KR20210024927A - Application of character displayable shoe ordering system and its operating method - Google Patents

Abstract

The present invention provides a shoe order system capable of displaying characters using an application and an operating method thereof, which can transmit various characters or symbols which a user wants to display on shoes capable of displaying characters or symbols through the application installed on a smart device, display the characters or symbols, perform an order by selecting various designs, colors and functions according to a customer′s choice, allow wearers (children, the elderly, the disabled, etc.) to transmit the locations of the wearers to the smart devices of guardians of the wearers through a communication unit of the shoes with respect to the shoes to which a unique identification number (ID) is assigned at every set cycle through a communication network through a contract with a telecommunications company, and allow the guardians to transmit text to the shoes, and designate set areas to transmit the situation to the smart devices of the guardians when the wearers are out of the set area.

Description

Application of character displayable shoe ordering system and its operating method {Application of character displayable shoe ordering system and its operating method}

The present invention relates to a shoe capable of displaying characters or symbols, and more particularly, to transmit a character or symbol to be displayed on a shoe capable of communicating with a smart device using an application installed on a smart device, and various characters or symbols. It relates to a shoe sales system capable of displaying characters using an application capable of ordering and selling shoes that can be displayed in a manner and a method of operating the same.

Among the electronic devices, there are electronic devices provided in a form that can be worn on the body. These electronic devices are generally referred to as wearable devices, and various types of wearable devices are being developed.

For example, the wearable device is provided in various forms detachable to the human body and clothing such as a head mounted type (glass), a wrist worn type (watch, wristband), a contact lens type, a ring type, a shoe type, and a clothing type. The wearable device may increase portability and accessibility by allowing the electronic device to be worn on the body such as clothes or glasses.

In addition, various applications are emerging as smart items such as smartphones, tablet PCs, and tabbooks are released in the current digital age.

Among them, there are various applications using color and brightness, but it is difficult to find an application that controls color and brightness for shoes.

However, in the luminous shoes of the Republic of Korea Utility Model No. 20-0278136 (announced on June 20, 2002), it relates to luminous shoes equipped with a lighting system inside the outsole made of a transparent material. A plurality of supports of a certain size are formed inside the outsole made of a material, and by forming a certain space between the supports, the light emitted from the light emitting diodes (LED) installed inside the outsole made of the transparent material is the minimum number of light emitting diodes. Also, a large amount of light can be emitted to the outside of the outsole made of transparent material, and a power switch for supplying power to the light emitting diode is installed inside the outsole made of transparent material, but the power switch is turned on. A luminous shoe is disclosed in which an on-off button is integrally formed on the outside of an outsole made of a transparent material.

However, in such a case, there is a case where small children wear it with a light emitting device (LED), but it is only about shoes of a simple level in which light emission is turned on/off.

Patent Document 1: Korean Patent Registration No. 10-1539869 (announced on July 28, 2015)-Shoes equipped with a display panel Patent Document 2: Korean Patent Laid-Open No. 10-2018-0086925 (published on August 01, 2003)-An application capable of adjusting color and brightness in shoes Patent Document 3: Republic of Korea Utility Model Registration No. 20-0278136 (announced on June 20, 2002)-Luminous shoes Patent Document 4: Korean Patent Laid-Open Publication No. 10-2018-0075989 (published on July 05, 2018)-Electronic device, wearable device, and display object control method of electronic device

Accordingly, the present invention is to solve all the disadvantages and problems of the prior art as described above, and transmits various characters or symbols that the user wants to display on a shoe capable of displaying characters or symbols through an application installed on a smart device. An object thereof is to provide a shoe ordering system capable of displaying text using an application capable of displaying this and a method of operating the same.

In addition, the present invention is to provide a shoe ordering system capable of displaying characters using an application that allows users to select and order various designs, colors, and functions according to the user's selection as well as a finished product for a character displayable thread, and an operation method thereof. have.

In addition, the present invention protects the shoe wearer (children, the elderly, the disabled, etc.) at intervals set through the communication network for the shoes to which a unique identification number (ID) is assigned through a contract with a communication company. By using an application that can transmit text to the guardian's smart device through the communication network, the guardian can send text messages with shoes through the smart device, and when the guardian's smart device is out of the specified zone by designating a set zone. Another object is to provide a shoe ordering system capable of displaying characters and a method of operating the same.

In order to achieve the above object, the present invention is a server that receives an online order from a customer's PC or smart device, a smart device or a POS device of a store, and receives an order for finished shoes, or design or color. , A character display shoe order server 100 capable of online shopping for receiving an order for shoes selected from a customer for functions and footwear accessories, and enabling a preview through a simulation for the shoes selected by the customer; Communication with the customer's smart device 300 is possible, a display device is provided on the inner surface of the outer shell, and at least one of letters, numbers, or symbols transmitted by communication with the smart device 300 is transmitted through the display device. Character display shoes 200 to display; Consisting of a smartphone and a smart pad, the character display shoe 200 transmits letters, numbers, and symbols to be displayed through a communication network such as Bluetooth or WiFi or 3G, 4G, 5G, and the character display shoe through the communication network. A smart device 300 for receiving location information transmitted from 200; And a bank, card company, or fintech server that allows the financial costs incurred between the display shoe order server 100, the character display shoe 200, and the smart device 300 to be safely transacted between the customer and the shoe manufacturer or orderer. It provides a shoe ordering system capable of displaying text using an application characterized in that it is configured, including;

Here, the shoe ordering system capable of text display includes a shoe manufacturer server 400 that manufactures shoes ordered on the text display shoe order server 100 and delivers them to customers through a delivery company, and the text display shoes 200 and smart As a server of a communication company that provides a service for communication between devices 300, it provides text from the smart device 300 to the text display shoes 200, or sets the location information of the text display shoes 200 at a set cycle. The communication service provider server 600 provided to the smart device 300, the display shoe order server 100, the text display shoe 200, the smart device 300, the shoe manufacturer server 400, the financial company server 500, and A communication network 700 that provides a communication service transmitted and received between the communication company servers 600, and a LoRa network 800 that transmits and receives location information or text between the text display shoe 200 and the smart device 300 is further included. It features.

In addition, in order to achieve the above object, the present invention comprises the steps of selecting a shoe by connecting a customer to a character display order server 100 through a terminal in order to purchase a single display shoe 200 (S100); When the customer selects shoes through the terminal and pays (S150), the shoes are delivered or sold to the customer (S160); Displaying characters or symbols on the shoes purchased at the delivery or store, and downloading and installing an application for setting the movement limit range on the customer's smart device 300 (S170); the first of the shoes 200 Bluetooth connection (connected) to the smart device 300 through the communication unit (S190), and inputting characters, numbers, and symbols to be displayed on the shoe through the smart device 300 and transmitting through Bluetooth communication (S200 ); The text is received through the first communication unit 201 of the shoe 200 and stored in the memory unit 206 (S220); When the user of the shoe wears the shoe, the display unit of the shoe Displaying stored letters, numbers, and symbols (S230); And the control unit of the shoe checks the state of the shoe at a preset cycle at a set cycle (S270), and checks the illuminance, whether the shoe is taken off, and the posture of the shoe through the sensor unit. The smart device of the shoe protector through the second communication unit and the communication network by checking and outputting a warning sound through the speaker unit or adjusting the brightness of the display unit of the shoe as an operation according to the sensing, or by setting the position information detected by the position detection unit of the shoe at a set period. It provides a method of operating a shoe ordering system capable of displaying text using an application, characterized in that comprising; transmitting the current location information to.

According to an embodiment of the present invention, there are the following effects.

First, various characters or symbols that the user wants to display on a shoe capable of displaying characters or symbols on the outer circumferential surface can be transmitted and displayed by the user through an application installed on a smart device.

Second, it is possible to order a shoe capable of displaying characters using an application that allows users to select various designs, colors, and functions according to the user's choice as well as finished products for the failure to display characters or symbols.

Third, for shoes that have been given a unique identification number (ID) through a contract with a communication company, the wearer of the shoes (children, the elderly, the disabled, etc.) It allows transmission to a device, and through a communication network, a guardian can send a text message to a shoe through a smart device.

Fourth, if the shoe wearer leaves the area previously set by the guardian, the situation is immediately transmitted to the guardian's smart device to warn the shoe wearer not to leave the predetermined protection area, so the guardian can feel relieved when the shoe wearer goes out. In particular, in the case of getting lost or abducted, the whereabouts can be easily found through grasping the route of movement or current location.

1 is a view for explaining a shoe ordering system capable of displaying text using an application according to the present invention.
FIG. 2 is a block diagram illustrating an embodiment of a character display shoe order server in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1.
3 is a block diagram illustrating an embodiment of a character display shoe in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1.
4 to 7 are photographs showing an embodiment of a character display in a character display shoe in a shoe ordering system capable of displaying a character using an application according to the present invention.
8 is a photograph for explaining an embodiment of a method of charging text display shoes in a shoe ordering system capable of displaying text using an application according to the present invention.
9 is a photograph illustrating an embodiment of a display device and a battery in a character display shoe in a shoe ordering system capable of displaying characters using an application according to the present invention.
10 to 11 are flowcharts illustrating an embodiment of a method of operating a shoe ordering system capable of displaying characters using an application according to the present invention.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, the terms used in the present invention have selected general terms that are currently widely used as much as possible, but there are terms arbitrarily selected by the applicant in certain cases, and in this case, the meaning of the terms has been described in detail in the description of the corresponding invention. It should be noted that the present invention should be understood as the meaning of the term, not the name of. In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention pertains and are not directly related to the present invention will be omitted. This is to more clearly convey the gist of the present invention by omitting unnecessary description.

1 is a view for explaining a shoe ordering system capable of displaying text using an application according to the present invention.

As shown in FIG. 1, a shoe ordering system capable of displaying text using an application according to the present invention includes a text display shoe order server 100, a text display shoe 200, a smart device 300, a shoe manufacturer server 400, It consists of a financial company server 500, a communication company server 600, a communication network 700, and a LoRa network 800.

Here, the text display shoe order server 100 is a server that receives online orders from PCs, smart devices (smart phones, smart pads, etc.), smart devices or POS devices in stores, and shoes capable of displaying text or symbols. It is possible to receive an order or order a shoe selected from a customer for design, color, function, and shoe accessories (shoelaces, etc.), and preview it through a simulation of the shoe selected by the customer. The text display shoe ordering server 100 is a server capable of online shopping through which text display shoes can be ordered, and there is no need to specifically limit the number of shopping malls in which text display shoes can be ordered.

The character display shoe 200 is capable of communicating with a smart device, and a display device (LED, OLED, etc.) is provided on the inner surface of the outer skin, and a character or symbol transmitted through communication with the smart device is displayed through the display device. do. In addition, it periodically transmits its location to the outside through the communication network through the built-in location signal transmission/reception function. To this end, a unique identification number (ID), such as a smartphone, may be assigned through a mobile communication company.

The smart device 300 is composed of a smartphone, a smart pad, etc., and transmits a character or symbol to be displayed on a character display shoe through a communication network such as Bluetooth, WiFi or 3G, 4G, 5G, and the character display shoe ( 200).

The shoe manufacturer server 400 manufactures shoes ordered on the text display shoe order server 100 and delivers them to the customer through a delivery company.

The financial company server 500 provides the financial costs incurred by the display shoe order server 100, the text display shoe 200, the smart device 300, and the shoe manufacturer server 400 between the customer and the shoe manufacturer or ordering company (seller). It is a server of banks, card companies, or fintech companies (Kakao Pay, Samsung Pay, etc.) that enables safe transactions.

The communication company server 600 is a server of a communication company that provides a service for communication between the character display shoes 200 and the smart device 300, and provides characters from the smart device 300 to the character display shoes 200, The location information of the character display shoe 200 is provided to the smart device 300 at a set cycle. Through the communication service provider server 600, the smart device 300 may not only transmit characters or symbols to be displayed in the character display shoes, but also set a location-restricted area of the character display shoes 200. In this location-restricted area, for example, the customer sets the moving range of the wearer of the text display shoe 200 for an area serviced by the communication company through the base station of the communication company. Such a range of movement can be used as a separate service through a contract with a communication company, such as a 2 to 5 km radius, such as a school, academy, a senior citizen, or a market mainly used at home, or the range of the amusement park when going to an amusement park. .

The communication network 700 provides communication services transmitted and received between the display shoe order server 100, the text display shoe 200, the smart device 300, the shoe manufacturer server 400, the financial company server 500, and the communication company server 600. to provide. It includes a general wired/wireless Internet network or a communication network of a mobile communication company.

LoRa network 800 is an abbreviation for Long Range, and is a long-distance communication network capable of communicating with low power unlike existing smartphone communication networks such as 3G and Long Term Evolution (LTE). It communicates over 10km with minimum power consumption. Unlike communication networks that require high-speed, broadband network equipment, there is no need for a separate base station or relay equipment. You can send and receive data by placing a chip directly on the device. Lora is a communication network with high scalability at the same time lower infrastructure construction cost compared to 3G or LTE. LoRa (Long Range) is a low-power long-distance communication (LPWA) technology that enables objects to communicate with each other. Compared to other communication networks, it is possible to communicate over long distances with low power. (IoT) is also called a dedicated network.

Using the LoRa communication module and sensor module, any IoT device can communicate. The information collected by the device sensor is transmitted to the LoRa access point (AP) using LoRa communication, and the transferred information is stored in the cloud or server. By analyzing the data stored in this way, it can be used to provide user-customized IoT services or to understand the site situation in real time.

Lora network is used in various IoT devices such as smart factory, gas meter reading, loss prevention, and item loss prevention. When this is applied to the present invention, the location of the character display shoe 200 is periodically adjusted to the guardian's smart device 300 When a notification is required, it can be used while minimizing power consumption of the text display shoe 200.

For reference, it is possible to report the disappearance of a customer wearing the corresponding shoe to the National Police Agency server or the 119 server 900 in case an elderly person such as a child or an elderly person disappears or is lost.

FIG. 2 is a block diagram illustrating an embodiment of a character display shoe order server in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1.

An embodiment of a character display shoe order server in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1 is a communication unit 101, a product database 102, and a virtual design/function combination, as shown in FIG. Unit 103, design/function simulation unit 104, on-demand shoe price/delivery calculation unit 105, customer database 106, financial transaction information storage unit 107, application storage unit 108 and control unit 109 ).

Here, the communication unit 101 provides communication between the text display shoe ordering server 100 and the customer's PC, a smart device, or a smart device or POS device of a store who wants to order shoes.

The product database 102 stores information such as a character display shoe finished product or shoe design, color, function, and shoe accessories or new product shoes. Such finished or new products include shoe color, size, and price information. In addition, customized shoes can be provided according to the customer, such as the type of shoes (sneakers, tracking shoes, hiking shoes, etc.), color or design according to the size, and the display function of characters or symbols (size of LED or OLED, function of the supplier, color It is displayed on the customer's terminal (PC, smart device, smart device or POS device in a store) tailored to the customer according to the splendor, flashing cycle, expression color, etc.).

The virtual design/function combination unit 103 combines shoes according to the design and function selected by the customer.

The design/function simulation unit 104 simulates the design and function of the shoes combined in the virtual design/function combination unit 103, and uses a virtual (VR) to simulate the customer's terminal (PC, smart device, or smart device or POS device in the store). ) To be displayed.

The on-demand shoe price/delivery calculation unit 105 calculates the price and delivery period of the shoe according to the function and design selected by the customer and displays it on the customer's terminal (PC, smart device, or smart device or POS device in the store).

The customer database 106 stores data such as age, address, and gender of customers who order shoes, and purchase information.

When the customer purchases shoes, the financial transaction information storage unit 107 stores financial transaction information according to payment with the customer.

The application storage unit 108 stores an application for transmission of characters or symbols of shoes to be displayed in the character display shoe 200, is transmitted from the smart device 300 of the customer, and is downloaded and installed.

The control unit 109 includes a communication unit 101, a product database 102, a virtual design/function combination unit 103, a design/function simulation unit 104, an on-demand shoe price/delivery calculation unit 105, and a customer database 106 ), controlling the financial transaction information storage unit 107 and the application storage unit 108.

3 is a block diagram illustrating an embodiment of a character display shoe in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1.

An embodiment of a character display shoe in a shoe ordering system capable of displaying characters using an application according to the present invention shown in FIG. 1 is a first communication unit 201, a second communication unit 202, and a location transmission/reception unit ( 203, a display unit 204, a charging unit (battery) 205, a memory unit 206, a speaker unit 207, a switch unit 208, a sensor unit 209, and a control unit 210.

The first communication unit 201 basically performs Bluetooth communication.

The second communication unit 202 performs wireless communication (Wi-Fi, mobile communication (4G or 5C)) and LoRa communication.

The position detection unit 203 is for detecting the position of a shoe, and may be configured as a GPS receiver.

The display unit 204 is composed of an LED or OLED device to display letters, numbers, and symbols. In addition, a warning may be displayed through an LED or OLED element in a preset area where the battery capacity is less than a preset charging capacity (eg, 10 to 20% or less).

The charging unit (battery) 205 is composed of a charging terminal for charging a battery (see FIG. 8), and may be generally configured the same as a mobile phone charging terminal.

The memory unit 206 stores letters, numbers, and symbols transmitted from the smart device, and stores a light emission period, a light emission color luminance, and the like. In addition, the voice to be output through the speaker unit 207 may be stored as text. In addition, the guardian's smart device identification number (smart phone number, etc.) can be stored.

The speaker unit 207 outputs a warning sound or a voice stored in the memory unit 206.

The switch unit 208 turns on/off driving of the LED or OLED constituting the display unit 204.

The sensor unit 209 may be composed of a weight sensor, an illuminance sensor, a gyro sensor, a touch sensor, and the like. At this time, through the weight detection sensor, it can be used to automatically turn on when a user wearing shoes wears shoes, and to automatically turn off when taking off shoes. The illuminance sensor allows you to adjust the output of the LED or OLED according to the brightness around the shoe. In other words, when the illuminance is high, the output of the LED or OLED is increased, and when the illuminance is low, the output of the LED or OLED is increased, so that it is conspicuous. The gyro sensor is irrelevant, for example, when the shoe is standing normally, but when the shoe is laid and the lying time elapses, the state of the shoe wearer may not be normal, so a warning sound through the speaker unit 207 Can be output. The touch sensor is composed of sensors such as capacitance change type and electrical conductivity change type (resistance change type), and can be used to detect the state of taking off the shoe by acting in the same role as the weight sensor or by jointly operating with the gyro sensor. .

The controller 210 stores a shoe identification number (ID) assigned through a contract with a communication company, and the first communication unit 201, the second communication unit 202, the location transmission/reception unit 203, and the display unit 204 , The charging unit (battery) 205, the memory unit 206, the speaker unit 207, the switch unit 208, and the sensor unit 209 are controlled. If lying for more than a preset time through the second communication unit 202, the guardian's smart device 300 notifies the abnormal situation, and the speaker unit 207 controls to output a voice or signal requesting a rescue signal to the surrounding people. can do. In addition, the remaining amount of the battery connected to the charging unit 205 is periodically detected to perform a necessary operation.

In addition, the control unit 210 controls the display unit 204 to display the text transmitted from the guardian's smart device 300 through the second communication unit 202, and the text arrives at the display unit 204 when a text is received. A signal (warning signal) informing is displayed or a text message is received through the speaker unit 207. In addition, the control unit 210 transmits the location information of the wearer to the smart device 300 of the protector through the second communication unit 202 at a predetermined cycle by setting the position of the shoe detected through the position detection unit 203 that detects the position of the shoe. Can be transmitted. Of course, if a mobile communication service is used, the position of the shoe is determined at a set cycle through the base station of the mobile communication network.

4 to 7 are photographs showing an embodiment of a character display in a character display shoe in a shoe ordering system capable of displaying character symbols using an application according to the present invention.

Character display in a shoe ordering system capable of displaying character symbols using an application according to the present invention An embodiment of a character display in a shoe is shown as a picture as in FIGS. 4 to 7. It indicates that the phone number is displayed at a preset cycle. To this end, the outer skin of the shoe may be a transparent or translucent material, or even if it is composed of colored, the thickness of the outer skin may be determined according to the light intensity of the LED or OLED composed of a display device according to field experience or experiment.

FIG. 8 is a photograph for explaining an embodiment of a method of charging a character symbol display shoe in a shoe ordering system capable of displaying text using an application according to the present invention, and FIG. 9 is a shoe ordering system capable of displaying text using an application according to the present invention. Is a picture for explaining an embodiment of a display device and a battery in a character display shoe.

In the shoe ordering system capable of displaying text using the application according to the present invention, the charging method of the shoe displaying the character symbol may use the same charging method as the charging method of a general smart device. To this end, as shown in FIG. 8, an example in which a charging terminal of a smart device is configured on a pull tap of a heel portion of a heel of a shoe is shown. In this case, the battery may be provided between the outsole and the insole of the shoe, as shown in FIG. 9, and of course, a replacement type using a battery may be used.

10 to 11 are flowcharts illustrating an embodiment of a method of operating a shoe ordering system capable of displaying characters using an application according to the present invention.

As shown in FIGS. 10 to 11, a method of operating a shoe ordering system capable of displaying text using an application according to the present invention is provided by a customer to a text display order server 100 to purchase a text display shoe 200. , Select a shoe by accessing it through a smart device or a smart device in a store, a POS device (S100).

At this time, it may be a finished product, a new product, or a customized shoe can be ordered.

If it is not customized (S110), a ready-made product of a finished product or a new product is guided (S120).

However, if it is customized, a shoe simulation according to a design, color, function and accessories selected by the customer, and a price and time required for order production are guided through the terminal (S130).

And when the customer selects an order (S140), a secure payment is performed through a financial company server such as a bank, a credit card company, and a fintech company (S150).

The text display order server 100 delivers the shoes selected by the customer. In this case, in the case of an on-demand, the shoes are ordered and delivered through the manufacturer server 400 (S160).

In addition, the purchaser downloads and installs an application on his smart device in order to display characters or symbols on the shoes purchased at the delivery or store, and set the movement limit range (S170).

In addition, the delivered or purchased shoes are charged in the battery through a charging unit (S180).

And the smart device 300 and the Bluetooth connection (connect) through the first communication unit of the shoe (S190).

Subsequently, the guardian inputs letters, numbers, and symbols to be displayed on the shoes through the smart device 300 and transmits them through Bluetooth communication (S200). At this time, smart device identification information (phone number, etc.) is also transmitted.

In addition, a basic location (for example, a house) of the shoe is set through a smart device application, and a movable range is set and transmitted to the shoe through Bluetooth communication (S210). This movable range may vary depending on the movement range of the shoe wearer (academy, swimming pool, gym, etc.) 2 to 5Km from the basic position.

Then, the first communication unit 201 of the shoe 200 receives the text and stores it in the memory unit 206 (S220).

And when the user wears shoes, stored letters, numbers, and symbols are displayed (S230). In this case, it may be set to operate according to a switch-on through a switch unit or detection through a sensor unit.

Meanwhile, the control unit of the shoe periodically checks the state of the battery and requests battery charging through a warning light when the battery is below a set level (S240). In addition, the remaining battery capacity of the battery may be transmitted to the smart device 300 of the guardian through the second communication unit 202 so that the guardian does not forget to charge the battery.

Then, the controller transmits the current location information of the shoes detected through the location detection unit of the shoes to the smart device 300 of the guardian through the second communication unit and the communication network 400 or the lora network 600 (S250). At this time, when out of the set position, a warning sound is output so that the wearer of the shoes pays attention.

The smart device 300 displays the current position of the shoe according to the transmitted information. If it is out of the set position, the smart device 300 warns that the position is out of position through the application of the smart device 300 (S260).

Meanwhile, the control unit of the shoe operates by checking the state of the shoe at a preset cycle (S270). In other words, it checks the illuminance, whether the shoes are removed, the posture of the shoes, that is, whether it is standing normally, whether or not lying down while wearing the shoes, etc., and the operation according to the sensing (brightness adjustment, warning sound output, guardian smart device through wireless communication) Notification).

Meanwhile, the control unit performs charging, automatic off of the display unit of the shoe, and the like according to whether the event S280 has occurred. In addition, when a text arrives according to an event, the text is displayed and the incoming text is output through the speaker unit (S290).

Although the present invention has been described with the above examples, the present invention is not necessarily limited to these examples, and various modifications may be made without departing from the spirit of the present invention. Accordingly, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these examples. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: character display shoe order server
101: communication unit 102: product database
103: virtual design/function combination unit 104: design/function simulation unit
105: on-demand shoe price/delivery calculation unit 106: customer database
107: financial transaction information storage unit 108: application storage unit
109: control unit
200: shoes 201: 1st communication department
202: second communication unit 203: location transmitting and receiving unit
240: display unit 205: charging unit (battery)
206: memory unit 207: speaker unit
208: switch unit 209: sensor unit
210: control unit
300: smart device 400: shoe manufacturer server
500: financial company server 600: telecommunication company server
700: communication network 800: LoRa network

Claims (3)

It is a server that receives online orders from customers' PCs, smart devices, smart devices or POS devices in stores, and orders for shoes capable of displaying letters or symbols, or selected from customers for design, color, function, and shoe accessories. A character display shoe order server 100 capable of online shopping that enables a shoe order to be ordered and previewed through a simulation of a shoe selected by a customer;
Communication with the customer's smart device 300 is possible, a display device is provided on the inner surface of the outer shell, and at least one of letters, numbers, or symbols transmitted by communication with the smart device 300 is transmitted through the display device. Character display shoes 200 to display;
Consisting of a smartphone and a smart pad, the character display shoe 200 transmits letters, numbers, and symbols to be displayed through a communication network such as Bluetooth or WiFi or 3G, 4G, 5G, and the character display shoe through the communication network. A smart device 300 for receiving location information transmitted from 200; And
The display shoe order server 100, the text display shoe 200, and the financial costs incurred between the smart device 300 are composed of a bank, card company, or fintech server that enables safe transactions between the customer and the shoe manufacturer or orderer. A shoe ordering system capable of displaying text using an application, characterized in that it is configured, including; The method according to claim 1,
The shoe ordering system capable of displaying the text,
A shoe manufacturer server 400 that manufactures shoes ordered on the character display shoe order server 100 and delivers them to a customer through a delivery company,
A server of a communication company that provides a service for communication between the character display shoe 200 and the smart device 300, and provides text from the smart device 300 to the character display shoe 200, or the character display shoe A communication company server 600 that provides the location information of 200 to the smart device 300 at a set cycle,
A communication network that provides a communication service transmitted and received between the display shoe order server 100, the text display shoe 200, the smart device 300, the shoe manufacturer server 400, the financial company server 500, and the communication company server 600 ( 700) and,
A shoe ordering system capable of displaying text using an application, further comprising a LoRa network 800 for transmitting/receiving location information or text between the text display shoe 200 and the smart device 300.
In the operating method of a shoe ordering system capable of displaying characters using the application according to claims 1 to 2,
Step of selecting a shoe by a customer accessing the character display order server 100 through a terminal in order to purchase a shoe display shoe 200 (S100);
When the customer selects shoes through the terminal and pays (S150), the shoes are delivered or sold to the customer (S160);
Displaying characters or symbols on the shoes purchased at the delivery or store, and downloading and installing an application for setting a movement limit range on the customer's smart device 300 (S170);
Bluetooth is connected (connected) to the smart device 300 through the first communication unit of the shoe 200 (S190), and letters, numbers and symbols to be displayed on the shoe are input through the smart device 300 Transmitting through communication (S200);
A step (S220) of receiving a corresponding character through the first communication unit 201 of the shoe 200 and storing it in the memory unit 206;
When the user of the shoe wears the shoe, displaying the stored letters, numbers, and symbols through the display unit of the shoe (S230); And
The control unit of the shoe checks the state of the shoe at a preset cycle (S270), checks the illuminance, whether the shoe is removed, and the posture of the shoe through the sensor unit, and adjusts the brightness of the display unit of the shoe by an operation according to the sensing. Or outputting a warning sound through the speaker unit or transmitting the current location information to the smart device of the shoe guardian through a second communication unit and a communication network at each set period of the location information detected by the shoe location detection unit. How to operate a shoe ordering system capable of displaying characters using an application

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