The peripheral surface (24), on the yarn output side of the storage drum (4), is continually denuded in an axial direction by the output yarn (8).

centre eye shuttle-left take-off

centre eye shuttle-right take-off

A yarn coiling apparatus (5) is disclosed that allows for easily changing the configuration of the yarn layout.

Also, the catheter may guide the entrance and exit of the guidewire and prevent the guidewire from being twisted.

The intermediate shaft section has an aperture for the egress or exit of an in-place guidewire during a guidewire exchange.

The sawing wire keeps its shape from the entry of the cut onward till the exit of the wire from the sawing process, which shows a significant improved cutting efficiency.

The channel estimation of the wireless communication signal is taken from the output of the filter.

The eye (33) thus formed is preferably asymmetrically flattened to provide relatively slightly curved surfaces at both the thread inlet and outlet sides over which run the threads to be guided.

The filters resolve the issue of insufficient attenuation by effectively blocking the RF induced current on the wire from exiting the wire through the electrode and at the terminal or proximal end.

Figure F: a is the first exit of the thread; b, the reentry of the thread, which makes the first stitch; c, the second exit of the thread, and the second backstitch from c to a, thus for all the others.

The device (10) comprises a housing (12) which defines an interior volume (84) and line release guide chamber (86).

The conveyer path has mounted thereon dogging elements (2) which are located within the spiral-like movement path of the thread outlet, such as to enable the thread to be laid out in a pattern determined by the dogging elements.

The present invention relates to a method for positioning at least one thread, band or like element (8) in a pre-determined pattern above a conveyer path (1) with the aid of thread outfeed device (3) having at least on thread outlet device (5).

This will cause the thread outlet to move in a spiral-like movement path relative to the conveyer path.