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Transmission systems via aerial cables, especially for aerial chairs or aerial cable cars

A transmission system and cable technology, applied in the field of transmission systems, can solve the problems of easy damage, not suitable for monitoring online vehicles, not suitable for transmission systems without towers, etc.

Active Publication Date: 2020-06-30
POMAGALSKI SA
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

But this monitoring device is designed for the operation of the vehicle in the boarding or disembarking station, and it is not suitable for monitoring the position of the online vehicle
In practice, the inductive sensors have to be located on fixed points, such as towers, and the device is therefore not suitable for transmission systems without towers
Also, inductive sensors located outside are subject to extreme weather conditions and are more prone to damage
Also, inductive sensors are not suitable for use on metallic cables with non-metallic coverings

Method used

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  • Transmission systems via aerial cables, especially for aerial chairs or aerial cable cars

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Embodiment Construction

[0023] figure 1 A transport system via an aerial cable 7, in particular an aerial chair or trolley, is illustrated in . The transport system 1 comprises several vehicles 2 - 5 , a boarding station 9 and a disembarking station 10 . Vehicles 2-5 can be open in the manner of chairs, or closed, such as cable cars. The usual way is that when the system is not detachable, the aerial cable 7 is a traction cable and the vehicles 2-5 are either permanently attached to the traction cable or are attached in a removable manner. The aerial cable 7 is driven by a gearwheel 8 housed in an upper station 9 and actuated by a drive motor not shown for the sake of clarity. The vehicles 2-5 are transported by traction aerial cables 7 which describe the trajectory from the boarding station 9 to the disembarking station 10 and vice versa in a closed loop. When the vehicles 2-5 are on the line, they are located between the boarding station 9 and the disembarking station 10, more particularly they ...

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PUM

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Abstract

The invention discloses a transmission system via an aerial cable, comprising several vehicles (2-5) connected to the aerial cable, characterized in that at least one vehicle (2-5) comprises: a radio frequency transmitter ( 20), said signal contains at least one piece of information enabling the online position of the vehicle to be determined; and in that said system comprises a monitoring device (6) of the online position of the vehicle (2-5), said monitoring device (6) comprising : at least one radio frequency receiver (21) designed to receive a signal sent by a radio frequency transmitter (20); and a processing unit (22) for retrieving information contained in the sent signal, and including a A calculation module (30) for determining an online location of at least one vehicle from the received information, and a comparison module (31) for comparing the determined online location with at least one reference location.

Description

technical field [0001] The present invention relates to transport systems by aerial cables, in particular aerial chairs or trolleys. Background technique [0002] Presently, transport systems by aerial cable include passenger pick-up stations for people to board vehicles, passenger drop-off stations and possibly one or more intermediate stations. The system may be detachable or non-detachable, ie the vehicle is fixedly mounted on the traction aerial cable in the case of a non-detachable system and the vehicle is removably mounted on the traction aerial cable in the case of a detachable system. In other words, the vehicle is mechanically attached to the traction aerial cable in a permanent or non-permanent manner. In both cases, as vehicles leave the landing station, they are attached to traction cables which transport them to the landing station. Between two stations, the vehicle is said to be "on-line" and follows a path defined by the traction cables. Most transmission ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B61B12/06
CPCB61B12/06Y02T30/00B61B11/00
Inventor G.莫雷特O.贝尔托拉米
Owner POMAGALSKI SA