KR20090000631A - Rental shop of bicycle - Google Patents

Abstract

A bicycle renting place is provided to operate an unmanned bicycle renting place to minimize a burden of personnel costs, and to use bicycle renting data, thereby operating the bicycle renting place flexibly according to the demand for bicycles. A bicycle renting place comprises a fence(12), and an entrance(14) and an exit(16) where bicycles or customers go in and out. An RFID tag is equipped in a bicycle. The entrance comprises as follows. First and second opening and shutting switches(100,120) are equipped. An entrance detection sensor(130) senses a customer at the entrance. A first RFID reader(132) obtains ID information of the RFID tag of the bicycle returned by the customer. A first recognizer(110) is equipped. The exit comprises as follows. Third and fourth opening and shutting switches(200,220) are equipped. An exit detection sensor(230) senses a customer at the exit. A second RFID reader(232) obtains ID information of an RFID tag of a bicycle rent by the customer. A second recognizer is equipped. A server receives rent/return request information of the customer and the RFID tag information of the returned bicycle, and confirms whether the information is true, then sends the results to the first and second recognizers.

Description

Bike storage rental {rental shop of bicycle}

1 is a perspective view showing a bicycle storage rental station according to the present invention,

2 is a system configuration diagram of a bicycle storage rental station according to the present invention,

3 is a view showing a bicycle according to the present invention,

Figure 4 is a view showing the front of the inlet side first recognizer according to the present invention,

5 is a circuit diagram of the inlet-side first recognizer according to the present invention,

Figure 6 is a view showing the front of the inlet side first recognizer according to the present invention,

7 is a circuit configuration diagram of the outlet second recognizer according to the present invention;

8 is a view showing a first switchgear according to the present invention,

9 is a view showing a bicycle rack according to the invention,

10 is a perspective view showing a bicycle storage rental station according to another embodiment of the present invention,

11 is a perspective view showing a bicycle storage rental in accordance with another embodiment of the present invention.

*** Explanation of symbols for main parts of drawing ***

1: bike storage 3: server

5: bicycle 7: RFID tag

14: entrance 16: exit

100: first opening and closing 110: the first recognizer

120: second opening and closing 130: inlet detection sensor

132: first RFID reader 200: third switchgear

210: second recognizer 220: fourth switchgear

230: exit detection sensor 232: the second RFID reader

The present invention relates to a bicycle storage rental, and more particularly, to a bicycle storage rental that is operated unattended without the need for an administrator to rent a bicycle.

In general, bicycles are not only widely used as sports equipment for daily sports but are also very useful for short distance transportation in urban areas.

In particular, as it reduces traffic jams and is effective in preventing pollution, advanced countries actively promote the use of bicycles and create bicycle lanes in the city center, contributing to protecting the environment, eliminating traffic jams, and helping people's health.

Meanwhile, in the case of tourist attractions such as tourist attractions, bicycle rental stations that pay a certain amount of money and rent bicycles are available, so that bicycles can be used for short walks. There was a disadvantage that the rental is not made smoothly due to being excessively arranged or undersized.

For example, in the case of Yeouido or the Han River, the demand for bicycles exploded on weekends, but the demand decreases significantly during weekdays and holiday seasons, and the demand for bicycles in city centers and holiday areas during summer vacations increases significantly.

In particular, such a conventional bicycle rental station must be resident by the manager and paying money to such a manager has a problem of labor costs due to renting a bicycle.

In addition, in the case of renting bicycles, personal information leakage is very serious due to renting a bicycle while leaving a resident registration card or a driver's license.

Therefore, in order to facilitate the rental of bicycles and increase the use efficiency of bicycles, it is necessary to create a rental environment in consideration of these points.

 Therefore, to solve these problems, the object of the present invention is to rent a bicycle or ask for storage, but to operate the unmanned bicycle storage rental to minimize the burden of labor costs and to flexibly operate according to demand It is to provide a storage rental.

Another object of the present invention to provide a bicycle storage rental that can activate the use of bicycles by minimizing the leakage of personal information of customers.

Such a bicycle storage rental station according to the present invention;

A fence 12 installed to separate the storage space 10 in which a plurality of bicycles 5 are stored to be isolated from the outside, and an entrance 14 and an exit at which a bicycle or a customer enters and exits on one side of the fence 12. In the bicycle storage rental place (1) which consists of (16);

The bicycle 5 is provided with an RFID tag 7;

The entrance 14 includes first and second switchgear 100 and 120, an entrance detection sensor 130 for detecting a customer at the entrance, and a first RFID for acquiring unique information of the RFID tag 7 of the returned bicycle of the customer. When the reader 132 and the first switchgear 100 are opened and the customer enters, the customer checks the authenticity of the customer requesting the rental or return of the bicycle 5 and the second switchgear (if the authenticity of the customer is secured). When the customer is not detected at the same time as the opening of the 120, the second switchgear 120 is closed, and when the customer requests the return, the RFID tag 7 of the returned bicycle is returned from the first RFID reader 132. A first recognizer 110 for obtaining unique information;

The exit 16 includes third and fourth switchgear 200 and 220, an exit detection sensor 230 for detecting a customer at the exit, and a second RFID for acquiring unique information of the RFID tag 7 of the customer's rental bicycle. When the reader 232 and the third switchgear 200 are opened and the customer goes out, the authenticity of the customer requesting the rental or return of the bicycle 5 is checked and if the authenticity of the customer is secured, the fourth switchgear ( If the customer is not detected at the same time as opening the 220, the fourth switchgear 220 is closed and when the customer requests a rental, the unique RFID tag 7 of the rental bicycle from the second RFID reader 232 A second recognizer 210 for obtaining information;

The rental and return request information of the customer and the RFID tag 7 information of the returned bicycle are received from the first and second recognizers 110 and 210, and the authenticity is checked to the first and second recognizers 110 and 210. The basic configuration is that the server 3 to be transmitted is provided.

Hereinafter, with reference to the accompanying drawings, the bicycle storage rental station according to the present invention will be understood by the embodiments described in detail.

At this time, Figure 1 is a perspective view showing a bicycle storage rental station according to the present invention, Figure 2 is a system configuration diagram of a bicycle storage rental station according to the invention, Figure 3 is a view showing a bicycle according to the invention, Figure 4 Is a view showing the front of the inlet-side first recognizer according to the present invention, Figure 5 is a circuit diagram of the inlet-side first recognizer according to the present invention, Figure 6 is the front of the inlet-side first recognizer according to the present invention 7 is a circuit diagram of an outlet second recognizer according to the present invention, FIG. 8 is a view showing a first switchgear according to the present invention, and FIG. 9 shows a bicycle storage stand according to the present invention. 10 is a perspective view showing a bicycle storage rental station according to another embodiment of the present invention, Figure 11 is a perspective view showing a bicycle storage rental station according to another embodiment of the present invention.

First, according to FIGS. 1 to 3, the bicycle storage rental station 1 according to the present invention manages the storage and rental information of the bicycle 5, communicates with the central control center 1, and transmits or receives information from the server 3 ), The bicycle storage rental 1 is collectively controlled.

On the other hand, the customer can access the web server (2a) operated by the central control center (2) to obtain a certain ID and password by registering as a member, it is also possible to pay the annual fee in advance.

Such a bicycle storage rental 1 is a fence 12 that is installed to separate the storage space 10 of the predetermined bicycle (5) to be isolated from the outside, and a bicycle or a customer to enter and exit one side of the fence (12) It consists of an inlet 14 and an outlet 16.

It will be described in more detail below.

First, the entrance 14 of the bicycle storage rental 1, the first opening and closing 100 for recognizing the customer when the customer enters, and the first opening and closing 100 is opened when the customer enters the bicycle (5) The first recognizer 110 to check the authenticity of the customer requesting the rental or storage and, if authenticity is secured by the first recognizer 110, is opened so that the customer can enter the storage space 10. It is made of a second switch 120.

At this time, the first opening and closing 110 is provided in the first half of the first recognizer 120 is provided with a blocking rod 104 to rotate in the horizontal direction in the middle of the vertical member 102 is rotatable. On the other hand, the second opening and closing 120 is provided in the second half of the first recognizer 110, a plurality of blocking rods 124 rotating in the horizontal direction in the middle of the vertical member 122 is provided is rotatable. . At this time, the inlet detection sensor 130 is provided on the upper side of the second switch 120 and the first RFID reader 132 is provided on one side thereof. The first RFID reader 132 is for recognizing the bicycle (5) for return or storage, the bicycle 5 is provided with a license plate (6) and an RFID tag (7) that can be identified with the naked eye Unique information of (5) can be obtained.

In addition to the license plate 6 and the RFID tag 7, the bicycle 5 is provided with a known GPS transmitter and receiver 8 or navigation. The GPS transmitter and receiver 8 receives the location information and the altitude information and transmits the information to the central control center 2 in real time to calculate the kcal by the program in the central control center 2 and store it for each customer. It is possible to check the driving log of the bicycle 5 operated by the customer himself connected to the web server 2a via the Internet, and also to read the location of the customer. In particular, the customer who does not know the road to the central control center (2) to perform the function to inquire the location using his mobile phone.

On the other hand, the license plate 6 of the bicycle 5 is to be attached for the convenience of management when managed in large units, when the customer actually enters the ID and password of the customer through the entrance (14) to secure any The bicycle 5 is brought out to the exit 16, and the unique information of the RFID tag 7 of the bicycle is recognized using the second RFID reader 232 provided at the exit 16, and the information is stored in the server ( 3) is convenient for the user.

On the other hand, a warning light 134 and a speaker 136 for warning and guidance are provided on the upper side of the first switchgear 100 of the inlet 14.

In addition, a first camera 138 is installed on the second opening and closing 120 of the inlet 14 to photograph a customer entering the bicycle storage space 10, and the interior of the bicycle storage space 10. It is provided with a guide electronic sign 140 for displaying the number of the license plate 6 of the rental or returning customers and the bicycle (5).

On the other hand, at the exit 16 of the bicycle storage rental 1, the third opening and closing 200 that is opened and closed when the customer exits, and the third opening and closing 200 is opened when the customer exits the rental of the bicycle 5 or The second recognizer 210 to check the authenticity of the customer requesting the storage and, if the authenticity is secured by the second recognizer 210 is opened so as to open to the outside of the storage space (10) It consists of four openings 220.

At this time, the third opening and closing 200 is provided in the first half of the second recognizer 210 is provided with a blocking rod 204 for rotating in the horizontal direction in the middle of the vertical member 202 is possible to rotate. On the other hand, the fourth switch 220 is provided in the second half of the second recognizer 210, the plurality of blocking rods 224 to be rotated in the horizontal direction in the middle of the vertical member 222 is provided is rotatable. . At this time, the outlet detection sensor 230 is provided on the upper side of the third switch 200, and the second RFID reader 232 is provided on one side thereof. The second RFID reader 232 recognizes the bicycle 5 for renting or visiting.

In addition, a second camera 238 is installed at the upper side of the third switchgear 200 of the outlet 16 to monitor the customer entering the outside from the bicycle storage space 10.

On the other hand, the four sides of the fence 12, the external sensor 22 for recognizing the object approaching from the outside, and the outer camera 24 for capturing the image when the external sensor 22 recognizes the object It is provided to monitor the unauthorized intrusion, which is sent directly to the server (3).

In addition, a solar panel 26 of a publicly known solar panel 26 is installed on the bicycle storage space 10 while maintaining a distance therebetween, and on the side support member 13 of the fence 12. Wind generators 28 using propellers 28a are installed at regular intervals to convert solar energy and wind energy into electrical energy. Such electrical energy is charged in the storage battery 30 to drive the power source 40 of the system. Will be used. Such a configuration using solar energy and wind energy is preferably installed and operated in areas or islands that cannot draw power cables (not shown).

On the other hand, the server 3 that collectively controls the equipment on the inlet 14 side and the outlet 16 side of the bicycle storage rental 1 is the first and third switchgear of the inlet 14 and outlet 16 ( When the 100,200 is opened, it is detected, and the operation of the second and fourth switchgear 120 and 220 is checked to determine whether the outer camera 24 and the external sensor 22 and the first and second recognizers 110 and 210 are operated. It is preferable to provide a function integrally in the case of the first recognizer 110 to control the function.

On the other hand, the bicycle storage lending station 1 is installed and operated in various areas to transmit the rental and storage information of such a bicycle (5) to the central control center (2).

The information transmitted from such a number of bicycle storage rentals (1) can be transferred from the central control center (2) to rental and return locations for customers using bicycles / age / unisex / use time / period (day / week / month / season / Web server by extracting statistical data by quarter) / resident / dong unit, and extracting the number of users per bicycle, number of users per bicycle storage rental (1), breakdown by bicycle parts, breakdown by bicycle storage or storage (2) Provided for the customer to check on the Internet.

4 and 5, the first recognizer 110 at the entrance 14 according to the present invention includes a touch screen 112 having a display function and a key input function at the front center of the case 110a, and a fingerprint recognition sensor 113. And a card terminal 114 capable of recognizing a credit card and a traffic card, and a first pinhole camera 115 for acquiring an image of a customer.

Meanwhile, a first control panel 116 is provided inside the case 110a to control the main functions of the first recognizer 110, and the warning lamp 134, the speaker 136, and the first camera at the entrance side. 138, the first RFID reader 132, the guide display board 140, the first and second switch 100, 120, and the like, and perform data communication with the server 3.

At this time, the customer enters the ID (ID) and password (PASSWORD) through the touch screen 111 to check the authenticity, in the case of new subscribers using the fingerprint sensor 112 to register as a member, card terminal At 114, a transit card or credit card can be used for immediate payment.

6 and 7, the second recognizer 210 of the exit 16 according to the present invention has a touch screen 211 having a display function and a key input function at the front center of the case 210a, and obtaining an image of a customer. A second pinhole camera 215 is provided.

On the other hand, the case 211a is provided with a second control panel 216 to control the main functions of the second recognizer 210, the second camera 238, the second RFID reader on the outlet 16 side 232, the third and fourth switchgear 200, 220, and the like, and perform data communication with the server 3.

At this time, the customer enters ID (ID) and password (PASSWORD) through the touch screen 211 to check whether the authenticity.

8 is a view showing the first switchgear 100 according to the present invention, the first to fourth switchgear (100, 120, 200, 220) will have only the same mechanical configuration will be described only the configuration of the first switchgear (100).

The first switch 100 is provided in the first half of the first recognizer 110, the hinge shaft 105 is formed in the vertical direction to the rear end of the straight rod-shaped blocking rod 104 protruding horizontally The motor 107 is hinged to the support member 102 and driven by the control signal of the first control panel 116 inside the support member 102.

On the other hand, the other side of the support member 102 is provided with a stopper member 108 vertically upward so that the blocking rod 104 is no longer rotated.

At this time, when the control signal is input in the state in which the blocking rod 104 is rotated and opened, the blocking rod 104 is rotated to maintain the closed state.

Meanwhile, the first to fourth switchgear 100, 120, 200, and 220 are provided with motors 107, 127, 207, and 227, respectively, and the motors 107, 127 of the first and second switchgear 100, 120 are controlled by the first control panel 116. The motors 207 and 227 of the third and fourth switchgear 200 and 220 are controlled by the second control panel 216.

Figure 9 is a view showing the front of the bicycle rack 11 that can be installed and used in the storage space 10 of the bicycle storage rental according to the present invention, according to the case of a normal general bicycle, not a conventional folding bicycle The handle is about 540mm to 605mm in length, so a single bicycle occupies about 700mm in width.

In the case of arranging bicycles on the basis of the handle width, such a bicycle occupies a lot of space, and thus it is not possible to arrange a plurality of bicycles or consumes a lot of space.

Therefore, the handle 11 of the bicycle 11 is formed differently by alternately forming the protruding jaw portion 11b of about 15 to 20 mm from the bottom portion 11a while maintaining a predetermined interval and successively stepped alternately. Of course, the bottom portion (11a) and the projection jaw (11b) it is natural that the hook portion (11c) that can accommodate the front wheel (5a) of the bicycle (5) is formed.

According to such a structure, the handles of the adjacent bicycles 5 can be prevented from interfering with each other, so that the bicycle can be arranged up to 2 times in a predetermined space, thereby maximizing the utilization of the bicycle storage space.

On the other hand, Figure 10 is a view showing a bicycle storage rental station according to another embodiment of the present invention, by installing a solar panel (26) on the entire ceiling (solar panel) to maximize the area that can absorb the solar energy do.

11 is a view showing a bicycle storage rental station according to another embodiment of the present invention, in which the ceiling is formed open as a case where the power supply is smooth. In this case, it is preferable to form a ceiling surface with tempered glass (not shown) in the ceiling, and when the tempered glass is installed in this way, it causes a greenhouse effect, so that the internal temperature may rise sharply in summer. It is preferable to install and operate a sun shader (not shown) on the inner and outer surfaces of the tempered glass, such as a sunscreen.

Hereinafter, an operation process of the bicycle storage rental station according to the present invention will be described in detail with reference to FIGS. 1 to 8.

First, a case where a customer rents a bicycle is as follows.

That is, when the customer reaches the inlet 14 of the bicycle storage rental 1 and manually pushes the blocking rod 104 of the first opening and closing 100, the blocking rod 104 may rotate and pass. The customer who reaches the first recognizer 110 enters an ID and a password using the touch screen 111 and touches the confirmation. In this case, when the user touches the confirmation, the first pinhole camera 115 is operated to obtain a member's image, and the image information is transmitted and managed from the first control panel 116 to the server 3.

At this time, the ID and password of the customer is registered as a member through the web server (2a) of the central control center (2) to obtain an ID and password, or fingerprint the fingerprint recognition sensor 112 on the first recognizer (110) You can also use the registered ID and password to obtain your ID and password.

The information entered in this way is transmitted from the first control panel 116 to the server (3) to the central control center (2) connected through the network to verify the authenticity of the rental time and payment if determined to be normal Check whether or not. In this case, in the case of a customer who has made an Internet payment or in the case of a customer making a card payment in real time through the card terminal 114 of the first recognizer 110, the server 2 connects to the first control panel 116. The control signal is applied to thereby control the motor 127 of the second switchgear 120 to rotate the blocking rod 124 of the second switchgear 120 to open. At the same time, the motor 107 of the first switchgear 100 is controlled to rotate the closing rod 104 of the first switchgear 100 to close it, to turn on the warning lamp 134, and the speaker 136 through the 'door' 'Please go away' warning message.

As such, when the second switch 120 is opened and the customer enters, the lender and the bicycle number are displayed on the guide display board 140 controlled by the first control panel 116, and the customer needs to find the bicycle 5. In this case, when the customer passes through the second switchgear 120, the Kimji signal is input from the inlet detection sensor 130 to the first control panel 116, and the first control when the customer is away from the entrance 14 and is not recognized. The panel 116 drives the motor 127 of the second switch 120 to close the second switch 120 to prohibit entry and exit. At this time, when the second switch 120 is opened, the first camera 138 is operated to acquire an image of the customer and manage the image in the server 3.

On the other hand, the customer coming out of the bicycle 5 is passed again while rotating the blocking rod 204 of the third opening and closing 200 of the exit 16 side exit sensor 230 is detected and such a detection signal It is transmitted to the server 3 via the second control panel 216.

At this time, the second control panel 216 operates the second camera 238 by the detection signal of the exit sensor 230 to acquire the image of the customer and transmit to the server 3 to manage.

At this time. The server 3 confirms that the customer who applied for the rental of the bicycle 5 has entered the entrance 14 and the unique information of the RFID tag 7 of the bicycle 5 acquired through the second RFID reader 232. Will be compared.

On the other hand, the customer requests confirmation by entering the ID / password / lender number through the touch screen 211 of the second recognizer 210, such information is sent to the server (3) to confirm. In the normal case, the server 3 applies a control signal to the second control panel 216 to drive the motor 227 of the fourth switchgear 220 to rotate and open the blocking rod 224, and the third switchgear 200 It is closed by driving the motor 207 of).

When the customer passes through the fourth switch 220 and there is no input of the detection signal from the exit sensor 230, the second control panel 216 is the motor 227 of the fourth switch 220. By driving the blocking rod 224 is rotated to close.

Next, look at the case when the customer returns the bike as follows.

That is, when the customer reaches the inlet 14 of the bicycle storage rental 1 and manually pushes the blocking rod 104 of the first opening and closing 100, the blocking rod 104 may rotate and pass. When the first recognizer 110 arrives, the customer inputs an ID and password using the touch screen 111 and touches OK to operate the first pinhole camera 115 to acquire an image of the customer. Information is managed from the first control panel 116 to the server 3.

The information entered as described above is transmitted from the first control panel 116 to the server 3 and transmitted to the central control center 2 connected through the network to verify authenticity and to determine whether it is normal. The motor 127 of the 120 is controlled to open the blocking rod 124 of the second switch 120. At the same time, the motor 107 of the first switchgear 100 is controlled to rotate the closing rod 104 of the first switchgear 100 to close it, to turn on the warning lamp 134, and the speaker 136 through the 'door' 'Please go back' warning message is outputted and the unique information of the bicycle (5) returned through the first RFID reader 132 is obtained.

As such, when the second switch 120 is opened, the customer enters and returns the bicycle 5 at an arbitrary position. At this time, when the customer passes through the second switchgear 120, the detection signal of the inlet detection sensor 130 is input to the first control panel 116 and the first control when the customer is not recognized because it is far from the entrance 14 The panel 116 drives the motor 127 of the second switch 120 to close the second switch 120 to prohibit entry and exit. At this time, when the second switch 120 is opened, the first camera 138 is operated to acquire an image of the customer and manage the image in the server 3.

On the other hand, the customer coming out after returning the bicycle (5) passes again while rotating the blocking rod 204 of the third opening and closing exit 200, the exit sensor 230 is detected and such a detection signal is 2 is transmitted to the server 3 via the control panel 216.

At this time, the second control panel 216 operates the second camera 238 by the detection signal of the exit sensor 230 to acquire the image of the customer and transmit to the server 3 to manage.

At this time. The server 3 checks that the customer who requested the return of the bicycle 5 at the entrance 14 enters the ID / password through the touch screen 211 of the second recognizer 210. Upon touching the confirmation, such information is sent to the server 3 for confirmation. In the normal case, the server 3 applies a control signal to the second control panel 216 to drive the motor 227 of the fourth switchgear 220 to rotate and open the blocking rod 224, and the third switchgear 200 It is closed by driving the motor 207 of).

When the customer passes through the fourth switch 220, when there is no input of the detection signal from the exit sensor 230, the second control panel 216 is the motor 227 of the fourth switch 220. Drive the closing rod 224 to close.

On the other hand, when storing the customer's own bicycle, of course, using the bicycle 5 with the RFID tag (7) attached to the storage during the process of returning the bicycle during storage, if the collection process to rent the bicycle It will be recovered while going through. Of course, in this case, the contents of the screen displayed on the touch screens 111 and 211 are naturally displayed on the screen suitable for the bicycle storage and recovery process.

Although the preferred embodiment of the present invention has been described above, the scope of the present invention is not limited thereto, and the scope of the present invention extends to the scope of the present invention to be substantially equivalent to the embodiment of the present invention. Various modifications can be made by those skilled in the art without departing from the scope of the present invention.

As described above, the bicycle storage rental station according to the present invention can rent a bicycle or request storage, but operate an unmanned bicycle storage rental station, thereby minimizing the burden of labor costs, and flexibly bicycle according to the demand of bicycles by utilizing the bicycle rental information. There is an advantage to running a repository.

In addition, by unmanned bicycle rental station, the identification of the customer is not exposed to the manager, etc., which also has the advantage of preventing damage caused by the leakage of personal information.

Claims (7)

A fence 12 installed to separate the storage space 10 in which a plurality of bicycles 5 are stored to be isolated from the outside, and an entrance 14 and an exit at which a bicycle or a customer enters and exits on one side of the fence 12. In the bicycle storage rental place (1) which consists of (16); The bicycle 5 is provided with an RFID tag 7; The entrance 14 includes first and second switchgear 100 and 120, an entrance detection sensor 130 for detecting a customer at the entrance, and a first RFID for acquiring unique information of the RFID tag 7 of the returned bicycle of the customer. When the reader 132 and the first switchgear 100 are opened and the customer enters, the customer checks the authenticity of the customer requesting the rental or return of the bicycle 5 and the second switchgear (if the authenticity of the customer is secured). When the customer is not detected at the same time as the opening of the 120, the second switchgear 120 is closed, and when the customer requests the return, the RFID tag 7 of the returned bicycle is returned from the first RFID reader 132. A first recognizer 110 for obtaining unique information; The exit 16 includes third and fourth switchgear 200 and 220, an exit detection sensor 230 for detecting a customer at the exit, and a second RFID for acquiring unique information of the RFID tag 7 of the customer's rental bicycle. When the reader 232 and the third switchgear 200 are opened and the customer goes out, the authenticity of the customer requesting the rental or return of the bicycle 5 is checked and if the authenticity of the customer is secured, the fourth switchgear ( If the customer is not detected at the same time as opening the 220, the fourth switchgear 220 is closed and when the customer requests a rental, the unique RFID tag 7 of the rental bicycle from the second RFID reader 232 A second recognizer 210 for obtaining information; The rental and return request information of the customer and the RFID tag 7 information of the returned bicycle are received from the first and second recognizers 110 and 210, and the authenticity is checked to the first and second recognizers 110 and 210. Bicycle storage rental station characterized in that the server (3) for transmitting. The method of claim 1, The bicycle 5 is further provided with a license plate 6 that can be visually identified, and a GPS transmitter 8 for checking position information, and the position and altitude information of the GPS transmitter 8 is stored in the server 3. Bicycle storage rental station, characterized in that transmitted to and managed by the central control center (2) to collect information. The method of claim 1, The entrance 14 has a first camera for photographing a customer entering the bicycle storage space 10 and a warning light 134 and a speaker 136 for warning and guidance when the first switchgear 100 is closed. 138 is provided, Inside the bicycle storage space 10 is provided with a guide electronic sign 140 for displaying the number of the license plate (6) of the customer or rented or rented bicycle (5), Bicycle outlet, characterized in that the outlet (16) is provided with a second camera (238) for shooting the customer to go out. The method of claim 1, Outside of the fence 12, an external sensor 22 for recognizing an object approaching from the outside, and an outer camera for taking an image and transmitting it to the server when the external sensor 22 recognizes an object ( A bicycle storage rental service, characterized in that 24) is further provided. The method of claim 1, The driving power source 40 of the server 3 and the first and second recognizers 110 and 210 is a solar panel 26 and the fence 12 provided on an upper portion of the bicycle storage space 10. Bicycle storage rental, characterized in that consisting of a storage battery 30 is charged with the electrical energy generated from the wind power generator 28 provided in the side support member (13). The method of claim 1, The first recognizer 110 at the entrance 14 has a display function and a key input function for checking the authenticity by inputting an ID and password of the customer and a new subscriber. In the case of the fingerprint recognition sensor 113 to secure authenticity, the card terminal 114 for recognizing the credit card and traffic card, the first pinhole camera 115 to acquire the image of the customer, and the first recognizer It consists of a first control panel 116 for controlling the main function of (110), The second recognizer 210 at the exit 16 has a touch screen 212 having a display function and a key input function for checking authenticity by inputting an ID and password of a customer, Bicycle storage rental, characterized in that consisting of a second pinhole camera (215) for obtaining an image. The method of claim 1, In order to prevent the handles of the bicycle 5 from interfering with the storage space 10, the projection jaw portion 11b is continuously formed at a predetermined interval from the bottom portion 11a to the upper portion, alternately and alternately formed, and the bottom thereof. Bicycle storage, characterized in that the bicycle rack (11) is formed in the portion (11a) and the protruding jaw portion (11b) is provided with a hook portion (11c) that can accommodate the front wheel (5a) of the bicycle (5).

Images