JP2002121921A - Draining structure for traverse tray - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a draining structure for a traverse tray serving as a gutter by itself in order to suppress the story height of a parking room on each story arranged on a parking tower and to arrange more parking rooms. SOLUTION: The upper surface of the comb teeth-shaped traverse tray 3 is formed into a comb teeth-shaped recess 14, and an inclined face is arranged on the recess 14 so that water is collected in a water collecting path 13 and discharged. A plurality of stories are connected by the water collecting path 13 for drainage, and the strength of a fork support member 8 can be increased by providing a corrugated member 15 on the fork support member 8. Since a fork 9 has a small cutoff area on the lower face and is lightweight, it can be protruded from a traverse drive section 5 and used as the draining structure for the traverse tray 3 having a low story height.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for preventing oil leaked from a vehicle mounted on a traversing tray disposed in a parking room of a hawk type parking device from contaminating a surface coating of a vehicle located on a lower floor. The present invention relates to a water receiving structure provided for prevention.

[0002]

2. Description of the Related Art As shown in FIGS. 5 and 6, a conventional Hawk type parking tower 1 has a vehicle C mounted on a fork 9 formed in a comb shape.
Lift 2 for loading and transporting the vehicle C, and a transverse tray 3 for loading and storing the vehicle C on a fork 9 formed in a comb shape
It is configured to be able to park. The elevating lift 2 includes an elevating member that moves up and down along both sides of the elevating space E, and has a pair of left and right left and right comb-shaped forks 9 fixed to the elevating member.

The traversing tray 3 has a vertical fork supporting member 8 at the center, and a fork 9 extending from the fork supporting member 8 to the outside in the left-right direction, so that it can pass through the fork 9 of the lifting lift 2. In the parking rooms XY, the traversing tray 3 is disposed, and the vehicle C conveyed by the elevating lift 2 can be mounted on the traversing tray 3 to transfer the vehicle C by reciprocating movement between the parking rooms XY and the elevating space E. Car parking XY
And stored.

In order to take out the stored vehicle C, the traversing tray 3 is traversed from the parking rooms X and Y into the elevating space E, and the elevating lift 2 is raised to receive the vehicle C on the traversing tray 3 and the traversing tray is received. After returning the vehicle 3 to the parking rooms X and Y, the lift 2 is lowered and stopped at the position of the landing S. Stop S
In the elevating space E, a flat passage 26 having a small gap is formed by the fork 9 of the floor surface 25 meshing with the fork 9 of the elevating lift 2 to allow the vehicle C and the person to pass.

[0005] Vehicles C stored in parking rooms XY on multiple floors
There is an oil leak of the water-soluble body O due to engine oil, transmission oil, cooling water, etc., falls between the forks 9 of the fork supporting members 8 of the traversing tray 3 and falls to the lower traversing tray 3, The vehicle C may be soiled, and a water receiving member 50 is provided to prevent such contamination.

The water receiving member 50 of the conventional parking tower 1 is a rectangular plate material that covers the entire lower surface of the traversing tray 3 disposed in the parking room XY, and is inclined toward the outer wall and mounted on the traversing tray 3. Gutter 1 that receives muddy water due to oil, air conditioner water drops, rain water, etc., falling from the vehicle C
2 flows outside the parking tower 1. The parking rooms XY for storing the traversing trays 3 need an effective height l that allows the traversing trays 3 on which the vehicles C are mounted to traverse from the parking rooms XY to the elevating space E. In addition, an invalid height h at which the water receiving member 50 is installed must be provided.

[0007]

A conventional water receiving member 50 is provided.
Is large enough to cover the entire lower surface of the traversing tray 3, and is supported by arranging square steel members 51 in the front-rear direction to support the weight. Water receiving member 5
Since the square steel member 51 holding 0 is inclined to the water receiving member 50, it is necessary to increase the height of the parking rooms X and Y on each floor as the floor height L as shown in FIG. Member 50
Is installed in the parking rooms X and Y on a plurality of floors, so that the height of the parking tower 1 is increased.

Further, when leaving the vehicle C in which the aqueous solution O leaks, the traversing tray 3 moves to the elevating space E and the aqueous solution O
, The aqueous solution O falls and soils the floor surface 25. According to the present invention, for the purpose of protecting the minimum required surface of the vehicle C, the traversing tray itself is provided with a receiving plate 16 for protecting the surface coating of the vehicle from oil-related water-soluble substances O, so that the parking room X is provided.・ Reduce the invalid height h of the height of Y,
Provided is an inexpensive water receiver structure that can effectively utilize the height of the parking rooms X and Y for the height of the vehicle C.

[0009]

According to the first aspect of the present invention, a horizontal support frame is provided at the front and rear ends of the traversing tray, and a fork support member for connecting the support frame is provided in the front and rear direction. The traverse tray is provided with a comb-shaped fork for supporting the tire horizontally. On the upper surface of the traversing tray, a concave portion having an inclined surface is provided according to the shape. A water collecting passage is provided in the traversing drive unit of each floor, and the water flowing out of the concave portion is passed through the water collecting passage.

According to the second aspect of the present invention, the concave portion provided in the fork supporting member of the traversing tray has a configuration having a plurality of corrugated portions. According to the third aspect of the present invention, the water collecting passage is supported by the traversing drive unit of the traversing tray. Claim 4
According to the invention of the above (1), a structure is adopted in which the supporting plate is formed of a receiving plate that is supported by the traversing drive unit, protrudes from the lower surface of the fork of the traversing tray, and covers the lower parking room. According to the fifth aspect of the present invention, the receiving plate has a comb-like shape formed between the forks of the traversing tray.

According to the first aspect of the present invention, in order to protect the body coating of the vehicle, the oil-related fall which requires more protection than the water-related matter such as rainwater is cut off. In the central part in the longitudinal direction, which is concentrated at the lower part of the engine transmission differential, it can be protected by shielding the fork supporting member of the traversing tray with a concave part with an inclined surface, and furthermore, the concave part is embedded in the fork supporting member By doing so, the proportion of the water receiving member relationship can be reduced,
It has the effect of lowering the floor height.

According to the second aspect of the present invention, since the concave portion is added together with the fork supporting member as a reinforcing material, the steel material of the fork supporting member can be made thinner and lighter. According to the third aspect of the present invention, since the traversing drive unit is provided with the water collecting channel, the traversing tray has an effect of preventing the water body from falling even if the traversing tray moves to the elevating space.

According to the fourth aspect of the present invention, the water collecting passage of the parking room is formed so as to cover below the fork of the traversing tray, thereby having an effect of blocking muddy water from the tire house of the vehicle. According to the configuration of claim 5, by forming the water collecting passage of the parking room so as to cover the lower part between the forks of the traversing tray, it is possible to reduce the weight of the vehicle and cut off muddy water from the tire house of the vehicle. is there.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of a water receiving structure according to the present invention will be described with reference to FIGS. FIG. 1 shows a parking room XY provided on a plurality of floors in a parking tower 1 and a traversing tray 3 arranged in the parking room XY. The traversing tray 3 is provided with support frames 10 at front and rear ends.
0 are integrally formed by a fork supporting member 8 connecting the two.

The support frame 10 has an L-shape or a U-shape in cross section, is mounted on the rollers 7 of the traversing drive unit, and enables the traversing tray 3 to traverse. The traversing drive unit 5 includes a parking room X
A plurality of rollers 7 are horizontally arranged at equal intervals in the Y and the elevating space E, and the plurality of rollers 7 are driven and rotated by a motor (not shown) to traverse the parking rooms XY and the elevating space E. At the same time, the vehicle C is stored while supporting the front and rear support frames 10.

The fork support member 8 includes a plurality of forks 9 facing outward, and supports the tire of the vehicle C on the forks 9. The Hawk 9 is provided with a 4.5-arc arc-shaped wheel stopper based on the front wheels in order to cope with various types of vehicles depending on the size of the vehicle C, and the rear wheels are adapted to the wheel base of any vehicle type. Thus, 10 to 15 forks 9 are provided, and the rear wheels are adapted to various types of vehicles.

The traversing tray 3 only reciprocates in the horizontal direction between the parking rooms X and Y and the elevating space E by the driving rotation of the rollers 7. The fork support member 8 is a steel material connecting the support frames 10 at the front and rear ends, and two are fixed. The fork support member 8 is provided with a through hole 21 slightly larger than the section of the fork 9 on the side surface at the position of the fork 9. The vehicle C can be mounted through the hawk 9. The two fork support members 8 are covered so as to be covered with a corrugated member 15 formed by bending a sheet steel, and the support frame 10
To increase the strength of the fork support member 8.

The corrugated member 15 is provided with a through hole 24 at the bottom on the end side so that it can flow to one of the front and rear ends with a gradient so that drainage is possible. The upper surface of the support frame 10 is provided with a concave portion 14 formed with a depression so that water can be collected and drained to the corrugated member 15 with a gradient.

The recess 14 of the support frame 15 is also provided on the upper surface of the fork 9.
Similarly, a concave portion 14 having a depression is provided and drained to the corrugated member 15 with a gradient. The water bodies O, such as oil and cooling water, drained to the corrugated member 15 are collected in a water collecting passage 13 provided below the traversing drive unit 5 and drained to a gutter 12.

The gutter 12 is formed so as to be suspended from a lower water collecting channel 13 so as to be drainable and connected to the water collecting channels 13 on a plurality of floors. The parking tower 1 erected on the ground surface GL has parking rooms X and Y adjacent to the lift space E as a lift space E having a landing 5 on a central ground surface GL.

There are two types of parking towers: a tower type in which a plurality of floors are made of steel and the steel frame is covered with a wall surface; In this way, it is possible to protect water-soluble matter O from the vehicle body from adhering to the engine transmission.

The elevating space E is a rectangular space for raising and lowering the vehicle, and guide rails 4 are provided upright at four corners of the space. The guide rail 4 guides the vertical movement of the lift 2 and is driven by a lift drive motor (not shown).
, And a pair of right and left elevating parts arranged in the front-rear direction along the guide rail 4 are moved up and down as a pair of right and left to hold and form a horizontal fork 9.

The lift 2 has a pair of left and right forks 9, with the forks 9 facing inward, so that the vehicle can be mounted. Parking room XY
Is provided adjacent to the elevating space E. Parking room X
In Y, a traversing tray 3 is provided, and can be traversed to the elevating space E. The traversing tray 3 is reciprocated by a traversing drive unit 5 that supports a roller 7 that is rotatable between a parking room XY and a lift space E. The roller 7 supports the support frame 10 of the traversing tray 3.

The landing 5 for the vehicle is located on the ground surface G of the lift space E.
It is in the L position, and the vehicle gets in and out. The parking rooms X and Y adjacent to the landing 5 form a floor surface as a waiting area, which is a passage for people.

FIG. 2 shows that when the above-mentioned traversing tray 3 is located in the parking rooms X and Y, a box-shaped receiving plate 16 having a recess is provided only at the lower surface where the fork 9 is provided. Water drops from the tire house of the vehicle C are blocked. Receiving plate 1
Numeral 6 is cantilevered by the traversing drive unit 5, protrudes from the lower surfaces of the front wheel and the rear wheel, flows into a water collecting passage 13 provided in the traversing drive unit 5, and is drained from the gutter 12.

The water collecting passage 13 has a through hole 24 of the corrugated member 15.
A receiving box 11, which is a box with a concave portion extending in the moving direction at the position, is disposed, and the flowing water body O flows into the water collecting channel 13.
The receiving box 11 is similarly arranged in the lifting space E. FIG.
In order to reduce the weight of the receiving plate 16, the fork 9 has a comb shape that allows the fork 9 of the traversing tray 3 to pass each other. Plate 17 is used.

FIG. 4 shows a cross section of each part, which will be described in detail. The traversing drive unit 5 is formed of a square pipe and has a plurality of bearings 20 on both sides at equal intervals.
0, the roller shaft 7a is fitted thereto, and the driven wheel 1
8 is fixed, and the driven wheel 18 is rotated via a transmission member 19 by a drive motor (not shown). The roller 7 is a wheel fixed to a roller shaft 7a, and has a support frame 10 mounted thereon and is traversed.

A water collecting passage 13 is provided below the traversing drive unit 5, and the aqueous solution O collected in the corrugated member 15 is discharged from the inflow gutter 12. The fork supporting member 8 has a through hole 2 which is larger than the fork 9 cross section at the mounting position of the fork 9 on the side surface.
1, the fork 9 is made to pass through the through hole 21 and the fork 9 is fixed by the welding portion 23 to form the traversing tray 3.

The fork 9 is provided with a concave portion 14, a through hole 22 which is a part of a hole at the bottom of the concave portion 14, and the aqueous solution O flows through the corrugated member 15. The corrugated member 15 is fixed to the support frame 10, and flows out from the through hole 24 provided in the support frame 10 to the water collecting channel 13 with a slope at the bottom.

The vehicle C housed in the parking rooms X and Y is mounted on the traversing tray 3, and if there is oil leaking from the vehicle C, discharged cooling water, water droplets of the air conditioner, etc.
After falling, the corrugated member 15 is received, flows downwardly, is collected in the water collecting channel 13, and is discharged from the gutter 12.

The gutter 12 drains to a water collecting channel 13 on the lower floor, and is connected to the water collecting channel 13 on each floor to drain to the outside. When the roller 7 of the traversing drive unit 5 rotates, the traversing tray 3 traverses from the parking rooms X and Y to the elevating space E. Since the water collecting passage 13 is also arranged in the elevating space E, the aqueous solution O There is no contamination of the floor of the landing S without dropping.

[0032]

According to the first aspect of the present invention, the traversing tray itself can receive oil or cooling water leaking from the vehicle, and the floor height of the parking room can be reduced. There is an effect that a room can be provided. According to the second aspect of the present invention, since the corrugated member serves as a reinforcing material for the fork supporting member, there is an effect that a stronger transverse tray is provided. According to the third aspect of the present invention, there is an effect that the aqueous solution can be received even when the traversing tray is moved. According to the invention of claim 4, there is an effect that water drops from the tire house can be blocked. According to the invention of claim 5, there is an effect that the protruding receiving plate can be further reduced in weight.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a traversing drive unit of a parking room and a water receiving structure of a traversing tray.

FIG. 2 is a perspective view showing a parking room provided with a receiving plate on a lower surface of a fork of a traversing tray.

FIG. 3 is a cross-sectional view for explaining a lightened traversing tray rail and a traversing drive device.

FIG. 4 is a cross-sectional view showing a state in which an aqueous body of a traverse drive unit and a fork support member of the traverse tray flows.

FIG. 5 is a longitudinal sectional view showing a conventional parking tower equipped with a water receiver.

FIG. 6 is a perspective view showing a conventional water receiving structure.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Parking tower 2 Elevating lift 3 Traversing tray 4 Guide rail 5 Traversing drive unit 8 Hawk support member 9 Hawk 10 Support frame 13 Water collecting channel 14 Depression 15 Corrugated member 16 Receiving plate 17 Receiving plate XY parking room E Elevating space O L Floor height l Effective height h Invalid height

Claims (5)

[Claims] The present invention has a lifting space provided with a lifting lift provided with a fork in a comb-teeth shape for raising and lowering, a parking room on a plurality of floors adjacent to the lifting space, and a fork in a comb-teeth shape to be a parking room. A vehicle is mounted on the traversing tray so that the traversing tray is provided with a traversing drive unit that reciprocates the parking tray and the elevating space. A hawk-type parking device for transferring a vehicle to a vehicle, comprising: a support frame extending in the left-right direction at front and rear ends; a fork support member for connecting the support frame in a front-rear direction; and a comb supporting the vehicle tire on the fork support member. A traversing tray provided with a tooth-shaped fork horizontally, a concave portion having an inclined surface according to the shape is provided on the upper surface of the traversing tray, and a collecting body for receiving a water body flowing from the concave portion of the traversing tray provided on each floor. Water receiving structure of the transverse tray, characterized in that the configuration of providing the road. 2. The water receiving structure for a traversing tray according to claim 1, wherein the recess provided in the fork supporting member is provided with a steel material which is a corrugated member having a plurality of grooves. 3. The water receiving structure for a traversing tray according to claim 1, wherein the water collecting channel is supported by a traversing drive unit of the traversing tray and connects each floor to drain water. 4. The water receiving structure for a horizontal tray according to claim 3, wherein the water collecting channel is formed by a receiving plate protruding so as to cover the lower surface of the fork of the horizontal tray. 5. The water receiving structure for a traversing tray according to claim 4, wherein the receiving plate is formed in a comb-like shape so as to close between the forks of the traversing tray.