JPS6334041Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention uses a car lift, a traversing cart, and a traversing pallet to remove cars entering for parking in an upstairs or underground car parking lot built on a narrow piece of land facing the road. This invention relates to a parking device for a vehicle that is intended to improve land use efficiency for parking by storing the vehicle on a floor or underground.

Conventional parking lots are generally installed on large areas of land that face the road, but most of the area facing the road is used for stores, offices, etc., and the remaining part is used as an entrance and exit for cars. When cars are parked on floors or underground, the cars are parked diagonally as shown in Figure 1, so it is necessary to have a large area for passageways, and the ratio of the number of cars accommodated to the land area is low. It was uneconomical.

In view of these drawbacks, this invention provides a parking device that efficiently accommodates cars on the floors or underground of land with narrow entrances and exits.Explaining an embodiment of this invention with the help of diagrams: (1) Figure 2 is a plan view of the parking device of embodiment (1) according to the present invention, in which E is the above-ground entrance to the parking lot, 1 is the car lift, 2 is the parking lot on the upper floor or underground, and 3 is a staircase leading to the ground, 4 is a transverse trolley,
Reference numeral 5 indicates a rail of the traversing truck 4, and reference numeral 6 indicates a switchbox. 7 is the transverse pallet, 8 is the rail of the transverse pallet 7, 9 and 9' are the parking positions provided in the parking lot 2, and the space is set perpendicularly to the rails 5 and 8 to fill the space as shown in the figure. do. Therefore, the traversing pallet 7 is at the parking position 9'.
Install one less number of machines than the number accommodated in
The traversing truck 4 and the traversing pallet 7 are each driven by a drive device such as a geared motor (not shown).
It can move freely left and right according to the switch operation. Further, the switch box 6 is equipped with a switch (not shown) that is operated to move the traversing truck 4 and the traversing pallet 7 laterally when parking or leaving the vehicle. Further, the upper surfaces of the car lift 1, the traversing truck 4, the traversing pallet 7, and the parking positions 9 and 9' are placed on the same plane.

Now, to park a car in this parking lot, drive the car into the car lift 1 on the ground from entrance E, go up and down to the upper floor or underground, then move the car to the horizontal pallet 4, and move it according to the parking position. and press the corresponding switch button in the switch box 6. For example, if you want to park at position A or B in the figure, press the corresponding switch button and the traversing cart 4 will move to the side of the traversing pallet 7 at A or the side of the parking position 9 at B, and the movement will be completed. Then, the vehicle is moved forward or backward into the transverse pallet 7 of A or the parking position 9' of B, and parking is completed. The driver gets off the car here, presses the return button on the switch box 6, returns the traversing trolley 4 to its original position, and prepares to park the next car.The driver then uses the stairs 3 to exit the parking lot. Exit to.

Also, when parking at parking position 9' in C,
As in the case described above, the car is placed on the traversing trolley 4 and parked at the parking position 9' in the switch box 6.
When the corresponding switch button is pressed, the traversing cart 4 moves traversely to a position leading to the parking position 9' of C, and the traversing pallet 7 moves traversingly to the left or right, respectively, to the path leading to the parking position 9' of C. Then, drive the car to parking position C, 9', and complete parking. For subsequent operations, park at parking position 9 or 9' of A or B above.
Operate the return button in the same way as when the vehicle is parked at
The driver exits the area.

Next, when leaving the parked car, the driver first raises or lowers the car lift 1 to the position of the parking lot 2, and then
The driver operates the corresponding switch button on the switch box 6 to move the traversing truck 4 and the traversing pallet 7 to predetermined positions, and the driver drives the vehicle from parking position 9 or 9' to the traversing truck 4, and then Then, the user presses the return button on the switchbox 6 to return the traversing trolley 4 to its original position, then places the car on the car lift 1, returns the car lift 1 to the ground, and exits.

(2) Figures 3 and 4 show Example (2) in which a multi-stage, multi-row parking system is installed at parking position 9' on the floor, and 7' in the figure shows Example (1). The second transverse pallet is installed at the parking position 9', and its number and position are equal to the seven transverse pallets. 1
0 is the upper pallet installed on the upper stage of the transverse pallet 7, and 10' is the upper pallet installed on the upper stage of the second transverse pallet 7', and the number is one more than the number of transverse pallets 7 or the second transverse pallet 7'. Each upper pallet 10, 10' is supported by a support arm (not shown), and driven by a drive device (not shown) installed in each, according to a switch operation. It is now possible to go up and down freely.

Furthermore, in the switch box 6, Example (1)
In addition to the switch button for lateral movement of the traversing cart 4 and the traversing pallet 7 in the case of , a switch button for operating the lateral movement of the second traversing pallet 7' and the raising and lowering of the upper pallets 10, 10' is installed. be.

Now, in the state shown in Fig. 3, when parking on the upper pallet 10' at position D in the figure, the embodiment
As in case (1), go up from the entrance E using the car lift 1, get on the traversing truck 4, and operate the switch button corresponding to the upper pallet 10' of D. As shown in FIG. 4 moves transversely to a position corresponding to position D, and moves the transverse pallet 7 and the second transverse pallet 7'
As shown in the figure, the upper pallet 10' of D moves horizontally to create a passageway, and the upper pallet 10' of D descends to the lower level, so the car is driven onto the upper pallet 10' of D, the driver gets off, and the traversing trolley is moved. When you return to step 4 and operate the return button on the switchbox 6, the traversing cart 4, traversing pallet 7, second traversing pallet 7', and upper pallet 10' return to the state shown in FIG. 3, as in the case of exit in embodiment (1). , and preparations for parking the next car are completed.

In addition, when forcing a car to leave, Example (1)
As in the case of leaving the vehicle, when the switch button corresponding to D in the switch box 6 is operated, the upper pallet 10' on which the car is placed will be moved.
is in the state shown in Fig. 4, so the driver pulls the car out to the traversing trolley 4, operates the return switch, and returns it to the state shown in Fig. 3.
Car lift 1
He rides it down and exits.

In this embodiment (2), the multi-stage multi-row parking device was installed on one side of the traversing direction of the traversing trolley 4, but even if it is installed on both sides, it can be moved freely to any position by the same operation. In addition, although the above-mentioned example (2) is a case where the parking lot 2 is installed on the upper floor, if the parking lot 2 is installed underground, the parking lot 2 can be freely parked in any location by the same operation. You can park at.

As mentioned above, this idea installs the car lift 1 and the traversing trolley 4 on the floor or underground of a land with a narrow entrance and exit for cars, and parks the traversing trolley perpendicularly in the direction of movement of the traversing trolley, resulting in high land utilization efficiency and a multi-stage structure. If a multi-row mechanical parking system is installed, the land use efficiency will be even higher, and the economic effect will be extremely large.

[Brief explanation of the drawing]

Fig. 1 is a plan view of a conventional parking lot, Fig. 2 is a plan view of a parking device according to embodiment (1) of the present invention, and Fig. 3 is a perspective explanatory view of a parking device according to embodiment (2) of the present invention. 4
The figure shows a perspective explanatory view showing the parking process of the parking device according to the embodiment (2). Explanation of symbols of main parts, 1...Car lift,
2... Upstairs or underground parking lot, 3... Stairs, 4
... Traversing cart, 7... Traversing pallet, 10... Upper pallet.

Claims (1)

[Scope of utility model registration request] A car lift 1 for raising and lowering a car between the ground and a floor or underground, and a traversing trolley 4 for traversely moving a car that has been raised and lowered by the car lift 1 to the floor or underground are installed on the rail 5, and this traverse A rail 8 of the traversing pallet 7 is attached parallel to the rail 5 of the traversing truck 4 on at least one side with respect to the traversing direction of the truck 4, and a parking position 9' for the car is installed perpendicular to the direction of the rail 8. ,
This automobile parking system is characterized in that a number of traverse pallets 7, the number of which is one fewer than the number of cars that can be parked at the parking position 9', are installed on a rail 8.