KR20020048188A - Remote Monitoring System Using Mobile Communication Device Capable of Receiving Image Data and Connecting to Internet, and Remote Monitoring Method Using the Same - Google Patents

Abstract

PURPOSE: A remote supervising system using a mobile terminal capable of being image reception and Internet connection and the method thereof are provided to arrange and control plural image photographing units being controlled by a server computer, thereby capable of receiving the remote image by using a mobile terminal capable of being the Internet connection and the image reception without regard to time and place. CONSTITUTION: A mobile terminal(10) can receive the image and connect to the Internet(80) based on the wireless Internet protocol. A wireless Internet relay server(90) relays the mobile terminal(10) in order to be connected to the Internet(80). A remote server(20) can connect the mobile terminal(10) for capable of communicating reciprocally through the Internet(80) and the relay server(90). A plurality of image photographing units(30-70) are mounted to plural locations, controlled a control direction command transmitted from the mobile terminal(10) to the remote server(20), photographs an image relating to any one place, and transmits the photographed image to the mobile terminal(10). A photographing control unit(110) controls the photographing units based on the driving control signal transmitted from a central processing unit(100) of the remote server(20). An image compressing unit(120) compresses the photographed image data. A network communication unit(125) transmits the compressed data to the mobile terminal(10).

Description

Remote Monitoring System Using Mobile Communication Device Capable of Receiving Image Data and Connecting to Internet, and Remote Monitoring Method Using the Same}

The present invention relates to a remote monitoring system using a mobile terminal capable of receiving images and accessing the Internet, and a remote monitoring method using the same. More particularly, the present invention relates to a mobile terminal (e.g., IMT 2000 mobile) having a mobile and transport convenience. Terminal), a system for controlling a plurality of image capturing units located at a remote site and connecting to a remote server that can transmit captured images in real time to monitor the situation of the remote site in real time anytime and anywhere, and a remote monitoring method using the same. It is about.

In general, as a monitoring method according to the prior art using a surveillance camera, a plurality of cameras in a closed circuit (closed circuit) and the number of cameras installed in a certain place to monitor the location is used, or video By using a splitter to divide the screen of the monitor and providing the images captured by several surveillance cameras on one screen, a method of monitoring a plurality of places at one place has been used. However, such a closed circuit monitoring method has a drawback that it can be applied only in a building or a relatively close area that can be connected by wire because the camera and the camera must be connected by wire.

Therefore, as a monitoring method according to another prior art for compensating for such drawbacks, a method of allowing an image to be transmitted from a camera to a monitor and outputting the transmitted image data from a monitor using a wireless communication method is used. This method has the advantage of providing a surveillance camera farther away than the closed circuit monitoring method described above. However, the monitoring method based on the short-range wireless communication method also has a limitation in the operation of the system in the regional range exceeding the dimension of 2 ~ 3km because there is still a limit of distance in the system operation.

Accordingly, the technical problem to be achieved by the present invention is to provide a plurality of video photographing units controlled by a server computer at a remote location, and to access the server computer using a mobile terminal capable of receiving images and accessing the Internet. By controlling the image capturing unit, there is provided a system that can implement a remote monitoring system that can be provided in real time without regard to the remote image anywhere anytime.

Another technical problem to be achieved by the present invention is to provide a remote monitoring method capable of real-time monitoring of the situation of a remote place anytime, anywhere using the above-described remote monitoring system.

1 is a system configuration diagram schematically showing the components of a remote monitoring system according to a preferred embodiment of the present invention.

FIG. 2 is a block diagram of a device in which a hardware driving control signal is transmitted to an image capturing control unit in a wireless communication method in a remote monitoring system according to an exemplary embodiment of the present invention.

3 is a flowchart illustrating a process of monitoring a site situation of a remote site on a mobile terminal capable of receiving images using a remote monitoring system according to a preferred embodiment of the present invention.

In order to achieve the above technical problem, a remote monitoring system using a mobile terminal capable of receiving video and accessing the Internet according to the present invention is connected to a remote server using a mobile terminal capable of receiving video and accessing the Internet, and then The present invention relates to a system capable of establishing a remote monitoring system by receiving an image in real time from any one of a plurality of image photographing units which are driven under control and installed and operated in a plurality of places. Specifically, the remote monitoring system according to the present invention, a mobile terminal capable of receiving an image and accessing the Internet based on a wireless Internet protocol, and a wireless Internet allowing the mobile terminal to be connected to the Internet based on a wireless Internet protocol. A relay server, a remote server to which the mobile terminal can communicate with each other via an internet and a wireless internet relay server, and a driving control is controlled according to a control command command transmitted from the mobile terminal to the remote server. A plurality of image capturing units installed to capture images of any one of the plurality of places and transmit image data photographed through the remote server and the Internet to the mobile terminal, and based on the control command command. Generated and delivered by the central processing unit of the remote server An image capturing control unit configured to select and operate any one of the plurality of image capturing units based on a hardware driving control signal so that one of the plurality of locations is photographed by the selected image capturing unit; And an image data compression unit configured to compress the image data photographed by the image photographing unit selected and controlled by the image photographing control unit, and provided at the remote server, wherein the remote server and the wireless internet relay server can communicate with each other. And a network communication unit for transmitting the image data compressed by the image data compression unit to the mobile terminal through the Internet in a connected state.

In the present invention, the image capturing unit is preferably a digital camera, an analog camera or a web camera.

In the present invention, it is preferable that the image capturing unit includes any one or a combination of the left and right rotation functions, the zoom in / out function, and the illumination turn on / off function based on the motor mount. In this case, in the remote monitoring system according to the present invention, the image capturing controller preferably includes an image capturing unit switcher for selectively turning on the plurality of image capturing units.

In the present invention, the hardware driving control signal transmitted to the image capturing control unit by the central processing unit of the remote server may be transmitted in a wireless manner. In this case, in the remote monitoring system according to the present invention, the wireless method is an infrared communication method, a Bluetooth communication method or an RF communication method. For this purpose, the image capturing control unit is installed outside the remote server, and the remote server captures an image. And a wireless communication module for transmitting a control signal for selecting and driving a part in a wireless communication method and receiving the image data photographed by the image capturing part in a wireless communication method, wherein the image capturing controller is configured to control the hardware driving control signal. It is preferable to have a wireless communication module for transmitting the data in the wireless communication method and the image data photographed by the specific image photographing unit to a remote server in a wireless communication method.

According to another aspect of the present invention, there is provided a remote monitoring method using a mobile terminal capable of receiving an image and accessing the Internet, wherein the remote server is connected to a remote server using a mobile terminal capable of receiving an image and accessing the Internet. The present invention relates to a method for implementing remote monitoring by receiving an image in real time from any one of a plurality of image photographing units which are driven under the control of and installed in a plurality of places.

The remote monitoring method according to the present invention is characterized by the following series of steps.

First, by using a mobile terminal capable of receiving video and accessing the Internet, the accessor authentication information is requested from the wireless Internet relay server and the person accessing the remote server through the Internet, thereby authenticating that the accessor is a party licensee of the remote server. Then, the mobile terminal loads a user interface screen for remote monitoring by using the image capturing unit installed at a desired place by selecting and controlling the plurality of image capturing units to a user who has been authenticated as a party user. Then, the image capturing control command command made on the user interface screen is received through the Internet using the keypad provided in the mobile terminal. Then, the central processing unit provided in the remote server detects the control command command, converts the control command command into a hardware drive control signal for selection and driving control of the image capturing unit, and transmits it to the image capturing control unit. Subsequently, the image capturing control unit detects and interprets the hardware driving control signal to turn on any one of the plurality of image capturing units, and drives the image capturing unit based on the hardware driving control signal. Thereafter, the image data captured by the image capturing unit driven according to the hardware driving control signal is compressed, and the compressed image data is transmitted to the network communication unit of the remote server to be transmitted to the mobile terminal.

The hardware driving control signal may be any one of an image photographing unit turn on / off bit, an image photographing unit lighting turn on / off bit, an image photographing unit right turn bit, an image photographing unit left turn bit, and an image photographing unit zoom in / out bit. Or combinations thereof.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail. However, the preferred embodiments of the present invention described below are not intended to limit the technical scope of the present invention, but are intended to more clearly and easily describe the present invention to those skilled in the art. Like reference numerals in the drawings denote like elements.

1 is a system configuration diagram schematically showing the components of a remote monitoring system according to a preferred embodiment of the present invention.

As shown in FIG. 1, in the remote monitoring system according to the preferred embodiment of the present invention, a user accesses a remote server 20 using a mobile terminal 10 capable of receiving an image and accessing the Internet. The present invention relates to a system capable of establishing a remote monitoring system by receiving an image in real time from any one of a plurality of image capturing units 30 to 70 driven under the control of the server 20 and installed and operated in a plurality of places. .

In a remote monitoring system according to a preferred embodiment of the present invention, a mobile terminal 10 capable of receiving an image and accessing the Internet 80 based on a wireless internet protocol, and the mobile terminal 10 based on a wireless internet protocol Wireless Internet relay server 90 to be connected to the Internet 80 and the mobile terminal 10 is a remote server that can be connected to each other to enable communication between the Internet 80 and the wireless Internet relay server 90 20 and the driving is controlled according to a control command command transmitted from the mobile terminal 10 to the remote server 20 and installed in a plurality of places to display an image of any one of the plurality of places. A plurality of image capturing units 30 to 70 capable of capturing and transmitting image data photographed through the remote server 20 and the Internet 80 to the mobile terminal 10, and based on the control command command. By selecting and operating any one of the plurality of image capturing units 30 to 70 based on the hardware driving control signal generated and transmitted by the central processing unit 100 of the intelligent server 20, the selected image capturing unit ( The image capturing control unit 110 and the remote server 20 to control one of the plurality of places to be photographed by any one of 30 to 70; An image data compression unit 120 for compressing image data photographed by the controlled image photographing unit 30 to 70, and provided in the remote server 20, and the remote server 20 and the wireless device. The network communication unit 125 which transmits the image data compressed by the image data compression unit 120 to the mobile terminal 10 through the Internet 80 in a state where the internet relay server 90 is connected to each other. , won Each component in that the server (20) to a bus (B) to send and receive data.

In a preferred embodiment of the present invention, the mobile terminal is a terminal having an image receiving and internet access function, for example, an IMT 2000 terminal or a PDA terminal, but is not limited thereto.

In a preferred embodiment of the present invention, the wireless Internet relay server 90 is preferably a WAP (Wireless Application Protocol) server. WAP is a protocol that allows users to navigate the Internet freely wirelessly in various mobile terminals such as digital mobile phones and PDAs. The WAP is a protocol developed by the WAP Forum for the wireless Internet. WAP has pursued open standards since the draft was published in September 1997, and is based on existing Internet standards such as XML (eXtensible Markup Language) and IP (Internet Protocol), 90% of the global wireless terminal market. It is based on active support from handset makers and service providers with more than 100 million subscribers.

The WAP server converts the WAP request by the mobile terminal 10 into the WWW request, and performs the function of allowing the user of the mobile terminal 10 to send his or her request to the remote server 20, as well as the remote server ( 20) the response of the mobile terminal 10 is encoded in a compact binary format so that the user of the mobile terminal 10 can be provided to the user of the mobile terminal 10 in WML (Wireless Markup Language). When the remote server 20 provides WAP content such as WML, the WAP server pulls the content directly from the remote server 20. However, if the remote server 20 provides WWW content such as HTML, a filter for converting the WWW content into WML is provided in the wireless internet relay server 90.

In a preferred embodiment of the present invention, the remote server 20 preferably has an IP address or URL so that the mobile terminal 10 can be connected via the wireless Internet relay server 90 and the Internet 80. Do. In this case, the user of the mobile terminal 10 may access the remote server 20 by inputting the domain or IP address of the remote server 20 using the keypad or the like on the mobile terminal 10.

In a preferred embodiment of the present invention, the remote server 20 allows the user to authenticate the accessor ID and password when the user connects to the remote server 20 by using the mobile terminal 10. It is recommended that you enter. This is to allow only those with political authority to remotely monitor the remote control system according to the present invention. To this end, the remote server 20 is preferably provided with a storage unit 130 stores the authentication information. The remote server 20 checks whether the user is a party right user based on the accessor ID and password provided by the accessor by using the authentication information. On the other hand, in the present invention, it is preferable that the remote server 20 also functions as a web server. To this end, the storage unit 130 of the remote server 20 includes WML, Hyper Text Markup Language (HTML), Dynamic Hyper Text Markup Language (DHTML), Active Server Page (ASP), Person Home Page (PHP), and the like. It is preferable that a web page written in a format is stored. As such, since the remote server 20 also functions as a web server, when the user connects to the remote server 20 using the mobile terminal 10 and undergoes an authentication process, the remote server 20 uses the reference web page (index. html, etc.) is loaded into the mobile terminal 10. At this time, when the format of the web page is not WML, the wireless internet relay server 90 (for example, a WAP server) changes the format of writing the web page to WML.

Meanwhile, according to the present invention, the mobile terminal 10 is used to remotely select the image capturing units 30 to 70 and control the driving of the selected image capturing units 30 to 70 using the mobile terminal 10. Preferably, the image photographing unit control program is provided in the storage unit 130. An operation algorithm of the control program provided in the storage unit 130 will be described later with reference to the remote monitoring method according to the present invention.

In a preferred embodiment of the present invention, the image capturing control unit 110 is the central processing unit of the remote server 20 based on the control command command for the image capturing unit 30 to 70 transmitted from the mobile terminal 10. The selected image capturing unit 30 to 70 selects and operates any one of the plurality of image capturing units 30 to 70 based on the hardware driving control signal generated and transmitted by 100. One place of the plurality of places is controlled to be photographed. The image capturing controller 110 may include an image capturing unit switcher (not shown) to switch any one of the plurality of image capturing units 30 to 70 according to the hardware driving control signal.

In a preferred embodiment of the present invention, as the image capturing unit 30 to 70 may be any camera known to those of ordinary skill in the art. For example, the image capturing unit 30 to 70 may be a digital camera, an analog camera, or a web camera, but is not limited thereto. Meanwhile, the image capturing units 30 to 70 may be motor mounted to rotate left and right, and may include any one of a zoom in / out function and an illumination turn on / out function or a combination thereof. However, the function of the camera is not limited to the above is natural to those skilled in the art to which the present invention pertains.

In a preferred embodiment of the present invention, the image data compression unit 120 is a portion for compressing the image data photographed by any one of the plurality of image capturing unit 30 to 70, the Internet 80 and wireless Internet This is to ensure the data transmission efficiency to the mobile terminal 10 via the relay server 90. The image data compression unit 120 may compress the image data into various format standards (eg, MPEG; JPEG; MPEG-1; H261; H263, etc.), but the technical concept of the present invention is limited to the above-described format standard. no.

In the present invention, the network communication unit 125 is a portion forming an interface with the Internet 80, the remote server 20 and the mobile terminal 10 between the Internet 80 and the wireless Internet relay server 90 between the It is for sending and receiving data. Of course, a hub and a router (not shown), which are network equipment, may be provided between the network communication unit 120 and the Internet 80 network of the remote server 20 as necessary.

2 is provided with an image capturing control unit 110 outside the remote server 20 in the remote monitoring system according to the present invention, and the hardware driving control signal from the remote server 20 is controlled by the wireless communication method. This is a diagram showing the case where the transfer to 110.

Referring to FIG. 2, in the present invention, the image capturing controller 110 may be provided outside the remote server 20 in some cases. In this case, the central processing unit 100 of the remote server 20 may transmit a control signal for the image capturing units 30 to 70 which are hardware through a wireless communication method. To this end, the remote server 20 is preferably provided with a wireless communication module 140, the image capture control unit 110 is also a wireless communication module (e.g. USB card or adapter card) through a predetermined interface ( 140). The wireless communication module 140 is preferably a module adopting the Bluetooth method, the RF method, and the infrared method. In particular, the Bluetooth technology uses the 2.4GHz ISM band so that it can be used without a license worldwide. Accordingly, considering that the ISM band basically uses the spread spectrum method, the Bluetooth wireless communication module 140 can simplify the circuit configuration and is relatively strong against interference such as microwaves. It has the advantage of adopting the method. As such, when the wireless communication module 140 is connected to the image capturing controller 140 through a predetermined interface, the image data transmitted through the image capturing unit 30 to 70 and the hardware transmitted from the remote server 20 are provided. The drive control signal is preferably transmitted via bus B.

As described above, when the wireless communication module 140 is introduced to the remote monitoring system according to the present invention, since the hardware driving control signal does not need to be transmitted through the cable, space is limited in terms of installation and operation of the image capturing unit 30 to 70. There is an advantage not to receive.

3 is a flowchart illustrating a process of receiving a video of a predetermined place from a remote place in real time regardless of place and time using a remote monitoring system described above.

As shown in FIG. 3, the remote monitoring method according to the present invention connects to a remote server 20 using a mobile terminal 10 capable of receiving images and accessing the Internet, and then controls the remote server 20. The present invention relates to a method for implementing remote monitoring by receiving an image in real time from any one of the plurality of image capturing units 30 to 70 driven along and installed in a plurality of places.

Specifically, first, the user accesses the remote server 20 through the wireless internet relay server 90 and the Internet 80 using the mobile terminal 10 capable of receiving images and accessing the Internet (step S10). Here, the mobile terminal 10 and the wireless internet relay server 90 have been described in detail.

When the mobile terminal 10 and the remote server 20 are connected to each other to communicate with each other through step S10, the remote server 20 requests accessor authentication information to authenticate that the accessor is a party licensee of the remote server 20. (Step S20). The accessor authentication information may be a user ID and a password that are commonly used. In this case, in step S20, the remote server 20 may load the interface screen into which the ID and password can be input to the mobile terminal 10. For example, the interface screen may include a field capable of inputting an ID and a password, and the user inputs correct ID and password information in the field and transmits the information to the remote server 20. Then, the remote server 20 compares the accessor authentication information stored in the storage unit 130 with the accessor authentication information provided by the user and if the contents thereof match, authenticates the accessor as a legitimate user of the remote monitoring system according to the present invention. do.

After the user authentication is made in the remote server 20 through the step S20, the remote server 20 controls the command to remotely control the image capturing unit 30 ~ 70 of the web page stored in the storage unit 130 The control interface screen which can be lowered through a predetermined input means such as a keypad, a ball mouse, an electronic pen of the mobile terminal 10 is loaded into the mobile terminal 10 (step S30).

The interface screen includes an interface capable of switching one of the plurality of image capturing units 30 to 70 to be turned on or off, and image data photographed by the turned on image capturing unit 30 to 70. Zoom out the selected image capture unit (any one of 30 to 70), and a video output interface to output the image output interface, a rotation control interface to rotate the selected image capture unit (any one of 30 to 70) left or right. And a lighting control interface capable of turning on or off the lighting means provided in the selected image capturing unit 30 to 70. Of course, it is natural to those skilled in the art that the interface screen may include other interfaces in addition to the above-described interfaces as necessary for the preferred embodiment of the present invention.

After the control interface screen is loaded in step S30, the user issues a control command command for controlling the image capturing units 30 to 70 by using a predetermined input means provided in the mobile terminal 10 and sends the command to the remote server. Transfer to step 20 (S40).

When the control command command is transmitted to the remote server 20 in step S40, the central processing unit 100 of the remote server 20 generates a hardware drive control signal based on a predetermined matching table (S50).

For example, the matching table may be configured as shown in Table 1 below, but the technical concept of the present invention is not limited thereto, and it is natural to those skilled in the art to which the present invention pertains.

Control command command sent from mobile terminal Converted Hardware Drive Control Signal (32-bit) Image Recorder 1 Turn On / Off 0x10000000 / 0x20000000 Image Shooting Unit 2 Turn On / Off 0x30000000 / 0x40000000 Video Shooter 3 Turn On / Off 0x50000000 / 0x60000000 Video Shooter 4 Turn On / Off 0x700000000 / x80000000 Image Shooting Unit 5 Turn On / Off 0x900000000 / xA0000000 Zoom out video recording section (30mm, + 3mm interval) 0x01000000-0x0A000000 (increase only second hexadecimal) Video recording unit zoom in (30mm, interval -3mm) 0x0A000000-0x01000000 (decreases only the second hexadecimal number) Rotate the image capture unit to the right (45 degrees, 3 degrees apart) 0x00100000-0x00F00000 (only increments the third hexadecimal number) Left side of the video shooting unit (45 degrees intervals 3 degrees) 0x00F00000 to 0x00100000 (decrease only the third hexadecimal number) Turn on / off the lighting in the imager 0x00010000 / 0x00020000

After generating the hardware driving control signal in step S50, the central processing unit 100 transmits the converted hardware driving control signal to the image capturing control unit 110 (S60). Then, the image capturing control unit 110 detects and interprets the hardware driving control signal transmitted in step S60 (S70) to control switching of any one of the image capturing units 30 to 70 (S80) and zoom in / out control (S90). ), Left or right rotation control (S100), the lighting turn on / off control (S110). When the specific image capturing unit 30 to 70 is switched and turned on under the control of the image capturing controller 110, the image is captured and the image data is transferred to the bus B. Then, the central processing unit 100 compresses the image data using the image data compression unit 120 and transmits the compressed image data to the mobile terminal 10 through the network communication unit 125. The transmitted image data is decompressed by the mobile terminal 10 and output to a predetermined region of a display unit provided in the apparatus, for example, an LCD (Liquid Crystal Display).

Of course, the control of the image capturing unit 30 to 70 through steps S80 to S110 is terminated when the user selects the image capturing control termination interface on the control interface screen output to the display unit of the mobile terminal 10. When the user selects the control termination interface, the relevant code is transmitted to the remote server 20, and the central processing unit 100 detects and interprets the transmitted code to terminate the control of the image capturing unit 30 to 70. It is determined whether or not to (S120). If, at step S120, the control code of the image capturing unit is detected, the resources of the system allocated for the control of the image capturing units 30 to 70 are released and the system is returned to the state before the image capturing unit 30 to 70 control mode. Restore

Meanwhile, in the remote monitoring system according to the present invention, the video data captured by the image capturing unit 30 to 70 may be recorded and stored in the remote server 20, and in some cases, the mobile terminal 10 may be stored in a portable computer. In addition, the video data transmitted to the mobile terminal 10 may be recorded and stored in a storage device such as a portable computer. In this case, the user can make sure of the remote monitoring operation by utilizing the recorded video data.

In the above described with reference to the accompanying drawings, preferred embodiments of the present invention in detail. However, the technical idea according to the present invention can be variously modified or improved by those of ordinary skill in the art.

According to an aspect of the present invention, a mobile terminal capable of receiving video and accessing the Internet can monitor a remote site situation anytime, anywhere. As a result, the operation of the remote monitoring system can be ensured.

According to another aspect of the present invention, since a wireless communication module such as a Bluetooth method can be employed in the remote monitoring system, it is possible to overcome the space constraints when installing the image photographing unit.

According to another aspect of the present invention, a mobile terminal can be used to remotely monitor a developing situation at a remote location, and can record and store image data of the developing situation in a remote server or a portable computer connected to the mobile terminal. have. Therefore, it is possible to make full use of the surveillance operating system by utilizing the recorded video data afterwards.

According to another aspect of the present invention, the mobile terminal can be controlled by various aspects of the image photographing unit for photographing the situation on the remote site.

Claims (9)

Access to a remote server using a mobile terminal capable of receiving images and accessing the Internet, and then receives images in real time from any one of a plurality of video photographing units which are driven and controlled by a remote server and installed in a plurality of places. As about system which can build remote monitoring system, (a) a mobile terminal capable of receiving video and accessing the Internet based on a wireless Internet protocol; (b) a wireless internet relay server for allowing the mobile terminal to access the internet based on a wireless internet protocol; (c) a remote server connectable to the mobile terminal to communicate with each other through an internet and a wireless internet relay server; (d) The driving is controlled according to a control command command transmitted from the mobile terminal to the remote server, and is installed in a plurality of places to capture an image of any one of the plurality of places, and to control the remote server and the Internet. A plurality of image capturing units capable of transmitting the image data photographed through the mobile terminal; (e) selecting and operating any one of the plurality of image capturing units based on the hardware driving control signal generated and transmitted by the central processing unit of the remote server based on the control command command, thereby allowing one of the plurality of places to be operated; An image capturing control unit controlling the location to be photographed by the selected image capturing unit; (f) an image data compression unit provided in the remote server and compressing image data photographed by an image photographing unit selected and controlled by the image photographing control unit; And (g) a network communication unit which is provided in the remote server and transmits the image data compressed by the video data compression unit to the mobile terminal through the Internet while the remote server and the wireless internet relay server are connected to each other. Remote monitoring system using a mobile terminal capable of receiving video and accessing the Internet, characterized in that it comprises a. The method of claim 1, The image capturing unit is a digital camera, an analog camera or a web camera, characterized in that the remote monitoring system using a mobile terminal capable of receiving and accessing the Internet. The method of claim 1, The image capturing unit may include any one or a combination of a left and right rotation function, a zoom in / out function, and an illumination turn on / off function based on a motor mount, and remote monitoring using a mobile terminal capable of internet access. system. The method of claim 1, And the image capturing control unit comprises an image capturing unit switcher for selectively turning on the plurality of image capturing units. The method of claim 4, wherein And the image capturing control unit is capable of transmitting a driving control signal to the image capturing unit turned on by the image capturing unit switcher. The method of claim 4, wherein And a hardware driving control signal transmitted to the image capturing control unit by the central processing unit of the remote server is transmitted in a wireless communication method. The method of claim 6, The wireless method is an infrared method, an RF method or a Bluetooth method, To this end, the image capture control unit is installed outside the remote server, The remote server includes a wireless communication module for transmitting a hardware drive control signal for selecting and driving the image capturing unit in a wireless communication method and receiving the image data captured by the image capturing unit in a wireless communication method, The image capturing control unit may include a wireless communication module configured to receive the hardware driving control signal through a wireless communication method and to transmit image data photographed by a specific image capturing unit to a remote server through a wireless communication method. And a remote monitoring system using a mobile terminal capable of internet access. Access to a remote server using a mobile terminal capable of receiving images and accessing the Internet, and then receives images in real time from any one of a plurality of image capturing units which are driven under the control of the remote server and are installed and operated in a plurality of places. Regarding how to implement remote monitoring, (a) requesting accessor authentication information from a wireless internet relay server and a person accessing the remote server through the Internet using a mobile terminal capable of receiving images and accessing the internet, thereby authenticating that the accessor is a party licensee of the remote server; (b) loading a user interface screen to the mobile terminal to enable remote monitoring by using an image capturing unit installed at a desired place by selecting and controlling the plurality of image capturing units to a visitor authorized to be a party licensee; (c) receiving an image photographing control command command made on the user interface screen using a keypad provided in the mobile terminal through the Internet; (d) detecting, by the central processing unit, provided at the remote server, the control command command, converting the control command command into a hardware drive control signal for selection and driving control of the image photographing unit, and transferring the command to the image photographing control unit; (e) the image capturing control unit detecting and interpreting the hardware driving control signal to turn on any one of a plurality of image capturing units and to drive the image capturing unit based on the hardware driving control signal; And (f) compressing the image data photographed by the image capturing unit driven in the step (e) and transferring the compressed image data to a network communication unit of a remote server to be transmitted to the mobile terminal. Remote monitoring method using a mobile terminal capable of receiving video and accessing the Internet. The method of claim 8, The hardware driving control signal may include any one or a combination of the image capturing unit turn on / off bit, the image capturing unit lighting turn on / off bit, the image capturing unit right turn bit, the image capturing unit left turn bit, and the image capturing unit zoom in / out bit. Remote monitoring method using a mobile terminal capable of receiving video and Internet access, comprising a.