KR20240062222A - Digital Communication System for controlling a IoT operation Devices and Drive methods of the Same - Google Patents

Abstract

The present invention discloses IoT operation control and mobile platform service technology. That is, the digital communication system for controlling IoT operating devices and its driving method according to an embodiment of the present invention is a GUI (graphic user interface) mounted in app content for controlling IoT operating devices with the motto of watching the screen for high-definition video information captured by a CCTV camera. Interface) Controls the operation of at least one robot arm installed in the IoT operation device using a button operation command signal, a robot arm command signal, and an attachment entry/exit command signal automatically generated by checking the button operation on the joystick console of the console unit. An IoT operation device that supports button operations on the joystick console for customer communication terminals that simply access the contents of the Delivery Play app to place an online delivery order by controlling the outflow-(re)inflow status of the attachments. It presents control app content and provides a game platform service that supports computer graphics so that various augmented reality games can be enjoyed remotely.

Description

Digital Communication System for controlling a IoT operation Devices and Drive methods of the Same}

The present invention relates to IoT operation control and mobile platform service technology. In particular, the joystick of the GUI (graphic user interface) console unit installed in the app content for controlling IoT operation devices with the motto of watching the screen for high-definition video information captured by CCTV cameras. By checking the button operation on the console, the automatically generated button operation command signal, robot arm command signal, and appendage entry/exit command signal are used to control the operation of at least one robot arm installed in the IoT operation device or target multiple appendages. It relates to a digital communication system for controlling IoT operating devices that controls the outflow-(re)inflow state and its driving method.

In Korea, the ratio of self-employed people is too high compared to economic conditions, which is becoming a factor that intensifies competition among self-employed people. Becoming a self-employed person means jumping into a highly competitive market that resembles a game of chicken (competition until one side collapses), so a business targeting self-employed people with fierce competition is a business with a high chance of success, especially , the secondary service industry that contributes to increasing their sales will be promising in the future.

The food and beverage delivery market is gradually growing explosively due to social and economic changes such as the development of smart devices, the growth of the restaurant market including delivery food, and the increase in single-person households.

Currently, almost all types of food and beverage stores, including restaurants, bakeries, and coffee shops, can receive customer orders through online delivery apps based on information and communication networks, and the food and beverages ordered by customers are delivered through a professional delivery agency rather than hiring a dedicated delivery person. There is a trend of real-time delivery, and the delivery agency market is expected to continue to increase in the future.

The popularization of smartphones and the trend of segmentation of customer needs have led to the development of O2O business. O2O app services such as food delivery, beauty salons, real estate, lodging, and designated driving are already deeply embedded in our lives.

The global startup investment market is also focused on ICT, IOT, and O2O, and the O2O market (delivery apps, lodging app introduction apps, real estate apps, restaurant introduction apps, etc.) is expanding day by day. The more recessionary, the more sensitive consumers are to prices. As they pursue better value, they show greater interest in tie-in sales, coupon provision, and quantity discounts.

Therefore, an efficient (consumer-friendly) promotional channel is needed to overcome the recession, and a means to increase regular customers and increase sales is required. However, existing offline store introduction/connection/point accumulation platform apps have limitations. Customers (consumers) search for a store through a store introduction app, and after visiting an offline store once or twice, they do not visit the store page in the app again.

In addition, because the existing system is a management program targeting only customers who already know the store and have visited it (existing customers), there are not many inflow factors that can turn customers who have never visited the store into new customers. Customers (consumers) are always seeking more service benefits and innovative products, so it is necessary to launch innovative products that go beyond the existing framework while remaining faithful to the essence of what consumers want.

In addition, as IoT technology is commercialized, IoT functions are added to previously used electrical devices such as lights and electric heaters, and home appliances such as rice cookers, boilers, and air conditioners, allowing users to control them directly through the Internet or indirectly by using the reservation function. There is a trend in which home appliances are being upgraded to IoT devices in terms of control methods.

However, the functions added to transform existing home appliances into IoT devices are often common. In other words, it must include communication functions such as Bluetooth or WIFI, and functions such as controlling power or sending out separate control signals depending on conditions such as sensors. In addition, to live up to the name IoT, an APP function for mobile devices that controls equipment from the outside is required, and a cloud service with security functions such as accommodating and authorizing various devices and many users at the same time is commonly needed.

And since these three functions of IoT device, APP, and cloud server are already common technologies, they can be developed without much difficulty with the help of experts in the fields of respective H/W, server S/W, and APP development, and each home appliance It is possible for manufacturers to produce their own devices as IoT devices by adding IoT functions to the electrical devices they are currently supplying on the market. In addition, users will be able to purchase new home appliances with IoT functions supplied to the market and operate the devices and use them for their own purposes using the dedicated APP and cloud services provided by the manufacturer.

Korean Patent Application Number: 10-2017-0063635 Korean Patent Application Number: 10-2017-0086717 Korean Patent Application Number: 10-2018-0014624 Korean Patent Application Number: 10-2019-0018690

The digital communication system for controlling IoT operating devices and its driving method of the present invention were devised to solve the problems of the prior art, and the first purpose of the present invention is to monitor high-definition video information captured by a CCTV camera on the screen. IoT operation is performed using button operation command signals, robot arm command signals, and attachment inflow and outflow command signals that are automatically generated by checking the button operation on the joystick console of the GUI (graphic user interface) console installed in the app content for controlling IoT operating devices. By controlling the operation of at least one robot arm installed in the device or controlling the outflow and (re)inflow status of multiple accessories, a communication terminal for customers who simply accesses the contents of the Delivery Play app to place an online delivery order is created. The goal is to provide app content for controlling IoT devices that support button operations on the joystick console and provide fun and interesting content that allows users to enjoy various augmented reality games remotely at any time.

In addition, the second purpose of the present invention is to provide a variety of augmented reality games to customer communication terminals at any time through app content for controlling IoT operating devices linked to Baedal Play app content, which is an effect derived from utilizing Baedal Play app content. By encouraging expectations for increased delivery orders, improving profit generation for numerous small business owners including partners, delivery companies, stores, shops, restaurants or franchises, providing a driving force for the growth of small and medium-sized venture companies and revitalizing the local economy accordingly, stabilizing national finances, And it is to greatly contribute to the development of related industries.

The present invention for achieving the above problems includes the following configuration.

In other words, the digital communication system for controlling IoT operating devices according to an embodiment of the present invention monitors IoT operating devices already connected to a local area network in real time with a CCTV camera, and uses a graphical user interface (GUI) mounted within app content for controlling IoT operating devices. User Interface) Check the button operation on the joystick console of the console unit to control the up-down, left-right movement and 360-degree rotation of at least one robot arm installed in the IoT operation device, or to enter or exit the main play panel of the IoT operation device. An IoT operation control communication terminal that controls the amount, time, direction, or speed of a plurality of outflow and reflow accessories; High-definition image information being automatically captured through the monitoring operation is provided in real time from the IoT operation control communication terminal and transmitted to the cloud communication network, and button operation command signals, robot arm command signals, or A management server that transmits an accessory inflow and outflow command signal to the IoT operation control communication terminal; And remote access to the management server already connected to the cloud communication network, download the app content for controlling the IoT operation device previously uploaded by the management server, install, sign up, and authenticate, and perform the IoT operation granted access through the member authentication. For customers who use the pretext of watching the high-definition video information displayed on the screen in real time through the device control app contents to generate the button operation command signal, robot arm command signal, or attachment inflow and outflow command signal and continuously transmit it remotely to the cloud communication network. Includes communication terminals.

The digital communication system for controlling IoT operating devices and its driving method of the present invention is a joystick console of the GUI (graphic user interface) console unit mounted in the app content for controlling IoT operating devices with the motto of watching high-definition video information captured by a CCTV camera on the screen. Control the operation of at least one robot arm installed in an IoT operating device using automatically generated button operation command signals, robot arm command signals, and attachment inflow and outflow command signals by checking the button operation, or leakage targeting multiple attachments. -By controlling the (re)inflow state, we provide app content for controlling IoT operating devices that supports button operations on the joystick console for customer communication terminals that simply access the content of the Delivery Play app to place an online delivery order. The first effect is to provide fun and interest that allows you to enjoy various augmented reality games remotely at any time.

In addition, the present invention is an effect derived from providing a variety of augmented reality games to customer communication terminals at any time through the app content for controlling IoT operating devices linked to the Baedal Play app content, thereby increasing the amount of delivery orders using the Baedal Play app content. By encouraging expectations, improving the profit generation of numerous small business owners including partners, delivery companies, stores, stores, restaurants or franchises, providing a driving force for the growth of small and medium-sized venture companies and revitalizing the local economy accordingly, stabilizing national finances, and developing related industries. It gives a second effect that greatly contributes to .

1 is a diagram illustrating a digital communication system for controlling IoT operating devices according to an embodiment of the present invention.
Figure 2 is an actual photo taken of an IoT operating device of a digital communication system for controlling IoT operating devices according to an embodiment of the present invention.
Figure 3 is a diagram illustrating app content for controlling IoT operating devices and delivery play app content running in conjunction with it according to an embodiment of the present invention.
Figure 4 is a flowchart showing a method of driving a digital communication system for controlling IoT operating devices according to an embodiment of the present invention.

[Example]

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

1 is a diagram illustrating a digital communication system for controlling IoT operating devices according to an embodiment of the present invention.

Referring to FIG. 1, the digital communication system 1000 for controlling IoT operating devices is a GUI (GUI) mounted in the app content 600 for controlling IoT operating devices with the motto of watching the high-definition video information captured by the CCTV camera 200 on the screen. graphic User Interface) At least one robot installed in the IoT operation device 100 with a button operation command signal, a robot arm command signal, and an appendage entry/exit command signal automatically generated by checking the button operation 640 on the joystick console of the console unit. It is a communication system that controls the operation of the arm 110 or the outflow-(re)inflow state of a plurality of appendages 130, and is a communication system for IoT operation device 100, CCTV camera 200, and IoT operation control. It includes a terminal 300, a management server 400, and a customer communication terminal 500.

First, the communication terminal 300 for IoT operation control monitors IoT operation devices 100 already connected to the local area network in real time with a CCTV camera 200, and a GUI installed in the app content 600 for controlling IoT operation devices. (Graphic User Interface) Check the button operation 540 on the joystick console of the console unit to control operations such as up, down, left and right movement and 360-degree rotation of at least one robot arm 110 installed in the IoT operation device 100, Controls the amount, time, direction, or speed of a plurality of appendages 130 that flow into the main play panel 120 of the IoT operation device 100 or flow out and then re-flow.

As can be seen in FIG. 2, the IoT operating device 100 is an electronic mechanical device with a polyhedral structure, and has a polyhedral structure with a main play panel 120 and a CCTV camera 200 mounted on the upper area of the shielded body in an undisclosed form. A polyhedral structure is formed by erecting a front area where transparent panels are erected in front so that the internal space of the building can be filmed in real time, and transparent or opaque panels as many as the number of faces of the polyhedral structure are erected and attached to each other based on the front area.

As can be seen through FIG. 3, the app content 600 for controlling IoT operating devices of the digital communication system 1000 for controlling IoT operating devices according to an embodiment of the present invention is a graphical user interface (GUI) running on the customer communication terminal 500. User Interface) Controls the operation of at least one robot arm 110 in the IoT operation device 100 placed at a remote location according to the button operation 640 on the joystick console of the console unit, or operates multiple devices applied to the main play panel 120. App content that actually implements augmented reality for IoT operating devices (100) that control the (re)inflow and outflow status of accessories in real time, and the detailed components include banner advertisement and keyword advertisement information provider (610), video It is characterized by a configuration including a display unit 620, a counting unit 630, and a GUI console unit 640.

In other words, the banner advertisement and keyword advertisement information provision unit 610 provides real-time advertisements in the form of banners or keywords for products being sold or released by partners, delivery companies, stores, stores, restaurants, or affiliated stores in priority or random order. 1 Provided on screen.

The video display unit 620 displays high-definition video information transmitted remotely via a cloud communication network in real time on the second screen.

The counting unit 630 displays on the third screen a time-limited usage time and score points for game play that tests proficiency in button operations related to the outflow and re-inflow of at least one joystick console operation or a plurality of accessories. .

The GUI console unit 540 places at least one joystick console on the fourth screen to remotely operate at least one robot arm 110 in the form of augmented reality, or buttons to allow the outflow and re-inflow of the plurality of appendages 130. It works.

Subsequently, the management server 400 automatically receives high-definition video information being captured in real time through a monitoring operation from the IoT operation control communication terminal 300 and transmits it to the cloud communication network, and sends the button transmitted in real time through the cloud communication network. An operation command signal, a robot arm command signal, or an appendage entry/exit command signal is transmitted to the IoT operation control communication terminal 300.

The management server 400 calculates the game money automatically accumulated over a certain period of time based on the time limit and score points transmitted from the app content 600 for controlling IoT operating devices of the customer communication terminal 500 on a 1:1 basis on a lookup table. Pre-matched prize tickets, local gift certificates, cultural gift certificates, shoe gift certificates, game item purchase certificates, or online product purchase discount coupons are provided to the customer communication terminal 500.

The customer communication terminal 500 remotely connects to the management server 400, which is already connected to the cloud communication network, and downloads and installs the app content 600 for controlling IoT operating devices pre-loaded on the management server 400, registers, and authenticates members. process, and use the pretext of watching the high-definition video information displayed on the screen in real time through the app content 600 for controlling IoT operating devices granted access through member authentication to send button operation command signals, robot arm command signals, or attachment inflow and outflow command signals. is generated and continuously transmitted remotely to the cloud communication network.

In addition, the app content 600 for controlling IoT operating devices enters the app link address previously given by the customer communication terminal 500 and is created through a software program so that it is in the same category as the app content 600 for controlling IoT operating devices. After selecting and clicking on the Baedal Play app content (700), select at least one product by item that is being sold or released online or offline by partners, delivery companies, stores, stores, restaurants, or affiliated stores, including small business owners. When selected according to the purchase purpose, the management server 400 provides the app content for controlling IoT operating devices to the customer communication terminal 500 connected to the app content 600 for controlling IoT operating devices linked to the Delivery Play app content 700. It performs a function of increasing the usage time limit for playing multiple augmented reality games supported by (600) in the form of incentives by differentially applying it depending on the level.

Figure 4 is a flowchart showing a method of driving a digital communication system for controlling IoT operating devices according to an embodiment of the present invention.

Referring to FIG. 4, the driving method of the digital communication system for controlling IoT operating devices is a GUI (graphic user interface) console unit mounted in the app content for controlling IoT operating devices with the motto of watching the screen for high-definition video information captured by CCTV cameras. By checking the button operation on the joystick console, the automatically generated button operation command signal, robot arm command signal, and attachment inflow and outflow command signal are used to control the operation of at least one robot arm installed in the IoT operating device or target multiple appendages. It is a driving method that controls the outflow-(re)inflow state.

First, the communication terminal for IoT operation control according to an embodiment of the present invention monitors IoT operation devices already connected to a local communication network in real time with a CCTV camera (S100).

The communication terminal for IoT operation control checks the button operation on the joystick console of the GUI (graphic user interface) console mounted in the app content for controlling IoT operation devices (S200).

The communication terminal for IoT operation control controls operations such as up, down, left and right movement and 360-degree rotation of at least one robot arm installed in the IoT operation device, or controls the operation of the IoT operation device's main play panel, or the outflow and re-inflow of the IoT operation device. Controls the amount, time, direction or speed of multiple attachments (S300, S400).

The management server automatically receives high-definition video information being captured in real time through monitoring operations from the IoT operation control communication terminal and transmits it to the cloud communication network (S500).

The management server transmits the button operation command signal, robot arm command signal, or attachment entry/exit command signal transmitted in real time through the cloud communication network to the communication terminal for IoT operation control (S600).

The customer communication terminal remotely accesses the management server already connected to the cloud communication network, downloads the app content for controlling IoT operating devices pre-loaded from the management server, installs, registers, and performs member authentication (S700).

The customer communication terminal generates a button operation command signal, a robot arm command signal, or an appendage entry/exit command signal under the pretense of watching the high-definition video information displayed in real time through the app content for controlling IoT operating devices to which access is granted through member authentication. and continues to transmit remotely to the cloud communication network (S800).

One embodiment of the present invention described above is merely illustrative, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. . Therefore, it will be understood that the present invention is not limited to the forms mentioned in the above detailed description. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the appended claims. In addition, the present invention should be understood to include all modifications, equivalents and substitutes within the spirit and scope of the present invention as defined by the appended claims.

Digital communication system for controlling IoT operating devices (1000)
IoT operating device (100) CCTV camera (200)
IoT operation control communication terminal (300) management server (400)
Customer communication terminal (500)

Claims (5)

IoT operating devices already connected to a short-range communication network are monitored in real time with a CCTV camera, and button operations on the joystick console of the GUI (graphic user interface) console installed in the app content for controlling IoT operating devices are checked to check the operation of the buttons within the IoT operating device. Controls the vertical, horizontal, and 360-degree rotation of at least one installed robot arm, or controls the amount, time, and direction of a plurality of appendages that flow into or out of the main play panel of the IoT operation device and then re-flow. Or a communication terminal for IoT operation control that controls speed;
High-definition video information being automatically captured through the monitoring operation is provided in real time from the IoT operation control communication terminal and transmitted to the cloud communication network, and the button operation command signal, robot arm command signal, or A management server that transmits an accessory inflow and outflow command signal to the IoT operation control communication terminal; and
Remotely connect to the management server already connected to the cloud communication network, download the app content for controlling the IoT operating device pre-uploaded from the management server, install, sign up, and authenticate, and access the IoT operating device to which access is granted through the member authentication. Customer communication that generates the button operation command signal, robot arm command signal, or attachment inflow/inflow command signal using the pretext of watching the high-definition video information displayed in real time through the control app content and continuously transmits it remotely to the cloud communication network. A digital communication system for controlling IoT operating devices including terminals.
The method of claim 1, wherein the IoT operating device,
It is an electronic mechanical device with a polyhedral structure, the main play panel seated in the upper area of the shielded body in an undisclosed form, and the front area with a transparent panel placed in front so that the inner space of the polyhedral structure can be filmed in real time with the CCTV camera. And, a digital communication system for controlling an IoT operating device, wherein a polyhedral structure is formed by erecting the transparent panel or opaque panel as many as the number of faces of the polyhedral structure based on the front area and attaching them to each other.
The method of claim 1, wherein the app content for controlling IoT operating devices is,
Banner advertisements and keywords that provide real-time advertisements in the form of banners or keywords on the first screen in priority or random order for products being sold or released online or offline by partners, delivery companies, stores, stores, restaurants, or affiliated stores. Advertising Information Department;
a video display unit that displays the high-definition video information transmitted remotely via the cloud communication network in real time on a second screen;
a counting unit that displays, on a third screen, a usage time limit and score points that are temporally limited to game play that tests proficiency in button operations related to the outflow and re-inflow of the at least one joystick console and the plurality of appendages; and
At least one joystick console is placed on the fourth screen to remotely operate the at least one robot arm in augmented reality, or a GUI console unit that operates buttons to allow the plurality of appendages to flow out and back in. Digital communication system for controlling IoT operating devices.
The method of claim 3, wherein the management server:
Prize tickets, local gift certificates, and culture that are pre-matched 1:1 on a look-up table against the game money automatically accumulated over a certain period of time based on the time limit and score points transmitted from the app content for controlling the IoT operation device of the customer communication terminal. A digital communication system for controlling IoT operating devices, characterized in that it provides gift certificates, shoe gift certificates, game item purchase rights, or online product purchase discount coupons to the customer communication terminal.
According to claim 1,
After the app content for controlling the IoT operating device enters the app link address previously given by the customer communication terminal and clicks on the delivery play app content created to be in the same category as the app content for controlling the IoT operating device, the partner company, When selecting at least one product that is being sold or released online or offline by a delivery company, store, store, restaurant or affiliated store by item, for the purpose of purchase,
The management server provides a usage time limit for playing a number of augmented reality games supported by the IoT operation device control app content to the customer communication terminal connected to the IoT operation device control app content linked to the delivery play app content. A digital communication system for controlling IoT operating devices, which is characterized by applying differentially according to grade and increasing it in the form of incentives.