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An adjustable sissy bar mechanism for use with a cycle vehicle, such as a motorcycle, and which includes a body supported upon rotatable front and rear wheels and a seat secured atop the body. The sissy bar mechanism includes a pair of substantially planar plate-shaped members, each of the plate mem

An adjustable sissy bar mechanism for use with a cycle vehicle, such as a motorcycle, and which includes a body supported upon rotatable front and rear wheels and a seat secured atop the body. The sissy bar mechanism includes a pair of substantially planar plate-shaped members, each of the plate members being fixedly secured to the frame in aligning fashion and on opposite sides of the seat. An elongate and arcuately configured sissy bar has a central extending portion and first and second interconnecting and extending ends. The ends of the sissy bar are engaged with each of the plate shaped members in a plurality of differing and pivotally associated positions including first and second rider incline positions and a luggage rack carrying position, and in which said sissy bar is arranged substantially level with a horizontal plane.

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An adjustable sissy bar mechanism for use with a cycle vehicle, such as a motorcycle, and which includes a body supported upon rotatable front and rear wheels and a seat secured atop the body. The sissy bar mechanism includes a pair of substantially planar plate-shaped members, each of the plate mem

An adjustable sissy bar mechanism for use with a cycle vehicle, such as a motorcycle, and which includes a body supported upon rotatable front and rear wheels and a seat secured atop the body. The sissy bar mechanism includes a pair of substantially planar plate-shaped members, each of the plate members being fixedly secured to the frame in aligning fashion and on opposite sides of the seat. An elongate and arcuately configured sissy bar has a central extending portion and first and second interconnecting and extending ends. The ends of the sissy bar are engaged with each of the plate shaped members in a plurality of differing and pivotally associated positions including first and second rider incline positions and a luggage rack carrying position, and in which said sissy bar is arranged substantially level with a horizontal plane. e hydraulic medium (5c) through the gap (10) formed by the distance into a radially further inward area, from which an outlet duct (8) branches off which passes through the outer shaft (2) to the outside in an essentially radial direction (R). 5. Hydraulic seal arrangement in accordance with claim 2, characterized in that the outlet duct (8) issues into a relatively low-pressure area (N) of the gas turbine interior, whereas a relatively high-pressure area (H) of the gas turbine interior is additionally sealed off from the annulus (5a) by means of a sealing ring (11) arranged between the shafts (1, 2). 6. Hydraulic seal arrangement in accordance with claim 1, characterized in that the means for exhausting part of the hydraulic medium (5c) takes the shape of at least one outlet duct (8) passing through the outer shaft (2) in essentially the direction of rotation axis (3) and having a slight radially outward inclination. 7. Hydraulic seal arrangement in accordance with claim 6, characterized in that the outlet duct (8) issues into a relatively low-pressure area (N) of the gas turbine interior, whereas a relatively high-pressure area (H) of the gas turbine interior is additionally sealed off from the annulus (5a) by means of a sealing ring (11) arranged between the shafts (1, 2). 8. Hydraulic seal arrangement in accordance with claim 1, characterized in that the means for exhausting part of the hydraulic medium (5c) takes the shape of a scoop plate (9) which begins in said annulus area (5e) and essentially follows the wall contour of the annulus (5a) at a small distance therefrom to duct the hydraulic medium (5c) through the gap (10) formed by the distance into a radially further inward area, from which an outlet duct (8) branches off which passes through the outer shaft (2) to the outside in an essentially radial direction (R). 9. Hydraulic seal arrangement in accordance with claim 8, characterized in that the outlet duct (8) issues into a relatively low-pressure area (N) of the gas turbine interior, whereas a relatively high-pressure area (H) of the gas turbine interior is additionally sealed off from the annulus (5a) by means of a sealing ring (11) arranged between the shafts (1, 2). 10. Hydraulic seal arrangement in accordance with claim 1, characterized in that the outlet duct (8) issues into a relatively low-pressure area (N) of the gas turbine interior, whereas a relatively high-pressure area (H) of the gas turbine interior is additionally sealed off from the annulus (5a) by means of a sealing ring (11) arranged between the shafts (1, 2).