RU2652599C1 - Construction of vehicle high speed ostrich suspension type transport system - Google Patents

Abstract

FIELD: transportation.

SUBSTANCE: design of the vehicle relates to high-speed individual unmanned transport and is made in the form of a gondola cabin with an aerodynamic fuselage for the rapid transportation of a large number of passengers and/or goods, different in composition, properties and volume. Tool is intended for a high-speed suspension type transport system containing an information center with a host computer and a traffic control system. Vehicle is equipped with autonomous information centers controlled by a traffic control system. Vehicle is made in the form of a cabin-gondola, used as a transport individual intellectual means, equipped with an aerodynamic fuselage consisting of: body, tail unit 14 and side fins 15. Body is made integral and comprises inner body 1 and outer body 3 of an aerodynamic shape. In body 1 there is salon 2 with the possibility of transformation, equipped with removable capsules, made for the carriage of passengers, and/or for freight transport, and/or for cargo and passenger transport. Body 3 is made in nose part 4 with a fairing, in top part 5 with suspension 6, along sides 7 with salon doors 8, in tail part 9 with luggage compartment door 10 and on bottom 11 with the lighting equipment 12 and 13 onboard.

EFFECT: as a result, the operational capabilities of the high-speed transport system are extended, and the possibility of multi-level vehicle movement through a high-speed suspension type transport system is provided.

4 cl, 8 dwg

Description

The invention relates to ecological high-speed individual unmanned transport, and in particular to an intelligent vehicle in the form of a gondola cabin with an aerodynamic fuselage for the rapid transportation of a large number of passengers and / or goods that are different in composition, properties and volume.

Known suspension transport system used in mounted monorail vehicles with a given trajectory, designed for passenger and freight traffic, having a track in the form of a beam suspended in the form of a tee, RU No. 2600486 C1, B61B 3/02, E01B 25/22 10/20/2016.

Known high-speed transport system, including a track and rolling stock with a drive, equipped with running trolleys made with running wheelsets and paired stabilization systems, RU No. 2494897 C2, B61B 5/00, E01B 25/08, 10/10/2013.

Known suspension transport system containing a track in the form of a two-track track and a vehicle in the form of a body mounted under a running trolley containing an electric motor, RU No. 2464188 C2, B61B 3/02, E01B 25/22, 20.10.2012.

Known transport system consisting of a support monorail and a transport module made in the form of a platform with two cabs on four central double-flange wheels and four side support rollers, RU No. 2374102 C2, B61B 3/02, B61B 5/00, E01B 25/08, E01B 25/22, 11/27/2009.

A known transport system comprising an overhead train with one wagon or a large number of wagons that move in a position suspended from a rail having two transverse gaps for boarding and disembarking passengers, RU No. 2321510 C2, B61B 3/02, E01B25 / 22, 04/10/2008 .

Known suspension transport system, including a track in the form of a beam of a U-shaped profile and a vehicle having, along with the upper support wheels, lower clamping wheels, RU No. 2302955 C1, B61B 3/02, E01B 25/22, 07/20/2007.

Known monorail transport system containing a power drive, a vehicle that, using the support and guide wheel pairs with axes of rotation, is placed on the transport beam, RU No. 2276027 C1, B61B 3/02, B61B 5/00, 05/10/2006.

Known flyover transport system mounted type containing vertical support columns and a vehicle with a traction drive and mounted on the suspension of the support and guide wheel pairs, RU No. 2158210 C1, B61B 5/00, E01B 25/00, 10.27.2000; RU No. 2153429 C1, B61B 5/00, 07.27.2000.

In the known transport systems, solutions that could be characterized by a combination of features identical to those of the claimed invention were not found.

Known high-speed transport system of a hinged type, containing a vehicle in the form of unmanned cabs with autonomous information centers, a traffic control system, an information center with a main computer, a one-way highway with variable length, curvature and gradient sections and with two tiers in the form of arches made of binders beams with guides controlled by a motion control system associated with the main computer, a parking canvas, supporting track structures, RU No. 35615 U1, B61B 3/02, 01/27/2004.

Known high-speed transport system of a mounted type, containing an information center with a host computer, a traffic control system and a vehicle made for individual use and equipped with autonomous information centers controlled by a traffic control system associated with the host computer, RU No. 2249517 C1, B61B 3/02 , B61B 5/00, E01B 25/00, 04/10/2005.

This technical solution is made as the closest analogue of the present invention.

In the closest analogue, individual vehicles do not meet the intellectual operational requirements, in addition, in the vehicles of the closest analogue there are no aerodynamic structural elements, in addition, in vehicles of the closest analogue there are no conditions for their wide use, which reduces performance.

The present invention is based on the solution of a problem that allows you to create a new individual transport vehicle intelligent for multi-level movement, to increase the basic aerodynamic characteristics, to expand the operational capabilities of a high-speed suspension transport system.

The technical result of the present invention is to create a new transport individual intelligent means for high-speed transport system of a suspended type.

According to the invention, the vehicle structure is intended for a high-speed suspension transport system. The outboard-type high-speed transport system contains an information center with a host computer and a traffic control system. The vehicle is designed for individual use and is equipped with autonomous information centers controlled by a traffic control system. The motion control system is connected to the host computer.

The vehicle is made in the form of a gondola cabin, used as an individual intellectual vehicle, equipped with an aerodynamic fuselage consisting of: body, tail and side empennages.

The casing is made integral and contains an inner casing and an outer casing of an aerodynamic shape.

In the inner case there is a salon with the possibility of transformation. The salon is equipped with removable capsules.

The outer body of the aerodynamic shape is made in the bow with a fairing.

The outer body of the aerodynamic shape is equipped with a suspension in the upper part. The suspension is equipped with a shock-absorbing system including an intelligent center.

The outer aerodynamic case is made with salon doors located on each side and a tailgate located in the rear.

The outer body of the aerodynamic form has lighting equipment on the bow and stern, mounted on the bottom of the outer shell.

Achieving this task contributes to a number of private essential features of the design of the vehicle.

Removable capsules are designed to carry passengers. Removable capsules are made for freight transport. C capsules are made for passenger and freight transportation.

The applicant has not identified sources containing information about technical solutions identical to the present invention, which allows us to conclude that it meets the criterion of "novelty."

Due to the implementation of the distinguishing features of the invention (in conjunction with the features indicated in the restrictive part of the formula), important new properties of the object are achieved.

The implementation of a gondola cabin with an aerodynamic fuselage and a composite body: from an external aerodynamic-shaped body and an internal body with a convertible cabin, supply of a gondola cabin with an intelligent center allows you to create a new personalized intelligent vehicle for multi-level movement in a high-speed suspension transport system.

The implementation of the outer body of the aerodynamic shape with a fairing in the bow and the presence of tail and tail feathers increases the basic aerodynamic characteristics of the vehicle structure.

The implementation of the outer casing with salon doors and the tailgate and the outer casing with lighting on-board equipment increases and expands the operational capabilities of the high-speed suspension transport system.

The presence in the interior of the cabin with the possibility of transformation and the supply of the cabin with removable capsules used for passenger, freight and passenger-and-freight transportation, expand the operational capabilities of the high-speed suspension transport system.

The applicant is not aware of any publications that would contain information on the influence of the distinguishing features of the invention on the achieved technical result. In this regard, according to the applicant, it can be concluded that the claimed technical solution meets the criterion of "inventive step".

The invention is illustrated by drawings, which depict:

in FIG. 1 - vehicle structure for a high-speed suspension system; general view from the rear;

in FIG. 2 - vehicle structure for a high-speed suspension system, general view from the starboard side;

in FIG. 3 - vehicle structure for a high-speed suspension-type transport system, general view from the upper part;

in FIG. 4 - vehicle structure for a high-speed suspension system, general view from the starboard side and bottom;

in FIG. 5 is a vehicle structure for a high-speed transport system of a suspended type, a general view from the rear side with a closed cabin door;

in FIG. 6 is a vehicle structure for a high-speed suspension-type transport system, a general view from the tail end with an open salon door;

in FIG. 7 - vehicle design for a high-speed suspension system, reproduction, operation fragment;

in FIG. 8 - vehicle design for a high-speed suspension system, reproduction, traffic pattern.

FIG. 7, 8 are illustrative.

In FIG. 1-6 depicted:

inner case - 1,

salon with removable capsules (body 1) - 2,

the outer body of the aerodynamic form - 3,

nose with fairing (body 3) - 4,

the upper part (buildings 3) - 5,

suspension (parts 5) - 6,

side right and left (hull 3) - 7,

salon doors (on the sides 7) - 8,

the tail (housing 3) - 9,

tailgate (part 9) - 10,

bottom (body 3) - 11,

lighting on-board equipment (on the bottom 11 in part 4) - 12,

lighting on-board equipment (on the bottom 11 in part 9) - 13,

tail (parts 9) - 14,

plumage (on sides 7) - 15.

Vehicles are designed for high-speed suspension system. The outboard-type high-speed transport system contains an information center with a host computer and a motion control system (not shown).

The vehicle is equipped with autonomous data centers controlled by a motion control system (not shown). The motion control system is connected to the host computer.

The vehicle is made in the form of a gondola cabin used as an individual intellectual vehicle equipped with an aerodynamic fuselage consisting of: body, tail unit 14 and tail units 15.

The casing is made integral and contains an inner casing 1 and an outer casing 3 of an aerodynamic shape.

In the inner building 1 is placed salon 2 with the possibility of transformation. Salon 2 is equipped with removable capsules. Removable capsules are made for the carriage of passengers, and / or for freight traffic, and / or for freight and passenger transport.

The outer body 3 of an aerodynamic shape is made in the nose 4 with a fairing.

The outer body 3 of an aerodynamic shape is equipped with a suspension 6 in the upper part 5. A suspension system (not shown) including an intelligent center is located in the suspension 6.

The outer body 3 of an aerodynamic shape is made with cabin doors 8 located on each side 7, and a luggage compartment door 10 located in the rear part 9.

The outer body 3 of an aerodynamic shape has lighting equipment 12 and 13 in the bow 4 and tail 9, mounted on the bottom 11.

The gondola cabin refers to unmanned vehicles. The control of the gondola cabin is automatic.

The passenger / customer independently and individually makes a call to the gondola from the nearest parking or stop center.

The movement of cab-gondolas is organized without stops and parking with individual service for each passenger / customer with the possibility of cargo transportation.

The proposed “Vehicle Design for the STRAUS Suspension High-Speed Transport System” refers to an individual transport intelligent vehicle when operating in high-speed mode in various environmental conditions.

The proposed vehicle can be manufactured industrially, which is confirmed by the design and technological studies of the main aerodynamic characteristics in structural units, and testing of prototypes, studying and substantiating the operating modes of the proposed technical solution determines, according to the applicant, compliance with his criterion of "industrial applicability" .

The proposed technical solution allows you to create a new individual transport vehicle intelligent for multi-level movement, increase the basic aerodynamic characteristics, expand the operational capabilities of the high-speed suspension transport system.

Claims (4)

1. The design of the vehicle for a high-speed suspension transport system comprising an information center with a host computer and a motion control system made for individual use and equipped with autonomous information centers controlled by a motion control system associated with the host computer, characterized in that the vehicle is made in the form of a gondola cabin used as an individual transport vehicle equipped with aerodynamic fuselage comprising: a body, a tail unit and an aircraft tail, the body being made integral and containing an internal body and an external body of an aerodynamic shape, an interior with a possibility of transformation equipped with removable capsules is placed in the internal body, and an external body of an aerodynamic shape is made in the nose with fairing and equipped with a suspension in the upper part, in which there is a shock-absorbing system, including an intelligent center, in addition, the outer case is made with salon doors, located ennymi on each side, and the door luggage compartment situated in the rear, and has a lighting equipment carried in the fore and aft mounted on the bottom of the outer housing. 2. The design of the vehicle according to claim 1, characterized in that the removable capsules are made for transporting passengers. 3. The design of the vehicle according to claim 1, characterized in that the removable capsules are made for freight transport. 4. The design of the vehicle according to claim 1, characterized in that the removable capsules are made for freight and passenger transportation.

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