KR20220148759A - Method and system for wearing a helmet in conjunction with an electric kickboard - Google Patents

Abstract

Provided are a method and a system for wearing a helmet in conjunction with an electric kickboard. The method for wearing a helmet in conjunction with an electric kickboard comprises: a step of allowing a user to access an electric kickboard through a personal terminal; a step of authenticating whether the user is wearing one of a personal helmet or a public helmet in a helmet storage box installed on the electric kickboard; a step of setting for driving of the electric kickboard when the wearing of the helmet by the user is authenticated; a step of checking whether the public helmet is locked in the helmet storage box of the electric kickboard when the electric kickboard is returned after the driving is completed; and a step of confirming returning of the electric kickboard when the locked state is checked. The present invention can facilitate management and storage of a helmet.

Description

Method and system for connecting helmet wearing of electric kickboard

The present invention relates to a method and system for connecting a helmet wearing an electric kickboard.

The helmet plays an important role in preventing a major accident in advance by protecting the user's head. If an accident occurs without a helmet on, the risk of death increases. For example, in the case of motorcycles, it is reported that the death rate increases by about 45% when not wearing a helmet, and it is known that the safety effect of wearing a helmet is large.

However, the actual use of helmets is still insufficient, and in recent years, even in the sharing rental business of various mobility such as electric kickboards, users hardly wear helmets.

In particular, there is a problem in that it is difficult to manage the rental and return of the helmet, even if it is forced to wear a helmet in the electric kickboard rental business. Accordingly, there is an urgent need for a method for inducing the use of the electric kickboard user's helmet, and for facilitating rental and return management.

Republic of Korea Patent No. 10- 1980155 (Registered on May 14, 2019)

SUMMARY OF THE INVENTION The present invention is to solve the above problems, and a method and system for linking helmets for electric kickboards that can connect the electric kickboard and helmet so that the user of the electric kickboard can wear a helmet and easily manage and store the helmet. provides

The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

According to an embodiment of the present invention, there is provided a method for connecting a helmet wearing an electric kickboard, the method comprising: a user accessing the electric kickboard through a personal terminal; authenticating whether one of the user's personal helmets or the public helmets provided in the helmet storage box installed in the electric kickboard is worn; setting the electric kickboard to run when the user's helmet wearing is authenticated; checking whether the public helmet is in a locked state in the helmet storage box of the electric kickboard when the driving of the electric kickboard is completed and returned; and when the locking state is confirmed, returning of the electric kickboard is completed.

In addition, the step of accessing the electric kickboard may include authenticating the QR code of the electric kickboard using the personal terminal.

In addition, the step of authenticating whether the helmet is worn may include analyzing the image captured through the personal terminal to confirm that the user wears the helmet.

In addition, the step of determining whether the locking state may include the step of determining whether the common helmet is located in the helmet storage box of the electric kickboard and the helmet storage box is in the locked state.

And, the step of completing the return may further include sterilizing the common helmet located in the helmet storage box.

In accordance with an embodiment of the present invention for achieving the above object, there is provided a helmet wearing linkage system for an electric kickboard, comprising: an electric kickboard to which a QR code capable of authenticating a user is attached; a helmet storage box having a common helmet that the user can wear; a personal terminal for recognizing the QR code to transmit access request information, and photographing and transmitting a helmet wearing state of the user wearing one of the user's personal helmet or the public helmet of the helmet storage box; and confirming the access request information transmitted from the personal terminal to allow the user to access the electric kickboard, and analyzing the helmet photographing state of the user transmitted by photographing from the personal terminal to allow the user to use the electric kickboard It includes a kickboard management server that sets the driving possible.

Also, when returning the electric kickboard after the driving of the electric kickboard is completed, the public helmet may be located in the helmet storage box of the electric kickboard, and it may be confirmed whether the helmet storage box is in a locked state.

Also, when the helmet storage box is in a locked state, the kickboard management server may process that the return of the electric kickboard is completed.

In addition, the helmet storage box may further include a solar cell panel, a battery charging module for charging power generated from the solar cell panel, and a control module for controlling the battery charging module.

In addition, the helmet storage box may further include a linear solenoid for opening and closing the helmet storage box by generating a linear driving force.

In addition, the helmet storage box may further include a UV lamp module for disinfecting the inside of the helmet storage box and the common helmet seated inside the helmet storage box.

In addition, the helmet storage box may further include an ultrasonic sensor for determining whether the common helmet is located inside the helmet storage box by measuring an internal distance of the helmet storage box.

In addition, the helmet storage box includes a main case having first to third openings; a main cover connected to the main case to cover the first opening of the main case; A door that covers the second opening and can be opened and closed, a coupling bracket connected to the main cover to couple the main case and the main cover to the electric kickboard, and installed at the opening and closing portion of the door, for opening and closing the door It may include a locking cover to which one end of the linear solenoid is fastened; .

In addition, in the helmet storage box, a Bluetooth module communicating with the personal terminal may be installed in the battlefield base.

A helmet storage box according to an embodiment of the present invention for achieving the above object includes a main case, a main cover connected to the main case to cover the rear surface of the main case, and a front surface of the main case connected to the main case a door that can be opened and closed, a coupling bracket connected to the main cover for coupling the main case and the main cover to the electric kickboard, a lock cover installed at the opening and closing portion of the door, and an upper side of the main case and an electric-length base covering the electric-length base, and an electric-length cover connected to the main case to surround the electric base.

In addition, in the helmet storage box, a Bluetooth module for communicating with a personal terminal may be installed in the battlefield base.

In addition, in the helmet storage box, a solenoid module that is fastened to the lock cover and locks the door may be installed on the electric base.

In addition, the helmet storage box may further include a solar cell panel installed on the upper surface of the electric base, a battery charging module for charging power generated from the solar panel, and a control module for controlling the battery charging module have.

In addition, the helmet storage box may further include a UV lamp module for disinfecting the inside of the helmet storage box and the common helmet seated inside the helmet storage box.

In addition, the helmet storage box may further include an ultrasonic sensor for measuring an internal distance of the helmet storage box to determine whether the common helmet is located inside the helmet storage box.

In order to achieve the above object, a kickboard management server according to an embodiment of the present invention recognizes a QR code of an electric kickboard or a helmet storage box installed on the electric kickboard, and stores the electric kickboard user's personal helmet or the inside of the helmet storage box. a server communication module configured to receive access request information and a helmet wearing image of the user from a personal terminal for photographing a helmet wearing state of the user wearing one of the located public helmets; and a server control module configured to confirm the access request information to permit the user to access the electric kickboard, and to analyze the user's helmet wearing image to enable the user to drive the electric kickboard.

Other specific details of the invention are included in the detailed description and drawings.

According to the present invention, the electric kickboard and the helmet are linked so that the user of the electric kickboard must wear the helmet, and the helmet can be easily managed and stored.

1 is a diagram illustrating the configuration of a helmet wearing linkage system of an electric kickboard according to an embodiment of the present invention.
2 is a view showing the exterior of a helmet storage box installed on an electric kickboard according to an embodiment of the present invention.
Figure 3 is a view showing an exploded state of the helmet storage box of Figure 2;
Figure 4 is a view showing a state in which the door of the helmet storage box of Figure 2 is opened.
5 is a view showing various modules provided in the helmet storage box of FIG.
6 is a diagram illustrating a sequence of a method for connecting a helmet wearing of an electric kickboard according to an embodiment of the present invention.
7 is a diagram illustrating a sequence of a method for connecting a helmet wearing of an electric kickboard according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout.

Although first, second, etc. are used to describe various elements, components, and/or sections, it should be understood that these elements, components, and/or sections are not limited by these terms. These terms are only used to distinguish one element, component, or sections from another. Accordingly, it goes without saying that the first element, the first element, or the first section mentioned below may be the second element, the second element, or the second section within the spirit of the present invention.

The terminology used herein is for the purpose of describing the embodiments and is not intended to limit the present invention. In this specification, the singular also includes the plural, unless specifically stated otherwise in the phrase. As used herein, "comprises" and/or "made of" refers to a referenced component, step, operation and/or element of one or more other components, steps, operations and/or elements. The presence or addition is not excluded.

Unless otherwise defined, all terms (including technical and scientific terms) used herein may be used with the meaning commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not to be interpreted ideally or excessively unless clearly defined in particular.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a diagram illustrating the configuration of a helmet wearing linkage system of an electric kickboard according to an embodiment of the present invention.

Referring to FIG. 1 , a system for wearing a helmet for an electric kickboard according to an embodiment of the present invention includes an electric kickboard 100 , a personal terminal 200 , and a kickboard management server 300 . In addition, it further includes a common helmet 400 to be worn by the user of the electric kickboard 100 , and a helmet storage box 500 installed in the electric kickboard 100 to store the common helmet 400 .

At this time, the electric kickboard 100 , the personal terminal 200 , the kickboard management server 300 , and the helmet storage box 500 are each accessible through the network 50 , and the network 50 is a local area network, LAN), metropolitan area network (MAN), wide area network (WAN), Internet, 2G, 3G, 4G mobile communication network, Wi-Fi, Wibro, Bluetooth -tooth) and the like.

The electric kickboard 100 is attached with a QR code 105 that can authenticate a user.

In addition, the electric kickboard 100 is provided with a helmet storage box 500 having a common helmet 400 that a user can wear. Here, the common helmet 400 is a helmet that is stored in the helmet storage box 500 and can be used by any user who intends to use the electric kickboard 100 . The user of the electric kickboard 100 may use his/her personal helmet (not shown) instead of the public helmet of the helmet storage box 500 .

The helmet storage box 500 has a structure that can be installed on the electric kickboard 100 , and a predetermined space is formed therein to store the common helmet 400 . For example, the helmet storage box 500 may be installed on the front vertical support of the electric kickboard 100 , and may rotate based on the front vertical support. As the helmet storage box 500 rotates, the helmet storage box 500 can be positioned forward when the electric kickboard 100 is driven.

In addition, the helmet storage box 500 may form a door on one side to facilitate storage of the common helmet 400 . The door may include a locking member to prevent loss of the common helmet 400 . And, since the helmet storage box 500 has a foldable structure, when there is no common helmet 400, the helmet storage box 500 can be folded to reduce the size of the helmet storage box 500 to promote safety during driving.

The specific structure and function of the helmet storage box 500 will be described later.

The QR code 105 is formed in a position that the personal terminal 200 can recognize. As shown in FIG. 1 , the QR code 105 may be located on the main body located near the handle portion of the electric kickboard 100 . Alternatively, it may be located in the helmet storage box 500 .

At this time, when the QR code 105 is placed in the helmet storage box 500 , not only information on the electric kickboard 100 but also information on the helmet storage box 500 may be managed. In addition, the QR code 105 can be interlocked with the helmet storage box 500 so that locking and unlocking of the helmet storage box 500 can be performed using the QR code. Specifically, the user's information is verified by authenticating the QR code 105 through the personal terminal 200, and the locking device of the helmet storage box 500 is released when the user is the confirmed user.

By using the QR code 105, it is possible to perform locking and unlocking of the electric kickboard 100 as well as locking and unlocking of the helmet storage box.

For the kickboard rental service, the electric kickboard 100 includes a kickboard communication module (not shown), a kickboard shooting module (not shown), a kickboard GPS module (not shown), a kickboard control module (not shown), and a kickboard charging module (not shown). city), a kickboard display module (not shown), and a kickboard voice module (not shown).

The kickboard communication module communicates the network 50, the kickboard shooting module takes pictures while the electric kickboard 500 is driving, the kickboard GPS module checks the location of the electric kickboard 500, and the kickboard control module uses the electric kickboard 500 and each module. The control, kickboard charging module charges and supplies power, the kickboard display module displays visual information, and the kickboard voice module provides auditory information.

The personal terminal 200 transmits the access request information by recognizing the QR code 105 of the electric kickboard 100, the user's personal helmet or the public helmet 400 of the helmet storage box 5000. The state of wearing the helmet is photographed and transmitted.

At this time, the access request information is based on the QR code image 105a photographed by the QR code 105 of the electric kickboard in the personal terminal 200. The user accesses the electric kickboard through the personal terminal 200. By requesting access to the electric kickboard 100 from the kickboard management server 300 that has received the access request information, the user can access not only the electric kickboard 100 but also the helmet storage box 500 .

In the personal terminal 200 , a kickboard service application (APP) for using the electric kickboard 100 may be installed. You can use the shared service of the electric kickboard 100 by using the kickboard service application (APP), and the application (APP) can process the information of the QR code 105 located in the electric kickboard 100 or the helmet storage box 500. can

The personal terminal 200 is a general mobile communication terminal, 2G / 3G / 4G, a terminal capable of WiBro wireless network service, a Palm PC (Palm Personal Computer), a personal digital assistant (PDA: Personal Digital Assistant), a smartphone, It can mean all wired and wireless home appliances/communication devices having a display module such as a WAP phone (Wireless application protocol phone), and is an information communication device such as a computer, notebook, tablet PC, etc. or a device including the same in addition to a mobile communication terminal can

The personal terminal 200 may include a terminal GPS module, a QR recognition module, a terminal display module, a terminal communication module, a terminal control module, a terminal photographing module, a terminal storage module, and the like.

The terminal GPS module acquires location information of the personal terminal 200 .

The terminal display module may include a terminal display module (not shown) for displaying visual information or a terminal voice module (not shown) for voice guidance.

The terminal communication module may communicate with the outside such as the electric kickboard 100 , the kickboard management server 300 , and the helmet storage box 500 . The current location information of the personal terminal 200 is transmitted to the kickboard management server 300 through the terminal communication module, and the location information is analyzed in the kickboard management server 300 to search for necessary service information, and then to be transmitted to the personal terminal 200 can

The terminal control module controls the personal terminal 200 and each component of the personal terminal 200 . The terminal control module may control the location information transmitted from the kickboard management server 300 to match the map information and to be displayed on the terminal display module in real time. Such a terminal control module may display various information through a kickboard service application.

The terminal photographing module takes an image, and the image is transmitted to the kickboard management server 300 . The kickboard management server 300 may analyze the captured image to confirm the user's helmet wearing state.

The terminal storage module is a space for storing various types of information and data, and may store an execution file of a kickboard service application transmitted and installed from the kickboard management server 300 .

The kickboard management server 300 confirms the access request information transmitted from the personal terminal 200 to permit the user to access the electric kickboard 100, and the user's The helmet shooting state is analyzed to enable the user to drive the electric kickboard 100 . In particular, the kickboard management server 300 may control and manage a plurality of electric kickboards 100 and a server-side database (not shown) that stores information related to a plurality of users.

The kickboard management server 300 includes a server search module (not shown) that retrieves kickboard-related information and user-related information from a server-side database, a server communication module (not shown) that communicates with the personal terminal 200, and the like, and a server storage module (not shown), the kickboard management server 300, and a server control module (not shown) for controlling each component may be included.

The server search module searches various types of information stored in the server-side database, and the information retrieved from the server search module can be processed by the server control module.

The server communication module communicates with the electric kickboard 100 and the personal terminal 200 . For example, the server communication module recognizes the QR code installed in the electric kickboard 100 or the QR code of the helmet storage box 500, and the user's personal helmet or the helmet storage box 500 of the electric kickboard 100. Access request information and a helmet wearing image of the user may be transmitted from the personal terminal 200 for photographing the helmet wearing state of the user wearing one of the located public helmets 400 . In addition, the server communication module may transmit various control signals such as locking, unlocking, and driving enable signals of the electric kickboard 100 and/or the helmet storage box 500 to the electric kickboard 100, and to the personal terminal 200 Various types of related information and data can be transmitted.

The server storage module stores various information and data. Data stored in the server storage module may be stored in a separate database. In addition, the server storage module may store various software such as executable files that can be installed in the personal terminal 200 .

The server control module controls the kickboard management server 300 by controlling a server communication module, a server storage module, and the like. For example, the server control module confirms the access request information received from the personal terminal 200 through the server communication module, permits the user to access the electric kickboard 100, and analyzes the user's helmet wearing image. The user may set to enable the driving of the electric kickboard 100 .

Also, the kickboard management server 300 may provide an executable file to the connected personal terminal 200 so that the kickboard service application is installed in the personal terminal 200 . For example, the server control module may transmit an executable file stored in a server storage module or an external database to the personal terminal 200 through the server communication module.

In addition, the kickboard management server 300 may further include a server authentication module (not shown) for security because sensitive location information or personal information of the user may be transmitted and received. When the personal terminal 200 accesses for the first time, a member registration may be requested, and authentication of the personal terminal 200 may be performed after the membership registration is completed. For example, the personal terminal 200 is authenticated through an indexer or password of a unique authentication module such as a user through the authentication module. The authentication unit authenticates the user using at least one authentication protocol among text file authentication module (mod_auth), DBM authentication module (mod_auth_dbm), Berkeley DB authentication module (mod_auth_db), Anonymous authentication module (mod_auth_anon), PostgreSQL authentication module, and XNS authentication service. However, it will be apparent to those skilled in the art that the authentication is not limited thereto.

The personal terminal 200 in which the kickboard service application is installed and the kickboard management server 300 can maintain transmission and reception through PUSH messages, etc., and the user of the personal terminal 200 using the electric kickboard 100 moves, Information on a corresponding area and surroundings may be sequentially displayed on the personal terminal 200 .

The kickboard management server 300 allows only a user wearing a helmet to use the electric kickboard 100, and a user using a public helmet stores the public helmet 100 in the helmet storage box 500 again. 100) is returned.

Specifically, even if the user accesses the electric kickboard 100 through the personal terminal 200, when it is confirmed through image analysis whether the user is wearing a personal helmet or a public helmet, the user uses the electric kickboard 100 can be driven

In addition, when the driving of the electric kickboard is completed and returned, there is a common helmet inside the helmet storage box 500, and at the same time, a locking state in which the helmet storage box 500 is locked must be confirmed. The return of the electric kickboard 100 is processed as being completed. More specifically, when returning the vehicle after driving is completed, the electric kickboard 100 checks whether the common helmet 400 is located in the helmet storage box 500 of the electric kickboard 100 and the helmet storage box 500 is in a locked state. And, the kickboard management server processes that the return of the electric kickboard is completed when the helmet storage box 500 is in the locked state.

2 is a view showing the exterior of a helmet storage box installed on an electric kickboard according to an embodiment of the present invention. In addition, FIG. 3 is a view showing an exploded state of the helmet storage box of FIG. 2 . In addition, FIG. 4 is a view showing a state in which the door of the helmet storage box of FIG. 2 is opened. And, FIG. 5 is a view showing various modules provided in the helmet storage box of FIG.

2 to 4 , the helmet storage box 500 may open and close the door 513 in a glove box type. Since the common helmet 400 is positioned on the door 513 side, the common helmet 400 moves according to the movement of the door 513 so that the user can easily put the common helmet 400 into the helmet storage box 500 and take it out. .

Most of the helmet storage box 500, except for some areas, may be formed of plastic such as ABS so that it can sufficiently withstand the external environment in which the electric kickboard 100 is used and located for a long time.

Specifically, the external structure forming the inner space of the helmet storage box 500 includes a main case 511 , a main cover 512 , a door 513 , a coupling bracket 514 , a locking cover 515 , and a full-length cover 516 . ), a name plate cover 517, and the like. In addition, the battlefield base 520 is disposed on the upper side of the helmet storage box (500). The main case 511, the main cover 512, the door 513, the coupling bracket 514, the lock cover 515, the full length cover 516, the name plate cover 517, the full length base 520 are the helmet storage boxes. It constitutes the outer surface of (500).

Here, the main case 511 , the main cover 512 , and the door 513 form a space for the helmet to be positioned therein.

The main case 511 covers the space in which the main cover 512 , the door 513 , and the electric base 520 are connected, and has three open spaces. For convenience, the spaces formed in the parts where the main cover 512 , the door 513 , and the electric base 520 are connected are referred to as a first opening, a second opening, and a third opening, respectively.

The main cover 512 is a portion positioned on the side of the electric kickboard 100 , is connected to the main case 511 , and covers the first opening of the main case 511 . In addition, the main cover 512 is connected to the coupling bracket 514 on the opposite side to which the main case 511 is connected.

The door 513 is a portion on which the common helmet 400 is seated, and is connected to the main case 511 to cover the second opening of the main case 511 . The door 513 preferably has a shape corresponding to the common helmet 400 so that the common helmet 400 is easily seated.

Here, the door 513 is rotatable based on the main case 511 so that the user can easily open and close it. In particular, as shown in FIG. 4 , even when the door 513 is maximally opened by limiting the rotation radius, the common helmet 400 can be made level with the ground.

In addition, the second opening may be opened and closed by the operation of the door 513 , and may be locked by the lock cover 515 and the linear solenoid 550 to be in a locked state.

The coupling bracket 514 is connected to the main cover 512 , and couples the main case 511 and the main cover 512 to the electric kickboard 100 . Specifically, the coupling bracket 514 is fastened to the vertical bar to which the handle is connected in the electric kickboard 100 .

The lock cover 515 is installed at the opening and closing portion of the door 513 , and one end of the linear solenoid 550 for opening and closing the door 513 is fastened. The protruding distal end of the linear solenoid 550 is fastened to the locking cover 515 to lock the helmet storage 500, and the protruding distal end of the linear solenoid 550 is separated from the locking cover 515 to unlock the helmet storage 500. unlock it

The electric base 520 and the electric cover 516 form the upper surface of the helmet storage box 500 , and various sensors, boards, etc. for the user to operate the helmet storage box 500 may be installed on the electric length base 520 . have.

Specifically, the electric base 520 may cover the third opening of the main case 511 , and the solar cell panel 525 and the linear solenoid 550 may be installed therein.

In addition, the electric cover 516 may be connected to the main case to cover the electric base. A touch panel for manipulating the helmet storage box 500 may be installed on the electric cover 516 , and a name plate cover 517 for protecting it may be installed.

Referring to FIG. 5 , the helmet storage box 500 may perform various functions by installing various sensors, switches, and modules therein.

For example, the helmet storage box 500 includes a relay module 531 , a control module 532 , an Arduino nano board 533 , a battery charging module 535 , a tact switch 540 , a Bluetooth module 545 , a linear It may include a solenoid 550 , a UV lamp module 560 , an ultrasonic sensor 570 , and the like.

The helmet storage box 500 may further include a battery charging module 535 for charging power generated from the solar cell panel 525 , and a control module 532 for controlling the battery charging module 535 .

The battery charging module 535 serves as a power source for providing power required for each component of the helmet storage box 500 to operate.

The control module 532 controls various sensors and modules of the helmet storage box 500 such as the linear solenoid 550, the UV lamp module 560, and the Bluetooth module 545 of the helmet storage box 500, and the battery charging module ( 535), the linear solenoid 550, the UV lamp module 560, the Bluetooth module 545, etc. may properly supply power required to operate.

In addition, by installing the relay module 531 and the Arduino nanoboard 533 in the electric base 520, various sensors, modules, chips, etc. are installed in the helmet storage box 500, and control thereof can be facilitated.

A tact switch 540 may be installed corresponding to the area where the nameplate cover 517 of the electric base 520 is installed, and when the user touches the power display area of the touch panel, the function of releasing the power saving mode is performed. can

In addition, a Bluetooth module 545 communicating with the personal terminal 200 may be installed in the electric base 520 .

As described above, the linear solenoid 550 may generate a linear driving force to open and close the helmet storage box 500 . More specifically, the protruding distal end of the linear solenoid 550 is fastened to the locking cover 515 to lock the door 513, and the protruding distal end of the linear solenoid 550 is separated from the locking cover 515 and the door 513 ) is unlocked. The operation of the linear solenoid 550 is linked to the user's authentication of the QR code 105 of the electric kickboard 100, and the door 513 is locked and unlocked by receiving a signal through the Bluetooth module 545. .

The UV lamp module 560 disinfects the inside of the helmet storage box 500 and the common helmet 400 seated inside the helmet storage box 500 . A plurality of UV lamp modules 560 may be installed to facilitate UV sterilization.

The ultrasonic sensor 570 may measure the inner distance of the helmet storage box 500 to determine whether the common helmet 400 is located inside the helmet storage box 500 . Accordingly, it can be used to determine whether the helmet storage box 500 is opened or closed by checking whether the common helmet 400 is located inside. In particular, when returning the electric kickboard 100, the user who uses the common helmet 400 must return the common helmet 400 to the helmet storage box 500, so the shared helmet 400 is analyzed by analyzing the sensing value of the ultrasonic sensor 570. 400) is IN/OUT. 6 is a diagram illustrating a sequence of a method for connecting a helmet wearing of an electric kickboard according to an embodiment of the present invention.

Referring to FIG. 6 , in the method for linking the helmet wearing of the electric kickboard according to an embodiment of the present invention, the user accesses the electric kickboard through a personal terminal (S110), and the user's personal helmet or the electric kickboard is installed on the It is authenticated whether one of the common helmets of the helmet storage box is worn (S120). Then, when the user's helmet wearing is authenticated, the electric kickboard is set to be driven (S130). And, when the driving of the electric kickboard is completed and returned, it is checked whether the common helmet is locked in the helmet storage box of the electric kickboard (S140), and when the locking state is confirmed, the Return is completed (S150).

Therefore, the user must wear at least one of a personal helmet and a public helmet to use the electric kickboard, and when the electric kickboard is returned, the return is processed only when the public helmet is locked in the electric kickboard. Through this, it is possible to force the user to wear the helmet, and it is possible to prevent the loss of the common helmet.

Specifically, when the electric kickboard 100 is rented, the user's information is checked by QR code authentication, and when the user's use is permitted, the lock of the helmet storage box 500 is released. The user's personal terminal 200 utilizes the camera and object recognition technology to determine whether to wear a helmet, and only when wearing the helmet is confirmed, driving-related functions are activated in the electric kickboard 100, and in the opposite case, the helmet is worn. will check whether Through this, it is possible to prevent the electric kickboard from being operated without wearing a helmet.

In addition, when returning the electric kickboard, a return confirmation procedure of the helmet is performed. For example, the location of the common helmet 400 in the helmet storage box 500 is checked based on the value sensed by the ultrasonic sensor, etc., and if the return of the common helmet 400 is not confirmed, a return request message is sent to the user. It is transmitted to the personal terminal 200 . In addition, when the storage box 500 is not completely closed by determining the degree of closing by the ultrasonic sensor value at the time of return, the operation of the electric kickboard 100 is not terminated.

7 is a diagram illustrating a sequence of a method for connecting a helmet wearing of an electric kickboard according to another embodiment of the present invention.

Referring to FIG. 7 , the QR code of the electric kickboard is authenticated using a personal terminal (S210), and through this, the electric kickboard can be accessed.

Thereafter, the user who has accessed the electric kickboard wears a helmet is authenticated (S220). Specifically, the authentication of the helmet wearing may analyze the image captured through the personal terminal to confirm the user's helmet wearing.

At this time, the user may bring a personal helmet (S212).

In the case of bringing a personal helmet (S212, Yes), since it is possible to immediately authenticate whether the helmet is worn, it is authenticated whether the helmet is worn with the personal helmet (S220).

And, if you do not bring your personal helmet (S212, No), since you need to use a shared helmet, the locking state of the helmet storage is released (S215). The user can use the shared helmet of the unlocked helmet storage box, and authenticates whether he is wearing the helmet as the shared helmet (S220).

Since the wearing of the helmet of the user who accessed the electric kickboard is authenticated, the user can drive the electric kickboard (S230).

When the user completes the driving of the electric kickboard, the return procedure of the electric kickboard is started (S240). Here, the return procedure is performed differently depending on whether the user brings his or her personal helmet (S242).

When the user brings a personal helmet (S242, Yes), since the public helmet is not used, the return proceeds with the start of the return procedure to complete the return of the electric kickboard (S250).

And, when the personal helmet is not brought (S242, No), since the common helmet is used, the common helmet needs to be returned, and the shared helmet is stored and returned in the helmet storage box (S245). Then, the helmet storage box is locked to the locked state (S247). When the helmet storage box is in the locked state, it is considered that the return of the common helmet is completed, and the return of the electric kickboard is proceeded to complete the return of the electric kickboard (S250). Here, it is determined that the return of the common helmet is completed by confirming that the common helmet is located in the helmet storage box of the electric kickboard and the helmet storage box is in a locked state.

And, after returning the electric kickboard, the common helmet located in the helmet storage box may be sterilized. In order to solve the sanitation problem, the public helmet is disinfected, and this cycle is set according to the use and return of the electric kickboard. In order to disinfect the common helmet, the helmet storage box may include a UV lamp, a spray nozzle, a sensor or button for detecting locking and unlocking of the helmet storage box, a disinfectant storage case, and the like.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those of ordinary skill in the art to which the present invention pertains can realize that the present invention can be embodied in other specific forms without changing its technical spirit or essential features. you will be able to understand Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

100: electric kickboard
200: personal terminal
300: kickboard management server
500: helmet storage

Claims (15)

accessing the electric kickboard by a user through a personal terminal;
authenticating whether one of the user's personal helmets or the public helmets provided in the helmet storage box installed in the electric kickboard is worn;
setting the electric kickboard to run when the user's helmet wearing is authenticated;
checking whether the public helmet is in a locked state in the helmet storage box of the electric kickboard when the driving of the electric kickboard is completed and returned; and
When the locking state is confirmed, returning the electric kickboard is completed. The method of claim 1,
The step of accessing the electric kickboard,
A method for linking helmet wearing of an electric kickboard, comprising the step of authenticating the QR code of the electric kickboard using the personal terminal. The method of claim 1,
The step of authenticating whether the helmet is worn is,
A method of linking the helmet wearing of an electric kickboard, comprising the step of analyzing the image captured through the personal terminal to confirm that the user wears the helmet. The method of claim 1,
The step of checking whether the locking state is,
and confirming that the common helmet is located in the helmet storage box of the electric kickboard and that the helmet storage box is in a locked state. 5. The method of claim 4,
When the return is completed,
Further comprising the step of sterilizing the common helmet located in the helmet storage box, the helmet wearing connection method of the electric kickboard. An electric kickboard to which a QR code that can authenticate a user is attached;
a helmet storage box having a common helmet that the user can wear;
a personal terminal for recognizing the QR code to transmit access request information, and photographing and transmitting a helmet wearing state of the user wearing one of the user's personal helmet or the public helmet of the helmet storage box; and
By confirming the access request information transmitted from the personal terminal, the user is permitted to access the electric kickboard, and the user's helmet photographing state transmitted by photographing from the personal terminal is analyzed to allow the user to use the electric kickboard. A helmet-wearing linkage system for an electric kickboard, including a kickboard management server configured to enable driving. 7. The method of claim 6,
The electric kickboard,
When the driving of the electric kickboard is completed and returned, the common helmet is located in the helmet storage box of the electric kickboard, and it is checked whether the helmet storage box is in a locked state. 8. The method of claim 7,
The kickboard management server,
When the helmet storage box is in a locked state, it is processed as the return of the electric kickboard is completed, the helmet wearing linkage system of the electric kickboard. 7. The method of claim 6,
The helmet storage
solar panel and
a battery charging module for charging power generated from the solar panel;
Further comprising a control module for controlling the battery charging module, the helmet wearing linkage system of the electric kickboard. 7. The method of claim 6,
The helmet storage
Further comprising a linear solenoid that generates a linear driving force to open and close the helmet storage box, the helmet wearing linkage system of the electric kickboard. 7. The method of claim 6,
The helmet storage
The helmet wearing linkage system of the electric kickboard further comprising a UV lamp module for sterilizing the inside of the helmet storage box and the common helmet seated inside the helmet storage box. 7. The method of claim 6,
The helmet storage
The helmet wearing linkage system of the electric kickboard further comprising an ultrasonic sensor for measuring the inner distance of the helmet storage box to determine whether the common helmet is located inside the helmet storage box. According to claim 6,
The helmet storage
a main case having first to third openings;
a main cover connected to the main case and covering the first opening of the main case;
a door connected to the main case to cover the second opening of the main case, and an openable and openable door;
a coupling bracket connected to the main cover to couple the main case and the main cover to the electric kickboard;
a lock cover installed at the opening and closing portion of the door and to which one end of a linear solenoid for opening and closing the door is fastened;
an electric base covering the third opening and on which a solar cell panel and the linear solenoid are installed;
Connected to the main case and including a full-length cover surrounding the electric base, the helmet wearing linkage system of the electric kickboard. 14. The method of claim 13,
The helmet storage
A Bluetooth module communicating with the personal terminal is installed in the battlefield base, the helmet wearing linkage system of the electric kickboard. A personal terminal for recognizing the QR code of the electric kickboard or a helmet storage box installed on the electric kickboard, and photographing the helmet wearing state of the user wearing either the electric kickboard user's personal helmet or the public helmet located inside the helmet storage box a server communication module that receives access request information and an image of the user wearing a helmet from the server; and
and a server control module configured to confirm the access request information to permit the user to access the electric kickboard, and to analyze the user's helmet wearing image to enable the user to drive the electric kickboard; management server.

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