KR20090095351A - Implementation Method of PC or Server Based Ubiquitous Smart Home Network Management Package - Google Patents

Abstract

A method of realizing a ubiquitous smart home network management package based on a PC or a server is provided to simply connect currently used devices to a communication conversion device, thereby easily using the devices in a ubiquitous environment. A smart home network management program or a package UPnP(Universal Plug and Play) is realized by using PnP and OSGi(Open Service Gateway initiative) middle ware. The smart home network management program or the package UPnP are installed in a desktop PC, a home server, a home pad, a home station, a set top box and an IPTV. A control device and an SHNMP are connected through wire/wireless communication that a PABX(Private Automatic Branch Exchange) provides.

Description

Implementation method of PC or server based ubiquitous smart home network management package

The present invention relates to a method for implementing a PC or server based ubiquitous smart home network management package, and more specifically, connecting all home-related devices to Bridge, (u-Smart Home) Gateway and PABX, which are communication converters, All data of the connected devices can be collected and analyzed by PC- or server-based u-smart (home) network management connected to the communication converter and network to optimize the home according to the conditions set by the user or the scenario embedded in SHNMP. Intelligent home that applies image, data, voice and VoIP communication to existing apartments, townhouses, townhouses, houses, buildings, and more. After replacing with a PABX that supports, connect the 2 lines of the installed interphone with the PABX When connected to a home video phone or home pad, SHNMP can collect data from home network devices in the home and the complex through PABX. In other words, the smart home network can be installed by external construction only, without common wiring or extension work inside the building. This advanced invention makes it easy to install all smart home network devices at low prices in any kind of key building. In addition, by processing the data obtained from the various communication converters or PABX described above, an integrated management package that efficiently manages not only individual homes but also the entire complex is commercialized and supplied to the PC or server. The floor can make u-smart buildings. Furthermore, anyone can easily expand by installing and installing Smart Home Network devices at once or annually according to budget using existing SHNMP for PC and communication converter. You can make u-smart buildings and complexes, cheaply and conveniently.

As is well known, the simple definition of smart home network is to connect all home devices used at home to a communication converter that supports UPnP, PnP, OSGi, etc. SHNMP collects, analyzes and applies user-set conditions, fuzzy and artificial intelligence algorithms and incorporates various scenarios to provide the optimal environment for users to live. And while the conventional products were controlled sequentially or one by one by the user's operation of the device, this new product reads data in real time from one condition, temperature or humidity sensor, etc. Can be processed at the same time. In other words, in order to realize the existing home network based on the existing automation center as a ubiquitous smart home network, it is necessary to accept the existing method and read and set many sensor values installed inside and outside the building in real time. By comparing one condition with a home and an outside condition, if something goes high, low, or something happens, all the devices involved in the job are actively preprocessed, recorded, and reported from one to n at the same time. Furthermore, if you select one of several scenarios that people need to live: very warm, bright and not humid, warm, bright and not humid, moderate temperature and humidity illuminance, cool, bright and not humid, cool and not bright, SHNMP will According to the scenario selected by the company, the sensors installed outside the building are used to determine weather (rain, snow, clouds, fog, wind speed, noise, yellow dust, etc.), temperature, humidity, wind speed, and day and night. After reading the values of temperature, humidity, illuminance, noise, CO2, gas sensor, etc., you can compare the sensor values outside the building with the sensor values inside the building in 3rd order to maintain the optimal conditions selected by the user at the minimum cost and time. Actively processes, records, and reports devices from one to n devices at the same time.

Currently, there is no u-Smart Home Network Management and Educational Package available for installation on PCs or servers based on UPnP, PnP, OSGi and scenarios. Even in Korea, where u-IT is the most developed, a home control program mounted on a wall-mounted video phone, home pad (wall pad) or home station for home network management provides some limited home automation and security / disaster prevention functions. Doing. For example, in the case of opening a lobby or a separate front door, a person must run to the controller on the wall to check and open the door. Furthermore, in order to control devices connected to the home station or home pad, the user needs to find the icon of the device on the screen of 7 inches or less and process it directly. Of course, it is far from Ubiquitous or smart home network that can do what you want anytime and anywhere using all devices, communication and network as a control method that can operate or stop only one device in one command in one-to-one way. Strictly speaking, what is currently installed or marketed as a smart home network will be an accurate representation of the degree of home automation. Nevertheless, these products, which have many limitations such as limited communication and network, limited functions and usability, have been defined by the suppliers (Ubiquitous) Smart Home Network in terms of sales and promotion, and are still marketed. In spite of this inherent problem, many advertisements and model houses have the illusion that the system will do everything for people if they live in a house with a smart home. However, if you move in and use it, the current smart home that you saw in the advertisement is similar to that of the old video phone. It wasn't very time-consuming to know that it couldn't be used because most people who majored in IT couldn't use it because they had to learn difficult operations to control home devices. In other words, most home pads or home stations, which are currently installed smart home network controllers, are used for video phones and only a few cases are used for security purposes when going out. For this reason, the real ubiquitous smart home network is recognized as being difficult to use because it is perceived as not useful for the lives among users who have used existing smart home systems at the stage where the true u-Smart Home Network is sprouting. It is an obstacle to the future of the system.

In addition, summarized the limitations of the current smart home network system with the above problems ① It is impossible to add a new device without program changes or hardware changes, ② (IP) TV, PC, mobile terminal, PDA, etc. It cannot be used in conjunction with various control systems, ③ It cannot use various devices such as TV remote control, voice recognition, emotional recognition, mouse as well as touch screen or button as input controller. Impossible, ⑤ Reading sensor values such as temperature, humidity, illuminance, CO2, gas, fire, smoke, etc., can't optimize all related devices at the same time. ⑥ Read and compare the installed sensor values according to user's setting. Can not be optimized by interlocking all devices, ⑦ does not work based on the scenario described above, ⑧ home It is impossible to simply connect all the devices, ⑨ It is impossible to monitor, analyze, control and optimize the status of the device installed locally or remotely using various communication, and it is impossible to connect and process all existing communication. It is not possible to edit the control screen of the home network control program on the PC or server in the same structure as your own home. ⑫ Bring the icon corresponding to the devices installed in each room of the control screen from the toolbox and edit it. It is impossible to control easily by creating the same environment as each room. 외에도 In addition, many things do not correspond to the basic concept of Ubiquitous Smart Home Network, which can optimize the home beyond construction. In other words, products that are faithful to the essence of the Ubiquitous smart home network, that is, anytime, anywhere, anytime using any control device (PC, server, remote control, mobile terminal, mouse, touch screen, voice, emotional recognition, etc.) If you set the device value of each device or set the sensor value such as temperature or humidity illuminance sensor, reservation, crime prevention, etc., the system should be able to intelligently interlock and optimize all the devices. You should be able to optimize your building, and furthermore, be able to use various communication converters (bridge, u-Smart Home Gateway, PABX, etc.).

In addition, in Korea, some communication converters have products such as VoIP and automatic control functions built by Samsung, but most of them are two to three among WAN, LAN, WLAN, FTTH, USB, RS-232C, and PSTN. In particular, since UPnP, PnP, OSGi, etc. are not embedded in the communication converter and SHNMP, any smart home device cannot be used or expanded, and SHNMP automatically recognizes the device when only the device is connected to the communication converter. It is impossible to intelligently configure and optimize the Smart Home Network. In other words, there are many limitations in the evolution of ubiquitous smart home network with existing automation or network technology.

In view of the above-mentioned domestic and foreign situation, the emergence of the above products is late to lead the Smart Home industry and the Ubiquitous era. For example, if a single apartment is installed, the construction company selects the home server and the devices installed in all households, and the user can only access and use the devices supported by the same device or the manufacturer. There are many problems such as being.

In Korea, Samsung, LG, Seoul Telecom and Hyundai Telecom are also providing communication converters and smart home management programs, but there are no u-Smart Home PABXs that support Ubiquitous in the full sense. Furthermore, SHNMP for PC that can be used in conjunction with u-Smart Home PABX that supports many functions such as wired / wireless communication, crime prevention, security, automation, remote meter reading, and facility management, which are optimal for u-Smart Home Network and USN environment. Supply is an urgent task for the construction of the Smart Home Network and the Ubiquitous country.

The present invention has been created in order to solve the above problems of the prior art, the final goal of the development of PC (Window or heterogeneous OS) based u-Smart Home Network Management Software technology in the u-Smart Home Network and USN environment Anyone who owns this server can purchase this product and install it on a PC or server, and then simply connect all the devices, whether they are devices that do not support communication or devices that support communication. Its primary purpose is to make it available for use in the Internet, and the second purpose is wired (wired; LAN, PLC, RS-232C / 485, IEEE-1394, USB, etc.), wireless (Zig-bee, Bleue-tooth, WLAN). , AM / FM, etc.) and scenarios based on the user's settings or intelligent algorithms by collecting the status or data of various devices using mobile communication (CDMA, GSM, 1xEVDO, WCDMA, HSDPA, WiBro, etc.) through the communication converter. Ta The second objective is to implement SHNMP for PC that can control and optimize the building, and any device can be connected to a bridge, (u-Smart Home) Gateway or PABX, and SHNMP can automatically recognize and process PnP. The third purpose is to implement a product with built-in UPnP, OSGi functions, and to implement SHNMP with a function that can be controlled or set locally and remotely using various input devices, and for SHNMP and PABX. The smart home network home controller is a generation door phone, video call, common entrance video call, inter-generation direct dial call, generation entrance and joint entrance visitor confirmation, monitoring function, common entrance door opening, emergency alarm button, wired / wireless sensor, outing and Automatic notification to the control room in case of alarms such as security setting and release, transmission of messages in case of an emergency emergency alarm, household intrusion emergency disaster prevention, etc. Broadcasting of household announcements, transmission of household announcements, text messages, wireless monitoring in households, remote control of gas valves, heating, lighting and lighting appliances, home appliances, etc. The fifth objective is to develop products that SHNMP collects, analyzes, controls and optimizes, and may integrate all or individual systems into existing or new apartments, houses and buildings where smart home networks or IBS should be installed. The sixth objective is to implement a very flexible and advanced concept of the product, and this invention makes it easy to build, operate, expand, and build buildings or houses that only wise humans can do. Happy, healthy, safe, joyful, wealthy, true ubiquitous smart with optimized zoom And it provides an implementation of the core PC and server-based smart home ubiquitous network management packages Cage method of network implementation.

In order to achieve the above object, the present invention provides a smart home network management program or package (referred to as SHNMP) implemented by applying UPnP (Universal Plug and Play), PnP, OSGi Middle Ware, etc. Server, Home Pad, Home Station, Set Top Box, IPTV, etc., and the controller (including computer, PC, etc.) and SHNMP are PABX (Private Automatic) which provides bridge, u- (Smart Home) Gateway, home network function. It is connected to the wired / wireless communication network provided by Branch Exchange. And when all the smart home devices are connected to one of the communication converter bridge, u- (Smart Home) Gateway, PABX, anyone can easily configure the u-Smart Home Network; By using input devices such as remote control, mouse, touch screen, voice and emotion recognition, all automation devices, security devices, entertainment devices, healthcare devices, exercise devices, information devices, sensor devices, telemetering devices installed in homes, buildings, and other buildings Collecting data from devices and the like, analyzing, controlling and optimizing on a scenario basis; Implementation of a PC or server based smart home network management package for the implementation of ubiquitous smart home network; And implementing a u-Smart Home Network Education Package, which is essential for nurturing professionals in the u-Smart Home Network and Ubiquitous sectors based on the SHNMP; and a PC or server based ubiquitous smart home network Provides an implementation method of the management package.

As described in detail above, the present invention is the final goal of the development of PC (Window or other OS) based u-smart home network management Package and Education Package technology, anyone who owns a PC or a server, etc. purchases this product and installs it on a PC. After simply connecting the devices that are currently used to communication converters such as bridges and gateways, smart home networks can be easily used in the Ubiquitous environment.

In addition, the present invention supports a function that can easily collect, analyze, control and optimize each device state or data through a communication conversion device for any device using wired / wireless or mobile communication. . In other words, communication conversion device or SHNMP implements products with PnP function, UPnP function and OSGi function. Furthermore, it implements a product that provides various GUIs, local and remote status checks of home networks, element technology that can be controlled or set, and a GUI (Graphic User Interface) function for user convenience.

In addition, the present invention is the PABX smart home network controller, the generation door phone video call, common entrance video call, inter-generation direct dial call, generation entrance and joint entrance visitor confirmation and monitoring function, opening and closing the front door, emergency alarm button, wired / wireless sensor Automatically notify the control room in case of alarm, such as setting out and canceling out of home and crime prevention, sending out a message in case of an emergency emergency alarm, household invasion emergency disaster prevention, immediate monitoring of guards, LCD display of household, broadcasting of household announcement, transmission of household notice It has a remote control function such as sending a text message, wireless monitoring within households, gas valves, heating and cooling lighting appliances, home appliances, etc., and all of the above data can be linked with PC-based SHNMP through various wired / wireless communication methods through communication converters. It is an implementation of the product.

In addition, the present invention can be installed and used individually in the base or new apartments, houses, and buildings that require the installation of a smart home network or IBS, and can be used by integrating one (generation) or n (generation). And advanced product concept.

The present invention can open a new chapter in the construction of innovative USN compared to the existing method of providing only limited functions, significantly reduce the time and effort in network installation and home network construction, without the user restrictions The smart home network will be a necessity for the general public because it is easy to change and expand devices, and it is a very useful invention that greatly improves the availability and reliability compatibility and gives many benefits and abundance to users.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention for achieving this effect are as follows.

PC or server-based ubiquitous smart home network management package applied to the present invention is configured as shown in Figures 1a to 32.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

The following terms are terms set in consideration of functions in the present invention, which may vary depending on the intention or custom of the producer, and their definitions should be made based on the contents throughout the specification.

First, the present invention is a Smart Home Network Management Program or Package (referred to as SHNMP) implemented by applying UPnP (Universal Plug and Play), PnP, OSGi Middle Ware, .NET frame equipment, PC (computer), Home Server, Home Pad And Home Station, Set Top Box, IPTV, etc., and the controller and SHNMP are wired / wireless communication and network provided by PABX (Private Automatic Branch Exchange) that provides bridge, u- (Smart Home) Gateway, and home network functions. Connected. If you connect all the smart home devices with one of the communication converters such as bridge, u- (Smart Home) Gateway, and PABX, anyone can easily configure u-Smart Home Network, and also remote control, mouse, touch screen, voice and By using input devices such as emotion recognition, all automation devices (including all home appliances), security devices, entertainment devices, healthcare devices, exercise devices, information devices, home sensor devices, telemetering devices, etc. installed in homes, buildings, and other buildings It collects the data from the data, analyzes, controls, and optimizes it on a scenario basis, and also implements a PC or server based smart home network management package for the ubiquitous smart home network, and based on the SHNMP. -To foster experts in the Smart Home Network and Ubiquitous fields After the step of implementing an integral u-Smart Home Network Education Package it will provide the implementation of the PC or the server based on the Ubiquitous Smart Home Network Management L cage.

In this case, the present invention is characterized in that the SHNMP or package based on the PC or server is implemented as a user interface (UI).

And the user interface (UI) applied to the present invention is ① u-Smart Auto Icon, ② u-Smart Security (houses, apartments, buildings, industrial complexes, warehouses, power plants, units, etc. security of each generation or part and the whole complex / U-Smart Healthcare Icon, ④ u-Smart Exercise Icon, ⑤ u-Smart Sensor Icon, ⑥ u-Smart Entertainment Icon, ⑦ u-Smart Information (hereafter household account book, various utility bills; water, gas, electricity, sewerage, heat rate, maintenance fee, item list / location used by house, building or industry, etc.); , Leisure, Real Estate, Railway, Road, Aviation, Travel, Finance, etc.)), ⑧ u-Smart Telemetering Icon, ⑨ u-Smart Environment Icon.

In another aspect, the present invention is a graphic including the nine user interface (UI) main icon and one Set Up icon, a window indicating the apartment, house, building and exterior environmental information, etc. and a window indicating log information or various other information A user interface (GUI) is included.

In this case, the graphical user interface (GUI) is a user's integrated self-apartment or apartment using a Tool (Control) Box composed of icons representing various basic functions such as basic images, various devices, and functions related to apartments, houses, and buildings that appear on the screen when a program is executed. Compose the internal structure such as house, building, etc., and take the icons representing the devices installed in the place (room, living room, kitchen, entrance, toilet, etc.) to which the image of the house belongs, After that, the user clicks the icon corresponding to each device to monitor, analyze, control and optimize.

In addition, the second main GUI applied to the present invention is a tool (Control) and an image block composed of an icon representing an internal structure of an apartment, a house, a building, and the like, and a device representing various devices and functions. Box, ③ u-Smart Auto button, u-Smart Security button, u-Smart Healthcare button, u-Smart exercise button, u-Smart Sensor button, u-Smart Entertainment button, u- Smart Information button, u-Smart Telemetering button and Set Up button symbolizing five additional functions, Emergency button, Smart Mode button, Home button, Inquiry button, ④ Device operation and fault status display window, ⑤ Warning or log information and various other It consists of a window that displays information, and the user edits the UI of SHNMP with the internal structure of his apartment, house, building, etc. by using the tool box and image block box specified above. The icon representing the devices installed in the place (room, living room, kitchen, entrance, toilet, etc.) belong to the tool (Control) Box, and placed in the same location as the installed devices. Click on the icon to process.

In addition, the present invention provides a process for monitoring, analyzing, controlling, and optimizing u-Smart Home Auto, Healthcare, Sensor, Security, Entertainment, Information, Exercise, Telemetering, etc. individually or partially or entirely using the SHNMP. It will provide a training method implemented at this direct source program level.

In addition, the present invention is a wired communication such as the module of the user interface (UI) and other related devices WAN, LAN, FTTH, E-PON, Lonworks, RS-232C, RS-422 / 485, USBx, IEEE1394 / 5, PLC It provides a training method for implementing modules at the source program level that monitor, analyze, control, and optimize using technologies.

In addition, the present invention monitors, analyzes, controls, and optimizes the user interface (UI) module and other related devices using IEEE 802.11x, Zig-bee, Blue-tooth, AM / FM, RFID, and other wireless communication technologies. It provides a training method of implementing a module at the source program level.

The present invention also provides a module for monitoring, analyzing, controlling and optimizing the user interface (UI) module using WiBro, HSDPA / HSUPA, WCDMA, GSM, IMT-2000, 1xEVDO, CDMA and other mobile communication technologies. Source Provides a method of teaching at the program level.

In addition, the present invention is the operation and verification using the SHNMP after learning the theory related to the smart home network, Digital In board, Digital Out board, Analog to digital converting board (A / D Board), Communication port and the microprocessor board mounted By designing and manufacturing firmware design and smart home management package, it provides training method to collect data and status of home network and device, and to analyze, control and optimize.

In addition, the present invention collects all protocol data related to wired, wireless, mobile communication, etc. using the various communication analysis testers and simulators of SHNEP, or retrieves a stored file and analyzes the data according to the (learned) theory. Write it in the window displayed on the protocol tester screen, press the result button to immediately indicate whether it is correct or incorrect, and if it is incorrect, repeat the above process until all items are correct, and anyone can easily conquer all protocol structures. Provide training methods.

Finally, the present invention uses the SHNEP to design, manufacture and compile a monitoring, analysis, control and optimization program module using each communication using a high-level language or an object-oriented language, and then select a communication method or protocol through a filter. When implemented, it provides a curriculum to gather real data from the network and practice the results of analysis, control and optimization.

The invention of the present invention through the PC or server-based SHNMP, etc. 1) the user of any kind of Off Line (hereinafter referred to as the concept of all devices that do not support communication) and any On Line (all devices that support communication after Even if you have a device, you can collect, analyze, control and optimize the data just by connecting the device to the smart home network, and 2) to the u-Smart Gateway, Bridge or other communication conversion device or interface device. Data can be collected, analyzed, controlled and optimized from all connected devices. 3) .NET frame devices or PCs (personal computers), Note Books, PDAs that can be installed with UPnP devices, OSGi middleware, PnP, etc. SHNMP should be easy to install and use on devices equipped with, home servers, home pads, home stations, IPTVs, and other processors. When connected, various communication converters such as Set Top Box, Bridge, u- (Smart Home) Gateway, and PABX that provides home network function should be connected and used to easily realize optimal Smart Home and Network. 5) WAN, LAN, 802.11x (including 2x and 3x) based on IPv4, IPv6, VoIP, All IP, Ad-hoc, Mesh standard to provide such various convenience, Power Line Communication (PLC) , RS-232C, RS-422 / 485, USB, IEEE-1394 / 5, Zig-bee, Blue-tooth, AM / FM, RFID, WiBro HSDPA / HSUPA, WCDMA, GSM, IMT-2000, 1xEVDO, CDMA, FTTH, E-PON, and other communication should be handled and added. 6) Where SHNMP is installed, which provides Ubiquitous environment, users can access any network anytime, anywhere, at any time using any device. Be able to handle anything you want, and 7) take care of temperature, humidity, After continuously collecting and analyzing various sensor values such as gas, CO2, O2, fire, crime prevention, and toxins, and if they fall short of or exceed the value set by the user, Intelligent (automatic) control and optimization of devices (from one device to n) at the same time should provide the best environment for users to live in. 8) On or Off Line devices or sensors connected to the network In order to optimize, users should be able to use the remote control, mouse, mobile terminal, PDA, notebook, PC and other touch screens when commanding SHNMP.9) The first UI of PC or server based SHNMP is largely 9 [U-Smart Auto Icon, ② u-Smart Security Icon, ③ u-Smart Healthcare Icon, ④ u-Smart Exercise Icon, ⑤ u-Smart Sensor Icon, ⑥ u-Smart Entertainment Icon, ⑦ u -Smart Information Kind of bills; water, gas, electricity, sewerage, heat rates, expenses, article lists / position such as a house or building or industrial use, such as various kinds of information; Defined as including various information such as region, shopping mall, education, shopping, leisure, real estate, railway, road, aviation, travel, finance, etc.) Icon, ⑧ u-Smart Telemetering Icon, ⑨ u-Smart Environment Icon In other words, the UI is a GUI that includes nine main icons, one set up icon, a window representing apartment, house, building interior and exterior environment information, and a window displaying log information or various other information. 10) The second main GUI is integrated by the user using the Tool (Control) Box, which is composed of basic images related to apartments, houses, buildings, etc., and icons representing various devices and functions. Edit the internal structure of your apartment, house, building, etc., and represent the devices installed in the place (room, living room, kitchen, entrance, toilet, etc.) to which the edited home image belongs. The icon can be taken from the Tool (Control) Box, synthesized into an image representing the internal structure of the building, and the user can click on the icon corresponding to each device for monitoring, analysis, control and optimization.

SHNMP for PC applied to the present invention in order to achieve the above-described technology using the input device such as a remote control, a mouse, a touch screen, voice recognition, emotional recognition, such as all the home automation equipment installed in the house, building and home, etc. It should be possible to collect data from the system, analyze, control and optimize it. In other words, everyone should provide a powerful function that should be inexpensive and convenient to use.

And even in homes that are not equipped with smart home network environment, by applying SHNMP, convenient and easy control and optimization of installed home network equipment can be done. In addition, if a server or PC with SHNMP installed is connected to a communication converter without the need for a plug-in process, the communication converter searches for off-line devices and assigns an IP to each device. After collecting and analyzing IP and data for each device, it can control and optimize the corresponding devices simultaneously or sequentially according to user set conditions or embedded scenarios.

In particular, the control system such as .NET frame equipment, PC, Home Server, Home Pad, Home Station, Set Top Box, (IP) TV with SHNMP with UPnP, PnP, OSGi middleware, bridge, u- (Smart Home) It can be used as a system by integrating various control systems or communication converters such as gateways and PABXs that provide home network functions, and all off-line and on-line devices.

On the other hand, the present invention may be variously modified and may take various forms in applying the above configuration to the system.

And it is to be understood that the invention is not limited to the specific forms referred to in the above description, but rather includes all modifications, equivalents and substitutions within the spirit and scope of the invention as defined by the appended claims. It should be understood that.

Looking at the more specific action of the present invention as described above in more detail as follows.

That is, Figure 1a is a PC or server-based Smart Home Network Management Package according to an embodiment of the present invention and communication conversion devices such as u-Smart Gateway, Bridge, PABX, micro process control board and various devices connected thereto u-Smart Home System diagram showing the entire Smart Home Network System consisting of Auto, Security, Healthcare, Sensor, Telemetering, Exercise, Entertainment, Information, and PABX based Smart Home Network.

Figure 1b is a diagram showing the configuration of a PC or server-based u-Smart Home Network Management in accordance with an embodiment of the present invention, the product is largely the input processing to process the input from ① Smart Home Network Management Main Module, ② input devices Module, ③ Interface and control module for connecting and controlling various off-line devices, ④ various home devices that do not support communication, and modules for controlling and processing various home devices that support wired, wireless, mobile communication and other communications. Module for processing each communication method, ⑤ Smart home network implementation process using wired communication, wireless communication, mobile communication and other communication on u-Smart Home Network Management, and various tester processes and implementation process for mastering smart home network U-Smart Home Network Education Package, which provides ⑥ access to various networks System configuration diagram showing network connection processing module that handles connection of u-Smart Gateway, PABX, Gateway, Bridge, etc. ⑦ Local and Remote processing modules that can be freely handled remotely and locally

Figure 2a is the first (Layer 1; 1st floor) Main GUI of the PC or server-based Smart Home Network Management Package according to an embodiment of the present invention is composed of eight large-class home-related controller ICON (① u-Smart Home Auto, ② u-Smart Home Security, ③ u-Smart Home Healthcare, ④ u-Smart Home Exercise, ⑤ u-Smart Home Sensor, ⑥ u-Smart Home Entertainment, ⑦ u-Smart Home Information, ⑧ u- Smart Home Telemetering Icon) and ⑨ Set Up Icon, ⑩ Home (Return to the first menu), ⑪ Inquiry, ⑫ Emergency Button and ⑬ Status Information Window (Weather, Temperature, Humidity, Illumination, Electricity / Water / Gas / Hot water, etc.), ⑭ lobby, window camera image, ⑮ lobby and front door opening and closing window, window status of the device installed in the home, Alarm and Login display window, Smart Mode button, etc. GUI diagram.

FIG. 2B is a second (Layer 2) main (image editing type) GUI related to an embodiment of the present invention, which is displayed on the screen when the program is executed. User's integrated apartment using Control & Tool Box consisting of composition image box related to room, kitchen, living room, toilet, entrance, study, corridor, dressing room, utility room, stairs, bar, etc. ② and icon representing various home devices Edit the internal structure such as house, building, etc. primarily using this GUI module, and use the Tool icon to symbolize the devices installed in the place (room, living room, kitchen, entrance, toilet, etc.) where the edited house image belongs. Take it out of the box and place it in the same location where the actual device is installed. After that, when the user clicks on the icon representing the device installed in each place of the completed image or the home device icon of the Control & Tool Box, the devices are monitored by using the second or third GUI to control the devices. It can be analyzed, controlled and optimized. In particular, to easily and easily use a number of home devices ③ Like u-Smart Home Auto, u-Smart Home Security, u-Smart Home Healthcare, u-Smart Home Exercise, u-Smart Home Sensor, u- Smart Home Entertainment, u-Smart Home Information, u-Smart Home Telemetering Icon and Set Up Icon, ④ Home (Return to the first menu), Inquiry, Emergency Button and Status Information Window (Weather, Temperature, Humidity, Illumination) , Electricity / water / gas / hot water, etc.) lobby, window showing the entrance camera image, window opening / closing the lobby and front door, ⑤ window showing the status of the device installed in the home, ⑥ Alarm and Login display window, etc. GUI configuration diagram.

FIG. 2C is a smart scenario based on artificial intelligence as a GUI that appears when the Smart icon of FIG. ② not warm and dry (adequate humidity), ③ not mild and dry, ④ not dry like springtime, ⑤ not cool and humid (suitable humidity), ⑥ not very cool and humid (suitable humidity), ⑦ not cold and humid ( 10 degrees to 15 degrees Celsius) If you select one of these, it is the second level (Layer 2; 2nd floor) GUI configuration that automatically handles the selected condition by optimally controlling all the devices installed in the smart home.

FIG. 3A shows nine ICONs (① u-Smart Auto, ② u-Smart Security, ③ u-Smart Healthcare, ④ u-Smart Exercise, ⑤ u-Smart Sensor, ⑥ Click u-Smart Home Automation from u-Smart Entertainment, ⑦ u-Smart Information, ⑧ u-Smart Telemetering, ⑨ Set Up Icon, or the icon (① u-Smart Auto, ② u- Smart Security, ③ u-Smart Healthcare, ④ u-Smart Exercise, ⑤ u-Smart Sensor, ⑥ u-Smart Entertainment, ⑦ u-Smart Information, ⑧ u-Smart Telemetering, ⑨ Set Up Icon) Layer 2 (Layer 2) GUI diagram that appears when you click Smart Auto, i.e. in conjunction with the GUI (FIGS. 2A, 2B) or separately.

FIG. 3A illustrates the current status, setting, reservation, application, cancellation, etc. of devices belonging to a representative icon that classifies devices belonging to u-Smart Home Auto and one of the representative icons in FIG. 2A or 2B GUI. It displays the window and the operation and stop status of the devices connected to the smart home network, the list of installed devices, record search, etc., and the icon corresponding to one of the Home Auto devices is less than 3b. Relevant GUI configuration displayed when selecting Local or Remote input device with other devices such as screen and mobile device.

FIG. 3B is a GUI that appears when a TV is selected in FIG. 3A. The on / off time, channel, volume, Multifunctional GUI configuration that can handle reservations etc. However, many GUIs with details have the same functions as defined in 3a.

FIG. 3C is a GUI that appears when Audio is selected in FIG. 3A. On and off times of one or more audios, channels, radios, etc. installed as a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the like. Select and record tapes, CDs, AMs, FMs, DABs, DMBs, tracks, etc., Stop, Play, Fast Play, Pause, Rewind, Fast Rewind, Rewind, Schedule and Volumes for the aforementioned media Also, a multifunctional GUI configuration that can handle sound frequency and loudness, but many of the GUIs have the same functionality as defined in 3a.

FIG. 3D is a GUI that appears when an air conditioner is selected in FIG. 3A. The user views a current temperature of one or more air conditioners installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, and a mobile device (including a mobile phone). A multi-functional GUI configuration that allows you to schedule settings and run times, such as wind strength, add-ons, and many more, but many GUIs have the same functionality as defined in 3a.

FIG. 3E is a GUI that appears when the fan is selected in FIG. 3A to view the current state of one or more fans installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the user desires. That is, a multi-functional GUI configuration that can set the strength and additional functions such as breeze, weak wind, natural wind, strong wind, etc., and schedule operation time, but many GUIs with details have the same functions as defined in 3a.

FIG. 3F is a GUI that appears when DVD & Video is selected in FIG. 3A. A remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), etc. turn on and off time, track number, etc. of one or more devices. Versatile GUI configuration to handle selection, stop, playback, fast playback, pause, rewind, fast rewind, schedule recording and playback of the above-mentioned media, and volume and sound frequency and intensity. Many GUIs have the same functionality as defined in 3a.

FIG. 3G is a GUI that appears when a washing machine is selected in FIG. 3A. The user views the current state of one or more washing machines installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the user desires washing. That is, a multi-function GUI configuration that allows setting of laundry mode, laundry selection, laundry amount selection and additional functions, and scheduling operation or washing time, but many GUIs with details have the same functions as defined in 3a.

3H is a GUI that appears when an electric rice cooker is selected in FIG. 3A to view a current state of one or more electric rice cookers installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the user. A multi-functional GUI configuration that allows you to set up the desired cooking, warming, stop and add-ons according to the food menu and schedule the time of operation or cooking, but many of the GUIs have the same functionality as defined in 3a.

FIG. 3i is a GUI that appears when a refrigerator is selected in FIG. 3a to view the current state of one or more refrigerators installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the user wants to refrigerate In addition, many GUIs have detailed functionality as defined in 3a.

FIG. 3J is a GUI that appears when a robot cleaner is selected in FIG. 3A to view a current state of one or more robot cleaners installed with a remote controller, a mouse, a touch screen, a voice, a keyboard, a mobile device (including a mobile phone), and the user. Multifunctional GUI to set up desired cleaning mode (normal, water cleaning and other cleaning) areas (living room, kitchen, room 1 toilet, etc.) and additional conditions related to security functions (shooting, recording, disaster prevention, etc.) Many GUIs with configuration diagrams, but with details, have the same functionality as defined in 3a.

3K shows the current state of devices belonging to the device belonging to the u-Smart Home Auto device classification icon (related to Smart Window, curtain control, house oxygen control, humidity, etc.), and setting (Smart Window, curtain control). , House oxygen control, humidity, etc.), smart window opening / closing conditions (internal / outdoor noise, wind speed, CO2 and toxins, weather, humidity, day and night, etc. , Opening and closing functions according to conditions such as cooking, cleaning, etc., reservation (operating or stopping curtains, windows, oxygen generators and other devices depending on the time of illumination or weather), oxygen control, humidity control, illumination control system, etc. Window indicating the application, cancellation, etc., and the operation and stop status of the devices connected to the smart home network, the list of installed devices, record search, etc. Relevant GUI configuration that can be controlled by selecting Icon as Local or Remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication)

Figure 3l shows the current state of the devices belonging to when the temperature management icon is selected among the u-Smart Home Auto device classification icons (room 1, n, living room, kitchen, other uses temperature, oxygen, humidity, CO2, illumination, etc. ), Settings (1 to n rooms, temperature, oxygen, humidity, CO2, illuminance and other values for living room, kitchen, and other uses), especially hot water, outing, rapid hot water, It shows the operation and stop status of all the devices related to temperature connected to the smart home network, the list of installed devices, record search, etc., and the icon corresponding to one of the other devices is mouse, remote control, voice, touch screen. Relevant GUI configuration that can be selected and controlled by local or remote input device with other devices such as mobile device (including mobile communication)

Figure 3m shows the current status (boiler and valve, gas range, auxiliary heater, water heater and valve, gas oven range, etc.) of the devices belonging to when the gas controller icon is selected among the u-Smart Home Auto device classification icons, boiler (etc.) And valves, gas ranges, auxiliary heaters, water heaters and valves, gas oven ranges, etc.), reservations, in particular, the operation and stop status of all devices according to the values set for each device, the list of installed devices, record search, etc. Also, related GUI configuration that can select and control Icon corresponding to one device among mouse, remote control, voice, touch screen, mobile device (including mobile communication) and control with Local or Remote input device. .

Figure 3n is the current temperature (room 1 ~ n, living room, kitchen, toilet 1 ~ n, other, etc.), the temperature setting (room) belonging to the room when the boiler icon is selected among the u-Smart Home Auto device classification icons 1 ~ n, living room, kitchen, toilets 1 ~ n, etc.), hot water, going out, especially the operation and stop status of all devices according to the value set for each device, the list of installed devices, record search, etc. For the room set higher than the current temperature, open the valve and operate the boiler, etc. Close the valve corresponding to the room set lower than the current temperature, or open it a little and maintain the set temperature. And related GUI configuration that can select and control Icon corresponding to one device among mouse, remote controller, voice, touch screen, mobile device (including mobile communication) by local or remote input device .

Figure 3o shows the current temperature (room 1 ~ n, living room, kitchen, bathroom 1 ~ n, other, etc.) of the room and the interior space of the air conditioner installed when the air-conditioning icon is selected among the u-Smart Home Auto device classification icons, air conditioner temperature setting (Room 1 ~ n, living room, kitchen, bathroom 1 ~ n, etc.), wind strength, air cleaning, dehumidification, negative ion and other additional function settings, reservation function, especially the operation of all devices according to the value set for each device It shows the stop status, installed device list, record search, etc. If the temperature is lower than the current temperature, the air conditioner, etc. is operated for the air conditioner. And if you want to operate other device, select Icon corresponding to one device among screen devices as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote state. Related GUI schematics

Figure 3p is a fan-related GUI of the u-Smart Home Auto temperature management device is the same as [Figure 3e].

Figure 3q is a valve for supplying hot water for heating and hot water supply to the corresponding room and indoor spaces when the temperature set when the heating / hot water valve related icons selected from the u-Smart Home Auto temperature management equipment is higher than the current temperature Open and vice versa to increase economy and convenience. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Related GUI schematics that can be controlled by

Figure 3r is the current state of the room and the interior spaces such as the lights installed when the "general and emotional lighting" icon of the u-Smart Home Auto device (room 1 ~ n, living room, kitchen, toilet 1 ~ n, other, etc.), Settings (rooms 1 to n, living room, kitchen, bathrooms 1 to n, etc.), smart lighting settings (automatically provide illuminance and emotional lighting for bedtime, movies, music, dining, conversation, learning, etc.) and other additional features It shows the operation and stop status of all devices, the list of installed devices, record search, etc. according to the setting and reservation function, especially the value set for each device. In the daytime, if the currently set indoor lighting is lower than the outside lighting, all the corresponding lights are turned off. On the contrary, all the lights are turned on to provide the emotional lighting suitable for the setting of the lighting and the mode in the opposite case when the night or the weather is not good. And if you want to operate other device, select Icon corresponding to one device among screen devices as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote state. Related GUI schematics that you can do.

FIG. 3s is a diagram illustrating lighting and emotional lighting installed in a corresponding room and indoor spaces when the illuminance set when selecting a general and emotional lighting related icon among u-Smart Home Auto lighting management devices is higher than the current illuminance, and vice versa In case of off, it increases economic efficiency and convenience. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Relevant GUI schematics that can be controlled from state.

Figure 3t is a room corresponding to when the temperature and humidity and CO2 value set when selecting the electric curtain and the electric window related icons among the u-Smart Home Auto device is higher than the outside, or gas or toxin (toxin or smell, etc.) is detected. And open curtains and windows installed in the interior spaces and vice versa to increase economics and convenience. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Related GUI schematics that can be controlled by

FIG. 3u illustrates a room corresponding to a temperature and humidity value set when a kitchen hood or a ventilation related icon is selected among u-Smart Home Auto devices, and a gas or toxin (toxin or smell, etc.) is detected. Activate hoods or ventilation systems installed in indoor spaces and vice versa to increase economy and convenience. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Related GUI schematics that can be controlled by.

FIG. 3v shows the current state when the outlet control icon is selected among u-Smart Home Auto devices, and thus the outlet can be turned on or off and detailed control (that is, operation or stop of a specific device) is performed. This provides the economy and convenience for any appliance installed in the wall outlet to operate or shut down. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Related GUI schematics that can be controlled by.

FIG. 3w illustrates room and interior spaces when the temperature and humidity set when the fan control icon is selected in the u-Smart Home Auto device is higher than the outside, or when gas or toxin (toxin or smell, etc.) is detected. The ventilator system installed in the main unit is operated, and vice versa to increase the economy and convenience. If you want to operate the device, move the cursor to the corresponding box on the screen and select the corresponding icon or button as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device. Related GUI schematics that can be controlled by.

FIG. 4 shows the u-Smart Home Security devices and their status in the GUI of FIG. 2A or 2B. 4A shows a mouse, a remote control, a voice, a touch screen, and a portable icon. It is related GUI structure displayed when selecting Local or Remote input device as other device such as device, and it can display the current security or termination status, go out sleep and reservation mode setting and termination, and select local or remote control mode. Furthermore, it displays additional function setting, reservation function, especially operation and stop status of all devices, installed device list, record search, message transmission, etc. according to the value set for each device. If you want to operate other device, select icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote status. Related GUI schematics that you can do. Many GUIs, however, have the same functionality as defined in 3a.

Figure 4b is the current state of the devices (n 1 in the room, living room, kitchen, etc.), the security settings (n 1 in the room, living room, kitchen) of the devices belonging to when the magnetic sensor icon selected among the u-Smart Home Security devices , Etc.), in particular, indicates the operation and stop status, installed device list, record search, message transmission, etc. of all magnetic sensors and smart home network security devices installed in each area, Relevant GUI configuration that can select and control the corresponding Icon by Local or Remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication).

Figure 4c shows the current state of the devices (n 1 in the window 1, living room, kitchen, other windows, etc.), the security settings (n 1 in the window 1, living room, Kitchen, other windows, etc.), in particular, shows the operation and stop status of all devices related to window detectors and smart home network security installed in each area, the list of installed devices, record search, message transmission, etc. Relevant GUI configuration that can be selected and controlled by local or remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication), etc.

FIG. 4D is the same as FIG. 4C, and when the icons related to the light sensor, the flow sensor, the IR sensor, the warning light, the siren, etc. are selected among the u-Smart Home Security devices, the current state of the devices belonging thereto (n window 1, living room, Kitchen, other windows, etc.), security settings (n, 1 in the window, living room, kitchen, other windows, etc.), in particular, the operation and stop status of all devices related to security and smart home network security installed in each area , Record inquiry, message transmission, etc., and the icon corresponding to one of the displayed devices can be used as a mouse, remote control, voice, touch screen, mobile device (including mobile communication), etc. Related GUI diagram that can be selected and controlled by input device.

FIG. 4E is a GUI related to when an icon corresponding to disaster prevention among u-Smart Home Security devices is selected as an input device in a local or remote mode using a mouse, a remote control, a voice, a touch screen, a mobile device, or other devices. It is a block diagram, it displays the current status of disaster prevention, and can handle the operation and termination of fire alarm, gas alarm, earthquake alarm, etc. in local or remote control mode. Furthermore, it displays additional function setting, reservation function, especially operation and stop status of all devices, installed device list, record search, message transmission, etc. according to the value set for each device. If you want to operate other device, select Icon corresponding to one device among screen devices as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote state. Related GUI schematics that you can do. Many GUIs, however, have the same functionality as defined in 3a.

Figure 4f shows the current state of the devices (n 1 in the room 1, living room, kitchen, etc.) and the (security) setting (n 1 in the room 1) when the location tracking camera icon is selected among the u-Smart Home Security disaster prevention devices , Living room, kitchen, etc.), in particular, shows the operation and stop status of all devices related to security cameras and smart home network security installed in each area, installed device list, record search, message transmission, etc. Relevant GUI configuration that can select and control Icon corresponding to one device by local or remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication).

Figure 4g shows the current state of the devices (n 1 in the room, living room, kitchen, etc.), when the camera (CCTV) icon is selected during the u-Smart Home Security disaster prevention device, (security) setting (room 1 to n Dogs, living rooms, kitchens, etc.), especially the cameras and smart home network security devices installed in each area, showing the operation and stationary status, the list of installed devices, record search, message transmission, etc. Relevant GUI configuration that can select and control Icon corresponding to one device by local or remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication).

Figure 4h shows the current state (lobby, front door, other, etc.), (security) setting (lobby, front door, etc.) of the devices belonging to it when the front door and lobby camera icons are selected among u-Smart Home Security disaster prevention devices, It displays the operation and stop status of all devices related to the entrance and lobby cameras installed in the area and the security of the smart home network, the list of installed devices, record search, message transmission, etc., and the mouse corresponding to one of the displayed devices. B, related GUI configuration that can be selected and controlled by local or remote input device with remote control, voice, touch screen, mobile device (including mobile communication).

Fig. 4i shows the current destination status (cell phone, landline, police station, fire station, e-mail address, etc.) of the devices belonging to the u-Smart Home Security crime prevention / disaster prevention message icon, the new destination setting, in particular each It shows the operation and stop status of all the security-related devices installed in the area, the list of installed devices, record search, etc., and the icon corresponding to one of the displayed devices is mouse, remote control, voice, touch screen, portable Relevant GUI configuration that can be selected and controlled by other device such as device (including mobile communication) with local or remote input device.

Figure 4j is to select the security / disaster prevention door lock (door key) icon of the u-Smart Home Security device to operate the device by moving the cursor to the corresponding box on the screen mouse, remote control, voice Related GUI configuration that can be controlled in local or remote state by selecting with touch screen, mobile device (including mobile communication) and other input devices.

FIG. 5 shows the entire u-Smart Home Healthcare devices and their status in the GUI of FIG. 2A or 2B. FIG. 5A shows a mouse, a remote control, a voice, a touch screen, This is the related GUI diagram displayed when selecting Local or Remote input device as other device such as mobile device.User number, name, date of birth, gender, height, weight, It shows blood type, doctor's information, hospital information, contact information, email, measured values, modification window, deletion window, local or remote control mode, and installed device list. Furthermore, the reservation function, in particular, indicates the operation and stop status of all devices, the list of installed devices, record inquiry, message transmission, etc. according to the value set for each device. If you want to operate other device, select Icon corresponding to one device among screen devices as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote state. Related GUI schematics that you can do. Many GUIs, however, have the same functionality as defined in 3a.

5b shows the current status, blood pressure measurement value, heart rate (pulse rate), message output window, measurement, related device status, and device list of devices belonging to it when u-Smart Home Healthcare device is selected. Indicate the operation, stationary status, message transmission, etc. of devices related to recording, search, etc. and to create an optimal environment for treatment and mouse, remote control, voice, touch screen Related GUI configuration that can be selected and controlled by local or remote input device with other devices such as mobile device (including mobile communication).

Figure 5c is a message output according to the measurement and measurement value of the current state of the devices belonging to it, eurobilinogen, urine sugar, bilirubin, ketone body, urinary tract, urethremia, uric acid, etc. when the urine analyzer icon is selected among u-Smart Home Healthcare devices Icon that represents window, measurement, confirmation, related device status, device list, record search, and operation and stop status, message transmission, etc. of devices involved in creating treatment and optimal environment. Related GUI configuration that can be controlled by selecting local or remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication).

FIG. 5D shows the current status, settings, Smart Mode setting window, application, cancellation, confirmation, related device status, device list, record search, and treatment and optimal environment of the humidifier icon among u-Smart Home Healthcare devices. It indicates the operation and stop status of the devices related to making a message, message transmission, etc., and the icon corresponding to one of the displayed devices is mouse, remote control, voice, touch screen, mobile device (including mobile communication), etc. Relevant GUI configuration that can be selected and controlled by Local or Remote input device.

FIG. 5E shows the current status, settings, Smart Mode setting window, application, cancellation, confirmation, related device status, device list, record search, and treatment and optimization of devices belonging to the air cleaner icon among u-Smart Home Healthcare devices. It indicates the operation, stop status, message transmission, etc. of devices related to creating an environment, and the icon corresponding to one of the displayed devices is mouse, remote control, voice, touch screen, mobile device (including mobile communication), etc. Relevant GUI configuration that can be selected and controlled by other device as Local or Remote input device.

5F shows the current status, settings, Smart Mode setting window, application, cancellation, confirmation, related device status, device list, record search, and treatment and optimization of the devices belonging to when the oxygen generator icon is selected among u-Smart Home Healthcare devices. It indicates the operation, stop status, message transmission, etc. of devices related to creating an environment, and the icon corresponding to one of the displayed devices is mouse, remote control, voice, touch screen, mobile device (including mobile communication), etc. Relevant GUI configuration that can be selected and controlled by other device as Local or Remote input device.

In addition, u-Smart Home Healthcare devices include body fat analyzer, height, weight, blood analyzer, vision, electrocardiogram, temperature device, lighting device, ventilation device, ion device, CO2, toxin device and other devices. It works in connection with Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart devices, etc., and the corresponding GUI is displayed. It displays the setting window, application, cancellation, confirmation, related device status, device list, record search, and operation and stop status, message transmission, etc. of devices related to making treatment and optimal environment. Select Icon to be Local or Remote Input Device with Mouse, Remote Control, Voice, Touch Screen, Mobile Device (including Mobile Communication) GUI configuration related to control over road.

FIG. 6 shows the u-Smart Home Exercise devices and their status in the GUI of FIG. 2A or 2B, and an icon corresponding to an exercise device among the devices is a mouse, a remote controller, a voice, a touch screen, a mobile device, and the like. When selecting Local or Remote input device as other device, user selection (name, date of birth, phone number, body information, etc.), current exercise device status display and user number, name, date of birth, gender, It shows height, weight, blood type, doctor's information, hospital information, contact information, email, measured values, modification window, deletion window, local or remote control mode, and installed device list. Furthermore, the reservation function, in particular, indicates the operation and stop status of all devices, the list of installed devices, record inquiry, message transmission, etc. according to the value set for each device. If you want to operate other device, select Icon corresponding to one device among screen devices as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote state. Related GUI schematics that you can do. Many GUIs, however, have the same functionality as defined in 3a.

FIG. 7 illustrates the entire devices and their device states that appear when the u-Smart Home Sensor icon is selected in the GUI of FIG. 2A or 2B, and a corresponding sensor icon among the devices is a mouse, a remote control, a voice, a touch screen, or a portable device. Display of current sensor status (Oxygen, CO2, Illumination, Noise, Humidity, Temperature, Odor, Pressure, Flow, O2, Toxin, Ion, Wind Speed, Rain, Snow) when selected as Local or Remote input device. Displays measured values such as, fog, etc. However, depending on the sensor, each measured value changes as follows: wind speed in m / s, humidity, oxygen, CO2, etc. in% or PPM, illuminance in Lux or lumens, noise in dB, etc. In particular, each device shows the operation and stop status of all devices, the list of installed devices, record search, message transmission, etc. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Many GUIs, however, have the same functionality as defined in 3a.

FIG. 8A is a GUI that appears when the u-Smart Home Entertainment icon is selected in the GUI of FIG. 2A or 2B. The icons categorizing devices belonging to each other and the current status, setting, reservation, It shows the window of applying, canceling, etc., the operation and stop status of the devices connected to the smart home network, the list of installed devices, the record inquiry, the message transmission, etc. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Many GUIs, however, have the same functionality as defined in 3a. 8b below is the related GUI structure displayed when Local or Remote input device is selected as an icon corresponding to one of Home Entertainment devices as mouse, remote controller, voice, touch screen, mobile device, etc.

FIG. 8B is a window showing the current status, setting, reservation, application, cancellation, etc. of devices belonging to it when Music is selected in FIG. 8A, operation and stop states of devices connected to the smart home network, a list of installed devices, a record inquiry, and a message. Transmission, etc. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Furthermore, the status display window and setting window of one or more audio, DVD, blue-ray, light, curtain, window, etc. turn on and off the time, channel, radio, tape, CD, AM, FM, DAB, You can select the DMB, track, etc., adjust the volume, stop, play, fast play, pause, rewind, and fast rewind the radio, CD, etc. Multi-functional GUI configuration that can handle size (intensity), etc.It works in conjunction with u-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart devices, etc. When the icon is selected, it displays the current status, settings, Smart Mode setting window, application, cancellation, confirmation, related device status, device list, record search, device operation and stop status, message transmission, etc. Related GUI that can be controlled by selecting Local or Remote input device with mouse, remote controller, voice, touch screen, mobile device (including mobile communication), etc. Many GUIs with configuration diagrams, but with details, have the same functionality as defined in 3a.

FIG. 8C shows that the audio related to music is shown in FIG. 3C, DVD, Video, Blue-ray, etc., FIG. 3F and the electric curtain are shown in FIG.

FIG. 8D is a window showing the current status, setting, reservation, application, cancellation, etc. of devices belonging to the Home Theater when 8 Theater is selected among 8a, the operation and stop status of the connected devices, the list of installed devices, recording search, message transmission, etc. Indicates. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Furthermore, smart mode operation in connection with one or more audio devices, video devices, game consoles, TVs, emotional lighting, curtains, windows, etc., as well as manual status display and setting window, turn on / off time, channel, radio, tape of each device. , CD, AM, FM, DAB, DMB, track, etc., as well as adjust the volume, stop, play, fast play, pause, rewind, fast rewind, etc. of the radio, CD, etc. Multi-functional GUI configuration that handles playback schedules, playback schedules, volume, sound frequency, and loudness (u-Smart) .U-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, It works in conjunction with UI belonging to smart devices. When you select an icon in the GUI of the selected device, the current status, settings, Smart Mode setting window, apply, cancel, confirm, related device status, device list, record search, and device operation and stop status, message transmission , Etc., and control the Icon corresponding to one of the displayed devices by selecting the Local or Remote input device with other devices such as a mouse, a remote control, a voice, a touch screen, a mobile device (including mobile communication), etc. There are also related GUI configurations, but many GUIs with details have the same functionality as defined in 3a.

FIG. 8E is a GUI that appears when a game is selected in 8a. The process is the same as that of 8d.

8F is a GUI related to shopping, which is a GUI structure consisting of an entertainment related display window, a recommended shopping mall, a user shopping mall, a price comparison window, an additional window, and an application, but many GUIs having details have the same functions as those defined in 3a. Have

FIG. 8G shows a window showing the current status, setting, reservation, application, cancellation, etc. of devices belonging to it when selecting karaoke among 8a, operation and stop status of connected devices, installed device list, recording inquiry, message transmission, etc. Indicates. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Furthermore, smart mode operation in connection with one or more audio devices, video devices, game consoles, TVs, emotional lighting, curtains, windows, etc., as well as the status display and setting window of each device on / off time, channel, radio, Select the tape, CD, AM, FM, DAB, DMB, track, etc., adjust the volume, stop, play, fast play, pause, rewind, fast reverse the radio, CD, etc. Multi-functional GUI configuration that handles recording and playback schedules, volume, sound frequency and magnitude (intensity), etc. u-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information It works in conjunction with UI belonging to smart devices. When you select an icon in the GUI of the selected device, the current status, settings, Smart Mode setting window, apply, cancel, confirm, related device status, device list, record search, and device operation and stop status, message transmission , Etc., and select the icon corresponding to one of the displayed devices as a mouse, a remote control, voice, touch screen, mobile device (including mobile communication), etc. as a local or remote input device. Relevant GUI configurations that can be controlled, but many GUIs with details have the same functionality as defined in 3a.

FIG. 8H shows a window showing the current status, setting, reservation, application, cancellation, etc. of devices belonging to UCC when 8CC is selected, and the operation and stop status of connected devices, a list of installed devices, a record search, a message transmission, and the like. Indicates. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Furthermore, smart mode operation in connection with one or more recording devices, audio devices, video editing devices, game consoles, TVs, emotional lighting, curtains, windows, etc., as well as the on / off time of each device through the status display window and setting window, You can select channels, radios, tapes, CDs, AMs, FMs, DABs, DMBs, tracks, etc., adjust the volume, stop, play, fast play, pause, rewind, fast rewind, etc. U-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment that controls each of the above devices with a multi-functional GUI configuration that can handle recording and playback reservation of the above-mentioned media, and volume, sound frequency and size (strength). It works in conjunction with UI belonging to Exercise, Information, Smart device, etc. When you select an icon in the GUI of the selected device, the current status, settings, Smart Mode setting window, apply, cancel, confirm, related device status, device list, record search, and device operation and stop status, message transmission , Etc., and select the icon corresponding to one of the displayed devices as a mouse, remote control, voice, touch screen, mobile device (including mobile communication), etc. as local or remote input device. Related GUI configurations, which can be controlled by the control panel, have many of the same GUIs as defined in 3a.

FIG. 9A illustrates a current state, setting, reservation, and status of devices belonging to a representative icon of a group of all u-Smart Information devices and devices belonging to the device and one icon among the representative icons in FIG. 2A or 2B GUI; It shows the window of applying, canceling, etc., the operation and stop status of the devices connected to the smart home network, the list of installed devices, the record inquiry, the message transmission, etc. If you want to monitor the status of other devices, select Icon corresponding to one of the devices on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices in Local or Remote status. Related GUI schematics that can be controlled. Many GUIs, however, have the same functionality as defined in 3a. 9a and below are related GUI diagrams displayed when the icon corresponding to one of the information devices is selected as Local or Remote input device by mouse, remote control, voice, touch screen, mobile device, etc.

When the weather and news icons are selected in FIG. 9a, the current weather window, the weather window of tomorrow, the simple weather information window, the highest temperature display window, the lowest temperature display window, the probability of rain, fog, humidity, etc. And a window that displays customized news, a window that shows settings, reservations, applications, cancellations, etc., and the operation and stop status of devices connected to the smart home network, a list installed, a record inquiry, a message transmission, and the like. If you want to monitor the status of other items, you can select the corresponding icon on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input device to control in local or remote status. Diagram. Furthermore, it is a multi-functional GUI configuration that can select, store, inquire, etc. of each item through one or more status display windows and setting windows, and process the storage and inquiry of the above-mentioned information. U-Smart Home Auto, Security It works in conjunction with Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart devices, etc., and the GUI of the corresponding item is displayed.When one icon of the GUI is selected, the current status, settings, Smart Mode setting window, It shows the application, cancellation, confirmation, related device status, device list, record search, device operation and stop status, message transmission, etc. Related GUI configuration that can be selected and controlled by local or remote input device with voice, touch screen, mobile device (including mobile communication), etc. Many GUIs have the same functionality as defined in 3a.

FIG. 9B illustrates a medical device connected to a medical information window, a medical information window, an additional information window (category, address; site, contact information, etc.), and u-Samrt Home Healthcare when a medicine and medical information icon is selected in FIG. 9A. It is a GUI that automatically displays information window about oriental medicine, veterinary medicine, alternative medicine, civil defense, specialty hospital, specialist, related school, treatment institution, specialty site, etc., when the result is abnormal. By intelligently connecting the devices connected to this function and smart home network, it controls the related devices to provide the optimal environment for treatment or healthy living. It shows the operation and stop status of related devices, installed list, record search, message transmission, etc. If you want to monitor the status of other items, select the corresponding icon on the screen as mouse, remote control, voice, touch screen, mobile device (including mobile communication) and other input devices. Is connected to u-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart device, and so on, and the GUI of the corresponding item is displayed and when one icon of the GUI is selected Displays the current status, settings, Smart Mode setting window, application, cancellation, confirmation, device list, record search, and device operation and stop status, message transmission, etc. of the devices belonging to it, and corresponds to one of the displayed devices. Select Icon to be Local or Remote input device with mouse, remote control, voice, touch screen, mobile device (including mobile communication) The relevant GUI schematics can be displayed. Many GUIs, however, have the same functionality as defined in 3a.

FIG. 9C is a cyber education that is beneficial to education in connection with an education information window, an additional information window (category, address; site, contact, display name, etc.), and other u-Smart Home devices when the infant information icon is selected in FIG. 9A. Providing site, specialized (admission, examination, vocational) academy, kindergarten, school (including elementary school, secondary school, college, university, Polytechnics, special schools, alternative schools, etc.), admission counseling, consulting (career, stress, health) , Sex, sports, hobbies), arts and sports related institutions, lifelong educational institutions, educational institutions for the disabled, various educational support systems, law, information on overseas study and education, and professional websites. . By intelligently connecting the devices connected to this function and the smart home network, it controls the related devices to provide the optimal environment for learning, career choice, various government support policies, laws, scholarships, and easy information acquisition.

FIG. 9D is a cyber-information useful for education in connection with an education information window, an additional information window (category, address; site, contact, display name, etc.), and other u-Smart Home devices when an e-learning icon is selected in FIG. 9A. It is a GUI that automatically displays the information window about the educational site. By intelligently connecting the devices connected to this function and the smart home network, it controls the related devices to provide the optimal environment for learning, career choice, various government support policies, laws, scholarships, and easy information acquisition.

FIG. 9E is a GUI for processing various information such as stock, real estate, leisure, sports, local business, medical care, hobby, travel, finance, household account book, asset management, administration fee, conservative management and schedule management among u-Smart Home Information. The method is the same as 9d.

FIG. 10 is a representative classifying all devices and devices belonging to the devices (water, electricity, gas, hot water, CO2, O2, TSP, SO2, NO2, etc.) when the u-Smart Home Telemetering icon is selected in FIG. 2A or 2B GUI. When you select one icon among the icon and its representative icon, a window is displayed for setting, saving, loading, printing, applying, and canceling the current usage or measurement quantity, usage or measurement quantity inquiry (period, item, etc.) of devices belonging to it. It provides an optimal environment for easy information acquisition. This function works in conjunction with icons 1 to 11, i.e., u-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart devices, and so on. When you select an icon in the GUI, it displays the current status, settings, Smart Mode setting window, application, cancellation, confirmation, device list, record search, device operation and stop status, message transmission, etc. In addition, related GUI configuration that can be selected and controlled by Local or Remote input device by mouse, remote controller, voice, touch screen, mobile device (including mobile communication), etc. Degree appears. Many GUIs, however, have the same functionality as defined in 3a.

FIG. 11 is a setup window for setting functions for all devices displayed on the UI, a communication method, a smart home or various types of gateways, and a smart home network management package when the set up is selected in the GUI of FIG. 2a or 2b (set up windows) This window shows the window for setting various communication, window for setting various devices, window for setting Smart or u-Gateway, window for setting Home Network Management, and other items for setting other items. The window consists of icons such as suit, load, print, apply, cancel and so on. This function works in conjunction with icons 1 to 11, i.e., u-Smart Home Auto, Security, Sensor, Healthcare, Telemetering, Entertainment, Exercise, Information, Smart devices, and so on. When you select an icon of the GUI, it displays the current status, setting, Smart Mode setting window, application, cancellation, confirmation, device list, record search, device operation and stop status, message transmission, etc. In addition, related GUI configuration that can be selected and controlled by Local or Remote input device by mouse, remote controller, voice, touch screen, mobile device (including mobile communication), etc. Degree appears. Many GUIs, however, have the same functionality as defined in 3a.

FIG. 12 is a schematic diagram related to a smart home network management package (SHNMP) and an education package based on the same according to an embodiment of the present invention. In addition, Module 2000 is a Smart Home Network Management Package, and its modules are comprised of 200 to 410.Module 3,000 is composed of PABX, Bridge, Gateway, u-Smart Gateway and other devices. Consists of Educational products consist of ① ① Smart Home Network training part, module 10 and Smart Home Network, module 20, and the current network structure sketch and information part. ② The two parts consist of modules 30 to 60, and module 30 is wired / wireless, mobile communication (WAN, LAN, FTTH, IEEE 802.11x, RS-232C, RS-422 / 485, USBx, IEEE1394 / 5). Since then, PLC is called wired communication, IEEE 802.11x, Zig-bee, Blue-tooth, AM / FM, RFID and others are called wireless communication, WiBro, HSDPA / HSUPA, WCDMA, GSM, IMT-2000 , 1xEVDO, CDMA, and others are referred to as mobile communication, and the following three communication are abbreviated as all communication) .The module processes theory and practice related to encapsulation and demultiplexing of data transmitted and received by the related technologies. Module No. 1 consists of simulation-related theoretical class practice modules using each communication analysis tester for all the above-mentioned communication, and Module No. 50 monitors, analyzes, controls and optimizes all communication used by each device and verifies the results. Consisting of theory and practice related to Module was composed of theory and simulation lab module related to all the communication packet and a packet generation recombination. ③ Modules 70 to 100 consisted of the process of implementation by the user after learning theory using high-level language. Module 70 uses the high-level language such as Visual C ++ to layer all communication packets directly by the user. It consists of related theory and practice of designing and building modules to create and recombine one by one. Module 90 is composed of related theory and practice, using module to design and manufacture transmission module for all communication at source level using high-level language. Module 100 consists of theories and practices related to the design, transmission, reception, and reassembly of protocol packets for all communications at the source level using high-level languages. In particular, the 1,000 educational product module receives the raw packet data from the driver module in charge of all communication processes of the 2,000 smart home network management package and processes the above process.

SHNMP, module 2000, consists of module 410 from module 200. The main components are the input device part (composed of devices 200 to 270) and the smart home network management package part (functions 280 to 310). Configuration) and all communication parts (composition 320 to 350 processing module) and all accessible home network device parts (composition 360 to 410), that is, 4 blocks. ① Input control device 200 is composed of remote controller 210, mouse 220, voice 230, touch 240, mobile 250, emotional recognition 260, PC 270 and other devices. ② Smart home network management No. 280 is a GUI based on icon No. 290 and an image of No. 300 home or device is edited according to the user's environment, and the corresponding part of the image is selected or photographed with various input control devices to drive the product. Module and control module based on user's setting 310 or scenario based control or processing module based on intelligent or fuzzy algorithm. ), An interface for supporting communication (hereinafter referred to as an on-line device) and a processing module for data collection, analysis, control, and optimization of each device. It consists of all wired communication modules, 340 all wireless communication modules, 350 all mobile communication modules, and modules for collecting, analyzing, controlling and optimizing data. Any home device that doesn't support communication, a home device that supports all wired communication # 380, a home device that supports all mobile communication # 390, a home device that supports all mobile communication # 400, and a home device that supports other communication # 410 It consists of a device.

Module 3,000 is a module related to 500 PABX, Bridge, Gateway, u-Smart Gateway, other communication converter module and 510 (home) server or complex management server, 520 intranet, 530 internet and 540 other network. It consisted of

Module 4,000 is composed of processing module that can be controlled in local or remote state.

The u-Smart Home Network Management & System and educational products operate by the following causal relationship. All off-line or on-line home network devices (modules 360 to 410) are connected to communication converters (module 3,000; PABX, bridge, gateway, u-Smart Gateway, and other converters). Connects to the home server or the management server via LAN, FTTH or Wireless LAN, and connects the u-Smart Home Network Management & System and educational products (modules 1,000 and 2,000) to the home server or the management server. When installed, intelligently monitors, analyzes and optimizes the status of all devices based on values already set before launch. If any signal is received from the user's input controller (modules 200 to 270) during execution, in local mode (module 4,000), the home server or TV receives the signal and sends it to SHMP, and remote mode (module 4,000) ), It is delivered to SHMP via router via intranet or Internet and processed according to the processing routine. When a signal or data generated from all home network devices arrives at a communication converter (Gateway, etc.) along a corresponding communication line, the converter automatically converts the communication to the home server, that is, LAN, WLAN, or FTTH. The signal or data sent to the server is sent to the educational product module (1000) or to the designated processing module of SHMP via all SHMP communication processing modules (320 to 350). Processing (from 280 to 310) is operated or processed in the module-set value, intelligent or fuzzy mode.

FIG. 13 is a u-Smart Home Network education package configuration u-Smart Home Networ {(u-Smart Home Auto, Security, Healthcare, Exercise, Sensor, Entertainment, Information, Telemetering, PABX-based Smart Home Network, u-Robot, (Home network using ZB, BT, u-Wave, etc.) Management operation and implementation training module, monitoring, analysis, control and optimization implementation module for all u-Smart Home devices using wired communication, u-Smart using wireless communication Monitoring, analysis, control and optimization implementation module for all home-related devices, u-Smart Home monitoring, analysis, control and optimization implementation module for all mobile devices, microprocessor Analog to Digital) D / A (Digital to Analog) converter design and manufacture board, firmware and home management program to monitor, analyze, control and optimize all u-Smart Home related devices. Diagram showing the module supporting the design and implementation exercises.

14 is based on u-Smart Home Network Management & System and educational products, and each class belongs to 11 major categories including ① scenario-based intelligent home operation and experience practice, and ② u-Smart Home Auto. Practice of operating, controlling, and implementing devices by operating each device or scenario based on each, ③ Each module constituting the house (living room, kitchen, bedroom, bedroom, child room, study, entrance, toilet, balcony, laundry room, home bar) , Home theater, storage room, dressing room, warehouse, garden, parking lot module, etc.) and the tool box composed of various home network devices. Practice of operating, controlling and implementing icons, mouse, touch screen, and other control devices. ④ Sketching of all communication network configurations.

15 is a schematic diagram of the entire home network configuration sketch, Trace Router, Sub-network sketch training, etc. using the Anypa-u Smart Home Network Management (Education) Package as a Smart Home Network basic training process for educational products.

FIG. 16a is a diagram illustrating a training configuration showing a wired communication encapsulation process using an Anypa-u Smart Home Network Management (Education) Package as a Smart Home Network training course for educational products.

FIG. 16B illustrates an example of the education and practice method of FIG. 15A in detail. FIG. 16B encapsulates wired communication using Anypa-u Smart Home Network Management (Education) Package. A lab diagram that adds the corresponding communication protocol header to the destination and sends it to the destination to remove the protocol header and view the original text using this tool in a real environment. Practice in the same way).

FIG. 17a is a training diagram illustrating a smart home network training course for educational products. FIG. 17a illustrates a wireless communication encapsulation process using the Anypa-u Smart Home Network Management (Education) Package. Practice in the same way).

17B illustrates WLAN (802.11a / b / g / e / n / i / x) communication in a wireless communication encapsulation process using the Anypa-u Smart Home Network Management (Education) Package <-> Demultiplexing. Is a lab diagram that adds the corresponding communication protocol header to the original data and sends it to the destination to remove the protocol header and view the original text using this tool in a real environment. Wireless communication is also practiced in this way). The screen below shows the WLAN training process screen.

FIG. 18A is a schematic diagram illustrating a demultiplexing process for each mobile communication encapsulation using the Anypa-u Smart Home Network Management (Education) Package.

18b shows encapsulation of wireless communication using Anypa-u Smart Home Network Management (Education) Package. <-> In case of using various mobile communication in the demultiplexing process, the corresponding protocol is added to the original data and sent to the destination. A lab diagram showing how the receiver removes the protocol header and sees the original text using the tool in a real environment (other mobile communication practices work the same way). The screen below shows the practice of CDMA.

19 is a communication analysis test and simulation training process using various communication analysis testers and simulators of the Anypa-u Smart Home Network Management (Education) Package. Collect the communication protocol packet selected by the user, divide the collected packet as the theory learned, enter the value in the blank of the relevant item, and click the result to display whether it is correct or not for each item. This is a schematic diagram showing the process of verifying the theory by repeating the process as well as the complete conquest of all communication protocols.

In addition, if you want to practice the RS-232C series, PLC, IEEE1394, USB, FTTH, WLAN, Zigbee, Bluetooth, AM / FM, CDMA, IMT-2000, 1xEVDO, HSDPA, WCDMA, GSM, RFID and other communication If you click on the tab that corresponds to the communication you want to practice, the packet data is automatically collected and displayed on the actual network.

Figure 20a is a program for analyzing, controlling and optimizing the packet data monitored for each communication after conquering the protocol of the packets collected in the real environment using the protocol tester for each communication of the Anypa-u Smart Home Network Management (Education) Package A schematic showing the process of creating a project at the source level, using VC ^++, C ^++, or other high-level languages.

20b is a program for analyzing, controlling and optimizing the packet data monitored for each communication after conquering the protocol of packets collected in a real environment using the protocol tester for each communication of the Anypa-u Smart Home Network Management (Education) Package. You can create your own program at source level, ie VC ^++, C ⁺⁺ or other high-level languages, compile, compile, and use the filter to select the communication method you need to use. This configuration represents the process of monitoring, analyzing, controlling and optimizing and applies to all of the above communications.

21 is a block diagram showing a process of creating various communication packets and creating a packet recombination module, and an example screen shows a process of practicing a LAN, and all other communications are processed in the same manner.

Fig. 22 shows various communication generators and traffic monitor design production experiment screens and example screens showing a process of practicing a LAN, and all other communications are processed in the same manner.

23 is a diagram showing the design and manufacture of various communication modules, the construction of all communication modules related to packet data processing between u-Smart Home Network Management, communication converters, and various devices, processing modules of various communication protocols, recombination modules, and fragmentation. Accurate understanding, design, and implementation of modules, not just theoretical understanding, but various communication protocols that directly design and implement the source technologies and scenarios of various communication protocols, restoring the original data after the whole process and the transmission through the network to the destination. Completely design and implement the entire process to completely master all the technologies related to IP, USN, etc.

24 shows a process of designing, transmitting, receiving, and reassembling various types of protocol packet for communication, an example screen shows a process of practicing a LAN, and processes all other communications in the same manner.

FIG. 25 is a technology developed for remotely managing RF-Grabber and applied as a technology for remote management applied to a patent; FIGS. 25 to 32 are applicable thereto. It is a drawing that processes input of IP address and user data in local or remote setting with high-fidelity indicating setting process by applying to educational package and communication converter.

FIG. 26 is a diagram illustrating processing of a login, that is, an ID and a password by applying the above technology to a u-Smart Home Network Management, an educational package, and a communication conversion device according to the present invention.

Figure 27 is applied to the above-described technology, such as u-Smart Home Network Management and education package and communication conversion apparatus according to the present invention Status, Firmware version, model number, wireless MAC address, local MAC address, LAN IP address, net mask, mode A diagram for processing selection, communication mode (type), channel, SSID, and the like.

28 is a process for setting up the local IP, communication and function selection mode, wireless communication mode, channel, SSID, etc. in the process of setting the technology in the u-Smart Home Network Management, the educational package and the communication conversion device according to the present invention. drawing.

FIG. 29 is a view illustrating a process of inputting a password of a selected communication converter, such as a password, in a process of setting the technology to u-Smart Home Network Management, an educational package, and a communication converter according to the present invention; FIG.

30 shows Security, that is, class selection, 64-bit or 128-bit selection, mode selection, key (key) 1, key 2 in the process of setting the above-described technology in the u-Smart Home Network Management, the educational package and the communication converter according to the present invention. To process input such as, key 3, key 4 input, and default TX key.

31 is a diagram illustrating a patch connection process in the process of setting the technology to u-Smart Home Network Management, an educational package, and a communication converter according to the present invention;

32 is a diagram illustrating a warning (warning) and a backup process in the process of setting the technology in u-Smart Home Network Management, an educational package, and a communication converter according to the present invention.

The technical idea of the implementation method of the ubiquitous smart home network management package based on the PC or the server of the present invention can actually repeat the same result, and in particular, by implementing the present invention, it can contribute to industrial development by promoting technology development It is well worth protecting.

Figure 1a is the overall configuration of the present invention u-Smart Home Network System

1B is a diagram of a PC-based u-Smart Home Network Management Package

2A is ANYPA-u Smart Home Network Management Package first

               Main GUI

Figure 2b is the u-Smart Home Network Management Package second main GUI

Fig. 2c shows u-Smart & Fuzzy Mode main GUI

3A is a home appliance control main GUI displayed when u-Smart Home Auto Icon is selected.

3B is a GUI displayed when a TV is selected among u-Smart Home Auto home appliances

3C is a GUI displayed when Audio is selected among u-Smart Home Auto home appliances

3D is a GUI displayed when an air conditioner is selected among u-Smart Home Auto home appliances

3E is a GUI displayed when a fan is selected among u-Smart Home Auto home appliances

Figure 3f is displayed when selecting DVD & Video during u-Smart Home Auto home appliances

               GUI

3G is a GUI displayed when a washing machine is selected among u-Smart Home Auto home appliances

Figure 3h is a GUI displayed when the rice cooker selected in u-Smart Home Auto home appliances

3i is a GUI displayed when a refrigerator is selected among u-Smart Home Auto home appliances

3J is a GUI displayed when the robot cleaner is selected among u-Smart Home Auto home appliances

3K is a GUI related to u-Smart Home Auto other devices

3L is a Main GUI related to u-Smart Home Auto temperature management.

Figure 3m relates to the gas control device and gas valve during the u-Smart Home Auto temperature management

               GUI

3n is a GUI related to the boiler during the u-Smart Home Auto temperature management

Figure 3o is a GUI related to air conditioning during u-Smart Home Auto temperature management

3p illustrates a fan-related GUI among u-Smart Home Auto temperature management devices.

Figure 3q is a GUI related to the heating / hot water valve of the u-Smart Home Auto temperature management equipment

3r is a u-Smart Home Auto general and emotional lighting management related devices Main GUI

3s is u-Smart Home Auto general and emotional light switch GUI

3t is u-Smart Home Auto electric curtain and electric window control GUI

3u u-Smart Home Auto Kitchen Hood Control GUI

3v is u-Smart Home Auto outlet control GUI

3w is u-Smart Home Auto Ventilator Control GUI

Figure 4a is the main GUI related to the u-Smart Home Security security device

Figure 4b is a GUI related to the magnetic sensor of the u-Smart Home Security security device

4C is a window sensor related GUI among u-Smart Home Security crime prevention devices

4d is a light sensor, a flow sensor, an IR sensor among u-Smart Home Security crime prevention devices.

               Same as 4c with flashing light, siren, related GUI

Figure 4e is the main GUI related to the u-Smart Home Security disaster prevention

4F is a GUI for tracking cameras among u-Smart Home Security disaster prevention devices

4G is a GUI related to a camera (including CCTV) among u-Smart Home Security disaster prevention devices

Figure 4h is a GUI related to the entrance management of u-Smart Home Security disaster prevention equipment

Figure 4i is a GUI related to the u-Smart Home Security security / disaster prevention message

Figure 4j is a GUI related to the u-Smart Home Security security / disaster prevention door lock

5A shows a GUI related to u-Smart Home Healthcare Main and user dB

5B is a GUI of blood pressure monitors among u-Smart Home Healthcare devices;

5c shows a GUI related to the u-Smart Home Healthcare device.

Figure 5d is a GUI related to the humidifier of the u-Smart Home Healthcare device

5e is a GUI related to the air cleaner of the u-Smart Home Healthcare device

Figure 5f is a GUI for oxygen generator of the u-Smart Home Healthcare device

6 is a u-Smart Home Exercise Main GUI

7 is a u-Smart Home Sensor Main, oxygen, illuminance, noise, wind speed, CO2, toxin,

        Measure, display, and analyze installed sensor values such as weather, humidity, odor and pressure

        GUI to control

8A shows u-Smart Home Entertainment Main GUI

8b shows u-Smart Home Entertainment Music related GUI

8c is a 3c DVD, a video, and a blue-ray, such as audio related to u-Smart Home Entertainment Music, 3f, an electric curtain, and FIG. 3k, and emotional lighting operate in conjunction with the GUI of FIGS. 3r and 3q.

8D is a GUI configuration diagram related to u-Smart Home Entertainment Home Theater

8E is a diagram of Game GUI among u-Smart Home Entertainment devices

8F is a GUI configuration diagram of Shopping among u-Smart Home Entertainment

8G is a diagram illustrating GUI configuration related to karaoke among u-Smart Home Entertainment devices

8h is a UCC-related GUI configuration of the u-Smart Home Entertainment device

9A is a GUI configuration diagram of weather and news among u-Smart Home Information

9B is a GUI configuration diagram of medicine and medical information among u-Smart Home Information

9C is a diagram showing GUI configuration related to infant information among u-Smart Home Information

9D is a GUI configuration diagram of e-Learning among u-Smart Home Information

9E shows stocks, real estate, leisure, sports, local business, medical care, hobbies, travel, finance, household, wealth management, administrative expenses, conservatives among u-Smart Home Information.

      GUI for processing various information such as schedule management

10 is a power meter, water meter, gas meter, in relation to u-Smart Home Telemetering;

               GUI for detecting and managing hot water meters and sewage from a remote or local location

11 is a GUI configuration diagram related to Set Up

12 is a u-Smart Home Network Management and System and educational products

         Diagram

13 is a u-Smart Home Network educational package configuration

14 is a u-Smart Home Network Management & System educational product

              Learning and Practice Diagram

15 is a schematic diagram of Smart Home Network basic training course for educational products

16A is a schematic diagram of a Smart Home Network training course for educational products

FIG. 16B is an illustrative diagram specifically illustrating the teaching and practice method of FIG. 15A. FIG.

17A is a schematic diagram of a Smart Home Network training course for educational products

17B is an exercise showing a process of using a tool in a real environment.

               Diagram

18A is a schematic diagram of a Smart Home Network training course for educational products

18b shows the actual procedure of removing the protocol header and viewing the original text.

               Lab diagram showing the process of using this tool in your environment

19 is Anypa-u Smart Home Network Management (Education)

                Communication using various communication analysis tester and simulator of package

                Analytical Test and Simulation Lab

20A is Anypa-u Smart Home Network Management (Education)

                In a real environment using protocol tester of each communication of package

              Packets monitored for each communication after conquering the protocol of collected packets

               At the source level, programs that analyze, control, and optimize data

That is, using VC ^++, C ⁺⁺ or other high-level languages

               Diagram showing the process

20b illustrates the process of monitoring, analyzing, controlling and optimizing the packet on the network.

               Diagram showing.

21 is a screen for creating and processing various Packets for packet creation and Packet Recombination Module

22 is a screen shot of designing various communication generators and traffic monitors

23 is a communication module design production, training screen

24 is a process for designing, transmitting, receiving, and reassembling various communication protocol packets

               Practice screen

25 is a diagram of processing input of an IP address and user data in local or remote setting.

26 is a screen for processing the present invention ID and Password

27 shows the firmware version, model number, wireless MAC address, local MAC address, LAN IP address,

               Netmask, mode selection, communication mode (type), channel, SSID, etc.

               drawing

28 is a local IP, communication and function selection mode, wireless communication mode, channel, SSID, etc.

         Drawing processing

Fig. 29 shows Password, that is, input of the selected communication converter password such as AP.

               Drawing to process.

30 shows class selection, 64-bit or 128-bit selection, mode selection, key (key) 1, key 2,

         A diagram that handles inputs such as key 3, key 4 input, and default TX key

31 is a diagram illustrating a patch connection in setting a technology of the present invention;

32 illustrates the process of warning (warning) and backup in the process of setting up the present invention.

         Drawing.

Claims (13)

Smart Home Network Management Program or Package (called SHNMP) implemented by applying UPnP (Universal Plug and Play), PnP, OSGi Middle Ware, etc. Box, IPTV, etc., the controller and SHNMP is connected to the network and wired and wireless communication provided by the bridge or u- (Smart Home) Gateway or PABX (Private Automatic Branch Exchange) providing the home network function and all the smart home Anyone can easily configure the u-Smart Home Network by connecting the devices to one of the communication converter bridge, u- (Smart Home) Gateway or PABX; All home automation devices, home security devices, home entertainment devices, home health care devices, home exercise equipment, home information, etc. Collecting data from devices, home sensor devices, telemetering devices, environmental devices, etc., and analyzing, controlling and optimizing based on scenarios; Implementation of a PC or server based smart home network management package for the implementation of ubiquitous smart home network; And Implementing the u-Smart Home Network Education Package, which is essential for nurturing professionals in the u-Smart Home Network and Ubiquitous field, based on the SHNMP; PC or server based ubiquitous smart home network How to implement management packages. According to claim 1, PC or server-based SHNMP or package based on the user interface (UI), characterized in that the PC or server-based ubiquitous smart home network management package implementation method. According to claim 2, The user interface (UI), ① u-Smart Auto Icon, ② u-Smart Security (including devices, contents related to security, crime prevention, and disaster prevention of each household, apartment, building, industrial complex, warehouse, power plant, unit, etc.) Defined as meaning) Icon, ③ u-Smart Healthcare Icon, ④ u-Smart Exercise Icon, ⑤ u-Smart Sensor Icon, ⑥ u-Smart Entertainment Icon, ⑦ u-Smart Information Water, gas, electricity, sewerage, heat bills, maintenance fees, inventory / locations used by houses, buildings or industries, etc .; information on regions, malls, education, shopping, leisure, real estate, railways, roads, air, travel Ubiquitous smart home network management package based on PC or server, which includes icon, ⑧ u-Smart Telemetering Icon, and ⑨ u-Smart Environment Icon. Way. According to claim 3, The nine user interfaces (UI) include a main icon, a set up icon, a smart icon, an emergency icon, a home icon, a window representing an apartment, a house, an internal and external environment information, and a window displaying log information and various other information. PC or server-based ubiquitous smart home network management package, characterized in that it comprises a graphical user interface (GUI) comprising a. The method of claim 4 wherein The graphical user interface (GUI) is a user's integrated magnetic apartment or house using a Tool (Control) Box composed of icons representing the basic images and various devices and functions related to the apartment, house, building, etc. that appear on the screen when the program is executed. Edit an internal structure such as a building, a building, etc., and take icons from the Tool (Control) Box and display them in the Tool (Control) Box. After that, the user can click the icon corresponding to each device to monitor, analyze, control and optimize the PC or server based ubiquitous smart home network management package implementation method. The method of claim 5 wherein The second main GUI of the GUI is a tool (Control) and an image block box composed of an image representing the internal structure of an apartment, a house, a building, and the like, and an icon representing various devices and functions. U-Smart Auto button, u-Smart Security button, u-Smart Healthcare button, u-Smart exercise button, u-Smart Sensor button, u-Smart Entertainment button, u-Smart Information button , u-Smart Telemetering button and Set Up button symbolizing five functions, Emergency button, Smart Mode button, Home button, Inquiry button, ④ Device operation and fault status display window, ⑤ Window for warning or log information and various other information Using the tool box and image block box specified above, the user edits the UI of SHNMP with an internal structure such as his apartment, house, or building, and places the edited image (room, living room, Take icons from the Tool (Control) Box and place them in the same location as the installed devices, then click the icon corresponding to the device you want to monitor and control. A PC or server based ubiquitous smart home network management package. According to claim 1, Using SHNMP, learners or researchers directly source the process of monitoring, analyzing, controlling, and optimizing u-Smart Home Auto, Healthcare, Sensor, Security, Entertainment, Information, Exercise, Telemetering, Entertainment individually, partially or entirely. (Source) A method of implementing a ubiquitous smart home network management package based on a PC or a server, characterized by providing an education method implemented at a program level. The method according to claim 3 or 4, Monitoring, analysis, and other related devices of the user interface (UI) using wired communication technologies such as WAN, LAN, FTTH, Lonworks, RS-232C, RS-422 / 485, USBx, IEEE1394 / 5, PLC, etc. A method of implementing a ubiquitous smart home network management education package based on a PC or a server, characterized by providing an education method for implementing a control and optimization module at a source program level. The method according to claim 3 or 4, A module for monitoring, analyzing, controlling, and optimizing the user interface (UI) module and other related devices using IEEE 802.11x, Zig-bee, Blue-tooth, AM / FM, RFID, and other wireless communication technologies. (Source) PC or server based ubiquitous smart home network management education package implementation method characterized by providing a training method implemented at the program level. The method according to claim 3 or 4, A module for monitoring, analyzing, controlling and optimizing the UI module using WiBro, HSDPA / HSUPA, WCDMA, GSM, IMT-2000, 1xEVDO, CDMA, and other mobile communication technologies. A method for implementing a ubiquitous smart home network management education package based on a PC or a server, characterized by providing an education method implemented at a level. According to claim 1, After studying the theory related to smart home network, design and manufacture and operate using SHNMP, digital in board, digital out board, analog to digital converting board, digital to analog converting board, and communication port. Design and manufacture firmware and smart home management package to collect and manage data and status of home network and devices, and to provide management method to systematically and professionally implement management package that analyzes, controls and optimizes PC. How to implement server-based ubiquitous smart home network management education package. According to claim 1, All protocols and data related to wired, wireless, mobile communication, etc. using SHNEP's various communication analysis testers and simulators are collected or stored in a real network, and the data are decomposed according to the (learned) theory and displayed on the protocol tester screen. Write in the window that appears, press the result button immediately displays whether the answer is correct or wrong by repeating the above process until it is correct, anyone can easily conquer all protocol structures, characterized by a PC How to implement server-based ubiquitous smart home network management education package. According to claim 1, Using SHNEP, the monitoring, analysis, control, and optimization program modules using each communication are designed, produced and compiled using high-level or object-oriented languages, and the communication method or protocol is selected and executed through a filter. A method of implementing a ubiquitous smart home network management package based on a PC or a server, characterized by providing a curriculum for practicing data collected, analyzed, controlled and optimized.

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