JP4434134B2 - Three-dimensional parking facilities - Google Patents

Description

  The present invention relates to a three-dimensional bicycle parking facility for storing a plurality of motorcycles, and more particularly to a check gauge for the motorcycle.

An example of a conventional three-dimensional parking facility is disclosed in Patent Document 1.
In Patent Document 1, the main body of a multi-story bicycle parking facility includes an upper frame part and a pair of left and right side frame parts. Each of the side frame parts is provided with an upper ring body and a lower ring body. An endless rotating body is provided between the bodies, and a rotation driving device that is interlocked with the ring body on one side is provided. In addition, a plurality of two-wheeled vehicle supports are provided between the endless rotating bodies so as to be swingable around a left-right axis, and the two-wheeled vehicle support group is guided by a guide body (guide) along an endless path and can move. It is configured.

  The two-wheeled vehicle support body is provided with a storage base for mounting and supporting the two-wheeled vehicle in a standing posture. A two-wheeled vehicle entrance / exit for moving the motorcycle in the front-rear direction is provided corresponding to the loading / unloading floor, and a two-wheeled vehicle entrance / exit is provided with an opening / closing door.

  With the above configuration, the two-wheeled vehicle support group can be circulated and moved on the endless path by driving the rotation driving device and simultaneously rotating the left and right endless rotating bodies in the same direction via the one side wheel, The two-wheeled vehicle support provided with the storage base on which the two-wheeled vehicle designated by the user is moved to the two-wheeled vehicle entrance and exit, and the two-wheeled vehicle is taken in and out by opening and closing the door.

In this way, the two-wheeled vehicle is placed and supported on the storage stand in a standing posture, and the two-wheeled vehicle support group is circulated and moved on the endless path, but if the two-wheeled vehicle exceeds the standard size that can be stored in the two-wheeled vehicle support, There is a possibility that the two-wheeled vehicle support group contacts the upper frame portion of the three-dimensional parking facility at the turn portion of the endless path along which the two-wheeled vehicle support group moves, and is damaged. Therefore, as shown in FIG. 8, a side view of the two-wheeled vehicle 93 that can be stored on the wall 92 of the passage 91 leading to the two-wheeled vehicle entrance / exit of the three-dimensional parking facility {the side of the two-wheeled vehicle that can be stored on the two-wheeled vehicle support body Figure showing the standard size (the height and length of the motorcycle body, the height and length of the front cage, the height and length of the rear cage) 94 is drawn in isometric and before placing on the motorcycle support, A motorcycle 93 is placed in front of the check gauge 94 to check in advance.
JP 2004-156314 A

  However, in a conventional three-dimensional parking facility, a check gauge 94 is used in which a two-wheeled vehicle 93 is placed in front of the check gauge 94 to check whether the two-wheeled vehicle is within a standard size before being placed on the two-wheeled vehicle support. Depending on the positional relationship between the two-wheeled vehicle 93 and the two-wheeled vehicle 93, it may be judged as good (accommodating OK) even if it protrudes from the standard size. In particular, when the motorcycle 93 is checked while holding the handle, the back portion of the carriage 96 on which the child is placed, which is provided above the rear wheel, is easily overlooked, and the carriage 96 may be damaged or reversed.

  Accordingly, an object of the present invention is to provide a three-dimensional parking facility that can reduce an error in determining whether or not a motorcycle is within a standard size.

In order to achieve the above-mentioned object, the invention described in claim 1 of the present invention moves a plurality of two-wheeled vehicle supports capable of accommodating a plurality of two-wheeled vehicles, and faces a designated two-wheeled vehicle support to the entrance / exit. And a storage bicycle check gauge for checking whether or not the two- wheel vehicle can be stored in the two-wheeled vehicle support body. The storage two- wheel vehicle check gauge is provided on the two-wheeled vehicle support gauge. It is composed of a gauge that displays a side standard diagram of a motorcycle that can be stored in the body at an equal size, and a visible light irradiation means that emits visible light horizontally from the contour position of the side standard diagram of the motorcycle of the gauge. It is characterized by this.

According to the said structure, a visible ray is irradiated horizontally from the outline position of the side surface specification figure of a two-wheeled vehicle. Therefore, the user can place the two-wheeled vehicle in front of the two-wheeled vehicle side standard diagram of the storage two-wheeled vehicle check gauge gauge, and when the light is blocked, the two-wheeled vehicle can be stored in the standard diagram, that is, the two-wheeled vehicle support body. It can be judged that it is larger than the size.

  The invention according to claim 2 is the invention according to claim 1, wherein the visible light irradiation means is composed of a plurality of lamps arranged on the back side of the gauge, and visible light emitted from these lamps. The light beam is a visible light beam that is horizontal through a slit provided in a contour position of a side view of the two-wheeled vehicle of the gauge.

  According to the above configuration, the visible light emitted from the lamp is converted into a horizontal visible light through the slit, so that the lamp does not need to be a particularly directional lamp and can be configured at low cost. Become.

  The invention according to claim 3 is the invention according to claim 1 or 2, wherein the visible light irradiation means is provided on the front wheel and the rear wheel of the motorcycle, respectively, in the contour position. It is characterized in that it is provided at least at the contour position of each cage.

According to the above configuration, light is irradiated at the contour position of the cage on the front wheel and the contour position of the cage on the rear wheel, which are likely to exceed the side surface standard diagram.
The invention according to claim 4 is the invention according to claim 3, wherein the visible light color of the visible light irradiation means for irradiating the contour position of the cage on the front wheel, and the basket on the rear wheel A visible light color of the visible light irradiation means for irradiating the contour position is set to a different color.

  According to the above configuration, by changing the color of visible light, the characteristics of each part of the motorcycle (the contour of the cage on the front wheel and the contour of the cage on the rear wheel) are clearly indicated to the user, and whether or not the motorcycle can be stored. Confirmation can be expected more reliably.

  The invention according to claim 5 is the invention according to claim 3 or claim 4, wherein the visible light irradiation means irradiates the contour position of the cage on the front wheel, and on the rear wheel. It is characterized in that there is an interval in the irradiation time of the contour position of the cage.

  According to the above-described configuration, the position of each part of the motorcycle viewed by the user (the contour position of the car on the front wheel and the contour position of the car on the rear wheel) is changed depending on the time of irradiation by providing an interval for the time of irradiation. It can be expected more surely whether the motorcycle can be stored.

  The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein visible light indicating a contour position of an upper surface standard view of the two-wheeled vehicle is applied to the ceiling portion of the passage. The second visible light irradiation means for vertically irradiating the light is provided.

  According to the above-described configuration, visible light is irradiated toward the passage horizontally from the contour position of the side surface standard drawing of the two-wheeled vehicle, and visible light is irradiated vertically downward from the contour position of the top surface standard drawing of the two-wheeled vehicle. It is possible to confirm whether or not the whole can be stored in the motorcycle support.

In the three-dimensional parking facility of the present invention, a visible light is irradiated toward the passage from the contour position of the side view of the two-wheeled vehicle, so that the user can store the user's two-wheeled vehicle. If it is located in front of the standard diagram and the light is blocked, the motorcycle can be judged to be larger than the standard diagram, that is, the size of the two-wheeled vehicle that can be accommodated in the two-wheeled vehicle support.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a partially cutaway side view of a multi-level parking facility according to an embodiment of the present invention, and FIG. 2 is a partially cutaway front view of the multi-level parking facility.

  As shown in FIGS. 1 and 2, a main body 1 of a multi-story bicycle parking facility includes an upper frame portion 2 and a pair of left and right side frame portions 3. The rear frame body 6 is provided in a state surrounding the vertical path portion, and the front portion of the main body 1 is opposed to the loading / unloading port 43 through which the two-wheeled vehicle 5 is put in and out and surrounds the front vertical path portion of the endless path 25. A front frame 8 is provided. The motorcycle 5 is a bicycle and can be a motorcycle.

  Each of the side frame portions 3 is provided with a driven tooth ring 10 rotatably supported by a bearing 12 and a drive tooth ring 15 rotatably supported by a bearing 18. An endless rotating body (endless chain) 21 is provided at the end. In addition, a rotary drive device 23 that is linked to the drive gear wheel 15 via the drive shaft 19 is provided.

A plurality of two-wheeled vehicle supports 31 are provided between the endless rotating bodies 21 so as to be swingable around the left and right axis A, and the two-wheeled vehicle support 31 group is configured to be movable on the endless path 25. Yes.
Each motorcycle support 31 is provided with a plurality of storage bases 33 (five in the figure) for placing and supporting the motorcycle 5 in an upright posture, and the motorcycle 5 can be taken in and out by moving the motorcycle 5 in the front-rear direction from the insertion / removal port 43. It has been.

  As shown in FIG. 2, a plurality of the main bodies 1 are provided, and are arranged in a common structure (building or building) 42 constructed on the floor 41. In addition, at the portion facing the passage 51 for taking in and out of the two-wheeled vehicle 5 of the three-dimensional bicycle parking facility, the aforementioned entrance 43 is provided so that the two-wheeled vehicle 5 can be taken in and out only from one motorcycle support 31 that moves along the endless path 25. Each door 43 is provided with an automatic door 44 that restricts the insertion and removal of the motorcycle 5.

The operation of the above configuration will be described.
When the two-wheeled vehicle 5 is stored (entered) in the three-dimensional parking facility, the user first designates the storage base 33 for the two-wheeled vehicle 5 assigned to the user. Then, the rotational drive device 23 is driven either forward or backward, so that the two-wheeled vehicle support 31 group is moved on the endless path 25, and the intended two-wheeled vehicle support 31 on which the user storage base 33 is placed. Is opposed to the loading / unloading port 43 and its movement is stopped. Subsequently, the automatic door 44 is opened only at a location facing the user storage base 33.

  The user pushes and moves the two-wheeled vehicle 5 through the loading / unloading port 43 and puts the two-wheeled vehicle 5 on the storage base 33 assigned to the user of the two-wheeled vehicle support 31. After the motorcycle 5 is thus placed on the storage base 33, the user moves outside through the entrance / exit 43. Then, the automatic door 44 is closed, and thus the storing operation of the motorcycle 5 is finished.

  Moreover, when taking out the motorcycle 5 from the three-dimensional parking facility (leaving it out), the user first designates the storage base 33 for the motorcycle 5 assigned to the user. Thereafter, the motorcycle 5 can be operated in the same manner as the above-described operation of storing (entering) the motorcycle 5 so that the pushing of the motorcycle 5 is replaced with the drawer of the motorcycle 5, and thus the motorcycle 5 can be taken out through the inlet / outlet 43. Then, the operation of taking out the motorcycle 5 is finished.

  As shown in FIG. 1, a storage motorcycle standard check gauge 53 is disposed on the wall 52 of the passage 51 leading to the entrance / exit 43 of the multi-story parking facility. The storage motorcycle standard check gauge 53 is a gauge for allowing a user to check in advance whether or not the user's motorcycle 5 can be stored in the motorcycle support 31.

  The storage motorcycle standard check gauge 53 is installed on the wall 52 of the passage 51 (perpendicular to the floor 41), as shown in an enlarged view in FIG. Side standard drawing {Drawing showing standard size (height and length of motorcycle body, height and length of front car, height and length of rear car) on the side of the motorcycle 5 that can be stored in the motorcycle support 31} A plurality of gauges 61 that are displayed in the same size and are provided in the inside of a wall 52 on the back side of the gauge 61 and that are provided on the side surface of the two-wheeled vehicle 5 of the gauge 61. Visible light irradiation device (an example of visible light irradiation means) 62 that irradiates visible light horizontally toward a passage 51 (toward the front of the gauge 61) from a small round hole (an example of a slit) 67. ing.

  The gauge 61 separates the color for displaying the entire side surface standard view of the two-wheeled vehicle 5 (the portion surrounded by the side contour) from the “ground” color, so that the user's two-wheeled vehicle 5 is attached to the two-wheeled vehicle support 31. It is possible to judge whether or not it can be stored, and the character “Storage motorcycle standard check gauge” is written in the upper position on the ground, and the front wheel is set in front of the two wheels. Please check "Please chuck."

  The visible light irradiation device 62 includes a detection sensor 64 for detecting that the two-wheeled vehicle 5 is placed at a predetermined check position (a position for setting the front wheel 71 of the two-wheeled vehicle 5), and a front wheel from the front of the front wheel 71 of the two-wheeled vehicle 5. 71 is arranged along the front and upper contour positions of the front basket 72 mounted above the front basket 72 and further above the front basket 72 of the handle 73, and the two-wheeled vehicle 5 is placed at a predetermined check position by the detection sensor 64. The first LED lamp group 65 composed of a plurality of LED (light emitting diode) lamps that are driven when it is detected, and the rear part of the rear basket 75 attached above the rear wheel 74 of the two-wheeled vehicle 5 from above and behind. It is arranged along the contour position behind the rear wheel 74, and it is detected by the detection sensor 64 that the two-wheeled vehicle 5 is placed at a predetermined check position. And a plurality of LED (light emitting diode) first 2LED lamp group 66. consisting of lamps driven.

The operation of the storage motorcycle standard check gauge 53 will be described.
The user brings the motorcycle 5 to the front of the storage motorcycle standard check gauge 61 and puts the front wheel 71 at a predetermined check position before storing (entering) the motorcycle 5.

  Then, it is detected by the detection sensor 64 that the two-wheeled vehicle 5 is placed at a predetermined check position, and the first LED lamp group 65 and the second LED lamp group 66 are driven, and radiation is emitted from the lamps of the groups 65 and 66. The visible light thus made is converted into a horizontal visible light through the round hole 67, and is irradiated horizontally as visible light x as shown in FIG.

  The user confirms whether or not the visible light x of each lamp is blocked by the two-wheeled vehicle 5. If it is not blocked, it is determined as good (accommodating OK), and if it is blocked, it is determined as defective (accommodating NG). As shown in FIG. 4, when the user's eyes y are lowered to the height of the visible light x and confirmed, the determination can be made more reliably.

  When the confirmation is completed, the motorcycle 5 is moved from the front of the storage motorcycle standard check gauge 53. Then, since the detection sensor 64 does not detect that the two-wheeled vehicle 5 is placed at a predetermined check position, the first LED lamp group 65 and the second LED lamp group 66 are turned off.

  As described above, according to the present embodiment, the visible light x is irradiated horizontally toward the passage 51 from the contour position of the side standard view of the two-wheeled vehicle 5, so that the user can remove the two-wheeled vehicle 5 of the user. When the visible light x is blocked in front of the gauge 61, it can be determined that the size is larger than the standard size that can be stored in the storage base 33 (it can be determined that it cannot be stored in the multi-level parking facility). By not using, it is possible to avoid the possibility that the user's two-wheeled vehicle 5 will be damaged, and to eliminate the possibility of erroneous recognition depending on the viewing angle of the user.

  Further, according to the present embodiment, the visible light emitted from each of the first LED lamp group 65 and the second LED lamp group 66 is made into a horizontal visible light through the round hole 67, so that the lamps are specially directed. It is not necessary to use a strong lamp {LEDs (light emitting diodes are used in this embodiment)} and can be configured at low cost.

  In addition, according to the present embodiment, the second LED lamp group 66 irradiates visible light x at least at the contour position of the rear basket 75 on the rear wheel, which is likely to exceed the standard size. With the 1LED lamp group 65, it is possible to eliminate the possibility of erroneously recognizing more reliably by irradiating light at least at the contour position of the front basket 72 on the front wheel.

  In the present embodiment, it is confirmed whether or not the two-wheeled vehicle 5 can be stored in the two-wheeled vehicle support 31 using the side surface standard diagram of the two-wheeled vehicle 5, but as shown in FIG. 5 and FIG. On the ceiling portion 55, an upper surface (planar) standard diagram of the motorcycle 5 {standard size on the upper surface (planar) side of the motorcycle 5 that can be stored in the motorcycle support 31 (the length and width of the motorcycle body, the length and width of the front car, the rear A storage motorcycle standard check gauge 81 for confirming whether or not the two-wheeled vehicle 5 can be stored in the two-wheeled vehicle support 31 may be attached by using the contour of the figure showing the length and width of the cage.

  The storage motorcycle standard check gauge 81 is provided on the main body 82, which is horizontally disposed on the ceiling 55 of the passage 51, and is perpendicular to the contour position of the upper surface (planar) standard diagram of the motorcycle 5. A visible light irradiation device (an example of a second visible light irradiation means) 83 that irradiates the visible light z toward the lower side (toward the floor 41) is configured.

  The visible light irradiation device 83 is disposed from the front of the front wheel 71 of the two-wheeled vehicle 5 to both sides of the front basket 72 of the front wheel 71 and along the contour position of the plane (upper surface) of the handle 73. The third lamp group 84 including a plurality of lamps that emit laser beams that are driven when it is detected that the rear wheel 74 is placed at a predetermined check position, and the rear wheel 74 from both sides of the rear cage 75 of the rear wheel 74. A fourth lamp group comprising lamps that are arranged along the rear contour position of the lamp and irradiate a plurality of laser beams that are driven when the detection sensor 64 detects that the two-wheeled vehicle 5 is placed at a predetermined check position. 85.

The operation of the storage motorcycle standard check gauge 81 will be described.
Before storing (entering) the motorcycle 5, the user brings the motorcycle 5 in front of the storage motorcycle standard check gauge 81 and puts the front wheel 71 at a predetermined check position.

  Then, it is detected by the detection sensor 64 that the two-wheeled vehicle 5 is placed at a predetermined check position, and the third lamp group 84 and the fourth lamp group 85 are driven. From the lamps of these groups 84 and 85, As shown in FIG. 6, the visible light z is irradiated vertically.

  The user checks whether or not the visible light z of each lamp is blocked by the two-wheeled vehicle 5. If it is not blocked, it is determined as good (accommodating OK), and if it is blocked, it is determined as defective (accommodating NG).

  When the confirmation is completed, the motorcycle 5 is moved from the front of the storage motorcycle standard check gauge 81. Then, since the detection sensor 64 does not detect that the two-wheeled vehicle 5 is placed at a predetermined check position, the third lamp group 84 and the fourth lamp group 85 are turned off.

  As described above, the visible light beam z indicating the upper surface contour of the two-wheeled vehicle 5 that can be stored in the two-wheeled vehicle support 31 is vertically irradiated, whereby the upper surface contour of the two-wheeled vehicle 5 that can be stored in the two-wheeled vehicle support 31 (storage table 33). This can be confirmed, and the risk of contact with the two-wheeled vehicle 5 stored in the adjacent storage base 33 can be eliminated.

  Further, in the present embodiment, the gauge 61 is plate-shaped and the visible light irradiation device 62 is provided inside the wall 52 on the back side of the gauge 61. However, as shown in FIG. The visible light irradiation device 62 may be provided inside the gauge 61. At this time, the work of cutting the wall 52 becomes unnecessary, and the installation becomes simple.

  In the present embodiment, the first LED lamp group 65 and the second LED lamp group 66, and the lamps of the third lamp group 84 and the fourth lamp group 85 are placed at a predetermined check position by the detection sensor 64. However, each lamp may be always turned on. At this time, the detection sensor 64 is not necessary, and the visible light x, y and the visible light z are always visible to the user, so that the effect of prompting the chuck can be expected.

  In the present embodiment, the first LED lamp group 65 and the second LED lamp group 66, and the lamps of the third lamp group 84 and the fourth lamp group 85 are all turned on at the same time, but the first LED lamp group 65, The second LED lamp group 66, the third lamp group 84, and the fourth lamp group 85 may be lit at a certain time (shifted in time). Alternatively, the LED lamp groups 65 and 66 and the lamps constituting the lamp groups 84 and 85 may be turned on in order (with a time shift). Thereby, it is possible to prompt the user to check each part of the motorcycle 5 in order, and it is possible to surely check each part.

  In the present embodiment, the lamp colors of the LED lamp groups 65 and 66 and the lamp groups 84 and 85 are not defined, but the lamp lamps 65 and 66 and the lamp groups 84 and 85 are provided with lamps. The color of can be changed. Thereby, the effect of illumination can be expected.

  In the present embodiment, the storage motorcycle standard check gauges 53 and 81 are provided on the wall 52 of the passage 51 leading to the entrance / exit 43 of the multi-story bicycle parking facility. However, the present invention is not limited to such a wall 52 and can be used. It may be provided at a place where a person can stop by pushing the motorcycle 5, for example, next to the structure 42.

  Moreover, in this Embodiment, although the slit provided in the outline position of the side surface specification figure of the two-wheeled vehicle 5 of the gauge 61 is made into the round hole 67, it is not restricted to a round hole, It is good also as other shapes, such as a square hole.

It is a partially cutaway side view of the three-dimensional bicycle parking facility in the embodiment of the present invention. It is a partially cutaway front view of the solid parking facility. It is a side view of the storage motorcycle specification check gauge of the three-dimensional bicycle parking equipment. It is a principal part cross section and operation | movement explanatory drawing of the storage two-wheeled vehicle specification check gauge of the three-dimensional bicycle parking equipment. It is a top view of the (two-ceiling part) storage two-wheeled vehicle specification check gauge of the same three-dimensional parking equipment. It is a principal part cross section and operation | movement explanatory drawing of the (two-ceiling part) storage two-wheeled vehicle specification check gauge of the same three-dimensional bicycle parking equipment. It is a principal part cross section and operation | movement explanatory drawing which show the other form of the accommodation two-wheeled vehicle specification check gauge of the same three-dimensional bicycle parking equipment. It is a side view of the storage motorcycle specification check gauge of the conventional multi-story bicycle parking equipment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main body 2 Upper frame part 3 Side frame part 5 Two-wheeled vehicle 25 Endless path 31 Two-wheeled vehicle support body 33 Storage stand 41 Floor 42 Structure 43 Entrance / exit 44 Automatic door 51 Passage 52 Wall 53, 81 Storage motorcycle specification check gauge 55 Ceiling part 61 Gauge 62 , 83 Visible light irradiation device 64 Detection sensor 65, 66 LED lamp group 67 Round hole 71 Front wheel 72 Front basket 73 Handle 74 Rear wheel 75 Rear basket 82 Storage motorcycle standard check gauge body 84, 85 Lamp group

Claims (6)

A three-dimensional bicycle parking facility in which a plurality of two-wheeled vehicles that can store a plurality of two-wheeled vehicles is moved, and the specified two-wheeled vehicle support is opposed to a loading / unloading port, and the two-wheeled vehicle is loaded and unloaded,
A storage motorcycle check gauge for checking whether the motorcycle can be stored in the motorcycle support body;
The storage motorcycle check gauge is
A gauge to display the side standards view of storable motorcycle to the motorcycle support with equal dimensions large,
Visible light irradiating means for irradiating visible light horizontally from the contour position of the side standard view of the motorcycle of the gauge
Stereo bicycle equipment according to claim <br/> be composed of. The visible light irradiation means is composed of a plurality of lamps arranged on the back side of the gauge, and the visible light emitted from these lamps is horizontal through a slit provided at the contour position of the side view of the two-wheeled vehicle of the gauge. The three-dimensional parking facility according to claim 1, characterized in that the visible parking light is used. The said visible light irradiation means is provided at least in the contour position of each cage respectively provided on the front wheel and the rear wheel of the two-wheeled vehicle among the contour positions. Three-dimensional parking facilities. The visible light color of the visible light irradiation means for irradiating the contour position of the cage on the front wheel and the visible light color of the visible light irradiation means for irradiating the contour position of the basket on the rear wheel are different colors. The three-dimensional bicycle parking facility according to claim 3, The time interval for irradiating the contour position of the car on the front wheel by the visible light irradiation means and the time for irradiating the contour position of the car on the rear wheel are set apart from each other. The three-dimensional bicycle parking facility described. The second visible light irradiation means for irradiating the visible light beam indicating the contour position of the upper surface standard drawing of the two-wheeled vehicle vertically from the ceiling portion is provided on the ceiling portion of the passage. The three-dimensional bicycle parking facility according to any one of 5.

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