JP2012077435A - Mechanical multistory bicycle parking facility - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a multistory bicycle parking facility where a bicycle is smoothly taken in and out even when two or more pieces of bicycle conveying means and bicycle entrance means are provided by individually circulating storage shelves in two or more stages.SOLUTION: Bicycle storage shelves horizontally constructed in two or more stages at a vertical interval and the bicycle conveying means 39 for conveying a bicycle in an erected state are provided inside a bicycle storage shelf compound 35. The respective stages of the bicycle storage shelves are individually circulated endlessly in a circular shape or a horizontally long circular shape by a rope body 43 within a horizontal plane. The bicycle conveying means 39 lifts a lifter 42 from a bicycle entrance stage storage shelf 35 to a prescribed stage storage shelf 36 and transfers a bicycle. The lifter 42 is in the shape of holding the bicycle in the erected state when lifting the bicycle. The bicycle conveying means 39 is installed in at least one part inside the bicycle storage shelf compound 35. The bicycle entrance means 38 for taking the bicycle in and out of the bicycle storage shelf compound 35 of the bicycle entrance stage storage shelf 36 is installed in at least one part in the bicycle storage shelf compound 35.

Description

Detailed Description of the Invention

According to the present invention, the bicycle parking facility can easily increase the number of bicycles parked in a narrow land space, and the number of bicycles parked in a narrower land space can be increased by installing the transport means in the bicycle storage shelf.
In addition, the bicycle storage shelf at the entrance / exit stage circulates independently, so that the time for putting in the bicycle can be shortened by temporarily storing the bicycle storage shelf at the entrance / exit stage when the morning bicycle is continuously inserted.

Conventional bicycle parking facilities include Japanese Patent No. 3255607 and Japanese Patent Application Laid-Open No. 2006-152537.
Hereinafter, this bicycle parking facility is referred to as a conventional facility and will be described with reference to the drawings.

Japanese Patent No. 3225607 FIG. 6 showing a conventional bicycle parking facility is a schematic cross-sectional view. FIG. 7 is a partially cut-out view of FIG.

As shown in FIGS. 6 and 7, the conventional equipment of Japanese Patent No. 3255607 has a bicycle storage 22 and a bicycle storage 22 constructed at positions away from the ground via a vertical bicycle lift passage 21 having a bicycle entrance 21A. And a bicycle transporter 23 for transporting the bicycle.
Along the central axis of the storage shelf, the bicycle lifting passage 21 and the bicycle storage 22 are both formed in a cylindrical shape, and the diameter of the bicycle lifting passage 21 is smaller than the diameter of the bicycle storage 22, so that the bicycle A space (S) is formed below the storage room 22 and can be used for passing or the like. Transfer to the ground bicycle carrier is performed by the slide mechanism 32 in the horizontal direction.
The bicycle transport machine 23 is provided with a turning means 31 to turn up and down to each predetermined stage storage shelf, and transfer the bicycle in the horizontal direction by the slide mechanism 32.

A plurality of bicycle storage shelves 24 are provided in the bicycle storage 22 at intervals in the vertical direction. The bicycle storage shelf 24 is configured by a bicycle holding mechanism 26 arranged radially on the inner wall of the bicycle storage shelf 24 about the central axis of the bicycle storage 22. The bicycle holding mechanism 26 is formed in a groove shape so as to guide the bicycle wheel, and restrains the bicycle wheel at the outer end. A restraining means 25 is provided.

The bicycle transporter 23 includes a pair of vertical guard rails 27 that are fixed to the center axis position of the bicycle transport passage 21 and the bicycle storage 22 and a lifting platform 29 and a guide rail having a wheel gripping mechanism 28 that can move horizontally. 27 is provided with a lifting means 30 for raising and lowering the lifting base 29 along the inside and a turning means 31 for turning the guide rail 27 together with the lifting base 29.

According to the conventional bicycle parking facility equipment patent No. 3255607, the bicycle is taken in and out as follows.

When the bicycle is placed on the lifting platform 29 from the entrance / exit 21A, the bicycle is moved up to the bicycle storage shelf 24 at a predetermined level by the lifting / lowering means 30 and conveyed. Thereafter, the lifting platform 29 is turned by the turning means 31 to the position of the predetermined bicycle holding mechanism 26 of the bicycle holding mechanism 26 arranged in a radial pattern together with the guide race 27. Then, the bicycle is placed on the bicycle holding mechanism 26 from the elevator 29 by the bicycle gripping mechanism 28 that moves horizontally. In this way, the bicycle is automatically taken in and out.

Patent No. 3255607 PR

According to Japanese Patent No. 3255607, the bicycle is stored three-dimensionally and has the advantage that the bicycle is automatically taken in and out.

However, both the bicycle lifting passage 21 and the bicycle storage 22 are formed in a cylindrical shape along the central axis of the storage, and the diameter of the bicycle lifting passage 21 is smaller than the diameter of the bicycle storage 22. However, since the bicycle elevating passage 21 is at the central axis of the storage and the bicycle storage 22 is formed outside the diameter of the bicycle elevating passage 21, the necessary site area is increased and a site having a diameter of about 7M is required.
Bicycle parking lot is not suitable because it is narrow in front of the station and requires effective use of land unsuitable for general buildings. It is also unsuitable as a bicycle parking facility in the condominium site to be constructed in the future.

The diameter of the bicycle lifting / lowering passage 21 is smaller than the diameter of the bicycle storage 22, so that a space (S) is formed below the bicycle storage 22 and can be used for passage and the like. However, if this space (S) is installed at a station during the morning commuting time, for example, it will be in a state of continuous warehousing.
At this time, when the bicycle is placed in the groove 32 in front of the bicycle entrance 21A, the bicycle entrance 21A opens, the slide mechanism 32 transfers the bicycle to the elevator 29, the bicycle entrance 21A closes, and the elevator 29 moves up and down and turns simultaneously. The means 31 stops at a predetermined bicycle storage shelf 24 while turning. The transfer machine 11 transfers the bicycle to a predetermined bicycle storage shelf 24 and returns to the lifting platform 29. The elevator 29 is moved up and down to the entrance / exit 21A position. This is not suitable as a bicycle parking lot in front of the station because a waiting time for a bicycle occurs and people and bicycles wait in the space (S), and congestion in the morning time zone is expected.

The bicycle transport machine 23 is provided with a turning means 31. The bicycle transport machine 23 moves up and down to a predetermined storage shelf 24 while turning, and transfers the bicycle in the horizontal direction by the transfer machine 11. The bicycle holding mechanism 26 is arranged radially with the central axis of the bicycle storage 22 as the center. However, since the transfer machine 11 is transferred in the horizontal direction, the maximum width of the bicycle, that is, the handle width or more is transferred. The shape of the storage shelf 24, which is necessary in the direction of receiving and is fan-shaped and has a wide outer diameter, cannot be used effectively.

FIG. 1 showing a conventional facility is a schematic perspective view. FIG. 2 is a side view showing the transfer machine 11. FIG. 3 is a schematic plan view. FIG. 4 is a schematic perspective view showing another conventional facility.

A bicycle storage shelf 1 constructed horizontally with a plurality of stages at intervals in the vertical direction, and bicycle transport means 7 for transporting the bicycle in an upright state outside the bicycle storage shelf 1, the bicycle storage shelf 1 being in a horizontal plane And a plurality of bicycle holding means 4 for holding the bicycle in an upright state, which is attached horizontally and at right angles to the rope 3. Means 7 is an elevator 9 that raises and lowers a bicycle to the bicycle storage shelf 1 at a predetermined level, and the bicycle transport means 7 is a bicycle that moves the bicycle up and down 9 to the bicycle storage shelf at a predetermined level and the bicycle holding means 4. The bicycle transport means 7 is installed at at least one of the inverted ends of the bicycle holding means 4.

The bicycle holding means 4 holds the bicycle with its front wheel facing outward.

The transfer device 11 is provided on a turntable 10 that is changed by 180 ° to the front of the bicycle, and a bicycle doorway 13 through which the bicycle is taken in and out of the elevator 11 is provided outside the bicycle transport means 7.

A bicycle entrance 13 through which the bicycle is taken in and out of the elevator 11 is provided inside or outside the bicycle transport means 7.

According to the conventional parking facility Japanese Patent Laid-Open No. 2006-152537, the bicycle is taken in and out as follows.

When the bicycle is placed in front of the doorway 13 (if the wheel guide groove is formed here) with the front wheel (W) in front, approached to the dedicated parking card reader, and the controller is activated, The frame 15 of the transfer machine 11 is held by the wheel gripping mechanism 14 with the wheel end of the front wheel (W) held in an upright state, and is rotated by the front and rear wheels together with the frame 5 of the transfer machine 11 to the guide 16. Be drawn.

The bicycle thus held in the standing state is conveyed to the bicycle storage shelf 1 at a predetermined level by the elevator 9. During this transport, the turntable 10 rotates 180 °, and the direction of the bicycle placed on the transfer machine 11 is changed so that the front wheels (W) face outward. When the bicycle is conveyed to the bicycle storage shelf 1 at a predetermined level, the mount 15 of the transfer machine 11 protrudes in the direction of the bicycle holding means 4. Since the guide 16 and the bicycle holding means 4 are arranged linearly, the bicycle is placed on the bicycle holding means 4 from the gantry 15 side with the axle end of the front wheel (W) held by the wheel gripping mechanism. . In this way, the bicycle is put in the bicycle holding means 4 on the predetermined shelf at the predetermined stage.

On the other hand, the bicycle is taken out from the bicycle parking facility as follows.

When a command to take out the target bicycle is issued to the controller by card operation, the bicycle holding means 4 holding the target bicycle moves to the reverse end. Next, the stand 15 of the transfer machine 11 on the elevator 9 that is in standby stands out together with the wheel gripping machine 14 in the direction of the bicycle holding means 4 and grips the axle end of the front wheel (W) of the bicycle. Thereafter, the gantry 15 is retracted to the original position. As a result, the bicycle is placed on the guide 16 of the transfer machine 11 with the front wheels (W) facing outward. The elevator 9 moves up and down to the doorway 13. During this time, the turntable 10 is rotated by 180 °, and the bicycle is held by the wheel gripping mechanism 14 so that the front and rear wheels are rotated together with the mount 15 of the transfer machine 11 while the axle end of the front wheel (W) is held in an upright state. However, it goes out of the entrance 13 from the rear wheel side.

JP 2006-152537 A

Problems to be developed by the invention

According to prior art JP-A-2006-152537,
A bicycle storage shelf 1 constructed horizontally with a plurality of stages at intervals in the vertical direction, and bicycle transport means 7 for transporting the bicycle in an upright state outside the bicycle storage shelf 1, the bicycle storage shelf 1 being in a horizontal plane And a plurality of bicycle holding means 4 for holding the bicycle in an upright state, which is attached horizontally and at right angles to the rope 3. Means 7 is an elevator 9 that raises and lowers a bicycle to the bicycle storage shelf 1 at a predetermined level, and the bicycle transport means 7 is a bicycle that moves the bicycle up and down 9 to the bicycle storage shelf at a predetermined level and the bicycle holding means 4. The bicycle transport means 7 is installed at at least one of the inverted ends of the bicycle holding means 4. Many bicycles can be stored in a three-dimensional and elongated land, and the bicycles are automatically taken in and out.

However, since the bicycle storage shelf 1 circulates in a horizontal plane in an endless shape at the same time in an endless manner, it requires a large amount of power, and it requires electric power. Take it.

Since the bicycle transport means 7 is required outside the bicycle storage shelf 1, it is not suitable for land in front of a station with high land prices.

The bicycle transport means 7 can be installed only at the position of the reverse end of the bicycle storage shelf 1. That is, since the bicycle transport means 7 is limited to two opposite ends, two places, even if many bicycles can be stored in an elongated shape, it takes time to put in and out the bicycle, which is not practical. Even if the bicycle transporting means 7 is installed in two places on the both ends of the bicycle storage shelf 1 in two directions, the bicycle storage shelf 1 circulates integrally and simultaneously, so even if there are two bicycle transporting means 7, the bicycle transporting means 7 When 7 is operated at the same time, if the lap and transfer to one of the two places of the transport means 7 of the bicycle storage shelf 1 is not completed, the lap and transfer to the other one cannot be performed, and the cycle time of the bicycle can be taken in and out. Smoothness is not improved. The bicycle storage shelf 1 becomes more prominent as it becomes horizontally long. The horizontal transfer by the transfer machine 11 is necessary for storage and taking out of all the bicycles, the stability of the transfer machine 11 is required, and the elevator for moving between the bicycle storage shelf 1 of the transfer machine 11 and the elevator. 11 stop accuracy is required and expensive. Therefore, the total number of parked bicycles is actually limited due to the problem of bicycle access time.
Means for solving the problem

The present invention has been made on the basis of the above findings, and has the following features.

According to the first aspect of the present invention, the storage shelf premises 35 are provided with a bicycle storage shelf 34 constructed horizontally in a plurality of stages at intervals in the vertical direction and a bicycle transport means 39 for transporting the bicycle in an upright state.
The bicycle storage shelf 35 holds a plurality of bicycles in a standing state with a cable body 43 in which each step individually circulates in a horizontal or circular shape in a horizontal plane, and a bicycle attached to the cable body 43 horizontally and perpendicularly. It becomes the shape 40 to do.
The bicycle transport means 39 moves the bicycle up and down to a predetermined stage storage shelf 36 and transfers it vertically. The elevator 42 includes a bicycle holding means 50 having a shape 40 for holding the bicycle in an upright state when the elevator is raised or lowered.
The bicycle transport means 39 is characterized in that it is installed in at least one place in the bicycle storage shelf premises 35.

According to a second aspect of the present invention, in the first aspect of the present invention, the bicycle holding means 50 holds the front wheel of the bicycle facing inward in the bicycle entry / exit stage storage shelf 36, and in the upper or lower stage storage rack 37. The bicycle holding means 50 is characterized by holding its front wheel facing outward.

The invention according to claim 3 is characterized in that in the invention according to claim 2 or 2, each bicycle storage fence 52 of the bicycle entry / exit stage storage shelf 36 includes a turning means 41 and turns 180 °.

The invention according to claim 4 is provided with at least one bicycle transport means 39 for moving the bicycle up and down from the entrance / entrance stage storage fence 36 to each of the other stages in the bicycle entrance / exit stage storage shelf premises 35 according to claims 1 to 3. ing. It is characterized in that at least one bicycle entrance / exit means 38 for taking in and out the bicycle is provided.

In the invention according to claim 5, in the invention according to claims 1 to 4, the bicycle entry / exit stage storage shelf 36 has a plurality of stages horizontally arranged at intervals above and below the bicycle storage shelf 34, and each stage is circular or horizontally long. It is characterized in that at least one space is provided between the storage shelf 52 and the storage shelf 52 of the bicycle storage shelf 34 in each stage so that the elevator 42 of the bicycle transport means 39 can be moved up and down. Is.

According to a sixth aspect of the present invention, the bicycle transport means 39 according to the first to fifth aspects of the present invention is moved up and down in a standing state between the bicycle entry / exit stage storage shelf 34 and the predetermined stage bicycle storage shelf 37 by an elevator 42, and the bicycle storage shelf As a means for transferring to the bicycle 52 in a standing state, the bicycle front wheel holding means 50 of the bicycle storage shelf 52 has a curve of a cantilevered comb-like front wheel attached to the bicycle storage shelf 52 in parallel to both sides of the front wheel. It is in the shape of a cage or a U shape. The cage-shaped or U-shaped comb teeth are provided with wheel stops 51 connected at the upper surfaces located at both ends of the bicycle. The bicycle rear wheel holding means 50 of the bicycle storage shelf has a U-shape along a cantilevered rear wheel attached to the bicycle storage shelf parallel to both side surfaces of the rear wheel.
The bicycle front wheel holding means 52 of the elevator 42 has a cage shape or a U-shape along a curve of a cantilevered front wheel attached to the bicycle elevator 42 parallel to both side surfaces of the front wheel. The cage-shaped or U-shaped comb teeth are provided with wheel stops 51 connected at the upper surfaces located at both ends of the bicycle wheel. The bicycle rear wheel holding means 50 of the elevator 42 is U-shaped along a cantilevered rear wheel attached to the bicycle elevator 42 in parallel to both side surfaces of the rear wheel.
A bicycle holding means 50 on the cantilever teeth of the front and rear wheels of the elevator 42 and a cantilevered bicycle holding means 50 of the bicycle storage shelf 52 are cantilever bicycles attached to the elevator 42. The holding means 50 and the cantilevered bicycle holding means attached to the bicycle storage shelf 52 are in the form of comb teeth or U-shapes which are opposed to each other and are engaged with each other without contacting each other. . The bicycle holding means 50 of the bicycle storage shelf 34 and the bicycle holding means 50 of the elevator 42 are characterized by being horizontal or inclined with the front wheel of the bicycle 47 facing down.

Next, an embodiment of the bicycle parking facility of the present invention will be described with reference to the drawings.

The bicycle parking equipment of this invention is shown.
FIG. 8 is a schematic plan view of a bicycle entrance / exit stage of a circular storage shelf. FIG. 9 is a schematic plan view of a bicycle entrance / exit stage of a horizontally long circular storage shelf. FIG. 10 is an ascending / descending step at a stage other than the bicycle entrance / exit of the circular storage shelf. FIG. 11 is a schematic plan view of the situation in which the bicycle storage shelf circulates in order to maintain the transport means lifting passage so that the container can be moved up and down, and the transport means hoistway space is located in the transport means lift passage. FIG. FIG. 12 is a schematic plan view of the situation where the bicycle storage shelf circulates and the transport means hoistway space is located in the transport means hoistway path so as to keep the transport means hoistway so that the elevator can be raised and lowered at a stage other than the stage FIG. 13 is a schematic plan view of a state where a predetermined storage shelf is circulated at the transport means lifting / lowering passage position at a stage other than the storage shelf entrance / exit stage of FIG. Fig. 14 is a schematic plan view of the situation around the circle. FIG. 15 is a schematic cross-sectional view of a bicycle parking facility with a horizontally long circular storage shelf. FIG. 16 is a schematic perspective view of a bicycle parking facility with a circular storage shelf. .
FIG. 17 is a schematic perspective view of a bicycle parking facility with a horizontally long storage shelf.
FIG. 18 is a schematic side view of the bicycle / storage shelf at the entrance / exit position of the bicycle entrance / stage storage shelf.
FIG. 19 is a schematic plan view of the bicycle / storage shelf at the entrance / exit position of the bicycle entrance / stage storage shelf.
FIG. 20 is a schematic side view of the bicycle / storage shelf in the bicycle entrance / exit storage shelf.
FIG. 21 shows the bicycle / storage shelf at the position of the bicycle entry / exit stage storage shelf transfer means lifting passage position, the entrance / exit storage shelf comb-like holding means, and the elevator / tooth-like holding means from the entrance / exit storage shelf holding means to the elevator holding means. FIG. 22 is a side explanatory view of the transfer method before transfer to the bicycle entrance / exit stage storage shelf conveying means lifting / lowering passage position of the bicycle / storage shelf in the entrance / exit storage shelf comb-like holding means and elevator comb-like tooth shape It is side view explanatory drawing of the transfer method after transfer from the entrance / exit storage shelf holding means of the holding means to the elevator holding means.
FIG. 23 is a schematic view of a bicycle entrance / exit stage storage shelf / bicycle holding means, an elevator / bicycle holding means, a bicycle entrance / exit stage out-of-stage storage shelf / bicycle holding means, from a transport means to a predetermined bicycle storage shelf when entering a bicycle parking facility. It is transfer explanatory drawing.
FIG. 24 shows a bicycle entry / exit stage storage shelf / bicycle holding means. It is a schematic transfer explanatory drawing from a predetermined storage shelf to a conveyance means when taking out the bicycle of an elevator / bicycle holding means, a bicycle entrance / exit storage shelf / bicycle holding means from a bicycle parking facility.

8 and 9, a person enters the bicycle from the bicycle entrance / exit means 38 into the entrance / exit stage storage shelf in a state where the front wheel is inward and is raised by the holding means. The person exits and the bicycle entrance / exit 48 is closed, the entrance / exit stage storage shelf 36 circulates, and the next storage shelf 52 is sequentially stopped by the bicycle entrance / exit means 38.
When it is constructed near the station, it is often effective to enter in the morning work hours, so that it is possible to put in a bicycle in a short time just by cycling around the bicycle entry / exit stage storage shelf 38, which is effective.
Since it is often concentrated in the evening home time zone, it is effective that the bicycle to be taken out can be taken out continuously by moving it from the other storage shelf 37 to the bicycle entrance storage shelf 36 by the controller beforehand. is there. The turning means 41 turns 180 degrees from the bicycle entrance / exit means 38 to the bicycle transport means 39 while the bicycle entrance / stage storage shelf 36 circulates.

In FIGS. 10 and 11, the transfer means lift passage 45 is vertically transferred with the bicycle holding means 50 of the storage shelf 52 from the bicycle holding means 50 of the elevator 42 vertically with the front wheel of the bicycle facing outward. In the case where the conveying means raising / lowering passage 45 is provided at the reverse end, the plane shape can be effectively used by directing the handle portion of the bicycle toward the fan-shaped wide side.

FIG. 9 and FIG. 11 and 22, the conveying means elevating rail 44 of the elevator 42 is provided outside the circulation area of the bicycle storage shelf 34, so that the conveyance means can be used even if it circulates around the bicycle entrance / exit stage storage shelf 36 and the entrance / exit stage storage shelf 37. The elevating rail 44 does not interfere and has no trouble.

In FIG. 18, the comb-like holding means 48 of the entrance / exit storage shelf 34 moves horizontally so that the bicycle moves in and out, so that the rear part of the front wheel and the car stopper 51 must be lowered. 21 and FIG. 22, the lift 42 has a comb-like holding means 50 that is only vertically transferred, so that the vehicle stopper 51 can be raised.
Although not shown in the figure, the bicycle storage shelf 34, the bicycle holding means 50, the elevator 42. When the bicycle wheel holding means 50 is horizontal or inclined with the front wheel of the bicycle tilted, the front wheel stopper 51 can be stored in contact with the front wheel front when the bicycle wheel is small. The position of is easy to determine. Therefore, the entrance / exit storage shelf 35 is not easily detached from the bicycle holding means 48 even during an earthquake, and is unlikely to fall. Since the transfer machine 11 and the wheel gripping mechanism 14 are not provided by a machine or the like, the stop position of the elevator 42 does not require the accuracy of using the transfer machine 11, and is inexpensive and less likely to fail.

It is comprised in this way. According to the bicycle parking facility of the present invention, the bicycle is put in the bicycle parking lot as follows.

As shown in FIG. 8, the bicycle doorway 48 automatically opens and the bicycle is placed on the bicycle doorway storage shelf 36 where the person is waiting with the front wheel in front. The bicycle is held upright by the bicycle holding means 50. The person leaves the bicycle entrance / exit means 38 and operates the controller to give an instruction to enter the predetermined stage / predetermined storage shelf 52. The bicycle entrance 48 is automatically closed.

The bicycle held by the bicycle holding means 50 in the bicycle entry / exit stage storage shelf 36 in a standing state in this manner is circulated by the bicycle entrance / exit stage storage shelf 36 and is placed on the bicycle entrance / exit stage storage shelf 36 at a position where the bicycle entrance / exit means 38 is not hindered. The circling means 41 provided in each storage shelf 52 is rotated 180 ° while rotating. The turning is completed before going around the bicycle transport means 41. When the turning means 41 is not provided, the vehicle turns around without turning. In this case, the bicycle holding means 50 holds the front wheel of the bicycle toward the inside of the entire bicycle storage shelf 34.

As shown in FIG. 18, when the bicycle held on the bicycle entry / exit stage storage shelf 36 / bicycle holding means 50 goes around and stops at the position of the bicycle transport means 39 as shown in FIG. Under the shelf 36, the entry / exit stage storage shelf 36 is stopped and stands by at a position where there is no hindrance to circulation (in the case of construction on the ground, in the transport means / elevator pit 53).

When the predetermined stage storage fence 37 is located above the bicycle entrance / exit stage storage shelf 36, each stage storage shelf up to one stage above the stage of the predetermined stage storage shelf 37 goes above the entrance / exit stage storage shelf 36, As shown in FIG. 10, the transport means hoistway space 46 provided in the bicycle storage shelf premises 35 stops at the position of the transport means elevator passage 45.

The bicycle held in the bicycle entrance / entrance storage shelf 36 and the bicycle holding means 50 circulates and stops at the position of the bicycle transport means 39.

As shown in FIGS. 21 and 22, the elevator 42 is raised and transferred from the bicycle holding means 50 provided on the bicycle entrance / entry stage storage shelf 36 to the bicycle holding means 50 provided on the elevator 42.

The elevator 42 is stopped above the predetermined stage storage shelf 37 and at a position that does not hinder the circulation of the predetermined stage storage rack 37.

The predetermined stage storage shelf 37 circulates, and the predetermined stage storage shelf 37 and the predetermined storage shelf 52 are stopped at the position of the conveying means lifting passage 45.

The bicycle is transferred to the bicycle holding means 50 provided on the predetermined storage shelf 52 from the bicycle holding means 50 provided on the elevator 42 when the elevator 42 is lowered.

When the predetermined stage storage shelf 37 is positioned below the bicycle entrance / entrance stage storage shelf 36, the respective stage storage shelves 34 wrap around the lower part of the predetermined stage storage shelf 37 below the bicycle entrance / entry stage storage shelf 36, As shown in FIG. 10, the transport means hoistway space 46 provided in the bicycle storage shelf mechanism 35 stops at the position of the transport means hoistway passage 45.

The bicycle held in the bicycle entrance / entrance storage shelf 36 and the bicycle holding means 50 circulates and stops at the position of the bicycle transport means 39.

The elevator 42 is moved up to a position where the bicycle does not come into contact with the bicycle storage shelf 37 that is one level above the bicycle entrance / entrance storage shelf 36 and to a position where the bicycle entrance / exit storage shelf 36 does not hinder. . The bicycle holding means 50 provided on the bicycle entrance / entrance storage shelf 36 is provided on the elevator 42 and transferred to the bicycle holding means 50.

The bicycle storage shelf 34 that is one level lower than the predetermined-stage storage shelf 37 from the bicycle entrance / exit storage shelf 36 circulates and the conveyance means hoistway space 46 provided in the bicycle entrance / exit storage shelf 36 excluding the predetermined-stage storage shelf 37 moves up and down the conveyance means. Stop at passage 45 position

The predetermined-stage storage shelf 37 circulates and the predetermined-stage storage shelf 37 stops at the position of the conveying means elevator passage 45.

The elevator 42 stops at a position below the predetermined stage holding shelf 37 and at a position where the predetermined stage storage rack 37 does not interfere with circulation.

The elevator 42 is lowered and transferred to the bicycle holding means 50 provided on the predetermined stage storage shelf 37 by the bicycle holding means 50 provided on the elevator 42.

On the other hand, a bicycle is taken out from a bicycle parking facility as follows.

Operate the controller and give instructions to put out the desired bicycle. As shown in FIG. 24, the elevator 42 waits below the bicycle entrance / exit stage storage shelf 36 at the position of the bicycle transport means 39 of the bicycle entrance / exit stage storage shelf 36 so that it does not hinder the circuit.

When the predetermined storage shelf 52 of the predetermined stage storage shelf 37 is located above the bicycle entrance / exit stage storage shelf 36, the predetermined stage storage shelf 36 circulates and is located at the position of the transport means lifting / lowering passage 45 provided in the bicycle storage shelf premises 34. The storage shelf 52 is stopped. The bicycle storage shelf 34 above the bicycle entrance / exit stage storage shelf 36 and one stage above the predetermined storage shelf 52 of the predetermined stage storage shelf 37 circulates, and the transport means hoistway space 46 provided in the bicycle storage shelf premises 35 is transported. Stop at the position of means lifting passage 45

The elevator 42 is raised and stopped at a position above the position of the predetermined storage shelf 37 above the predetermined storage shelf 52 and at a position where the predetermined storage shelf 37 does not interfere with the rotation, and the bicycle is held by the bicycle provided in the predetermined storage shelf 52. The means 50 is transferred to the bicycle holding means 50 provided in the elevator 42.

The predetermined stage storage shelf 37 circulates and the conveyance means hoistway space 46 stops at the position of the conveyance means elevating passage 45.

The elevator 42 descends and stops at a position below the position of the bicycle entry / exit stage storage shelf 36 and at a position where the bicycle entrance / exit stage storage shelf 36 does not hinder. The target bicycle is transferred from the holding means 50 provided in the elevator 42 to the bicycle holding means 50 provided in the bicycle entrance / exit stage storage shelf 36.

The bicycle entrance / stage storage shelf 36 circulates and stops at the position of the bicycle entrance / exit means 38, and the bicycle entrance / exit 48 opens to allow a person to take out the bicycle. When the turning means 41 is not provided in the bicycle entrance / exit stage storage shelf 36, it is limited to the method of taking it out in the back.

When the target storage shelf 52 is located below the entrance / exit stage storage shelf 34, the bicycle storage shelf 34 below the entrance / exit stage storage shelf 34 and one level below the predetermined stage storage shelf 37 circulates to the bicycle storage shelf premises 35. The provided conveying means hoistway space 46 stops at the conveying means elevating passage 45 position. The elevator 42 is stopped below the predetermined stage storage shelf 37 and at a position that does not hinder the circulation of the predetermined stage storage shelf 37. The predetermined stage storage shelf 37 circulates and the predetermined storage shelf 52 is stopped at the position of the conveying means lifting passage 45. 42 rises and the bicycle is transferred from the bicycle holding means 50 provided on the predetermined storage shelf 52 to the bicycle holding means 50 provided on the elevator 42.

The elevator 42 is further raised and stopped at a position above the bicycle entrance / exit storage shelf 36 and at a position where there is no problem with the circulation of the entrance / exit storage shelf 36.

Bicycle entry / exit stage storage shelf 36 circulates and stops at the position of bicycle transport means 39

The elevator 42 descends and stops at a position below the bicycle entry / exit stage storage shelf 36 and at a position that does not interfere with the circulation of the bicycle entry / exit stage storage shelf 36. The bicycle is stored at the bicycle entry / exit stage storage shelf 36 by the bicycle holding means 50 provided in the elevator 42. And is transferred to the bicycle holding means 50.

The bicycle entry / exit stage storage shelf 36 circulates and stops at the position of the bicycle entrance / exit means 38, and the bicycle entrance / exit 48 opens to allow a person to take out the bicycle. When the turning means 41 is not provided in the entrance / exit stage storage shelf 36, it is limited to the method of taking out at the back.

The present invention having one or a plurality of circulation means for the bicycle entrance / exit means 38, the bicycle transport means 39, the transport means hoistway space 46, the transport means lifting / lowering passage 45, the bicycle entrance / exit stage storage shelf 36, and the other stage storage shelf 37. Can be optimized by taking into account the traffic characteristics of the bicycles in the area where the bicycle parking facilities were constructed. Although not shown in the drawing, in the case of a bicycle parking facility constructed in the shape of a horizontally long circle, a bicycle transport means lifting passage 45 can be appropriately provided in the longitudinal direction. The present invention can be applied to a motorcycle as well.

1 to FIG. 5, FIG. 6 to FIG. 7 and FIG. 8 to FIG.

It is a schematic perspective view which shows the bicycle parking equipment of conventional bicycle parking equipment Unexamined-Japanese-Patent No. 2006-152537. It is a side view which shows the transfer machine of conventional bicycle parking equipment Unexamined-Japanese-Patent No. 2006-152537. It is a schematic plan view which shows the bicycle parking equipment of conventional bicycle parking equipment Unexamined-Japanese-Patent No. 2006-152537. It is a schematic perspective view which shows the bicycle parking equipment of conventional bicycle parking equipment Unexamined-Japanese-Patent No. 2006-152537. It is a schematic perspective view which shows the case where the conventional bicycle parking equipment Unexamined-Japanese-Patent No. 2006-152537 is constructed in the basement. It is a schematic sectional drawing which shows the public parking equipment patent No. 325567 public information. It is a notch A direction view of FIG. Schematic plan view of circular bicycle entrance / exit stage storage shelf of this invention Schematic plan view of the horizontally long circular bicycle entrance entrance storage shelf of the present invention Schematic plan view of the situation in which the conveying means hoistway space circulates to the conveying means elevating passage position at a stage other than the entrance / exit stage in the circular bicycle storage shelf of this invention Schematic plan view of the situation in which the conveying means hoistway space circulates to the conveying means elevating passage position at a stage other than the entrance / exit stage in the horizontally long bicycle storage shelf of the present invention Schematic plan view of a situation where a predetermined storage shelf circulates to the conveying means lifting passage position at a stage other than the entrance / exit stage in the circular bicycle storage shelf of the present invention Schematic plan view of the situation in which the predetermined storage shelf circulates to the conveying means lifting passage position at a stage other than the entrance / exit stage in the horizontally long circular bicycle storage shelf of the present invention FIG. 8 is a schematic sectional view of FIG. FIG. 9 is a schematic cross-sectional view of FIG. Schematic perspective view of the circular bicycle parking facility of the present invention Schematic perspective view of the horizontally long circular parking facility of the present invention Bicycle entry / exit means, entry / exit stage storage shelf / holding means explanation schematic side view of this invention Bicycle entrance / exit means, entrance stage storage shelf / holding means explanation schematic plan view of this invention Side view for explaining the situation where the bicycle at the bicycle entrance / exit storage shelf / storage shelf of this invention is held by the comb-like holding means Bicycle entry / exit stage storage shelf / predetermined storage shelf of the present invention is located at the transport means position, and is a schematic outline side view before being transferred from the storage shelf / holding means to the elevator / holding means Bicycle entry / exit stage storage shelf / predetermined storage shelf of the present invention is located at the transport means position, and is an explanatory schematic side view after being transferred from the storage shelf / holding means to the elevator / holding means Bicycle entry / exit stage storage shelf / bicycle holding means, elevator / bicycle holding means, bicycle entry / exit stage out-of-stage storage shelf / bicycle holding means when carrying a bicycle to a bicycle parking facility to the bicycle storage shelf Transfer illustration The bicycle entry / exit stage storage shelf / bicycle holding means of the present invention. Elevator / bicycle holding means, bicycle entrance / exit storage shelf / bicycle holding means when transferring the bicycle from the bicycle parking facility to the transporting means

1: Bicycle storage rack 2: Sprocket 3: Chain
4: Bicycle holding means 5: Rail 6: Base 7: Bicycle transport means 8: Guide rail 9: Elevator 10: Turntable 11: Transfer machine 12: Building 13: Bicycle entrance / exit 14: Wheel gripping mechanism 15: Mount 16 : Guide 17: Motor 18: Sprocket 19: Chain 21: Bicycle lift passage 21A: Bicycle entrance / exit 22: Bicycle storage 23: Bicycle transporter 24: Bicycle storage shelf 25: Restricting means 26: Bicycle holding mechanism 27: Guide rail 28: Wheel gripping mechanism 29: Elevating platform 30: Elevating means 31: Turning means 34: Bicycle storage shelf 35: Bicycle storage shelf premises 36: Bicycle entry / exit stage storage shelf 37: Bicycle entrance / exit stage storage shelf (predetermined stage storage shelf / other stage storage shelf)
38: Bicycle entrance / exit means 39: Bicycle transport means 40: Shape for holding the bicycle in an upright state 41: Turning means 42: Elevator 43: Cable body 44: Transport means lift rail 45: Transport means lift path 46: Transport means lift path Space 47: Bicycle 48: Bicycle doorway 49: Pillar 50: Bicycle holding means 51: Car stop 52: Predetermined storage shelf (storage shelf)
53: Transport means lift pit

Claims (6)

The bicycle storage shelf is equipped with a bicycle storage shelf constructed horizontally in a plurality of stages at intervals in the vertical direction and a bicycle transport means for transporting the bicycle in an upright state. Bicycle storage shelf is a round or horizontal oval endless endlessly looped body that holds multiple bicycles standing upright and attached to the rope horizontally and at right angles It has a shape to do.
The bicycle transport means moves the bicycle up and down to a predetermined level and transfers it. The elevator has a bicycle storage shelf that is shaped to hold the bicycle in an upright position when it is raised or lowered. Bicycle parking facility characterized in that at least one bicycle transport means is installed in the bicycle storage shelf. The bicycle holding means holds the front wheel of the bicycle inward in the bicycle entry / exit stage storage shelf, and the bicycle holding means in each of the upper and lower stages holds the front wheel of the bicycle outward. . Bicycle parking facility according to claim 1 The individual storage shelves in the bicycle entry / exit stage are provided with a turning means and are turned 180 °. Bicycle parking facility according to claim 1 or 2 There is provided at least one transport means for moving the bicycle up / down / transferred from / to the entry / exit stage storage shelf to each of the other stages. 4. A bicycle parking facility according to claim 1, further comprising at least one entrance / exit means for taking in and out the bicycle. Bicycle storage shelves constructed in multiple stages and horizontally with vertical intervals, each stage individually circulates endlessly in a circular or horizontally long circle, and each stage stores a space in which the elevator of the bicycle transport means can be raised and lowered 5. Bicycle parking equipment according to claim 1, wherein at least one place is provided on the shelf. The bicycle transport means is a lift between the bicycle storage shelves at the entrance and exit stages, and the bicycle is raised and lowered in a standing state, and transferred and stored in the standing state on the bicycle storage shelf. The bicycle / front wheel holding means has a cage shape or a U-shape along the curve of a cantilevered front wheel attached to the bicycle storage shelf parallel to both side surfaces of the front wheel. The cage-shaped or U-shaped comb teeth are provided with car stops connected at the upper surface located at both ends of the bicycle tax ring. The bicycle rear wheel holding means of the bicycle storage shelf has a U-shape along the cantilevered rear wheel attached to the bicycle storage shelf parallel to both side surfaces of the rear wheel. The bicycle front wheel holding means of the elevator has a cage shape or a U shape along the curve of a cantilevered front wheel attached to the bicycle elevator parallel to both side surfaces of the front wheel. The cage-shaped or U-shaped comb teeth are provided with wheel stops connected at the upper surfaces located at both ends of the bicycle wheel. The bicycle rear wheel holding means of the elevator is U-shaped along a cantilevered rear wheel attached to the bicycle elevator parallel to both sides of the rear wheel.
Bicycle holding means on the cantilever teeth of the front and rear wheels of the elevator and the cantilevered bike holding means of the bicycle storage shelf are cantilevered bike holding means and bicycle storage attached to the elevator. The cantilever bicycle holding means attached to the shelf is in the form of a comb-like cage or U-shape that are opposed to each other and are engaged with each other without contacting each other. 6. The bicycle parking facility according to claim 1, wherein the holding means for the bicycle storage shelf and the holding means for the elevator are inclined horizontally or with the front wheel of the bicycle down.

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