JPH0223659B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement of a vertical circulation type parking device in which two cars are stored in one tray in the same direction as the entry and exit direction of the cars.

Conventionally, a vertical circulation parking system has already been proposed in which the trays are arranged in tandem or in series in the same direction as the entry and exit direction of the cars in order to store two cars by extending the length of the tray. In such a parking device, the vertical circulation drive device for the tray must be installed independently in the rear parking device and the entrance parking device, so in order to take out the vehicle in the back, the vehicle in the entrance must be placed in front of the vehicle in advance. It is necessary to either move the vehicle out of the parking device or provide two entry/exit entrances, which increases the parking area and reduces land use efficiency, making it uneconomical.Also, it takes a long time to exit the parking lot due to driving operations. In the past, it was difficult to work with, and there were also problems in terms of safety.

On the other hand, as a vertical circulation type parking device that can solve the above-mentioned problem, the applicant has developed a plurality of endless chains that are stretched through a pair of sprocket wheels that are already installed vertically on both sides, through attachments. In a parking device of the type in which each car storage cage is suspended and supported and each cage is vertically cyclically driven by rotating one side of the sprocket wheel by a suitable drive mechanism, the cage member of each storage cage is A horizontal slide tray and a fixed tray for mounting on a car are placed on top of each other on the top surface, and at the lowest position of the cage, the horizontal slide tray is raised via a lifting frame by a gantry drive mechanism, and then another drive mechanism is used to lift the lateral slide tray onto a car. A patent application made in 1983 that was configured to slide to either the left or right with respect to the loading/unloading direction.
No. 231423 (Unexamined Japanese Patent Publication No. 126469/1983) is proposed.

However, in the vertical circulation parking device according to the patent application, when two cars are stored in the cage, there is a lateral error between the drive device that slides the tray on the entrance side sideways and the stopping position of the cage after vertical circulation. Therefore, there is a drawback that the positioning of the lateral slide cannot be made constant.

On the other hand, in order to solve the above-mentioned problem, in the present invention, a horizontal sliding tray for mounting on a car and a fixed tray are arranged adjacently and stacked on the top surface of the cage member of each storage cage from the back side in the longitudinal direction of the cage. an elevating pedestal for placing the horizontal slide tray in a pit corresponding to the lowest position of each storage cage and raising or lowering the pedestal; a pedestal driving mechanism for raising or lowering the elevating pedestal; A tray slide mechanism that moves the placed horizontal slide tray to either the left or right side with respect to the vehicle entry/exit direction, and a centering mechanism that causes the elevating pedestal to follow the cage landing position, in this case, the The gantry drive mechanism consists of a power cylinder unit and a crankshaft having crank levers at both ends, which are arranged in parallel in the direction of vehicle entry, and the tray slide mechanism consists of a slide drive motor, an endless belt, a drive roller, and a driven roller. The centering mechanism includes a mounting bracket fixed to the back surface of the elevating frame, a connecting rod, and a power cylinder provided on the bottom surface of the pit, and when the storage cage reaches the lowest position,
After centering the elevating pedestal using the centering mechanism, the elevating pedestal is raised by operating the gantry driving mechanism, and after the horizontal slide tray is placed thereon, the tray sliding mechanism is actuated. The vehicle is moved in and out of the garage by moving the horizontal slide tray.

Thus, according to the present invention, by attaching a centering mechanism consisting of a power cylinder and a rod to the elevating frame on which the horizontal slide tray is placed, the elevating frame is moved by the operation of the tray slide mechanism corresponding to the stopping error of the cage. This allows the car to follow the landing position of the car, thereby making it possible to correct errors when landing on the cage, thereby preventing the occurrence of troubles and making it possible to perform smooth and safe parking operations.

Next, the present invention will be explained in more detail with reference to an embodiment shown in FIGS. 1 to 5.

In FIGS. 1 and 2, two endless bands, for example, an endless link chain 4, are stretched between upper and lower sprocket wheels 2 and 3, which are arranged opposite to each other and are provided on the entrance side and back side of a building 1. , 5 to several storage cages 7 via attachments 6.
are suspended at equal intervals, and the upper sprocket wheel is rotated by a vertical circulation drive device 9 consisting of an electric motor, a brake, a speed reducer, a machine stand, etc. arranged on a machine base 8. The cage is configured to be circularly driven in a vertical direction, and in this case, as shown in FIG. The planted gate-shaped hangers 11, the rods 12 that connect the upper parts of these hangers, the fixed tray 13 placed overlappingly on the back side on the cage member, and the horizontal sliding tray 14 on the front side.
It is composed of. Further, the fixed tray 13 and the horizontal slide tray 14 are arranged adjacent to each other from the back side in the vehicle entry/exit direction, that is, the longitudinal direction of the storage cage 7 , and the fixed tray is connected to the cage member 10 of the storage cage 7 . The horizontal slide tray is integrally formed on the back side of the top and is provided on the entrance side of the cage member so that it can slide in either the left or right direction (the left direction in FIG. 3) with respect to the direction of vehicle entry and exit. be.

Further, as shown in FIGS. 4 and 5, a horizontal slide tray 14 is placed on the bottom surface 17 of the pit 16 formed on the floor surface 15 that serves as the vehicle entry/exit surface, and is raised (or lowered). The drive mechanism 19 for the elevating frame 18 was installed, and the frame drive mechanism is as follows:
A power cylinder unit 20, which is mainly arranged in parallel with the direction of vehicle entry, and a crankshaft 22, 2 having crank levers 21, 21' at both ends.
2', and the power cylinder unit consists of a cylinder 25 incorporating a ball screw operated by a drive motor 24 pivotally mounted on a bracket 23 installed on the bottom surface 17 of the pit 16. The rod 26 of the cylinder is drivingly connected to an actuating arm 27 attached to one crankshaft 22, and both ends of the crankshafts 22, 22' are connected to support brackets 28, 28, which are attached to the pit bottom 17. 28', and at the free ends of the crank levers 21, 21' are push-up rollers 29, 2 for clamping the lifting frame 18.
9', and one crank lever 21 is connected by a connecting rod 30.

Further, after the horizontal slide tray 14 is placed on the elevating pedestal 18 and raised by the operation of the pedestal drive mechanism 19, the tray slide mechanism 49 for moving the tray to either the left or right is as described below. It is configured.

That is, a plurality of driving rollers 31 and sliding driven rollers 32 are arranged in parallel on both sides of the sliding direction of the elevating pedestal 18, and in this case, the outer driving roller ₃₁₁ is placed at the lower end of the elevating pedestal. It is connected to the installed slide drive motor 33 by an endless belt, for example, an endless link chain 34, and is also connected to the center drive roller ₃₂₂ via a plurality of free rollers 35, by an endless belt, for example, an endless link chain 36. A cone-shaped protrusion 37 is formed on the elevating pedestal so as not to hit the cage member 10 of the storage cage 7 when the pedestal is raised, and the free roller is installed in the protrusion.

Reference numeral 38 denotes an auxiliary pedestal fixed to the floor surface 15 on the slide side at the same level as the lifting pedestal 18 when it is raised. roller 3
9 are arranged in parallel, 40 is a chain guide for endless link chains 4 and 5, and 41 is an elevating frame 1.
8, the sliding drive rollers 31 ₁ , 31 ₂ and the driven roller 32 installed on the elevating frame are slightly smaller than the road body, for example.
It is preferable to protrude 10 to 15 mm.

Furthermore, as shown in FIGS. 4 and 5, there are mainly a mounting bracket 42, a connecting rod 43, and a power cylinder 44 between the elevating frame 18 on which the horizontal slide tray 14 is placed and the bottom surface 17 of the pit 16.
A centering mechanism 45 is provided for causing the elevating pedestal 18 to follow the cage landing position; in this case, the mounting bracket is fixed to the back surface of the elevating pedestal 18, and the other end is directly connected to the power cylinder. One end of a certain connecting rod 43 and pin 46
The base of the power cylinder is pivotally connected to a mounting bracket 47 fixed to the bottom surface 17 of the pit via a pin 48.

Thus, in the device of the present invention having the above configuration, when leaving (entering) the warehouse, as shown in FIG.
When the (empty cage) is cyclically driven to the lowest position and stopped, that is, if the cage is displaced in either the left or right direction when the cage is placed on the floor, an elevating frame 18 is formed on the cage member 10 of the cage. Since the inner side of the curved protrusion 37 hits as the pedestal rises, the horizontal slide tray 14 cannot be properly placed on the elevating pedestal. Therefore, in advance, the cage landing position is appropriately detected by a sensor such as a phototube, and the power cylinder 44 of the centering mechanism 45 is actuated by a distance corresponding to the cage stop error to move the connecting rod 43 in the direction of the double arrow. The centering of the elevating frame 18 is performed by making the elevating frame 18 follow.

Next, as shown in FIG. 5, when the two cars stored in the storage cage 7 are to be taken out, the car on the entrance side must be removed in advance. Until then, the clamp push-up rollers 29 and 2 were pivotally connected to the free ends of the crank levers 21 and 21' of the gantry drive mechanism 19.
The elevating pedestal 18 on which the horizontal slide tray 14 on which the automobile carried on the pedestal 9' is mounted drives the drive motor 24 forming the power cylinder unit 20 of the pedestal drive mechanism to move the cylinder rod 26.
The crankshaft 22,2
In order for the crank levers 21, 21' of 2' to swing in the direction of the hour hand, that is, from the two-dot chain line position to the solid line position in FIG. , the slide drive rollers 31 ₁ , 31 ₂ and the driven roller 32 attached to this come into contact with the back surface of the horizontal slide tray 1, and then the drive motor or After stopping the power cylinder unit, if the slide drive motor 33 of the tray slide mechanism 49 is driven, the drive roller 31 rotates via the endless bands 34 and 36.
Therefore, the elevating platform 18 supported by the driving roller 31 and the driven roller 32 slides in the direction of the arrow due to the rotational frictional force of each roller, and the horizontal sliding tray 14 is moved to the left on the entrance side in FIG. The car is removed to the outside of the exit road because it is carried out with a portion of the car straddling the auxiliary frame 38 in the lateral direction.

Next, the car on the back side is taken out from the fixed tray 13 via the road bed 41 of the elevating pedestal 18, and once this leaving is completed, the trestle drive mechanism 1
By operating the power cylinder unit 20 of 9 in the opposite direction to when the gantry is raised, the crank lever 2
1 and 21' in the counterclockwise direction, that is, from the solid line position to the dotted line position, the elevating frame 18 moves toward the crank push-up roller 29 at the tip of the crank lever,
It descends while being supported by 29' and returns to its previous position.

In the embodiment described above, the tray slide mechanism 49 consisting of the slide drive motor 33, the endless bands 34, 36, the drive roller 31, etc. was used to move the horizontal slide tray 14. Any suitable drive mechanism, such as a pushing or pulling drive mechanism such as a pusher, may be employed, and the sliding direction may of course be reversed.

Additional Relationships The vertical circulation parking device of Japanese Patent Application No. 58-231423, which is the original patent application, has multiple sprocket wheels connected via attachments to endless chains stretched across a pair of sprocket wheels installed vertically on both sides. In a parking device of the type in which a car storage cage is suspended and supported and each cage is vertically cyclically driven by rotating one side of the sprocket wheel by a suitable drive mechanism, the upper surface of the cage member of each storage cage is provided. A horizontal sliding tray and a fixed tray for mounting in a car are arranged adjacently from the back side in the longitudinal direction of the cage, and the horizontal sliding tray is placed in a pit corresponding to the lowest position of each storage cage. An elevating pedestal that rises or lowers, a trestle elevating mechanism that raises or lowers the elevating pedestal, and a tray slide mechanism that moves the horizontal slide tray placed on the elevating pedestal to either the left or right with respect to the direction of vehicle entry and exit. is provided, and when each of the storage cages reaches the lowest position, the pedestal lifting mechanism is operated to raise the lifting pedestal, and after placing the horizontal slide tray thereon, the tray sliding mechanism is raised. The present invention is characterized in that it is configured to operate and move the horizontal slide tray to carry in and out of a vehicle.

However, in such original patent application, 2
When a car is stored in a cage, the positioning of the horizontal slide cannot be kept constant because there is a left-right error in the drive device that slides the tray on the entrance side sideways and the stopping position after vertical circulation of the cage. On the other hand, in the present invention, by attaching a centering mechanism consisting of a power cylinder and a rod to the elevating frame on which the horizontal slide tray is placed, the tray slide mechanism is made to follow the elevating frame by the amount equivalent to the stopping error of the re-cage. This has been improved to compensate for errors when landing on the cage.

[Brief explanation of drawings]

1 and 2 are a front view and a side view of a vertical circulation parking device according to the present invention, FIG. 3 is a schematic perspective view of the cage when a car enters and leaves the parking lot, and FIGS. 4 and 5 are front views. It is a front view and a side view showing details of the lowermost state of a similar device of the present invention. In addition,
The correspondence between the main parts shown in the figures and the symbols is as follows. 7... Car storage cage, 10... Cage member, 13... Fixed tray, 14... Lateral sliding tray, 18... Lifting frame, 19... Frame drive mechanism, 20
...Power cylinder unit, 43...Connection rod, 4
4...Power cylinder, 45...Centering mechanism, 4
9...Tray slide mechanism.

Claims (1)

[Claims] 1. A plurality of car storage cages are suspended and supported via attachments on endless chains stretched between a pair of sprocket wheels installed vertically on both sides, and a suitable drive mechanism is used to drive the sprocket wheels. In a parking device of the type in which each of the cages is vertically circulated by rotating one side, a horizontal sliding tray and a fixed tray for placing a car are placed on the top surface of the cage member of each storage cage from the back side in the longitudinal direction of the cage. an elevating pedestal that is arranged adjacent to one another and that raises or lowers the horizontal slide tray in a pit corresponding to the lowest position of each storage cage;
a pedestal drive mechanism that raises or lowers the elevating pedestal; a tray slide mechanism that moves the horizontal slide tray placed on the elevating pedestal to either the left or right side with respect to the direction of vehicle entry/exit; and the elevating pedestal; A centering mechanism is provided to follow the cage landing position, and in this case, the gantry drive mechanism is composed of a power cylinder unit and a crankshaft having crank levers at both ends, which are arranged in parallel in the direction of vehicle entry, and the centering mechanism is configured to follow the tray. The slide mechanism is composed of a slide drive motor, an endless band, a drive roller, and a driven roller, and the centering mechanism is composed of a mounting bracket fixed to the back surface of the elevating frame, a connecting rod, and a power cylinder provided on the bottom of the pit. When the storage cage reaches the lowest position, the centering mechanism centers the elevating pedestal, and then the pedestal driving mechanism is activated to raise the elevating pedestal, and the horizontal slide tray is placed thereon. 2. A vertical circulation type parking device, characterized in that the vertical circulation type parking device is configured to move a vehicle in and out by operating the tray slide mechanism to move the horizontal slide tray.