JPS6172179A - Multilayered rotary parking apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] Industrial Application Field: The present invention makes it possible to easily move vehicles in and out by making the floor table on which a plurality of vehicles are placed rotatable, and also allows the floor table on which a plurality of vehicles are placed to be rotated. This invention relates to a parking device that enables high-density parking.

BACKGROUND OF THE INVENTION The demand for parking spaces in and around cities has become increasingly profitable, and a parking system that is easy to use, has a large parking capacity, and has low installation and running costs is desired.

Traditionally, parking facilities suitable for urban centers have been widely used, such as merry-go-round type or mechanical elevator type multi-level parking lots, or one-floor flat parking lots with separate underground or upper floors. Although multi-story parking structures have the advantage of being able to accommodate a large number of vehicles relative to the area they occupy, they are expensive to construct, and the operating costs during daily use are also significant. During daily use, vehicles move in and out by themselves, so the regular expenses are small, but a vast floor area is required in proportion to the number of vehicles accommodated, and the cost of securing it is significant. Are the expenses profitable? : It's so efficient that I have to ignore it.

Purpose of the Invention: In view of the current situation, the present invention was made with the aim of proposing a parking device that can park a large number of parking spaces per occupied area while requiring relatively low equipment and management costs. Free selection of directions, a scaled-up rotation 70A, and multi-layered flooring increases the number of parking cars that can be accommodated on the floor, and a turntable is also used when entering and exiting the upper 70A. The purpose is to provide a multi-layer revolving parking device that can be used to enter and exit the parking lot.

Structure and Embodiments of the Invention: Hereinafter, one embodiment of the present invention will be explained based on all the drawings. A conventionally used turntable is used for vehicles such as multi-story parking lots, especially vehicles for changing direction when entering and exiting cars. As a road, it is attached to a friend who places one car 'R + 1!
However, in the present invention, only flL
The floor table is rotatable, and the floor area is made thicker t, i.
The structure is such that several cars can be parked in a row or in parallel.

Figures 1, 2, and 3 are explanatory diagrams showing some specific examples of the present invention. This is a multi-layer rotating parking device 11) of the present invention. In other words, it is circular with a reference diameter of about 5 times the maximum length and about twice the maximum length, and the floor table (tr is maintained in strength with the required strength The outer peripheral member (6) has its lower surface in contact with an appropriate number of supporting rollers (7) with bearings fixed to the base, and the floor tape (2) itself is rotatably supported.

The central fulcrum (8) is a strong central axis, and the load applied to the center is
g: Equipped with a bearing or a Fiat + A slide carrier, supported by the thrust pivot (9), and also in the middle of each strength member (5), with a base #cK fixed and then an appropriate number of auxiliary supporting rollers. (7-eighth plate no + 'r provided in a circumferential manner touching 71, floor-table (2)
And the total load of the next vehicle (4) (4) is distributed, and smooth support and rotation are performed, making it easier to rotate.

The floor table 1211';j on the second and higher floors is supported by each support (Ill (II)) erected at appropriate intervals determined from the parking position on the lower floor surface, and the floor table on the first floor It is securely installed together with (2) so that it can rotate stably without any trouble, and from the second layer onwards,
Vehicles can enter and exit through rampway +31-i by simply going straight.

K, which rotates this Illth floor table 4), is constructed in the rotation drive mechanism O installed under the rampway (3), but in the embodiment shown in FIG. The rotation drive mechanism (12 is a motor, reducer, pulley, etc.) is assembled on a tensioning telescopic pedestal, and the endless wire sauce is attached to the outer peripheral member (6) of the floor table (2).
In addition, the pulley of the rotational drive mechanism α force is also wound to prevent slippage and is in a driving state, allowing infinite rotation, but in some cases, the support roller (7) may be wound. tIt
It is also possible to rotate the floor table (2) by directly connecting the J source.

However, the multi-story rotating parking lot 51 of the present invention can be installed not only as an independent VC2 as shown in the above-mentioned structure, but also in a building in association with the structure as shown in FIG. In other words, in a large pill parking lot, the distance between each pillar is approximately 5
If you want to exceed m, use a multi-layer rotating column mount! +1) By setting the center of rotation at a specific pillar, a multi-layer floor table +21 +21 can be formed.In addition, the existing parking lot can be covered with A middle floor B4f having a floor surface is provided as a parking space, and part of the floor table of the present invention (for C cars Hx rows) is used for turning and turning, /'L, effectively increasing the parking space. At the same time, the remaining space on the floor table except for the above-mentioned one row can be used as a parking space in the same way as in the previous embodiment. Multi-layer rotation I of the present invention! ! In addition to the pure mechanical support structure such as the thrust pivot shown in FIG. 2, the means for supporting the rotary position on the floor table in the vehicle neck should be buoyancy support as shown in FIG. 4. You can also do it. That is,
A circular or donut-shaped float tank is attached to the underside of the first floor table (2). Figure 4 shows the case of a donut-shaped float tank).
A large water tank is installed below the base level, and the water tank is made to float. In this embodiment, the water tank 124
The floor-table (
2) It becomes possible to bear almost all of the weight and support the equivalent amount of the vehicle on which it is mounted using the supporting rollers 4 and the inner auxiliary roller beam @υ, and further reduces the rising circumference of the base until it reaches the ground plane. While maintaining the center of rotation, the outer circumference of the floor table (2) is wound around the outer guide roller (2), which is placed so as to follow the wall surface, in the same manner as in the above embodiment.
It can be rotated arbitrarily by means of the rotational drive mechanism O via the end V-sphere US.

When preparing the water tank, the wooden pipes are all connected and the water level is a (maximum) km %, and under the condition that the level of the 7a arch pull is constant, the support roller goes over, and the inner auxiliary roller Den 11 (Reducing the load on 211.

If such a structure is adopted, the number of rotating cutting blades of the floor table can be reduced by one layer or two or more layers, which will not only contribute to energy saving, but also eliminate thrust pivots, etc., and reduce the weight of roller parts. can be achieved and equipment costs can be reduced.

Functions and effects of the invention: The multi-layer rotating parking device of the present invention, which has been collected at a location,
To start or stop the table, use the KR switch at each floor entrance (
7 Automatic tray or manual selection can be selected. ), and be equipped with the necessary devices to secure the car in its parking position, as well as an alarm system and self-help stop device in case the car deviates from the specified position, and take sufficient protective measures to ensure safety. It goes without saying that you should.

The slope of the ramp quay (3) should be as gentle as possible, but for boarding to the second and higher floors, a straight line t/
It is not limited to C, but may be a curved path or a partial arc along the outer periphery of the floor table, the width of which is approximately 3.5 m, and stairs for the driver to ascend and descend are also provided at appropriate locations (not shown) around the area.

Vehicles entering and exiting the parking device of the present invention are all possible with only linear transitions, and this benefit is due to the turntable [
This is brought about by the free direction selection function and the fact that it can be used as a parking space as it is as a turn@7a arch-pull, and it is easy to balance the efficiency and economy of parking spaces in a fixed area.

Furthermore, the parking device of the present invention has a very simple support structure and minimizes sliding friction, and the required IK assistance for rotation is comparable to that of a single turntable used in the driveway of a multi-story parking lot in the United States. In contrast, a slight increase is sufficient, and because the structure is simple, it is economical in terms of installation costs, maintenance costs, and operating costs, and has great industrial applicability.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing one embodiment of the present invention, and FIG. 2 is a perspective view showing one embodiment of the present invention.
An explanatory side view of the floor table of the embodiment shown in the figure, rotated 90 degrees and in the following state, 'lP! Fig. 13 is a perspective explanatory view when installed on a parking floor in a building, and Fig. 4 is a side explanatory view of another example. (1)...Multi-layer rotating parking device (!;...Floor-table (3)...Lamp quay (4)・
...Car Vehicle (6)...Strength member +l! 1...
・Outer circumference member +y+ tti・°・Shoring roller
(8)...Central fulcrum (9)...Thrust pivot
(1c1...7 Eighth plate (+ t7...Fork pillar α訃...Rotation drive mechanism...Endless wire Q→...Middle floor...Support roller Shito...Inner auxiliary roller ( A)...Outer guide roller (2)...Float tank (Foundation)
...Water tank (to)...Water level
・・Water injection pipe

Claims (1)

[Scope of Claims] 1. A circular first-layer floor table having a plane area on which a plurality of vehicles can be placed in sequence and in parallel is rotatably installed at the same level as the ground plane, and this first-layer floor table is rotatably installed at the same level as the ground plane. On the top of the table, a circular floor table of the second or higher tiers is fixed via a support installed between the series of vehicles placed on it, and a ramp way is provided to reach the floor table of the second or higher tiers. The structure is equipped with a rotation drive mechanism and an activation switch that rotate each floor table as one unit, and a large number of cars placed on each floor table can enter and exit by moving only in a linear direction. A multi-layer rotating parking device characterized by having the following configuration. 2. The center fulcrum of the first layer floor table is supported by a thrust pivot equipped with a bearing or an oil-lubricated carrier, and at the same time, the lower surface of the first layer outer circumferential member is rotatably supported by a plurality of support rollers fixed to the base. A multi-layer rotating parking device according to claim 1. 3 A circular or donut-shaped float tank is attached to the bottom of the first floor table, and a water tank slightly larger than the outer diameter of the float tank is installed on the base to support the weight of the floor table with buoyancy. The multi-layer rotary parking device according to claim 1, wherein the multi-layer rotary parking device is rotatably supported while maintaining the center of rotation by outer guide rollers disposed on the outer periphery.