TW201008817A - Bicycle parking device - Google Patents

Abstract

A bicycle parking device allowing a user to park a bicycle therein, wherein the device assists the user in safely performing operation which the user is requested to perform. A bicycle parking device (10) includes a stationary member (60), a holder (62) for holding a target wheel which is either a front wheel or a rear wheel of a bicycle, a connecting device (80) for connecting the holder to the stationary member such that the holder is vertically movable relative to the stationary member, a driving device (11 0) for driving the holder, a locking device (150) switched between a locked state in which the holder is locked to the stationary member and an unlocked state in which the locked state is cancelled, a detecting device (250) for detecting the target wheel at the holder, an operating member (190), and a cooperation device (260) for causing, when the target wheel is held by the holder and the operating member is operated by a user, the detecting device and the operating member to cooperate with the locking device so that the locking device is shifted from the locked state to the unlocked state.

Description

[Technical Field] The present invention relates to a device for parking a bicycle, and more particularly to a device for assisting in safely performing a job for a user to park a bicycle. • [Prior Art] In particular, in areas where it is easy to gather many people, such as in the city or in the station, the convenience of people who use bicycles is expected. The arrangement of such a parking space is also associated with a reduction in the number of bicycles that are improperly parked on a sidewalk or passage that would otherwise be a pedestrian walking. Further, safe and smooth passage of pedestrians is ensured. In this context, several techniques for parking bicycles have been taken out. Among such technologies, there is a technique proposed to reduce the space for parking bicycles, that is, the space on the ground that must be occupied for parking a bicycle. Such a technique, for example, as disclosed in Patent Document 1, does not park the bicycle in a posture of level © but can be parked in a standing posture (for example, a full or large-completely upright posture), disclosed in Patent Document 1. The technique is to use an arm that can be swung in a vertical plane, and the user operates as a trigger, which is rotated upward by the elastic force of the spring. According to this technique, the upper portion of the rim of the front wheel of the bicycle is caught in the tip end of the arm, and in this state, the arm is caused to rotate upward by the elastic force of the spring. According to this, the front wheel was lifted up. As a result, the bicycle is held in a fixed position by the posture of standing upright in a horizontal position. [Patent Document 1] Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. 1 0-1 6843. In the technique disclosed in Patent Document 1, the user is required to lift the wheel of the bicycle or the like to park the bicycle. The 'worker' has an operation for changing the posture and position of the bicycle to be parked. Such machines and appliances typically have a movable portion. The user usually needs to be located in the vicinity of the movable portion 13 to perform necessary operations. Therefore, in the device for parking a bicycle, it is important to support the user to perform the work requested by the user safely despite the existence of the movable portion as described above. However, Patent Document 1 discloses a technique for reducing the user's work by automatically lifting the bicycle wheel, but the technique for supporting the user's safety is not disclosed at all. Against the background of the above, the present invention is based on the following problems.

In order to solve the above problems, a required operation is provided in accordance with the first aspect of the present invention.

The bicycles are stopped.....the rear wheels may each include: a fixing member; any one of the month J wheel and the aforementioned rear wheel for removably holding the holder of the object wheel of the aforementioned 5 201008817; Between the lower end position and the rising end position, the holding member is relatively liftably coupled to the connecting member of the fixing member. The device drives the holder to switch to the driving of the fixing member. In order to prevent the aforementioned retaining frame from rising to the position of the fixed configuration end, the aforementioned U lowering, locking state, and the locking shape are resolved; / the locking apparatus is fixed;蜎F 检测 检测 在 在 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测 检测When the wheel of the i-reviewed object is borrowed 1, 1 and held by the aforementioned cage and the user operates the returning member, the front M ^ , the locking device is moved from the locked state to the locked state

The connection device of the month j is released, and the aforementioned coupling device includes: a casing having a horizontally extending center 绐Φ ^ Λ line 'fixed to the aforementioned fixing member' (housing);

The shaft and the door shaft disposed in the casing together with the casing a D and the door shaft are relatively rotatable and are housed in the casing, and the shaft is coaxial with the body. And the rotor is non-rotatably disposed, and the rotor that rotates with the cage is in accordance with the second aspect of the present invention, and provides a bicycle parking device '6 201008817, the user can stop & a bicycle having a front wheel of an axle mounted on a frame, comprising: a fixed member to which the wheel can be rotated; a retainer for detachably holding the front wheel and the front object wheel; any one of the professional wheels is descending Between the end position and the rising end position, the fixed member is relatively liftably coupled to the fixed=retainer to drive the retaining frame to the connecting member of the fixing member/lifting device; Switching in such a manner as to prevent the aforementioned retainer from rising toward the aforementioned end position, the 疋 member is in the aforementioned downwardly locked state, and the aforementioned retaining member is locked in the aforementioned cage to detect the aforementioned a locking device for the = state, the second (four) member; and the yoke, the yoke is connected to the locking member by the W-shaped member, and the retaining member is operated while the retaining member is held and the user* In the connection state of the release state, the device is moved from the locked state to the drive device, and the spring is always applied to the spring, and the force of the direction in which the fixing member rises When the spring is used to raise the size of the cage to the fixing member, the force M is applied to the device. The resistance is changed by the position of the holder. 7 201008817 According to the present invention On the three sides, the user can park the front wheel parking device having the car cypress, the bicycle mounted on the frame, and the fixed rotating member; the retainer for detachably holding the target wheel of the front wheel; Any one of the rear rear wheels* is connected to the rising end position and the rising end position, and the fixed member is relatively movablely coupled to the lower; and the retaining frame is fixed to the fixed drive & "A L* member joining device; Ο device drives the aforementioned retainer in the aforementioned knot device;; driving of the bait member in the upward direction is switched to (10) stop material (four) end position upper phase mode, front (four) ^ member by the aforementioned descent lock The tight state 'with the locked state is solved = the locking member is locked in the aforementioned holding ¥#, S1| and the unlocking state of the locking device; T Fu Zhu 1P detects the aforementioned object by the aforementioned use to go to the y1 image a detecting device for a wheel; and the detecting device and the member; and the device for attaching and detaching the target wheel to the locking device, the operating member 1 and the retaining frame are held, and the user is in the released state The connection device moves from the locked state to the position in which the detecting device includes the holder, and the position of the object in the holder is integrally movable, regardless of the front, , detecting the protection and release position policy = the position of the clamping device can be displaced into the locking position ^ - the camera, the front '+, the detection of the wheel is detected | 4 detection device contains according to the aforementioned object a fourth member of the rtq displacement flute, the connection device comprising 8 201008817, the locking device and the detecting device are connected to each other. The flexible wire is provided at one end of the foregoing third member, and The other end of the wiring is attached to the front fourth member. According to the present invention, the following aspects can be obtained. Each item; the item is described by referring to other items as needed in each additional number. This is for the sake of easy understanding of the technical features and combinations thereof that can be employed in the present invention, and the technical combinations that can be employed in the present invention should not be construed as being limited to the following. That is, it has not been included in the following aspects, but it is only necessary to take it out in the present specification as a technical feature of the present invention, and it is not necessary to use it in the form of a reference to other items. This means that the technical features of the technical feature items recorded in other items are prevented from being separated and made independent, and should be interpreted as being independent of the technical features described in each item. (1) A bicycle parking device in which a front wheel and a rear wheel of a user can park a cymbal are rotatably mounted to a frame and a vehicle, and the method includes: a fixing member; detachably holding the front wheel and the a wheel-like cage in the rear wheel; between the lower end position and the rising end position, the retaining member is relatively liftably coupled to the fixing member to drive the holder to rise in the susceptibility to the fixing member The detection device of the wiring locking device is a part of the feature of the number division and it should be interpreted that the technical features are hindered. The above items are not described in each of the self-contained holders having their own characteristics, and the driving device is driven by the direction; the driving is changed to 9 201008817; the knife is replaced to prevent the aforementioned position from rising In the manner of I, the first member, the fixing member is in the state of the lowering locking state, and the locking device is locked in the releasing state in which the holding member is locked in the aforementioned retaining state; Detecting the foregoing object by using the above-mentioned detecting device using a single wheel of π ^ ;; k is operated by the user to construct the detecting device and the operating device, and is connected to the object wheel by the p piece In the above-described operation configuration, the above-mentioned operation structure η "the holder is held and the user's aforementioned release-type bear fish is described as a connection device that is moved from the locked state to the fresh-removed state. According to the bicycle. The parking device, the wheel is not based on the object of the bicycle to be parked, and the turret is held by the cage as the operating member, and even if the user accidentally wants to operate it, the installation is maintained. The result is that the violation of the user's will to keep the cage up is prevented. The wheel ^, according to the bicycle parking, for example, in order to keep the object 欉 ρ 使 使 使 使 使 使 使 使 使 使 使 使It is ensured that the target wheel is not protected by the work of the whole body. The user's grounding can support the user's safe work according to the bicycle parking device. Keeping the target wheel on the cage, the movement of [lifting] in this item can also be realized by the line motion, and can also be realized by the rotary motion (including the oscillating motion). Moreover, [Drive 衮 in this section] It can also be implemented in a fully automatic type that requires the user's power to rise, and can also be implemented in an assist type that assists the user in raising the target wheel. The detecting device can also be implemented in the form of mechanically detecting the target wheel, and the 屮钵, , , # b can be electrically, optically or magnetically detected. (2) The bicycle parking device of item (1) In the above-mentioned state, in the state in which the target wheel is detected, if the above-mentioned operation member is connected to the It operation member, the aforementioned operation of the user is performed by the user, and the lock device may be the lock described above. The above-mentioned operation is performed by the user who is not fascinated by the user, and the user is prevented from operating the aforementioned operation. The operation is prevented. The device is moved from the locked state to the aforementioned release state. In the bicycle parking device related to the item (1), the device is moved from the locked state to the released state, so that the locking H is attached to the dragging. The user needs to hold the target wheel to the holder and operate the operating member. The flat drive keeps, the device moves, and the guarantee = : = = : The piece is the final trigger, which is natural. That is, the wheel is lifted, and this point is used to operate the operating member after the frame is held, and the device action = car: keeping it at this point is natural to the user.俾 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮 车轮〇 is not kept in the locked state by the user, that is, it is prevented. If the user is not fixed to the aforementioned fixed structure 201008817, the operation of the operating member by the user is to make the lock The tightening device is moved from the locked state to the released state. The social rise = according to this 'the lifting process of the target wheel is opened: in the state of the bicycle parking, in the state of the wheel, if the user wants to operate on the right side of the cage When the operating member is operated, the operation of the operating member is prevented, and the lock state® is released to the release state.

'Users' fruit' in the case where the cage does not hold the target wheel, the user accidentally wants to operate the operating member, and keeps the annual rise also in the cage unprotected _ U operation operation m # m shape & The component, because of the operation of the operation component itself, causes some abnormalities in the lower program. (8) The bicycle parking device of (1) or (1), comprising: a dry 1T device having a hollow centrally extending casing; a shaft disposed in the casing together with the casing; And the cover is rotatably disposed in the cover relative to the cover, and/or the other four axes are coaxially arranged, and the shaft is rotated in accordance with the self-locking t-rotation with the other holders. The vehicle parking device, which is used to realize the maintenance, is provided in the form of a shape (4) in which the cage is constantly raised and lowered on the vertical surface τ, as in (3) item y. The first engaging portion, the self-retaining vehicle parking device' in which the aforementioned rotor and the tf frame are in a state of affairs, makes it possible to self-identify the rotation of the connecting member. The inner pendulum has 201008817. The foregoing locking device comprises: "optionally engaging with the foregoing--relative displacement of the rotor, the second engaging portion, and the third member having the third engaging portion; Having a fourth engaging portion that is selectively engageable with the third member a relative displacement of the third member, and a second engaging portion of the retaining frame at the lower end The portion of the rotor that is engaged with the rotor: the first member, the rotation of the rotor is prevented, and the (the first engagement portion) is: the locking member of the lock I is engaged with the fourth engagement. The first member of the second member that is engaged with the second member is displaced, and the first member of the first member is removed from the needle, and the member of the member is removed from the needle. The first engaging portion is blocked by the resistance of the retaining portion of the retaining portion. According to this, a specific example of the rotor and the L-locking device for the "locking device" in the bicycle parking device, which is related to the "locking device" (3). In addition, the 'first engagement hole' in the bicycle parking device is the groove formed in the outer circumferential surface of the rotor or the [second engagement portion] is formed on the rod. The upper portion is a recess, a groove or a hole formed in the middle portion of the rod. Moreover, the [second member] head k " a linearly extending lock plate (locking plate), [fourth engaging portion] Further, the [first member] is a vertically extendable rod (r〇d), and the engaging portion is a protrusion formed at the upper end portion of the rod, [third engaging portion] (5) In the bicycle parking device of the present invention, wherein the locking device 201008817 is in the state of the third engaging portion of the fourth member of the second member, blocking the displacement of the first member, The first member couples the aforementioned operating members to the aforementioned rotor phase coupling device and In the above-mentioned detecting device, the portion that is displaced by the presence or absence of the detecting member is regarded as the front middle two: according to the object wheel = the state in which the target wheel is not detected: 'the fourth card is detected in the foregoing The joint detecting device is engaged with the aforementioned detecting device for detecting the second member, and the engaging portion, and if the front A. 豕 early wheel, the first-photo-taking from the four engaging portion is separated from the first configuration The foregoing part of a member is displaced in accordance with the bicycle parking device. The state, that is, the aforementioned first member of the fourth card member of the first member that does not hold the target wheel The σ卩 is engaged in the above-mentioned first block. On the other hand, the displacement of the first member is interlocked with the first member to be linked to the 搡 搡 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 + © If you want to operate the operating member, the operation is blocked by the user. - The user's operation of the operating member is blocked. As a result, the rotor is disengaged from the rotor in the direction of the second engaging portion of the first member. First stop, and then with L According to this, the rotation of the rotor is blocked and the rise of the cage and the target wheel is prevented. Preferably, the lower detecting means is configured to be pushed before the entry of the target wheel when the retainer is positioned as described above. The original position of one position is displaced to a detection position that interferes with the direction of entry and exit of the target wheel of the first 201008817, and is pushed when the target wheel is disengaged from the holding position of the frame i1. And being restored to the position of the first position, in the state where the detecting device is in the state, the displacement of the holder from the lower end position is interfered with by the interference member provided in the holder and The displacement toward the aforementioned - one position direction is restricted. ^. According to this, as the cage is displaced from the aforementioned descending end position to the painful interference member thousand, the smashing φ, the ascending direction, 0 ^, the detecting device will be locked in the second position. Further, the holder is attached to the tip end of the arm or the base end, and the interference member is disposed on the tip end side of the rod member having the base end at the position displaced from the direction of the direction, /, The base end of the arm and the base end of the rod member are displaced from the lower end position toward the ascending direction, and the position is relatively close to the state, and the ruled portion is located at the front of the cage: it does not affect The displacement of the detecting device is two: the position of the member-frame from the falling end position upwards is accompanied by the holding; the displacement of the rod member by the aforementioned direction, the interference member is interfered with the detecting device by two pairs. The movement in and out is pushed, and the displacement in the direction constitutes the direction of the second holding frame of the detecting device: the forced means is always urged by the above-mentioned thrust-preserving load to be released from the rod to the direction of the self-member The gap for the base direction above the force is better than 201008817. Just as the cage supports the above-mentioned shaft-mounted members of Anton, it is preferable that the axle of the wheel or the same interference with the axle. The cow and the aforementioned vehicle or the aforementioned axle structure "+6), such as the bicycle parking device η of item (4), the operating member is coupled to the first device, wherein the connecting device and the second member are linked to each other In the case of the second operation member, in the state of the operation member and the * state, the aforementioned _M μ & The aforementioned third engaging portion card. The fourth engaging portion that is engaged with the first member and the second member is operated by the first displacement, and the third member of the detecting the third member is inspected. # The device is connected according to the aforementioned object. The portion is connected to the first member described above, and the two are not connected to each other: the vehicle parking device, and the bicycle (7) associated with the foregoing (5) are provided. The front drive device includes a bicycle parking device of the first and second items, and the spring in the direction in which the member is raised is given to the retaining frame to raise the aforementioned fixed member. Change in position of the frame = two I:: hold... The blade is held in accordance with the aforementioned resistance and the resistance of the knife is given to the device. According to the bicycle parking device, the yellow elastic force is driven, and the left frame only rises, and the position of the cage is changed by the position of the elastic holder, and the size of the armor is increased according to the size of the frame. Break the thief to the cage. The speed at which the result is rising is in accordance with the position (4)/201008817 of (4) (4), and the cage is given a large resistance according to the bicycle parking device 'for example, during the rise of the cage, according to which the cage is slow. In contrast to this, in the latter half, a small resistance is given to the cage 2: the holder is rapidly raised, and the rising speed of the holder is kept in accordance with the retention. A bicycle parking device of any one of the preceding ifL#T (3) to (6), wherein the driving device includes a rising device Directional force: The elastic cage "The cage is a spiral spring hard spring (c〇U spring) that is coaxial with the aforementioned shaft, and the aforementioned spring is a strong Ιλα end mounted on the cover a shell, one end is mounted on the shaft, and the other of the springs is in accordance with the self; & the retainer force pre-release device 'in order to keep the frame up, it is easy to make the projectile suitable for compact roll The snail form of the winding or the spiral type, the whole structure is compact, and the bicycle parking device of the vacant space (9), such as the above-mentioned driving device to any of the items (6), is saved. The resistance providing device for increasing the resistance of the retaining member to the above-described fixing member is provided in accordance with the position of the retainer, and the R resistance providing device includes: R is set to the aforementioned axis, and right stroke ~& and the pass between the forces ^1 Λ ', 疋a cam having a position of the retainer and a cam profile of the foregoing relationship; 201008817 is movably mounted to the cover, the member; and the movable of the card σ to the cam imparts an elastic force to the movable member, and is engaged with the cam The spring of the μ° moving member is in accordance with the bicycle parking device, and by the structure of the cam, it is easy to change the position according to the position of the cage with a relatively simple structure and a high rising speed of the required element. Wherein the retainer detachably holds the aforementioned vehicle from the car: the pavilion device, and the aforementioned axle of the wheel is parked according to the bicycle.仃 Early v release device, because the cage protects the cage from the top of the rim of the target wheel: like: wheel, so 舳. s an ancient & ± τ upper part but keep the axle another # face, the axle is for the H (four) ^ object wheel axle than the pile material * ± so keep the flat glaze to maintain the mechanical stability of the object wheel rim The posture keeps the object wheel. &#还-易 Because outside = like: If the object wheel is kept, the capacity... The object wheel is expected to shake the field from side to side due to external force. 〇 Since the axle is also the center position of the target wheel, the maximum height of the cage is maintained by the axle of the target wheel compared to the rim of the target wheel. In addition, the σ fruit is also low in suppressing the height of the bicycle parking device, and the miniaturization is also easy. The components described in this section can also be implemented separately from the components of the features of the bicycle parking device relating to items (1) to (9) above. The bicycle parking device of item (10), wherein the object wheel has a hub at a central portion thereof, and the axle is fixed to the vehicle in a position where the fork is not rotatable relative to each other In the frame, the aforementioned axle is rotatably mounted to the hub through a bearing, and two or two sets of hollow spacers are formed between the aforementioned bearing and the aforementioned fork. The two axial directions are hidden: the 纟 is arranged in a state of being inserted into the axle, and the retainer includes an object that is detachably engaged with one of the two or two sets of the spacers. The engaging portion of the outer peripheral surface of the spacer. Most of the self-propelled - glare is governed by its type - and the h-axis is mounted on the axle. Moreover, "S" is also often in the state in which the spacer is mounted on the axle, and there is a vertical plane that extends integrally through the spacer, and there is no same white in the vertical plane. Other parts of the brakes. Therefore, the spacer can be accessed by the physical obstacle that should be stopped from the front of the vehicle. 2 <In most bicycles, regardless of the diameter of the wheel, the distance is arranged in the same axial direction. Therefore, there is a case where the above-mentioned cage is designed with a pair of arms of the two spacers of the p temple 4, and even if the distance between the two π • & % people is close to eight a Designing these pair of arms without changing, it is also suitable for bicycles that are too large. The center is designed, = a few months of knowledge 'in the bicycle parking lot in this item at least - the pair of cockroaches holding the detachable snapping into the two slats The engaging portion of the outer peripheral surface of the sheet. For example, the [snap-engaged" port in the present item can be fitted to the outer circumference of the target spacer 201008817, such as the (1 2) item, and the locking position is in accordance with the wiring of the flexible connector package. The member, the fourth member, such as item (10) or the vehicle surface of the bicycle that is inspected to hold the corresponding pair (10) or the holder is parked, is implemented by the opposite groove or hole. (12) The apparatus according to any one of (1) to (u) wherein the detecting means is integral with the holder, regardless of the position of the holder; the target wheel. According to the bicycle parking device, the target wheel in the cage is detected regardless of the cage. • In addition, the bicycle parking devices described in (1) to (11) are described separately. (13) arranging the front part of the aforementioned measuring device including the measurable device containing member, (14), the detecting device is placed in the front design, and the device is normally parked. The other bicycle parking device, the position and the release position of the wheel, the detection of the wheel, the bicycle, the bicycle of the wheel, the bicycle of the wheel Item (11) relates to the axle of the semi-image wheel. What is the type of driving? Like the diameter of the wheel, the bicycle parking device of the moon is arranged in a plurality of positions in the above-mentioned cage, and the element can also be composed of the former features. The fourth detecting device and the detecting device 1 are mounted on the locking end and are mounted on the detecting device, wherein the front I brake is stopped in the device; the cage is designed to be in the same position; the bicycle is The type of 20 ❹ 201008817 has different inclinations. Therefore, for example, the rim of the target wheel is used to detect the object and the vehicle: the detection device, ... the high detection device of the wild elephant car = (four), must be under; The size of the diameter of the wheel that is designed to change the above-mentioned inspection is determined by the '俾 detection of the axle, and it is easy to use the same detection position of the aforementioned detection device. According to the above knowledge, the bicycle is designed to be checked by the aforementioned detecting device. In addition, the wheel sleeve of the wheel is attached. The hormones are implemented separately and separately. Further, in the above-described configuration, the connecting device is provided with a member member at a lower position, and the operating member is provided with the operating member +/- κ at the upper position, and the entry of the target wheel to the holder is tilted backward. The setting is better. Towards as before; ❹ [implementation]  Several of the more general aspects of the present invention will be described in detail below based on the drawings. In Fig. 1, the first embodiment of the invention in accordance with the present invention, together with the parked bicycle 丨2, is shown in a side view, 丨, B, and early rise. The parking device 10 is disposed on the installation surface 14 (e.g., whether outdoors or on the surface). The bicycle parking device 1〇 is used to lift the bicycle 5 object wheel, so that the bicycle 1 2 to be parked is detected by the 丨 由 圏 Ο Ο Ο Ο Ο Ο Ο Ο Ο Ο Ο Ο Ο In the bicycle in which the above-mentioned struts are arranged, the 201008817 horizontal posture of one of the roads is changed to a standing posture (a posture close to a vertical posture) indicated by a two-dot chain line in the same figure, The standing posture parks the bicycle 12. As shown in Fig. 2, the bicycle 12 is constructed by rotatably mounting the front wheel 24 and the rear wheel 26 each having the axles 20, 22 to a frame 28. As shown in Fig. 3, the frame 28 has a forked fork 30 in its front portion. The front wheel 24 has a hub 32 at its center. In the present embodiment, the front wheel 24 is selected as a pair of wheels that should be lifted by the bicycle parking device 1 . The axle 20 of the front wheel 24 is fixed to the fork 30 in a position where it cannot rotate relative to the further 30. The pomelo 20 is rotatably mounted to the hub 32 through a bearing 34. The two hollow spacers 36 are disposed in a state in which the two axial direction gaps formed between the bearing 34 and the further 30 are inserted into the axle 20, respectively. The axle 20 has two projections 38' which are respectively protruded from the forks 30 on both sides, and the projections 38 are each locked with a nut 40. The axle 20 is fixed to the fork 3 by the corresponding jaw 40 and the spacer 36 cooperating with each other. © Guiderail 50 is also shown in Figure 1. The guide rail 50 is disposed in position to be associated with the bicycle parking device 10. * as shown in plan view and cross-sectional view in Fig. 4 (a) and Fig. 4 (b), the guide rail 50 has a pair of vertical walls 52 extending straightly from each other, and at the bottom of the vertical walls 52 The bottom walls 54 of the vertical walls 52 are connected to each other. A linear groove 56 is formed between the pair of vertical walls 52. The straight groove 56 has a width dimension that fits the front wheel 24 and the rear wheel 26 of the bicycle 12 to be parked. The straight groove 56 has a force month b for guiding the bicycle 12 22 201008817 to the bicycle parking lot 10 (to hold the front wheel 24) before the lifting of the front wheel 24 and has the same in the rigid wheel 24 The rear wheel 26 of the bicycle 12 that maintains the rear wheel 2 in the standing position after the start does not function in the left-right direction = movement. The straight groove 56 has a front wheel 24 and a rear wheel which are provided with a bicycle 12 whose tip end is extended from the inlet portion 58' and which is placed at the tip end portion thereof, and can smoothly enter the straight groove 56. Fig. 5 is a cross-sectional view showing the bicycle parking device. The one-column parking device 1 is a hollow cylindrical cymbal 60 which is fixed as a fixing member and is fixed to the installation surface at its lower end portion. 14. The 62^2 parking device 1〇 is provided with a retainer for detachably holding the front wheel 24. The support frame 62 is configured as follows after detailed description with reference to other drawings.  The arm 64, a pair of cage plates 66, a pair of guide arms (called de an) 68. As shown in Fig. 6, the γ-shaped arm 64 is formed into a bifurcated shape, specifically having a base End 劈70. 1·»·^«·.  • A U-shaped arm 72 that is not parallelized by the ends of the proximal arm 70. s As shown in FIG. 5, the bicycle parking device 1 further includes a connecting device 8A. The connecting bracket 80 is disposed so as to swingably connect the retainer 62 to the column 60 in a vertical plane. 7 and 8 are respectively shown in an oblique view and a cross-sectional view in Fig. 6 in a perspective view. As shown in Fig. 6, the "connection" 80 is provided with a hollow cylindrical casing 82. The casing 89 b r .  Has a horizontally extending centerline. The casing 82 is fixed to the upper end portion of the crucible 6〇. As shown in Figs. 7 and 8, the pair of end caps 84 are fixed at their respective ends at the ends of the cover 82, and the cover 82 is thereby closed. As shown in Fig. 6 and Fig. 7, + $ τ ' is formed in the casing 82 with a through hole 86 extending in the circumferential direction in the axial center position of the casing 82. As shown in Figs. 7 and 8, a cylindrical 畆0η #± 巧 sleeve 90 is housed coaxially with the casing 82 in the casing 82. The shaft 90 can relatively rotate the casing 82. Both ends of the shaft 90 are drawn.  A ^ 被 is supported by a pair of end caps 84 that are rotatable and cannot be moved in the axial direction. As shown in Fig. 7, the outer peripheral surface of the vehicle 90 is partially subjected to chamfering and the flat portion 92 extending parallel to the center line of the shaft 9 is formed to be offset from the center line of the shaft 90. s position. The flat portion 92 here is used to prevent relative rotation with the part into which the shaft 90 is inserted. The non-cylindrical portion 94 (portion in which the cross-section is formed in a D shape) in which the flat portion 92 is formed in the shaft 9A is coaxially arranged with the cylindrical portion 96 in which the flat portion 92 is not formed. As shown in Fig. 7, a hollow cylindrical rotor 1 is rotatably fitted to the casing 82 coaxially with the casing 82 by sliding. The rotor 1 is coaxially fixed to the non-cylindrical portion 94 of the shaft 90. As a result, the rotors 1 are integrally rotated with the shaft 90 and relatively opposed to the casing 82. A bottomed hole 102 extending inward in the radial direction from the outer circumferential surface of the rotor 100 is formed at a central position in the axial direction of the rotor 100. As shown in Fig. 6, the base end arm 70 reaches the rotor 1 through the through hole 86 from the outside of the casing 82, and the tip end of the base arm 70 is inserted into the bottomed hole 102 of the rotor 100 and fixed. As a result, the base end arm 70 is rotated integrally with the rotor 100. The length of the through hole 86 is set, and 俾 is not shorter than the range of the rotation angle of the base end arm 70. The range of rotation angle of the base end arm 70, that is, the maximum rise amount (maximum lift) of the holder 20 62 201008817 is set, although depending on the size of the bicycle to be parked, between the front wheel 24 and the rear wheel 26 The distance varies, but in the ascending end position of the cage 62 the rear wheel 26 is still not floated by the setting surface 14. Therefore, the rear wheel 26 is retained within the straight groove 56 of the guide rail 50 regardless of the size of the bicycle to be parked. As shown in FIGS. 6 to 9, the coupling device 80 is provided with a volute spring 11A. • As shown in Fig. 7, a cylindrical portion 96 is formed in the cylindrical portion 96 of the shaft 90.  The tip end face extends coaxially with the longitudinal groove 112. The cylindrical portion 96 is inserted into the central portion of the volute spring 11A as shown in Fig. 8. As shown in Fig. 9, the inner end 114 of the 'scroll spring 11' is inserted into the longitudinal groove i12, whereby the inner end 114 is attached to the shaft 9〇 in a rotationally fixed manner. On the other hand, the outer end 116 of the scroll spring 110 is inserted into the through hole 118 formed in the casing 82 and fixed. The volute spring 110 is wound up in a state where the shaft 90 and the casing 82 are restricted from each other (a state in which the rod 152 described later is engaged with the rotor 100 and the rotation of the rotor 1 is blocked), whereby the volute is wormed. Shaped spring!丨〇 produces elastic recovery ◎ force. On the other hand, in a state in which the shaft 9〇 and the casing 82 are released from each other (the state in which the 柃I52 is detached from the rotor and the rotation of the rotor 1〇〇 is permitted), the snail spring I10 is restored by its own elasticity. Rotate in the direction of the loosening. The amount of elastic deformation of the volute spring 11 and hence the elastic force is increased in accordance with the relative spur of the casing 82. The elastic force of the volute spring 11 () changes to the torque of the shaft 90, which is further changed to the torque of the rotor 100, and thereby changes to the rising force of the retainer 62. 201008817 As shown in Figs. 6 to 8, the coupling device 80 is provided with a resistance providing device 130. The resistance imparting means 13 is a resistance which is given to the rotor 1 when the rotor 100 is rotated by the volute spring 110, and whose magnitude changes in accordance with the angular position of the rotor 1 turns. The resistance imparting means 130 eventually gives the retainer 6 2 a resistance which varies in size according to the position of the retainer 6 2 when the retainer 6 2 ascends. - As shown in FIGS. 6 to 8 and 10, I1 and the force applying device 130 are provided with convex. A cam 132, a plunger i34, a casing 1", a spring 138 ° 〇 cam 132 is fixed to the non-circular portion 94' of the shaft 90. Accordingly, the cam 132 and the shaft 90 are The cam 132 is integrally formed with a cam surface 140 on the outer peripheral surface of the cam 132 as shown in a side view of FIG. 10. The cam surface 140 has an angular position of the rotor WO, a prescribed cam resistance to be imparted. Between the cam 132 contour (prof i1e) ° as shown in Fig. 10, the plunger 134 is disposed in the radial direction through the casing 82 and is disposed in the casing 82. The plunger 134 is relatively movable in the radial direction. It is installed in the cover.  Shell 82. The plunger 134 is a cam surface 140 that is in sliding contact with the cam 132 in its tip end. As shown in Fig. 10, the cover 136 slidably fits the plunger 134 and accommodates the plunger 134 in a non-detachable manner. As shown in FIG. 10, the spring 138 is disposed between the cover 136 and the plunger 134. The spring 138 always urges the plunger 134 in the direction of engagement with the cam 132. As a result, the plunger 134 is engaged with the cam 132 under pressure, whereby a frictional force is generated between the plunger 134 and the cam 132. This friction acts as a resistance to the rotation of the rotor 100 when 26 201008817. A symbol of the convex resistance characteristic generated by 132 corresponds to the symbol of the respective representative point. The relationship between the rotation angle of the rotor 100 and the resistance by the cam wheel in Fig. 11 is also shown as a diagram of the rotor rotation angle_cam. In the same figure, [A, B, C,. . . Each of the plurality of A, B, C, ..., which is added to the cam surface 140 shown in Fig. 10, is shown in Fig. 11 in the example of the rotor rotation angle - cam resistance characteristic, in the rotor 1 〇 0 The maximum cam resistance is generated in the phase in which the initial position (corresponding to the falling end position of the holder 62) starts to rotate. However, the rotation angle of the slider is increased, the cam resistance is reduced, and the cam resistance is small in the final position of the rotor ι (corresponding to the rising end position of the holder 62). ^ On the other hand, the greater the cam resistance in the bicycle parking device 1Q, the greater the rotational resistance of the rotor_. Further, the volute 11 is at an angle of the rotor 1 from the initial rotational position. When the maximum force is generated, the rotation angle is increased by 0, and the elastic force is substantially linearly reduced by η. On the other hand, 'Korean + j '' 〇 0 strong Bodh: The composite value of the torque of the heart rotor 100 is equal to the torque of the furnace according to the elastic force of the volute spring. . And 'rotor 10. The greater the rotational speed of the torque, and thus the higher the rising speed of the retainer 62, the example of the rotor rotation angle-cam resistance characteristic shown in Fig. 11 is shown in the position of the retainer *turn angle 纟 cam stop frame And the change is to be raised: the resistance is increased in size according to the rise of the retainer 62: the cage 62. Specifically, the resistance of the J-Chongzhong is given to the holder 201008817 62, thereby achieving a rising speed mode in which the holder 62 is raised at a lower speed than in the case where the resistance imparting means ΐ3 is not present. In order to preferentially shorten the required rise time of the cage 6 2 (that is, the time required for the cage 62 to rise from the lower end position to the rising end position), the holder 6 is brought up after the holder 6 2 has just risen. 2 Ascending 俾 The cage 6 2 rises at an intermediate speed. However, in this case the user cannot follow the hold. There is a possibility that the movement of the rack 62 suddenly changes. If the holder 62 is raised in accordance with the above-described ascending speed mode, the holder 62 can be raised at a low speed after the holder 62 has just started to rise, and the holder can be raised when the user is accustomed to the action of the suitable holder 62. #Cage 62 rises at a high speed. As a result, it is possible to suppress the desire to shorten the required rise time of the holder 62 while suppressing the user's anxiety. b) The above-mentioned rotor slewing angle cam resistance characteristic can be set 'for example, regardless of the rotation angle of the rotor (10) such as 胄, the settable-cam resistance characteristic, the combined value of the torque of the 俾 rotor _ is substantially broken Maintain a certain. • 15 As shown in Figure 5, the bicycle is parked with a 1G 1 pole with a locking device. The tightening device 15° is accommodated in the column 6° in a coaxial manner, as shown in FIG. 5 , and the first engaging hole 154 is formed on each of the outer circumferential surface of the rotor m in the same-section two circle: The second two: The upper end of the second 152 is selectively engaged to the two. Any one of the engaging projections 201008817 of the engaging hole 154 can be engaged with the engaging projection Mg of the lever 52 at the rising end position when the retainer 62 is at the lower end position shown by the solid line in FIG. The engagement hole 154 of the rotor 100 is engaged, and as a result, the rotor 1 is prevented from being rotated by the initial position shown. On the other hand, when the holder 62 is located at the rising end position at the position indicated by the two-dot chain line in FIG. 5, the engaging protrusion 158 of the rod 5 at the rising end position is engaged with the rotor 100. The two engaging holes 15 are, and as a result, the twisting rotor 100 is prevented from being rotated by the maximum rotational position. As shown in Fig. 5, the locking device ι5 〇 has a spring 160 that always urges the lever ι 52 in the direction approaching the rotor 100. The tip of the spring 160 is supported by a retainer i62 that moves integrally with the rod 152, and its rear end is supported by a member 164 that is fixed to the post 6〇. As shown in Fig. 5, the 'locking device 15' is provided with a locking plate ι7〇. The locking plate 170 is movably supported by the strut 6 in the direction in which the rod 152 intersects (the direction of the right angle or the oblique direction) (the locking plate 17 has a through hole 172 at the center of the crucible in the direction in which it moves). The rod 152 passes through the through hole 172. The lock-tight plate is formed with an engaging protrusion 174. - The locking device 150 is provided with a direction for pushing the locking plate 17 so that the engaging protrusion 174 approaches the rod 152. The spring 176. The tip of the spring ι76 is supported on the side of the locking plate 170, and the rear end thereof is supported by a bracket 178 fixed to the support 6. As shown in Fig. 5, 'on the outer circumference of the rod 152 The engaging groove 18 is formed at a position facing the engaging 174 of the locking plate 170. When the rod 152 is at the rising end position of 29 201008817 (the state of FIG. 5), the engaging projection of the locking plate 170 The engagement groove 180 of the rod 152 is engaged, whereby the rod 152 is lowered by the rising end, that is, the engagement protrusion ι 58 of the rod 152 is prevented from being disengaged from the first hole 154 of the rotor 1 。. Specifically, if the rod 152 wants to resist the elastic force of the spring 160 and then the lower side of the pair of side wall faces of the engaging groove 18 of the '152' Between the two surfaces of the engaging projections 174 of the locking plate 170 facing upwards, the lowering of the rod 152 is prevented. ^ Relative to this, the engagement of the engaging projections 174 of the locking plate 170 is released from the rod. In the state of the groove 180, the rod 152 can be raised and lowered. As shown in Fig. 5, the bicycle parking device is provided with a pedal 190. The operating pedal 190 is for parking the bicycle to release the rise of the holder 62 or The start of the fall is an example of a possible command type 'operating member that is operated by the user ◎ the operating pedal is fixed to the rod 152 '俾 and the rod 152 is lifted and lowered integrally." This operation 190 is disposed near the lower end of the strut 60. Q When the engaging projection 174 of the locking plate 170 is engaged with the card-180 of the lever 152 (the state in which the locking plate 17 is in the locked position), the user wants to step on the operating pedal 190 due to the locking plate 170. The prevention lever 152 is lowered, so that the user cannot step on the operation pedal 190. Specifically, if the lever 1 52 is intended to be lowered, the lower side wall surface of the pair of shallow side walls of the engagement lever 52 abuts and locks. The upper surface of the two surfaces of the protrusion 174 of the plate 1 7 ,, Thus, the rod 152 is blocked. 174 The position of the side wall of the card-down 152 The side 190 of the pedal l 10 is grooved so that the lower 180 is engaged and lowered by 30 201008817. As a result, the engaging projection 158 of the rod 152 does not disengage. In the first engagement hole 154 of the rotor 1〇〇, the rotor 100 cannot be rotated from the initial position. In contrast, the engagement protrusion 174 of the lock plate 17 is disengaged from the card: the groove 180 of the lever M2 (the lock plate 17) 〇 is in the state of the release position): 'If the user wants to step on the operation pedal 19 〇', the user can step on the operation pedal 190 because the lock plate 17 does not prevent the cockroaches from falling. the result, . The engaging projection 158 of the lever I52 is disengaged from the first engaging hole 154 of the rotor 100, and the ram rotor 100 is rotated by the initial position by the assistance of the elastic force of the lance spring 110. According to this, the cage 6 2 rises. The main part of the '12 cage 62 is shown in a top view. The γ-shaped arms 64 are formed by joining each of the squats 7 η and pressing the α base end # 70 and the hollow U-shaped arms 72 to form the ^-shaped arms 72 having a pair of straight portions at the tip end portions of the straight portions 200 Connected to each other - by holding... the joint of the line 2°° 9πη κι.  The #^'s wheel 24 will be clamped by a pair of straight parts = 2 6 . In Fig. 12, the tires of the front wheel 2" and the rim 20 6 are each represented by a two-dot chain line. Q A pair of cage plates 66, 66 are each recognized. Among the two sets of the two end portions of the pair 200, the straight portion 200 and the portion are not connected. The sides of the two ends 200 of the group to which the holder plates 66, 66 J02 are joined are each joined to the pair of guide arms at - to the straight portion by 2°, and the result is: 68 in the holder 62. The other one of the ''and-and-forward' center line 2'' assembled to the - square of the -2 line of the straight portion of the cage plate 66 , the knives assembly 21 〇; - the other side of the holder of the other - 201008817 square 'and the pair of guide arms 68 of the pair of guides 66, 汾, & secret & A column of cylinders is divided into two parts. The axle 2 held by the pair of retainer plates 66 in Fig. 12 is indicated by a chain line. Specifically, the axle 20 is held by each of the two spacers 36 by a retainer plate 66, and the wheel 32 is clamped by the plate 66. The retainer plates 66 are opposed to each other across a gap larger than the axial length of the wheel 32. To .  In the ® 13 帛 part of the assembly 210 is a plurality of ends of the side view sill 66, the same as shown in the same figure is located on the right side of the front wheel 24 when the retainer 6 2 is squatting 单 single sleeve 20 enters the side of the entry side. An opening portion 222 for tapping into the inside of the retainer plate 66 from the outside is formed at the entry side end portion 22G. The holder plate 66 is formed with a guide 224 extending from the opening portion 222 and an engagement groove extending from the guide groove 224. The guide groove 224 is extended substantially horizontally from the opening portion 222 of the retaining frame ββ ^ + frame 66 toward the center portion of the holder 66. The groove m has a larger diameter than the spacer 36 attached to the axle 20, and the engaging groove 226 extends vertically. The inner end of the engaging groove 226 4 is substantially smaller than the width of the spacer 3 mounted on the vehicle (4) and the width of the spacer 36 abutting the ends of the engaging groove 226: a large width dimension. She is very eye-catching, licking her shirt & When the phase β is connected to the guide groove 224 on the opposite side of the port P, the spacer 36 is realized. If the spacer 36 is retained by the retainer plate 66, the user enters the engaging groove 226, unless the user attempts to point the frame into the groove plate 32 321008817 to exercise the front wheel 24 The work for disengaging the retainer plate 66 is otherwise preferably retained within the snap groove 226. Therefore, in the present embodiment, an example of a member that prevents the outer side of the spacer 36 from being reversed in the guide groove 224 is an elastic piece in which a stopper is disposed. In the embodiment of the present embodiment, the elastic sheet means that a leaf spring 230 is specifically used. The leaf spring 230 is partially bent to be convex.  The plate-like body is attached to one of the guide grooves 224 only in the tip end portion thereof.  On the upper side of the side wall surface. The convex portion 2 3 2 of the leaf spring 203 is reduced by 0. The width of the passage of the spacer 36 in the guide groove 224 is smaller than the diameter of the spacer 36. Further, a plate spring 234 as an example of an elastic piece as a stopper is also mounted in the engaging groove 2 26 . The leaf spring 234 is disposed for the purpose that the spacer 36 reaches the lowermost end portion 236 of the engagement groove 226 (that is, the end of the engagement groove 226 that is connected to the guide groove 224) The end of the opposite side of the portion, the spacer 36, unless the user attempts to apply a force and the spacer 36 is withdrawn from its lowermost end 236, otherwise the spacer 36 in the raised end position of the cage 62 Nor is it expected to exit from the lowermost end portion 236 due to the weight acting on the axle 20 itself. As a result, the spacer 36 is held in the lowermost end portion 236 in the engaging groove 226 during the full stroke from the lower end position of the holder 62 to the rising end position, so that the 'locking plate 170 is also held in the release. position. The guide arm 68 is attached to the holder plate 66 by the opening portion 2 2 2 of the retainer plate 66 facing outward and extending in the downward direction. Accordingly, the guide arm 68 forms an inclined guide surface 240. The guide surface 240 has a function of guiding the direction of movement of the axle 2 when the user causes the axle 20 of the front wheel 24 to enter the retainer plate 66. The tip end portion of the guide arm 68 is substantially vertically lowered. The human needle is explained by the action of the user for holding the axle 2 (the spacer 36) by the retainer plate 66. When the user pushes the bicycle 12 in the forward direction and the axle 2 of the front wheel 24 approaches the guide arm 68, the axle 20 abuts any position on the guide surface 240. Then if the user still pushes the bicycle 12 in the forward direction, then. The force of the user is partially converted by the guide surface 240 into a force that causes the axle 20 to rise in the direction of the jaws. As a result, the axle 20 rises along the guide surface 240 and enters the guide groove 224 soon. Then, if the user still pushes the bicycle 12 in the forward direction, the axle 2 will fall along the engagement groove 226 due to its own weight and reach the final engagement position. The diameter of the wheel 24 is different depending on the type of the bicycle 12 to be parked, and the height of the mounting surface 14 of the axle 20 of the δ rigid wheel 24 is different. As shown in Fig. 13, in the case where the diameter of the front wheel 24 is large and the axle 2 has a height H1, the axle 20 initially contacts a corresponding position among the plurality of positional devices on the guide rail 50. On the other hand, when the diameter of the front wheel 24 is small and the vehicle shaft 20 has the southness H2, the axle 20 initially contacts the corresponding position among the plurality of positions on the guide rail 50. As shown in Fig. 13, the retainer plate 66 is provided with a detecting device 250 in which the axle 20 for detecting the front wheel 24 is engaged with the engaging groove 226, that is, the front wheel 24 is held by the retainer 62. The detecting device 250 moves integrally with the retainer plate 66. The detection device 250 has a 201008817 link 252 that is interlocked with the axle 20 as a spacer 36. The base end portion 254 of the link 252 is rotatably mounted to the retainer plate 66 about a horizontal axis parallel to the axle 20. The link 252 is often located at the initial position indicated by the two-dot chain line in Fig. 13. If the axle 2 〇 enters the engagement groove 226, the axle 2 〇 contacts the link 252, and then the axle 2 — moves integrally with the link 252. As a result, the link 252 rotates the free end 256 of the link 252 by only a predetermined distance. • The movement of the free end 256 of the link 252 is transmitted to the aforementioned locking plate via a cable to be described later. The second part of the assembly 2 1 2 is shown in a side view. The holder plate 66 and the guide arm 68 in the second partial assembly 2 1 2 have a configuration similar to the combination of the first portion 210. However, in the second partial assembly 212, unlike the first partial assembly 20 0, the same member as the detecting device 25 is not mounted. As shown in Fig. 5, the bicycle parking device 1 is provided with a connection device 260. The connection device 260 is disposed between the detection device 25A and the locking device 15A. When the axle 20 is held by the holder 62, the coupling device 26 makes it possible to step on the operating pedal 19A by the user, and therefore, the locking device 15 is moved from the locked state to the released state. More specifically, the connection device 260 transmits the detection state to the locking device 5 in a state where the detecting device 25 detects the axle 20 of the front wheel 24, so that the pedal 19 is depressed by the user. As possible. According to this, the locking device 150 can be moved from the locked state to the released state (i.e., the rotor 100 is rotated by the elastic force of the volute bomb 110, and the holder 62 is raised). On the other hand, the non-detection state is transmitted to the locking device 15 5 in a state where the detecting device 25 〇 does not detect the axle 2 〇 of the front wheel 24, and the pedaling of the operating pedal 190 by the user is prevented. Accordingly, the locking device 15 is prevented from being moved from the locked state to the released state. In order to realize the above-described function, the connection device 260 is provided with a flexible cable 27 that connects the locking device 150 and the detecting device 25 to each other. The cable 270 is formed in an outer tube 272, and an inner wire 274 is housed so that the outer tube 272 can be relatively moved. The tip end of the inner wire 274 is mounted on the locking plate 17 of the locking device 150. Specifically, the tip end of the inner wire 274 is mounted on the locking plate 17A so that the engaging projection 174 of the locking plate 170 is disengaged from the engaging groove 180 of the rod 152, and the side of the locking plate 170 moves. section. On the other hand, the base end of the inner wire 274 is attached to the free end portion 256 of the link 252 of the detecting device 250. As a result of the axle 20 entering the engagement groove 226 of the retainer plate 66, the axle 20 pushes the link 252 such that the inner wire 274 is introduced into the retainer plate 66 against the spring force of the spring 176 when the link 252 is rotated. direction. As a result, the locking plate 170 is moved to the right by the initial cymbal position (locking position) shown in FIG. 5, whereby the engaging projection 174 of the locking plate 17A' is disengaged from the rod 152. Ditch 180. • As shown in Fig. 5, the cable 270 passes through a space in a straight portion 200 of the U-shaped arm 72 and is disposed between the locking plate 1 7 〇 and the detecting device 25 5 . As shown in FIG. 5, the connection device 260 is provided with the connection member 280. The connecting member 280 allows the operating pedal 190 and the lever 152 to move integrally with each other and is coupled to each other. 201008817 Next, the operation of the bicycle parking device 10 will be described with reference to the flowcharts of Figs. First, the user is given a procedure for parking the bicycle 12 in a standing position, and the operation of the bicycle parking device 1 is described with reference to Fig. 15 . First, in step S1, the user advances the bicycle 12 along the guide rail 50 as shown in Fig. 1, and the front wheel 24 approaches the holder 62 of the bicycle parking device 10. Next, in step S2, the user follows the guide as shown in FIG. The arm 68 raises the axle 20 of the front wheel 24. 0 Next, the user inserts the axle 20 of the front wheel 24 into the engagement groove 226 of the retaining frame 66 in step S3. Accordingly, the front wheel 24 is held by the holder 62. Then, the detecting device 250 detects the axle 20 of the front wheel 24 in step S4, and as a result, the inner wire 274 in the cable 270 is introduced. Then, in step S5, the locking plate 170 is moved from the locked position to the disengaged position, and as a result, the lowering of the lever 115 is permitted. Then, in step § 6, the user steps on the operation pedal 19, and as a result, the lever 152 is lowered in step S7. Soon, in step S8, the crucible 152 is separated from the first opening hole 154 of the rotor 1〇〇. Accordingly, the rotor 100.  The rotation is allowed. Then, in step S9, the rotor 10 starts to rotate by the elastic force of the volute spring 11 ,, and as a result, the holder 6 2 starts to rise. According to this, the lifting of the front wheel 24 is started. Next, in step sio, the user removes the foot by the operating pedal 19. At this time, the rod 152 is intended to be raised by the elastic force of the elastic member 16 ,, but the first engaging portion 37 201008817 hole 154 and the second engaging hole are not formed by the engaging projection of the rod 152 contacting the outer peripheral surface of the rotor 100. Part of i56, so rod ι52 does not prevent rotation of rotor ι. Then, in step si 1, the rotor 1 is rotated by the maximum angle, and the result ' retainer 62 reaches the ascending end position. According to this, the lifting of the front wheel 24 is completed. Then, in step S12, the engaging projection 158 of the lever 152 is engaged with the second engaging hole 156 of the turner 100. According to this, the rotation of the rotor 1〇〇 is blocked, and thus the holder 62 and the front wheel 24 are held at the rising end position. Through the above, the series of operations for the user to park the bicycle 12 in the standing position is completed. Next, the operation procedure for the user to take out the bicycle 12 by the bicycle parking device 10 is described. The bicycle parking device 10 will be described with reference to FIG. Actions. First, the user steps on the operation pedal 190 in step S101, and the lock plate 17 is held in the release position before the stepping. As a result, the lever 152 is lowered in step S102. Ο Next, the rod 152 is disengaged from the second engagement 'hole 156 of the rotor 1' in step S103. As a result, the rotation of the rotor 1〇〇 in step S104, and further the lowering of the holder 6 2 is permitted. After the second step, the holder 62 is lowered by the user lowering the front wheel 24 in step S105. Next, in step 31〇6, the user removes the foot by the operating pedal 19〇. Then, the user lowers the holder 62 to the lower end position in step S107. As a result, the rod 152 is engaged with the first hole 154 of the rotor 1 〇〇 38 201008817 in step S108. According to this, the force Bfc „ 龈 在 在 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子 转子The 〇 is detached from the engaging groove 226 of the retainer plate 66. In the case of the step S111, the inner wire 274 is returned to the original position by the elastic force of the spring. The locking plate 170 is moved from the released position to the locked position. The result of t ^ 糸 1 is that the falling of the rod 152 is blocked in step S1 12. .  Next, in step S113, the user lowers the axle 20 of the front wheel 24 沿着 along the guide arm 68. Then, in step S1 i 4, the user retreats the bicycle 12 in the direction away from the bicycle parking device 1 along the guide rail. Through the above, a series of operations for the user to take out the bicycle 12 by the bicycle parking device 1 are completed. As apparent from the above description, in the present embodiment, for the sake of convenience of description, it is conceivable that the bell spring 110 constitutes an example of the "drive device" in the above item (1), and the cable 270 and the joint member 280 are mutually constituted. An example of the [connection device] in the same item. In the present embodiment, for the sake of convenience of explanation, it is considered that the first engagement hole 154 of the rotor 1〇〇 constitutes an example of the [first engagement portion] in the above item (4). The rod 1 5 2 constitutes an example of the [first member] in the same item, and the engagement protrusion 158 constitutes an example of the [second engagement portion] in the same item, and the engagement groove 180 constitutes the [third engagement] in the same item. In the example of the part, the lock plate 170 constitutes an example of the [second member] in the same item, and the engagement protrusion 174 constitutes an example of the [fourth engagement portion] in the same item. Further, in the present embodiment, for the sake of convenience of explanation, it is considered that the plunger 134 constitutes an example of the [movable member] in the above item (9), and the link 252 constitutes the above-mentioned item (5). In an example of the [partial], the lock plate 17A constitutes an example of the [third member] in the above item (13), and the link 252 constitutes an example of the [fourth member] in the same item. Incidentally, in the present embodiment, although one rising end position is assigned to one lower end position, a plurality of rising end positions are assigned - and the user may select one. • In this case, for example, for a small bicycle 12, a plurality of @rising end positions are selected, that is, a position near the lower end position among the wheel holding positions, whereby the amount of rise of the cage 62 can be adjusted, and the rear wheel is adjusted 26 will not float by the setting surface 14 'The bicycle 12 is generally in a vertical position, and for the large bicycle 12, a plurality of rising end positions are selected, that is, the position of the wheel holding position from the falling end position is 'according to this' The amount of lift of the cage 6 2 is adjusted. The rear wheel 26 is not floated by the setting surface 14, and the bicycle 12 is substantially in a vertical posture. Further, in the present embodiment, regardless of the weight of the bicycle raft 12 to be parked, the bicycle 12 is completely raised without the user's strength, for example, for the lightest bicycle 1 2, without the user The bicycle 丨 2 is fully automatically raised, and the bicycle I is completely automatically raised for the bicycle 12' that is heavier than the lightest weight, and the bicycle I is raised completely higher in order to raise the bicycle 12 to a higher level. The power of the user is required to set the driving characteristics including the elastic force characteristics of the scroll spring 110. Accordingly, in the case where the lightest bicycle cymbal 2 is raised, it is necessary to avoid the case where the bicycle cymbal 2 is raised at a high speed. In the meantime, the elements that are common to the present embodiment are omitted from the description, and only the second embodiment of the present invention will be described as the same as the first embodiment, and the same symbol or name is used by reference. , for different elements to explain in detail. This is shown in Fig. 17 in accordance with the view of the present embodiment. The bicycle parking device 300 is inclined. In the bicycle parking device 1 according to the first embodiment described above, as shown by J6, in the case where the device is viewed from the front, the center line of the holder 62 (with the base end) The center line of the arm 70 is identical, hereinafter referred to as the [cage center line]) and extends perpendicularly to the center line of the bicycle parking device 1 (with the center line of the branch (4), hereinafter referred to as [device center line]) Both exist on the same vertical plane and extend above the front and rear direction of the bicycle parking device 1G. That is, in the rotational motion of the cage 62, the friend 1 + will present the armor in the vertical plane of the track depicted by the center line of the cage. In addition, the vertical plane of the trajectory depicted by the centerline of the cage during the rotational movement of the truss β 9 # μ 隹俅 62 is used, and the bicycle 12 for parking the bicycle 12 is used. In the action, the vertical plane of the track of the bicycle 12 is aligned with the vertical plane of the track. As shown in Fig. 17, in the bicycle parking device 300, the center line of the device is shifted to the bicycle parking device position. As a result, the movement of the operation pedal 19 相对 is opposite to this, and is set as the vertical plane of the trajectory drawn by the operation pedal 190 to the right side or the left side of the cage center line 300, and In the rotation operation of the holder 62, the card 1f in the holder "the vertical plane of the trajectory of the green line drawn by the line is different. 201008817 In order to realize the above layout, as shown in FIG. 17, between the both ends of the ladder 90 One of the shafts is partially exposed by the end cover 84 of the casing 82. The retainer 62 is attached to the exposed portion of the shaft 90. Therefore, according to the embodiment, the user steps on the pedal 丨9 操作 and grasps The movements of the mobile bicycle 12 can be performed on mutually different vertical planes. As a result, the user performs the necessary movements in a natural posture. • The operation of the pedal 190 must be stepped on the same vertical plane, and the movement and grasping and movement must be performed. Further, in the case of the operation of the bicycle 12, the operability is improved. Further, according to the present embodiment, unlike the first embodiment, in order to attach the holder 62 to the rotor 1 , the holder 62 is not passed through the cover. In the first embodiment, in the first embodiment, the structure of the connecting device S 80 can be simplified or the necessary waterproof measures can be reduced, and the cost of the bicycle parking device 3 can be reduced. Next, a third embodiment of the present invention will be described. Since the present embodiment is common to the first embodiment, % JI is used, and the common elements are used and reference the same symbol. < _ private oblique. Fu Guan A name, 4 slightly repeated instructions, only © for different elements are explained in detail. In Figure 18, according to the present embodiment, the ό v, the view--the umbrella device 1, the self-driving parking device 320 is tilted. The bicycle parking device 32 〇 and the bicycle shown in the figure _ stop from the " I is set such that the center line of the holder is biased toward the right or left side of the self-placement device 320 (in the present embodiment, the brake parking device 320 is on the right side). Moreover, the bicycle parking device 32 is disposed. In the middle of the operation, the vertical plane of the track traced by the operation pedal 190 (referred to as [pedal track surface] under 201008817 and [pedal center line] in FIG. 18) is set. The center line of the device is offset to the opposite side of the center line of the holder, that is, the position facing the left side of the bicycle parking device 3 2 in the present embodiment. The user generally places his left foot 322 on the setting surface 14. Next, the operating pedal 19 is stepped on with its right foot 324. In this case, in order to step on the operating pedal 1 90 'the center line of the user in the position where the user is located (in FIG. The center line] indicates.) will be on the center line of the device. Move to the same side as the operating pedal 190. 0 Therefore, in accordance with the present embodiment, in order to improve the operability of the user, it is necessary to make the distance between the center line of the human body and the center line of the holder larger than that of the bicycle parking device shown in FIG. In the case where the 300 is still long, it is easy to realize the necessary configuration. Further, in addition, in the component arrangement of the bicycle parking device 10 shown in FIG. 6, although the center line of the cage coincides with the center line of the device, it is possible to The present invention is implemented by changing the pedal center line of the operation pedal 1 90 (see Fig. 5) to the right or left side of the bicycle parking device 10. Next, a fourth embodiment of the present invention will be described. In the meantime, the elements that are common to the first embodiment are the same as those of the first embodiment. Therefore, the same elements are used and the same reference numerals or names are used, and overlapping descriptions are omitted, and only the different elements are described in detail. In the embodiment, in order to hold the front wheel 24 by the retainer 62, as shown by the two-dot chain line in Fig. 19, a pair of spacers 36 in the axle 20 of the front wheel 24 are each The pair of retainers 43 201008817 holding plates 66 are opposed to each other in the axial direction of the axle 2A. The pair of spacers 36 is an example of the inside of the pair of forks 30 among the plurality of pieces related to the axle 20 . On the other hand, in the bicycle parking device according to the present embodiment, since the front wheel 24 is held by the holder 62, a pair of protrusions screwed into the axle 20 of the front wheel 24 as shown in FIG. 38 pairs of nuts 40 are each held by a pair of retainer plates 66. A pair of bolts - an example of a pair of forks 30 of the plurality of parts associated with the axle 20. U Next, the description A fifth embodiment of the invention. The fifth embodiment is displayed in a more specific embodiment than the embodiment in which the center line of the holder is shifted to the right and left positions of the bicycle parking device as in the second embodiment and the third embodiment. of. In the fifth embodiment, the basic configuration and operation of the present invention in the first embodiment are omitted as much as possible, and the functions and functions of the fifth embodiment will be mainly described. As shown in Figs. 20 and 21, the bicycle parking device 400 exhibits an appearance of being covered by an outer cover 401. The outer casing 401 is formed. In the front view of Fig. 21, it is divided into right and left, and each is a left side 401A on the pillar side and a right outer casing 401B on the holder side. The outer casing 401A, 401B accommodates a post 40 2; a joint 403 disposed at an upper end position of the strut 40 2; and an arm 404 extending from the joint device 403. The pillar 402 is formed into a hollow shape as in the first embodiment described above, and the lower end is fixed to the installation plate 405. As shown in Fig. 20, the sweep is in the set state, and the upper side of the vertical direction is about 45 degrees backward. The outer state of the 360I 4〇 is >: the side of the guard is in the first The whole is made into the outer casing receiving device cylinder 402 and is disposed by 201008817. This angle can be changed as appropriate. As shown in Fig. 22, the coupling device 403 is disposed at the upper end of the stay 402, and includes a cover 406, a shaft 407, and a rotor 408. The base end of the arm 404 is fixed to the shaft 407. As in the first embodiment described above, the shaft 407 and the rotor 408 are coaxially arranged to rotate the casing 406. A volute spring 409 corresponding to the first embodiment is disposed at the base end of the shaft 407, and a known rotation gear having the same function as the cam 132 of the first embodiment* is disposed at the tip end of the shaft 407. As shown in Fig. 26, a rod 411 constituting a part of the locking device is housed inside the column 402. The rod 411 is inserted into the upper and lower pair of guide plates 412, 413 fixed inside the column 402, and the movement in the up and down direction is guided, and is disposed between the retainer 414 and the upper guide plate 412. The spring 415 is always urged to be held in the upper state. The lower end side of the rod 411 is exposed to the outside by the through hole 4丨6 under the support 4〇2, and is made to operate the pedal 41 7 . A locking plate 418 constituting a part of the locking device is disposed in the post 402 at a position slightly below the arrangement position of the spring 414. The locking plate 418 can move in a direction crossing the rod 411. The locking projections 419 of the locking plate 418 are provided on the locking plate 418 and constitute the locking means in the direction of the rod 411. 1^ knife spring 420. The engaging projection 419 is engageable with the engaging recess 424 formed in the rod 411. The upper end portion of the rod 411 is an engagement projection 425, and is engaged with the first and second engagement holes 422 and 423 formed on the outer circumference of the rotor 4〇8 as in the first embodiment. For the first and second engagement holes 422 and 423 of the advancement and retreat 201008817 of the engagement protrusion 425 of the cup 411 in the up-and-down direction, the detailed description will be omitted as shown in FIG. 22, FIG. 23 and FIG. a* No, the arms 4〇4 of the branching component are respectively provided with a left and right a ^ φ3 . , ^ ten cage 435 〇 each cage 435 has a width 1 > the body portion 435a of the field The guide portion 435b having a large mouth and a thin portion is provided with a guide 436 that is open upward between the body port P 435a and the guide portion 435b bb. In the body portion 435a

An axle fixing plate 437 as a detecting means is rotatably disposed at a position of the surface guiding groove 436. The axle fixing plate 437 is provided with a lever portion (1) heart _) 438 that is pushed by the axles 20, 22 of the bicycle 12 that enters the guiding groove 436 and that rotates itself; and the lever portion 438 is not pushed by the axles 2, 22 The lower portion is located at a position where the guide groove 436 is retracted to the main body portion 435a, and the locking portion 439 that is pushed in and out by the axles 20 and 22 and is present in the guiding groove; extending from the direction of the arm 4〇4 The detecting lever portion 44 is. The lever portion Ο and the engagement with the rotation of the rotor 408 are extended in the three directions by the radial center of the rotation center θ 438, the locking portion 439 and the detecting lever portion 44 。. In the fifth embodiment, the displacement position of the rod portion 438 which is not pushed by the axles 2, 22, that is, the state of FIG. 23(a) is equivalent to the first position, and the rod 438 is pushed by the axles 20, 22. The displacement position, that is, the state of Figs. 23(b) and (c) is equivalent to the second position. A slide plate 441 serving as an interference member is disposed in the holder 435. The slide plate 441 is a long plate-like body, and a long hole 442 is formed along the central length. The slide plate 441 is 46 201008817 which is implanted on the surface of the holder 435: (:= is slidingly fitted through the long hole 442, and can be slid in the front-rear direction.) The position of the moon plate 441 is most in the direction of the cutting direction of the axle fixing plate. In the middle, the tapered tip abutting surface 441a interferes with the detecting rod portion 44 of the car axle fixing plate 437 of the car cylinder is - 41a, and in the retracted position, the disk is not fixed by the straight armor. The fixing plate 437 interferes. The stem portion 438 is some distance from the center of rotation of the car glaze retaining plate 437, and the lock portion 439 is located at the extension of the stem portion 438.

The position in which the Titi direction is biased by about 45 degrees is connected to the tip of the wiring 444 at the position adjacent to the locking portion 439. As shown in Fig. 26, the base end of the wiring 4 4 4 is in the direction of the connecting device 403 and is connected.

前述 The aforementioned spring 419. In the connection relationship between the detecting device (the sleeve fixing plate 437) and the locking device, the user "is in the same manner as the above-described third embodiment in the state in which the holder 435 is at the lower end position." When the rigid wheel 24 of the bicycle 12 has its axles 20, 22 entering the inner end of the guide groove 436 of the holder 435, the wiring 444 is introduced along with the rotation of the axle fixing plate 437, that is, the displacement (Fig. 23(b) The state of the spring 420 resists the elastic force of the spring 420, so that the engaging projection 419 of the locking plate 418 is separated by the engaging recess 424 of the rod 411. Thus, as in the first embodiment, the rod 4 can be lowered. When the user steps on the operating pedal 417, the rotation of the rotor 40 8 is allowed, that is, as in the first embodiment, the front wheel 24 of the bicycle 12 and the holder 435 are raised together, and the bicycle 12 can be placed in the standing parking position. In the fifth embodiment, when the holder 435 is raised, the axles 20 and 22 that have entered the inner end of the guide groove 436 cannot be separated from the guide groove 436. This is caused by the following configuration. 47 201008817 Figure? At the top surface of the arm 404, a push rod (push r〇d) 445 is repeatedly provided as a rod member. The base end (free end) of the push rod 445 is mounted as shown in FIG. The movable block 448 is movably provided with a π-arc long groove 447 β formed on the side of the wheel 446 fixed to the bearing side that does not rotate integrally with the shaft 4〇7. The tip end side of the push rod 445 is branched into two, and the small constituting members 448 each extend in the direction of the left and right holders 435. The tip end of the small rod 448 is coupled to the aforementioned slider 441. The small rods 448 and the arms 4〇4 A spring 449 is provided between the turns for always pushing the small rod 448 in the direction of the retainer 435. As shown in Fig. 24(a), the base end of the push rod 445 is located in a state where the retainer 435 is at the lower end position. The position of the upper end of the arm 4〇4 is separated, and the distance between the push rod 445 and the arm 4〇4 is separated to some extent. On the other hand, as shown in Fig. 24(b), in the state where the holder 435 is at the rising end position. The base end of the push rod 445 is relatively close to the base end of the arm 4〇4. This is due to the radial direction of the base end of the push rod 445 and the base end of the cook 404. The displacement of the mounting position (the base end of the push rod 0 is the outer side) causes the shaft 407 and the rotor 408 to rotate and the extension of the arm 404 to change in the direction of the outflow. • At this time, in the state of Fig. 24(a) The tip end of the push rod 445 is relatively short to the arm 404, so that the slide plate 441 is adjusted to a position separated from the axle fixing plate 437 as shown in Figs. 23 (3) and (1). That is, the axle fixing plate 437 is not affected. Rotation (displacement). On the other hand, as shown in Fig. 24(b), in the case where the arm 4〇4 is moved upward, the tip end of the push rod 445 is relatively long (in and out) to the arm 4〇4. For example, 48 201008817, the slider 441 interferes with the axle fixing plate 437 as shown in Fig. 23(c). Therefore, the axle fixing plate 437 in the second position cannot be rotated to the first position, and the axles 20, 22 are locked to the locking portion 439 and cannot be disengaged by the guiding groove 436. The relationship between the length of the push rod 445 and the arm 404 will be described in more detail with reference to Fig. 25. In Fig. 25, it corresponds to: (1), A to B: length of the arm 404 (2), A to C: length of the push rod 445 ❹

~C: the gap between the base end of the pusher 445 and the base end of the arm 404 in the state where the retainer 435 is at the lower end position (4), B~C - the push rod 445 in the state where the retainer 435 is at the rising end position The spacing between the base end and the holder 435 at the base end of the arm 404 is the same length as a - to c >

By the base end of the push rod 445 and the base end of the arm 404 being connected by C - sister A μ φ, $ a - drinking a 'the result putter 445 will enter and exit the arm 404 only the prolific part of p: In the fifth embodiment, by using this principle, the holder 43 is further raised, and the push rod 445 is relatively moved in and out of the arm 4〇4. Therefore, the slide plate 441 is fixed to the second side as shown in Fig. 23(c). Position and prevent the axle fixing plate 437 from being displaced to the detachable direction of the axles 2, 22. Further, the movable block 448 at the base end of the push rod 445 is always located at the long groove 447 ( position (the direction closest to the holder 435) due to the k-force of the spring 449 described above. Since the push rod 445 is thus retractable to the floor, the thrust load is applied by the tip end of the push rod 445, and the push rod 445 is maximally retracted from the length of the long groove 447, and Release the preparation and battle. According to this, the displacement position of the axle fixing plate 437 can be given to 201008817 degrees ' and the damage of the pusher 445 is also prevented. According to the above configuration, in the bicycle parking space 400 of the fifth embodiment, the following effects are achieved by the following: (1) When the front wheel 24 of the bicycle 12 and the holder 435 are raised together, they are locked by The locking portion 439 of the axle fixing plate 437 is displaced by the axles 2, 22, so that the bicycle 12 can be firmly held during parking. (2) When the retainer 435 is lowered, the rotation of the axle fixing plate 437 is allowed, the bicycle 12 is freely inserted into and disengaged from the guiding groove 436, and the retainer ◎ 435 starts to rise, and the initial axle fixing plate 437 is locked. The tight position (second position) is maintained, so there is no possibility of forcing the user to perform a special operation for the locking operation. (3) The rotation of the axle fixing plate 437 is linked to the locking plate 418, and the cage 435 (arm 4〇4) can be raised as the axle fixing plate 437 is displaced toward the locking position. That is, if the axles 20, 22 are not locked, the bicycle 12 cannot be parked, so safety is further improved. (4) Since the pillar 4 0 2 is tilted backward from the upper side, in the case where the front wheel 24 of the bicycle 1 2 进入 is to enter the holder 435, the user can easily step on even if the posture is not taken. The pedals 41 7 are operated, and the bicycle parking device 40 0 does not enter the front, and the dead space facing the road can be utilized. It is the sixth form of the implementation of the six-sense episode in the form of the heart form. The first form is in a clear configuration. The stated state of the situation shows the shape of the six and the implementation of the first form of the change of the five-fifth of the first statement of the cost of the form of the implementation of the special theory of the actual experience, five have, the second slightly use the province The amount is summed up as described in 50 201008817. As shown in Fig. 27 and Fig. 28, in the bicycle parking device 400 of the sixth embodiment, a guide 451 having a trough shape in the left outer casing 401A is disposed on the front surface thereof. Accordingly, in the case where the small-diameter bicycle 12 is parked, the rear wheel cannot be grounded to be suspended, and the tip end of the parking frame 452 of the bicycle 12 is inserted into the guide 451 to prevent only the front wheel from being supported. In the above, several embodiments of the present invention have been described in detail based on the drawings. However, these embodiments are exemplified, and the description is given in the section of the "Summary of the Invention" column, based on the knowledge of those skilled in the art. The present invention can be carried out in various other forms of deformation and improvement. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing the appearance of a bicycle parking device according to a first embodiment of the present invention. Fig. 2 is a side view showing an example of a bicycle parked by the bicycle parking device shown in Fig. 1. Fig. 3 is a partial front view I] surface view for explaining the configuration of the axle of the front wheel of the bicycle shown in Fig. 2. Fig. 4(a) is a plan view showing the guide rail shown in Fig. 1, and Fig. 4(b) is a front view showing the guide rail. Fig. 5 is a side elevational cross-sectional view showing the bicycle parking device shown in Fig. 1. Fig. 6 is a perspective view showing a coupling device in the bicycle parking device shown in Fig. 5; 201008817 Fig. 7 is an exploded perspective view showing the coupling device shown in Fig. 6. Fig. 8 is a longitudinal sectional view showing the coupling device shown in Fig. 5; Figure 9 is a cross-sectional view showing the J-reverse device of the Lianshe cone shown in Figure 5. Fig. 1A is a cross-sectional view showing another connection device shown in Fig. 5. Figure η is a diagram for explaining the characteristics of the cam shown in Figure 10. Figure ' is a front view showing the cage shown in Figure 5. Fig. 13 is a side elevational view showing the first portion and the assembly of the towel constituting the first and second portions of the holder shown in Fig. 12; Figure 14 is a side elevational view showing the second partial assembly of the first and second partial assemblies constituting the holder shown in Figure 12 . Fig. 15 is a flow chart showing, in a series, a procedure for parking a bicycle to a user of the bicycle parking device shown in Fig. 1. Fig. 16 is a flow chart showing the operation procedure of the user who takes out the bicycle from the bicycle parking device shown in Fig. 1. Fig. is a perspective view showing the appearance of a bicycle parking device according to a second embodiment of the present invention. Fig. 18 is a front view showing the appearance of a bicycle parking device according to a third embodiment of the present invention. Fig. 19 is a front elevational view showing the mechanism for holding the axle of the front wheel of the bicycle in the bicycle parking device according to the fourth embodiment of the present invention. Fig. 20 is a side view showing the appearance of a bicycle parking device according to a fifth embodiment. Fig. 21 is a front elevational view showing the appearance of the bicycle parking device of the fifth embodiment. 52 201008817 Fig. 22 is a front elevational view showing the main part of the internal mechanism of the bicycle parking device according to the fifth embodiment. Fig. 23 (a) is an explanatory view showing the positional relationship between the axle fixing plate and the slider in the case where the retainer is at the lower end position, and (b) is the state in which the axle fixing plate is displaced to the locked position by the state of (a). (c) is an explanatory view explaining the positional relationship between the axle fixing plate and the slider in the middle of the rise of the cage. Fig. 24 (a) and (b) are explanatory views for explaining the positional relationship between the arm and the proximal end of the push rod. Fig. 25 is an explanatory view geometrically explaining the relationship between the arm of the displacement accompanying the position of the proximal end and the length of the push rod. Fig. 26 is a partially cutaway sectional view showing, in a schematic manner, a configuration of a casing of a bicycle parking device according to a fifth embodiment. Fig. 27 is a side view showing the appearance of a bicycle parking device according to a sixth embodiment. Fig. 28 is a plan sectional view showing the method of using the bicycle parking device according to the sixth embodiment. 〇 • [Main component symbol description] 10, 300, 320, 360, 400: Bicycle parking device 1 2 : Bicycle 1 4 : Setting surface 20, 22: Axle 2 4: Front wheel 2 6 : Rear wheel 53 201008817

28: Frame 3 0: Fork 32: Hub 3 4: Bearing 36: Spacer 40: Nut 50: Guide rail 5 2: Vertical wall 5 4: Bottom wall 5 6 : Straight groove 5 8 : Entrance portion 6 0: When Pillars for fixing members 6 2, 4 3 5 : Cage 64: Y-shaped arms 6 6 : Cage plate 6 8 : Guide arm 70: Base end arm 72: U-shaped arm 8 0: Connecting means 82, 406: Cover 8 4 : End cover 8 6 : Through hole 90 , 407 : Shaft 9 2 : Plane portion 54 201008817 94: Non-cylindrical portion 9 6 : Cylindrical portion 100, 408 : Rotor I 0 2 : Bottom hole 110, 40 9: volute spring II 2 as a driving device: longitudinal groove 114: inner end of the snail spring 11 6 : outer end of the snail spring

11 8 : through hole 1 3 0 : resistance imparting device 132 : cam 134 : plunger 136 : cover 138 : spring 140 : cam surface 150 : locking device 152 : rod 154 : first engaging hole 1 5 6 : Two engaging holes 158: engaging protrusions 160: spring 162: baffle 164. member 170: locking plate 55 201008817 172: through hole 174: engaging protrusion 176: spring 178: bracket 1 8 0 : engaging groove 1 9 0, 41 7 : Operation pedal. 2 0 0 : Straight line _ 2 1 0 : First partial assembly 2 1 2 : Second partial assembly 〇 2 2 0 : Entry side end 2 2 2 : Opening 224 : Guide groove 2 2 6 : Engagement groove 23 0: Plate spring 240: Guide surface 2 5 0 : Detection device ^ 2 5 2 : Link. 254: First engagement hole 256: Free end portion 260 of the link : Connection device 2 7 0 : Cable 2 7 2 : Outer tube 2 7 4 : Inner line 280: Connecting member 56 201008817 403 : Connecting device 404 : Arm 41 0 : Rotating baffle 411 : Rod 4 1 2, 4 1 3 : guide plate 414: baffle. 418: locking plate 435a: body portion 435b: guide portion

D 436: Guide groove 437: Axle fixing plate 438 as a detecting device: Rod portion 439: Locking portion 440: Detection rod portion 4 41: Slide plate 4 4 2: Long hole q 4 41 a : Tip side abutting surface. 445: push rod 448: movable block 4 5 1 : guide 452: parking rack 57

Claims (1)

201008817 VII. Patent application scope: 1. A bicycle parking device. The front and rear wheels that can be parked by the user can be installed in rotation. The features include: a bicycle made of I frame, a fixing member; Maintaining the front wheel and the rear wheel like the cage of the wheel; between any one of the wheels and the position of the rising end, the holder is relatively liftably coupled to the fixed member a fastening means for fixing the member; a driving means for driving the holder in the direction of the fixing member to be switched to prevent the holder from rising from the lower end of the fixing member, the holder being attached to the fixing member a locking state in which the locking state is released, a locking device in which the locking state is released; a detecting device for detecting the target wheel in the holder; an operating member operated by the user; and a detecting device And the operating member is coupled to the locking device, wherein the object wheel is held by the holder and the user operates the operating member a connecting device that moves from the locked state to the released state, wherein the connecting device includes: a center line extending horizontally, being fixed to a hollow casing of the fixing member; and the cover in the casing a housing coaxially and rotatably disposed about the housing; and 201008817 is received within the housing, coaxially with the shaft and non-rotatably coupled to the shaft, and erected with the cage Rotating rotor. 2. The bicycle parking device of claim 1, wherein the rotor has a first engaging portion, the locking device comprising: a second engaging portion selectively engageable with the first engaging portion, Paired " the rotor is relatively displaceable and has a first member of the third engaging portion; and 'having a fourth engaging portion selectively engageable with the third engaging portion, and facing the first a second member that is relatively displaceable, wherein the first engaging portion of the first member is engaged with the 笫 4 竹 扪 扪 扪 弟 卡 卡 , , According to this, the rotation of the rotor is prevented, and the fourth engaging portion of the second member is engaged with the first member in the locked state of the locking device. a second engaging portion, according to which the first member displacement 'the first engaging portion of the first member is disengaged from the first card & β卩 of the rotor is blocked, according to which the rotor and the visitor 4 and the rotation of the cage is blocked. © 3, as claimed in the second paragraph of the patent scope. The locking device in the present 篦 播 播 播 争 争 ' 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 _ _ _ _ _ _ _ _ _ And the second engaging portion of the first member is moved downward, and the first member is opposite to the rotor. The connecting device connects the operating member to the detecting member. The non-displaced portion of the two is regarded as the second member, and the second engaging portion of the pair is not detected in the state where the wheel is detected like a wheel. Engaging in the second engaging portion of the first member of the first 201008817 member, and if the detecting device detects the target wheel, the fourth engaging portion of the second member is disengaged from the third engaging portion of the first member Displacement. A bicycle parking device according to claim 3, wherein the measuring device is pushed with the target wheel: entering the holding position of the holder when the holder is at the lower end position, and is regarded as the first position The position of the gas source is displaced to the k position of the measured position of the object's wheel in the direction of entry and exit, and is pushed when the target wheel is disengaged by the holder, and is restored to no a first position that interferes with the direction of entry and exit of the target wheel: in a state in which the detecting device is displaced to the second position, the position is shifted in the rising direction with the position of the lower limit == The interference member of the cage interferes with and is configured to be displaced toward the first position. Accompanied by I: the bicycle stop of the fourth scope of the patent range, wherein the i is involved in the t-axis or the tip of the arm that is based on the rotor, and is disposed in the radial direction with the arm The position of the bit has the tip end side of the rod member of the US ,, and (4) has the base end. The base end of the arm and the base end of the rod member are disposed from the lower end position toward the land of T. In the approaching position, the displacement in the slanting direction is the position of the interference member in the detached end position when the specified separation state is not in the position of the lower end, and the position of the lower end of the interference member is upward=two, with the lower arm of the holder The relative ingress and egress movement: the displacement member is pushed by the rod member to move in and out, interferes with the detecting device, and 201008817 limits the displacement of the detecting device toward the position of the first position. 6 For example, the first component of the patent application scope is a self-taking parking device by means of a pushing means, wherein the right gland a & ^ '' is urged in the direction of the cage, and is provided with a direction from the cage 〇X Pile 烬 du recognition ία blade pushing force The thrust load is released in a gap for the direction of the base end of the rod member. With the forgiveness * _ 咕 咕 祀 第 第 第 第 第 第 第 第 第 第 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车And the interference member interferes with the axle or the shaft member. Structure 8, as claimed in the application of the soil rr... the operating structure; r::: member =: : card::==: state; When the member is operated, the second structure of the second member is displaced from the second engaging portion of the first member, and the detection is performed according to the detection of the wheel. The parts with or without displacement are connected to the brakes. The parts are shown, and the two are mutually sturdy." - A type of bicycle parking device, the user can park each wheel and the rear wheel can be rotated to be individually characterized. a bicycle made up of a frame, a fixing member; a retainer for detachably holding the front wheel and the rear wheel like a wheel; 'any pair between the lower end position and the rising end position, the fixed member can be raised and lowered relatively Connected to the fixed Μ ', a coupling device for driving; 61 201008817 driving the holder to switch the driving device in the direction in which the fixed dry is raised to prevent the holding device from being tilted, the holder is opposed to the fixing member by the rising manner The mV code is located at a locking device in which the locking member is locked and the releasing state in which the locking state is released, and the detecting device for detecting the target wheel in the holder; by the user operation Operating the member; and attaching the detecting device and the picking mechanism to the locking device from the remaining member, wherein the target wheel is held by the holder and the user operates the operating member The device is moved from the locked state to the released state, wherein the driving device comprises: a force spring that always keeps the direction of the (four) pair (4) member rising, and the sweat causes the cage to fix the member by the spring Rise:: A blocking device whose stand size varies according to the position of the cage.丨 刀 刀 刀 Ο Ο 申 申 申 申 Ο Ο Ο Ο Ο Ο Ο Ο 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车A spring or a spiral spring is mounted on the shaft at the end of the spring, and the " «The patent of the first patent range of the first paragraph of the bicycle is to install the driver for the five-person dry-top device, in which the 匕3: the holder is held on the fixing member. The size of the finder is in accordance with the cage. The positional resistance of the resistance is given to the 62 Ο ❹ 201008817 device, which includes a cam profile that is fixed to the shaft and has a relationship of ~: the position of the cam holder and the displacement of the resistance The cover member is mounted to the cover member; and the movable structure of the cam is biased to the spring of the cam by imparting an elastic force to the movable member. The movable member is placed on the bicycle 12, a bicycle parking device, and the front wheel of the shaft and the parking lot have their own vehicles: "The wheel and the rear wheel are respectively rotatably mounted, and the features include: a self-tapping fixing member made of flat bamboo. a holder for detachably holding the wheel of the wheel between the front wheel and the rear wheel; between the lower end position and the rising end position, the fixed member is relatively liftably coupled to the fixed member Solidally driving the holder on the fixing member; the V07 universal driving switch is switched to prevent the holder from rising from the lower mountain to the fixing member, and the holder is locked to the fixing member Tightening and locking of the released state in which the locking state is released; ^ 'detecting detection of the target wheel in the holder; operating member operated by the user; and causing the detecting device And the operating member is coupled to the locking device, and the locking device is held by the holder when the object wheel is held by the holder and the user operates the operating member at 201008817 a connection device that is moved to the release state in a tight state, wherein the detection device is movably disposed integrally with the holder on the holder, and regardless of the position of the holder, detecting the target wheel in the holder, The locking device includes a third member displaceable into a locked position and a disengaged position, the detecting device including a fourth member displaced in accordance with the presence or absence of detection of the target wheel, the interconnecting device includes The locking device and the flexible wiring of the detecting device, © In addition, the entry direction of the child to be framed is regarded as the three components of the brother-in-law, and the fourth member. The pillar is provided in the front, and the bicycle of the eight items is provided at the position of the bicycle. The pillar is provided with the upper side of the target wheel being tilted backward.