The spring is located along the perimeter of the device in a pocket formed along the perimeter of a panel (11) of flexible material or on the external perimeter of the device.

In this case, the outer periphery of the FRP tension members is anchored to the inner periphery of the coating layer.

A plurality of cutting elements are distributed around the periphery of the body.

This trimming occurs around the periphery of the cutting edge (28).

The first circumferential groove extends in a circumferential direction of the tire.

An envelope (25) made of cloth or the like is fixed to the contour of the ribs (24), said contour defining the profile of the wing.

The heat pipe (9) is preferably provided extending around the rim (13).

The outline of the disc includes 12 segments: Segments 2 to 5 and 7 to 10 have, on one side thereof, a fastener in the form of an inverted question mark and, on the other side, a fastening slot formed a few millimeters from the edge.

The outer periphery flat surface (53) is provided at a position on an outer periphery of the opening portion (50c) of the second nozzle member (50), on an inner periphery of the tapered face (52).

The present invention describes systems (10) and methods for exposure and removal of material on the periphery of a substrate.

A laser (12) is positioned at the perimeter of the structure (30).

There is a bumper (25) around the periphery of the instrument guide (25).

Multiple optical fibers (20, 82) are situated along the circumference of the device.

The required electronic circuits are preferably located around the periphery of the array.

A ring-shaped groove is formed on an outer periphery of the closure plug.