KR940005912Y1 - Parking apparatus - Google Patents

Abstract

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Description

Parking lot

1 is a perspective view according to the present invention.

2 is a front structural view according to the present invention.

3 is a cross-sectional cross-sectional structure diagram of FIG.

4 is a partial cross-sectional view showing a state in which the driving state of the up, down, and driving plate power transmission according to the present invention.

Figure 5 is a schematic perspective view showing the installation state of the weight according to the present invention.

* Explanation of symbols for main parts of the drawings

1: Parking plate 1a: Guide hole

2: support 3: support

4: lifting plate 5: rotating plate

5a, 6a, 9: gear 6: rotary motor

7: forward and reverse rotation motor 8: reducer

10: guide gear 12: string member

13: weight 14: blocking plate

100: lifting device X: rotating plate driving means

Y: descent driving means B: parking space

The present invention relates to a multi-stage parking lot that is capable of parking the maximum number of vehicles in the smallest parking space. In particular, it is possible to efficiently use the parking area and to perform the parking quickly and to simplify the structure. It relates to a parking lot developed for the purpose of making it possible.

In general, various types and structures have been introduced as a parking lot to which a hoisting device is applied, but a large parking lot is used for a parking facility inside a large building, and a parking lot having a multi-stage parking facility is used.

However, they were not able to use the parking area efficiently due to structural defects, but also the end of the parking time was long. Also, due to the structural complexity of the parking lot, the facility cost was increased and it was difficult to spread. It was implicated.

Therefore, the present invention can utilize the space more efficiently by making the parking space almost circular in order to solve the above-mentioned drawbacks, and it is designed to speed up the parking work and simplify the structure. Referring to the configuration and the effect according to the drawings in detail as follows.

In the multi-stage parking lot value using the elevating device 100, the parking space B of the vehicle C is radially secured, and the parking plate 1 made of a substantially circular shape having a polygonal guide hole 1a at the center thereof. ), And the corrugation means for supporting the parking plate 1 are rotatably installed in the center of the plurality of supports 2 and the pedestal 3 and the elevating plate 4 described below, and the gear 5a is Rotating plate driving means (X) consisting of a rotating plate (5) formed integrally with a roller (5b) attached to the lower surface, and a rotating motor (6) arranged with gears (6a) engaged with the rotating plate gear (5a); The elevating drive means (Y) consisting of forward and reverse rotation motors (7) and reduction gears (9) consists of elevating plates (4) built into each corner to rotate the stationary vehicle in place in any direction. And the elevating device 100 which transports the vehicle up and down while being ascended and descended through the guide hole 1a of the parking plate 1, and the elevating device Guide gear 10 and lifting plate 4 provided on one side of the support 2 (support for supporting the inner part of the parking plate 1) such that the gear 9 of the driving means Y is engaged with each other. Weight support 13 connected through a string member 12 guided to the roller 11 at each corner, and a support 7 so as to block sunlight, rain, snow, etc. (the first of the parking plate 1) The support for supporting the inner portion) has a configuration combined with the blocking plate 14 fixed to the top.

Here, the support 2 and the pedestal 3 employ various types such as an I beam.

The roller 11 is mounted on the support 7 as shown in FIG.

Weight 13 is installed in a structure that is guided to the support (7).

The support 7 may allow the guide gear 10 to be attached to and detached from each other, thereby adopting a replaceable structure.

The weight of the weight 13 can be adjusted appropriately.

The elevating driving means Y may be installed on the bottom surface of the elevating plate 4.

In addition, the number of the parking plates 1 can also be added or subtracted suitably as needed.

Referring to the effect of the present invention configured as described above are as follows.

The parking lot to which the present invention is applied is installed in a predetermined space through a plurality of supports 2 as shown in FIG. 1.

When parking the vehicle (C) in the parking lot installed as described above, the gear 9 of the elevating driving means (Y) to the guide gear 10, which is bound to one side of the inner support (2) of the parking lot primarily. A state in which the vehicle enters the upper surface of the rotating plate 5 rotatably attached to the center of the elevating plate 4 of the elevating device 100 coupled to the elevating device. (The wheels of the vehicle are located on the upper surface of the rotating plate 5) ), The forward / reverse motor (7) operation switch of the forward / reverse motor (Y), the forward / reverse driving motor (Y), is turned on (for the convenience, the forward rotation is a state in which the lift device is raised for convenience). The reverse rotation is the guide gear 10 attached to the support 7 while the gear 9 is rotated forward by the reducer 8 connected to the shaft of the forward and reverse motor 7 when the lifting device is moved downward. It moves up by being matched with. That is, the elevating plate 4 is elevated along the guide gear 10 via the gears 9 of the plurality of elevating driving means Y.

As described above, when the elevating plate 4 of the elevating device 100 reaches the parking plate 1 to be parked while the elevating plate 4 of the elevating device 100 is moved upward, the driver moves up and down driving means ( Turn the forward rotation switch of Y) off and align the elevating plate 4 horizontally with the parking plate 1 installed in multiple stages on the skeletal means composed of the support 2 and the pedestal 3, When the rear of the vehicle C does not face the empty parking space B of the parking plate 1, the rotary motor 6 of the rotating plate driving means X is turned on to turn the rotary motor 6 on. As the driving force of the rotating motor 6 is transmitted to the rotating plate gear 5a through the gear 6a which is the power transmission means, the rotating plate 5 is rotated in the direction of the arrow to rotate the vehicle from a to b. Position, and the driver turns the turntable drive switch on when the rear of the vehicle matches the empty parking space. Thereby.

At this time, the elevating plate 4 is located in the guide hole 1a of the parking plate 1, and since the roller 5b is mounted on the lower surface of the rotating plate 5, the rotating plate 5 rotates smoothly. .

As such, when the rear of the vehicle coincides with the parking space, the driver reverses the vehicle by a predetermined distance and enters the parking space to complete parking.

Here, since the parking plate 1 has a polygonal shape close to a circle, several vehicles can be parked in a minimum occupied space, and the production of the parking plate 1 is easy.

On the other hand, after the parking is completed, the driver turns on the reverse rotation switch of the forward and reverse motor 7 which is the elevating driving means Y, so that the forward and reverse motor 7 of the elevating driving means rotates in the reverse direction of the elevating operation. As the gear 9 is reversely rotated to the decelerated state by the reducer 8 connected to the shaft of the forward and reverse rotation motor 7, the lifting device 100 is guided to the guide gear 10 of the support 7 in the engaged state. To move the lifting plate (4) down.

Therefore, the driver comes down on the lifting plate 4 which is moved downward as described above after parking is completed. Here, the elevating plate 4 of the elevating device 100 is moved up and down by engaging the gear and the guide gear of the elevating drive means is operated in a stable state without the front and rear, left and right flow.

In addition, the vehicle can operate by operating the parking lot value as opposed to the above-described parking process for driving the vehicle. In other words, the driver may drive the vehicle parked in the parking space into the lifting plate 4 after climbing up the lifting plate 4 and then move the lifting plate 4 downward by the above-described method.

On the other hand, since the weight 13 is connected to each corner of the elevating plate 4 of the elevating device 100 as shown in FIG. As the operation of raising and lowering more smoothly, the load applied to the forward and reverse motor 7 can be reduced to the maximum, thereby obtaining a smooth operating state.

At this time, the string member 12 is guided to the roller 11 mounted on the upper end of the support 2, the weight 13 is smoothly moved up and down while being guided to the support (7).

In addition, since the blocking plate 14 is installed at the top of the parking lot through the plurality of supports 7, snow, rain, as well as a protection function to block sunlight in summer can be performed.

On the other hand, the operation switch of the elevating drive means (Y) and the rotary bottom plate drive means (X) is used to install a predetermined position that the driver can conveniently operate.

As can be seen from the above, the present invention manufactures the parking plate of the parking lot in a nearly circular form, while dividing the parking space in a line radially to enable the parking of the maximum vehicle in the minimum parking space as well as parking operation. It can shorten the time, simplify the structure, make the production simple, and reduce the facility cost.

Claims (1)

The parking plate 1 is provided in the middle frame structure with respect to the skeletal means which consists of the several support stand 2 and the pedestal 3, and the raising / lowering drive means Y through the center guide hole 1a of the said parking plate 10 is carried out. The lifting plate 4 and the rotating plate 5 and the rotating plate 5 and the roller 5b provided with the gear 5a and the roller 5b are installed to be rotatable in the center of the lifting plate 4. The gear 6a meshed with the gear 5a of the gear 5a consists of a rotary motor 6 arranged thereon, so that the driving force of the rotary motor 6 is transmitted through the gears 6a and 5a to rotate the rotary plate 5. Elevating device 100 made up of rotating plate driving means (X) is provided so that the parking plate (1) is raised and lowered by the elevating driving means (Y) and the rotating plate by the rotating plate driving means (X) in the parking plate (1). A parking lot value in which (5) is rotated so that a vehicle can be parked on the selected parking plate (1), so that the parking space is radially secured to the compartment. The support plate is made of a parking plate (1), which is almost circularly formed, and a forward and reverse motor (7), a reducer (8), a gear (9) and the gear (9) mounted inside the lifting plate (4). (2) The lifting gear is composed of the guide gear (10) is coupled to the guide gear 10 by the gear 9 is guided to the guide gear 10 by the forward and reverse driving of the motor, the lifting plate (4) up and down The weight means (13) and the weight (13) installed to be guided in the groove of the support (2) connected to the edge of each of the lifting means (Y), the lifting plate (4) via the support member (2), the upper end of the support (2) Parking lot characterized in that the configuration with a blocking plate 14 is fixed to block sunlight, snow, rain.