The antenna arrangement is mechanically maintained by a mounting holder (7) and covered by means of a protective cover.

A fluid dispensing machine (100) includes a frame (110) and a fixture (106) held by the frame.

A holding device which retains the reflector (6) on the mounting ring (4) is designed in such a way that the reflector (6) is retained on the mounting ring (4) merely by lying thereon.

The mounting part is fixed to the pipe (12) and a detachable connector assembly (14) is supported by the mounting part in seal relationship with the pipe via a seal (8).

The optical element is held in a mounting tab attached to the platform by a solder-pad.

An electronic component is positioned on a mounting head, then taken out and held (S3).

The rotor includes a rigid mounting member (28), to which the diaphragm is mounted and which is held and spun by a chuck.

An advantageous arrangement for engagement between the collector ring assembly (23) and wire (22) held on the end caps (16 and 17) is provided.

Even if the flow rate of fluid is high, the socket can be stably supported by the mount panel.

The connection body (54) is supported by the flange (55), and the flange (55) is supported by a lower mounting base (14).

The polishing apparatus includes a mount to receive and hold the optical connector and a polisher housing supported by a base.

Disclosed is a mounting method for fitting a permanent magnet (38) into a retaining element (66), the permanent magnet (38) being mounted by means of a coating material (47).

A magnetic bearing supports the shaft.

An electronic parts mounting device which quickly detects the attitude of an electronic part held by a suction nozzle in a mounting head.

The illustrated end cap 42.2 is held in place by a mounting ring (28) embedded in the wall of the casing and encircling the casing internally.