KR102399284B1 - Helmet Storage system - Google Patents

Abstract

The present invention relates to a shared micro-mobility helmet care system, which actively improves efficiency and convenience of use, comprising: an enclosure (100) provided with a storage space for a helmet (H) therein; a cover (200) for opening and closing the storage space; and a management module (300) for controlling the opening and closing of the enclosure.

Description

Shared micro-mobility helmet care system {Helmet Storage system}

The present invention is disclosed with respect to a series of care systems required for storing and managing a helmet for micro-mobility, and more particularly, a helmet can be individually stored on a quick board or a bicycle provided by a shared micro-mobility service company. In addition to providing a customized storage means, the efficiency and convenience of use are actively improved as activities such as rental location, rental and return status, and payment are implemented more easily and conveniently through simple authentication of individual helmets using the user's terminal. Due to the storage means that dry and sterilize the target helmet when returning it, it can be expected to provide a sanitary helmet to users and improve service quality. It relates to a helmet care system of shared micro-mobility that can actively contribute to vitalization of shared micro-mobility service by minimizing economic loss to society and companies by actively preventing loss.

Recently, as electric quick boards become popular, many people experience it, and as convenient mobility through electric quick boards is highlighted, micro-mobility sharing that temporarily provides bicycles, motorcycles, small cars, etc. including electric quick boards for free or at a small cost The service is being carried out. Although the above shared service can be easily used only by self-authentication using a smartphone, many people are using it, but some users who ignore the recommendations for use such as inexperienced operation, non-compliance with safe speed, non-compliance with passenger limit, and reckless driving on the road. Safety concerns are increasing as they cause numerous traffic accidents and human casualties.

In particular, wearing a helmet is compulsory because not wearing a helmet can lead to death, but some micro mobility sharing service providers do not provide helmets due to loss or theft, but even if they do, they are used by an unspecified number of people, as shown in Fig. As the helmet is stored in a state exposed to the outside, users judged it to be unsanitary and were reluctant to wear it, so this problem had to continue.

In accordance with this situation, a system for safely and hygienically storing helmets has been established, and as an example, Korean Patent Publication No. 10-2020-0028775 "Unmanned helmet storage locker and unmanned helmet rental system" is published.

The above technology identifies with the identification code of the tag attached to the helmet, records and manages the size of the helmet and the location of the storage means in which the helmet is placed. You can rent a helmet of any size you want, and the returned helmet is sterilized evenly with a UV lamp to provide it in a comfortable condition at all times. The above technology solves problems such as unauthorized use or non-return because the door of the storage means is opened and closed through the authentication system and the helmet is individually managed using a tag, and furthermore, a helmet of a desired size can be rented and returned. After that, it has a hygienic advantage by sterilizing it with an ultraviolet lamp.

As another example, Laid-Open Patent Publication No. 10-2020-0099327 "Unmanned helmet rental device and method using NFC" is published, and the technology obtains the user's identity from the user terminal with the NFC module to rent the helmet unattended. It is a technology that can do this, can identify used helmets, induce voluntary return, and hygienically maintain and manage the loaded helmets. The above technology has the advantage that it can greatly reduce the helmet maintenance cost and management cost of the local government or company that hosts it through unmanned rental, and as a result, it can contribute to the activation of public bicycles.

However, the above Patent Publication No. 10-2020-0028775 "Unmanned helmet storage locker and unmanned helmet rental system" and Patent Publication No. 10-2020-0099327 "Unmanned helmet rental apparatus and method using NFC" Separate facilities, space, and installation costs are required to store the . .

Therefore, the present invention secures the user's reliability in a sanitary manner by safely storing and storing the helmet so that external contaminants do not come in contact with it, and the rental, return, payment, etc. of the helmet are performed only with a simple authentication procedure, thereby securing the convenience of use of the user's voluntary helmet. Actively promotes wearing, and furthermore, by introducing a system to prevent the loss and theft of helmets and storage means, it is intended to minimize economic loss to society and companies.

Patent Publication No. 10-2020-0028775 "Unmanned helmet storage locker and unmanned helmet rental system" Laid-Open Patent Publication No. 10-2020-0099327 "Unmanned helmet rental device and method using NFC"

The present invention was created to more actively solve the above-mentioned problems, and installs and provides storage means in each micro-mobility so that users can rent and store helmets conveniently, and lose or lose the helmet stored in the storage means. Building an anti-theft smart system to prevent theft is a challenge.

In addition, another solution to the present invention is to provide a care system in the storage means to dry or sterilize the helmet used by an unspecified number and provide it in a comfortable state at all times.

In order to achieve the above-mentioned problem, the helmet care system of shared micro-mobility proposed by the present invention is as follows.

The helmet care system of the present invention is individually mounted on micro-mobility, and a housing 100 having a storage space for the helmet H on the inside; and a cover 200 that is hinged to the opening area of the housing to open and close the storage space. ; and a management module 300 that communicates with the manager server (S) based on the detection of whether the helmet is stored and the tracking information of the location of the helmet to determine and control whether the enclosure is opened or closed; however, the management module 300 includes An authentication unit 310 that opens the cover 200 from the housing 100 through user authentication to induce payment of the helmet H; The sensing unit 320 that transmits the a sterilization processing unit 330; and a settlement unit 340 which interworks with the sensing unit and the manager server (S) through a network to determine the intention to return the helmet and induces rental fees to be paid based on NFC; and , NFC-based locking means 50 equipped with a smart lock function is installed in the housing, depending on whether the electronic key is in contact with a specific terminal or manager server (S) to determine the opening and closing of the locking means, It is characterized in that it consists of; a fixing part 350 to be coupled and constrained to mobility.

In addition, the manager server (S) interlocks with the user's terminal (P) through the network, and the terminal (P) has micro-mobility and the state of the helmet (H) through the app (APP), a rental place, and a return place including guidance.

In addition, the authentication unit 310 includes a scanning unit 311 that scans a QR code from the terminal P possessed by the user; and a transmission unit 312 that shares the personal information acquired by the scanning unit with the manager server S ); and a determination unit 313 that determines whether the user is authenticated with the acquired personal information, and transmits the authentication information to the driving unit through the transmission unit; and the cover 200 of the housing 100 according to the command of the determination unit. and a driving unit 314 for opening.

In addition, the sensing unit 320 includes a storage sensing unit 321 that detects whether the helmet H is accommodated through a distance sensing sensor; and a helmet sensing unit that detects a unique identification number applied to the helmet through an RFID sensor ( 322); and a transceiver 323 for transmitting the helmet storage information and the helmet identification information to the manager server (S) and the terminal (P).

In addition, the sterilization processing unit 330 includes a control unit 360 for interworking with the manager server (S) or the user terminal (P) based on a network or Bluetooth, and the control unit 360 is the manager server (S) ) or the user terminal (P) according to whether the rotation speed of the fan 31 and the degree of light emission of the UV lamp 32 are wirelessly controlled.

In addition, the control unit 360 includes a board 361 to which the fan 31 and the UV lamp 32 are connected, and the board 361 is a Bluetooth for connecting with the manager server (S) or the user terminal (P). The chipset 362; and a control chipset 363 for setting or controlling the driving and activation conditions of the fan 31 and the UV lamp 32 by manipulation of the manager server or the user terminal.

According to the present invention having the above-described configuration, the shared helmet can be provided in an optimal sanitary condition at all times through a systematic care system such as drying and sterilization treatment while the helmet is completely stored in the built-in storage means, so the reliability of users is positive. As it is secured and voluntary wearing of a helmet is induced, there is an advantage that a safe riding system can be established.

In addition, according to the present invention, due to the integrated management system linked with the smart phone and the manager server, rental, return, and payment of the helmet are made quickly and conveniently, so that the efficiency of use is maximized, and the loss or theft, etc. As it can completely escape the risk of

1 is a photograph taken of the existing method in which the helmet was stored in a form exposed to the outside.
2 is a perspective view of a storage means for storing a helmet configured according to a preferred embodiment of the present invention.
Figure 3 is an exploded perspective view of the storage means for storing the helmet proposed by the present invention.
4 is a flowchart showing the configuration of a helmet care system proposed by the present invention.
5 is a state diagram showing a locking method of a fixing member using an electronic key.
Figure 6 is a state diagram showing a form in which the helmet is accommodated inside the housing.
Figure 7 is a state diagram showing a case in which the storage means for storing the helmet is applied to the quick board.
8 is a perspective view of a storage means for storing a helmet equipped with a smartphone wireless charging cradle as another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention, its action and effect.

Advantages and features of the present invention, and a method for 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 may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

The present invention is disclosed with respect to a series of care systems required for storing and managing a helmet for micro-mobility.

Above all, the present invention provides not only a customized storage means capable of individually storing a predetermined helmet on a quick board or a bicycle provided by a shared micro-mobility service company, but also makes it easier and easier through simple authentication of individual helmets using a user's terminal. Efficiency and convenience in use are actively improved as activities such as rental location, rental and return status, and payment are implemented conveniently, and hygienic helmets are provided to users due to storage means that dry and sterilize when returning the target helmets. Service quality can be improved together, and furthermore, as RFID checking and NFC-based electronic key adoption are actively preventing theft and loss of storage means and helmets, economic loss to society and companies is minimized, thereby actively promoting shared micro-mobility services Note that it relates to a helmet care system of shared micro-mobility that can contribute.

For example, micro mobility is a small means of transportation that utilizes eco-friendly power, and there are bicycles, electric quick boards, motorcycles, and small cars mainly used for short-distance driving. In one embodiment of the present invention, for convenience of description, it is assumed that an electric quick board is described as a shared micro-mobility.

1 is a photograph taken in an existing method in which a helmet was stored in a form exposed to the outside.

In order to use the existing micro-mobility service, the user must bring a helmet or rent it by paying an additional fee to the service company. The return was made in this way. However, this type of return has a very high risk of loss or theft, resulting in huge damage to the service company, and problems such as reluctance to use the returned helmet because it was exposed to the outside and was very unsanitary.

Therefore, the rental and return of the helmet is quick and easy, so it is excellent in usability and manageability, and after returning it, it is possible to store it hygienically and safely, so there is a need for a technology that can actively improve the quality of the service.

Figure 2 is a perspective view of a storage means for storing a helmet configured according to a preferred embodiment of the present invention, Figure 3 is an exploded perspective view of the storage means for storing a helmet proposed by the present invention, Figure 4 is a helmet care proposed by the present invention It is a flow chart showing the configuration of the system, FIG. 5 is a state diagram showing a locking method of a fixing member using an electronic key, FIG. 6 is a state diagram showing a form in which the helmet is accommodated inside the housing, and FIG. 7 is a helmet storage It is a usage state diagram showing the case where the storage means is applied to the quick board.

2 and 3, the storage means (1) for storing the helmet of the present invention is individually mounted on the quick board, the housing 100 having a storage space for the helmet (H) on the inside; and in the opening area of the housing. A cover 200 for opening and closing the storage space by a hinge; and a management module 300 that communicates with the manager server (S) based on the detection of whether the helmet is accommodated or not and the tracking information of the location of the helmet to determine whether to open or close the enclosure and control it.

The housing 100 is composed of a body 110 having a space to accommodate the helmet H therein, and a mounting means 120 that pressurizes the upper and lower sides of the accommodated helmet to firmly mount the helmet. do.

The body 110 is made in a shape corresponding to the outer shape of the helmet (H) one-to-one to minimize the overall size and secure lightness, thereby reducing the gap between the received helmet and the inner space so that more stable storage is achieved. In addition to induction, it provides a simple design externally. On the other hand, the body 110 includes a built-in battery that provides power so that the operation of the sterilization processing unit 330 described below and various sensed information can be transmitted to the manager server (S) or the user's terminal (P). do. In addition, the body 110 may be mounted on a handle or a support of the quick board, and may be mounted on the structure of the quick board or a position that does not interfere with driving in some cases, that is, on the rear wheel side board of the quick board. As a result, the body 110 is not limited to a location where it is installed, and is based on only one body installed on one quick board.

The holding means 120 includes a first pressing piece 121 that presses the rear head area of the helmet H accommodated in the body 110 and a second pressing piece 122 that presses the forehead area of the received helmet. In particular, any one of the first pressing piece and the second pressing piece can be adjusted up and down while retaining the elastic force by the spring so that the width can be adjusted according to the size of helmets provided in different sizes, of course. The mounted helmet was strongly pressurized with an elastic force to induce solid accommodation.

The cover 200 is coupled to the open front of the housing 100, and the open lower end of the housing and the lower end of the cover are respectively hinged. As described above, the cover 200 is rotated around the hinged portion with the housing 100 to open or shield the interior of the housing, thereby safely protecting the helmet (H) accommodated in the housing from external factors.

The housing 100 and the cover 200 are locked by providing each locking member at the upper end facing each other when shielding, and the locking member is manually released to open the cover or automatically released through user authentication and the cover can be opened.

The cover 200 is made of a transparent material so that the helmet H accommodated in the housing 100 can be seen from the outside, and fresh air can be injected into the housing or the polluted air formed inside the housing can be discharged to the outside. A ventilation hole 210 was provided so that the

The housing 100 and the cover 200 have a seal attached along the edge to prevent the infiltration of external fine dust or rainwater in a shielded state, thereby safely storing the accommodated helmet H.

The management module 300 refers to a system built to collectively manage all a series of services such as rental and return of the storage means for helmet storage 1, location guidance, payment, and prevention of loss and theft.

4, the management module 300 opens the cover 200 from the housing 100 through user authentication to induce payment of the helmet (H), the authentication unit 310; and is installed in the housing and designated A detection unit 320 that detects whether the helmet is stored and transmits the detected information to the manager server S and the sterilization unit; and the fan 31 and UV installed inside the housing according to the helmet storage information provided by the sensing unit The lamp 32 automatically operates to take care of the helmet, the sterilization processing unit 330; and the sensing unit and the manager server (S) and the network to determine the intention to return the helmet, and to reduce the rental cost based on NFC Settlement unit 340 to induce payment; And, a locking means 50 equipped with a smart lock function based on NFC is installed in the housing, and interlocks with a specific terminal or manager server (S) depending on whether the electronic key is in contact Thus, the locking means is opened and closed, and the fixing part 350 for coupling and restraining the housing to the quick board; consists of.

Prior to explaining the management module 300 in detail, the manager server (S) interworks with the user's terminal (P) through a network, and the terminal (P) is a quick board and a helmet (H) through an app (APP) ), rental location, and return location are provided.

The authentication unit 310 includes a scanning unit 311 that scans the QR code from the terminal P possessed by the user, and a transmission unit 312 that shares the personal information acquired by the scanning unit with the manager server S; A determination unit 313 that determines whether the user is authenticated with the acquired personal information and transmits the authentication information to the driving unit through the transmission unit, and a driving unit 314 that opens the cover 200 of the housing 100 according to the command of the determination unit. is composed of

The authentication unit 310 collects the user's personal information or personal information through the QR code, and commands the driver to open the cover 200 . The collected personal information or personal information is stored in the manager server (S) for a preset period, and is later used for the purpose of determining the cause in case of loss or damage of the corresponding quick board or helmet, and after the specified period has elapsed, automatically destroyed

The scan unit 311 supports voice guidance, and a voice service for various conveniences such as guidance on the operation method of the micro-mobility sharing service, information request guidance, thank-you note for use, and guidance on rental and return locations based on GPS is provided

The sensing unit 320 includes a storage sensing unit 321 that detects whether the helmet H is stored through a distance sensing sensor, and a helmet sensing unit 322 that detects a unique identification number applied to the helmet through an RFID sensor, and , and a transceiver 323 for transmitting the helmet storage information and helmet identification information to the manager server (S) and the terminal (P).

The distance sensor is installed at the upper end of the receiving space of the housing 100, and the sensing direction is directed to the lower side of the housing. In the distance sensor, when the helmet (H) is not accommodated, the light irradiated by the sensor reaches the lower side of the housing 100, and when the helmet (H) is accommodated, the light irradiated by the sensor reaches the rear head area of the helmet. Therefore, it is determined whether the helmet is stored based on the distance gap.

The information detected by the storage sensing unit 321 is transmitted to the manager server S and the sterilization processing unit 330 through the transceiver 323 to request care of the helmet H.

On the other hand, in the present invention, a unique identification code is given to each helmet (H), and the helmet detection unit 322 scans the unique identification code of the helmet (H) and transmits it to the manager server (S). It is determined whether the helmet stored in the housing 100 is correct.

The helmet detection unit 322 scans the unique identification code of the currently housed helmet (H) by operating the RFID sensor as soon as the cover 200 is opened by the user's authentication, and transmits the scanned tablet through the transceiver 323. It is transmitted to the manager server (S). The scanned unique identification code is grouped with the user's authentication information while the user uses the quick board and helmet (H) and automatically destroyed when the user returns the quick board and helmet and the storage means (1) is completely shielded do.

For example, if the unique identification code of the helmet returned by the user is not scanned, or the unique identification code of the returned helmet is different from the unique identification code scanned when renting, the manager server (S) connects with the user's terminal A loss or theft alert is provided to the manager's terminal so that a prompt response can be made against loss or theft.

The sterilization processing unit 330 includes a control unit 360 for interworking with a manager server (S) or a user terminal (P) based on a network or Bluetooth, and the control unit 360 is a manager server (S) or The rotation speed of the fan 31 and the degree of light emission of the UV lamp 32 are wirelessly controlled according to whether the user terminal P is operated or not.

In particular, the control unit 360 is configured to include a board 361 to which the fan 31 and the UV lamp 32 are connected, and the board 361 is connected to the manager server (S) or the user terminal (P). It is composed of a Bluetooth chipset 362 and a control chipset 363 that sets or controls driving and activation conditions of the fan 31 and the UV lamp 32 by manipulation of the manager server or user terminal.

The sterilization processing unit 330 assumes that the sterilization unit 30 is installed in the receiving space of the housing 100 . The sterilization unit 30 includes a fan 31 for drying the accommodated helmet by rotating by a battery built into the housing 100, and a UV lamp installed along the periphery of the fan to sterilize the accommodated helmet by emitting light by the battery. (32), and the battery is basically a built-in battery built into the housing, and has a structure that supplements power by concentrating solar energy or supplements power by using a charging cable at a service company every preset period. .

The fan 31 is installed in the center of the body 110, and is rotated in combination with a motor rotating by power provided by the battery. In particular, the fan 31 is configured to include a flow guide part 31a formed by arranging a plurality of circular patterns at predetermined intervals along the periphery of the oblique partition walls. The flow guide part 31a uniformly guides the wind direction generated by the fan 31 to the entire area of the helmet H through gaps formed between the partition walls, thereby drying the helmet wet from sweat or rain and removing various foreign substances. effectively remove

The UV lamp 32 is disposed adjacent to each other in a circular pattern along the edge of the fan 31 and is connected to a battery to radiate light. It is composed of a light output portion (32b).

In particular, the light exit portion 32b proposed by the present invention may be made of a light-diffusion plastic material, and is made of a donut-shaped plate material to cover the circumference of the fan 31 . The light-diffusion plastic diffuses the light of the light source to visually make the light uniform, and in detail, the light provided by the light-emitting body 32a collides with the diffusion bead in the light-diffusion plastic and spreads widely. Silver has excellent refractive transmittance in addition to diffuse transmittance and has a high illuminance value to create a soft atmosphere and induces uniform irradiation of light provided by the luminous body to the entire area of the helmet (H).

As described above, the sterilization processing unit 330 is connected to the manager server (S) or the user's terminal (P) through a network through the control unit 360 to arbitrarily control the brightness and dispersion angle of light, and the terminal (P) It is also possible to check the status of the luminous body in real time through the app of

The settlement unit 340 provides a payment service so as to pay for the use of the quick board or helmet H, preferably an electronic payment unit based on the NFC method installed on the quick board or the storage means (1). (not shown in the drawing) guides the payment process.

The settlement unit 340 employs any one of a prepaid method and a postpaid method to serve the user, but in the present invention, a postpaid payment method is recommended to prevent loss and theft. The settlement unit 340 is linked to the authentication unit 310 and the manager server S through a network, respectively, and when a user requests to return the quick board and the helmet H, payment guidance is provided through the authentication unit, and the user The payment is completed through the manager server (S).

It is assumed that the fixing part 350 is installed in the housing 100 and includes a locking means 40 for which locking is determined by an electronic key, and the locking means 40 has one side opened and is installed on the quick board. It is composed of a housing 41 in which is guided, and a pressing bolt 42 that penetrates from the outside of the housing to the inside to pressurize the object, thereby holding the installation position of the housing.

The housing 41 includes a flat bracket 41a closely coupled to the rear surface of the housing 100 and a cylindrical coupling part 41b coupled to a moving means such as a quick board or bicycle, which is an object, as one body. This omega (Ω) shape, the coupling part 41b is composed of a 'U'-shaped first coupling part 41b-1 and a second coupling part 41b-2 cut in half. It is a structure in which either side of the first coupling part and the second coupling part are hinged, and the hinged part is rotated according to the user's operation so that the other side is opened. The open area is interposed on the side of the object, such as a quick board or bicycle, and an electronic clasp is further provided in the open area to be fixedly coupled to the quick board or bicycle.

In particular, since the locking means 40 is equipped with an NFC function and the opening and closing of the coupling portion 41b is determined only by the electronic key of the setting, the housing 100 cannot be removed from the quick board or the bicycle if the electronic key is not held. You are completely free from the risk of theft or loss. The locking means is not limited to the NFC function, and may be opened and closed by operation of a smartphone application by interworking with a specific terminal of the user through a wireless network such as Bluetooth, or may be opened and closed only with a specific key made of a normal lock .

If the specified electronic key, key, unauthenticated application, etc. are used or the housing 41 is forcibly opened, a theft alarm is generated through the authentication unit 310 and theft is carried out to the manager server S or a nearby police station. Reports may also be sent to expedite resolution of the problem.

8 is a storage means (1) for storing a helmet equipped with a smartphone wireless charging cradle as another embodiment of the present invention.

The storage means (1) for storing the helmet of the present invention includes a smartphone holder (60) provided at the upper end of the housing (100) or the upper end of the cover (200). The cradle 60 is provided on both sides of the grounding unit 61 for charging the smart phone by providing electric power by a coil to which the smartphone is closely attached and connected to the battery, and to restrain both sides of the smartphone seated on the grounding unit. It is composed of a pressing part 62 that does.

As described above, the storage means for helmet storage 1 of the present invention allows the holder 60 to accommodate a smartphone, and to provide convenience in use as it can also be charged.

The helmet care system of the present invention configured as described above can provide a shared helmet in an optimal sanitary condition at all times through a systematic care system such as drying and sterilization treatment while the helmet is completely stored in the built-in storage means. As reliability is actively secured and voluntary helmet wearing is induced, a safe riding system can be established. In addition, due to the integrated management system linked with the smartphone and the manager server, rental, return, and payment of helmets are made quickly and conveniently, maximizing the efficiency of use, and the systematic rental method protects the helmet from the risk of loss or theft. Since it can be completely escaped, it can minimize the economic loss of society and micro-mobility sharing service providers, and can actively contribute to the development of the industry.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100. hull 110. body
120. Mounting means 200. Cover
210. Ventilation unit 300. Management module
310. Authenticator 320. Detector
330. Sterilization unit 340. Settlement unit
350. Fixed part 360. Control part
30. Sterilization unit 31. Fan
32. UV lamp 40. Locking means
41. Housing 42. Pressing bolt
60. Cradle 61. Grounding part
62. Pressurized part
1. Storage means

Claims (5)

A housing 100 that is individually mounted on the micro-mobility and provided with a storage space for the helmet (H); and a cover 200 that is hinged to an opening area of the housing to open and close the storage space; and a management module 300 that communicates with the manager server (S) based on the detection of whether the helmet is received and the tracking information of the location of the helmet to determine whether the enclosure is opened or closed and controls the control module. The authentication unit 310 that opens the cover 200 from the housing 100 through user authentication to induce the payment of the helmet H, and the authentication unit 310 that is installed in the housing and detects whether the designated helmet is stored and transmits the detection information to the administrator server ( S) and the sensing unit 320 that transmits to the sterilization unit, and the fan 31 and UV lamp 32 installed inside the housing according to the helmet storage information provided by the sensing unit operate the sterilization unit 330 to take care of the helmet. It is equipped with a smart lock function based on NFC and a settling unit 340 that interworks with the sensing unit and the manager server (S) through a network to determine the intention to return the helmet storage and induces the rental cost to be paid based on NFC. The locking means is installed in the housing, and the opening and closing of the locking means is determined by interlocking with a specific terminal or manager server (S) depending on whether the electronic key is in contact, and a fixing part 350 for coupling and restraining the housing to micro-mobility. In the mobility helmet care system,
The manager server (S) is connected to micro-mobility so that the user can use the mobility helmet care service through the user's terminal (P), the status of the helmet (H) and the return location, including the rental place (APP) is further provided (APP) including,
The sterilization processing unit 330 further includes a control unit 360 for interworking with the manager server (S) or the terminal (P) based on a network or Bluetooth,
The control unit 360 includes a board 361 to which the fan 31 and the UV lamp 32 are connected to control power supply and operation, and is attached to the board and connected to the manager server (S) or the user terminal (P). It consists of a Bluetooth chipset 362 to set or control the driving and activation conditions of the fan 31 and the UV lamp 32 by operation of the manager server or user terminal, and a control chipset 363 to control the manager server or user terminal. Including that the rotation speed of the fan and the degree of light emission of the UV lamp are wirelessly controlled depending on whether the operation is used,
The fan 31 includes a flow guide part 31a in which a plurality of oblique partition walls are arranged in a circular pattern at predetermined intervals along the periphery to guide the wind direction to an oblique path,
The UV lamps 32 are arranged adjacent to each other in a circular pattern along the edge of the fan 31 and connected to the battery to emit light. Including (32b), the light output portion (32b) is made of a donut-shaped plate made of a light-diffusion plastic material, and diffuses the light emitted by the light-emitting body as it is stacked and installed on top of the light-emitting body 32a,
The sterilization processing unit 330 is connected to the manager server (S) or the user's terminal (P) through a network through the control unit 360 to arbitrarily control the brightness and dispersion angle of the light emitted by the light emitting body 32a. Helmet care system of shared micro-mobility further comprising the remaining amount of the battery consumed by the real-time guidance.
delete According to claim 1,
The authentication unit 310,
a scanning unit 311 for scanning the QR code from the terminal (P) possessed by the user;
a transmission unit 312 for sharing the personal information acquired by the scan unit with the manager server (S);
a determination unit 313 that determines whether the user is authenticated using the acquired personal information and transmits the authentication information to the driving unit through the transmission unit;
a driving unit 314 for opening the cover 200 of the housing 100 according to the command of the determination unit;
A helmet care system of shared micro-mobility that includes.
According to claim 1,
The sensing unit 320,
a storage detection unit 321 for detecting whether the helmet (H) is stored through a distance detection sensor;
Helmet detection unit 322 for detecting a unique identification number applied to the helmet through the RFID sensor;
Transceiver 323 for transmitting the helmet storage information and helmet identification information to the manager server (S) and the terminal (P);
A helmet care system of shared micro-mobility that includes.
delete

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