaturization of connecting parts. A cable harness body comprising a plurality of cables for electrically connecting circuit boards mounted in an electronic apparatus and the terminal members disposed on both ends of said cables, wherein at least one of said terminal members is comprised of a flexible circuit board and an adhesive layer on the surface of the electric connecting part of said flexible circuit board.

Abstract: The present invention is directed to improving the yield in fiber terminating processing, and to preventing the occurrence of transmission loss due to stress concentration at an optical fiber bend or due to variations in ambient temperature. In one exemplary embodiment, a channel is sandwiched between adhesive layers and an optical fiber is passed through the channel.

Abstract: [Problem] A coaxial cable grounding structure using no solder exhibits a secure grounding function and a secure cable holding function in keeping with the reduction in the diameter of the cable core wire and the reduced interval between adjacent cables. [Solving Means] A coaxial cable grounding structure (10) comprises a conductive first member (12) and a conductive second member (14). The first member includes first bulges (28) in contact with outer conductors (20) of the exposed length (24) of a first group of coaxial cables (16), and the second member includes second openings (32) for receiving the first bulges and the cable exposed length supported by the first bulges. Further, the second member includes second bulges (34) in contact with the outer conductors of the exposed length of a second group of coaxial cables. The first member includes second bulges and first openings for receiving the cable exposed length supported by the second bulges.