Abstract: The invention relates to a riding board (1) that has a control stick (18) by means of which a person riding on the riding board (1) can slow down the riding board (1). In order to increase the riding entertainment, the responsiveness can also be tested with the control stick (18). Therefore, multiple signaling flags can be arranged on a track, said flags requiring a very specific action from the rider of the riding board (1). For example, the rider can be required to move the control stick to the left or to the right or to press a button that is attached to the control stick in a specific section of the track. If the person does not carry out the required actions, said person obtains penalty times that are added to the actual riding time the person needs to complete the track. Thus, riding does not just require that a person complete the track as quickly as possible but also great responsiveness and skill.

Abstract: The invention relates to a rail system (1) having two rail sections (12, 13) arranged parallel to each other. Each rail section (12, 13) has a rail (2, 3) which has expanded lateral edges (8, 9; 10, 11). According to the invention, a person can travel on said rail system (1) with a travel board (90) produced for said purpose. The travel board (90) has at least one wheel suspension device for each of the rail sections (12, 13).

Abstract: The invention relates to a cost-effective rail system which can be driven upon by a board. Since the rail system can be easily assembled and disassembled again, the path can be very easily varied. The rail system is disposed in a sloping manner for this purpose. This can be done by constructing the rail system on a mountain slope, for example. By way of a specially designed board for this purpose, a so-called riding board on which a person can stand, the person can then ride down the slope. The riding board comprises a braking system.

Abstract: A standing table with a hollow formed pedestal and a table top. The pedestal is hollow and is formed radially symmetrically, tapering upwardly. The central region of the table top is implemented so that it can be connected, through form-fitting, with upper edge regions of the pedestal. The standing table is stackable, while including a continuous table top and a separate pedestal.