Quote: "Cable car most commonly refers to the following cable transportation systems: Aerial lift, such as aerial tramways and gondola lifts, in which the vehicle is suspended in the air from a cable; Aerial tramway; Chairlift; Gondola lift; Bicable gondola lift; Tricable gondola lift; Cable railway, in which the vehicle rests on rails or a road."
An examination of the mechanical components and systems of cable cars, including the cables, motors, brakes, and controls. This topic also looks at the physics behind cable car movement and how it differs from other modes of transportation.
Cable car design: The process of designing a cable car system, including its mechanical components, electrical systems, and safety features.
Cable car construction: The materials and techniques used to build a cable car system, including the installation of its structural components, cables, and machinery.
Cable car operation: The principles of operating a cable car system, including the roles of operators, maintenance personnel, and safety measures.
Cable car safety: The various safety measures that need to be taken when constructing, operating and maintaining a cable car system to ensure the safety of riders, staff, and the general public.
Cable car maintenance: The maintenance and repair of cable cars, including regular inspections, cleaning, lubrication, and replacement of worn-out parts.
Cable car technology: The latest technological advancements, such as sensors and automation systems that are used to improve cable car safety, efficiency, and reliability.
Cable car systems integration: The integration of different systems and subsystems that make up a cable car system, including mechanical, electrical, and automated systems.
Cable car networking and communication: The networking and communication systems that enable cable car operators to monitor and control the system, exchange data, and facilitate communication between different subsystems.
Cable car mechanical components: The mechanical components of cable cars, including braking systems, gears, motors, and couplings, and the role they play in the operation of the system.
Cable car electrical systems: The electrical systems used to power and control a cable car system, including motors, controllers, and sensors, and how they are designed and installed to ensure safety and reliability.
Gripman: They are responsible for operating the grip on the cable car that holds onto the cable and moves the car along the track.
Brakeman: They operate the brakes on the cable car to ensure that it stops at the right places.
Electrician: They take care of the electrical systems in the cable car, making sure that all the electrical components are working correctly.
Mechanic: They maintain the mechanical components of the cable car, including the engine, transmission, and suspension system.
Track Inspector: They ensure that the track is in good condition and safe for cable cars to run on by checking for any signs of wear and tear.
Safety Inspector: They inspect the safety features of the cable car to ensure that they are functioning correctly and meet safety standards.
Maintenance Technician: They perform routine maintenance on the cable car, including cleaning, lubricating, and replacing parts as needed.
Cable Engineer: They design and oversee the construction of cable car systems, ensuring that they are safe, efficient, and reliable.
Quote: "Aerial lift, such as aerial tramways and gondola lifts, in which the vehicle is suspended in the air from a cable."
Quote: "Cable railway, in which the vehicle rests on rails or a road."
Quote: "Cable Car (cocktail), a modern variant on the sidecar."
Quote: ""Over My Head (Cable Car)", a 2005 song by The Fray on the album How to Save a Life."
Quote: ""Cable Car", a 1971 song by The Hollies on the album Distant Light."