JP3168945U - Bicycle stand - Google Patents

Abstract

PROBLEM TO BE SOLVED: To set a bicycle parking direction (inclined bicycle parking) in a direction in which a user can park the bicycle most easily according to the installation location by using the same device, and to obstruct passage when unnecessary. Provided is a bicycle parking device capable of preventing the situation. SOLUTION: The bicycle parking device has a rotating body 2 pivotally connected by a fixed body 1 and a pivoting means 3, and the rotating body is supported by a pinching means 4 capable of sandwiching a front wheel of a bicycle, and the rotating body. A locking mechanism for making the moving body non-rotatable is provided, and the pivoting means displaces the rotating body with respect to the fixed body in the axial direction thereof so that the rotating body cannot be rotated. The configuration is such that it can be released and made rotatable. Typically, the locking mechanism can be realized by allowing the protruding body 6 projecting downward from the rotating body and the positioning hole provided in the fixed body to be fitted. [Selection diagram] Fig. 4

Description

  The present invention relates to a bicycle parking device.

  Bicycles have been widely used as an easy moving means. In recent years, bicycles equipped with electric motors that reduce the required pedal effort have also been put to practical use, and it has become more convenient for users with weak legs, such as elderly people. Expected. Along with this, it is necessary to prevent bicycles from falling over and to arrange bicycle parking in public facilities such as commercial facilities and parks by installing bicycle parking devices more than before.

  Examples of the conventional bicycle parking device include the bicycle parking device disclosed in FIG. 2 of JP-A-2005-96542 and the bicycle parking device disclosed in FIG. 1 of JP-A-2000-310047. These are examples of bicycle parking devices that support the front wheels or the entire bicycles that are parked adjacent to each other. These bicycle parking apparatuses are characterized in that they are configured to change the height relative to the road surface of the bicycle to be parked. In other words, it has a configuration in which a mechanism for parking a high bicycle and a mechanism for parking a low bicycle are alternately arranged, so that the bicycle handlebars parked adjacent to each other do not interfere with each other and do not interfere with each other. This makes it possible to park more bicycles.

  However, depending on the facility where the bicycle parking device is installed, rather than maximizing the number of bicycles parked per area, it may be easier to prevent the bicycle from falling over and to easily put the bicycle in and out of the bicycle parking device. May be more important. As an example of the bicycle parking apparatus corresponding to such a request | requirement, the bicycle parking apparatus disclosed by FIG. 1 etc. of Unexamined-Japanese-Patent No. 2000-345725 can be mentioned, for example. In this bicycle parking apparatus, a turntable is provided on a road surface or the like in a bicycle parking area, and the turntable is provided with a front wheel support member that supports a front wheel of a bicycle. The user can park the bicycle by sandwiching the front wheel of the bicycle with the front wheel support member. In addition, since the direction of parking a bicycle can be set freely by rotating the turntable, use the same device and park in the direction where the user is most likely to park according to the installation location. It is possible to set the wheel direction (tilt parking).

  However, in this bicycle parking device, since the front wheel of the bicycle to be parked must be placed on the front wheel support member provided on the turntable provided on the ground or the like, the user lifts the front wheel of the bicycle when parking. Need to go in and out. Also, since bicycle parking devices including turntables etc. are provided on the ground etc., even when the bicycle is not parked, these exist on the ground, so it becomes an obstacle when walking or biking, especially, There is a problem that a danger may occur when there is not enough lighting at night.

JP 2005-96542 A JP 2000-310047 A JP 2000-345725 A

  The present invention has been made to solve the problems described above. In other words, using the same device, it is possible to set the parking direction in the direction in which the user is most likely to park (inclined parking) according to the installation location, and when it is not necessary, it may be a traffic obstacle. It is a problem to be solved by the present invention to provide a bicycle parking device that can be prevented.

(1) In order to solve the problems described above, the present invention is a bicycle parking apparatus having a fixed body that can be attached to a fixed structure, and a rotating body that is pivotally connected to the fixed body by pivot means. And
The rotating body includes a pinching means that can pinch a front wheel of a bicycle, and a lock mechanism that cannot rotate the rotating body.
The pivoting means is capable of displacing the rotating body with respect to the fixed body in the axial direction;
The locking mechanism displaces the rotating body in the axial direction of the pivoting means, thereby releasing the non-rotatable state and making the rotating body rotatable.
The bicycle parking device is characterized by this.

  Here, the fixed structure specifically refers to a stable structure that does not easily fall over due to an external force, such as a wall surface of a building. Or it is good also as a thing like the solid support | pillar provided for exclusive use. The bicycle parking apparatus according to the present invention is used by being attached to such a fixed structure. The choice of the fixed structure should be made by the installer of the bicycle parking device in consideration of the convenience and economy of the user of the bicycle parking device. For example, if it is a large commercial facility such as a supermarket, The bicycle parking lot can be constructed as a building, and its wall surface can be used as a fixed structure to attach a large number of bicycle parking devices. Alternatively, in the case of a facility such as a small park, a dedicated column can be set up and one to several bicycle parking devices can be attached thereto.

  The fixed body can be made of any material / material such as a metal plate manufactured by sheet metal processing. It is preferable that a mounting hole is provided in this, and it can be attached to a fixed structure with a screw or the like. The attachment of the fixed structure of the fixed body does not hinder latching or welding. However, while it is extremely dangerous if the bicycle parking device falls off due to an unexpected impact during parking, it is preferable that the installation position and number can be changed according to the event etc. It is most preferable to use a screw stop that can be both removed.

  The rotating body includes a pinching means that can pinch at least a part of the front wheel of the bicycle, and the user parks the bicycle so that the front wheel of the bicycle is inserted into the pinching means. Thereby, the front wheel of the bicycle is fixed to the rotating body, and the bicycle is prevented from falling. The sandwiching means can be constituted by a pair of pipes and plates arranged substantially parallel to the vertical direction, for example, by sandwiching the front wheel of the bicycle inserted between them, so that the bicycle does not fall down. It shall have sufficient strength. The interval between the support parts of the support means (the part where the front wheel of the bicycle is inserted) is difficult to insert when parked unless the width of the front wheel of a general bicycle is set with some allowance. However, if the interval is too wide, the support is insufficient and the bicycle that is parked tends to become unstable. For this reason, the space | interval of the clamping part of a clamping means should just be about 40 mm thru | or 80 mm, for example, can be 60 mm.

  The rotating body is pivoted by a fixed body and pivoting means. Specifically, the pivoting means has a hinge structure having a substantially vertical rotating shaft so that the rotating body can freely rotate in a horizontal plane. By rotating the rotating body in a horizontal plane, it becomes possible to freely change the direction of the opening of the pinching means provided in the rotating body, and as a result, the bicycle parking direction can be freely set, that is, inclined Parking is possible. In a large bicycle parking lot, parking bicycles in a direction perpendicular to the wall of the building to which the bicycle parking device is attached has the advantage that many bicycles can be parked, but in bicycle parking lots with narrow passages, inclined bicycle parking is possible. If you can, it may be easier to park your bicycle. Such a selection can be freely made by the rotation of the rotating body.

  However, if the rotating body is always rotatable, there arises a disadvantage that the rotating body rotates when the bicycle is parked and cannot be parked well. Therefore, the bicycle parking device according to the present invention is provided with a lock mechanism that prevents the rotating body from rotating, and can be disabled in a state where the angle of the rotating body with respect to the fixed structure is set. It is said.

  The locking mechanism can be realized by various mechanisms, but in the present invention, the rotating body can be displaced in the axial direction of the pivoting means, and the rotation of the rotating body can be switched according to this displacement. It is a feature. With such a configuration, for example, as compared with a configuration in which a fixed body and a rotating body are fastened and fixed at a specific position by a screw, a situation in which the screw is lost occurs because an independent part is unnecessary. There is no danger, and there is an advantage that a tool such as a spanner is not required when changing the angle of the rotating body.

  In addition, in order to prevent accidents where the pivoting means is arbitrarily displaced due to unforeseen impacts when parking, etc. and the rotating body is unlocked unintentionally, the pivoting means is in the direction in which the rotating body is locked. A force can be applied to displace. For example, the spring does not prevent the pivoting means from being pressed in one direction. However, it is usually necessary and sufficient if the pivot axis is substantially vertical and the displacement direction of the rotating body is up and down so that the lock of the rotating body is maintained by its own weight. It is also excellent in that it becomes very easy.

(2) The lock mechanism includes a projecting body projecting downward from the rotating body and a positioning hole provided in the fixed body,
The projecting body and the positioning hole can be fitted.
The bicycle parking device according to (1) is characterized in that.

  For example, if the pivot axis is set in a substantially vertical direction as a preferred form, the fixed body can be manufactured by sheet metal processing of a metal plate, and a positioning hole can be provided at a specific location thereof. The rotating body is provided with a protruding body that protrudes downward, and the positioning hole of the fixed body and the protruding body of the rotating body can be fitted. In this way, the projecting body is fitted so as to be pressed against the positioning hole and locked in a non-rotatable state by the weight of the rotating body, and the lock is not easily released due to an impact or the like during parking. There is an effect of becoming stable.

  On the other hand, the rotating body can be displaced along the pivot axis. When the rotating body is displaced upward against its own weight, the projecting body comes out of the positioning hole, so that the locked state is released and the rotating body is freely rotatable. It becomes the state of. Here, if the rotating body is rotated to an appropriate angle and the projecting body is fitted in another positioning hole, the rotating body is locked in this state, and is stabilized in a non-rotatable state. As described above, since the angle of the rotating body can be easily changed and fixed, there is an advantage that the inclined parking can be easily performed at the optimum angle for the convenience of the installer of the bicycle parking apparatus.

  In addition, as described above, the angle of the rotating body is determined by the installer of the bicycle parking apparatus in consideration of the environment and the like, so there are a plurality of positioning holes, and the positioning holes to be fitted with the projecting bodies are provided. It is preferable that the angle of the rotating body can be selected by selecting.

(3) The lock mechanism includes a projecting body projecting upward from the fixed body and a positioning hole provided in the rotating body,
The projecting body and the positioning hole can be fitted.
The bicycle parking device according to (1) is characterized in that.

  In (2), a positioning hole is provided in the fixed body, and a projecting body is provided in the rotating body. This configuration is convenient when the fixed body is produced by sheet metal processing of a metal plate as described above. It is. This is because it is easy to machine a plurality of positioning holes in a metal plate. However, there are cases where it is preferable to select a material in accordance with the fixed structure, or because it is difficult to provide a plurality of positioning holes for the fixed body due to design problems. For example, when it is desired to produce the fixed body mainly by bending using a metal pipe as a material, it is not easy to provide a plurality of positioning holes in the fixed body. However, providing the protrusion on the fixed body can be easily performed.

  In this case, the same effect as in the case of (2) can be obtained by producing the rotating body by sheet metal processing of a metal plate and providing a plurality of positioning holes in the rotating body. Of course, the manufacturing method of the rotating body is not limited to the sheet metal processing of the metal plate, and it is only necessary to easily provide a plurality of positioning holes in the rotating body. The same applies to the case of (2). For example, if the rotating body includes a thick metal block, a blind hole may be machined to form a positioning hole. Since the purpose is to lock the rotating body so as not to rotate, the positioning hole only needs to be able to be fitted to the protruding portion, and there is no difference in operation effect even if it is a through hole or a blind hole. Because.

(4) The protruding body and the positioning hole are provided closer to the fixed structure than the pivot means.
The bicycle parking device according to (2) or (3) is characterized in that.

  In the bicycle parking apparatus according to the above (2) or (3), the rotating body that is rotatable about the pivot shaft is fitted with the positioning hole provided in the fixed body and the rotating body and the protruding body. In this case, the positioning hole and the protruding body are arbitrarily positioned except on the extension line of the pivot shaft. Usually, since the pivot axis is provided substantially perpendicular to the road surface, the position of the positioning hole and the protruding body can be set to an arbitrary position in a plane parallel to the road surface. However, in the present invention, it is preferable to provide the positioning hole and the protrusion on the fixed structure side with respect to the pivoting means.

  Here, the fixed structure side with respect to the pivoting means distinguishes the side on which the user who intends to park a bicycle on the bicycle parking device normally approaches the pivoting means and the side on which the fixed body is attached. If you are pointing to the latter. In the present invention, when changing the parking angle of the bicycle, an operation of rotating the rotating body in the direction of the pivot axis and rotating the positioning hole and fitting the projecting body at an appropriate angle is performed. Therefore, it is predicted that there is a risk that the fingers are sandwiched between the positioning hole and the projecting body or between members in the vicinity thereof. In order to reduce such a danger, it is preferable that the positioning hole and the protruding body are separated from the human body at the time of operation, and there is no fear that the finger touches in a normal working posture. For this reason, it is preferable to provide a positioning hole and a protrusion in the fixed structure side rather than a pivoting means.

  In addition, since the positioning hole and the projecting body slide somewhat when adjusting the angle of the rotating body, in the bicycle parking device according to the present invention, the paint is relatively likely to be damaged. It is also one of the preferable effects that such a part is hidden from the user behind the pivoting means and hardly affects the design.

(5) The lock mechanism includes a groove structure provided in the fixed body and a groove structure provided in the rotating body, and these groove structures can be engaged with each other.
The bicycle parking device according to (1) is characterized in that.

  In the bicycle parking device according to the present invention, the lock mechanism can have a structure in which the positioning hole and the protrusion are fitted as described above, but is not necessarily limited thereto. As a structure convenient for the bicycle parking apparatus according to the present invention, a groove structure can be provided on each facing surface where the fixed body and the rotating body are in contact. If the groove structure is provided radially at equal intervals around the pivot axis, the concave and convex portions of the groove structure of the fixed body and the rotating body can mesh with each other, thereby preventing the rotating body from rotating. It is achieved that it is locked in a possible state.

  In this structure, the concave portion and the convex portion provided in the groove portion of the fixed body and the rotating body can contact with each other in a large area, and a large force is applied to rotate the rotating body when the rotating body is in the locked state. However, there is an advantage that a firm locking means that is not damaged can be obtained. Moreover, in the lock means using positioning holes, if the positioning holes are adjacent to each other, the portion between the positioning holes becomes too thin, so it is difficult to provide too many positioning holes. For this reason, it is difficult to increase the angle at which the rotating body can be locked, but if the groove structure is used, there are few such restrictions, and an advantage is obtained that a bicycle parking device that can lock the rotating body at various angles can be obtained. There is.

(6) The lock mechanism can be locked at a position where the rotating body is substantially parallel to an attachment surface of the fixed structure to which the fixed body is attached.
The bicycle parking device according to any one of (1) to (5) is provided.

  Bicycle parking devices are often installed permanently in public facilities. As a matter of fact, a bicycle parking device is a solid and heavy device, and it is usually fixedly fixed on a fixed structure or road surface, so it takes too much labor to install and remove it frequently. Is the reality. However, the number of users visiting a public facility by bicycle usually varies greatly depending on the season and the event to be held. Therefore, it is preferable that a large number of bicycle parking apparatuses can be used when it is expected that many users visit by bicycle. On the other hand, it is preferable that the bicycle parking apparatus does not become an obstacle during walking.

  Therefore, the bicycle parking device according to the present invention is configured such that the rotating body can be rotated and locked at an angle at which the rotating body is substantially parallel to the attachment surface of the fixed structure to which the fixed body is attached. Is preferred. Since the rotating body is provided with clamping means that can support the front wheel of the bicycle, the rotating body has a width required for this, but can be about 100 mm at most, so that the rotating body is at an angle substantially parallel to the fixed structure. When locked in a non-rotatable state, the length of the bicycle parking apparatus according to the present invention protruding from the fixed structure is about 100 mm. Accordingly, it is possible to avoid the bicycle parking apparatus from protruding and obstructing when not required, thereby obstructing walking. In particular, when there is insufficient lighting in public facilities where bicycle parking equipment is installed, there is a risk that pedestrians will not be able to see if there is a large protrusion from a fixed structure such as a building wall at night. However, in the bicycle parking device according to the present invention, it is easy to minimize the protrusion when it is unnecessary, and it is possible to avoid such a danger.

(7) The lock mechanism can lock the fixed body and the rotating body at at least four different angles.
The bicycle parking device according to any one of (1) to (6) is provided.

  The bicycle parking device according to the present invention is characterized in that by rotating the rotating body and locking it so as not to rotate at a desired angle, the same bicycle parking device realizes inclined parking at various angles. One. However, it is not always necessary to lock the rotating body at an arbitrary angle. In reality, it is necessary and sufficient in most cases if it is possible to select whether to park the bicycle at a right angle with respect to the mounting surface of the fixed structure such as the wall surface of the building, or to tilt the bicycle. Further, if the rotating body can be locked at an arbitrary angle, there is a problem that it becomes troublesome to unify the parking angles of the plurality of parking apparatuses.

Therefore, it is rather convenient to use several types of angles at which the rotating body can be locked. In this case, the angle at which the rotating body should be locked may include at least the following.
1. Right-angle parking: Bicycles can be parked at a right angle to the mounting surface of the fixed structure (the front wheel of the bicycle enters and parks at a right angle to the mounting surface of the fixed structure).
2. Right-slope parking: The bicycle can be parked at an angle of about 45 degrees from the right side with respect to the mounting surface of the fixed structure. Useful when)
3. Left tilt parking: The bicycle can be parked at an angle of about 45 degrees from the left with respect to the mounting surface of the fixed structure (the bicycle traveling from the left toward the mounting surface of the fixed structure is parked) Useful when)
4). Non-parking state: The angle at which the rotating body is substantially parallel to the mounting surface of the fixed structure, and when the parking apparatus is unnecessary, the protrusion of the parking apparatus from the fixed structure is minimized (the rotating body It is optional whether the right side or the left side is the direction to approach the fixed structure)

  If at least the above four angles can be selected, the rotating body can be set at an appropriate angle according to the situation as a bicycle parking apparatus installed in many public facilities, which is very convenient. Of course, in addition to the above, it does not prevent the selection of more angles.

(1) Since the rotating body provided with the clamping means that can clamp the front wheel of the bicycle is rotatable, the installer of the bicycle parking apparatus parks the bicycle according to the installation environment. The direction can be freely set and changed. As a result, it is possible to park the bicycle at a right angle with respect to the fixed structure, or to park the bicycle at an angle, which is convenient for the user. In addition, since the rotating body can be locked in a non-rotatable state, the rotating body does not become unstable when the bicycle is parked, and can be locked only by displacing the rotating body in the direction of the pivot axis. Since the structure is released, the angle adjustment of the rotating body is easy.

(2) Since the lock mechanism is realized by fitting the projecting body projecting downward to the rotating body and the positioning hole provided in the fixed body, the rotating body is locked by the weight of the rotating body, and the impact during parking Thus, a stable bicycle parking device that is not easily unlocked can be obtained. Further, since the lock mechanism is realized with a simple structure, an effect of being inexpensive and robust can be obtained.

(3) Since the locking mechanism is realized by allowing the protruding body protruding upward and the positioning hole provided in the rotating body to be fitted to the fixed body, the same effect as in (2) can be obtained.

(4) Since the projecting body and the positioning hole are provided on the fixed structure side with respect to the pivoting means, when the rotating body is rotated, the fitting portion between the positioning hole and the projecting body is in a normal working posture. A safe bicycle parking apparatus is obtained that is far from the human body and has a low risk of fingers being pinched. In addition, the fitting part slides each time it rotates, so the paint is easily damaged, but this is hidden from the user behind the pivoting means, which affects the design. The effect of being difficult is also obtained.

(5) Since the groove structure provided in the fixed body and the groove structure provided in the rotating body can be engaged with each other, the lock mechanism is realized. Therefore, when the rotating body is in the locked state, the rotating body is tried to rotate. Even when a large force is applied, a solid locking means that does not damage is obtained. Moreover, the effect that the rotating body can be locked at various angles can be obtained.

(6) Since the rotating body can be locked at a position where the rotating body is substantially parallel to the mounting surface of the fixed structure to which the fixed body is mounted, the length protruding from the fixed structure is reduced when the parking device is unnecessary. It is possible to obtain the effect that it is not an obstacle to walking.

(7) Since the fixed body and the rotating body can be locked at at least four different angles, it is possible to select whether to park the bicycle at right angles to the mounting surface of the fixed structure or to park at an angle. It is possible and it can be set as the bicycle parking apparatus which can respond to most situations. In addition to the four possible angles of right-angle parking, right-angle parking, and left-tilt parking, the four different angles refer to the fixed structure mounting surface corresponding to the case where parking is not required. By setting the rotating body to an angle at which the rotating body is substantially parallel, the above-described effect is maximized.

It is a front view which shows one Example of this invention. It is a top view which shows one Example of this invention. It is a side view which shows one Example of this invention. It is explanatory drawing which shows the cancellation | release state of the locking means of this invention. It is explanatory drawing which shows one Example of the locking means of this invention.

  Embodiments of a bicycle parking apparatus according to the present invention will be described below with reference to the drawings.

  1 to 3 are explanatory views of an embodiment of a bicycle parking apparatus according to the present invention. Each is a front view, a top view, and a side view, but in order to clarify the features of the invention, only the top view (FIG. 2) is a state in which some parts are removed in addition to (A) which is a top view. An explanatory diagram (B) showing is added.

  This bicycle parking apparatus is used by being attached to a fixed structure such as a wall surface of a building. Specifically, it was set as the structure which screws to the fixed structure which is not shown in figure using the fixing body attachment screw hole (7) provided in the fixing body (1). Thereby, even if the fixed structure is a building or a dedicated support, it can be attached regardless of the type as long as the corresponding screw hole is prepared. The fixed body (1) was produced by bending mainly a stainless steel plate having a thickness of about 3 mm in order to provide sufficient strength while being inexpensive and easy to produce.

  A rotating body (2) is pivotally connected to the fixed body (1) by pivot means (3). The pivoting means (3) has a configuration in which a pivot shaft is inserted into a hole provided in the fixed body, but may have a configuration opposite to this. The rotating body (2) is provided with a pinching means (4). In this example, the pinching means (4) was produced by bending a stainless steel pipe. The pinching means (4) is wider than the width of the front wheel of the bicycle because the front wheel of the bicycle is inserted and pinched so as to prevent the bicycle from falling and exert a function as a bicycle parking device. There must be a gap, but if the gap is too wide, the bicycle that is parked tends to become unstable. In this embodiment, the interval is 60 mm.

  Further, as shown in FIG. 2B, the fixing body (1) was provided with five positioning holes (7), and the rotating body (2) was provided with a protrusion (6). The protruding body (6) is fitted with any one of the positioning holes (7) to form a locking mechanism, and the rotating body (2) cannot be rotated as shown in FIG.

  Here, FIG. 4 shows an explanatory diagram of a state in which the rotating body (2) is displaced in the axial direction (upward direction) of the pivot shaft. When the rotating body is displaced upward, the projecting body (6) of the rotating body (2) comes out of the positioning hole (7) and the locked state is released, so that the rotating body (2) is freely rotatable. It becomes. In this state, the rotating body (2) is rotated, and is displaced downward again at an appropriate positioning hole (7) to be in a locked state, thereby setting the holding means (4) at a desired angle. Bicycle tilt parking is possible.

  The positioning hole (7) is provided at a position where the bicycle can be parked in a direction perpendicular to the mounting surface of the stationary structure parking device, and a position where the right and left tilt parking can be realized. However, in addition to this, a positioning hole (7) is provided in each of the rotating bodies (2) that is substantially parallel to the mounting surface of the fixed structure bicycle parking device. In this state, it is impossible to actually park the bicycle, but the angle is provided in an attempt to allow the bicycle parking apparatus to be kept out of the way when not needed.

  FIG. 5 is an explanatory view of a main part of another embodiment of the bicycle parking apparatus according to the present invention. In this embodiment, the fixed body (1) and the rotating body (2) are provided with gear-shaped uneven grooves as illustrated. Also with this configuration, the concave and convex grooves are engaged with each other by moving the rotating body (2) up and down, so that it is possible or impossible to rotate, and this can be performed at various angles.

  As described above, the bicycle parking apparatus according to the present invention can set the parking direction in the direction in which the user is most likely to park according to the installation location using the same apparatus, and It is intended to provide a bicycle parking device that does not obstruct traffic when it is not needed, and its industrial value is extremely high.

DESCRIPTION OF SYMBOLS 1 Fixed body 2 Rotating body 3 Pivoting means 4 Clamping means 5 Lock mechanism 6 Projection body 7 Positioning hole 8 Solid body attachment screw hole

Claims (7)

A bicycle parking apparatus having a stationary body that can be attached to a stationary structure, and a rotating body that is pivotally coupled to the stationary body by pivot means,
The rotating body includes a pinching means that can pinch a front wheel of a bicycle, and a lock mechanism that cannot rotate the rotating body.
The pivoting means is capable of displacing the rotating body with respect to the fixed body in the axial direction;
The locking mechanism displaces the rotating body in the axial direction of the pivoting means, thereby releasing the non-rotatable state and making the rotating body rotatable.
This is a bicycle parking device. The projecting body projecting downward from the rotating body, and a positioning hole provided in the fixed body,
The projecting body and the positioning hole can be fitted.
The bicycle parking device according to claim 1, wherein The lock mechanism includes a projecting body projecting upward from the fixed body and a positioning hole provided in the rotating body,
The projecting body and the positioning hole can be fitted.
The bicycle parking device according to claim 1, wherein: The projecting body and the positioning hole are provided closer to the fixed structure than the pivot means.
The bicycle parking device according to any one of claims 2 and 3, wherein the bicycle parking apparatus is characterized. The locking mechanism includes a groove structure provided in the fixed body and a groove structure provided in the rotating body, and these groove structures can be engaged with each other.
The bicycle parking device according to claim 1, wherein: The locking mechanism can be locked at a position where the rotating body is substantially parallel to an attachment surface of the fixed structure to which the fixed body is attached.
The bicycle parking device according to any one of claims 1 to 5, wherein the bicycle parking device is characterized. The locking mechanism can lock the fixed body and the rotating body at at least four different angles.
A bicycle parking device according to any one of claims 1 to 6, wherein

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