KR20200128240A - Vessel rental system and the method using it - Google Patents

Abstract

The present invention relates to a bowl rental system, and more particularly, bowl inventory management and big data, augmented reality using IoT for people who want to use bowls of various brands and people who want to use bowls reasonably at low prices. It relates to a bowl rental system that includes focus technology that recommends suitable bowls for one's table through (AR) technology.

Description

Vessel rental system and the method using it

The present invention relates to a vessel rental system and method, and more specifically, vessel inventory management and big data using IoT for those who want to use vessels of various brands and those who want to use vessels reasonably at low prices, It relates to a bowl rental system and method that includes a focus technology for recommending a bowl suitable for one's table through augmented reality (AR) technology.

Sharing economy (共有經濟, English: sharing economy) is an expression that refers to economic activities by recognizing goods as a concept of lending and borrowing each other, not as a concept of ownership. Currently, it is widely used to mean "a social economy model based on the Internet and smartphones that rent and share goods, spaces, and services."

'Airbnb' and'Uber', known as representative examples of the sharing economy, aimed to prevent wasting resources by sharing property owned in the early days of their founding, but recently they are operating in the direction of maximizing profits. It is believed that the distance from the sharing economy has increased.

However, in the case of items such as vessels, the sharing economy has not been actively implemented, and the following problems arise because there is only the concept of'ownership' when using vessels when purchasing and using vessels.

Specifically, in order to use various brands of vessels in the prior art, a large cost has to be paid.

In order to use all the bowls of the brands you want, there is an inconvenience of paying the cost of having to purchase them unconditionally. Also, no matter how much you buy a bowl you like, the boring feelings that arise over time lead to the expenditure of a new bowl each time.

Also, if you want to use all of the brands you want, there are space limitations. Even if you can purchase a variety of bowls, the storage space is always limited.

Accordingly, in order to purchase a large number of bowls, a burden arises that an additional bowl cabinet must be provided. Third, there is no information on the bowl brand market, so it is difficult to find out which brands and bowls suit my home.

I bought it because I liked it only after looking at the bowl, but it often doesn't match the atmosphere of the house, the color of the table, and the material. This is a problem that we don't know which brands are among the various brands of vessels, and it is difficult to judge which vessels suit our home.

In particular, due to the high price of the bowl, consumers could not easily purchase expensive bowls, causing a problem that various bowls could not be used.

In addition, even if a large number of bowls can be purchased due to the limited storage space, multiple bowls cannot be used due to the limited storage space.

In addition, there are too many types of bowls from various brands, and it is difficult to find a good brand that suits you because there is a limit to purchasing and using all of them.

In addition, if there is a change of mind after using the bowl at least once, it is impossible to exchange or refund it, so there is a problem that it is not used anymore.

Korean Patent Publication No. 2000-0024257 Korean Patent Publication No. 2002-0085369 Korean Patent Publication No. 2001-0114061 Korean Registered Patent No. 1226925

The present invention has been made in order to solve the above problems, and provides a bowl rental system and method that recommends bowls suitable for their table through vessel inventory management using IoT, big data, and augmented reality (AR) technology. There is a purpose.

In addition, the present invention provides a full view of expensive vessels prior to rental through various IT technologies (e.g., IoT scales, AR technologies, data mining technologies), and rentals of one vessel to automatically identify possible damage problems after lending. It aims to provide a system and method.

In order to solve the above problems, the present invention includes an input unit for selecting a rate plan, a brand, and a type of vessel and storing it in a database; Advance information including a member's house interior photo or table photo, house atmosphere, table material, and table color, selection information including rate plan, brand, and type of dish, multiple dish stock status, and each inventory/ A database storing the weight of the delivery/return container; A recommendation unit for recommending a customized bowl SET according to prior information including the member's house interior picture or table picture, house atmosphere, table material, and table color; A payment/delivery unit for generating payment/delivery information to be delivered to a corresponding address according to the information stored through the input unit and displaying on a display unit; A display unit for displaying rate plan, brand, type of vessel, and payment/delivery information; The input unit selects a brand and type of vessel, measures it with an IoT scale, and stores it in a database, determines whether the selected input information matches the inventory information, passes it to the payment/delivery unit, and instructs payment and delivery, and the database It includes; a control unit for receiving the weight of each vessel from the control to compare the weight of the inventory / shipping / returning bowl to a warning alarm.

The present invention further includes; a point unit that stores points when purchasing points, assigns points to each dish type, and calculates whether or not points are deducted according to rental.

When the recommendation unit executes the custom bowl function, the computer searches for pictures of the bowl SET that meets the conditions through data mining technology, and displays the pictures on the display on the social networking service.

The control unit compares the weight of each bowl selected by the input unit with the weight information of each stock bowl stored in the database.

The control unit controls to select a rate plan, brand, and type of vessel from the input unit, measure it with an IoT scale, and store it in a database before delivery, and display a warning alarm by measuring the returned vessel with an IoT scale and comparing it within an error range. .

The display unit includes an AR unit that displays the image of the bowl on the table as an augmented reality.

Alternatively, the recommendation unit includes an AR unit that displays the bowl image on the table as an augmented reality.

The present invention includes the steps of registering a picture of a member's house interior or a picture of a table through an input unit; Controlling, by a controller, to select a brand and a type of vessel from the input unit, measure it with an IoT scale, and store it in a database; Displaying a plurality of brand bowls SET through the display unit; Selecting a plan, a brand, and a type of vessel through an input unit; Determining, by the control unit, whether the selected input information matches the stock information, transmitting it to the payment/delivery unit, and instructing payment and delivery; Controlling to receive the weight of each vessel from the database and compare it with the weight of the inventory/shipment/return vessel to warn a warning.

Through the above input unit, enter the atmosphere of the house, the material of the table, and the color of the table separately, select the rate plan you are using or use, and execute the custom bowl function, the control unit will take photos of the bowl SET that meets the conditions through the data mining function. Searching on SNS; consists of.

When the custom bowl function is executed through the recommendation unit, the computer displays pictures of the bowl SET that meet the conditions through data mining technology.

It further includes a step of displaying an image of a bowl already formed by 3D scan photographing in real time by linking with a smartphone in order to check whether the unique bowl SET or the customized bowl SET suits the house through the AR unit.

It further includes: displaying information on each vessel in a tree format through the AR unit and rotating 360 degrees according to an input of the input unit.

Further comprising: installing a camera capable of photographing the exterior of the bowl SET, and comparing the state at the time of shipment and the state at time of return by the control unit to check and display the abnormal part on the display unit.

The present invention made as described above Bowls of various high-end brands are available, and you can change the bowls you want according to your preference.

In addition, according to the present invention, if you pay a certain amount of money each month, you can select and use various brands of bowls, and when you get tired, you can return them again and select and use a bowl of a new design, thus contributing to the sharing economy.

In addition, in providing a bowl rental service, the present invention efficiently provides an inventory management and customized bowl recommendation service to consumers through various IT technologies.

In addition, the present invention makes it possible to easily identify the inventory status using an IoT scale connected through a network, identify the inventory of vessels ordered after payment, and efficiently pack and return.

In addition, the present invention can provide a different brand replacement service that can provide satisfaction to members by diversifying services.

1 is a view showing an example of a bowl rental system according to the present invention.
2 is a view showing the configuration of a bowl rental system according to an embodiment of the present invention.
3 is a diagram illustrating dictionary information including a picture of a table, a house atmosphere, a material, and a color of a table in a bowl rental system according to an embodiment of the present invention, and selection information including a rate plan, a brand, and a type of bowl. .
4 is an exemplary diagram using an AR unit that displays a bowl image on the table in augmented reality according to another embodiment of the present invention.
5 is a flowchart showing a bowl rental method according to another embodiment of the present invention.
6 is a flowchart showing a method of searching an SNS for pictures of a bowl SET that meets conditions through a data mining function according to another embodiment of the present invention.
7 is a flow chart showing a method of receiving the weight of each vessel from the database and comparing it with the weight of the inventory/delivery/return vessel to control a warning alarm.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Therefore, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral. In addition, detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

As shown in Fig. 2, the present invention provides an input unit 10, a point unit 20, a database 30, a recommendation unit 40, a payment/delivery unit 50, a display unit 60, a control unit 70, etc. Consists of

The input unit 10 is a module that selects a rate plan, a brand, and a type of vessel and stores it in a database, and displays a plurality of vessels in succession in a tree shape, allowing selection and input, and a keyboard or IoT scale on a computer computer. (Or shelf) can be replaced.

In addition, the input unit 10 may receive specific vessel information reacted by hand motion or motion in response to AR content data.

The point unit 20 is a module that stores points when purchasing points, assigns points to each dish type, and calculates whether or not points are deducted according to rental.

The present invention provides a new subscription type of bowl rental to members, and various high-quality bowls can be used with a low monthly subscription fee.

If a member does not like the bowl after choosing a bowl, if they request a bowl of a different brand next month, the bowl of another brand is replaced and provided.

In particular, in the case of a long-term rental with a one-month contract, a replacement service for other brands of vessels can be provided for free once. At this time, when a member requests a free replacement service through the input unit 10, the control unit 70 checks the database 30 to check whether the member is a long-term rental member, and then the control unit 70 receives another service through the payment/delivery unit 50. Replaced and shipped with branded bowls.

As shown in FIGS. 3A and 3B, the database 30 includes advance information including a member's house interior photo or table photo, house atmosphere, table material, and color, and selection information including a rate plan, brand, and type of vessel. Wow, it is a server that stores the inventory status of a plurality of vessels and the weight of each inventory/shipment/return vessel.

Here, the dictionary information may be input in advance to the AR unit to operate a custom bowl SET recommendation function.

In addition, the database 30 includes information on the most preferred dishes and settings by dividing into the case of housewarming and family gatherings in addition to this, and also includes information that has received the most "Like" through SNS.

In addition, in the database 30, each dish information may be stored in a tree format, for example, it may be inserted into a data structure having a tree structure and managed.

In addition, in the database 30, there are differences between the frequently used dishes according to the main dishes or foods for each household, and some households cook more Western dishes, so they use a lot of Chinese dishes, and some households cook and eat Korean food a lot. For this reason, when a member connects after storing differences, such as those used frequently by middle dishes and small plates, related information can be displayed in the form of a tree or through the AR unit.

The recommendation unit 40 is a module that recommends a custom bowl SET according to prior information including the member's house interior picture or table picture, house atmosphere, table material, and table color, and is stored in the database 30 You can reflect the information you received the most "Like" through, etc., or you can recommend it through materials published in blogs.

The payment/delivery unit 50 is a module that generates payment/delivery information to display on a display unit to pay with the points of the point unit according to the information stored through the input unit 10 and deliver to a corresponding address.

The display unit 60 displays a rate plan, a brand, a type of vessel, and payment/delivery information, and may be replaced with a computer computerized monitor or a large display device.

In addition, as shown in FIG. 4, the display unit 60 is a module including an AR unit that displays the image of the bowl on the table as augmented reality. For example, the AR unit displays information on each bowl in a tree format and rotates 360 degrees. Let's take a closer look.

As an embodiment, the display unit 60 may include a smart phone or a handheld terminal. For example, AR glasses, smart phones, tablet PCs, mobile phones, video phones, desktop PCs, laptop PCs, netbook computers, It may include at least one of a workstation, a server, a PDA, or a wearable device. The wearable device may include at least one of an accessory type, an integrated fabric or clothing type, a body attachment type, or a bio-implantable circuit.

Accordingly, the network network used in the present invention is a specific communication protocol, for example, 5G, 4G, long-term evolution (LTE), LTE-A (LTE Advance), code division multiple access (CDMA), and wideband (WCDMA). CDMA), universal mobile telecommunications system (UMTS), wireless broadband (WiBro), global system for mobile communications (GSM), and the like may be used.

The controller 70 is a device that controls to receive information measured by an IoT scale and store it in a database.

In addition, the control unit 70 determines whether the selected input information matches the inventory information, and controls a warning alarm when it is different from the reference value.

In addition, the controller 70 can control the AR unit. For this purpose, the AR unit generates an AR input device that generates an event signal according to a user's motion in response to AR content data, and motion information corresponding to the event signal of the AR input device. Then, the motion information is applied as a plurality of AR content data corresponding to the motion information according to the information in the database, and the AR content data is displayed on the display unit of the smartphone.

As an embodiment, the AR glasses processor of the AR unit according to the present invention combines and displays the table image information input from the external glasses camera (not shown) and the container image stored in advance at the same time when reaching around the table, and finally sets the container. This placed table can be provided to members in a three-dimensional manner.

To this end, the present invention can provide an interactive head-mounted AR glasses worn by the user, and the AR glasses are an optical assembly that separates and analyzes the environment around the table and the color of the table. ), and an AR processor that processes AR content on which a plurality of vessel information for display to a user is expressed, and an integrated image source for introducing the surrounding environment and table color into the optical assembly. . Here, the AR content includes not only data stored in the database, such as a plurality of vessel information and table information, but also a plurality of pieces of information generated in real time through the AR unit.

In addition, AR glasses can include 3D motion sensors, accelerometers, inclinometers, and laser range finders, so that the accuracy of the filtered data can be immediately compared and checked by classifying tree information and general bowl information to reach a bowl tailored to a specific table. I can.

Specifically, the dishes frequently used for each household differ depending on the dishes or foods they mainly use. In other words, because some households cook more Western dishes, they use a lot of Chinese dishes, and some households cook and eat a lot of Korean food, so there is a difference between the middle dishes and small plates.

In the present invention, points are assigned to each plate type to meet different needs of people, and the control unit assigns usable points for each monthly payment plan.

For example, by assigning points such as 1 point for rice bowls and servings, 2 points for medium plates, and 4 points for lasagna bowls, you can configure the bowl set directly according to the available points of the registered member.

In this case, it is possible to configure a bowl SET of various brands without necessarily specifying a bowl SET of one brand. In addition, it is possible to store a set of vessels in advance for exchange after use.

Custom bowl SET recommendation function

The recommendation unit 40, when executing the customized bowl function, recommends pictures of the bowl SET that meets the conditions through a data mining technology by the computer, or searches through a social networking service and displays them on the display.

Here, the data mining technology is a technology that systematically and automatically finds statistical rules or patterns in the container data stored on a large scale in the database and selects photos of the bowl SET that meet the conditions.

Although you can specify the bowl SET you want through the input unit, there are people who find it difficult to set the bowl SET.

This is because there are many factors such as the atmosphere of your home, the material of the table, and the color of the table. For these people, we add a feature that recommends a custom bowl SET.

To use the custom bowl SET recommendation function, first register a picture of your home interior or table. After that, when you select the plan you are using or use and execute the custom bowl function, the computer searches SNS for pictures of the bowl SET that meets the conditions through data mining technology.

Augmented reality (AR) vessel check function

The display unit 60 includes an AR unit that displays the bowl image on the table as augmented reality.

The AR unit is a module that provides an AR function to check whether your own bowl SET or custom bowl SET actually suits your home.The image of the bowl already formed by 3D scan is transferred to a smartphone with AR technology. It is a function that can be checked in real time by interlocking.

IoT-based inventory status identification function

The control unit 70 displays the weight of each bowl selected from the database and weight information of each stock bowl stored in the database.

In addition, the control unit 70 controls to select a rate plan, brand, and type of vessel from the input unit, measure it with an IoT scale, and store it in a database before delivery, and measure the returned vessel with an IoT scale and compare it within an error range, and a warning alarm Is displayed.

This warning alarm function is a function that checks the inventory status of vessels ordered after payment using an IoT scale for efficient packaging and return.

For example, in the database, the inventory status of bowls and the weight per bowl are recorded by brand and type.

In other words, using an IoT scale, each bowl is entered into the database according to its brand, type, and weight.

When the weight value according to the number of stocks of each type of product (bowl) registered in the database and the number of items in stock on the scale match the weight value, a green light on the scale is lit. If there is a discrepancy, the red light is on.

Although the company has the vessel in the delivery stage and the vessel in the return and rearranging stage, the scale is lit in yellow because it is not placed on an IoT scale with a function to check inventory status.

When placing items other than those registered on the scale, the light does not light due to the weight value and error that must be put on the scale.

Hereinafter, a rental method for the implementation of the present invention will be described in chronological order from stock status order to delivery.

First, for example, the weight of 300g/1 piece of'Odense Atelier Soup Serve' and the total quantity of'Atelier Soup Served' currently owned, 5 pieces, are entered into the computer inventory status.

After smart input of'Odense Atelier's hospitality' to one IoT scale through an input unit, the measured weight information, etc., is linked with a network-connected computer and smartphone.

If you put 5 pieces of Odense Atelier's soup bowls on the scale, it is input as 300gx5=1,500g, and the green light lights up in accordance with the total weight of the inventory on the computer computer.

When an orderer orders one'atelier soup' with a smartphone or computer, the control unit determines in real time that it does not match the total weight of the inventory on the computer computer, and the red light turns on. (PC computerized 300gx4=1,200g, IoT scale weight 300gx5=1,500g)

Alternatively, the control unit determines that it matches the total weight of the inventory on the computer computer in real time when one'atelier soup is delivered' from the IoT scale, and in principle, the green light should light, but stay at the factory stage. The yellow light is on until the shipment is completed.

If the shipment is complete, it will automatically change from yellow to green. (Control unit computerized 300gx4=1,200g, IoT scale weight 300gx4=1,200g)

When a customer member returns one'Atelier's national hospitality' and the parcel return is completed, the inventory volume will increase from 4 to 5 on the computer, and the green light on the IoT scale will turn yellow as it is still in the return arrangement stage. When the return arrangement is complete, place the vessel on the IoT scale and the yellow light will turn green again.

If another bowl is placed on the scale with'Odense Atelier Soup Bowl' inputted, the scale does not light because the total weight of the bowl, which is completely irrelevant to the multiple of 300g, is input to the scale.

In the above-described embodiment, the scope of the bowl also includes the concept of all devices (eg, plates) that hold food and devices that can drink liquid drinking water (eg, a mug).

Hereinafter, a bowl rental method will be described in detail with reference to FIGS. 5 to 7.

As shown in Fig. 5, after signing up as a member and accessing the website according to the bowl rental system (S101), the selected bowl is selected by selecting a brand through the input unit, selecting the type of bowl, and deducting points through the point unit. The SET is stored in the database (S102 to S107).

Then, the member can check the vessel in three dimensions with the terminal he has through the AR unit (S108).

Finally, the member's payment, delivery, and return after use are performed (S109 to S112).

As another embodiment of the present invention, a member's house interior picture or a picture of a table is registered through an input unit, and a control unit selects a brand and a type of vessel from the input unit, measures it with an IoT scale, and stores it in a database. It displays a set of multiple branded vessels, selects the rate plan, brand, and type of vessel through the input unit, and the control unit determines whether the selected input information matches the stock information, passes it to the payment/delivery unit, and instructs payment and delivery. , It is possible to control to receive the weight of each vessel from the database and compare it with the weight of the inventory/shipment/return vessel to a warning alarm.

At this time, in the case of shipment/return, a camera capable of photographing the exterior as well as the weight of the bowl (e.g., a scanner or 3D camera capable of simultaneously photographing the upper and lower sides) is installed to compare the condition at the time of shipment and the condition at time of return. You can check the abnormal part and display it on the display.

As shown in Fig. 6, if the input unit divides the input into the atmosphere of the house, the material of the table, and the color of the table, selects a rate plan that the user is using or uses, and executes the custom bowl function, the control unit uses the data mining function. Search the photos of the bowl SET that fits on the SNS (S201 ~ S205).

At this time, it is desirable to recommend the result value when the type and quantity of the result value after starting the SNS search is less than or equal to the stock quantity of the current bowl rental system.

If it is larger than the inventory quantity of the current bowl rental system, a reservation is received so that it can be prepared at a later time (S206, S207).

In addition, according to the present invention, when the customized bowl function is executed through the recommendation unit, the computer may recommend pictures of the bowl SET that meet the conditions through data mining technology.

In addition, in order to check whether your own bowl SET or custom bowl set fits in the house, you can display the image of the bowl already formed by 3D scanning in real time by linking with the smartphone. Information is displayed in a tree format and rotated 360 degrees according to the input of the input unit.

In addition, as shown in FIG. 7, in the method of controlling the weight of each container to be transmitted from the database and compared with the weight of the inventory/shipment/return container to be alerted, green when normal, yellow when waiting, and red when there is a problem. Turn on the color light (S301 ~ S311). In this case, a portable non-destructive inspection device (eg, an X-ray device) may be used to determine whether a detailed vessel is damaged.

In FIG. 7, the branch conditional expression S305 represents the weight of the IoT scale = the database + the weight of the factory working bowl, and S307 represents the weight of the IoT scale + the weight of the return working bowl = database + the weight of the factory working bowl.

This is because the vessels in the return job or the delivery job are not placed on the IoT scale, but are actually in the company.

10: input
20: point
30: database
40: recommendation
50: Payment/Delivery Department
60: display
70: control unit

Claims (10)

An input unit for selecting a plan, a brand, and a type of vessel and storing it in a database;
Advance information including a member's house interior photo or table photo, house atmosphere, table material, and table color, selection information including rate plan, brand, and type of dish, multiple dish stock status, and each inventory/ A database storing the weight of the delivery/return container;
A recommendation unit for recommending a customized bowl SET according to prior information including the member's house interior picture or table picture, house atmosphere, table material, and table color;
A payment/delivery unit for generating payment/delivery information to be delivered to a corresponding address according to the member information stored through the input unit and displaying on a display unit;
A display unit for displaying rate plan, brand, type of vessel, and payment/delivery information;
The input unit selects a brand and type of vessel, measures it with an IoT scale, and stores it in a database, determines whether the selected input information matches the inventory information, passes it to the payment/delivery unit, and instructs payment and delivery, and the database Bowl rental system comprising; a control unit that receives the weight of each vessel from the control unit to be compared with the weight of the stock / shipping / return container to control a warning alarm when there is a difference. The method of claim 1,
When the recommendation unit executes the custom bowl function, the computer searches for pictures of the bowl SET that meets the conditions through data mining technology from a social networking service and displays them on the display unit. The method of claim 1,
The control unit,
Bowl rental system, characterized in that for comparing the weight of each bowl selected by the input unit and weight information of each stock bowl stored in the database. The method of claim 1,
The control unit,
Control to select a rate plan, brand, and type of vessel from the input unit, measure it with an IoT scale, and store it in the database before delivery,
A bowl rental system, characterized in that a returned bowl is measured with an IoT scale and compared within an error range, and a warning alarm is displayed if there is a difference. The method of claim 1,
Wherein the recommendation unit includes an AR unit that displays the image of the bowl on the table as an augmented reality. Registering an interior picture of a member's house or a picture of a table through an input unit;
Controlling, by a controller, to select a brand and a type of vessel from the input unit, measure it with an IoT scale, and store it in a database;
Displaying a plurality of brand bowls SET through the display unit;
Selecting a plan, a brand, and a type of vessel through an input unit;
Determining, by the control unit, whether the selected input information matches the stock information, transmitting it to the payment/delivery unit, and instructing payment and delivery;
Receiving the weight of each bowl from the database and comparing the weight of the stock / shipping / return container to control the warning alarm; The method of claim 6,
Through the input unit, enter the atmosphere of the house, the material of the table, and the color of the table separately, select the rate plan you are using or use, and execute the custom bowl function. Searching on SNS; bowl rental method consisting of. The method of claim 6,
When executing the custom bowl function through the recommendation unit, the computer displays pictures of the bowl SET that meets the conditions through data mining technology. The method of claim 8,
The recommending unit displays an image of a bowl already formed by 3D scan photographing in real time by linking with a smartphone in order to check whether its own bowl SET or a customized bowl SET actually suits the house through the AR unit; further comprising: The characteristic bowl rental method. The method of claim 9,
A method for renting a bowl further comprising: installing a camera capable of photographing the exterior of the bowl SET, and comparing the state at the time of shipment with the state at the time of return by the control unit to check and display the abnormal part on the display unit; .

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