TR201614008A2 - FLIGHT VEHICLE SYSTEM WITH AN ADJUSTABLE HEIGHT - Google Patents

Abstract

A ramp (52) for transporting vehicles (1) over containers (10); a loading region (53) extending from said ramp (52) towards the container (10); at least one rail (30) secured to opposite columns (11) of the container (10) at a predetermined height from the base (12) of the container (10), each having at least two movable platforms (40) positioned to slide on said rails (30). one-storey vehicle transport system; said rail (30) is positioned along two opposite sides of said loading region (53) and comprises a hydraulic scissor lift (54) which is positioned between the loading region (53) and a movable body (51) and changes the height of the loading region (53).

Description

TECHNICAL FIELD The invention is a folded vehicle for transporting vehicles in containers. relates to transport systems. PRIOR ART Vehicles are transported from the factories where they are produced to the user by various methods. transported and transferred from one location to another. At short distances this The transportation process is done by loading the vehicles on the trucks. This multiple vehicles can be positioned in a folded manner to implement the method. There are special truck configurations. On the other hand, transport of vehicles from one country to another Transportation over long distances is usually by sea. This In this method, vehicles are placed in containers and loaded onto ships. is being transferred.

In a container to keep shipping costs to a minimum. It is aimed to place as many vehicles as possible. make it up Multi-layered vehicle transport systems are placed inside the containers.

The aforementioned multi-storey vehicle transport systems are located inside the container. It has a platform. On the vehicle holder areas entering the container positioned and then lifted up. Then this vehicle another vehicle can be placed under it. In the mentioned system, costly and a structure that is difficult to install emerges. Also, the mentioned configuration is the container. It is suitable for use for loads other than vehicles, as it occupies a lot of space inside. does not exist. Therefore, after the vehicle transportation is completed, there will be another It is not suitable for the transportation of products.

As a result, all the above-mentioned problems are a novelty in the relevant technical field. does not make it mandatory.

BRIEF DESCRIPTION OF THE INVENTION The present invention is designed to eliminate the above mentioned disadvantages and to bring new advantages to the area, the folded transport system is equipped with a loading ramp. The main object of the invention is to have a ramp that allows loading at different heights. is to present a folded transport system with

Another object of the invention is to create a multi-storey transport system in which the accident risk is reduced. is to put.

Another object of the invention is to transport vehicles during loading into the container. It is to introduce a multi-storey transport system with a ramp with increased capacity.

Another object of the invention is a multi-storey building where installation and commissioning time is reduced. to reveal the transport system.

Another object of the invention is to provide a multi-level transport system in which the cost is reduced. is to put.

All the above-mentioned purposes that will emerge from the detailed description below. The present invention is used to transport vehicles into containers. a ramp that allows it to be transported by passing it; from the mentioned ramp to the container an extending loading zone; from the container floor to a predetermined Rails mounted on opposite columns added to the container at a height of one at least two ends of which are positioned to move on said rails. It is a multi-storey vehicle transport system with a mobile platform. Accordingly, it is along the two opposite sides of said loading zone at least one rail is positioned on which the mobile platform can move, and positioned between the loading zone and a moving body. It contains a hydraulic scissor lift that changes its height. Thus, the ramp height is the rail configured on it will match the rail positioned inside the container. In this way, it can be adjusted to different container heights each time and the vehicle The speed of transportation inside the container is increased over the ramp.

A preferred embodiment of the invention is a multiplex configured on the rail. Includes fixing hole. Thus, both the rail carrier column and the movable platform can be fixed to the rail.

Another preferred embodiment of the invention is around at least one carrier wheel. the rail of the moving platform, which is positioned and passed through the fixing holes. It contains at least one brake lever that allows it to be fixed on it. So moving It is possible to fix the platform with the desired position on the rail.

Another preferred embodiment of the invention is the vertical multiplex on the carrier column. It contains a number of configured column fixing holes. So that your rails heights can be changed.

BRIEF DESCRIPTION OF THE FIGURE In Figure 1, a representative general view of the multi-storey vehicle system is given.

Figure 2 is a representation of the positioning of the mobile platform on the carrier unit. view is given.

Figure 3 represents the positioning of the mobile platform on the loading zone. a view is given.

A representative view of the moving platform is given in Figure 4.

In Figure 5, the representation of the container in which the vehicle is placed is a general front view. view is given.

Representative view of the moving platform settling inside the rail in Figure 6” given.

REFERENCE NUMBERS IN THE FOLLOWING 1 Vehicle Container 11 Columns 111 Column fixing hole 12 Floors carrier' unit 21 upper floor 22 Downstairs Rail 31 Bearing wall 32 Base 33 Ceiling 34 Sidewall Channel 40 Moving platform 41 Carrier wheel 42 guide wheel 43 Fixing hole 44 Brake lever 50 Loading units 51 Movable body 52 ramps 53 Loading zone 54 Hydraulic scissor lift DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the subject of the invention is the multi-storey vehicle transportation system. with examples that will have no limiting effect for better understanding. is explained.

As can be seen in Figure 1, the subject of the invention is a multi-storey vehicle transportation system container (10) at least one carrier unit (20) and vehicle provided inside the container (10) It has at least one loading unit (50) to provide its input. Carrier unit (20) comprising at least an upper storey (21) and a lower storey (22).

In a detailed description, on the said carrier unit (20) and loading unit (50) there is at least one rail (30) positioned. Said rails (30) carrier unit (20) It is fixed on the opposite columns (11) of the container (10) and placed on it.

If the rails (30) are on the loading unit (50), they are located on the side edges. Two at least two movable platforms (40) placed on the rails (30) mentioned at their ends are available.

At least one carrier on the rail (30) is used to connect the rail (30) to the column (11). at least one base (32) extending outward from the wall (31) and the supporting wall (31) and the ceiling (33). Said floor (32) and ceiling (33) are essentially of the container. (10) extends parallel to the ground (12). Floor (32) and ceiling (33) at least one side wall 34 provided on the other side. mentioned side wall (34) preferably upwards from the floor (32) and downwards from the ceiling (33) extends. The side wall (34) is essentially parallel to the bearing wall (31) extends. The rail (30) is located between the bearing wall (31), the base (32) and the sidewall (34) It has a channel (35) formed.

The loading unit (50) consists of at least one movable body (51) provided on the at least one movable body (51). ramp (52) and at least one loading extending downstream of said ramp (52) region (53). The ramp 52 is preferably configured in parts.

Accordingly, a part of the ramp (52) is folded and the contact with the ground is eliminated. can be provided. Loading area (53) provided on the movable body (51) essentially extending parallel to the floor (12). Right of the loading zone (53) and there is a rail (30) along its left edges. Also with loading zone (53) hydraulic scissor lift (54) is positioned between the moving body (51). Hydraulic Thanks to the scissor lift (54), the ramp (52) can reach the desired height from one end. It can be lifted off and on the loading zone (53) extending after the ramp (52) positioned rails (30), rails pre-assembled on the carrier unit (20) (30) can be matched. In this way, when the vehicle (1) is on the loading zone (53) being fixed on the movable platform (40), said movable platforms (40) quickly enters the container (10) with its progress in the rails (30). placement is provided.

At the same time, thanks to the hydraulic scissor lift (54), various items can be placed in the same container (10). Vehicles with heights (1) can be loaded together or the container (10) Heights of the rails (30) and the loading zone (53) in subsequent use It is also possible to carry different types of vehicles (1) each time by changing the are given.

The mobile platform (40) has at least one carrier wheel 41 provided at its two ends.

In the preferred embodiment, the movable platform (40) is equipped with eight It has a carrier wheel (41). Said carrier wheels (41) Since they are parallel to each other, the rails (30) are also parallel to each other. is positioned. Thus, the carrier wheels (41) 'over the rails (30) the seated mobile platform (40) back and forth in line with the depth of the container (10) it is positioned as movable. Moving platform (40) Move the width in the direction of the depth of the container (10) at least (1) two It is as long as it can be positioned on its wheel. Moving platforms (40) each load to be loaded so that they can move independently of each other. It is preferably supplied in two pieces for the vehicle (1).

At least one provided around the edge of the mobile platform 40 proximal to the rail 30 There is a guide wheel (42). In the preferred application, the mobile platform At least one guide wheel (42) provided around the edge proximal to the rail (30) (40) are available. Said guide wheel (42) is preferably on one side of the rail (30). rests on the side wall (34). Thus, the rails (30) of the mobile platform (40) The mobility of the system has been increased by preventing it from sliding left and right on it.

A brake lever (44) is positioned around the carrier wheels (41). Preferably the brake arm (44) is located on the upper side of each of the carrier wheels (41). Side The walls (34) also prevent the carrier wheels (41) from sliding left and right from the channel (35). It is structured in the structure that prevents it from coming out.

A plurality of fixing holes (43) are configured on the rail (30). Fixing the holes (43) are configured on the bearing wall (31). fixing holes (43) on the one hand, the brake lever (44) is passed through it and the movable platform (40) is mounted on the rail. (30) while ensuring that it is fixed on the rail (30) to the carrier column. (11) ensures its fixation. Fixing holes (43) inside the channel (35) its absence facilitates the movement of the carrier wheel (41).

Multiple column fixing holes (111) on the carrier column (11) is configured. Column fixing holes (111) on support column (11) It is configured to be multi-numbered vertically. Carrier columns (11) column fixing holes (111) on the rails, fixing holes (43) on the rails (30). The carrier columns of the rails (30) are matched and a fastener is passed through it. (11) is mounted on it. In this way, on the carrier columns (11) Column fixing holes (111) in various numbers and heights are different according to the floor (12). It allows the loading of vehicles at a height (1).

For the use of the multi-storey vehicle transport system, which is the subject of the invention, first of all, the rails (30) at a height suitable for the columns (11) of the container (10) and the height of the vehicle (1) to be transported. column fixing holes (111). Later on Moving platforms (40) are positioned on the rails (30). Then install unit (50) is placed near the entrance side of the container (10) where the lids are located.

The hydraulic scissor lift (54) transport the loading zone (53) (1) inside the container (10) raises it to the height where it will be located. Thus, the ramp (52) is located in the loading zone (53). It extends from one end to the ground with a predetermined slope. Loading The other end of the zone (53) partially extends into the container (10), inside the container (10) with the rails (30) positioned on the loading zone (53). it is associated with the positioned rails (30). Then over the ramp (52) When the vehicle (1), which is removed from the loading unit (50), arrives at the loading zone (53). by slowly moving the front wheels of the vehicle (1) onto the first moving platform (40). output is provided. When the front wheels are on the moving platform (40) The wheels are attached to the first movable platform (40) is fixed. Then, push the vehicle (1) a little bit again to the rear of the vehicle (1). it is ensured that the wheels go up on another moving platform (40).

Afterwards, the rear wheels are fixed on the moving platform (40).

Then the vehicle (1) is continued to be pushed over the loading zone (53). it is provided to move up to the place where it will be positioned in the container (10).

Moving platforms (40) on which the vehicle (1) is placed, the fixing of the brake lever (44) It is fixed on the rails (30) by placing it in the holes (43). Thus, both The vehicle (1) locked on the movable platform (40) is safely in the container (10). It is ensured that it is transported and the vehicle ('l) settles in the container (10). duration is shortened.

After the first vehicle (1) has been loaded, the depth of the container (10) and multiple vehicles (1) according to the size of the vehicle (1) into the container (10) in the same way. can be loaded. Therefore, the vehicles (1) must be packed in the container (10) beforehand. It is ensured that they are placed at a specified height. According to this Loading other vehicles (1) in the space under the loaded vehicles (1) is possible.

When it is desired to unload the vehicles (1) loaded in the container (10), the loading unit (50) is attached to the entrance part of the container (10). Then the car (1) introduction It is pulled by an apparatus connected to the movable platform (40) towards the door and the rear Moving platform (40) with wheels to the loading zone (53) is provided. The vehicle (1) is continued to be towed and the front wheels are located. With the moving platform (40) passing to the loading zone (53), the vehicle (1) It is ensured that it is removed from the container (10). Car after (1) With the unlocking of the wheels on the moving platforms (40), the vehicle (1) can be pulled out. the ramp (52) is lowered to the ground.

When the loading or unloading process is completed, the contact of the ramp (52) with the ground with the movable body (51) on which the loading unit (50) is cut by cutting It is possible to transport them together to the desired location.

Thanks to the mentioned configurations, the folded vehicle transport system can be easily it can be provided to be disassembled and mounted from the container (10). Also container (10) The elements provided in it take up less space compared to the previous art. Thanks to this, the container (10) is used more effectively. Special This will be possible with the containers (10) to be produced and the columns (11) (10) they will be hidden in such a way that they do not take up space.

The scope of protection of the invention is stated in the appended claims and it is absolutely detailed explanation cannot be limited to what is told for the purpose of illustration. Because in technique what has been described above by a specialist without departing from the main theme of the invention It is clear that similar structuring can occur in the light of this.

Claims (1)

CLAUSES A ramp (52) that enables vehicles (1) to be transported into containers (10) by being passed over it; a loading zone (53) extending from said ramp (52) towards the container (10); A rail (30) mounted on opposite columns (11) added to the container (10) at a predetermined height from the floor (12) of the container (10), at least two movable platforms (one each of which are positioned to move on the rails (30) mentioned at one end. 40). a rail (30) on which the said mobile platform (40) can move is positioned along the two opposite sides of said loading zone (53) and there is a rail (30) positioned between the loading zone (53) and a moving body (51) that changes the height of the loading zone (53). hydraulic scissor lift (54) is included. It is a multi-storey vehicle transport system according to Claim 1, and its feature is; It contains multiple fixing holes (43) configured on the rail (30). It is a multi-storey vehicle transport system according to claim 2, and its feature is; it comprises at least one brake lever (44) which is positioned around a carrier wheel (41) and which enables the mobile platform (40) to be fixed on the rail (30) by passing through the fixing holes (43). It is a multi-storey vehicle transport system according to claim 1, and its feature is; It contains column fixing holes (111) configured in multiple vertically on the carrier column (11).