JP2008254605A - Parking device for bicycle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a parking device for bicycles capable of effectively using an upper and a lower spaces by forming the device into two or more-stage type. <P>SOLUTION: The parking device for bicycles 10 comprises a holder 20 for holding a bicycle 12 placed in a stop position and a moving mechanism 50 for moving the bicycle 12 held by the holder 20 with the holder 20 from the stop position to a storage position. The holder 20 comprises a handle hook 22, on which a handle 12a of the bicycle 12 is to be hooked and suspended, and a rear wheel hook 24 for suspending a rear wheel 12a of the bicycle 12. The holder 20 can hold the bicycle 12 in the state of suspending the bicycle 12 with the handle hook 22 and the rear wheel hook 24. The handle hook 22 and the rear wheel hook 24 are formed into a J-shape and turnably fitted to a holding plate 26. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a bicycle parking apparatus that stores a bicycle in each of a plurality of storage positions arranged in the vertical direction.

  A bicycle parking device for storing bicycles may be installed in front of the station. As this bicycle parking device, there are many upper and lower two-rack type bicycle parking devices. In order to store the bicycle in the upper stage, the two-stage rack type bicycle parking apparatus pulls the upper rack forward and lowers it, and then lifts the front wheel of the bike into the groove and fits it into the groove. While lifting the wheel, fit the bicycle into the groove while moving the bicycle forward on the groove. Following this fitting, the rear end of the rack is lifted up to the height of the shoulder and the rack is pushed forward to store the bicycle in a predetermined storage position.

Thus, in the two-stage rack type bicycle parking apparatus, a force is required to store the bicycle in the upper stage, and it takes time and effort to store the bicycle. For this reason, it is said that there are few users using the upper end. In order to solve such a problem, a technique is known in which a bicycle is parked in an inclined state (see, for example, Patent Document 1).
JP 10-024877

  However, in the above technique, the bicycle is parked in an inclined state, so the upper and lower spaces cannot be used effectively.

  In view of the circumstances described above, an object of the present invention is to provide a bicycle parking device that can be used in a two-stage or more-stage system and can effectively use the upper and lower spaces and can be easily operated.

In order to achieve the above object, the bicycle parking apparatus of the present invention is a bicycle parking apparatus for storing a bicycle in each of a plurality of storage positions arranged in the vertical direction.
(1) a holding tool for holding a bicycle;
(2) A moving mechanism that moves the bicycle held by the holder together with the holder from the stop position to the storage position is provided.

here,
(3) The holder is
(3-1) a handle hook for hanging a bicycle handle;
(3-2) a rear wheel hook for hanging the rear wheel of the bicycle,
(3-3) You may hold | maintain in the state which suspended the bicycle with the said hook for handles, and the said hook for rear wheels.

Also,
(4) The holder may be selectively moved either in a vertical direction between a predetermined stop position and above and in a front-back direction between the stop position and the storage position. Good.

further,
(5) The moving mechanism is
(5-1) a base frame extending from an upper storage position to an upper position of the stop position among the plurality of storage positions;
(5-2) The base frame may be provided between a longitudinal end portion of the base frame and a string-like member to which the holder is attached in the middle of the base frame.

Furthermore,
(6) A motor disposed above the storage position, in which one end in the longitudinal direction of the string-like member is stretched to rotate the string-like member;
(7) You may provide the sprocket arranged above the said stop position where the longitudinal direction other end of the said string-like member was spanned.

Furthermore,
(8) The motor may reciprocate in a direction from above the storage position to above the stop position and in the opposite direction.

Furthermore,
(9) A brake for braking the rotation of the sprocket may be provided.

Furthermore,
(10) The holder is
(10-1) When the motor stops above the storage position and rotates the string-like member, the motor moves only in the front-rear direction along with the rotation.
(10-2) When the motor stops at a position approaching the position above the stop position from the position above the storage position, the motor may move only in the vertical direction.

  In addition, a string-like member here means a chain, a wire, or the like.

  According to the bicycle parking apparatus of the present invention, the bicycle is stopped at a stop position (usually a position before the lowermost storage position), the bicycle is held by the holder, and the bicycle is moved together with the holder. The mechanism is moved from the stop position to the storage position. Therefore, since the moving mechanism is used when storing the bicycle from the stop position to the storage position, almost no human power is required, and the bicycle can be stored in a short time. For this reason, the bicycle can be safely and easily stored from the stop position to the storage position. In addition, the upper and lower spaces can be effectively used in a plurality of stages of two or more stages.

  The present invention has been realized in an upper and lower two-stage bicycle parking apparatus.

  With reference to FIG. 1, the bicycle parking apparatus of Example 1 is demonstrated.

  Fig.1 (a) is a side view which shows an example of the bicycle parking apparatus of this invention, (b) is a side view which shows the state which inclined the holder.

  The bicycle parking device 10 stores a bicycle in each of a plurality of storage positions arranged in the vertical direction (arrow A direction). Here, the bicycle parking device 10 has two storage positions (see FIG. 6 and the like). An example of an apparatus is given. According to this bicycle parking apparatus 10, the bicycle 12 placed at the stop position (the position where the bicycle 12 in FIG. 2 is placed and before the lowermost storage position) is in the upper storage position (FIG. 6). The bicycle 12 is placed at a position above the lowermost storage position) and can be stored easily, safely and safely with little human power. The bicycle parking apparatus 10 includes a holder 20 that holds the bicycle 12 placed at the stop position, and a moving mechanism 50 that moves the bicycle 12 held by the holder 20 together with the holder 20 from the stop position to the storage position. And.

  The holding tool 20 includes a handle hook 22 that hangs on the handle 12a of the bicycle 12 and suspends the handle 12a, and a rear wheel hook 24 that suspends the rear wheel 12b of the bicycle 12. According to the holder 20, the bicycle 12 can be held with the handle hook 22 and the rear wheel hook 24 suspended. The handle hook 22 and the rear wheel hook 24 are J-shaped, and are rotatably attached to the holding plate 26. The holding plate 26 is slightly shorter than the length of the bicycle 12, and extends in parallel with a base frame 52 described later (extends in the direction of arrow B).

  An upper end portion of the handle hook 22 is fixed to one end portion in the longitudinal direction of the holding plate 26 (downstream portion in the arrow B direction) so as to be rotated by a predetermined angle. In other words, when nothing is hooked on the handle hook 22, the handle hook 22 is easily shaken with a little force. An upper end portion of a chain 28 or the like is fixed to the other longitudinal end portion (upstream portion in the arrow B direction) of the holding plate 26, and an upper end portion of the rear wheel hook 24 is fixed to a lower end portion of the chain 28 or the like. Has been. That is, the rear wheel hook 24 is suspended from the other end in the longitudinal direction of the holding plate 26 via the chain 28 or the like. Rollers (pulleys) 32 and 34 are fixed to the upper surface of the holding plate 26. The roller 32 is located slightly upstream in the arrow B direction from the upper end of the handle hook 22, and the roller 34 is located slightly downstream in the arrow B direction from the upper end of the chain 28. A wire 54 (which is an example of a string-like member in the present invention) is hung on the two rollers 32 and 34. The two rollers 32 and 34 are located on the wire 54 and can roll on the wire 54.

  By pulling the rear wheel hook 24 downward, the two rollers 32 and 34 slide on the wire 54, and the roller 34 is lowered and the roller 32 is raised and the holding plate 28 is inclined as shown in FIG. The handle hook 22 is slightly raised. On the contrary, by pulling the handle hook 22 downward, the two rollers 32 and 34 slide on the wire 54, the roller 32 is lowered and the roller 34 is raised, and the state opposite to the state shown in FIG. Then, the holding plate 28 is inclined and the rear wheel hook 24 is slightly raised. Therefore, even if the height or length of the bicycle 12 changes, the bicycle 12 can be reliably hooked and held by the handle hook 22 and the rear wheel hook 24.

  The moving mechanism 50 extends from the upper storage position (position where the bicycle 12 of FIG. 6 is placed) to above the stop position (position where the bicycle 12 of FIG. 2 is placed) (extends in the direction of arrow B). It has. A motor 56 for rotating the wire 54 is disposed at one end in the longitudinal direction of the base frame 52 (downstream portion in the direction of arrow B). A wire 54 is hung on a rotation shaft (not shown) of the motor 56. When the motor 56 is driven, the wire 54 is selectively rotated in the arrow B direction and the opposite direction. The motor 56 is attached to the base frame 52 so as to selectively move in the direction of arrow B and in the opposite direction. When the bicycle 12 is stored in the upper storage position, the motor 54 is located above the storage position. On the other hand, when the bicycle 12 is taken out from the upper storage position and lowered to the stop position, the motor 56 moves from above the upper storage position to above the stop position, and as shown in FIG. It reaches the center in the longitudinal direction of the frame 52.

  A sprocket 58 around which a wire 54 is hung is disposed at the other longitudinal end of the base frame 52 (upstream portion in the direction of arrow B). The position where the sprocket 58 is disposed corresponds to the upper position of the stop position. Although the sprocket 58 rotates as the wire 54 rotates, the moving mechanism 50 is provided with a brake (not shown) that brakes the rotation of the sprocket 58 (which prevents the sprocket 58 from rotating). The brake operates at a timing described later. When the brake is operating, the sprocket 58 does not rotate and the wire 54 does not rotate.

  A portion of the wire 54 in the vicinity of the portion hung on the two rollers 32 and 34 is hung on the two rollers 62 and 64. The two rollers 62 and 64 are rotatably fixed to one connecting rod 66, and the two rollers 62 and 64 are always separated by a distance corresponding to the length of the connecting rod 66. When viewed from the upstream side in the direction of arrow B, the wire 54 contacts the upper surface of the roller 64 (the upper surface always changes when the roller 64 is rotating, and the same applies to the other rollers 62, 32, and 34). Then, it descends diagonally and contacts the lower surface of the roller 34, contacts the lower surface of the roller 32, and then rises diagonally and contacts the upper surface of the roller 62.

  Since the motor 56 is disposed at one longitudinal end of the base frame 52 and the sprocket 58 is disposed at the other longitudinal end, the wire 54 is hung between both longitudinal ends of the base frame 52. Will be passed. In addition, the holder 20 is attached to the middle portion of the wire 54. The movement of the bicycle parking apparatus 10 described above will be described with reference to FIGS.

  FIG. 2 is a side view showing a state immediately before lifting the bicycle in the stop position. FIG. 3 is a side view showing a state where the bicycle is slightly lifted from the stop position. FIG. 4 is a side view showing a state where the bicycle is completely lifted from the stop position. FIG. 5 is a side view showing a state in the middle of moving the completely lifted bicycle to the upper storage position. FIG. 6 is a side view showing a state in which a completely lifted bicycle is stored in the upper storage position.

  In order to store the bicycle 12 in the upper storage position from the state where the bicycle is not stored in the upper storage position but the bicycle 12 is positioned in the stop position as shown in FIG. 70 “Storage 1” button is pressed. As a result, the power supply of the bicycle parking device 10 is turned on (turned on), and the sprocket 58 is braked (locked) by the brake, and the motor 56 is directed toward the front (upstream in the direction of arrow B). Start moving. As the motor 56 moves forward, as shown in FIG. 2, the length of the wire 54 in the direction of arrow B is shortened (the total length of L1 and L2 in FIG. 2), and the corresponding amount (FIG. 2). (L1 = length of L2)), the holder 20 is lowered. As the holder 20 is lowered, the handle hook 22 and the rear wheel hook 24 are also lowered. Therefore, as shown in FIG. 2, the handle hook 22 is hooked on the handle 12a of the bicycle 12, and the rear wheel hook 24 is attached to the bicycle. 12 is hooked on the rear wheel 12b. In this case, depending on the shape and size of the bicycle 12, the handle hook 22 or the rear wheel hook 24 is pulled down as shown in FIG. A sensor (not shown) that detects the motor 56 when the motor 56 reaches the position shown in FIG. 2 is provided in the moving mechanism 50, and the motor 56 is detected when the sensor 56 detects the motor 56. Stops moving.

  In the state where the bicycle 12 is held by the holding tool 20 as described above, the “storage 2” button of the switch box 70 is pressed. As a result, the motor 56 begins to move in the direction of arrow B while the sprocket 58 is locked, and the length of the wire 54 in the direction of arrow B increases, so that the bicycle 12 is lifted together with the holder 20 as shown in FIG. It will be. When the motor 56 returns to the home position on the base frame 52 (position shown in FIG. 1), the movement of the motor 56 stops. A sensor (not shown) for detecting the motor 56 is attached in the vicinity of the home position. When the sensor detects the motor 56, the motor 56 stops at the home position and the sprocket 58 is unlocked. As a result, the sprocket 58 can rotate. When the motor 56 stops, as shown in FIG. 4, the bicycle 12 is completely lifted while being held by the holder 20.

  After the motor 56 stops at the home position, the motor 56 starts to rotate. This rotation causes the wire 54 to rotate in the direction of arrow C, and the bicycle 12 moves toward the upper storage position as shown in FIG. As shown in FIG. 6, when the bicycle 12 reaches the upper storage position, the rotation of the motor 56 stops and the bicycle 12 is stored in the upper storage position. A sensor (not shown) for detecting the bicycle 12 is attached in the vicinity of the upper storage position, and when this sensor detects the bicycle 12, the power is turned off and the rotation of the motor 56 is stopped. It has become.

  As described above, the "storage 1" button is pushed, the handle hook 22 and the rear wheel hook 24 are hooked on the bicycle 12, and the "storage 2" button is pressed, so that the bicycle 12 located at the stop position is stored in the upper stage. Since it can be stored in the position, almost no human power is required, and the bicycle 12 can be stored in the upper stage in a short time. For this reason, the bicycle can be safely and easily stored from the stop position to the storage position. In addition, the upper and lower spaces can be effectively used in a plurality of stages of two or more stages.

  The operation of taking out the bicycle 12 stored in the upper storage position and moving it to the stop position is the operation opposite to the above. When taking out, first, the “take-out 1” button of the switch box 70 is pushed. As a result, the power is turned on, and the motor 56 can rotate but cannot move in the direction of arrow B and the opposite direction, and the sprocket 58 can rotate. The non-movable (fixed) motor 56 begins to rotate, and the wire 54 begins to rotate in the direction opposite to the arrow C direction. Along with this rotation, the bicycle 12 moves together with the holder 20 to the upstream side in the direction of the arrow B, and reaches above the stop position as shown in FIG. A sensor (not shown) for detecting the bicycle 12 (or the holding tool 20) is attached above the stop position. When the sensor detects the bicycle 12 (or the holding tool 20), the motor 56 The rotation stops. At the same time as the rotation of the motor 56 stops, the sprocket 58 is locked and cannot rotate, and then the motor 56 starts to move in the direction opposite to the arrow B direction. Along with this movement, the holder 20 and the bicycle 12 are lowered, contrary to the operations described in FIG. 2 and FIG. When the motor 56 reaches the position shown in FIG. 2, the sensor detects the motor 56 and the movement of the motor 56 stops. At this time, the bicycle 12 has reached the ground G, and the handle hook 22 and the rear wheel hook 24 are removed from the bicycle 12. Depending on the size and shape of the bicycle 12, the rear wheel or front wheel may reach the ground first, but in this case, as shown in FIG. The handle hook 22 or the rear wheel hook 24 cannot be removed carelessly. Although not shown, since the bicycle 12 can be stowed and removed while standing, the bicycle 12 is safe without falling down after being grounded.

  After the handle hook 22 and the rear wheel hook 24 are removed from the bicycle 12, the “take out 2” button of the switch box 70 is pushed. As a result, the motor 56 starts to move in the direction of the arrow B, the (empty) holder 20 that does not hold the bicycle 12 is raised, and when the motor 56 reaches the home position, the holder 20 has finished raising. The power is turned off, and the series of operations ends.

  In the above example, the type in which the four buttons of the switch box 70 are pressed in order to operate the bicycle parking device 10 has been described. However, when each operation is completed using a switch box having only one button, this 1 Some types move to the next operation by pressing one button again. In this type, the operation by the button to be pushed later is not executed until the operation by the button pushed before is finished. An emergency stop switch may be provided for abnormal situations.

  With reference to FIG. 7, another example of the bicycle parking apparatus will be described.

  FIG. 7 is a side view showing another example of the bicycle parking apparatus.

  The bicycle parking device 100 according to the second embodiment is a low-cost version of the bicycle parking device 10 according to the first embodiment. The lifting and lowering of the holder 120 is electric, but the movement of the holder 120 in the arrow B direction and the opposite direction is performed. This is a manual type.

  The bicycle parking device 100 stores a bicycle in each of a plurality of storage positions arranged in the vertical direction (arrow A direction). Here, the bicycle parking device has two storage positions (see FIG. 6 and the like). An example of an apparatus is given. According to the bicycle parking apparatus 100, the bicycle 12 placed at the stop position (the position where the bicycle 12 is placed as shown in FIG. 2 and the position before the lowermost storage position) is the upper storage position ( As shown in FIG. 6, the bicycle 12 is placed in a position above the lowermost storage position, and can be stored easily and safely and with little human power. The bicycle parking apparatus 100 includes a holder 120 that holds the bicycle 12 placed at the stop position, and a moving mechanism 150 that is held by the holder 120 and moves the bicycle 12 together with the holder 120 from the stop position to the storage position. It has.

  The holding tool 120 includes a handle hook 122 that hangs on the handle 12 a of the bicycle 12 and suspends the handle 12, and a rear wheel hook 124 that suspends the rear wheel 12 b of the bicycle 12. According to the holder 120, the bicycle 12 can be held in a state of being suspended by the handle hook 122 and the rear wheel hook 124. The handle hook 122 and the rear wheel hook 124 are J-shaped, and are rotatably attached to the holding plate 126. The holding plate 126 is slightly shorter than the length of the bicycle 12.

  An upper end portion of the handle hook 122 is fixed to one end portion in the longitudinal direction of the holding plate 126 (downstream portion in the arrow B direction) so as to be rotated by a predetermined angle. In other words, when nothing is hooked on the handle hook 122, the handle hook 122 is easily shaken with a little force. The upper end of the chain 128 and the like is fixed to the other longitudinal end of the holding plate 126 (upstream portion in the direction of arrow B), and the upper end of the rear wheel hook 124 is fixed to the lower end of the chain 128 and the like. Has been. That is, the rear wheel hook 124 is suspended from the other end portion in the longitudinal direction of the holding plate 126 via the chain 128 or the like.

  A hoist unit 180 that raises and lowers the holding plate 126 is disposed above the holding plate 126, and the holder 120 is suspended from the hoist unit 180. The hoist unit 180 is a well-known unit composed of rollers 182, 184, a hoist motor 186, a hoist carriage 188, and the like. The hoist carriage 188 is fixed to a middle portion of the wire (or chain) 154 of the moving mechanism 150. The hoist motor 186 rotates by operating the hoist switch 170. The hoist switch 170 is provided with an “up” button that is pressed when the holder 126 is raised, and a “down” button that is pressed when the holder 126 is lowered.

  The moving mechanism 150 extends from the upper storage position (position where the bicycle 12 is placed as shown in FIG. 6) to above the stop position (position where the bicycle 12 is placed as shown in FIG. 2) (extends in the direction of arrow B). ) A guide rail 152 is provided. The guide rail 152 guides the hoist cart 188 in the arrow B direction and the opposite direction. A sprocket (or roller) 156 around which a wire 154 is rotatably hung is disposed at one end in the longitudinal direction of the guide rail 152 (downstream portion in the direction of arrow B). A sprocket 158 around which the wire 54 is rotatably mounted is disposed at the other longitudinal end of the guide rail 152 (upstream portion in the direction of arrow B). The position where the sprocket 158 is disposed corresponds to an obliquely upper position of the stop position. The wire 154 is stretched slightly between the longitudinal ends of the guide rail 152. An upper end of a rope (or moving chain) 160 is hung on the sprocket 158. By rotating the rope 160 in the direction of arrow D, the sprocket 158 rotates in the direction of arrow E, so that the hoist unit 180 moves in the direction of arrow B. Move in the opposite direction. On the contrary, by rotating the rope 160 in the direction opposite to the arrow D direction, the sprocket 158 rotates in the direction opposite to the arrow E direction, so that the hoist unit 180 moves in the arrow B direction.

  The movement of the bicycle parking apparatus 100 will be described.

  In order to store the bicycle 12 in the upper storage position from the state where the bicycle is not stored in the upper storage position and the bicycle 12 is positioned in the stop position as shown in FIG. Press “down” button 170. Thereby, the holding tool 120 descends. As the holder 120 is lowered, the handle hook 122 and the rear wheel hook 124 are also lowered. When the handle hook 122 and the rear wheel hook 124 are lowered to appropriate positions (positions at which they are hooked on the bicycle 12), the "down" button is stopped and the holder 120 is temporarily stopped. In this state, as shown in FIG. 2, the handle hook 122 is hooked on the handle 12 a of the bicycle 12, and the rear wheel hook 124 is hooked on the rear wheel 12 b of the bicycle 12.

  Subsequently, while holding the bicycle 12 with the holding tool 120, the “up” button of the hoist switch 170 is pressed. By continuing to press the “up” button, the bicycle 12 is completely lifted while being held by the holder 120 as shown in FIG. Subsequently, the rope (or moving chain) 160 is manually turned in the direction opposite to the arrow D direction. As a result, the bicycle 12 together with the holder 120 moves in the arrow B direction and reaches the storage position.

  As described above, the bicycle 12 can be stored from the stop position by selectively pressing the “up” and “down” buttons of the hoist switch 170, holding the bicycle 12 with the holder 120, and moving the rope 160 manually. Since it can move to the position, the bicycle 12 can be stored in the upper stage in a short time with a little human power. For this reason, the bicycle can be safely and easily stored from the stop position to the storage position. In addition, the upper and lower spaces can be effectively used in a plurality of stages of two or more stages.

  The operation of taking out the bicycle 12 stored in the upper storage position and moving it to the stop position is the operation opposite to the above. At the time of taking out, first, the rope 160 is manually turned in the direction of arrow D, and the bicycle 12 in the upper storage position as shown in FIG. 6 is moved above the stop position as shown in FIG. . Subsequently, the bicycle 12 is grounded by continuously pressing the “down” button of the hoist switch 170. The handle hook 122 and the rear wheel hook 124 are removed from the bicycle 12, and the "down" button of the hoist switch 170 is continuously pressed to raise the holder 120 to the position shown in FIG. When the holder 120 reaches the position shown in FIG. 7, the power supply of the bicycle parking apparatus 100 is turned off, and the take-out operation is completed.

  As described above, in the bicycle parking apparatus 100, the rope 160 needs to be moved manually, but the structure is simpler than that of the bicycle parking apparatus 10.

(A) is a side view which shows an example of the bicycle parking apparatus of this invention, (b) is a side view which shows the state which inclined the holding | maintenance part. It is a side view which shows the state just before lifting the bicycle in a stop position. It is a side view which shows the state which lifted the bicycle for a while from the stop position. It is a side view which shows the state which lifted the bicycle completely from the stop position. It is a side view which shows the state in the middle of moving the fully lifted bicycle to the storage position of the upper stage. It is a side view showing the state where the fully lifted bicycle was stored in the upper storage position. It is a side view which shows the other example of a bicycle parking apparatus.

Explanation of symbols

10,100 Bicycle parking device 12,14 Bicycle 20,120 Holder 22,122 Handle hook 22
24, 124 Rear wheel hook 28 Chain 50, 150 Moving mechanism 52 Base frame 54 Wire 56 Motor

Claims (8)

In a bicycle parking device for storing a bicycle in each of a plurality of storage positions arranged in the vertical direction,
A holding tool for holding the bicycle,
A bicycle parking apparatus comprising: a moving mechanism that moves the bicycle held by the holder from the stop position to the storage position together with the holder. The holder is
A handle hook for hanging a bicycle handle;
A rear wheel hook for hanging the rear wheel of the bicycle,
The bicycle parking apparatus according to claim 1, wherein a bicycle is held by the handle hook and the rear wheel hook in a suspended state. The holder is
3. The apparatus according to claim 1, wherein the movable portion selectively moves in a vertical direction between a predetermined stop position and the upper position thereof, or in a front-rear direction between the stop position and the storage position. The bicycle parking device described in 1. The moving mechanism is
A base frame extending from an upper storage position to a position above the stop position among the plurality of storage positions;
The cord-like member which is spanned between the longitudinal direction both ends of this base frame, and to which the said holder was attached in the middle part was provided, The claim 1, 2, or 3 characterized by the above-mentioned. Bicycle parking equipment. A motor disposed above the storage position, in which one end in the longitudinal direction of the string-like member is stretched to rotate the string-like member;
The bicycle parking device according to claim 4, further comprising: a sprocket disposed above the stop position, on which the other longitudinal end of the string-like member is stretched. The motor is
6. The bicycle parking apparatus according to claim 5, wherein the bicycle parking apparatus reciprocates in a direction from above the storage position to above the stop position and in the opposite direction. The bicycle parking device according to claim 5 or 6, further comprising a brake that brakes the rotation of the sprocket. The holder is
When the motor stops above the storage position and rotates the string-like member, it moves only in the front-rear direction along with this rotation,
6. The motor according to claim 5, wherein the motor moves only in the vertical direction when the motor is stopped at a position approaching a position above the stop position from a position above the storage position. 6. The bicycle parking device according to 6 or 7.

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