JP2015160503A - Wheel locking device of household bicycle parking machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wheel locking device of a household bicycle parking machine, in which a problem such as a theft of a bicycle is prevented from occurring, even if the bicycle is parked in a bicycle parking place such as a main entrance or a garden of a house.SOLUTION: A wheel locking device of a household bicycle parking machine is provided for locking a wheel of a bicycle when the bicycle is parked in a home such as one's house. The wheel locking device of the household bicycle parking machine includes: a device body 11 where a wheel entry space enabling entry of a bicycle wheel is formed; a pair of left and right swing stopper arms 15 turnably mounted to the device body 11, and projecting into the wheel entry space of the device body 11 to lock the wheel of the bicycle having entered the wheel entry space; and locking and fixing means 41 for bringing the swing stopper arms 15 into a fixed state when the wheel of the bicycle is locked by the swing stopper arms 15 and enabling the locking in this fixed state, and enabling the release of the locking in the fixed state of the swing stopper arms 15 when desired.

Description

  The present invention relates to a bicycle parking machine for parking a bicycle installed in a bicycle parking place such as a front door of a house, a garden, a condominium or an apartment when a bicycle is parked in a home such as a home. The present invention relates to a wheel locking device for a household bicycle parking machine for locking a wheel.

  Conventionally, when bicycles are parked at homes such as homes, bicycles are parked at bicycle parking lots such as the entrance of the house, the garden, or an apartment or apartment. At this time, it was very common to stop the bicycle as it was, or lock it after locking the bicycle.

  In the conventional bicycle parking method in the home, the bicycle should be stopped as it is, or the bicycle attached to the bicycle parking place such as the entrance of the house, the garden or the apartment or the apartment. However, even if you stop the bicycle as it is, even if you lock it after locking the bicycle, it can be easily destroyed or released with the key attached to this bicycle. Therefore, there is a possibility that a problem such as theft of the bicycle that the bicycle parked in the home such as the home is stolen may occur.

  In recent years, there has been a boom in bicycles, and there are expensive bicycles that cost hundreds of thousands to hundreds of thousands of dollars per vehicle. In particular, there is a problem that such expensive bicycles are stolen. There was a risk of frequent occurrence. For this reason, the owner of such a bicycle tried to take self-defense measures such as putting the bicycle in the room of a house or apartment or apartment and keeping the bicycle indoors. When trying to store a bicycle, the bicycle stored indoors became very disturbing, and it was difficult to store the bicycle indoors.

  Therefore, in view of such problems, the present invention aims to prevent problems such as bicycle theft even when a bicycle is parked at a parking lot such as a front door of a house, a garden, or a condominium or an apartment. It is an object of the present invention to provide a wheel locking device for a household bicycle parking apparatus that locks the wheel of a target bicycle.

  A first invention is a wheel locking device of a home parking machine for locking a bicycle wheel when the bicycle is parked in a home such as a home, and has a wheel entry space that allows the bicycle wheel to enter. A formed apparatus main body, a pair of left and right swing stopper arms that are rotatably attached to the apparatus main body, protrude into the wheel entry space of the apparatus main body, and lock the bicycle wheel that has entered the wheel entry space; When the bicycle wheel is locked by the swing stopper arm, the swing stopper arm is fixed and can be locked in this fixed state, and the lock stopper can be unlocked when desired. A wheel locking device for a household bicycle parking machine, comprising locking means.

  According to a second invention, in the first invention, in the fixing and locking means, when the swing stopper arm is locked in a fixed state, the lock can be automatically locked, and the swing stopper arm is in a fixed state. It is a wheel locking device of a home bicycle parking machine that can be unlocked manually by an operation with a key or a switch when releasing the lock.

  A second aspect of the invention relates to a home bicycle parking apparatus provided with a locking confirmation lamp indicating that the swing stopper arm is locked in a fixed state by the fixing and locking means in the first or second aspect of the invention. This is a wheel locking device.

  According to the present invention, in the fixing / locking means, when the bicycle wheel is locked by the swing stopper arm, the swing stopper arm is set in a fixed state and can be locked in this fixed state. By enabling the locking in the fixed state, the bicycle wheel can be securely locked to the wheel locking device, which prevents the bicycle from being stolen such that the bicycle that was parked was stolen. It can be greatly reduced, and the owner can park the bicycle at home such as home with peace of mind.

  In addition, when locking in the fixing and locking means, it can be automatically locked, and when releasing the lock, it can be released manually by operation with a key, switch, etc., when locking or releasing the lock, These operations can be performed very easily and easily, and thereby, the bicycle parking work to the wheel locking device of the home bicycle parking machine can be performed very easily.

  Also, when the bicycle wheel was locked and locked in a locked state, there was a risk of damaging the bicycle wheel if the bicycle was forcibly pulled out, but there was a lock confirmation lamp indicating that the bicycle was locked. By being provided, it can be easily recognized that the wheel locking device is locked, thereby preventing the bicycle from being forcibly pulled out and preventing the bicycle from being damaged. . Moreover, if the bicycle wheel is not properly seated in the wheel entry space of the device main body and is not locked in a state where the bicycle wheel is locked in the wheel locking device, it is easily confirmed by the lock confirmation lamp. As a result, the bicycle can be parked on the home parking machine in a state where the bicycle is always securely locked, so that the problem of bicycle theft can be further prevented.

It is a side view of a household bicycle parking apparatus. It is a top view of a household bicycle parking machine. It is AA sectional drawing in FIG. It is a perspective view which shows the internal structure of the wheel latching apparatus of the household bicycle parking machine of this invention. It is a perspective view which shows the internal structure of the wheel latching apparatus of the household bicycle parking machine of this invention. It is a perspective view of the cover of the wheel locking device of the household bicycle parking apparatus of this invention. It is explanatory drawing of the nail | claw part of the swing stopper arm of the wheel latching apparatus of the household bicycle parking apparatus of this invention. It is a perspective view which shows the fixation and locking means of the wheel locking device of the household bicycle parking apparatus of this invention. (A) It is explanatory drawing of the hook body for fixation in a fixing and locking means. (B) It is explanatory drawing of the disc cam in a fixing and locking means. (A) It is explanatory drawing which shows the operation state of the disc cam in a fixing and locking means. (B) It is explanatory drawing which shows the operation state of the hook body for fixation in a fixing and locking means. It is a perspective view which shows another fixing and locking means of the wheel locking device of the household bicycle parking apparatus of this invention. It is a perspective view explaining the operation switch part of the controller for operation of the wheel locking device of the household bicycle parking apparatus of this invention. It is a perspective view which shows another fixing and locking means of the wheel locking device of the household bicycle parking apparatus of this invention. It is a perspective view explaining the lock | rock confirmation lamp | ramp of the wheel locking device of the household bicycle parking apparatus of this invention.

An embodiment of a wheel locking device for a home bicycle parking apparatus according to the present invention will be described.
First, a bicycle parking machine for homes is used to park a bicycle by installing it at a parking lot such as a house entrance, a garden, a condominium or an apartment in a home such as a home.

  As shown in FIGS. 1, 2, and 3, this home bicycle parking apparatus includes a wheel guide rail 1 having an upward U-shaped cross section that can accommodate a part of a bicycle wheel. The whole is formed in a horizontal shape from the bottom rail portion 2 that extends horizontally and the inclined rail portion 3 that extends obliquely upward at the tip, and the bicycle wheel is stored inside the wheel guide rail 1. Further, a pair of left and right wheel holder pipes 4 are respectively attached from both sides of the front side of the bottom rail portion 2 in the wheel guide rail 1 to both sides of the upper side of the inclined rail portion 3. The bicycle with the wheel inside the wheel guide rail 1 is prevented from tilting left and right. And the wheel latching device 5 which latches the wheel of a bicycle is attached to the upper end part of the inclination rail part 3 in the wheel guide rail 1 sideways. In addition, in the attachment of this wheel latching device 5, it is attached so that it may be inclined slightly.

  In addition, this home bicycle parking machine is installed in a bicycle parking place such as a house entrance or a garden or a condominium or an apartment in a home such as a home. At this time, for example, the bottom rail portion 2 of the wheel guide rail 1 is used. Etc. can be firmly installed so that the home bicycle parking machine cannot be easily removed at a predetermined place.

  In addition, in the bicycle parking apparatus for home use, it is not limited to the above-described ones. For example, the wheel guide rail 1 is formed in an overall letter shape, and a support column is erected in front of the wheel guide rail 1. A wheel locking device 5 for locking a bicycle wheel may be attached to the upper portion of the support in a lateral direction. Similarly to these, other devices may be used as long as the bicycle can be parked.

  Next, a wheel locking device for locking the bicycle wheel in the home bicycle parking apparatus having such a configuration will be described.

  As shown in FIGS. 4 and 5, the wheel locking device 5 includes a device main body 11 having a wheel entry space that allows a bicycle wheel to enter, and the device main body 11 has a large front and rear side. The opened plane is substantially U-shaped, and the large opening is used as a wheel entry space. In the apparatus main body 11, the upper plate 12 having the wheel entry space and the lower plate 13 positioned below the second plate structure are used, and the wheel entry space formed in the upper plate 12 extends to substantially half of the upper plate. The lower plate 13 has substantially the same size and shape as the portion of the upper plate 12 where no wheel entry space is formed. Further, a mounting bracket 14 is provided on the lower side of the lower plate 13, and the mounting bracket 14 is attached to the upper end portion of the inclined rail portion 3 in the wheel guide rail 1 with a bolt. And in the location which formed the wheel approach space in the upper board 12, the entrance / exit 16 for taking in / out the swing stopper arm 15 which latches the wheel of the bicycle mentioned later is provided so that it may oppose each right and left. Further, in the wheel locking device 5, as shown in FIG. 6, a cover 17 that covers the entire device main body 11 is attached to the upper portion, and the attached cover 17 allows the inside of rainwater or the like to be introduced. Prevent the entry of.

  Then, a slide operating body 21 that is movable back and forth is attached to the back side of the wheel entry space formed in the apparatus main body 11. The front-rear direction of the slide operating body 21 is the front side of the apparatus main body 11 where the wheel entry space is formed, and the rear side of the apparatus main body 11 where no wheel entry space is formed. The slide actuating body 21 is composed of a vertical wall surface plate 22 which is pushed by a bicycle wheel and a laterally flat plate-like slide plate 23 fixed in the middle of the upper and lower sides of the wall surface plate 22. The plate 23 moves back and forth along the left and right guides 24 provided on the upper plate 12 of the apparatus main body 11. The slide plate 23 is provided with a rectangular fixing hole 25 in the center thereof.

  On the other hand, the upper plate 12 of the apparatus main body 11 is provided with vertical shaft portions 26 on the left and right sides of the front and rear center thereof, and a pair of left and right swing stopper arms 15 can be freely rotated on the left and right shaft portions 26. Attach to. The swing stopper arm 15 protrudes into the wheel entry space of the apparatus main body 11 and locks the bicycle wheel that has entered the wheel entry space.

  The pair of left and right swing stopper arms 15 are entirely composed of a base end portion 31 on the original side, an intermediate portion 32 bent from the base end portion 31, and a claw portion 33 on the front side bent from the intermediate portion 32. Is formed in a substantially U-shape in a plane, and is pivotally attached to a shaft portion 26 provided on the upper plate 12 of the apparatus main body 11 at a bent portion between the base end portion 31 and the intermediate portion 32, so that the shaft portion 26 is centered. To turn. Further, the claw portion 33 on the front side can protrude into the wheel entry space from the entrance / exit 16 provided on the upper plate 12 of the apparatus main body 11, and the swing stopper arm 15 rotates to swing into the wheel entry space. When the claw part 33 is projected, the claw part 33 locks the wheel of the bicycle entering the wheel entry space.

  Further, a long hole 34 is formed at the end of the base portion 31 of the swing stopper arm 15, and the slide operation is performed in the long hole 34 after the ends of the base portion 31 are overlapped in the left and right swing stopper arms 15. The pin 35 fixed to the slide plate 23 of the body 21 is loosely inserted. As a result, the bicycle wheel enters the wheel entry space formed in the apparatus main body 11, and the entered wheel hits the wall surface plate 22 of the slide operating body 21 to push the slide plate 23 of the slide operating body 21 and move it to the rear side. . Then, by the movement of the slide plate 23 and the slide operating body 21 to the rear side, the end of the base portion 31 of the swing stopper arm 15 also moves to the rear side so as to follow this, and the swing stopper arm 15 is moved to the shaft portion. By rotating around 26, the front claw portion 33 protrudes into the wheel entry space.

  In addition, a latch pin 36 is provided on the slide plate 23 of the slide operating body 21, and latch pins 37 are also provided on the left and right sides of the upper plate 12 of the apparatus body 11, respectively. A spring 38 is hooked from the pin 36 to the left and right latching pins 37. The spring 38 exerts a force in the direction of moving forward in the slide plate 23 and the slide operating body 21, and thereby a force in the spreading direction of the pair of left and right swing stopper arms 15 is exerted. However, the force in the expanding direction is a force that can expand the pair of left and right swing stopper arms 15 in a state where there is nothing, and the bicycle wheel enters the wheel entry space and pushes the slide operating body 21. When moving to the rear side, without resisting this, the rearward movement of the slide operating body 21 and the closing direction of the pair of left and right swing stopper arms 15, that is, the claw portion 33 of the swing stopper arm 15 enters the wheel. Protrudes into the space.

  In addition, in the claw portions 33 of the pair of left and right swing stopper arms 15 that protrude into the wheel entry space, when the left and right claw portions 33 protrude, as shown in FIG. Thus, the bicycle wheel locked at the claw portion 33 of the swing stopper arm 15 is structured so that the bicycle wheel cannot be pulled out easily.

  On the other hand, when the bicycle wheel is locked by the swing stopper arm 15, that is, when the claw portion 33 of the swing stopper arm 15 protrudes into the wheel entry space, the swing stopper arm 15 is set in a fixed state. The locking and locking means 41 is provided so that the locking of the swing stopper arm 15 can be released when desired.

  As shown in FIG. 8, the fixing / locking means 41 is attached between the upper plate 12 and the lower plate 13 of the apparatus main body 11, and is attached to a horizontal shaft 43 via a pair of brackets 42. A fixing hook body 44 is attached. The fixing hook body 44 is attached to the shaft 43 so as to be rotatable, but the rotating range rotates only within a predetermined range. Further, as shown in FIG. 9A, the fixing hook body 44 is provided with a protruding hook piece 45 on the upper portion thereof, and the hook piece 45 of the fixing hook body 44 is the slide plate 23 of the slide operating body 21. It becomes possible to insert into the fixing hole 25 provided in. The hook piece 45 has a curved surface portion 46 on the front side and a wall surface portion 47 on the rear side. Further, a step portion 48 is provided at the lower portion of the fixing hook body 44, and an end portion of a flat plate stopper 49 attached to the lower plate 13 of the apparatus body 11 abuts on the step portion 48 provided at the lower portion. Thus, the rotation of the fixing hook body 44 is limited. As a result, when the wheel that has entered the wheel entry space of the apparatus main body 11 hits the wall surface plate 22 of the slide operating body 21 and pushes the slide plate 23 of the slide operating body 21 to move to the rear side, the fixing hook body 44 rotates. Then, the hook piece 45 of the fixing hook body 44 is inserted so as to protrude into the fixing hole portion 25 provided at the center of the slide plate 23 moved to the rear side, and the fixing hook is inserted into the fixing hole portion 25 of the slide plate 23. The wall surface portion 47 of the hook piece 45 of the body 44 comes into contact. At this time, the fixing hook body 44 rotates because the stepped portion 48 provided at the lower portion of the fixing hook body 44 is in contact with the end of the plate stopper 49 attached to the lower plate 13 of the apparatus main body 11. It will be in a fixed state. Thus, the fixing hook body 44 is fixed without rotating, so that the hook piece 45 of the fixing hook body 44 is inserted into the fixing hole 25 provided in the slide plate 23. The slide plate 23 and the slide operating body 21 are fixed. As a result, the swing stopper arm 15 can be fixed and locked in this fixed state.

  A disc-shaped disc cam 51 is fixed to the outer side of one of the pair of brackets 42 on the shaft 43 to which the fixing hook body 44 is attached. As shown in FIG. 9B, the circular cam 51 is provided with a step 52 at its lower portion, and an end of a plate stopper 49 attached to the lower plate 13 of the apparatus main body 11 is provided on the step 52. By abutting, rotation of the fixing hook body 44 with respect to the shaft 43 is restricted. Further, the disc cam 51 is provided with a projecting contour portion 53 at the tip of a step portion 52 provided at the lower portion thereof, and the disc cam 51 rotates, as shown in FIG. The protruding contour 53 pushes down the plate stopper 49 attached to the lower plate 13 of the apparatus main body 11. Then, when the plate stopper 49 attached to the lower plate 13 of the apparatus main body 11 is pushed down by the protruding contour portion 53 of the disc cam 51, as shown in FIG. The provided step portion 48 is disengaged from the end portion of the plate stopper 49, and the fixing hook body 44 can be rotated with respect to the shaft 43, whereby the fixing inserted into the fixing hole portion 25 provided in the slide plate 23. The hook piece 45 of the hook body 44 is free, and the fixing of the slide plate 23 and the slide operating body 21 is also free.

  Further, a hook device 61 is attached to the end of the shaft 43 to which the fixing hook body 44 and the disc cam 51 are attached. The key device 61 includes a lock portion 62 and a key 63 that is inserted into the lock portion 62 to be operated. The disc cam fixed to the shaft 43 by rotating the shaft 43 by operating the key 63. By rotating 51, the disk cam 51 pushes down the plate stopper 49 downward. As a result, the restriction of the rotation of the fixing hook body 44 by the plate stopper 49 is released, and the fixing hook body 44 can be rotated, so that the hook piece 45 of the fixing hook body 44 becomes free and slides. The fixing in the plate 23 and the slide operating body 21 is also free. Thereby, locking in the fixed state of a swing stopper arm can be cancelled | released.

  As described above, in the fixing / locking means 41, the swing stopper arm 15 can be locked in a fixed state, or the locking in the fixed state of the swing stopper arm 15 can be released. ing.

  An actual use example of a home bicycle parking apparatus including the wheel locking device 5 having such a configuration will be described. In addition, about the bicycle parking machine for homes, it is a case where it installs in the front door of a house.

  First, when a bicycle is parked in a home bicycle parking machine, when the bicycle wheel enters the wheel entry space formed in the apparatus main body 11, the entered wheel hits the wall surface plate 22 of the slide operation body 21 and the slide operation body 21. Press to move. By the movement of the slide operating body 21, the pair of left and right swing stopper arms 15 is rotated together with the movement of the slide operating body 21, and the claw portion 33 on the front side protrudes into the wheel entry space. Accordingly, the bicycle wheel that has entered the wheel entry space is locked by the pair of left and right swing stopper arms 15. At the same time, the movement of the slide operating body 21 causes the fixing hook body 44 to rotate in the fixing and locking means 41 provided in the apparatus main body 11, and the hook piece 45 of the fixing hook body 44 moves upward to perform the sliding operation. It is inserted into a fixing hole 25 provided in the slide plate 23 of the body 21, and the forward / backward movement of the slide operating body 21 is fixed. As a result, the slide operating body 21 and the swing stopper arm 15 are locked in a fixed state. When the slide operating body 21 and the swing stopper arm 15 are locked in a fixed state, they are automatically locked. Then, by locking the bicycle wheel with the pair of left and right swing stopper arms 15 in the wheel locking device 5, the bicycle parking on the home bicycle parking machine is completed.

  Further, when taking out the bicycle from the home bicycle parking machine, the key 63 is inserted in the key device 61 of the fixing / locking means 41, and the key 63 is operated to release the lock of the swing stopper arm 15 in the fixed state. Note that when the lock of the swing stopper arm 15 is released, it can be released manually by operating the key 63. This is because the disk cam 51 fixed to the shaft 43 is rotated by the key 63 of the key device 61, and the rotated disk cam 51 pushes down the plate stopper 49, whereby the fixing hook body 44 by the plate stopper 49. The restriction on the rotation of the fixing hook body 44 is released and the fixing hook body 44 can be rotated. The slide plate 23 and the slide operating body 21 are also fixed in a free state, and the pair of left and right swing stopper arms 15 are unlocked in a fixed state. Then, when the bicycle wheel is pulled out of the wheel entry space, since the locking of the swing stopper arm 15 is released, the wheel hits the claw portion 33 of the pair of left and right swing stopper arms 15 and the swing stopper arm. 15 is rotated, and the claw portion 33 on the front side of the swing stopper arm 15 protruding into the wheel entry space is retracted. As a result, the bicycle wheels are not locked by the pair of left and right swing stopper arms 15, and the bicycle is removed from the home bicycle parking apparatus by pulling out the bicycle wheel from the wheel entry space.

  Further, the wheel locking device for a home bicycle parking apparatus according to the present invention is not limited to the above-described one, and may have other configurations as described below. However, the configuration is not limited to the following, and other configurations may be used as long as they have similar functions and mechanisms.

  For example, in the fixing and locking means 41, a key device 61 composed of a lock part 62 and a key 63 is attached to the end of the shaft 43 to which the fixing hook body 44 and the disc cam 51 are attached. As shown in FIG. 11, a rotary solenoid may be provided at the other end of the shaft 43, and the rotary solenoid 71 may rotate the disk cam 51 and the fixing hook body 44. Although not shown, an operation controller for controlling the operation of the rotary solenoid 71 is provided. As this operation controller, for example, as shown in FIG. 12, an operation switch unit 72 is provided on the upper surface of a cover 17 covering the apparatus main body 11, and the operation switch unit 72 includes a lock release button and a password. A number button is provided for inputting the password, and the password is entered and the unlocking button is pressed. That is, the unlocking is manually performed by operating the button so that the locking of the swing stopper arm 15 is released. It is a thing. In the operation controller, the operation switch 72 is manually released via the rotary solenoid 71. However, instead of this, a key device is provided, and the key is manually operated by the key of the key device. You may make it cancel | release via the solenoid 71. FIG.

  Further, as another type of operation controller for controlling the operation of the rotary solenoid 71, a smart card key such as a smart card key is used to bring the smart card key closer to the wheel locking device 5, The operation of the rotary solenoid 71 is controlled so that the lock of the swing stopper arm 15 in the fixed state is released.

  Furthermore, as another type of operation controller, the operation of the rotary solenoid 71 is controlled by remote control even from a location away from the wheel locking device 5 and the locking of the swing stopper arm 15 is released. It is a remote control that can be used. This is because the remote controller, which is an operation controller, is placed in a house or an entrance or a room of a condominium or an apartment, and the remote controller is operated here to lock the swing stopper arm 15 in the fixed state in the fixing / locking means 41. It can be canceled. With respect to this remote controller, it is preferable to transmit and receive signals between the remote controller and the rotary solenoid 71 wirelessly, but the present invention is not limited to this, and may be performed by wire. .

  Further, in the fixing and locking means 41, when the swing stopper arm 15 is locked in a fixed state, the locking and locking means 41 can be automatically locked, but this is manually performed by operating the key 63 of the key device 61. Locking may be performed, or a lock button may be provided on the operation switch unit 72 of the operation controller, and the lock may be manually locked by pressing the lock button, that is, by operating the button.

  Further, in the fixing and locking means 41 described above, the fixing hook body 44 and the disc cam 51 are attached to the shaft 43. Instead, the following configuration is adopted. Also good.

  As shown in FIG. 13, a box-shaped frame 73 that opens upward is provided between the upper plate 12 and the lower plate 13 of the apparatus main body 11, and the fixing hook body 74 can be moved up and down in the frame 73. The fixing hook body 74 is pushed upward through a small block piece 76 by a spring 75 provided inside the fixing hook body 74. The fixing hook body 74 is provided with a protruding hook piece 77 on the upper portion thereof, and the hook piece 77 of the fixing hook body 74 is inserted into the fixing hole 25 provided in the slide plate 23 of the slide operating body 21. It becomes possible. The hook piece 77 also has a curved surface portion 78 on the front side and a wall surface portion 79 on the rear side. Further, a lateral pin 81 is fixed to the small block piece 76 inside the fixing hook body 74, and the pin 81 projects laterally from the frame 73. On the other hand, the shaft 43 mounted sideways is provided with a projection 82, a groove 83 is formed in the projection 82, and a pin 81 fixed to the small block piece 76 inside the fixing hook body 74 is fitted into the groove 83. To be included. As a result, when the wheel that has entered the wheel entry space of the apparatus main body 11 hits the wall surface plate 22 of the slide operating body 21 and pushes the slide plate 23 of the slide operating body 21 to move to the rear side, the fixing hook body 74 moves downward. The hook piece 77 of the fixing hook body 74 is inserted so as to protrude into the fixing hole portion 25 provided in the center of the slide plate 21 moved to the rear side, and fixed to the fixing hole portion 25 of the slide plate 23. The wall surface 79 of the hook piece 77 of the hook body 74 is brought into contact with the hook body 74. At this time, the fixing hook body 74 is fixed at the upper position without moving downward by the spring 75 provided inside the fixing hook body 74, and the hook piece 77 of the fixing hook body 74 slides. The slide plate 23 and the slide operating body 21 are fixed while being inserted into the fixing hole 25 provided in the plate 23. As a result, the swing stopper arm 15 can be fixed and locked in this fixed state.

  Then, a hook device 61 similar to that described above is attached to the end of the shaft 43, and the shaft 43 is rotated by operating the key 63, whereby the fixing hook is provided via the groove 83 and the pin 81 of the projection 82 of the shaft 43. By moving the body 74 downward, the hook piece 77 of the fixing hook body 74 also moves downward, and the slide plate 23 and the slide operating body 21 are also free to be fixed. Thereby, locking in the fixed state of the swing stopper arm 15 can be cancelled | released.

  As described above, the fixing / locking means 41 is configured as described above, and the swing stopper arm 15 is locked in a fixed state, or the swing stopper arm 15 is unlocked in a fixed state. You may be able to.

  On the other hand, when the swing stopper arm is locked in the fixed state by the fixing and locking means 41, a locking confirmation lamp 85 is provided to indicate that the locking is performed. As shown in FIG. 14, this is provided on the side surface of the cover 17 that covers the apparatus main body 11. When the swing stopper arm 15 is locked in the fixed state in the fixing and locking means 41, it is lit and this fixed state. It is a lamp that goes off when the lock is released. The locking confirmation lamp 85 is not limited to the one that lights when locked and turns off when unlocked, and lights red when locked and green when unlocked. It may be something that lights up. Further, the position where the lock confirmation lamp 85 is provided is not limited to the side surface of the cover 17 but may be provided on the upper surface or other places.

  Thus, in the lock confirmation lamp 85, when the bicycle is parked on the home bicycle parking machine, the swing stopper arm 15 in the wheel locking device 5 is locked in the fixed state, or the locked state in this fixed state is locked. It can be confirmed whether it is released. As a result, when the bicycle is parked on the home bicycle parking machine, the bicycle wheel is not properly seated in the wheel entry space of the device body 11, and the bicycle wheel in the wheel locking device 5 is locked. If it is not locked in a state, this can be easily confirmed, and the bicycle can be parked on a home parking machine in a state where the bicycle is always securely locked, thereby further preventing problems such as theft of the bicycle. it can.

  Moreover, when the bicycle is taken out from the home bicycle parking device, if the swing stopper arm 15 in the wheel locking device 5 is locked in a fixed state, if the bicycle is forcibly pulled out, the bicycle wheel may be broken. However, this lock confirmation lamp 85 can confirm whether the swing stopper arm 15 in the wheel locking device 5 is locked in a fixed state or whether the lock in the fixed state is released. When the swing stopper arm 15 in the wheel locking device 5 is locked in the fixed state, the locking in the fixed state by the swing stopper arm 15 in the wheel locking device 5 is released without pulling out the bicycle. By pulling out the bicycle only, there is no damage to the bicycle. Succoth can.

DESCRIPTION OF SYMBOLS 1 ... Wheel guide rail, 2 ... Bottom rail part, 3 ... Inclined rail part, 4 ... Wheel holder pipe, 5 ... Wheel locking device, 11 ... Apparatus main body, 12 ... Upper board, 13 ... Lower board, 14 ... For attachment Bracket, 15 ... swing stopper arm, 16 ... doorway, 17 ... cover, 21 ... slide actuator, 22 ... wall plate, 23 ... slide plate, 24 ... guide, 25 ... fixing hole, 26 ... shaft, 31 ... Base end portion, 32 ... intermediate portion, 33 ... claw portion, 34 ... long hole, 35 ... pin, 36 ... pin for locking, 37 ... pin for locking, 38 ... spring, 41 ... fixing and locking means, 42 ... Bracket, 43 ... shaft, 44 ... fixing hook body, 45 ... hook piece, 46 ... curved surface portion, 47 ... wall surface portion, 48 ... step portion, 49 ... plate stopper, 51 ... disc cam, 52 ... step portion, 53 ... projection contour, 54 ..., 61 ... key device, 62 Lock part, 63 ... key, 71 ... rotary solenoid, 72 ... operation switch part, 73 ... frame, 74 ... fixing hook body, 75 ... spring, 76 ... small block piece, 77 ... hook piece, 78 ... curved surface part, 79 ... Wall surface part, 81 ... Pin, 82 ... Projection part, 83 ... Groove part, 85 ... Lock confirmation lamp

Claims (3)

A wheel locking device for a home bicycle parking device that locks a bicycle wheel when the bicycle is parked in a home such as a home,
An apparatus body 11 having a wheel entry space that allows a bicycle wheel to enter;
A pair of left and right swing stopper arms 15 that are pivotally attached to the apparatus main body 11, protrude into the wheel entry space of the apparatus main body 11 and engage the bicycle wheel that has entered the wheel entry space;
When the bicycle wheel is locked by the swing stopper arm 15, the swing stopper arm 15 is fixed and can be locked in this fixed state, and the locked state of the swing stopper arm 15 can be released when desired. Fixing and locking means 41,
A wheel locking device for a home bicycle parking apparatus, comprising:   In the fixing and locking means 41, when the swing stopper arm 15 is locked in a fixed state, it can be automatically locked, and when the swing stopper arm 15 is unlocked in a fixed state, a key is The wheel locking device for a home bicycle parking machine according to claim 1, wherein the wheel locking device can be manually released by an operation or a button operation.   3. The home parking system according to claim 1, further comprising a lock confirmation lamp 85 indicating that the swing stopper arm 15 is locked in a fixed state by the fixing and locking means 41. Wheel locking device for wheeled machines.

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