A system may include an inflatable assembly having a plurality of members. The system may also include a plurality of sensors disposed at a plurality of positions inside or around the inflatable assembly, such that the plurality of sensors may acquire data related to a shape of the inflatable assembly. The system also includes one or more valves, each configured to direct a fluid into a corresponding member of the plurality of members of the inflatable assembly. The system also includes a processor that adjusts positions of the one or more valves to cause the fluid to be directed into the corresponding member of the plurality of members of the inflatable assembly based on the data and a desired shape of the inflatable assembly.

The present invention relates to a support construction (10) for a transportable attraction (100) for amusement rides provided with a base (2), at least two masts (21, 22) that are moveable between a folded and stretched position, and a main shaft (30) that is intended to be supported by the masts in the stretched position of the masts. Each mast comprises a base mast segment, which is hingedly attached to the base, and a top mast segment, which is hingedly connected with the base mast segment and is attachable to the main shaft. The base comprises at least two trailers (11, 12) and trailer coupling means for coupling the trailers. On each of the trailers a base mast segment of one of the masts is mounted. The support construction further comprises first mast coupling means for the coupling of a first pair of masts in folded position.

The invention further relates to a method for raising the support construction according to the invention.

The present invention relates to a support construction (10) for a transportable attraction (100) for amusement rides provided with a base (2), at least two masts (21, 22) that are moveable between a folded and stretched position, and a main shaft (30) that is intended to be supported by the masts in the stretched position of the masts. Each mast comprises a base mast segment, which is hingedly attached to the base, and a top mast segment, which is hingedly connected with the base mast segment and is attachable to the main shaft. The base comprises at least two trailers (11, 12) and trailer coupling means for coupling the trailers. On each of the trailers a base mast segment of one of the masts is mounted. The support construction further comprises first mast coupling means for the coupling of a first pair of masts in folded position.

The invention further relates to a method for raising the support construction according to the invention.

Mobile subassembly (30) to receive and convey at least one passenger, comprising a support (20), a cabin (22) and a cabin (22) guide (32) in relation to the support (20) in rotation around a horizontal reference axis (200). The mobile subassembly (30) is equipped with a stabilization system (36) comprising at least one gear ring (38) attached to the support (20), at least one sprocket (40), a motor (66) comprising a motor shaft which turns around an axis which is fixed in relation to the cabin (22) a kinematic transmission chain between the motor shaft and the sprocket (40), and a coupling mechanism to guide the sprocket between an engagement position with the gear ring, in which the first sprocket is able to mesh with the first gear ring (38), and an uncoupled position in which the first sprocket (40) is a distance away and disengaged from the first gear ring (38).

The invention relates to a cabin for transporting passengers, comprising at least one door (P1, P2), an interior floor (C) and a doorsill (S) located on either side of the door, and a locking device comprising a lug (E) which is rigidly connected to the door and projects toward the outside of the cabin, and a catch finger (4) that is movable between a locked position and an unlocked position. The invention also relates to an actuating mechanism comprising a pedal (7) which is located under the interior floor (C) of the cabin and can be accessed via a hatch in the floor of the cabin, and a kinematic connection between the pedal (7) and the finger (4), which connection is located under the interior floor (C) and under the doorsill (S) of the cabin. In the locked position, the finger is an abutment on the path of the lug (E). In the unlocked position, the finger is retracted under the doorsill (S) of the cabin.

The invention relates to a cabin for transporting passengers, comprising at least one door (P1, P2), an interior floor (C) and a doorsill (S) located on either side of the door, and a locking device comprising a lug (E) which is rigidly connected to the door and projects toward the outside of the cabin, and a catch finger (4) that is movable between a locked position and an unlocked position. The invention also relates to an actuating mechanism comprising a pedal (7) which is located under the interior floor (C) of the cabin and can be accessed via a hatch in the floor of the cabin, and a kinematic connection between the pedal (7) and the finger (4), which connection is located under the interior floor (C) and under the doorsill (S) of the cabin. In the locked position, the finger is an abutment on the path of the lug (E). In the unlocked position, the finger is retracted under the doorsill (S) of the cabin.

Mobile subassembly (30) to receive and convey at least one passenger, comprising a support (20), a cabin (22) and a cabin (22) guide (32) in relation to the support (20) in rotation around a horizontal reference axis (200). The mobile subassembly (30) is equipped with a stabilization system (36) comprising a gear ring (38), a sprocket (40), a friction brake (82), a reversible permanent magnet synchronous machine (66) to drive the sprocket (40) and a switching circuit (74) which is able, in a first switching state, to link the windings (76) of the synchronous machine (66) to an electricity power supply (78) for motor use of the synchronous machine (66) and, in a second switching state, to link the windings (76) of the synchronous machine (66) to a dissipative ohmic circuit (80) for dissipative use of the synchronous machine (66).

Mobile subassembly (30) to receive and convey at least one passenger, comprising a support (20), a cabin (22) and a cabin (22) guide (32) in relation to the support (20) in rotation around a horizontal reference axis (200). The mobile subassembly (30) is equipped with a stabilization system (36) comprising a gear ring (38), a sprocket (40), a friction brake (82), a reversible permanent magnet synchronous machine (66) to drive the sprocket (40) and a switching circuit (74) which is able, in a first switching state, to link the windings (76) of the synchronous machine (66) to an electricity power supply (78) for motor use of the synchronous machine (66) and, in a second switching state, to link the windings (76) of the synchronous machine (66) to a dissipative ohmic circuit (80) for dissipative use of the synchronous machine (66).

An amusement ride having at least one vehicle, which comprises one or more passenger compartments for accommodating passengers, and a pool, wherein the amusement ride is designed in such a way that at least one pendulum movement of the vehicle is possible, wherein the amusement ride is configured in such a way that the pool can be at least partially filled with a liquid and the vehicle comes into contact with the liquid of the pool in the course of the pendulum movement.

An amusement ride having at least one vehicle, which comprises one or more passenger compartments for accommodating passengers, and a pool, wherein the amusement ride is designed in such a way that at least one pendulum movement of the vehicle is possible, wherein the amusement ride is configured in such a way that the pool can be at least partially filled with a liquid and the vehicle comes into contact with the liquid of the pool in the course of the pendulum movement.