TWI416435B - Commercial security console system - Google Patents

Abstract

A commercial security console system integrated with multiple functions is provided. The commercial security console system includes a core sub-system, an internal storage device, a touch-control display, a video surveillance sub-system, a VoIP gateway sub-system, an entrance access control sub-system, a video conference sub-system, a public broadcasting sub-system, an energy saving sub-system, a bank card reading sub-system, and a point-on-sale sub-system. The commercial security console system integrates the aforesaid sub-systems into a single security console system, so as to provide various demands for commercial users.

Description

Multifunctional commercial security system

The present invention relates to commercial security systems, and more particularly to a multifunctional commercial security system.

Most of the existing security systems are dedicated systems that are biased toward security functions, providing functions such as loop detection, warning, abnormal reporting, system setting/removal, and so on.

The security system provides video monitoring and access control functions for users to operate through an input and output interface (such as a touch screen). However, for general commercial customers, their business activities still require different systems, such as video conferencing systems, music broadcast systems, energy-saving control systems, digital signage systems, financial card reading systems, and point-of-sale financial systems.

The foregoing systems all have matching devices, however, the foregoing systems are all independently arranged. That is to say, the commercial operation site must be equipped with the host and terminal devices of the aforementioned system, which makes the management of the hardware very difficult. At the same time, the data or settings of the aforementioned systems must be managed separately, and cannot be centralized in a single interface management. The data between the systems cannot be exchanged. The linkage design between the system and the system must be achieved through complex interface connections and modification of the software and hardware environment.

In view of the above problems, the present invention aims to provide a multifunctional commercial security system for integrating the needs of a multi-directional commercial system.

The invention provides a multifunctional commercial security system, comprising a system core, an internal storage device, a touch screen, a video monitoring subsystem, a telephone fee system, an access control subsystem, a video conference subsystem, A multimedia broadcast subsystem, an energy-saving control subsystem, a financial card reading subsystem, and a point-of-sale financial subsystem.

An internal storage device is attached to the core of the system.

A touch screen is connected to the core of the system for displaying a picture and is operable to issue touch commands to the core of the system.

The security system includes a plurality of anti-theft sensors for generating a trigger signal to the core of the system, which causes the system core to issue a warning.

The video surveillance subsystem includes a plurality of cameras connected to the core of the system, wherein the camera captures images, transmits them to the core of the system, and transmits them to the internal storage device for storage through the core of the system.

A telephone billing system for connecting at least one telephone, and the telephone billing system is connected to a telephone trunking system via an external communication network for transfer to a PSTN telephone or a mobile telephone.

The access control monitoring subsystem includes a plurality of security access control card readers, and the system core stores a security personnel identification code, a passer-through identification code, and a card reading record; each of the security access control card readers is configured to capture a security identification unit. An identification code, the system core opens a specific operation authority and records the card reading time when it matches the security personnel identification code and the passable person identification code stored therein.

The video conferencing subsystem is used to capture the image and sound of the local end, transmit it to the core of the system, and receive a sound and image of the remote end.

The multimedia broadcast system includes a multimedia playing module for loading a multimedia file having a digital content management mechanism from the internal storage device; and a digital content management module for confirming the authorization status of the multimedia file, The multimedia playing module is played.

The energy-saving control subsystem, a plurality of induction controllers, are disposed at a plurality of power supply points to monitor the power usage status of each of the power supply points.

The financial card reading subsystem includes at least one financial card reader for providing consumer operations and transmitting the usage data back to a back-end job center via an external communication network.

The point-of-sale cash register system is connected to the core of the system for transmitting information processed by a POS cash register to the core of the system. After the core data of the system is collected, the user is provided to operate on the touch screen.

With the integration of the aforementioned subsystems, the application functions required by various commercial customers are provided to simplify the overall system setup.

Please refer to FIG. 1 , which is a multifunctional commercial security system disclosed in an embodiment of the present invention, which integrates multiple services into a single platform, so as to avoid the problem that the services are not easily integrated due to the operation of different services on different platforms. .

As shown in FIG. 1 , the multifunctional commercial security system disclosed in the embodiment of the present invention includes a system core 10, a touch screen 20, a security system 30, a video monitoring subsystem 40, and a telephone fee. Secondary system 50, an access control secondary system 60, a video conferencing subsystem 70, a multimedia broadcast subsystem 80, an energy-saving control subsystem 90, a financial card reading subsystem 100, a point-of-sale cashier system 110, and a Internal storage device 120. The aforementioned internal storage device 120 can be a conventional hard disk drive (HDD) or a solid state drive (SSD).

Referring to "Figure 1," the system core 10 is used to receive information processed by each system and issue various control commands to each system. The system core 10 is connected to the wired connection interface and the wireless connection interface, and the system core 10 is connected to each subsystem or remote device through the aforementioned wired connection interface and wireless connection interface.

The aforementioned wired connection interface includes RJ-45 network port, RS-232 port, RS-485 port, USB port, VoIP gateway, network switch or network hub. The RJ45 network is used to connect the system core 10 to an external communication network. The remaining wired connection interfaces are connected to the system core 10 by each subsystem.

The aforementioned wireless connection interface includes a WiFi network interface, a WiMAX network interface, a Zigbee communication interface, a Z-Wave communication interface, a GPRS communication module, 3G communication module and Bluetooth communication interface. The system core 10 provides a wireless LAN AP (Wireless Lan AP) function through the WiFi network interface for each system to wirelessly connect to the system core 10 for transmission. The system core 10 is connected to the external communication network by the wired RJ45 network for connecting the system core 10 to the external communication network, and can also be connected to the ISP provider through the wireless WiMAX network interface, and then connected to the external communication network.

In addition, the aforementioned wired connection interface further includes a wired telephone data machine and a wireless telephone data machine (such as a GPRS communication module or a 3G communication module) for the system core 10 to utilize the public telecommunication network (PSTN) and the GPRS telecommunication network. The road or 3G telecommunications network acts as a backup loop to avoid the aforementioned RJ-45 network or WiMAX network interface failure.

The touch screen 20 is connected to the system core 10, and the touch panel 21 is used to display a picture and is operable by a user to issue a touch command to the first embodiment of the present invention. In addition to the touch panel 21, the touch screen 20 further includes a video lens 22, a radio device 23, and a sound amplifying device 24.

The touch screen 20 can be built-in WiFi wireless transmission, communicates with the WiFi interface of the system core 10 by using the TCP/IP protocol, and controls all functions of the multifunctional commercial security system, as well as information, videos, images, and sounds of various functions. Both can be displayed and operated through the touch screen 20.

Referring to "1" and "3", the security system 30 includes a plurality of anti-theft sensors 31 for generating a trigger signal, such as a reed switch, an infrared occlusion trigger switch, etc. Doors, windows, passages. The reed switch is provided with a door and a window for detecting whether the door and window are opened, and generating a trigger signal when the door and window are opened; the infrared occlusion trigger switch is set in a specific channel, and is generated when the person is blocked by the passage. Trigger signal. The maintenance subsystem 30 transmits the trigger signal to the core 10 of the system, so that the system core 10 issues a warning to activate the alarm system or transmit an alarm notification to the control through the external communication network. Heart, user's mobile phone, etc.

Referring to "Figure 1" and "Figure 4", the video surveillance subsystem 40 enables the multifunctional commercial security system to function as an image server.

The video surveillance subsystem 40 includes a plurality of cameras 41 coupled to the system core 10. The camera 41 is located at a predetermined monitoring location for capturing the surveillance image of the location. The image captured by each camera 41 is transmitted to the system core 10, and the user can input a switching command through the touch screen 20 to cause the touch screen 20 to display the image of the designated camera 41. In addition, the images captured by the cameras 41 are transmitted to the internal storage device 120 through the system core 10 for storage; in addition to being stored in the internal storage device 120, the images can be stored in the remote server through an external communication network. Device. At the same time, the aforementioned instant image can be connected to the core 10 of the system by a remote computer by a personal computer, a PDA or a 3G mobile phone to view an instant image; and the time of the viewing is required to read the image history data.

Referring to "Figure 1," "figure 5," and "figure 6", the telephone billing system 50 is used to connect at least one telephone 51, and the telephone billing system 50 is connected to the external communication network. A telephone relay system 52. The local telephone can be connected to the telephone relay system 52 via the telephone billing system 50, and then transferred to the general PSTN telephone or mobile telephone by the telephone relay system 52, thereby saving the cost of long distance calls, mobile phones or international calls.

Referring to Figure 7, in addition, the local telephone 51 can also be connected to another telephone billing system 50 directly through the telephone billing system 50 and the external communication network, and then transferred to the telephone. The telephone 51 under the system 50 is saved. Since the two telephones 51 do not pass through an external telephone network, such as a PSTN telephone network or a mobile telephone network, no additional telephone charges are required.

Referring to "Figure 1" and "Figure 8", the access control monitoring subsystem 60 includes a plurality of security access control card readers 61, and the system core 10 can be used as an access control database to store the security personnel identification code. Identification code and card reading recording.

The security access card reader 61 can be a contact card reader and a contactless card reader. The contact card reader is a magnetic stripe reader or a wafer card reader for reading data on a magnetic stripe card or a wafer card; the contactless card reader is an RFID reading device or a near field wireless connection. The interface (Near Field Communication Interface, NFC interface) is used to read the data of the RFID chip or the NFC chip.

The security access card reader 61 is disposed on a forbidden level card for reading a security identification unit. The type of security identification unit is selected according to the type of the security access control card reader 61, and includes a magnetic stripe card, a chip card, a card embedded with an RFID chip, a mobile phone with an embedded RFID chip, or a mobile phone with an embedded NFC chip.

The foregoing security identification unit has an identification code, and the security access control card reader 61 is used to retrieve the identification code and transmit it to the system core 10. The system core 10 will open a specific operation authority and record the card reading time when it matches the security personnel identification code and the passable person identification code stored therein. Specific operating privileges include opening a access level, setting up an access or disarming, returning a security person to a message, and so on.

In addition, the system core 10 provides an advanced access control function in addition to the aforementioned basic access control functions. In the advanced access control function, the system core 10 further divides a large area into a plurality of small areas. Each small area is provided with a corresponding access control level, and a security access control card 61 controls the access control of the small area, and the corresponding area is also provided with a corresponding access control level, and the other security access control card machine 61 controls the entire Access to large areas.

In the advanced access control function, the security personnel identification code and the passable person identification code set by each access control level are different. After reading the identification code by each security access card reader 61, the core 10 of the system first determines which access control level the security access control card reader 61 corresponds to, and then retrieves the security personnel identification code corresponding to the access control level card. The personnel identification code can be passed for comparison. Through the system core 10 The single large area is divided into a plurality of small areas, and a plurality of small areas for independent setting release (using the security access card reader 61 for card swiping operation) can be established without adding a host or a loop expander.

In addition to the division of the area, the specific access identification unit (with a specific security personnel identification number or a passable person identification code) may be designated to release the access control monitoring subsystem 60 and the maintenance subsystem 30 at a specified time.

Referring to Figure 8, in addition, the system core 10 is connected to a control center through a wired or wireless communication network. The control center can issue modification commands to modify system parameters, such as changing a small area or changing the access control database. The security personnel identification code, the passable personnel identification code, and the download card record.

In addition, after installing a login tool on a remote computer, connect to the control center through the network, and then connect to the system core 10 through the control center to upload or change the record's security personnel identification code and passable personnel identification. Code and download the card reading record.

The security access card reader 61 can include a keyboard for entering a password. Each of the former security personnel identification code and the passable person identification code can further set a corresponding password. After the security access control card reader 61 captures the identification data in the security identification unit, the user needs to input the corresponding password through the keyboard, and the comparison can be completed to open the specific operation authority, and the system core 10 records the card reading time. Specific operating privileges include opening a access level, setting up an access or disarming, returning a security person to a message, and so on. The aforementioned password is set to prevent the security identification unit from being used by a third party after being lost or stolen.

The foregoing security identification unit may also be a mobile phone with an NFC chip, a mobile phone with an NFC memory card, and a mobile phone with an RF-SIM number card. When the system core 10 determines that the mobile phone has the right to use, the authentication password input field will be displayed on the mobile phone screen. After the user inputs the authentication password on the mobile phone terminal and confirms it through the core 10 of the system, the security system can be released and set. And the operation of other functions.

The user connects the system core through the network and the control center in addition to the remote computer. In addition to querying the system settings and card reading records, the heart 10 can also query the system settings and card reading records on the touch screen 20 at the local end.

As shown in Figure 9, in addition to the remote computer, the system core 10 can be connected to the system core through an external communication network via an external communication network for system setting and query card reading. At the same time, the setting of the access control monitoring subsystem 60 releases the system core 10 and can also send a short message to notify the mobile phone. In addition to the short message notification mobile phone, the system core 10 can also issue a light signal and an audible prompt when the system setting changes during a certain time period, such as a night time. In addition, the system core 10 can set the prohibition release period and area of the access control monitoring subsystem 60 through the network.

In addition, the aforementioned security personnel identification code, passable person identification code, and card reading record can be stored in a removable storage device 63, such as a flash memory card. When the multifunctional commercial security system is replaced, the removable storage device 63 can be directly exchanged to the new multifunctional commercial security system to directly transfer the records and settings.

Referring to FIG. 1 , FIG. 10 and FIG. 11 , the video conferencing subsystem 70 includes at least one web server executed in the system core 10 for connecting a local device. a video interface window; the local device can be the touch screen 20 or a computer (desktop or notebook)

Taking the touch screen 20 as an example, the video lens 22 of the touch screen 20 is used to capture the image of the local end, and the sound receiving device 23 is configured to receive the sound of the local end and transmit it to the system core 10.

By operating the function options of the touch screen 20, the touch screen 20 can be connected to the web server of the video conferencing subsystem 70 to display the video interface window. The video interface window includes at least one image display area for displaying a remote image. After the touch screen 20 displays the video interface window and activates the video function, the image captured by the video lens 22 and the sound received by the sound pickup device 23 are transmitted to the The web server then transmits the sound and image of the local end to the web server of the other video conferencing subsystem 70 of the remote end through the external communication network. At the same time, the system core 10 receives the image and sound from the remote video conferencing subsystem 70 through the external communication network, and transmits the image to the web server of the local video conferencing subsystem 70, and then transmits the image to the touch screen 20. The sound is transmitted to the local touch screen 20 through the sound reinforcement device 24, and the image is transmitted to the touch panel 21 of the touch screen 20. Since the touch screen 20 is connected to the web server and the video interface window is displayed, the image of the far end is displayed in the image display area of the video interface window. However, the video conference sub-system 70 is not limited to video communication with another video conference sub-system 70, and may also perform video communication with a network telephone having the same communication standard. Or, through the 3G telephone communication network, the user can directly dial the touch screen 20 to make a video call with the 3G mobile phone.

In addition to the touch screen 20, the wired area network or wireless area network provided by the system core 10 can be connected to the core 10 of the system by a computer. The computer can execute a web browser, input the corresponding network location, and then connect to the web server running on the system core 10. The computer can also obtain images and sounds through its video camera and radio device, and transmit it to the web server. Then, the system core 10 transmits the local sound and image to the remote video conferencing subsystem 70 through the external communication network. Web server. Similarly, the screen of the computer also displays the video interface window generated by the web server, and displays the image from the far end in the image display area of the video interface window. The computer also receives and plays the sound from the far end by the web server.

In addition, the user can also use the touch screen 20 or computer operation function option on the local end to connect to the control center through the video conference sub-system 70 and then to a customer service center for voice or video call.

Referring to "Figure 1" and "Figure 12", the multimedia broadcast system 80 includes a multimedia play module 81, a digital content management module 82 (Digital Rights Management, DRM), a threaded type 83, and a video output interface. 84. The multimedia playback module 81 loads the multimedia file with the digital content management (DRM) mechanism stored in the internal storage device 120. After the digital content management module 82 confirms the authorization status, the multimedia playback module 81 plays the video file through the audio and video. The output interface 84 outputs. In addition, the system core 10 can execute the threaded connection and connect to the external communication network connection to read the multimedia file of the remote server for the multimedia playback module 81 to perform streaming instant playback. When the network is disconnected, the multimedia playing module 81 can reply to the music stored in the storage space to ensure uninterrupted music playback. The system core 10 can periodically update the latest multimedia files through the network using the remote server, and transmit the latest multimedia files and list changes from the remote server to the client security system. In addition, the multimedia files will also be stored in a dedicated storage area in the internal storage device 120, and provide DRM mechanism management to ensure that multimedia files cannot be copied to protect multimedia copyright rights.

It should be noted that the multimedia playback module 81, the digital content management module 82 (DRM), and the threaded 83 can be integrated into a single software module and stored in the internal storage device 120. 10 loaded and executed; or, as a hardware module, connected to the system core 10, controlled by the system core 10 to perform related techniques.

The aforementioned multimedia file contains a music file, a video file or a still picture. When playing music, the system core 10 outputs an audio signal through the audio and video output interface 84, and outputs the sound to the touch screen 20 or the live amplifier and the speaker for playing. The touch screen 20 can display a list of related music files or music file information during playback.

When the multimedia file is a video file or a static picture, the multimedia broadcast system 80 becomes a digital signage device that connects to the digital signage broadcast platform through an external network. When the video file or the still picture is played, the system core 10 outputs the image and audio signals through the video output interface 84. The display screen 20 or the live TV can play an instant movie.

For the multifunctional commercial security system, the multimedia file is obtained through the external communication network, stored in the internal storage device 120, or directly streamed. Multimedia files can be pre-grouped. Edited into multiple playlist channels according to requirements in each group. The user of the multi-function commercial security system can access each group through the touch screen 20, select the desired play list channel, and enable the multimedia play module 81 to load the multimedia file recorded by the play list channel. The multimedia files may include multimedia files stored in the internal storage device 120 and multimedia files streamed through an external communication network.

As mentioned earlier, the multimedia file contains music files, movie files or still pictures. Therefore, the playlist channel may be a specific music file list, or a specific static picture may be displayed in sequence after the narration, or may be sequentially played for the marketing advertisement movie. Of course, the user can also set in the system core 10 through the touch screen 20, and automatically switch to different play list channels at different time periods.

In addition to the local end handover, the multimedia broadcast subsystem 80 can also employ a centralized management mechanism. In the centralized management mechanism, a multi-functional commercial security system is used as the central control terminal, and other multifunctional commercial security systems are used as the distribution point. The central communication terminal and the multimedia communication system 80 of each of the sub-points are connected to the external communication network to read the multimedia file of the remote server, and according to the management of the digital content management module 82, it is confirmed that each multimedia file is The internal storage device 120 stored at the local end plays or is played through the serial connection.

However, the multimedia broadcast sub-system 80 at each of the sub-points cannot determine the playlist channel by itself, but the user selects the playlist channel in the multimedia broadcast sub-system 80 of the central control terminal, and transmits the playlist channel to each The multimedia broadcast sub-system 80 at the point end enables all the multimedia broadcast sub-systems 80 to play the same multimedia broadcast sub-system 80.

Referring to "Figure 1" and "Figure 13", the energy-saving control subsystem 90 includes a plurality of induction controllers 91 disposed at respective power supply points (power outlets, Power circuit or power supply meter) to monitor the power usage status of each power supply point. The aforementioned inductive controller 91 can be a wireless inductive controller, and the system core 10 is connected through a Zigbee, Z-Wave wireless connection interface. Through the inductive controller 91, the system core 10 can perform power consumption detection of each power supply point around the clock, so as to collect and collect the power consumption data of each power supply point, and analyze and display the report by using the report and the chart; When the power consumption exceeds the set value, the alarm can be automatically performed, and the related operation is automatically started; the system core 10 simultaneously monitors the connection status of each induction controller 91, and issues a notification when the induction controller 91 is disconnected. In addition, the system core 10 can be programmed to turn on/off the power supply point managed by the designated induction controller 91 when the specified time and the set action occur. The system core 10 can also be equipped with a security function to synchronously turn on or off the power supply point group in the designated area when the system 30 is set/deactivated, so as to achieve power safety and energy saving.

Referring to "FIG. 1" and "FIG. 14", the financial card reading subsystem 100 includes a card reader program 101 installed in the system core 10 and at least one financial card reader 102. The financial card reader 102 can be a contact card reader, a contactless wireless proximity card reader or both. The contactless wireless proximity card reader can be used to read Mifare and NFC cards or chips, or mobile phones with NFC chip phones, NFC memory cards, and mobile phones equipped with RF-SIM door numbers.

The financial card reading subsystem 100 can provide usage identification such as identity identification, stored value, consumption deduction, bonus accumulation, redemption, etc., and transmit the usage data to the back-end job center through the external communication network for transaction clearing. , sub-accounting, data comparison and other data exchange operations. When a mobile phone with an NFC chip mobile phone, an NFC memory card, and a mobile phone equipped with an RF-SIM door number card are used for trading purposes such as consumption or bonus exchange, the amount of the current consumption can be displayed on the mobile phone screen after the financial card reader senses. The user can complete the transaction by entering the password through the mobile phone for authentication.

Referring to "Figure 1" and "Figure 15", the point-of-sale cash-receiving subsystem 110 is connected to the system core 10 for transmitting the information processed by the POS cash register 111 to the system core 10, through the system core 10 After the data is provided, the user can operate the touch screen 20 to display related information, and can also send the desired message to the client via SMS or e-mail through an external communication network. The POS cash register keyboard and screen can be set to the emergency help function. When the keyboard button is pressed or the screen button is clicked, the distress signal can be transmitted to the security system and then transmitted back to the control center via the system core 10.

The present invention further integrates various commercial requirements on the security system to provide application functions required by various commercial customers to simplify overall system settings.

10. . . System core

20. . . Touch screen

twenty one. . . Touch panel

twenty two. . . Video lens

twenty three. . . Radio device

twenty four. . . Amplifying device

30. . . Security system

31. . . Anti-theft sensor

40. . . Video surveillance subsystem

41. . . camera

50. . . Telephone fee system

51. . . Telephone

52. . . Telephone relay system

60. . . Access control sub-system

61. . . Security access card reader

63. . . Removable storage device

70. . . Video conferencing subsystem

80. . . Multimedia broadcast subsystem

81‧‧‧Multimedia player module

82‧‧‧Digital Content Management Module

83‧‧‧ even threaded

84‧‧‧Video output interface

90‧‧‧Energy-saving control subsystem

91‧‧‧Induction controller

100‧‧‧Financial card reading subsystem

101‧‧‧ card reader program

102‧‧‧Financial card reader

110‧‧‧Sale point cashier system

111‧‧‧POS Cash Register

120‧‧‧Internal storage

1 is a block diagram of a system of the multifunctional commercial security system of the present invention.

Figure 2 is a block diagram of the touch screen in the present invention.

Figure 3 is a block diagram of the system of the preservation system in the present invention.

Figure 4 is a block diagram of the system of the video surveillance subsystem in the present invention.

Figure 5 is a block diagram of the system of the telephone festival fee system in the present invention.

Figure 6 is a block diagram of a system for connecting a PSTN telephone or a mobile telephone through a telephone relay system in the present invention.

Figure 7 is a block diagram of the system in which the telephone billing system is connected to another telephone billing system in the present invention.

8 and 9 are system block diagrams of the access control monitoring subsystem in the present invention.

Figure 10 is a block diagram of the system of the video conferencing subsystem in the present invention.

Figure 11 is a block diagram of a system in which the video conferencing subsystem is connected to another video conferencing subsystem in the present invention.

Figure 12 is a block diagram of the system of the multimedia broadcast sub-system in the present invention.

Figure 13 is a block diagram of the system of the energy-saving control subsystem in the present invention.

Figure 14 is a block diagram of the system of the financial card reading subsystem in the present invention.

Figure 15 is a block diagram of the system of the point-of-sale cashier system in the present invention.

10. . . System core

20. . . Touch screen

30. . . Security system

40. . . Video surveillance subsystem

50. . . Telephone fee system

60. . . Access control sub-system

70. . . Video conferencing subsystem

80. . . Multimedia broadcast subsystem

90. . . Energy-saving control subsystem

100. . . Financial card reading subsystem

110. . . Point of sale checkout system

120. . . Internal storage

Claims (23)

A multifunctional commercial security system is installed in a large area of a central control end, and is used in conjunction with another multifunctional commercial security system installed at a point end. Each of the multifunctional commercial security systems comprises: a system core, which is divided into The area is a plurality of small areas; an internal storage device is connected to the core of the system, and stores a multimedia file having a digital content management mechanism; a touch screen is connected to the core of the system for displaying a picture and being operable To send a touch command to the core of the system; a full-time system comprising a plurality of anti-theft sensors for generating a trigger signal to the core of the system, so that the core of the system issues a warning; a video monitoring subsystem, including a plurality of cameras are respectively disposed in each of the small areas and connected to the core of the system, wherein the camera is used to capture a surveillance image, transmitted to the core of the system, and transmitted to the internal storage device for storage through the system core; a telephone billing system for connecting at least one telephone, and the telephone billing system passes through an external The communication network is connected to a telephone relay system for transferring to a PSTN telephone or a mobile telephone; an access control secondary system comprising a plurality of security access control card readers, and the system core stores a security personnel identification code, a passer identification code and a card reading record; each of the security access card readers respectively control each of the small areas, and each of the security access card readers is used to retrieve an identification code of a security identification unit, the system core comparison The stored personnel identification code, the passable person identification code, and the specific operation authority are turned on when the matching is performed, and the card reading time is recorded; and a video conferencing subsystem is used to capture a local image of a local terminal and a local sound transmitted to the core of the system and receiving a remote sound and a remote image of a remote end; a multimedia broadcast subsystem comprising: a multimedia playback module for loading the multimedia file from the internal storage device; and a digital content management module for confirming the authorization status of the multimedia file for playing by the multimedia playback module, wherein The multimedia broadcast sub-system of the central control terminal determines a playlist channel and transmits the playlist channel to the multimedia broadcast sub-system of the point-end end, and the two multimedia broadcast sub-systems use the playlist channel to play the same multimedia file; The secondary system includes a plurality of sensing controllers disposed at a plurality of power supply points to monitor the power usage status of each of the power supply points, wherein the security system simultaneously turns on and off the corresponding power supply points when the system is turned on and off; a financial card reading subsystem comprising at least one financial card reader for providing a consumer operation, and transmitting the usage data to a back-end job center through the external communication network; and a point-of-sale cashier system Connected to the core of the system to transmit information processed by a POS cash register to the core of the system, through the core of the system After the entire data, providing a user operates on the touch screen. The multi-function commercial security system of claim 1, wherein the system core connects the touch screen, the video monitoring subsystem, the telephone monitoring system, and the access control monitoring terminal through a wired connection interface or a wireless connection interface. The system, the video conferencing subsystem, the music broadcast sub-system, the energy-saving control subsystem, the digital kanban subsystem, the financial card reading subsystem, and the point-of-sale cashier subsystem. The multi-function commercial security system according to claim 2, wherein the wired connection interface comprises a telephone data machine, an RJ-45 network port, an RS-232 port, an RS-485 port, a USB port, and a VoIP gateway. , network switch or network hub. The multi-function commercial security system of claim 2, wherein the wireless connection interface comprises a WiFi network interface, a WiMAX network interface, a Zigbee communication interface, a Z-Wave communication interface, a GPRS communication module, a 3G communication module, and Bluetooth communication interface. The multi-function commercial security system according to claim 1, wherein the touch screen has built-in WiFi wireless transmission, and communicates with the core of the system by using a TCP/IP communication protocol. The multi-function commercial security system of claim 1, wherein the touch screen comprises: a touch panel for displaying a picture and being operable by the user to issue the touch command to the core of the system; The video lens is used to capture an image; a radio device is used to receive a sound; and a sound amplifying device is configured to receive an audio signal and emit a sound. The multi-function commercial security system of claim 6, wherein the video conferencing system captures the local image and the local sound of the local end through the video camera and the radio device of the touch screen, and transmits the local sound through the touch The touch panel of the screen and the sound amplifying device play the far end sound and the far end image of the remote end. The multi-function commercial security system of claim 1, wherein the video conferencing subsystem includes at least one web server executing at a core of the system for connecting to a computer. The multi-function commercial security system of claim 1, wherein the video conferencing subsystem includes at least one web server running on the core of the system for the touch screen connection. The multi-function commercial security system of claim 1, wherein the user can input a switching command through the touch screen to cause the touch screen to display an image of the specified camera. The multi-function commercial security system of claim 1, wherein the surveillance image of each camera is stored in a remote server through the external communication network. The multi-function commercial security system of claim 1, wherein the system core issues the alert to initiate an alert system. The multi-function commercial security system of claim 1, wherein the system core issues the alert to transmit an alert notification to a control center or via the external communication network The user's mobile phone. The multi-function commercial security system of claim 1, wherein the telephone is directly connected to another telephone savings system via the telephone savings system, and then transferred to another one under the telephone savings system. Telephone. The multi-function commercial security system of claim 1, wherein the security access card reader is a contact card reader. The multi-function commercial security system of claim 15, wherein the contact card reader is a magnetic stripe reader or a wafer card reader. The multi-function commercial security system of claim 1, wherein the security access card reader is a contactless card reader. The multi-function commercial security system of claim 17, wherein the contactless card reader is an RFID reading device or a near field communication interface (NFC interface). The multi-function commercial security system of claim 1, wherein the security personnel identification code, the passable person identification code, and the card reading record are stored in a removable storage device. The multi-function commercial security system of claim 1, wherein the multimedia broadcast sub-system further comprises a threaded type for the core of the system to execute, and the external communication network is connected to read a remote servo. Another multimedia file for the multimedia playback module to perform streaming instant playback. The multi-function commercial security system of claim 1, wherein each of the power supply points comprises a power outlet, a power supply loop, or a power supply meter. The multi-function commercial security system of claim 1, wherein each of the sensing controllers is a wireless sensing controller. The multi-function commercial security system of claim 22, wherein the system core turns on/off the power supply point managed by the specified induction controller when the specified time and the set action occur.