The second guide track is spaced from the first guide track. the door further comprises a door panel having a top edge, a bottom edge, a leading edge and a trailing edge.

The door comprises a first guide track defining a first linear guide path and a second guide track defining a second linear guide path.

The parallel motion guide (30b) of the lower guide rail (30) is arranged parallel to the upper guide rail (28).

This glass run channel assembly is provided with a connection glass run channel (150) that is connected to the first and second glass run channels.

The guiding mechanism (10) encompasses a three-dimensionally shaped track (11) and a guide rod (12) that is pressed onto the track (11) by means of a spring element (13).

The invention relates to a guide block, especially for a sliding door or similar, said sliding door being retained on the guide block.

Said guide rail is held against an elevator shaft wall by a rail retaining device.

The guiding slide (10) then returns to its initial position.

The machinery includes a guide and a wheeled carriage that travels along the guide.

A first portion of the door panel is attached to the first guide track and a second portion of the door panel is attached to the second guide track.

The walking wheel of the walking type massage core (14) is engaged with the guide rail of the guide rail frame (13) in rolling manner.

This engagement moves the slide cam housing in the guide channel.

The first guiding element (31a) can be placed in a mounting position in order to be mounted on the guide rail (12) of the guide plate (1).

The polymeric glass run channel (68) is lighter, less expensive and more easily recycled than the prior art glass run channels.

The front end part of the embroidery frame (6) is supported from the underside through an X-slide rail (15) installed at the tip part of the Y-slide rail (12).