Disclosed herein are devices and methods allowing for the rapid storage of power on mobile units that in some case do not have a power source. The disclosed devices and methods allow for such mobile units to power one or more electronic components located on the mobile units. In addition, the devices and methods disclosed herein allow for the inclusion of electronic components such as high-definition displays and computers that require large amount

Disclosed herein are devices and methods allowing for the rapid storage of power on mobile units that in some case do not have a power source. The disclosed devices and methods allow for such mobile units to power one or more electronic components located on the mobile units. In addition, the devices and methods disclosed herein allow for the inclusion of electronic components such as high-definition displays and computers that require large amount

A system and method for a coupling housing. The housing houses a coupling, such as a cable. The housing is coupled to a lift via an attaching device. The coupling can be lowered down to secure to ground equipment. This allows a stranded lift, such as a ski lift, to be properly secured to the ground equipment. This allows for the safe and efficient removal of any stranded passengers.

A fall protection system that is easy to assemble, up to international safety standards, and allows fluid progression. The system includes an at least engagement hook, an at least one bifurcating plate, an at least one cable tensioning anchor, and an at least one T-shaped anchor plate. The engagement hook includes a C-shaped body, a first stud, and a second stud. The first stud and the second stud are integrated through the C-shaped body, on either side of an interlocking gap of the C-shaped body. The user is attached to the engagement hook by a tether attachment hole of the C-shaped body. The bifurcating plate includes a cross-shaped body and a plurality of third studs. Each of the third studs is integrated through a corresponding leg of the cross-shaped body. The bifurcating plate, the cable tensioning anchor, and the T-shaped anchor plate are tethered by a system of cables.

A chair for chairlifts includes a pivotal installation that can pivot into a closed position and an open position, a locking element of the installation, and a blocking element for the locking element. The blocking element is movable into a blocking position and into a releasing position. A control element allows the blocking element to be moved from the blocking position and the installation to be opened. A chairlift and a method for activating a pivotable installation are also provided.

A passenger cable transportation system, the cable system comprising: at least one cabin for transporting passengers; at least one station for passengers boarding and landing from the cabin; two lateral guides facing each other and configured to guide the cabin into the station along an advancing direction, wherein there is a clearance between the lateral guides and the cabin; and at least one blocking device configured to block the cabin in relation to the lateral guides at least along a direction transversal to the advancing direction level with at least one part of the station.

High speed rail transportation systems are provided for improving transportation costs, speed and convenience for passengers, owners and operators. The high speed rail transportation system may include a high speed propulsion segment assembly, a segment of rails and a load station for transporting vehicles independent from each other and at high speed. In an embodiment, the high speed propulsion segment assembly may include a propulsion cylinder, a free cylinder and a cable assembly movably connected to the propulsion cylinder and the free cylinder.

Cableway installation (10), comprising at least a housing (11) suitable to carry passengers and equipped with a safety device (12) which is movable between an access configuration and a safety configuration.

The installation (10) comprises: radiation emitting means (13); reflecting means (14), adapted to reflect said radiation; receiving means (15), adapted to receive a reflection of said radiation emitted by said reflecting means (14).

The emitting means (13), the reflecting means (14) and the receiving means (15) are arranged in such a way that, in at least a predefined operating condition, the emitting means (13) are facing the reflecting means (14), to irradiate them, and the reflecting means (14) are facing the receiving means (15) to reflect the radiation towards them.

The reflecting means (14) are fixed to the safety device (12) so as to reflect the radiation differently depending on whether the safety device (12) is in the access configuration or in the safety configuration.

An aerial cableway system has at least two stations between which vehicles, such as gondola cars, travel as they are pulled by a cable. The stations include a boarding zone for passengers to board the vehicles and a disembarking zone, where passengers disembark from the vehicles. A sensor can be activated by a vehicle entering a station. At least one restricted area with at least one restrictor is located in the station and the restrictor has a controller which can be activated by the sensor.

An aerial cableway system has at least two stations between which vehicles, such as gondola cars, travel as they are pulled by a cable. The stations include a boarding zone for passengers to board the vehicles and a disembarking zone, where passengers disembark from the vehicles. A sensor can be activated by a vehicle entering a station. At least one restricted area with at least one restrictor is located in the station and the restrictor has a controller which can be activated by the sensor.