KR102228757B1 - Space rental service method - Google Patents

Abstract

The present invention relates to a spatial rental service method which provides an optimal space to a user and enables a bike rental service for ancillary revenue generation, which comprises: a first step in which an authentication unit performs authentication using terminal identification information collected from a space consumer terminal and a space provider terminal as a hidden authentication factor; a second step of receiving spatial information including spatial accessibility elements, internal environment elements, and facility elements from the space provider terminal, converting the information into a database (DB) in the DB, and storing and managing the DB; a third step of receiving, by a receiving unit, spatial rental request information from the space consumer terminal; and an analysis unit in which the analysis unit analyzes the received spatial rental request information based on the DB, a transmission unit transmits the corresponding provision information to the space consumer terminal, and as the provision information, the distance from the space provider terminal and the spatial information are included so as to transmit a list of the space provider terminal.

Description

Space rental service method {SPACE RENTAL SERVICE METHOD}

The present invention relates to a space rental service method, and more particularly, to a space rental service method that provides an optimal space to a user and enables a rental service of a mobile means to generate additional revenue.

The concept of a sharing economy is emerging as a new tool as a means to overcome the recent long-term economic downturn. Along with this, various space and item rental services are being created as IT technology development, globalization, and information technology are rapidly progressing.

As a prior art, Patent Registration No. 10-1661478 proposes a system and method for renting a shared space in which a user can temporarily borrow and use a space in which various activities can be performed.

However, in the above patent, since the optimal shared space is selected only based on the location information or purpose of the user terminal, it is difficult to select a shared space according to a wide variety of needs.

In addition, there is a limitation in generating revenue as it is made only by lending a shared space.

KR 10-1661478 B1

Accordingly, the present invention has been conceived to solve the above problem, and has one object to provide a space rental service method that provides an optimal space to a user and enables a rental service of a mobile means to generate additional revenue.

Other objects and advantages of the present invention will be described below, and will be understood by examples of the present invention. Further, the objects and advantages of the present invention can be realized by means and combinations indicated in the claims.

In order to achieve the above object, the space rental service method according to the present invention includes: a first step of performing authentication by an authentication unit using terminal identification information collected from a space consumer terminal and a space provider terminal as a hidden authentication factor; The second step of receiving spatial information including spatial accessibility elements, internal environment elements, facility elements, and safety elements from the space provider terminal and storing and managing them in a database (DB)-The spatial accessibility element is the accessibility to the building. , Accessibility of toilets and rest areas, and internal environmental factors include personal lighting existing in the space, heating and cooling facilities, direction of windows, ventilation facilities, soundproofing facilities, and facility factors include electrical outlets, internet use, and Wi-Fi. , Elevator, location of entrances, kindness of the information desk, and whether there are rest areas inside and outside, and safety factors include information on whether or not unauthorized facilities, stubborn machines, fire extinguishers, carbon monoxide alarms, and emergency kits are available-; A third step of receiving, by a receiving unit, space rental request information from a space consumer terminal; An analysis unit analyzes the received space rental request information based on the database, and a transmission unit transmits the corresponding provision information to the space consumer terminal, and the distance to the space provider terminal and the space information are used as the provision information. A fourth step of transmitting the list of space provider terminals together to include; And a fifth step of allowing the reservation unit to transmit reservation information to the selected space provider terminal when a reservation event for renting a moving means provided by the space provider terminal selected from the space demander terminal is transmitted, and in the fifth step. , When the space demander terminal rents a moving means, the exercise amount calculation unit calculates an exercise amount using the location information of the space demander terminal and transmits it to the space demander terminal, wherein the exercise amount is the weight of the space demander. m (kg), when the moving speed per unit time is v (m/sec), it is calculated by the equation p = mv (kg m/sec), and the initial movement speed of the space consumer is v0, and the space consumer's When the moving speed is v, the amount of change in the space consumer's momentum is calculated by the equation △ p = F·t = mv-mv0, and the amount of change in the space consumer's momentum is stored in the database in units of 12 hours, 1 day, and a week. As a space rental service method managed by, in the first step, the process of performing authentication using the authentication element input by the user and the hidden authentication element by the authentication unit includes: ① a user at a space consumer terminal or a space provider terminal The ID and password entered as authentication elements, and the authentication element generated using either the Bluetooth device list or the connected Wi-Fi SSID collected as the hidden authentication element from the space consumer terminal or the space provider terminal are transmitted to the authentication unit of the management server together. After requesting registration, ② the authentication department builds a database using the policy information related to the registration request information, responds to the request completion to the space consumer terminal or the space provider terminal to complete the registration process, and ③ authenticates after the registration process. For this purpose, the user inputs the ID and password as authentication factors, and at this time, authentication generated using either the Bluetooth device list or the connected Wi-Fi SSID collected as the hidden authentication factor in the space consumer terminal or the space provider terminal used in the registration process. The elements are transmitted to the authentication unit together, and ④ the authentication unit verifies the transmitted authentication elements. And after performing user authentication, it characterized in that it consists of a process of responding to the result of the user authentication.

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As described above, according to the space rental service method according to the present invention, as a safety factor in addition to the space accessibility factor, internal environment factor, and facility factor, there is no permission, sexual harassment, trespassing event, stubbornness, fire extinguisher, carbon monoxide alarm, emergency kit. It provides an optimal shared space to the user by using the information on the availability, and there is an effect that it is possible to generate additional revenue through the rental of a means of transportation.

1 is a schematic configuration diagram of a space rental service apparatus according to the present invention,
Figure 2 is a schematic configuration diagram of the management server of Figure 1,
3 is a flow chart illustrating a space rental service method according to the present invention,
4 is a diagram schematically illustrating an authentication process according to the present invention,
5 to 7 are diagrams showing examples of authentication factors in the authentication process according to the present invention,
8 is a diagram illustrating a screen for performing user registration.

Details of other embodiments are included in the detailed description and drawings.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to the embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below and may be implemented in various different forms. In the following description, when a certain part is connected to another part, this is not only a case in which it is directly connected. It also includes the case where it is connected through another medium in the middle. In addition, parts not related to the present invention in the drawings are omitted to clarify the description of the present invention, and like reference numerals are attached to similar parts throughout the specification.

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

1 is a schematic configuration diagram of a space rental service apparatus according to the present invention, FIG. 2 is a schematic configuration diagram of a management server of FIG. 1, and FIG. 3 is a flow chart illustrating a space rental service method according to the present invention. 4 is a diagram schematically illustrating an authentication process according to the present invention, FIGS. 5 to 7 are diagrams showing examples of authentication elements in the authentication process according to the present invention, and FIG. 8 is a screen showing a user registration process. It is a drawing showing.

First, referring to FIG. 1, the space rental service apparatus according to the present invention includes a space consumer terminal 100, a management server 200, and a space provider terminal 300.

The space consumer terminal 100 may refer to a terminal of a space consumer who wants to rent a building space.

The space demander terminal 100 may transmit the current location information of the space demander to the management server 200 using a Global Positioning System (GPS) module or the like.

The space provider terminal 300 may refer to a terminal of a space provider who directly owns or leases a building space and operates a specific business type.

The space provider terminal 300 may provide spatial information including a spatial accessibility element, an internal environment element, and a facility element to the management server 200 as described later.

Here, the spatial accessibility factor includes accessibility to the building, the accessibility of toilets and rest spaces, and the internal environment factor includes personal lighting existing in the space, air conditioning facilities, the direction of windows, ventilation facilities, and soundproofing facilities, Facility factors may include electrical outlets, Internet use and Wi-Fi, elevators, location of entrances, friendly information desks, and whether or not there is a rest area inside and outside.

In addition to spatial information including spatial accessibility factors, internal environmental factors, and facility factors, the database (DB) is a safety factor, including whether or not unauthorized facilities, sexual harassment, trespassing, stubborn weapons, fire extinguishers, carbon monoxide alarms, and emergency kits. You can store and manage additional information on the database by converting it into a database.

This stability factor can be a very important factor when the rental space is a lodging facility.

For example, accidents large and small in Airbnb accommodations are continuously reported, and safety issues are also being raised, and space rentals with guaranteed safety are possible by allowing space consumers to check safety factors in advance. I'm doing it all.

Accordingly, in the present invention, it is possible to provide an optimal space to a space user in consideration of safety factors in addition to spatial information including spatial accessibility factors, internal environment factors, and facility factors.

Space rental service can be performed by downloading a space rental service-related application (app) to the space demander terminal 100 and the space provider terminal 300 through the App Store or the management server 200. .

The space consumer terminal 100 and the space provider terminal 300 include mobile terminal devices such as a smart phone, a smart pad, and a smart note. In consideration of mobility and convenience, a smart phone is most preferable for each space consumer terminal 100 and space provider terminal 300 applied to an embodiment of the present invention. However, in an embodiment of the present invention, the present invention is not limited thereto, and any device may be used as long as it is a portable and movable device.

Referring to FIG. 2, the management server 200 is a server that provides a space rental service, and includes a reception unit 202, an analysis unit 203, a transmission unit 204, an authentication unit 205, a reservation unit 206, It includes an exercise amount calculation unit 207, an injection unit 208, a payment unit 209, and a database (DB).

As described later, the authentication unit 205 performs authentication using the terminal identification information collected by the space consumer terminal 100 and the space provider terminal 300 as an authentication factor, respectively. Here, the authentication factor may be any one of terminal unique information (UUID), a searched Bluetooth device list, a connected Wi-Fi service set IDentifier (SSID), and terminal volume information.

The database (DB) receives spatial information including spatial accessibility elements, internal environment elements, and facility elements from the space provider terminal, converts them into a database, and stores and manages them.

The receiving unit 202 receives space rental request information from the space demander terminal 100.

The analysis unit 203 analyzes the received space rental request information based on the database DB.

The transmission unit 204 transmits the provision information corresponding to the received space rental request information to the space consumer terminal 100, and the space provider includes the distance to the space provider terminal 300 and the space information. The list of the terminal 300 is transmitted together.

The reservation unit 206 transmits reservation information to the selected space provider terminal 300 when a reservation event for renting a moving means provided by the space provider terminal 300 selected from the space demander terminal 100 is transmitted. .

Here, the means of transport corresponds to a means of transportation such as a bicycle or a quick board that can be moved by a person on board, and includes a means of personal transportation owned by an individual and a means of public transportation that can be used publicly.

Therefore, in the present invention, there is an effect that it is possible to generate additional revenue through the rental of the mobile means.

In addition, the moving means may include an electric bicycle, an electric kickboard, an electric wheel, etc., but in order to provide a physical exercise service to a space user, a general bicycle or a quick board that requires direct physical activity of the space user is preferable.

When the space demander terminal 100 rents a moving means, the exercise amount calculation unit 207 calculates the amount of exercise as described later by using the location information of the space demander terminal 100, and then returns to the space demander terminal 100. Can be transmitted.

In addition, the spraying unit 208 may periodically spray the fragrance component in the space to be rented. At this time, the fragrance component has an effect on the space owner's fatigue recovery and health promotion.

The perfume component is mixed with 2 to 3 parts by weight of functional oil in 95 to 97 parts by weight of the perfume, and the functional oil is 30 parts by weight of lavender spike, 30 parts by weight of lime brush oil, 20 parts by weight of Manuka, 20 parts by weight of Inula, It may consist of 20 parts by weight of cinnamon oil, 20 parts by weight of geranium oil, and 20 parts by weight of cypress oil.

Here, it is preferable that 2 to 3 parts by weight of the functional oil are mixed with respect to the fragrance. When the mixing ratio of the functional oil is less than 2 parts by weight, the effect is insignificant, and when the mixing ratio of the functional oil exceeds 3 parts by weight, the function is not greatly improved, while the manufacturing cost is greatly increased.

Among functional oils, lavender spikes include pinene, camphene, and myrcene as major chemical components, and are effective in pain relief, anti-depression, decongestion, sterilization, and wound healing.

Limebrush oil has a good effect on brain stroke, heat stroke, epilepsy, dizziness, migraine, and high blood pressure, and it works particularly well for raising blood pressure due to psychological stress.

Manuka contains caryophyllene, geraniol, and pinene as its main chemical components, and it is effective in preventing respiratory infections such as colds, coughs, bronchitis, and rhinitis.

Inula is effective in treating chronic cough, dry cough, phlegm as well as respiratory-related diseases such as asthma, bronchitis and pneumonia.

Cinnamon oil refers to Cinnamon Bark Oil. Cinnamon is an evergreen tree belonging to the camphor family, and is native to Sri Lanka. As a pharmacological action of cassia, it has been reported that the antibacterial action, the action of inhibiting the white bead pathogen, the action of the stomach, the promotion of the secretion of saliva and gastric juice, etc.

Geranium oil is essential oil for geranium flowers, leaves, and stems. The geranium oil used in the present invention is an essential oil obtained by steam distilling the leaves and stems of geranium (Pelargonium Graveolens), and is a slightly brownish yellow liquid. This geranium oil has antidepressant, anti-inflammatory, antiseptic, astringent, deodorant, and digestive effects.

Cypress oil is an oil extracted from the leaves and fruits of cypress trees. The cypress oil extracted from the cypress tree is excellent in preventing the access of various insects such as flies, mosquitoes, bees, etc. through the unique fragrance of the cypress tree.

As described above, in the present invention, by periodically spraying the perfume component including the functional oil into the space to be rented, it is possible to provide ancillary services such as fatigue recovery and health promotion of the space owner.

Hereinafter, a space rental service method according to the present invention will be described in detail.

Referring to FIG. 3, in the space rental service method according to the present invention, the authentication unit 205 performs authentication by using the terminal identification information collected from the space consumer terminal 100 and the space provider terminal 300 as a hidden authentication factor. Performing a first step (S100); A second step (S102) of receiving spatial information including a spatial accessibility element, an internal environment element, and a facility element from the space provider terminal 300, converting it into a database in a database, and storing and managing it (S102); A third step (S104) of the reception unit 202 receiving space rental request information from the space demander terminal 100; And the analysis unit 203 analyzes the received space rental request information based on the database (DB), and the transmission unit 204 transmits the corresponding provision information to the space demander terminal 100, the A fourth step (S106) of transmitting the list of the space provider terminal 300 together to include the space information and the distance to the space provider terminal 300 as provided information; In the first step, The authentication unit 205 is characterized by using any one of terminal unique information (UUID), a searched Bluetooth device list, a connected Wi-Fi SSID, and terminal volume information as a hidden authentication element.

Here, the spatial accessibility factor includes accessibility to the building, accessibility to restrooms and rest spaces, as described above, and the internal environmental factors include personal lighting existing in the space, heating and cooling facilities, the direction of windows, ventilation facilities, and soundproofing facilities. Including, the facility factors include power outlets, Internet use and Wi-Fi, elevators, the location of entrances, the kindness of the information desk, and whether there is a rest area inside and outside.

In addition, as a safety factor in the database (DB), information on whether unauthorized facilities, sexual harassment, trespassing events, stubbornness, fire extinguishers, carbon monoxide alarms, and emergency kits are additionally stored and managed as a database.

4 is a diagram schematically illustrating an authentication process according to the present invention.

Referring to FIG. 4, the first step S100 of performing authentication may be performed as follows.

① Authentication factors (eg ID and password) input by a user (eg, space consumer or space provider) at the space consumer terminal 100 (or the space provider terminal 300) and the space consumer terminal 100 ( Alternatively, the authentication element generated using the terminal identification element collected by the space provider terminal 300 is transmitted to the authentication unit 205 of the management server 200 together to request registration.

② The authentication unit 205 builds a database using policy information related to the registration request information, and completes the registration process by responding to the request completion to the space consumer terminal 100 (or the space provider terminal 300).

③ After the registration process, for authentication, the user inputs authentication factors (eg ID and password). At this time, the same environment is applied so that the authentication elements generated using the terminal identification elements collected from the space consumer terminal 100 (or the space provider terminal 300) used in the registration process can be transmitted to the authentication unit 205 together. Should be done. For example, authentication can be successful only if the connected Wi-Fi SSID is also applied in the same way.

④ The authentication unit 205 verifies the transmitted authentication elements and responds to the result after performing user authentication.

The terminal identification elements collected by the space consumer terminal 100 (or the space provider terminal 300) may be used as separate authentication elements, but can also be used as an encryption/decryption key for encrypting and decrypting other authentication elements. That is, the user uses the ID and password as if logging in, but actually attempts authentication by using the collected terminal identification element as a hidden authentication element.

Among the collected information, the Wi-Fi SSID has the purpose of processing so that an authentication attempt is made only when registered in a specific location or a specific network using the user's location information. Bluetooth device search information can be used for location and user verification before authentication attempts. The user collects hidden authentication elements for registration, selects the elements to be used for authentication, and uses them for registration along with the ID and password. Among the terminal identification elements, UUID has a length of 16 bytes and has a number of 3×10 ³⁸ cases, so it is used as SALT used to encrypt passwords, and volume information is used for encryption iteration count. It can be used as a strong security authentication.

Information that can be used as an authentication factor in the space consumer terminal 100 (or the space provider terminal 300) includes a paired Bluetooth list, BLE information, Wi-Fi SSID, volume information, and the like.

5 shows a list of Bluetooth devices collected to be used as an authentication factor. Since the Bluetooth device list includes information on the device owned by the user, authentication using the Bluetooth device list can be used for authentication by tracking the device owned by the user, so it is recognized as the same concept as possession-based authentication. can do.

6 shows terminal information collected to be used as an authentication factor. Since terminal information has unique information that is difficult to copy, it has the advantage that device authentication is possible without an ID or password, and faster authentication is possible compared to the method of additionally entering information.

7 shows a list of Wi-Fi SSIDs collected to be used as an authentication factor. The Wi-Fi SSID list is the most easily obtained information and can be used without connecting to a network. However, since the order is not constant, it may be difficult to expect accuracy, so it is preferable to use it to obtain location information indoors.

8 is a screen for user registration. Select information to be used for authentication among the searched Wi-Fi SSID and Bluetooth devices, and enter ID and password. Since volume information and smartphone UUID information are automatically acquired, registration is performed without a separate selection by the user, and is automatically used for encryption processing during the process.

On the other hand, although not shown in the drawing, when a reservation event for renting a moving means provided by the space provider terminal 300 selected from the space demander terminal 100 is transmitted, the reservation unit 206 selected the space provider terminal 300 ) To send reservation information.

In addition, when the space demander terminal 100 rents a moving means, the exercise amount calculation unit 207 may calculate the exercise amount using the location information of the space demander terminal 100 and then transmit it to the space demander terminal 100. .

The momentum is calculated by the equation p = mv (kg m/sec) when the space consumer's weight is m (kg) and the movement speed per unit time is v (m/sec), and the initial movement speed of the space consumer is If v0 and the space consumer's moving speed is v after t seconds, the amount of change in the space consumer's momentum is calculated by the equation △ p = F·t = mv-mv0, and the amount of change in the space consumer's momentum is 12 hours, It can be managed by storing it in the database on a daily or weekly basis.

In addition, the spraying unit 208 further comprises periodically spraying a fragrance component into the space to be rented, wherein the fragrance component is mixed with 2 to 3 parts by weight of functional oil to 95 to 97 parts by weight of the fragrance, and the functional oil is 30 parts by weight of lavender spike, 30 parts by weight of lime brush oil, 20 parts by weight of Manuka, 20 parts by weight of Inula, 20 parts by weight of cinnamon oil, 20 parts by weight of geranium oil, and 20 parts by weight of cypress oil.

Those of ordinary skill in the art to which the present invention pertains will appreciate that the present invention can be implemented in other specific forms without changing the technical spirit or essential features thereof. Therefore, it should be understood that the embodiments described above are illustrative and non-limiting in all respects. The scope of the present invention is indicated by the scope of the claims to be described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. It must be interpreted.

100: space consumer terminal 200: management server
202: receiving unit 203: analysis unit
204: transmission unit 205: authentication unit
206: reservation unit 207: exercise amount calculation unit
208: injection unit 209: payment unit
300: space provider terminal

Claims (6)

A first step of performing authentication by using the terminal identification information collected by the space consumer terminal and the space provider terminal as a hidden authentication element by the authentication unit; The second step of receiving spatial information including spatial accessibility elements, internal environment elements, facility elements, and safety elements from the space provider terminal and storing and managing them in a database (DB)-The spatial accessibility element is the accessibility to the building. , Accessibility of toilets and rest areas, and internal environmental factors include personal lighting existing in the space, heating and cooling facilities, direction of windows, ventilation facilities, soundproofing facilities, and facility factors include electrical outlets, Internet use, and Wi-Fi. , Elevator, location of entrances, kindness of the information desk, and whether there are rest areas inside and outside, and safety factors include information on whether or not unauthorized facilities, stiffeners, fire extinguishers, carbon monoxide alarms, and emergency kits are provided-; A third step in which the reception unit receives space rental request information from a space consumer terminal; An analysis unit analyzes the received space rental request information based on the database, and a transmission unit transmits the corresponding provision information to the space consumer terminal, and the distance to the space provider terminal and the space information are provided as the provision information. A fourth step of transmitting the list of space provider terminals together to include; And a fifth step of allowing the reservation unit to transmit reservation information to the selected space provider terminal when a reservation event for renting a moving means provided by the space provider terminal selected from the space demander terminal is transmitted, and in the fifth step. , When the space demander terminal rents a moving means, the exercise amount calculation unit calculates an exercise amount using the location information of the space demander terminal and transmits it to the space demander terminal, wherein the exercise amount is the weight of the space demander. m (kg), when the moving speed per unit time is v (m/sec), it is calculated by the equation p = mv (kg m/sec), and the initial movement speed of the space consumer is v0, and the space consumer's When the moving speed is v, the amount of change in the space consumer's momentum is calculated by the equation △ p = F·t = mv-mv0, and the amount of change in the space consumer's momentum is stored in the database in units of 12 hours, 1 day, and a week. As a space rental service method managed by,
In the first step, the process of performing authentication using the authentication element and the hidden authentication element input by the user by the authentication unit,
① The ID and password entered by the user as authentication factors at the space demander terminal or the space provider terminal, and the Bluetooth device list collected as the hidden authentication factor at the space demander terminal or the space provider terminal, or the connected Wi-Fi SSID. Send the authentication factor together to the authentication unit of the management server to request registration,
② The authentication department builds a database using policy information related to the registration request information, and completes the registration process by responding to the completion of the request to the space consumer terminal or the space provider terminal,
③ For authentication after the registration process, the user inputs the ID and password as authentication factors, and at this time, either the Bluetooth device list or the connected Wi-Fi SSID collected as the hidden authentication factor in the space consumer terminal or the space provider terminal used in the registration process. The authentication element created by using is transmitted to the authentication department together,
④ A space rental service method comprising the process of verifying the authentication elements transmitted by the authentication unit, performing user authentication, and responding to the result of user authentication. delete delete delete delete delete

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