KR20140125938A - How to save real-time video from the CCTV equipment and system - Google Patents

Abstract

Disclosed is a service server of a storage device connected to a real-time image service system and a CCTV image service server, which is capable of improving user convenience by implementing a presentation framework module and a channel integrated template framework module using a storyboard to respond to various requests of a user. According to the present invention, the convenience of passengers who provide images in real time and use the images, can be improved by providing a unit hardware or a conversion logic of a framework and a user-centered presentation framework module. Also, the present invention can provide a customized service to passengers and provide an image portal service which provides images in real time.

Description

TECHNICAL FIELD [0001] The present invention relates to a real-time image storing method and system for a CCTV apparatus,

The present invention relates to a real-time image service system, and more particularly, to a real-time image service system for providing a user with a moving image captured through a digital CCTV or a web camera in real time and a method for storing data in a cloud terminal.

The present invention relates to a cloud service terminal and a system interworking technology, and more particularly, to a web service capable of providing a web service function to a PC capable of wired / wireless communication, as well as to a wireless communication terminal, a smart phone and a tablet PC, Which can transmit and store cctv data through a private cloud service terminal and a personal cloud service system using the personal cloud service terminal and a method thereof.

Background Art

Currently, there is a growing demand for cctv, which is growing exponentially, as well as the storage of data and the utilization of archived data depending on the amount of data. Generally, when cctv data is stored as an external server rather than as an individual, it is exposed to privacy and pays high-cost capacity services. There is a problem that the storage of data and the vast capacity to build servers and keep private privacy.

Another way is to use web hard services and cloud services. Service providers must continue to increase the number of large-capacity servers and have to maintain the increased system. In addition, It is necessary to bear the burden of data security by hacking due to the storage space of several users managed in one place and there is inconvenience that the service provider should wait for service recovery in case of a service failure, (NAS), it is necessary to build and manage an expensive NAS system, and the user must always remember the public IP address set by the NAS, so that the system can be accessed and the NAS device When an abnormality occurs in the The problem may be difficult to solve. In addition, in the case of an intelligent wireless mobile communication terminal having an increasing number of subscribers in recent years, in order to transmit and store data to an internal storage device, a cable must be connected to a PC to synchronize with each other. At this time, If the synchronization cable can not be connected, there is a problem that the data can not be stored. In addition, in order to reproduce multimedia data stored in a storage device on the Internet in a device including a screen such as a TV, an expensive multimedia streaming device must be separately installed, the multimedia data must be downloaded to a PC, and the received data must be transferred to a streaming device Cost and operational problems arise.

Fig. 2 is a block diagram of a data transmission system of a surveillance apparatus using a web camera according to a conventional technique

In the related art, a data transmission system of a surveillance apparatus using a web camera is composed of a web camera unit, a hub / router, and a mass storage device. First, a plurality of web cameras of a web camera unit are disposed at distant places, A moving image file including attribute information on the obtained image data is transmitted through a network using a hub / router, and a mass storage device usually located at a remote location receives and stores a moving image file. The web camera unit is constituted by a temporary storage unit that is installed in a plurality of web cameras or a predetermined number of users, and the temporary storage unit is a memory space in which one or more video files can be stored. Save the file. When the moving picture file is stored in the temporary storage unit, the moving picture file is temporarily stored in the temporary storage unit until the network is stabilized in order to prevent loss and distortion of the moving picture file when the state of the network is unstable. Lt; / RTI > Since the web camera transmits the video file through the internet, it is possible to install it in other area because there is no restriction on the distance.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and an object of the present invention is to provide a portal site for providing a moving picture photographed through a digital CCTV or a web camera to a user terminal in real time, Time video service system.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide an intelligent wireless portable communication terminal capable of transmitting and storing its own data through wireless communication, And to provide a cloud service system and method using the same.

It is another object of the present invention to overcome the limitations of the existing web hard service and to use a large capacity web storage that can be accessed all the time via the Internet, to secure the security of own data, There is provided a cloud service terminal and a cloud service system using the cloud service terminal and a method thereof that can directly cope with the problem. And a cloud service system using the cloud service terminal and a method thereof are provided. Another object of the present invention is to provide a system and method for accessing a system and storing data without storing an IP address, unlike the problem of a NAS system that can access and store data or share data only by having to remember a public IP address And a cloud service system using the same and a method thereof. It is another object of the present invention to provide an apparatus and method for multimedia data stored on the Internet in addition to an expensive multimedia streaming device for reproducing multimedia data on a screen device, If you put the data in the connected personal storage device, you will own the multimedia streaming device without additional purchase cost. You can use the cloud service And a cloud service system using the same and a method thereof.

It is another object of the present invention to provide a presentation framework module and a channel integration template framework module using a screen definition sheet so as to dynamically and flexibly configure a customized service according to various needs of a user, The present invention provides a real-time image service system capable of realizing a real-time image service system.

According to an aspect of the present invention, there is provided a video service system for providing a user terminal with a video captured from a digital CCTV or a web camera, the video service system comprising: A Dynamic Domain Name Service (DDNS) server for synchronizing and storing Internet Protocol (IP) information, which is connection information separated from the image information of the real-time video image, is received in real time from the digital CCTV or web camera, Or a relay server for transmitting a remote control command to a web camera, a camera control application for collectively controlling digital CCTVs or web cameras and generating a command for remotely controlling the digital CCTV or the web camera is adapted to the user's intention Real-time image information and A presentation framework module for standardizing each module so that additional services to be provided to the user terminal are displayed on one screen and generating a screen definition sheet so that the module can be recognized by recognizing the same, A Template Framework Module for providing an execution screen by reconfiguring and defining an output screen using a preformed template according to a screen definition provided by a presentation framework module and client terminal information according to the user terminal, At least one front end server for receiving a connection of a program in the terminal and processing each service requirement and transmitting a video stream to the user terminal when a real time video request is made from the user terminal; And a L4 (Layer 4) switch for connecting the at least one front-end server to each other to find and connect an IP and a port to the user terminal connecting to the front-end server, wherein the presentation framework module comprises: A video service module for providing a video service for modulating the video service to a video output module, a CCTV control module or a recording and storing module; An additional service module for modularly providing additional services for providing to the user terminal other than the image service; a service definition organizer for defining and providing details of the image service and the additional service to be provided to the user terminal; A service presentation creator configured to define a service presentation by predefining service modules provided by the video service module and the supplementary service module according to contents defined in the service definition creator so as to fit the intention of the user terminal; And a screen definition formatter for defining and providing a screen for providing to the user terminal in advance.

Here, the DDNS server changes the dynamic IP allocated to the digital CCTV or web camera to a fixed IP. Here, the real-time image service system according to the present invention may further include a network attached storage (NAS) connected to the network for storing and recording the photographed image data transmitted from the relay server, The image data is additionally mounted in parallel for distributed storage of the image data. Here, the screen definition organizer supports various client screens in response to requests of screens having different configurations according to service types according to a user's intention. Wherein the channel integration template framework module comprises: at least one template module related to a property and a type of the user terminal; An output screen reconstructor for reconstructing and defining an output screen using a preformed template according to a screen definition sheet provided by the presentation framework module and client terminal information for the user terminal and an output screen reconstructor for reconstructing an output screen reconstructed by the output screen reconstructor An executable screen definition configurator that defines an executable screen for.

Wherein the at least one template module includes a web browser template module and a client environment template module, wherein the web browser template module includes a Microsoft Explorer Template module, a Google Chrome Template module, And the Mozilla Firefox Template module. The client environment template module includes an iPhone Template module, an Android Template module, a WinMobile Template module, (Win Mobile Template) module and a sea template module.

According to another aspect of the present invention, there is provided a cloud service method using a cloud service terminal, the method comprising: receiving a public IP from an Internet service provider and assigning the public IP to a local terminal connected to the cloud service terminal; The method comprising the steps of: setting an environment capable of wireless Internet communication; recognizing a personal storage unit connected to the cloud service terminal and checking a recording state of the recognized personal storage unit; And transmitting the interworking information including the public IP address and the capacity information of the private storage unit to the service management server; and when the interworking information transmission is confirmed from the service management server, Requests to conclude a session, received request The method comprising the steps of: confirming the suitability of the service; when the conformity is confirmed, activating an HTTP and FTP transmission program embedded in the cloud service terminal to interoperate with the service management server; providing a transmission status window to the user; Outputting a data list to the provided transmission status window, and uploading the data list to the personal storage unit or downloading the data from the personal storage unit based on the output data list.

According to the present invention, a portal site is implemented to provide a moving picture photographed through a digital CCTV or a web camera to a user terminal in real time, thereby eliminating the need for a separate storage device in terms of the user terminal.

According to the present invention, the conversion logic of a unit hardware or a framework and a user-centered presentation framework module are provided, thereby enabling the convenience of a customer providing a real-time image and a user using the same. According to the present invention, it is possible to provide customized services tailored to the various client terminals (PC, smartphone, etc.) and to deal with various service requests actively, and to provide real- Video portal service can be provided.

The cloud service terminal according to the present invention as well as the cloud service system and method using the cloud service terminal according to the present invention have the following effects.

First, since there is no place and time limitation in data synchronization of the intelligent wireless portable communication terminal, it is possible to access the service management server through wireless communication and receive data stored from the cloud service terminal always interlocked with, or conversely, And the data stored in the communication terminal is transmitted to the cloud service terminal, thereby achieving the same effect as incorporating the large capacity storage space that can be synchronized and utilized.

Secondly, rather than continuously increasing the number of storage devices for individual users in a single management server, a cloud service is provided by connecting personal storage devices owned by respective users to the cloud service terminal and interworking with independent service management servers The limitation of the storage capacity of the service is determined according to the capacity of the personal storage device and can be freely set by the user. Therefore, the problem that the limited capacity of the existing web hard service has to be provided is solved, Is installed and managed by the user, it is possible to have a higher safety for the stored data, and in case of a failure, the user can quickly cope with it.

Third, in a storage device attached to one management server, like a web hard service, a large amount of load is not generated due to data transmitted by each user, but a service management server and a storage device distributed to each user So that only a minimum amount of traffic is generated when data is transmitted.

Fourth, since the service management server and the cloud service terminal are interlocked and the IP address and the user information of the terminal are DB, the user can easily use the cloud service simply by accessing the management server. Therefore, The problem of solving the problem of having to memorize it is solved.

The built-in DLNA function enables wireless streaming of moving picture data in a personal storage device connected to a cloud service terminal to DLNA supported devices such as a TV, a PC, a laptop, and a smartphone equipped with a screen. The user can enjoy the video without any extra cost and the user can watch the video immediately on the large screen without the hassle of downloading the data and downloading it.

The at least one template module includes a web browser template module and a client environment template module. The web browser template module includes a Microsoft Explorer Template module, a Google Chrome Template module, An Apple Safari Template module and a Mozilla Firefox Template module. The client environment template module includes an iPhone Template module, an Android Template module, a WinMobile Template module, (Winmobile Template) Module and Sea Template Module

The embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

First, an analog CCTV and a digital CCTV will be outlined.

Currently, CCTV is changing from analog to digital, and digital CCTV is experiencing a rapid growth in market share due to the rapid development of resolution and transmission speed compared with the past, as prices have fallen. Digital CCTV is basically the same principle as PC's webcam (web camera), and PC program can be viewed as an all-in-one device installed inside the webcam. Digital CCTV is a type of IP camera that operates based on IP (Internet Protocol) addresses, and is often referred to as a network camera. Digital CCTV can be connected to a PC or operated independently, unlike analog CCTV, which is connected to a recording device, and its application range can be extended to various applications beyond the monitoring function of existing CCTV. In addition, monitoring limitations due to CCTV, which is limited to the inside, are extended to the outside through Internet-based communication, and monitoring and various services using CCTV or IP camera can be used anytime and anywhere.

Most of the IP (Internet Protocol) cameras that are currently in use support web server functions on their own, and can be monitored and controlled by accessing IP cameras from outside. However, there is a problem in that general users can not use services other than simple real-time monitoring even when they are used because of lack of expert knowledge to use them. Accordingly, the real-time image service system according to the embodiment of the present invention serves as an intermediate connector that enables users to utilize the IP camera more widely by providing various services. It is also intended to expand the image-based social services by linking various image information and user information, which are additionally generated through the role of the intermediate connector. In other words, in order to utilize the features of the IP camera and to extend its utilization to various application fields, a real-time image service system using IP camera is constructed, and technologies such as IP camera, software, server, and terminal are used in the existing standard and market Which can be integrated into various technologies.

The real-time video service system according to the embodiment of the present invention provides a real-time video service, and is implemented as a portal web site and mobile, and expands the existing video service such as YouTube and Pandora TV to a real- Unlike the broadcasting service of African private broadcasting, which pursues real-time internet broadcasting, it provides specialized services that meet the needs and needs of specific customer groups. The biggest difference from the existing real-time Internet broadcasting is that it is possible to provide a closed service and an open service together to a user terminal and an interactive service that allows the user to directly control the camera by using a communication function provided by the IP camera It is a point. That is, the user can control a specific IP camera to control the IP camera that rotates and zooms the camera in real time from a remote place. Through this, the user can monitor a specific place in real time through various real-time images desired by the user. This real-time monitoring is based on Internet communication and can be used not only in PC but also in smart phone terminal such as iPhone and Google phone, so users can use the service in a ubiquitous environment beyond the local limitation. By providing various additional services according to the user's intention to use, various additional services besides basic monitoring can be provided. These various additional services can be selected and used by the user. For this purpose, a system is constructed to provide a customized service for each user group.

The real-time video service according to the embodiment of the present invention can display services similar to existing video services, but there are many differences in content. The real-time image service according to the embodiment of the present invention is less burdensome on a storage medium or the like, and a user of a specific purpose such as monitoring and monitoring is regarded as a main target customer. It can solve the difficulties of management that existing video service companies are experiencing. The characteristics of the existing video service and the real-time video service according to the embodiment of the present invention are shown in Table 1 below.

Meanwhile, the real-time image service according to the embodiment of the present invention is a service for relaying the image of the IP camera to the user's terminal in real time. Therefore, large-scale storage media such as existing video services are not required. This means that there is no need for continuous capital investment, which is a problem of existing video services. In addition, a real-time image recording service requiring a storage medium corresponds to a user who uses a service for a specific purpose. For example, since services such as CCTV recording are required according to the business purpose of individual business operators, it is operated for a fee, unlike services for general consumers, and is targeted for corporations or individual businesses. It is easy to secure profitability otherwise. In the real-time image service according to the embodiment of the present invention, the fee for the facility investment such as the storage medium is covered by the revenue generated from the service by imposing a fee for the recording service, and the profitability deterioration have. Most of the Internet services use advertisement income as a main source of revenue. The real-time image service according to the embodiment of the present invention uses a fee to be paid by a user (an individual or a corporation for business purpose, not a general consumer) Business stability can be secured early. For example, the real-time video service according to the embodiment of the present invention can be used in a kindergarten or the like.

The DDNS server synchronizes and stores Internet Protocol (IP) information, which is connection information separated from the image information of the real-time image taken from the digital CCTV or web camera. At this time, the DDNS server changes the dynamic IP allocated to the digital CCTV or web camera to a fixed IP. That is, the digital CCTV or the web camera dynamic IP is allocated. In order to store the image generated by the digital CCTV or the web camera, a fixed IP is required, and the DDNS server transmits the dynamic IP of the digital CCTV or web camera It is converted to a fixed IP. The relay server receives the captured image from the digital CCTV or web camera in real time and transmits the remote control command to the digital CCTV or web camera. At this time, the image data is transmitted by H.264, which is an international standard video transmission technology, and can be compressed by MJPEG, which is a compression technique for video transmission of the international standard.

The camera control application collectively controls different digital CCTV or web cameras and generates commands to remotely control the digital CCTV or web camera. The system integration (SI) management unit manages the real-time image service system according to the embodiment of the present invention when the portal web site providing the real-time image is integrated through integration of the unit technologies.

The network attached storage (NAS) is connected to a network and stores and records the photographed image data transmitted from the relay server. When the image data is accumulated, the NAS adds the image data in parallel for distributed storage of the image data. . The DB management unit manages video and customer information, and manages, for example, that video data is stored in the NAS. A front-end server includes at least one server, receives a connection of a program in the user terminal, processes each service requirement, and when there is a real-time video request from the user terminal, And transmits the video stream. The L4 switch connects the at least one front-end server to each other and detects and connects the IP and the port to the user terminal accessing the front-end server. The presentation framework module standardizes each module so that the additional services to be provided with the real-time image information are included in one screen so that the real-time image service is suitable for the user's intention, and generates a screen definition do. The channel integration template framework module collectively manages the client channels connected to the user terminal, and displays the output screen using the pre-formed template according to the screen definition sheet provided in the presentation framework module and the client terminal information according to the user terminal. And provides an execution screen. In addition, the image captured from the digital CCTV or the web camera is preferably moving image, but may be still image.

The real-time image service system according to the embodiment of the present invention implements a presentation framework module and a channel integration template framework module using a screen definition sheet so as to dynamically and flexibly configure a customized service according to various requests of a user, The convenience of the side can be achieved. When a real-time image service system according to an embodiment is implemented as a portal web site, a DDNS server, a relay server, a NAS, a backup NAS, a front end server, an L4 switch, an application server, a membership management server, a development server, And a support team terminal. At this time, a plurality of user terminals and a plurality of digital CCTVs can be connected to the real-time image service system according to the embodiment of the present invention through the Internet.

At this time, it is composed of a structure capable of actively coping with user expansion and service increase. That is, in order to increase the number of users, a front-end server to which a user connects is configured by connecting an L4 switch. Also, since the DDNS server does not have a relatively large amount of traffic, the configuration by the L4 switch is not necessarily required, but a backup server may be required if the real-time image service according to the embodiment of the present invention is activated. Also, the CCTV relay server can be extended to the L4 switch according to the service diffusion trend. In addition, NAS (Network Attached Storage) for video recording and storage can be added to enable distributed processing when expanding services. When a real-time video system according to an embodiment of the present invention is implemented as a portal website, software such as a server, a transmission technology, a recording technology, a DB, a media server, and a DDNS may be used. This is because a large part of the digital CCTV related technology is already set as an international standard, and there are systems developed based on this.

The web camera according to an embodiment of the present invention is remotely controlled by a camera control application in the real-time image service system, wherein at least two motion detection spots are defined, and when a trigger occurs in the motion detection area, If the collected image information can be transmitted to the real-time image service system, any camera may be possible. Meanwhile, in the real-time image service system according to the embodiment of the present invention, the application technology includes a presentation framework module for dynamically and flexibly configuring a customized service according to various demands of customers, and a presentation framework module By converting the generated service screen into a channel integration template module, it can be provided to various user terminals such as a PC and a smart phone.

The presentation framework module is intended to configure various real-time image services to suit the user's intention. Existing aspect services such as YouTube are provided in a uniform form according to the screen configuration defined by the service operator in advance. However, the real-time image according to the embodiment of the present invention may require different screens for different service types according to the intention and purpose of the user using the real-time image.

For example, in the case of a real-time relay of a tourist destination, the A local government may want only a simple relay, and the B local government may want to configure the screen so that the publicity book can be downloaded. In addition, some customers want only relaying, but some may want to record, or some customers want to play recorded video. In the case of a shopping mall, various demands of the mall operator may arise. There is a limit to extinguishing these various demands to a fixed screen frame. It is also inefficient to develop separate screen modules according to the needs of each customer. The presentation framework module standardizes each module so that various additional services to be provided together with the real-time image information are displayed on one screen, and generates a service definition frame Module. Accordingly, the real-time image service system according to the embodiment of the present invention can actively provide the screen and function desired by the customer by removing the uniform screen and function. In the real-time image service system according to the embodiment, the presentation framework module includes a video service module, an additional service module, a service presentation configurator, a service definition configurator, and a screen definition configurator. The video service module provides a video service for providing the user terminal with a video output module, a CCTV control module, or a recording and storing module. That is, the video service module may include a video output module, a CCTV control module, a recording and storing module, and the like.

The additional service module provides the additional services for providing the user terminal other than the video service as a modularized service. For example, the supplementary service module may include a shopping mall module, an SMS module, a chat module, a 119 module, and the like. The service presentation configurator configures the service presentation by predefining the service modules provided in the video service module and the additional service module according to the content defined in the service definition creator so as to conform to the intention of the user terminal.

The service definition configurator predefines and provides the details of the video service and the additional service to be provided to the user terminal. And provides a screen for providing to the user terminal in advance. At this time, the screen definition organizer supports a variety of client screens in response to a request for screens of different configurations for each type of service according to a user's intention. This definition of the screen definition

Another reason is to efficiently support various client screens. For example, in addition to PCs, the use of smartphones has been rapidly increasing since the introduction of the iPhone, but smartphones have a smaller size than PC screens, which makes them inconvenient to use. If you are using an Internet browser, you can only see part of the screen. If you select a specific function, you may need to move the screen, but the screen movement may be limited. In addition, smartphones may have limited functionality and performance due to differences in screen size or operating method. In order to provide a consistent user screen in such a variety of client environments, various client channels should be integrated and managed.

In addition, smartphone users will inevitably be required to provide smartphones in order to efficiently support smartphones. Smartphones, which are currently widely used or expected to be used, are largely classified into the iPhone, Google (Android) Has been widely used, and recently Samsung Electronics' marine phone and Symbian. Clients for smartphones should be developed independently according to their characteristics. For example, iPhone does not allow multitasking, but multitasking is allowed on Google phones. Therefore, the functions and development methods that clients can provide vary. However, all clients must provide the same service function so that various users can use the service with the same feeling. The service functions provided by the real-time image portal according to the embodiment of the present invention are described in a service module available in the presentation framework module and a screen definition organizer defined according to the output format. In the real-time image service system according to the embodiment, the channel integration template framework module may include at least one template module, an output screen reconstructor, and an execution screen definition creator.

At least one template module is preformed in association with the characteristics and the type of the user terminal. Here, the at least one template module includes a web browser template module and a client environment template module, and the web browser template module may include an MS Explorer Template module of Microsoft Corporation, a Google Chrome Template of Google, Module, an Apple Safari Template module, and a Mozilla Firefox Template module. The client environment template module includes an iPhone Template module, an Android Template module, A Win Mobile Template module and a Sea Template module.

The output screen reconstructor reconfigures and defines the output screen using the template definition module according to the screen definition configurator provided in the presentation framework module and the client terminal information according to the user terminal. The runtime definition module configures an execution screen for an output screen reconstructed by the output screen reorganizer. Specifically, the channel integration template module is a template module that reconstructs a screen definition according to the characteristics of each client. For example, PCs can output high-resolution images, but smartphones can not accommodate the screen size. Therefore, in order to output a screen to a smart phone, it is necessary to convert the image size to a smaller size or to provide an additional function that a user can control. Also, the size and position of the function buttons must be changed according to the characteristics of the client. Therefore, the channel integration template module converts the screen output details defined in the screen definition organizer according to each individual client. In order to perform this efficiently, it is necessary to reconfigure into supportable functions, non-supportable functions, and replaceable functions in consideration of the characteristics of all clients that can be supported.

For example, Web browsers such as MS Explorer, Google Chrome, Apple Safari, and Mozilla Firefox, as well as client environments such as iPhone, Android, and Win mobile, are being upgraded irregularly according to each company's schedule. It is costly and time consuming to constantly modify the screen configuration each time the client environment changes. Therefore, the channel integration template module can reduce the effort and cost, and enables the real-time image portal service to actively respond to the market. From this point of view, the channel integration template module is an essential technology for service provision in a rapidly changing market situation.

From the developer point of view, the channel integration template module can reduce the development effort considering the characteristics of each client when developing modules for individual clients. In other words, since development proceeds faithfully on a predefined screen, compatibility and consistency with other clients are not required. This can contribute to the continued development of the service. Also, the front-end server is a logical concept server, and a web server, an iPhone server, an Android server, and a Win Mobile server can be physically implemented as a single server. In addition, the front end server is connected to the application server and the NAS. Also, the same front end servers can be connected in parallel by the L4 switch.

It will be understood by those skilled in the art that the foregoing description of the present invention is for illustrative purposes only and that those of ordinary skill in the art can readily understand that various changes and modifications may be made without departing from the spirit or essential characteristics of the present invention. will be. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each component described as a single entity may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

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Claims (7)

The present invention provides a video service system for providing a user storage terminal with an image captured by a digital CCTV or a web camera, the system comprising: A Dynamic Domain Name Service (DDNS) server for synchronizing and storing digital CCTV or web cameras. A relay server for receiving images photographed from the digital CCTV or web camera in real time and transmitting remote control commands to the digital CCTV or web camera. A camera control application that collectively controls and commands the digital CCTV or web camera to remotely control
A presentation framework module for standardizing each module so that the additional services to be provided with the real-time image information are included in one screen so that the real-time image service is suitable for the user's intention, and generating a screen definition table And an output screen is reconfigured and defined by using a preformed template according to a screen definition sheet provided in the presentation framework module and client terminal information according to the user terminal, A channel integration template module for receiving a connection of a program in the user terminal to process each service requirement and transmitting a video stream to the user terminal when there is a real time video request from the user terminal At least one front-end server; And a L4 (Layer4) switch for connecting the at least one front-end server to each other and for finding and connecting an IP and a port to the user terminal connecting to the front-end server, wherein the presentation framework module A CCTV control module or a recording and storing module, and providing an additional service module for modifying and providing additional services for providing the user terminal other than the video service, A service definition module for defining and providing details of the image service and the additional service to be provided to the terminal in advance, the service definition module comprising: part A service presentation configuring unit configured to predefine service modules provided by the service module and constituting a service presentation, and a screen definition service providing unit configured to define and provide a screen for providing to the user terminal in advance.
The method according to claim 1,
Wherein the DDNS server changes a dynamic IP allocated to the digital CCTV or web camera to a fixed IP.
The method according to claim 1,
And a NAS (Network Attached Storage) connected to the network and storing and recording the photographed image data transmitted from the relay server, wherein the NAS, when the image data is accumulated, And the video signal is further attached in parallel.
The device management unit includes a USB host controller for controlling data transmission through connection and recognition of the USB storage device, a USB power supply for supplying power to the USB storage device plugged into the cloud service terminal, data recorded in the USB storage device And a data recording management unit for managing the state of the cloud service terminal
The method according to claim 1,
Wherein the screen definition organizer supports a variety of client screens in response to requests for screens of different configurations for each type of service according to a user's intention.
The system according to claim 1, wherein the channel integration template framework module includes at least one template module related to the characteristics and the type of the user terminal, a screen definition sheet provided by the presentation framework module, An output screen reconstructor for reconstructing and defining an output screen using the preformed template according to the output template, and an execution screen definition creator for defining an execution screen for the output screen reconstructed by the output screen reconstructor. The method according to claim 6,
Wherein the at least one template module includes a web browser template module and a client environment template module, wherein the web browser template module includes a Microsoft Explorer Template module, a Google Chrome Template module, Apple Safari Template module and Mozilla Firefox Template module. The client environment template module includes an iPhone Template module, an Android Template module, A real-time video service system including a mobile template module and a sea template module.

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