KR0124066Y1 - A high storied building for parking - Google Patents

Abstract

The present invention is installed in a predetermined parking space, and various types of conventional parking lot values have been introduced, but they are not able to enter and leave more vehicles quickly due to structural problems, and they cannot use the parking area efficiently. At the time of shipment, there were many defects in use such as restraining the communication of other vehicles and turning the car in narrow alleys.

In order to solve the above drawbacks, this paper installs the parking lot in the form of a crisscross, and uses the hole in the bottom of the rectangular elevator in the center to connect the rotary machine and the elevator installed at the bottom to rotate the vehicle. Introducing a high-rise parking lot that can accommodate many vehicles, including time savings and space efficiency.

Description

High rise parking lot

Figure 1 is a front view of the present draft (side view is the same)

2 is a cross-sectional view taken along the line A-A of FIG.

3 is an enlarged cross-sectional view taken along the line B-B of FIG.

4 is a cover plate for exposing the conveyor actuator and the conveyor belt to the upper portion of the elevator of FIG.

5 is a perspective view of the elevator conveyor actuator of FIG.

FIG. 6 is a bottom of the elevator body, showing a circular bore in the bottom of the elevator body of FIG. 3 and a swivel backing plate rising from below.

* Explanation of symbols for main parts of the drawings

1: steel aggregate 2: roller wheel

3: wire rope 4: parking garage

5: elevator 6: conveyor belt

7: motor 8: reducer

9: chain gear 10: chain

11: oil pressure machine 12: rotary gear

13: gear 14: support plate

15: elevator floor 16: elevator internal parts

17 elevator cover plate 18 base plate contact

19: conveyor belt protrusion 20: power connection

21: support plate hole 22: round rail

23: rotary base plate 24: central axis

The present invention relates to a parking lot designed for the purpose of convenience for the parking lot by more efficiently and quickly in accommodating more vehicles as installed in a predetermined parking space.

In general, various types and structures of parking lots have been introduced, but they are complicated due to structural problems, such as an increase in facility costs, so that more vehicles cannot be loaded and unloaded quickly. There are many drawbacks in use, such as having to stop traffic and drive a car in a narrow alley.

Therefore, this proposal maximizes the function of the elevator to park and communicate with a large number of vehicles by manufacturing and installing the shape of the parking lot in the form of a cross in order to solve the above-mentioned drawbacks. It will be described in detail as follows.

The motor 7 and the reducer 8 can operate a conveyor belt 6 which moves a vehicle for each floor of the parking garage 4 in the parking lot formed as shown in FIG. 1 as a plurality of steel aggregates 1. ), A gear 13, a chain gear 9, a chain 10, and the like, and as shown in FIG. 3, an elevator 5 is installed at the bottom of the center of the building, and a support plate 14 is provided at the bottom of the elevator body. ) Has a circular hole so that it can communicate up and down, as shown in FIG.

The motor 7, the reducer 8, the gear 13, the chain gear 9, and the chain 10, which drive the conveyor belt 6, as shown in FIG. 5 on the bottom of the circular perforated elevator 15. The built-in elevator built-in part 16 (as shown in FIG. 5), which is composed of the supporting plate contact portion 18, is placed on the elevator bottom 15, which is formed by drilling a circular hole.

Next, as shown in FIG. 4, the elevator cover plate 17, which is manufactured so that the conveyor belt 6 protrudes upward, is stacked on the elevator built-in part 16 (FIG. 5).

As shown in FIG. 3, the lower surface of the completed elevator 5 is mounted on the circular rail 22 so as to rotate the rotary part to which the support plate 14 is attached and the roller wheel 2, and a central shaft. (24) and the rotary gear circular gear 12 is composed of a combination of the reduction gear (8) and the motor (7), which is pressurized to have a rotation function, each corner of the rotary support plate 23 for supporting the rotary portion has a number of rollers. The wheels 2 are installed to prevent the detachment of the rotary base plate.

The hydraulic unit 11 is fixedly installed at the center of the lower part of the rotating part supporting plate to lift the rotating part supporting plate, and the supporting plate 14 attached to the uppermost part of the rotating part contacts the supporting plate contact part 18 through the hole of the elevator bottom 15 to rise. . The operational effects of the proposed paper thus constructed are as follows.

The parking lot to which the present design is applied is installed in a predetermined space through a plurality of steel aggregates 1 as shown in FIG. 1.

When the wheel of the vehicle enters the conveyor belt 6 in a state in which one side of the cross-shaped parking lot is set as the main entrance of the vehicle, the driver applies the side brake and turns off the ignition so that the driver completes parking. .

Turning on the conveyor belt (6) to move such a parked vehicle (here is a parking manager for convenience in the parking lot), the motor (7) reducer (8) gear (13) chain gear (9) built into the floor The drive is transmitted to the chain (10), the vehicle is moved along the belt and when the elevator reaches (off), and then the lower end of the hydraulic boom on the lower end of the elevator boom base plate 23 is installed horizontally and the installed oil press (11) When the (on) is activated, the hydraulic pressure is activated. The circular rail 22 is fixedly installed thereon, and the support plate 14 is located on the upper portion of the rotating part seated with the roller wheel 2 thereon. The vehicle, which has been moved to the elevator unit built-in unit 16 integrated with the support plate contact portion and the conveyor belt thereon, is also raised.

At this time, the elevator built-in unit 16 is lifted in the state in which the supporting plate 4 attached to the rotating part is put on the elevator bottom through the hole of the elevator bottom, so that the perforated elevator bottom and the main body remain intact.

The raised height is such that it does not reach the ground of the next parking lot 4 during the rotation operation, and the operation of the oil pressure stops and rotates on the line.

Since the rotating part circular gear 12 and the roller wheel 2 which are pressed by the reduction gear 8, such as the motor 7, are driven in the state seated on the circular rail 22, the rotation part moves smoothly.

Rotation movement is possible to move forward and reverse rotation, and when the direction is aligned with the empty parking lot on the upper floor, the rotation operation stops and the elevator (5) rises to reach the empty parking space floor and the conveyor built into the floor of the parking lot (4) The belt 6 is activated and the vehicle is moved to complete parking.

At the time of delivery, the description is omitted in the reverse order of that described above.

As seen from the above, the present invention has a number of advantages in terms of use, such as reducing the installation cost, as well as rapid entrance and exit, as well as a simple parking form and structure by installing and using the form of the parking lot crosswise.

Claims (2)

It is a structure installed with the steel aggregate (1) in the center of the parking lot where the conveyor belt (6), the motor (7), the reducer (8), the gear (13) and the chain gear (10) are installed on the floor of each parking lot (4). On the elevator floor 15, in which the elevator 5 connected to the rope 3 is formed of a circular support plate hole 21, on which the conveyor belt 6 and the motor 7 the speed reducer 8 gear 13 power 13 are connected. (20) and the chain gear (9) chain 10 lift plate cover part 17, the movable belt protrusion (19) is a fuselage on which the elevator built-in unit 16, the base plate contact portion 18 is mounted. The elevator 5 and the ground beneath it are covered with a hydraulic press 11 for pushing up the elevator internal part 16 and a central shaft 24 at the center thereof with a rail 22 and a roller wheel 2 thereon. Is installed and rotated, and the motor 7 and the reducer 8 which transmit power are in contact with the gear 13 and the rotary gear circular gear 12 and the elevator inner body which are pressurized. The high rise car park, characterized in that the configuration been combined in a base plate 14 An elevator (5) connected to the rope (3) has a circular base plate hole (21) and a fuselage bottom (15), a conveyor belt (6), a motor (7), a reducer (8), a gear (13) and a power source. Connection part 20 Lift gear cover plate 17 made of a fuselage with a lift gear built-in part 16 and a moving belt protrusion 19 with a chain gear 9 chain 10 and a backing plate contact part 18 combined therein; Hydraulic 11 and rotating part supporting plate 23 to elevate the internal parts of the elevator, rotary wheel 2, circular gear 12, rotary shaft 12, central shaft 24, motor 22 to transfer power of rail 22 and rotating part, and reducer (8) A lifting device characterized in that it comprises a gear 13, a rotating gear gear that is pressurized and a support plate 14 which is a fuselage body.