See Application Data Sheet.
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This invention relates to a refueling tank vehicle, essentially intended for use in the airport sector.
Such a vehicle must have certain features due to its particular use, in particular with regard to sizing, since it must move between airplanes and under the wings thereof. In addition, it must have means allowing the operator to connect fuel supply lines under an airplane wing using a distribution module.
Therefore, tanker chassis for road use are currently used which are adapted for this particular usage, that is to say, their height is reduced, and a lifting platform is fitted thereto.
In addition to the fact that such a vehicle is not ergonomically optimized for the use for which it is intended, due to its origin, it has unused, and therefore unnecessary, features, which constitute an additional cost.
The object of this invention is to remedy this drawback by proposing a refueling tank vehicle designed specifically to meet the specifications.
The refueling tank vehicle according to the invention comprises a chassis resting on axles and carrying a tank, a fuel distribution module, a cab, and a lifting platform and is characterized in that said chassis has at least two sub-assemblies articulated to each other, a first of which, arranged at the front, carries said cab and said nacelle, while another, arranged behind said first sub-assembly, carries said distribution module and said tank, and in that said first sub-assembly comprises an axle in front of which and under the axis of which a platform extends supporting, juxtaposed transversely, on one side said cab and on the other side said nacelle.
The lowered platform allows for the cab to be practically level for the operator, as said operator must frequently access and exit it, and also allows for a large-amplitude, scissor-type lifting device the nacelle to be housed.
According to an additional feature of the refueling tank vehicle according to the invention, the sub-assembly which carries the tank is carried by at least one axle, which is a motor.
Due to the lowering of the cab, it is not possible to house the motor unit in the front sub-assembly; therefore, the propulsion is carried out from the rear sub-assembly.
The rear sub-assembly is driven by a motor unit which may be of any type, thermal, electric, or hybrid.
It should be noted that it is possible, in addition to the propulsion of the rear sub-assembly, for at least one of the front wheels to be driving, via, by way of non-limiting example, a wheel motor.
According to another additional feature of the refueling tank vehicle according to the invention, the axle of the front sub-assembly is a fixed axle.
According to another additional feature of the refueling tank vehicle according to the invention, the rear sub-assembly has a modular construction.
According to another additional feature of the refueling tank vehicle according to the invention, the rear sub-assembly comprises two parts, the second consisting of a trailer.
The advantages and features of the refueling tank vehicle according to the invention will emerge more clearly from the description which follows, and which relates to the appended drawing, which represents several non-limiting embodiments thereof.
In the appended drawing:
Referring to
The front sub-assembly 1 comprises an axle 10, a cab 1, and a nacelle 12 mounted on a lift 13.
The cab 1 is lowered, its base being lower than the axis of the axle 10, which allows for easy access.
The sub-assembly 2 comprises a double axle 20, a tank 21 and a fuel distribution module 22.
Referring to
Number | Date | Country | Kind |
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FR1906154 | Jun 2019 | FR | national |
Filing Document | Filing Date | Country | Kind |
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PCT/EP20/63031 | 5/11/2020 | WO |