JPH04106276A - Solid car port - Google Patents

Abstract

PURPOSE:To facilitate entering and leaving the car-shed by burying a bottomed housing room body with an opening upward in an underground space, and placing a car mounting section consisting of a lower stage mounting platform and an upper stage mounting platform to be made to control rising and falling by a rising and falling device to the inside of the housing room body. CONSTITUTION:An underground space 2 with an opening upward and having an enough size capable of housing cars is excavated in the ground, and a bottomed housing room body 5 having flanges 4 to the upward opening 3 is buried in the underground space 2. A fixed frame 9 is placed to the bottom of the housing room body 5, a movable frame 10 is provided upward to pivot an X leg 11 on the central part and, at the same time, an actuator 17 is loaded. After that, the actuator 17 of the rising and falling device 8 is actuated to be made to control rising and falling simultaneously of a lower stage mounting platform 20 and an upper stage mounting platform 22 connected to each other through the X leg 11. According to the constitution, a car is capable of entering and leaving the car-shed without moving another car.

Description

[Detailed Description of the Invention] [Object of the Invention] L Awakami Nika Tomo Bunka This invention parks vehicles in two tiers, upper and lower, and allows vehicles in the upper tier to enter and leave the garage without moving the vehicles in the lower tier. This relates to a three-dimensional carport that makes it possible.

Traditionally, when vehicles are parked in two levels, upper and lower, the upper level is placed between a pair of left and right frames 8 that are fixed on the ground, and the upper level is movable up and down, as shown in Figure 5. Ya, also the 6th
As shown in the figure, the base of the upper IT table is pivoted to the base of the frame a fixed on the ground, and the upper stage BFR is installed so that it can be tilted freely. The biggest drawback is that if the vehicles are parked on the lower tier, the vehicles on the upper tier cannot be entered or exited unless the vehicles are moved one by one.

B attempts to do this: Even if there is already one vehicle on either side of each loading platform, the present invention allows other vehicles to enter and leave the storage without moving the vehicle, and also allows the storage room body to be The objective is to provide a three-dimensional carport that is covered with an upper stage to prevent rainwater from entering the storage chamber.

(Structure of the Invention) In view of the problem of having to move other vehicles at the time of warehousing based on the above-mentioned prior art, the present invention for achieving part 5 is to raise and lower the lower and upper loading tables at the same time. The above-mentioned drawbacks were solved by installing a three-dimensional carport that controls and moves each loading platform to a position where vehicles can move in and out of the warehouse, as well as restricting the infiltration of rainwater into the storage chamber. This is an attempt to resolve the issue.

As a three-dimensional carport, an underground space with an upward opening is dug in the ground, a bottomed storage chamber with an upward opening is buried in the underground space, and a lifting device is used to lift the carport into the storage chamber. A vehicle mounting part consisting of a lower stage mounting base and an upper stage mounting base is arranged. A bottomed storage chamber body that is open and forms a flange portion that protrudes outward from the outer periphery 6 of the opening portion, and the flange portion of the storage chamber body is placed near the outer periphery edge of the opening in the underground space. A lower stage mounting table is buried in the storage chamber and controlled to raise and lower by a lifting device, and an outer peripheral wall portion that contacts the ground at the lowest point and is located outside the flange portion of the storage chamber body is installed in the entire outer peripheral area. A vehicle mounting section is provided, which is composed of an upper stage mounting table that hangs down over the entire length of the vehicle.

North - ■ In the present invention, when a vehicle is put in and taken out of a warehouse, the lower part f22 of the vehicle R placement part or the upper placement table is placed at the upper end of the opening of the storage chamber body by controlling the elevation and lowering of each placement table. In addition, it is necessary to position the outer peripheral wall of the upper loading stage outside the flange of the storage chamber body so that the storage chamber body is not folded over the lower loading stage. , restricting the infiltration of rainwater into the housing chamber.

Okawa ± Hereinafter, an embodiment of the present invention will be described based on drawings 2 and 2. 1 is a three-dimensional carport according to the present invention, which has an upper opening with a size L capable of accommodating a vehicle C on the ground surface GL and an underground space. A bottomed storage chamber body 5 is formed in the underground space 2 by excavating a bottomed storage chamber body 5 which, when opened upward, forms a flange portion 4 which projects outward from the outer peripheral edge of the mucous opening 3. The flange portion 4 of the accommodation chamber body 5 is placed and buried in the outer peripheral edge (ground G) of the opening 6 of the underground space portion 2.

The accommodation chamber body 5 is made of so-called "rGRC" which is formed by mixing glass fibers into cement, and is made up of a plurality of divided bodies 7.
．． 7a... are integrally formed.

Reference numeral 8 denotes an elevating device, and the elevating device 8 has a pair of fixing frames 9 on the left and right sides of the bottom surface of the storage chamber body 5, and a cough fixing frame 9.
A movable frame 10 is disposed above, and the fixed frame 9 and the movable frame 9 and 12 pivot the respective one ends 12 of the X legs 11 which are pivoted from the central part of the one end side of the fixed frame 9 and the movable frame 9. and movable frame】
An elongated guide hole 13 is bored on the other end side of the An actuator 17 of hydraulic pressure, pneumatic pressure, or other appropriate mechanism is installed between the pivot shaft 16 that pivots the parts and the fixed frame 9, and the movable frame 10 is controlled to move up and down by the operation of the actuator 17. Reference numeral 8 is not limited to the above configuration at all, and may be of a pantograph type, for example, or the actuator 17 may directly control the movable frame 10 or a vehicle mounting portion 18, which will be described later, to move up and down. and the vehicle mounting section 18
is formed slightly smaller than the opening 3 of the storage chamber body 5, and a lower stage mounting table 20, which forms tire grooves 19 corresponding to the tread width of the vehicle C, is fixed to the movable frame 10 of the lifting device 8. A tire track 19 corresponding to the tread radius of the vehicle C is formed above the mounting plate 20, and at the time of lowest descent, the tire plate 19 contacts the two ground surfaces G, and the outer peripheral edge of the opening 6 of the underground space 2 (ground G). An upper stage mounting table 22 is provided which hangs down the outer peripheral wall part 21 located on the outer side of the flange part 4 of the storage chamber body 5 disposed in the outer peripheral part, and the upper stage mounting table 22 is supported by a support frame 23. It is fixed via 23a.

In addition, the upper tier! ! The outer circumferential wall 21 at the tip of the mounting table 2 has a sloping shape for allowing the vehicle C to enter and exit the warehouse.

24 is a roof part, and the roof part 24 has pillars 26.26a erected from support frames 25.25a fixed at appropriate left and right positions on the ground G outside the opening 6 of the underground space part 2. A roof member 27 such as a tent is fixed to the pillars 26.26a.

Incidentally, the strut 26.26a may be able to be adjusted up and down as desired during turning, or the strut 26.26a may be adjusted by an appropriate mechanism.
It is also possible to control the elevation.

In the figure, 27 is a tire stop, 28 is an inspection opening, and 29 is a slope.

Next, to explain the function of the three-dimensional carport according to the Munio invention in two parts, the actinieta 1 of the lifting device 8 is actuated to simultaneously lift and lower the upper stage 20 and the upper stage 22 connected via the legs 11. In other words, when 8 vehicles C are stored in the lower storage 1820, the top surface of the flange portion 4 of the storage chamber body 5 and the bottom surface of the tire groove 9 are connected to i as shown in FIGS.
g is raised to the same position when entering and exiting the warehouse, and - In the case where 22 sumo wrestler stage mounting tables are entering and exiting the warehouse, the upper stage mounting table is raised to the same position as shown in Figs. The storage is carried out by lowering the outer circumferential wall portion 21T end forming two outer circumferential portions of the vehicle 22 until it comes into contact with the ground (d).

Moreover, since the outer peripheral wall 21 of the upper stage mounting table 22 is located on the outside of the flange part 4 of the storage chamber body 5 and the housing chamber body 5 is covered with the upper stage mounting table 22L, the storage chamber This restricts rainwater from entering the body 5.

[Effects of the Invention] Required C2 The present invention includes excavating an underground space 2 with an upward opening in the ground G, burying a bottomed storage chamber body 5 with an upward opening in the underground space 2, Inside the accommodation chamber body 5, there are a lower stage mounting table 820 and an upper stage mounting table 22, which are controlled to rise and fall by the lifting device 8L2.
Since a vehicle-mounted part lε consisting of a vehicle is arranged, each mounting table 20, 22 is controlled to be raised and lowered by the lifting device 8, and is moved to the upper end portion of the opening 6 of the storage chamber body 5, which is the position where the vehicle C is stored. By doing so, even if a vehicle C is already parked on either one of the mounting tables 20 or 22, such vehicle C
Another vehicle C can enter and exit the garage without moving the vehicle, and a speedy parking system for vehicle C can be established by eliminating the biggest drawback of the conventional system.

Further, an underground space part 2 is dug in the ground G with an upward opening, and a flange part 4 is formed inside the underground space part 2 and protrudes outward from the outer peripheral edge of the opening part 3. A bottomed accommodation chamber body 5 is buried with the flange portion 4 of the accommodation chamber body 5 disposed at the outer peripheral edge of the opening 6 of the underground space section 20, and the accommodation chamber body 5 is buried with a lifting device 8t. An upper stage mounting table 20 whose elevation is controlled by this, and an upper stage mounting stage 22 which contacts the ground G at the lowest point and forms an outer peripheral wall part 21 located on the outer side of the flange part 4 of the storage chamber body 5 hanging over the entire outer peripheral part. Since the vehicle mounting portion 18 is provided, the same effects as those described above can be achieved, and the outer circumferential wall portion 2 of the upper stage mounting base 22 is located outside the flange portion 4 of the storage chamber body 5, thereby making the storage chamber By covering the vehicle body 5 with the upper stage mounting table 22L, the intrusion of rainwater into the accommodation chamber body 5 is restricted, so even if the vehicle is installed outdoors, it can be accommodated in the accommodation chamber body 5. There is no effect on the C and elevating device 8, and the practical effects are great, such as eliminating the need for exhaust* facilities and reducing installation costs.

[Brief explanation of drawings]

The figures show one embodiment of the present invention, and FIG. 1 is a partially cutaway perspective view of a three-dimensional carport according to the present invention, FIG. 2 is a partially cutaway side view of the same, and FIGS. 3 and 4. 5 is a perspective view showing the state of use of the same as above, and FIGS. 5 and 6 are side views of the conventional three-dimensional carport. 2 underground space section 3 opening section 4 flange section 5 accommodation chamber body
゛66C38 Ascending device 20 Lower stage darkness platform 21 Outer wall section 22 Upper stage stage and above Higanjin Sakakibara Co., Ltd.

Claims (2)

[Claims] (1) An underground space with an upward opening is dug in the ground, a bottomed storage chamber with an upward opening is buried in the underground space, and a lower stage is placed inside the storage chamber whose elevation is controlled by a lifting device. A three-dimensional carport characterized by being provided with a vehicle placement part consisting of a placing stand and an upper placing stand. (2) An underground space is dug in the ground with an upward opening, and a bottomed storage chamber is formed in the underground space, opening upward and forming a flange projecting outward from the outer peripheral edge of the opening. The body is buried with the flange part of the storage chamber body placed at the outer peripheral edge of the opening of the underground space, and a lower stage mounting table that is controlled to rise and fall by a lifting device is installed inside the storage chamber, and a lower stage that touches the ground when lowered to its lowest point. A three-dimensional carport characterized in that a vehicle mounting part is provided, comprising an upper stage mounting table that is in contact with the outer peripheral wall part located on the outer side of the flange part of the storage chamber body and hangs over the entire outer peripheral part.