KR101090095B1 - Lift and slide bicycle parking system - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bicycle parking system, and to a bicycle parking system of a lifting slide type, which is installed to be easy to store a bicycle, to simplify the appearance, to minimize traffic jams, and to eliminate the risk of bicycle loss.

Bicycle, Bike Parking,

Description

Lifting and sliding bicycle parking system {Bicycle Parking System}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bicycle parking system, and to a bicycle parking system of a lifting slide type, which is installed to be easy to store a bicycle, to simplify the appearance, to minimize traffic jams, and to eliminate the risk of bicycle loss.

The use of bicycles for the purpose of environmental degradation due to automobile energy consumption, exercise during commute and commute, and restraining consumption due to high oil prices is a time when bicycle parking lot is needed.

In the conventional bicycle parking facilities, bicycles are generally stored in the first and second stage cradles for flat bicycle parking, which occupies a lot of space on the flat surface, causing inconvenience in walking and hurting aesthetics, thus adversely affecting urban space utilization. Crazy

In addition, the conventional bicycle parking facility has a problem that the bicycle is located outside the risk of loss and the direct exposure to weather conditions such as snow, rain, wind, etc. to shorten the life cycle of the bicycle.

In the case of the rotary bicycle parking facility that circulates the bike rack by chain drive with the upper and lower sprockets, the height of the rotary sprocket protrudes into the upper space of the driving sprocket in the case of the underground, which may obstruct the surrounding landscape.

The present invention is to solve the above-mentioned problems of the conventional bicycle parking facility, an object of the present invention is to provide a bicycle parking system of the lifting slide type to increase space utilization and to enable safe and convenient bicycle parking.

The present invention provides a bicycle transport lift having a slide rail capable of reciprocating in the vertical direction underground and the horizontal movement of the bicycle at the bottom; A hangar that is an underground space connected to the lift moving space; A fixed bracket installed in a multi-layered structure inside the hangar and allowing a plurality of bicycles to be stored in parallel on each floor; A lifting and lowering slide unit configured to transfer the bicycle between the fixed cradle and the leaf by having a transfer rail capable of moving and rotating in the vertical and horizontal directions by a motor and a roller drive about a transfer shaft installed vertically between the fixed cradle and the lift; And a control unit for controlling the operation of the lift and the elevating slide unit. When the bicycle is worn, the control unit descends to the corresponding floor of the fixed cradle by using the lift unit, and the elevating slide unit moves to the lift position to fix the bicycle. The bicycle is parked by transferring to a cradle, and when the bicycle is shipped, the lifting slide unit releases the bicycle from the fixed cradle by the control unit, and the lift moves to the floor where the fixed cradle is located. Provides a slide bike parking system.

According to the present invention, since the bicycle is stored in the hangar installed underground, the space below the subway station ground road can be used, and it is possible to improve problems such as efficient space use, uncomfortable walking, lost bicycle and environmental damage. , The storage and management of the bicycle is easy.

In addition, the provision of lifts and lifting slides has the advantage of storing and transporting a large number of bicycles quickly and efficiently, which is expected to contribute greatly to the use of bicycles.

1 to 3 show an embodiment of the bicycle parking system according to the present invention, showing the configuration relationship between the lift (1), hangar (2), fixed base (3) and the lifting slide unit (4). .

Bicycle parking system of the present invention is characterized in that the use of the underground space, because only the lift entrance is exposed on the ground and all the remaining work is done underground, can utilize the ground space and do not harm the aesthetics.

The lift 1 is a bicycle transfer lift, is installed to reciprocate in the vertical vertical direction, the bottom may be provided with a slide rail 11 for transverse movement of the bicycle.

The slide rail 11 serves to move the bicycle mounted on the inside and outside the elevator.

The lift door is installed in the side of the road at a right angle to minimize the pedestrian walking, the user is a system that the lift automatically wears just by standing the bicycle inside the door.

The hangar (2) is a vertical underground space connected in parallel with the lift moving space, which is a space where bicycles are worn and stored, and is located in the basement, so it can be formed even under a roadway, while ensuring sufficient space, There is little exposure to bicycle parking facilities, which maximizes space utilization.

The hangar (2) is provided with a multi-layer fixed stand (3), a plurality of bicycles are stored in parallel in each floor bar, the bike is worn by one lifting slide unit (4) installed between the fixed stand and the lift Or shipped.

The lift (1) and hangar (2) space is a lifting slide method on the side of the side of a certain space (space filling the bottom of the ground road) to the ground after completion of the waiting room in the underground space that was excavated by civil engineering work when constructing a new subway station By installing a bicycle parking lot, it is possible to prevent the occurrence of additional processes due to the filling of the underground space generated after the completion of the conventional construction.

The fixed stand 3 is an assembly of a plurality of support means 31 for storing a bicycle, and the support means 31 moves from a lift as shown in FIG. 2 to keep the bicycle in a row. It should be arranged in parallel with the direction.

The support means 31 may be applied to any structure that supports the bicycle to grab one side of the bicycle or a structure such as a partition wall to support the bicycle not to fall during rotation or storage.

Therefore, the lift slide unit 4 waits at the position where the lift 1 is opened to transport the bicycle, and the lift slide unit 4 moves vertically, horizontally, transversely and rotationally to a position where the bicycle is stored. It is easy to move.

Looking at the elevating slide (4) in detail, the movement in the vertical and horizontal direction by the motor and roller drive around the feed shaft 41 installed vertically between the fixed support 3 and the lift (1) and A rotatable transfer rail 42 is provided to transfer the bicycle between the fixed cradle and the leaf.

The conveying rail 42 is a means for directly conveying the bicycle by vertically moving up and down about the conveying shaft 41, a horizontal rail 421 for horizontal conveying on the same floor of a fixed cradle, and after the horizontal movement It is provided with a transverse rail 422 for entering and exiting the bicycle in the cradle, and the transverse rail is rotatable and configured to change the entrance and exit direction of the bicycle.

The conveying rail 42 according to the present invention is configured by the horizontal rail 421 and the transverse rail 422 intersecting and allowing the movement of the bicycle on the rail by a motor and a roller drive, which is desired as one conveying rail. Easily moved to any position, remote control is possible by controlling the motor drive.

The lift 1 may be installed on either side of one hangar center, but if installed on both sides, it is possible to quickly receive and ship.

Figure 4 shows the process of wearing a bicycle using the bicycle parking system according to the present invention, 1) move the bicycle to the lift → 2) move the lift lowering and lifting slide device to the lift position → 3) lifting the bicycle Move to slide device → 4) Move the lift and lift device while turning to the hangar position to put on the lifting slide device → 5) Finish the bike loading to the hangar → 6) Move the lifting slide device to the lift position.

Figure 5 shows the process of leaving the bicycle using the bicycle parking system according to the present invention, 1) move to the hangar to leave the lift lowering and lifting slide device → 2) moving the bike to the lifting slide device → 3) Move the elevating slide device to the lift position → 4) Move the bicycle to the lift → 5) Move the lift up → 6) Complete the bike delivery.

The goods receipt and delivery process may be automatically or remotely controlled by a controller (not shown). The controller is a controller for controlling a motor driving and a transfer operation of the lifting slide unit which is linked to the lifting of the lift.

1 is a cross-sectional view of a bicycle parking system according to the present invention.

2 is a conceptual diagram of installation of the entire bicycle parking system according to the present invention.

3 is a plan view of the inside of the bicycle parking system according to the present invention

4 is a conceptual diagram of the wearing process of the bicycle parking system according to the present invention.

5 is a conceptual view of the shipping process of the bicycle parking system according to the present invention.

<Description of the major reference numerals>

1: lift 2: hangar

3: fixed base 31: support means

4: lifting slide portion 41: feed shaft

42: conveying rail 421: horizontal rail

422: traverse rail

Claims (5)

Bicycle transfer lift equipped with a slide rail capable of reciprocating in the vertical direction underground and transverse movement of the bicycle at the bottom, a hangar which is an underground space connected to the lift movement space, and a multi-layered structure inside the hangar, each floor In a bicycle parking system comprising a fixed stand that allows a plurality of bicycles to be stored in parallel, Between the fixed base and the lift, the lifting slide unit for transporting the bicycle between the fixed base and the leaf is provided with a transfer rail that can be moved and rotated in the vertical and horizontal direction by a motor and roller drive around a vertically installed feed shaft The transport rail is a means for directly transporting the bicycle by vertically moving up and down about the transport shaft. A horizontal rail for horizontal transport on the same floor of the fixed cradle and a transverse row for entering and exiting the bicycle in a specific cradle after horizontal movement. It is provided with a rail, and the transverse rail is rotatable and configured to change the direction of entry and exit of the bicycle, The control unit controls the operation of the lift and the elevating slide unit, and when the bike is worn, the control unit descends to the corresponding floor of the fixed cradle by using the lift, and the elevating slide unit moves to the lift position to transfer the bicycle to the corresponding fixed cradle. The bicycle is parked, and when the bicycle is shipped, the lifting slide unit releases the bicycle from the fixed cradle by the control unit, and the lift moves to the floor on which the fixed cradle is located. Parking system. delete delete According to claim 1, The conveying rail is configured by crossing the horizontal rail and the transverse rail, and enables the movement of the bicycle on the rail by the motor and roller drive bar, as one conveying rail easily to any desired position Lifting bicycle system parking system characterized in that configured to move. The method of claim 1, wherein the lift and hangar after the completion of the waiting room at the site excavated by the civil engineering work in the construction of the subway station, the lifting and sliding bicycle parking system characterized in that formed using the space filling the ground below the ground road. system.

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