KR102031244B1 - A bike parking apparatus for unattended rental and storage - Google Patents

Abstract

The present invention relates to a bicycle mounting apparatus that can be rented and stored in an unattended manner, and the bicycle can be rented and stored in an unattended manner, and in particular, when storing a bicycle, the bicycle is mounted through a mounting portion for positioning the wheel of the bicycle to the side of the locking part. It is configured to be easily coupled to the locking portion to restrain, and when renting a bicycle, the bicycle is more easily rented by releasing the restraint of the bicycle bound to the locking portion and automatically leaving in the direction of the mounting portion.

Description

Bike racks for unmanned rental and storage {A BIKE PARKING APPARATUS FOR UNATTENDED RENTAL AND STORAGE}

The present invention relates to a bicycle mounting apparatus that can be rented and stored unattended, and more specifically, it is possible to rent and store a bicycle unattended, and in particular, when the bicycle is stored, the mount for positioning the wheels of the bicycle in the lateral direction of the locking part. It is designed to be easily combined with the locking part that restrains the bicycle through the unit.When renting a bicycle, the bicycle is easily released by releasing the restraint of the bicycle bound to the locking part and automatically leaving in the direction of the mounting part. It relates to a bicycle mounting apparatus that can be rented and stored unattended.

Recently, in urban areas where chronic traffic jams and environmental pollution are aggravated due to the increase in traffic volume, it is encouraged to ride bicycles that are eco-friendly and not significantly restricted by traffic conditions.

Against this backdrop, governments or local jurisdictions may use bicycles around public facilities such as bus terminals, train stations, department stores, public facilities, large housing complexes, etc. in parallel with the maintenance and expansion of bicycle road networks for the purpose of activating the use of bicycles. The company has established bicycle racks that can be rented and stored, and actively promotes the use of bicycles.

Bicycle mounting devices are usually provided in apartments or facilities used by the public to change transportation means, so if the number of users is large, the bicycle mounting device is crowded due to the intensive rental or return of bicycles. Weighted.

In addition, as a bicycle lock, a device for locking the wheel by tying the wheel or passing the latch between the wheels has been proposed, but when the user removes or inserts the bicycle, the wheel may be damaged due to the carelessness of the user. The maintenance cost for this will increase.

Accordingly, while the bicycle head restraint is constrained to the side of the bicycle, there is a demand for a bicycle mounting apparatus for easily storing and renting the bicycle.

Republic of Korea Patent No.1078815

The present invention has been made in view of the above problems, the first object of the present invention, when storing the bicycle with the locking portion that restrains the bicycle through the mounting portion for positioning the wheel of the bicycle in the lateral direction of the locking portion. It is easy to combine, and when renting a bicycle, the bike restraint device can be rented and stored unattended so that the bicycle can be rented more easily by releasing the restraint of the bicycle bound to the locking part and automatically detaching in the direction of the mounting part. To provide.

The second object of the present invention is to provide a stopper for maintaining and stopping a constant side distance of the wheels to the bicycle into which the wheels are entered so that the position of the bicycle can be correctly positioned, and the headspace of the bicycle can be quickly restrained. It is to provide a bicycle rack that can be rented and stored unmanned.

According to a feature for achieving the object as described above, the first invention relates to a bicycle mounting apparatus that can be rented and stored unattended, for which one side the bicycle enters is located at substantially the same height as the ground and bicycle wheels It has a space to enter, the other side is closed is configured to allow the bicycle wheels entered to stop; And an entry groove disposed in the mounting portion at a right angle to allow the bicycle to be inclined laterally and the head spacer of the bicycle to enter laterally, and to restrict the headspace entering the entry groove. And a locking unit including a locking unit in which a locking ring for selectively opening and closing the inlet of the inlet is provided.

According to a second aspect of the present invention, in the first invention, when the locking portion of the locking ring is released, a separating means for pushing the head spacer to the outside of the locking portion is built so that the bicycle can be easily separated from the locking portion without interference. It is characterized by.

The third invention is, in the first invention, the locking portion is composed of a first support branch and a second support centered around the entry groove 221 into which the head spacer is inserted, one of each of the support ring is a lock ring It is characterized in that the built-in is configured to restrain the head spacer.

The fourth invention, in the second invention, the separating means is composed of a mill plate and an electric actuator for operating the mill plate, the surface of the mill plate is provided with a contact sensor to detect the bicycle entered the entry groove by contact It is characterized by automatically withdrawing the locking ring.

The fifth invention, in the third invention, is configured such that the first support has a relatively small width avoiding interference with an accessory such as a basket of a bicycle, and the second support has a relatively larger width than the first support. It is configured to have, but is characterized in that the locking ring is built in.

The sixth invention, in the first invention, the mounting portion is formed in which the one side is in contact with the ground and the other side is spaced from the ground, the seating portion extending in parallel with the entry portion to seat the bicycle, and the seating portion It is characterized by consisting of a stop to extend inclined upwardly to stop the bicycle wheel.

The seventh invention, in the sixth invention, the seating portion has a stopper that is elastically lifted to prevent position movement when the wheel of the bicycle is in close contact with the stop, the stopper is formed inclined surface to rise gently in the traveling direction It is characterized in that the vertical surface is formed in the reverse direction to prevent the departure of the wheel.

Eighth invention, in the first invention, the locking portion is composed of a holding post having a joint portion to enable height adjustment, and a locking portion coupled to the upper end of the holding post, the holding post is in contact with the control unit, wireless or bicycle Transmitting and receiving module by close contact with the panel, and the integrated panel integrated with the charging module is characterized in that the installation via a plurality of elastic rods.

The ninth invention, in the eighth invention, the integrated panel is wirelessly transmitted and received to the user's terminal, the bicycle control center, and the locking portion is configured with a QR code attached to the surface, RFID user without using the user terminal Characterized in that the RFID card reader is built so that you can rent a bike directly to the card.

The tenth invention is characterized in that in the third invention, the second support is moved in the inner direction of the entrance groove with the locking ring to be drawn in and out of the locking portion to press the headspace of the bicycle.

The eleventh invention, in the tenth invention, the second support is coupled to the first rack gear at the end, and the first pinion gear is tooth-coupled with the first rack gear in the locking portion is configured to be connected to the motor. It is characterized by.

The twelfth invention, in the third invention, the locking ring is a link connecting portion is formed to be partially rotatable, the free end is formed with a latch groove, the interior of the first support is selectively coupled to the latch groove of the lock ring Characterized in that the engaging bar having a hook that is built.

In a thirteenth invention, in the twelfth invention, a second rack gear is formed on a surface of the locking bar to be moved by a second pinion gear that is rotated by a motor, and the hook and the locking ring of the locking bar It is characterized in that it is configured to press the head spacer of the bicycle by rotating the locking ring in the inner direction of the entry groove by coupling with the latch groove.

A fourteenth invention is characterized in that in the tenth or thirteenth invention, the first support is formed with a keyhole along the moving or rotating direction of the locking ring.

According to the bicycle mounting apparatus which can be rented and stored unattended of the present invention, there is an effect of easily coupling with the locking portion that restrains the bicycle through the mounting portion for positioning the wheel of the bicycle in the lateral direction of the locking portion.

In addition, when renting a bicycle, it is possible to rent a bicycle more easily by releasing the restraint of the bicycle bound to the locking part and moving it in the direction of the mounting part through a wheat plate.

In addition, by pressing and fixing the headspace of the bicycle bound to the entry groove of the locking portion without flow, to prevent the collision with the lock ring due to the flow of the headspace, which in turn prevents the breakage of the lock ring and scratches of the headspacer There is an effect that can be prevented.

1 is a block diagram of a bicycle mounting apparatus capable of unmanned rental and storage according to the first embodiment of the present invention,
2 is a front view showing a restraint state of a bicycle in FIG.
3 is a detailed configuration diagram of the locking portion extracted in FIG.
Figure 4 is a block diagram of a bicycle holding apparatus that can be rented and stored unattended according to the first embodiment of the present invention,
5 is an operation of the locking unit showing the unmanned rental of the bicycle according to the first embodiment of the present invention,
6 is an operation of the locking unit showing the unmanned storage of the bicycle according to the first embodiment of the present invention,
7 is a perspective view of a holder according to a second embodiment of the present invention;
8 is a cross-sectional view of FIG.
9 is an operation view according to the detailed configuration of the locking unit according to a second embodiment of the present invention.

The following objects, other objects, features and advantages of the present invention will be readily understood through the following preferred embodiments associated with the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms.

Rather, the embodiments introduced herein are provided so that the disclosure may be made thorough and complete, and to fully convey the spirit of the present invention to those skilled in the art.

The embodiments described and illustrated herein also include complementary embodiments thereof.

In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase. As used herein, the words 'comprise' and / or 'comprising' do not exclude the presence or addition of one or more other components.

In describing the specific embodiments below, various specific details are set forth in order to explain and understand the invention in more detail. However, one of ordinary skill in the art can understand that the present invention can be used without these various specific contents. In some cases, it is mentioned in advance that parts of the invention which are commonly known in the description of the invention and which are not highly related to the invention are not described in order to avoid confusion in describing the invention.

Hereinafter, with reference to the accompanying drawings with respect to the bicycle mounting apparatus capable of unmanned rental and storage according to the present invention will be described in detail.

1 is a block diagram of a bicycle mounting apparatus that can be rented and stored unattended according to a first embodiment of the present invention, Figure 2 is a front view showing the restraint state of the bicycle in Figure 1, Figure 3 is a lock extracted from Figure 1 4 is a block diagram of a bicycle mounting apparatus capable of unmanned rental and storage according to the first embodiment of the present invention.

As shown in Figures 1 to 4, the present invention is capable of renting and storing the bicycle unattended, in particular, when storing the bicycle to restrain the bicycle through the mounting portion for positioning the wheel of the bicycle in the lateral direction of the lock portion. It is designed to be easily combined with the lock, and when renting a bicycle, it can be rented and stored unattended, so that the bicycle can be rented more easily by releasing the restraint of the bicycle bound to the lock and automatically leaving in the direction of the mounting part. It relates to a bicycle mounting device.

Such unmanned rental and storage bike mounting device 300 is largely composed of two parts, which is composed of the mounting portion 100 and the locking portion (200).

The cradle 100 has one side to which the bicycle 400 enters is positioned at substantially the same height as the ground and has a space for the bicycle wheel to enter, and the other side is closed and the bicycle wheel entered can be stopped. It can be configured to be.

The mounting portion 100 is formed in the "U" shape of the pipe forming the entry portion 110 to the bicycle wheel 410 is open to enter, the seating portion is formed a space for entry of the bicycle wheel It is provided with a 120, the other side is composed of a stop 130 for stopping the entered bicycle wheel.

The mounting part 100 functions to facilitate the coupling with the locking part 200 which restrains the bicycle by positioning the wheel 410 of the bicycle positively in the lateral direction of the locking part 200.

On the other hand, the locking part 200 is disposed in the perpendicular direction to the mounting portion 100 is the bicycle 400 is inclined laterally while the head spacer 420 of the bicycle 400 can enter laterally. A locking part having a built-in entry groove 221 and a locking ring 241 for selectively opening and closing the entrance of the entry groove 221 to restrain the headspace 420 entering the entry groove 221. It is configured to include a locking unit 200 having a 220.

Here, the locking part 220 is bent in a "b" shape. And the support stand 210 is fixed to the ground by the locking portion 200 is made to adjust the height through the joint portion 211 according to the height of the bicycle.

The above-described locking part 220 includes two first support members 230 and a second support member 240 branched around the entry groove 221 into which the head spacer 420 is inserted.

Here, the first support 230 is configured to have a relatively small width avoiding interference with accessories such as a basket of the bicycle so that the head spacer 420 of the bicycle can be smoothly inserted into the entry groove 221. .

The second supporter 240 having a relatively wide width includes a lock ring 241, and when the head spacer 420 enters the entrance groove 221, the lock ring 241 is pulled out and the head spacer 420 is pulled out. ) To be bound.

At this time, the separation means is built into the inner surface of the entrance groove 221, and when the restraint of the locking ring 241 is released, the head spacer 420 is pushed outward of the entrance groove 221 to lock the bicycle 400 ( 220 can be easily removed without interference. Here, the separating means is composed of a plate 221a and an electric actuator A for moving the plate 221a.

In addition, a contact sensor 221b is provided on the surface of the wheat plate 221a, and when the head spacer 420 is contacted, the lock ring 241 automatically detects the bicycle 400 entered into the entry groove 221. It is withdrawn and functions to restrain the head spacer 420.

On the other hand, the second support 240 is configured to be drawn in and out of the locking portion 220. This is to allow the second support 240 to be pushed into the inward direction of the access groove 221 together with the lock ring 241 to press the head spacer 420 of the bicycle 400.

In this case, a key hole 231 is formed along the moving direction of the lock ring 241 in the first support 230 formed at one side of the narrow side so that the lock ring 241 does not interfere when the lock ring 241 moves inward of the entry groove 221. It is composed.

Here, the first support gear 240a is coupled to an end of the second support 240 which is drawn in and out of the locking part 220, and the first rack gear is formed inside the locking part 220. The first pinion gear 240b coupled to the teeth 240a may be configured to be connected to the motor M.

Accordingly, when the contact sensor 221b formed on the mill plate 221a detects the entry of the entry groove 221 of the head spacer 420, the lock ring 241 is first drawn out to close the entry groove 221, and then the motor is sequentially When (M) rotates the first pinion gear 240b to lead the second support 240 connected to the first rack gear 240a into the inside of the locking unit 220, the locking ring 241 is a bicycle. The head spacer 420 of 400 is fixed by pressing.

This structure stably restrains the head spacer 420 of the bicycle constrained by the entry groove 221 to prevent the collision with the lock ring 241 due to the flow of the head spacer 420, which in turn causes the lock ring due to the collision. A structure capable of preventing breakage of 241 and scratches of the head spacer 420 is provided.

The holding unit 210 has a transmission and reception module for transmitting and receiving by close contact with the control unit 212, the contact panel 430 formed on a wireless or bicycle, and the integrated panel 213 integrated with a charging module has a plurality of elastic rods ( 214).

Here, the integrated panel 213 is in close contact with the contact panel 430 of the bicycle by the elastic force of the elastic rod 214. At this time, the integrated panel 213 transmits and receives wirelessly with the user terminal 500 and the bicycle control center 600.

The integrated panel 213 is a wireless communication communication such as LTE, Bluetooth, NB IoT (Narrowband IoT).

And the user terminal 500 may be installed bike rental app.

In addition, the contact panel 430 of the bicycle may be configured to be equipped with a secondary battery 431, GPS (432) for checking the position of the bicycle.

In addition, the locking unit 220 has a QR code 222 is attached to the surface, and also the RFID card reader 223 so that the bicycle 400 can be directly rented with an RFID regular membership card without using the user terminal 500. ) Can be built in.

Hereinafter will be described briefly with respect to the operation of the bicycle mounting apparatus that can be rented and stored in accordance with the first embodiment of the present invention.

5 is an operation of the locking unit showing the unmanned rental of the bicycle according to the first embodiment of the present invention, Figure 6 is an operation of the locking unit showing the unmanned storage of the bicycle according to the first embodiment of the present invention.

Bicycle unmanned rental

First, referring to FIG. 4, the user executes an installed app of the terminal 500 and scans the QR code 222 attached to the lock part 200 to select the bicycle 400.

The control center 600 communicating with the user terminal 500 transmits an approval command to the lock unit 200 after confirming payment of the user's fee.

Then, according to the command of the control center 600, the control unit 212 is able to rent the bicycle 400 by opening the lock ring 241 of the locking unit 220.

If there is an RFID regular membership card, after recognizing the RFID regular membership card as the built-in RFID card reader of the locking unit 220, the bicycle may be rented after deducting the amount.

Here, the OPEN sequence of the entry groove 221 is as follows.

First, as shown in FIG. 5A, the control unit 212 of the locking unit 200 rotates the first pinion gear 240b by operating the motor M according to a command of the control center 600.

As shown in FIG. 5B, when the first pinion gear 240b is rotated, the first rack gear 240a coupled to the first pinion gear 240b is moved, and the first rack gear 240a is moved. As the) is moved, the second supporter 240 drawn into the locking unit 220 is drawn out of the locking unit 220.

Then, the lock ring 241 connected to the second support 240 is also moved so that the head spacer 420 of the bicycle that the lock ring 241 is pressurized is released.

In this state, the control unit 212 pulls in the locking ring 241 to open the entrance groove 221, and thus the head spacer 420 is released.

Subsequently, as shown in FIG. 5C, the controller 212 moves the head plate 221a by the actuator A to push the head spacer 420 outward of the entry groove 221 to lock the locking part 220. )

Then, the user can grab the bicycle 400 by the handle, and can easily rent a bicycle in the holder 100 only by reversing.

Bicycle unattended storage

After the user executes the app with the terminal 500, the user clicks the return of the bicycle and scans the QR code 222 attached to the locking unit 220 of the locking unit 200, thereby placing the bicycle on the corresponding locking unit 200. Intention to return can be given.

Then, the control center 600 communicates with the corresponding locking unit 200, and as shown in Fig. 6 (a), the control unit 212 is introduced into the locking ring 241 of the locking unit 220 by the entrance groove 221 ).

After seating the bicycle wheel 410 on the mounting portion 100, the user tilts the bicycle 400 to enter the head spacer 420 into the entry groove 221.

 As shown in FIG. 6 (b), when the head spacer 420 enters the entry groove 221, the contact sensor 221 b formed in the contact plate 221 a detects the entry of the entry groove 221 of the bicycle.

Then, the controller 212 pulls out the lock ring 241 and then rotates the first pinion gear 240b by operating the motor M as shown in FIG. In addition, the second supporter 240 to which the locking ring 241 is connected by the movement of the first rack gear 240a engaged with the first pinion gear 240b is drawn into the locking part 220 and the bicycle 400. After pressing and fixing the head spacer 420 of the bicycle 400 is completed.

Figure 7 is a perspective view of the mounting portion according to a second embodiment of the present invention, Figure 8 is a cross-sectional view of Figure 7, Figure 9 is an operation view according to the detailed configuration of the locking part according to a second embodiment of the present invention. .

In the mounting part 100 of the second embodiment, when foreign matters are accumulated in the entry part 110, the height of the bicycle is changed so that the head spacer 420 of the bicycle is out of the position of the locking part 220. Can be.

To this end, as shown in Figure 7, the mounting portion 100 may be configured by molding the plate in another embodiment. At this time, one side of the entry portion 110 is in contact with the ground and the other side is formed to be spaced apart from the ground, the seating portion 120 is extended in parallel with the entry portion 110, the wheel 410 of the bicycle 400 It can be seated, the stop 130 may extend to be inclined upward from the seating portion 120 may be configured to stop the bicycle wheel 410 in the correct position.

Meanwhile, when the wheel 410 of the bicycle is in close contact with the stop 130, the seating part 120 may be positioned at the locking part 220 of the locking part 200. Accordingly, when the wheel 410 of the bicycle 400 is slightly moved from the seating part 120, the locking part 220 may be out of the position of the head spacer 420 of the bicycle 400.

In order to prevent this problem, the seating portion 120 has a stopper 121 that is elastically lifted and lifted by the elastic means 140 to prevent the movement of the wheels 410 of the bicycle 400 as shown in FIG. 8. to be.

The stopper 121 has an inclined surface 121a which is gently raised in the advancing direction so that the wheels 410 of the bicycle 400 can easily enter the seating part 120 and the wheels of the bicycle 400 A vertical surface 121b is formed in the reverse direction of the 410 to prevent movement of the wheel 410 unless the bicycle 400 is forced by force, which in turn results in the head spacer 420 of the bicycle 400. ) Can be prevented from deviating from the correct position of the locking unit 220.

In addition, the stopper 121 is configured to be elevated by the elastic means 140 built in the seating portion 120 to facilitate the entry and exit of the bicycle wheel 410 to the stopper 121.

In addition, the lock ring 241 of the second embodiment, as shown in Figure 9 (a), the link connecting portion 241a is formed so as to be partially rotatable, the latch groove 241b is formed at the free end.

In this case, the first support 230 has a hook bar 232 having a hook 232a that is selectively coupled to the latch groove 241b of the locking ring 241.

The locking bar 232 is formed on the surface of the second rack gear 232b so that the position can be moved by the second pinion gear 232c rotated by the motor (M).

Accordingly, in the state in which the lock ring 241 is closed, as shown in FIG. 9B, when the second pinion gear 232c rotates in the clockwise direction, the locking bar 232 together with the second rack gear 232b. To reverse. Then, as shown in (c) of FIG. 9, the locking ring 241 of the entrance groove 221 by coupling the hook 232a of the locking bar 232 and the latch groove 241b of the locking ring 241. By rotating in the inward direction is made to press the head spacer 420 of the bicycle.

Here, the locking ring 241 is rotated to the center of the link connecting portion 241a.

In addition, a key hole 231 is formed in the first support 230 along the rotation direction of the lock ring 241 so that the lock ring 241 does not interfere when the lock ring 241 rotates inward of the entrance groove 221.

Configurations shown in the embodiments and drawings described herein are only one of the most preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, various equivalents that may be substituted for them at the time of the present application It should be understood that there may be variations and examples.

100: mounting portion 110: entry portion 120: seating portion
121: stopper 121a: slope
121b: vertical surface 130: stop portion
140: elastic means
200: locking portion 210: holding table 211: joint portion
212: control unit 213: integrated panel
214: elastic rod 220: locking part
221: entrance groove 221a: plate
221b: contact sensor 222: QR code
223: RFID card reader 230: the first support
231: keyhole 232: jam bar
232a: hook 232b: second rack gear
232c: second pinion gear 240: second support
240a: first rack gear 240b: first pinion gear
241: locking ring 241a: link connection
241b: latch groove
300: bike rack for unmanned rental and storage
400: bicycle 410: wheel 420: headspacer
430: contact panel 431: secondary battery
432: GPS
500: user terminal 600: control center
M: Motor A: Actuator

Claims (14)

One side to which the bicycle 400 enters is positioned at substantially the same height as the ground and has a space for the bicycle wheels 410 to enter, and the other side is closed so that the bicycle wheels 410 entered may stop. Mounted cradle 100; And
The head spacer 420 of the bicycle 400 is inclined laterally while the bicycle 400 in which the wheel 410 is stopped by the mounting portion 100 is disposed at right angles to the mounting portion 100. Locking ring for selectively opening and closing the entrance groove 221 and the entrance of the entry groove 221 to restrain the head spacer 420 entered into the entry groove 221 to enter laterally ( And a locking part 200 having a locking part 220 in which 241 is embedded.
The locking unit 220 is composed of a first support 230 and a second support 240 branched around the entry groove 221 into which the head spacer 420 is inserted, and among the supports 230 and 240. Any one is configured to lock the head ring 241 is built to constrain the head spacer 420,
The first support 230 is configured to have a relatively small width to avoid interference with the accessory mounted on the bicycle 400,
The second support 240 is configured to have a relatively larger width than the first support 230, the bike holding device that can be rented and stored unattended, characterized in that the locking ring 241 is built therein.
The method of claim 1,
The locking unit 220 has a built-in separation means for pushing the head spacer 420 to the outside of the locking unit 220 when the restraint of the locking ring 241 is released to lock the bicycle 400. Unmanned rental and storage bike mounting device, characterized in that configured to be easily separated without interference from.
delete The method of claim 2,
The separating means is composed of a compact plate (221a), and an electric actuator (A) for operating the compact plate (221a),
Unmanned rental, characterized in that the contact sensor 221b is provided on the surface of the wheat plate 221a to detect the bicycle 400 entered into the entry groove 221 by contact and automatically withdraw the lock ring 241. And bike storage device that can be stored.
delete The method of claim 1,
The mounting part 100 has an entrance part 110 which is formed to be in contact with the ground and the other side is spaced apart from the ground, and a seating part which extends in parallel with the entrance part 110 to seat the bicycle wheel 410 ( 120 and the unmanned rental and storage of bicycle mounting apparatus, characterized in that consisting of a stop 130 for extending the inclined upward from the seating portion 120 to stop the bicycle wheel (410).
The method of claim 6,
When the seating portion 120 is in close contact with the wheel of the bicycle to the stop 130, it has a stopper 121 which is elastically lifted to prevent the position movement,
The stopper 121 is formed with an inclined surface 121a which rises gently in the advancing direction of the bicycle, and a vertical surface 121b is formed in the reverse direction of the bicycle to prevent the wheel 410 from being separated. Bicycle rack for unattended rental and storage.
The method of claim 1,
The locking portion 200 is composed of a holding pole 210 having a joint portion 211 to enable height adjustment, and a locking portion 220 coupled to the upper end of the holding pole 210,
The holding unit 210 has a transmission and reception module for transmitting and receiving by close contact with the control unit 212, the contact panel 430 formed on a wireless or bicycle, and the integrated panel 213 integrated with a charging module has a plurality of elastic rods ( 214) bike mounting device that can be rented and stored unattended, characterized in that installed through.
The method of claim 8,
The integrated panel 213 is wirelessly transmitted and received with the user terminal 500 and the bicycle control center 600,
The locking unit 220 has a QR code 222 is attached to the surface, the RFID card reader 223 is able to directly rent the bicycle 400 with the RFID regular membership card without using the user terminal 500 Bicycle rental apparatus that can be rented and stored unattended, characterized in that the built-in configuration.
The method of claim 1,
The second support 240 is moved to the inner side of the entrance groove 221 with the locking ring 241 to be drawn out to the inside of the locking portion 220 to press the head spacer 420 of the bicycle 400. Bicycle mounting apparatus that can be rented and stored unattended, characterized in that the structure of the entrance.
The method of claim 10,
The first support gear 240a is coupled to an end of the second support 240, and the first pinion gear 240b is tooth-coupled with the first rack gear 240a in the locking part 220. ) Is a bike mounting device that can be rented and stored unattended, characterized in that the motor (M) is configured to be connected.
The method of claim 1,
The locking ring 241 has a link connecting portion 241a is formed to be partially rotatable, the free end has a latch groove 241b is formed,
Unattended rental and storage is possible inside the first support 230 is characterized in that the engaging bar 232 having a hook 232a is selectively coupled to the latch groove 241b of the locking ring 241 is built in Bike mountings.
The method of claim 12,
The locking bar 232 has a second rack gear 232b is formed on the surface so that the position can be moved by the second pinion gear 232c rotated by the motor (M),
The locking ring 241 is rotated inwardly of the entrance groove 221 by coupling the hook 232a of the locking bar 232 and the latch groove 241b of the locking ring 241 to allow the bicycle head spacer ( 420) bike mounting device that can be rented and stored unattended, characterized in that configured to pressurize.
The method of claim 10 or 13,
The first support 230 is a bike mounting device that can be rented and stored unattended, characterized in that the key hole 231 is formed along the movement direction or rotation direction of the lock ring (241).

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