JP2509624Y2 - Displacement-moving forklift of a fork-type car parking tower - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a walk-through type lift for a hawk type automobile parking tower.

(Prior Art) In a hawk type automobile parking tower, a front wheel and a rear wheel of a vehicle are supported by a hawk by a vertical movement of an elevating lift 5 and a transverse movement of a traverse tray 9 with respect to a front wheel of the vehicle as a reference point for warehousing. However, when riding in a vehicle, the vehicle must be driven so as to stop at the front wheel stop position S, and the front wheel stop position S is curved or is stopped at the predetermined front wheel stop position S by providing a stopper at the tip of the front wheel. It was

(Problems to be solved by the invention) However, in the case of passing through the inside of a hawk type automobile parking tower or in the double row type in which two units are erected in series in the boarding direction, the curved portion and the stopper portion at the front wheel stop position S are As shown in FIG. 7, when a car gets into the fork-type car parking tower 2 in the back, the car must go over the car from the boarding place E ₁ of the fork-type car parking tower 1 in the front to the fork in the back. the need for automobile engine power to travel to Nokomi field E ₂ of the formula car parking tower 2, particularly in the case of automatic car was a danger to疾速in the momentum of power when you get over the stopper portion. However, if the front wheel stop position S is made to have a gentle curved shape or a straight line, it is difficult to accurately stop the vehicle at the front wheel stop position S and it takes time.

(Means and Actions for Solving the Problems) The present invention was devised to eliminate the above-mentioned problems. In order to easily store or smoothly pass through a vehicle, the elevating lift is moved up and down depending on the usage conditions. Change the stop position of the lift. As a result, it is possible to form a passage with a wheel stopper at the time of warehousing and to form a flat passage without a wheel stopper at the time of leaving the warehouse or when passing through, and to provide a fork-type car parking tower that can be operated safely and smoothly. It will be.

(Embodiment) The present invention is shown and explained with reference to the drawings. 1 and 2 are hawk type car parking towers, 3 is a fixed floor, and they are provided on the floors of the entrances E ₁ and E ₂ into which cars are loaded, The floor hawk 4 is fixed in a comb shape in the direction.

An elevator lift 5 is divided into right and left parts, which are suspended by a chain 8, and a comb-shaped lift hawk 6 is fixed toward the center.

7 is a guide rail for vertically guiding the lifting lift 5 suspended in the chain 8, 9 is a traverse tray, which reciprocates between the storage chambers X, Y and the lifting space E in which the lifting lift 5 moves up and down, The tray hawk 10 is fixed to the left and right from the center, and the vehicle is delivered by crossing the lift hawk 6. A roller support frame 11 is provided in front of and behind the storage chambers X and Y and the ascending / descending space E, and a plurality of drive rollers are rotatably pivotably mounted on the roller support frame so that the traverse tray 9 can be moved laterally. It is mounted so that it can be driven by Mb.

The lift hawk 6 of the lifting lift 5 meshes with the floor hawk 4 of the fixed floor 3 to form a horizontal passage at the landing points E ₁ and E ₂ , but positions the rear wheels with the front wheels of the vehicle as a reference point. Therefore, the lift 5 is provided with a front wheel stop position S. At the front wheel stop position S, the lift hawk 6 can be fixed above the lift hawk 6 at the rear wheel portion to act as a wheel stop for the front wheels of the automobile and support the front wheels.
Since the rear wheels of the automobile are compatible with vehicle models having different wheel bases, a plurality of lift forks 6 are horizontally fixed in a comb shape in the front-rear direction and can be mounted on the lift forks 6. The elevating lift 5 supports the front wheels and rear wheels of an automobile and can perform an elevating operation. The operation of the hawk type car parking tower will be described. As shown in FIG. 6, there are storage chambers X and Y on the left and right, and there is an elevating space E in the center. Driving force of chain 8
The ascending / descending lift 5 ascends, and the traverse tray 9 laterally moves from the storage chamber X to the ascending / descending space E, which is shown in FIG.
It is the floor storage room X, and when the lifting lift 5 rises above the traverse tray 9, the car is transferred from the tray hawk 10 to the lift hawk 6, and the traverse tray 9 returns to the storage room X by traverse movement. It is shown. However, Fig. 5 shows a turntable with a built-in turntable instead of the fixed floor 3.
It has.

The elevating lift 5 equipped with a car descends to the boarding area E ₁
By stopping the lift hawk 6 at the front wheel stop position S of the wheel stop on the same horizontal plane as the horizontal plane of the floor hawk 4, it is possible to form a planar passage, Can easily get out of the boarding area E ₁ . In the case of the turntable device built-in type, if the turntable 14 is turned in the direction of the entrance / exit, the vehicle can be more easily started.

This parking system is configured as described above, and one example is shown. In the case where the hawk type automobile parking towers 1 and 2 are constructed in the double row type between the roads R ₁ and R ₂ as shown in FIG. , If there is a car that enters from road R ₁ and wants to leave from road R ₂ , it must go through the boarding place E ₁ and also the boarding place E ₂ . In that case, the seventh
As shown in the figure, it was necessary to get over the front wheel stop position S, but if the operation panel 13 is pointed, the lift 5 descends and the lift hawk 6 at the front wheel stop position S is fixed horizontally. The vehicle is supported by the floor hawk 4 of the fixed floor 3 in the state of being in the same horizontal plane as the hawk 4 (from the two-dot chain line in FIG. 3 to a solid line), and the vehicle easily and smoothly travels as shown in FIG. be able to.

In addition, a vehicle that passes through the hawk type automobile parking tower 2 from the hawk type automobile parking tower 1 and gets on the road R ₂ will be described. The lower part of FIG. 4 is a hawk type car parking tower 1, the upper part is a hawk type car parking tower 2, and there are a phototube K _{1 in} front of the entrance E ₁ and a phototube K _{2 in the} back, and the entrance E ₂ Photocell in front of
There is a photoelectric tube K _{4 in the} back of K _3, and each photoelectric tube K _{1 to} K _{4 is} passed through a pair of left and right.

When a car leaves the Hawk-type car parking tower 1 and passes through the Hawk-type car parking tower 2, the operation panel 13 is used to direct the exit of the Hawk-type car parking tower 1 so that the car exits the storage room XY. The traverse tray 9 moves transversely to the ascending / descending space E and is moved onto the ascending / descending lift 5 by the ascending / descending of the ascending / descending lift 5, and the ascending tray 9 returns to the storage chambers XY. Then, the elevating lift 5 equipped with the automobile descends to move to the floor hawk 4 of the fixed floor 3.
The lift hawk 6 meshes at a slightly lower position, and the lift hawk 6 at the front wheel stop position S of the lifting lift 5 is brought into the same horizontal plane as the floor hawk 4. If the photocell K ₂ is blocked and the phototube K ₃ of the entry point E ₂ is also blocked when the vehicle is driven to leave the entry point E ₁ , the lifting lift of the entry point E ₂ is lowered and the front wheel stop position S is reached.
The lift hawk 6 is placed on the same horizontal plane as the floor hawk 4.

Furthermore, when the vehicle is moved forward and the photocell K ₂ again passes light,
The elevating lift 5 of the landing place E ₁ rises and the lift hawk 6 at the front wheel stop position S is located above the floor hawk 4 to form a front wheel stop. By moving the car further forward,
When K ₃ passes the light, the car passes through the landing place E ₂ , and the photocell K ₄ also goes through, the lift 5 at the landing place E ₂ is raised, and the lift hawk 6 at the front wheel stop position S is placed on the floor hawk. The front wheel stopper is formed at a position above 4. Between the photocells K ₁ and K _{2 and} between the photocells K ₃ and K ₄ are safety devices that detect the length of the vehicle that can be stored.

In addition, at present, the car moved from the Hawk-type car parking tower 1 to the Hawk-type car parking tower 2 for leaving, but on the contrary, moved from the Hawk-type car parking tower 2 to the Hawk-type car parking tower 1 for leaving. Also, by sequentially blocking light from the photocells K ₄ to K ₁ to pass the light, as described above, by the lift 5 and the fixed floor 4, a passage provided with the front wheel stop position S of the loading area E ₁ , E ₂ ,
Form a planar passage without wheel stops. Also, in a hawk type automobile parking tower with a built-in turntable 14, if the turn device is pointed to, the lift 5 descends to a position where the turntable 14 can rotate and then rises to a fixed position again after rotation. I am supposed to do it.

(Effects of the Invention) As described above, according to the present invention, when a vehicle to be parked is loaded into the landing area, a wheel stop, which is a vehicle stop position, can be formed to easily stop the vehicle at an accurately determined position. .

Further, when the car exits the hawk type car parking tower, the boarding area is formed in a plane shape without wheel stoppers, so that the car can be easily driven, and it is very convenient and has an excellent effect. it can.

[Brief description of drawings]

FIG. 1 is a perspective view showing a double row type of a hawk type car parking tower. Fig. 2 is a side view of the fixed floors at the entrances E ₁ and E ₂ and the lifting lift. FIG. 3 is a side view showing the relationship between the fixed floor of the loading hall, the lifting lift, and the wheels. Fig. 4 is a plan view showing the loading stations E ₁ and E ₂ and the phototube positions. FIG. 5 is a perspective view of the automobile being unloaded from the storage chamber X. FIG. 6 is a vertical sectional view for explaining the hawk type car parking tower. FIG. 7 is a side view of a conventional boarding place when passing through. (Explanation of symbols of main parts) 1,2 …… Hawk-type car parking tower 3 …… Fixed floor, 5 …… Elevating lift 9 …… Travel tray, 13 …… Operating panel E ₁ , E ₂ …… Entrance Space, X, Y ... Storage room K ₁ , K ₂ , K ₃ , K ₄ ...... Photocell

Claims (1)

(57) [Scope of utility model registration request] 1. An elevating space (E) in which an elevating lift (5) moves up and down, a storage room (X, Y) on a plurality of floors is provided adjacent to the elevating space (E), and the storage room (X, Y) is provided. ) Is equipped with a traverse tray (9) that reciprocates between the elevating space (E) and the storage chamber (X / Y), and the vehicle can be delivered by raising and lowering the elevating lift (5) and reciprocating the traverse tray (9). to the fork-type car parking tower car Nokomi field in (E ₁ · E _2), Nokomijo when drive over the automobile (E ₁ · E _2), fixed bed (3) the elevating lift (5) flush meshing with the position of, forming a passage having a wheel stopper of the elevating lift (5), Nokomijo (E ₁ · E ₂₎ when or to pass through when vehicle exits, the elevating lift with Lowering (5) to a position below the fixed bed (3) and engaging with each other to form a planar passage of the fixed bed (3). Elevating lift of Hawk-type automobile parking tower for displacement action and features.