Abstract: An electric noise absorber for clamping to a cord of an electronic device comprises a holding case composed of two box-shaped case members. Each case member contains a magnet having a hemi-cylindrical groove at the upper part of the magnet for receiving the cord. It is possible to easily and securely attach and detach the electric noise absorbing magnet to the cord by simply closing and opening the case members.

Abstract: An electric noise absorber for clamping to a cord of an electronic device comprises a holding case composed of two box-shaped case members. Each case member contains a magnet having a hemi-cylindrical groove at the upper part of the magnet for receiving the cord. It is possible to easily and securely attach and detach the electric noise absorbing magnet to the cord by simply closing and opening the case members.

Abstract: The wire clamp of this invention is fixed to a mounting board by resilient engaging portions that extend from a base at the end of a post and spread out in a mounting hole in the mounting board. While the wire clamp is thus secured, it holds wires in its wire receiving portions. The wires are supported at a predetermined interval on the mounting board. This wire clamp is easily mounted by pushing struts toward the post with one's finger tips. The pushed struts resiliently deform, pulling up the ends of beams, which descend toward the resilient engaging portions, until the beams are almost horizontally aligned along the mounting board. The resilient resistance of the beams is reduced accordingly, which facilitates the insertion of the resilient engaging portions. Since the post, the struts, the beams, and the wire-receiving portions almost form a square, the wire clamp is rigid, and can firmly secure the wires.

Abstract: A conductive spacer (1) comprises a spacing member (4) and upper and lower fixing members (7,8) to secure upper and lower boards (5,6) a certain distance apart. The upper and lower fixing members (7,8) include upper and lower supporting members (9, 17a,17b) for pressing against the inner surfaces of the upper and lower boards (5,6), and upper and lower locking members (12a,12b,19a,19b) extending from the center of the upper and lower supporting members (9,17a,17b) for passing through holes (34,35) in the upper and lower boards (5,6), resiliently expanding outward, and for securing outer surfaces of the upper and lower boards (5,6). The upper and lower fixing members (7,8) and the upper and lower locking members (12a,12b,19a,19b) thus support the boards (5,6). One end of a conductive member (3) is attached to the lower supporting members (17a,17b) on the lower board (6 ), and the other end of the conductive member (3) extends to contact the upper board (5).

Abstract: An electric noise absorber for clamping to a cord of an electronic device comprises a holding case composed of two box-shaped case members. Each case member contains a magnet having a hemi-cylindrical groove at the upper part of the magnet for receiving the cord. It is possible to easily and securely attach and detach the electric noise absorbing magnet to the cord by simply closing and opening the case members.

Abstract: An affixation device for an electronic display which comprises a flat platelike rest (1a, 1b, 1c) on which a platelike electronic display (2a, 2b, 2c) is set, support members (43a, 44a, 43b, 44b, 43c, 44c) which hold the flat platelike rest (1a, 1b, 1c) on a wiring board (37a, 37c), and a terminal holding member (7a, 7b, 7c) with a plurality of insertion grooves formed at the edge portion (3Ba, 3Bb, 3Bc) of the platelike rest (1a, 1b, 1c) to hold terminals (50a, 50b, 50c) of the electronic display.

Abstract: A degaussing coil holder according to the present invention comprises a retaining member provided with insertion holes formed in right and left positions adjacent to each other and further provided in the insertion holes with retaining pawls which are urged and project in directions opposite to each other, and band straps each provided at one end thereof with a degaussing coil holding portion, with the other ends being inserted through the insertion holes from openings of the holes positioned in opposite directions, and further provided on one side thereof with a series of ratchet serrations adapted to engage the associated retaining pawl in the insertion hole. Therefore, the unevenness is reduced and the volume efficiency is high. Moreover, the holding tension between degaussing coil portions can be adjusted over a wide range.

Abstract: A lead wire holder including a first holding member and a second holding member. The first and second holding members are interconnected so that both can be folded and put together through a connecting portion. The holding members are provided on the inside thereof with opposed lead wire insertion recesses mounting legs for mounting the holder to a printed circuit board project downwardly from the lower end surface of either or both of the holding members. Elastic tongue portions for elastically holding lead wire are formed from a part of the wall portions of the lead wire insertion recesses. Narrow recesses are disposed on the lower end surface and extend from the insertion recesses, so that the insertion end of each lead wire is restricted when its coated end abuts against with the narrow portions. It is thereby possible to let downwardly projecting cores of the lead wires have a uniform projecting length.