TW201305972A - Security system with multimedia message service and method of transmit multimedia message - Google Patents

Abstract

A security system with multimedia service is disclosed. The security system includes a security company end and a user end. The security company end sets a computer server for connecting with the user end. The security company end provides the multimedia message service and the security service. The user end sets a first portable electric device for providing a first user login a security service system by internet. When the first user finish login with the security service, the first portable electric device provides receive, send, browse, edit multimedia message service and a security monitor and control service, that improve convenient of use.

Description

Security monitoring system with multimedia message service and multimedia message receiving and receiving method thereof

The invention relates to a security monitoring system, and in particular to a security monitoring system with multimedia message service and a multimedia message receiving and receiving method thereof.

With the advancement of technology and the improvement of the quality of life, the safety of the living environment has become a topic of great concern, and its scope covers families, office buildings, laboratories, factories, financial institutions and other public places. The industry began to focus more on the development of various security monitoring systems, making the security service industry a fast-growing field.

In general, most users are only willing to set up a simple security monitoring system (ie, a simple surveillance video system) based on cost considerations. There is no network connection and reporting function, so most of the security monitoring systems are The security monitoring products introduced by the manufacturers also respond to the needs of users, and only a few have the function of using the network to connect with peripheral devices.

In this case, most of the security monitoring systems use a closed system architecture. Therefore, most security monitoring systems do not allow users to download and install software developed by non-preserving companies in the security host or peripheral devices. In other words, the computer host with the security monitoring software installed only provides the user to set or change the security monitoring service, and cannot use the computer functions other than the security monitoring service.

Therefore, when the user of the simple security monitoring system wants to further contact the security company, it still uses traditional communication methods (for example, calling, texting or faxing). In addition, although some of the security monitoring products provide users with a network communication to contact the security company, most of them are contacted by users by e-mail, and most of the security monitoring systems are closed. In the case of the system architecture, the user may need to perform the e-mail sending operation through another computer host, which is inconvenient in use, and limits the use function of the monitoring system host. In addition, most of the above-mentioned security monitoring systems are not capable of software update from the remote end, so that the security company must send personnel to the building or the home of the security system host to perform the system software when performing the system software update operation. Updating the operation, in this way, will cause inconvenience in equipment maintenance and a heavy cost burden, and relatively increase operating costs.

Therefore, how to provide a security monitoring system with multimedia message service has become one of the problems that researchers have to solve.

The embodiment of the present invention provides a security monitoring system with a multimedia message service and a multimedia message receiving and receiving method thereof, mainly through a portable electronic device (for example, a tablet computer) as a control center for a video and audio intercom system. The portable electronic device can be installed at the user end, and is connected with a related security monitoring system by using a wired or wireless broadband network to form a complete composite video and video intercom security system.

The security monitoring system for the multimedia message service disclosed in the present invention includes: a security company terminal, a server host for providing multimedia message service and security monitoring service; and a user terminal, which is provided with a first portable type The electronic device is configured to provide the first user to log in to the security service system through the network medium to send, receive, browse or edit the multimedia message service and maintain the monitoring service.

The method for transmitting and receiving multimedia messages according to the security monitoring system disclosed in the present invention is suitable for preserving information transmission between the company end, the user end and the management end, and includes the following steps: First, the security company end provides multimedia information through the server host. Service and security monitoring service; the user accesses the security service system of the server host through the first portable electronic device and the network medium; and after the user logs in to the security service system, the user terminal transmits the first portable type The electronic device performs transceiving, browsing or editing of multimedia message services and security monitoring services.

In summary, the security monitoring system with multimedia message service of the present invention and the method for transmitting and receiving multimedia messages thereof enable the user to control the security monitoring system at any place in the home or remotely through the portable electronic device, thereby greatly improving the security monitoring service. Convenience. In addition, the user can install the software in the portable electronic device to improve the functionality of the security monitoring system. In particular, the user can carry the portable electronic device with him and instantly grasp the latest state of the monitored environment through the network medium, or the latest information or information from the security company. In addition, the user terminal can also communicate or interact with the security company through the portable electronic device, thereby improving the convenience of the security monitoring system and the immediacy of information transmission.

The detailed description of the present invention and the accompanying drawings are to be understood by the claims The scope is subject to any restrictions.

[First Embodiment]

1A, FIG. 1A is a block diagram of a system according to a first embodiment of the present invention. The security monitoring system with the multimedia messaging service according to the first embodiment of the present invention includes: a security company terminal 1, a user terminal 2, and a management terminal 3.

The security company terminal 1 can be provided with a server host 10. The server host 10 is connected to the network medium 5, for example, by means of a wired communication network or a wireless communication network. The security company end 1 can be connected with the user terminal 2 and the manager terminal 3, so as to know the abnormal situation of the monitored environment in real time and in synchronization. The security company 1 can also provide multimedia messaging services and security monitoring services. Therefore, the security company 1 can receive, send, browse or edit the information content of at least one multimedia messaging service, and can actively send multimedia messages (or non-multimedia messages). ) to the client 2 and the manager 3, or receive multimedia messages (or non-multimedia messages) from the client 2 and the manager 3.

The server host 10 can provide a software update service in a remote manner to update the security monitoring application installed in the first portable electronic device 20 or the second portable electronic device 30, thereby reducing Maintain the maintenance cost of the monitoring system. The security monitoring application refers to the software developed by the security company. In addition, the security company 1 can also be connected to a police station or other similar security service center to form a complete security monitoring network.

The user terminal 2 includes a first portable electronic device 20, a first video intercom device 22, and a security system host 24. The user terminal 2 can be provided with a first portable electronic device 20. The first portable electronic device 20 can be connected to the network medium 6 in a wired communication network or a wireless communication network, for example. The first portable electronic device 20 is configured to provide a first user (for example, an indoor user) to log in to the security service system of the company 1 or the manager 3 through the network medium 6. After the first user completes the login process, the first user may be provided to receive, send, browse or edit at least one multimedia messaging service, and to initiate, deactivate, reset, set, and/or change the security monitoring service. The multimedia messaging service may include, but is not limited to, traffic information, news information, travel information, version update information, product information, promotional information, movie information, music information, advertising information, payment information, message information, security notification information. Entertainment information, instant image information, earthquake information and/or weather information.

The first portable electronic device 20 may have an identity using radio frequency identification (RFID) technology, cryptographic mechanism and/or biometric identification (eg, facial features, palm prints, fingerprints, voice prints, retina, etc.) The verification program verifies the identity of the first user and gives the peer's security monitoring system operational authority upon completion of the authentication process. The first portable electronic device 20 can be installed with a mobile operating system (for example, Android, IOS, Symbian, Windows Mobile, etc.), and an application provided by the company 1 or an application downloaded and installed by the user 2 itself. Program. The first portable electronic device 20 can be, for example, a tablet computer, a personal digital assistant (PDA), a smart handheld device or a notebook computer, or other portable information processing device, or a table. Other similar information processing devices such as a computer. In addition, the first portable electronic device 20 may also be installed at a specific location (for example, a wall or a monitoring station, etc.).

The first video intercom device 22 can be connected to the network medium 6 in a wired communication network or a wireless communication network, for example. The first video intercom device 22 can include, but is not limited to, a touch module, a data connection interface module, a button module, a radio frequency identification module, a CCD camera, a CMOS camera, a microphone, and/or a speaker. The first video intercom device 22 can be connected to the first portable electronic device 20 via the network medium 6 and provide an authentication program to confirm the identity of the second user (eg, an outdoor user).

Then, the first video intercom device 22 can be used to provide the second user to perform image and/or voice communication with the first user. It is to be noted that after the second user completes the authentication process through the first video intercom device 22, the first video intercom device 22 can be used to display the first video intercom device 22 through the touch screen (not shown). The information content of the multimedia message service of the portable electronic device 20 (for example, a message message or an advertisement message, etc.). The first video intercom device 22 can be set at other locations such as the lobby of the building, the elevator ride or the gate of the residence, depending on the use requirements.

The security system host 24 can be connected to the network medium 6 in a wired communication network or a wireless communication network, for example. The security system host 24 can be connected to the first portable electronic device 20 through the network medium 6 and receive an operation instruction input by the first user through the first portable electronic device 20 to set or change the security monitoring service. In addition, the security system host 24 is installed at other locations such as the manager terminal 3 according to the use requirements.

The manager 3 includes a second portable electronic device 30, a second video intercom device 32 and a monitoring host 34.

The second portable electronic device 30 can be connected to the network medium 7 in a wired communication network or a wireless communication network, for example. The second portable electronic device 30 may have the same or similar hardware and software architecture and functions as the first portable electronic device 20, and details are not described herein. The second video intercom device 32 can be connected to the network medium 7 in a wired communication network or a wireless communication network, for example. Similarly, the second video intercom device 32 may have the same or similar hardware and software architecture and functions as the first video intercom device 22, and details are not described herein.

The monitoring host 34 can be connected to the network medium 7 in a wired communication network or a wireless communication network, for example. The monitoring host 34 can be connected to the second portable electronic device 30 via the network medium 7. Monitoring host 34 can be used to monitor the monitored environment. The monitoring host 34 can be, for example, a digital video recorder (DVR) and/or other types of monitoring hosts such as Network Video Recorders (NVR).

The network device 4 has a route selection protocol to provide the network medium 5, the network medium 6 and the network medium 7 connected to each other to exchange data packets. The network device 4 can be, for example, a data machine, router or repeater. In addition, in other embodiments of the present invention, the network device 4 may be omitted if there are other design requirements. In other words, the security company 1 can connect to the client 2 and the manager 3 through the network medium 5-7, and exchange data packets.

Network media 5~7 may include, but are not limited to, a wired communication network, such as a Public Switched Telephone Network (PSTN), an Asymmetric Digital Subscriber Line (ADSL), and a cable (Asymmetric Digital Subscriber Line (ADSL)). Cable) Network or Leased line. Network media 5~7 may include, but are not limited to, a wireless communication network, such as a General Packet Radio Service (GPRS) network, a WiFi (IEEE 802.11b protocol) network, and a third generation communication system ( 3rd Generation, 3G) network, Global System for Mobile Communications (GSM) network or Worldwide Interoperability for Microwave Access (WiMax) network.

[Second embodiment]

Please refer to FIG. 1B, which is a block diagram of a system according to a second embodiment of the present invention. In the second embodiment, the plurality of user terminals 2 are connected to the security company 1 and the manager 3 through the network medium 6 and the network device 4, respectively. The plurality of user terminals 2 may be located in the same building as the manager terminal 3, and each user terminal 2 may represent a different household. The administrator of the manager 3 can clearly understand whether the residents have invaded the security incidents such as gangster intrusion through the information displayed on the second portable electronic device 30, and can communicate with the households through the designated delivery method of the message. Preserve the quality of monitoring services. The message specifies the delivery method, and further is the object specified by the administrator to view and deliver the multimedia message (for example: Xiaoming to the 003th household: you forgot to pay the water fee!!) to the specified user terminal 2 The first video intercom device 22 or the first portable electronic device 20 is displayed.

It is to be noted that, in the first embodiment or the second embodiment, the administrator of the manager 3 can be connected to each security system host 24 of each user terminal 2 through the second portable electronic device 30. Set up, maintain, test, etc. to achieve remote maintenance work.

[Example of User End]

Next, please refer to FIG. 2. FIG. 2 is a schematic block diagram of a system of a user end according to an embodiment of the present invention. The security system host 24 includes a host processing module 240, a memory module 242, a host communication module 244, and a setter module 246. The host processing module 240 can be used to process, analyze, calculate, convert data or execute other related software and hardware programs. The memory module 242 can be used to temporarily or permanently store data or parameters. The host communication module 244 can provide the security system host 24 to connect with the first portable electronic device 20 or connect with the alarm device 26 and the plurality of sensing devices 28a1 to 28an. The setter module 246 can provide a parameter setting for the user to perform a security monitoring service.

The security system host 24 is connected to the alarm device 26 and the plurality of sensing devices 28a1 to 28an, respectively. Since the first user can operate or set each module in the system host 24 through the first portable electronic device 20, the security system host 24 can accept the first user to set the operational parameters of the security monitoring system, and store the In the memory module 242. Then, the sensing devices 28a1 to 28an are monitored according to the set operating parameters, and when the abnormal signals are transmitted back to the respective sensing devices 28a1 to 28an, the alarm device 26 is activated immediately. The first portable electronic device 20 can correspondingly display the set operating parameters and the sensing states of the sensing devices 28a1 28 28an to provide the first user to view or confirm whether the set operating parameters are correct, and each sensing Whether the detection status of the devices 28a1 to 28an is normal.

Each of the sensing devices 28a1 28 28an can be a sensor that is triggered by sound, light, electric field, magnetic field or mechanical means to respectively sense environmental changes of the locations where the plurality of sensing devices 28a1 28 28an are installed, for example: installation The vibration sensor of the door panel or the window can sense that the door and window are vibrated to generate an abnormal signal and transmit the abnormal signal to the first portable electronic device 20 and the security system host 24. The alarm device 26 can be a sound component such as an alarm bell or a buzzer, and receives the control of the system host 24 to generate an alert sound effect. The security system host 24 can also initiate external communication, and connect to the security company 1, the manager 3, the control center or the police station to report the case.

Then, when a visitor (for example, the second user) presses the doorbell of the household (not shown), the first video intercom device 22 activates the video capture device (not shown) to retrieve the visitor image to the first On the display screen of the portable electronic device 20, the first user can activate the image and/or voice connection of the first video intercom device 22 through the first portable electronic device 20 to perform image and/or Voice communication, so that users can talk to visitors at any location in the house, which is quite convenient.

[Administrator's embodiment]

Please refer to FIG. 3. FIG. 3 is a system block diagram of a manager side according to an embodiment of the present invention. The second portable electronic device 30 and the monitoring host 34 are connected to the second video intercom device 32 via the network medium 7. The manager 3 can also send multimedia messages to the client 2 or the security company 1. The second video intercom device 32 can be integrated with the access control card module 320. When the second user wants to perform the identity verification process, the access control card module 320 can read the identification data of the magnetic stripe card (not shown) or the RFID card (not shown) provided by the second user. To verify the identity of the second user. At this time, the identification data may be verified at the second video intercom device 32, or transmitted to the second portable electronic device 30 for comparison according to design requirements, or transmitted to the first portable electronic device. A comparison is made in 20 to check the identity of the second user.

It is worth mentioning that after the second user completes the authentication process through the second video intercom device 32, the second video intercom device 32 can be used to display the second video via the touch screen (not shown). The content of the multimedia message service of the portable electronic device 30 or the first portable electronic device 20 (for example, Xiao Ming: mother is not at home, dinner is on the table!!). Thereby, the second video intercom device 32 of the present invention can display the multimedia message to the designated object for viewing, and is quite user-friendly.

In addition, the access control card module 320 can also be independently disposed outside the second video intercom device 32. Similarly, the first video intercom device 22 can have the same or similar hardware and software architecture or functionality as the second video intercom device 32.

[Embodiment of Portable Electronic Device]

Please refer to FIG. 4. FIG. 4 is a system block diagram of a first portable electronic device of the present invention.

The first portable electronic device 20 includes, but is not limited to, a data processing module 200, a touch module 201, a data storage module 203, a sound module 205, a video module 207, a communication module 209, and a connection interface 211.

The data processing module 200 can be used to process multimedia message services as well as software and hardware programs that preserve monitoring services. The data processing module 200 can be, for example, a microcontroller (Micro Control Unit, MCU) and the like, and has a timer, a counter, a random access memory (RAM), and a read-only memory ( Read Only Memory, ROM), Central Process Unit (CPU), Accumulator, Analog-to-Digital Converter (ADC), Digital toto-Analog Converter , DAC), and / or input / output (Input / Output, I / O) interface and other computer functions of the controller.

The touch module 201 is connected to the data processing module 200. The touch module 201 is controlled by the data processing module 200. The touch module 201 can be used to display the image content, the graphic material, the multimedia message service, or the information content of the security monitoring service, and provide the user with the touch operation to operate the first portable electronic device 20.

The data storage module 203 is connected to the data processing module 200. The data storage module 203 is controlled by the data processing module 200. The data storage module 203 can store the information content, parameters, text, images or message materials. The data storage module 203 can be, for example, a non-volatile memory, such as a read-only memory (ROM, PROM, EPROM, EEPROM, Flash ROM), a hard disk, or the like, or a pluggable memory, such as an SD memory card. , MMC memory card or SDHC memory card, or other types of data storage media such as volatile memory. In addition, the data storage module 203 can be installed with a security monitoring application for providing user operation to start, release, reset, set or change the security monitoring service.

The sound module 205 is connected to the data processing module 200. The sound module 205 is controlled by the data processing module 200. The sound module 205 can include a speaker and a microphone. The sound module 205 can capture or record the voice of the first user, and communicate with the first video intercom device 22, the second portable electronic device 30, the second video intercom device 32, or the security company through the communication module 209. Terminal 1 performs voice communication.

The video module 207 is connected to the data processing module 200. The video module 207 is controlled by the data processing module 200. The video module 207 can be, for example, a CCD camera or a CMOS camera. The video module 207 can capture or record the image of the first user or the surrounding environment, and through the communication module 209 and the first video intercom device 22, the second portable electronic device 30, and the second video intercom device 32. Or secure company end 1 for image communication. In addition, the first portable electronic device 20 preferably has a graphical user interface program, which is presented in an intuitive graphical material to facilitate user operations. Similarly, the second portable electronic device 30 can have the same or similar hardware and software architecture or function as the first portable electronic device 20.

The communication module 209 is connected to the data processing module 200. The communication module 209 is controlled by the data processing module 200. The communication module 209 can be used to provide the first portable electronic device 20 to connect to the network medium 6 to interact with the first video intercom device 22, the second portable electronic device 30, the second video intercom device 32, or the security. The company 1 performs image and/or voice communication, and the communication module 209 is preferably composed of a wireless network transmission module, but is not limited thereto.

The connection interface 211 is connected to the data processing module 200. The connection interface 211 is controlled by the data processing module 200. The connection interface 211 can be used to provide for transmitting data in the first portable electronic device 20 to an external device (not shown) or receiving data from the external device. The connection interface 211 can be, for example, a connection interface of other specifications such as a universal serial communication (USB) or RS-232. In addition, the connection interface 211 can also be composed of an infrared or Bluetooth wireless communication module.

Therefore, the first portable electronic device 20 of the embodiment of the present invention can provide the user 2 with the user environment moving in the indoor environment (for example, upstairs and downstairs) or the outdoor environment, thereby eliminating the need for each The central control equipment is installed on each floor, which can greatly reduce the installation cost of the security monitoring system and relatively enhance the competitive advantage of the security monitoring products.

In addition, the user can view the current monitored security environment through the first portable electronic device 20 for any abnormality. When an abnormal situation occurs, the user can also access the first portable electronic device 20. The monitoring image information displayed and the safe escape to the security area can greatly improve the immediacy, mobility and security of the security monitoring system.

Furthermore, the first portable electronic device 20 of the embodiment of the present invention adopts an open system architecture, so that the user can download and install the software developed by the non-preserving company in the first portable electronic device 20, Relatively improve the functionality and scalability of the security monitoring products.

In addition, in the second portable electronic device 30 of the embodiment of the present invention, the administrator 3 can actively go to the maintenance monitoring system in addition to the security monitoring system (for example, a security service station installed in the building). Each monitored environment performs patrol operations, and the status of the currently monitored security environment is grasped through the monitoring image information displayed on the second portable electronic device 30 at any time. In this way, the dead angle or blind spot of the security monitoring service can be reduced, the mobility, security and quality of the security monitoring service can be relatively improved, and human resources can be saved.

In the embodiment of the present invention, the security company 1 can actively distribute messages (advertisement messages, multimedia messages, etc.) to the user terminal 2 or the manager 3 through the network medium 5, or receive the user terminal 2 or The message of the manager 3 can improve the information delivery immediacy of the security monitoring system.

Please refer to FIG. 1 and FIG. 5 simultaneously. FIG. 5 is a flowchart of steps of a method for transmitting and receiving multimedia messages according to an embodiment of the present invention. The multimedia message sending and receiving method in the embodiment of the present invention is applicable to the information transfer between the company end 1, the user end 2 and the manager end 3.

The security company 1 can provide multimedia message service and security monitoring service through the server host 10. First, in step S501, the user terminal 2 can log in to the security service system of the server host 10 through the first portable electronic device 20 and the network medium 6.

Then, in step S503, the security company 1 can query the database in the server host 10 (not shown) to check the identity of the user terminal 2 through the verification mechanism, thereby providing multimedia message service and security monitoring service. . In another embodiment of the present invention, the verification mechanism may also be disposed in the first portable electronic device 20 of the user terminal 2, and adopts radio frequency identification technology, a cryptographic mechanism and/or biometric identification (for example, a face). The characteristics of the user end 2 are examined by techniques such as features, palm prints, fingerprints, voice prints, or retina.

In step S505, the security company 1 can distribute the multimedia message to the user terminal 2, or can also receive the multimedia message from the user terminal 2.

In step S507, the user terminal 2 can connect to the security company 1 and/or the manager 3 through the first portable electronic device 20 and the network medium 6. Then, in step S509, the user terminal 2 can distribute the multimedia message to the security company 1 and/or the manager 3 through the first portable electronic device 20, or can also receive the security from the company 1 and/or management. The multimedia message of the terminal 3.

In step S511, the manager 3 can connect to the user terminal 2 through the second portable electronic device 30 and the network medium 7 to distribute the multimedia message to the user terminal 2 or receive the user terminal 2. Multimedia message.

In step S513, the administrator terminal 3 can connect to the security company terminal 1 through the second portable electronic device 30 and the network medium 7. Then, in step S515, the manager 3 can distribute the multimedia message to the security company 1 through the second portable electronic device 30, or receive the multimedia message from the security company end 1.

In summary, the security monitoring system with multimedia message service of the present invention and the method for transmitting and receiving multimedia messages thereof enable the user to control the security monitoring system at any place in the home or remotely through the portable electronic device, thereby greatly improving the security monitoring service. Convenience. In addition, the user can install the software in the portable electronic device to improve the functionality of the security monitoring system. In particular, the user can carry the portable electronic device with him and instantly grasp the latest state of the monitored environment through the network medium, or the latest information or information from the security company. In addition, the user terminal can also communicate or interact with the security company through the portable electronic device, thereby improving the convenience of the security monitoring system and the immediacy of information transmission.

The above description is only an embodiment of the present invention, and is not intended to limit the scope of the invention.

1. . . Security company

10. . . Server host

2. . . User side

20. . . First portable electronic device

200. . . Data processing module

201. . . Touch module

203. . . Data storage module

205. . . Sound module

207. . . Video module

209. . . Communication module

211. . . Connection interface

twenty two. . . First video intercom

twenty four. . . Security system host

240. . . Host processing module

242. . . Memory module

244. . . Host communication module

246. . . Setter module

26. . . Alarm device

28a ₁ . . . Sensing device

28a ₂ . . . Sensing device

28a _n . . . Sensing device

3. . . Manager

30. . . Second portable electronic device

32. . . Second video intercom

320. . . Access control card module

34. . . Monitoring host

4. . . Network device

5. . . Network medium

6. . . Network medium

7. . . Network medium

S501~S515. . . Flow chart step description

1A is a block diagram of a system in accordance with a first embodiment of the present invention.

Figure 1B is a block diagram of a system in accordance with a second embodiment of the present invention.

2 is a system block diagram of a user end according to an embodiment of the present invention.

FIG. 3 is a system block diagram of a manager terminal according to an embodiment of the present invention.

4 is a system block diagram of a first portable electronic device according to an embodiment of the present invention.

FIG. 5 is a flowchart of steps of a method for transmitting and receiving multimedia messages according to an embodiment of the present invention.

1. . . Security company

10. . . Server host

2. . . User side

20. . . First portable electronic device

twenty two. . . First video intercom

twenty four. . . Security system host

3. . . Manager

30. . . Second portable electronic device

32. . . Second video intercom

34. . . Monitoring host

4. . . Network device

5. . . Network medium

6. . . Network medium

7. . . Network medium

Claims (10)

A security monitoring system with a multimedia message service includes: a security company terminal, a server host for providing a multimedia message service and a security monitoring service; and a user terminal, a first portable device The electronic device is configured to provide a security service for the first user to log in to the server host through a network medium to send, receive, browse or edit the multimedia message service and the security monitoring service. The security monitoring system with a multimedia message service as described in claim 1, wherein the user terminal further includes: a first video intercom device, and the first portable electronic device through the network medium a first user is in communication with the first user, wherein the first video intercom device is configured to present the first user after the second user completes an identity verification process The information content of the multimedia message service of the portable electronic device; and a security system host connected to the first portable electronic device to receive an operation instruction input by the first user through the first portable electronic device To activate, deactivate, reset, set or change the security monitoring service. The security monitoring system with the multimedia message service as described in claim 1 further includes: a manager terminal, and a second portable electronic device configured to communicate with the first portability through the network medium The electronic device is connected to receive, browse or edit the information content of the multimedia message service from the first portable electronic device, or transmit the information content to the first portable electronic device. The security monitoring system with the multimedia message service described in claim 3, wherein the manager includes: a monitoring host connected to the second portable electronic device through the network medium, Monitoring a monitored environment; a second video intercom device is connected to the second portable electronic device through the network medium to provide a second user to communicate with the first user, where After the second user completes an identity verification process, the second video intercom device is configured to present information content of the multimedia message service from the second portable electronic device or the first portable electronic device; And a banned card module, connected to the second portable electronic device through the network medium, to complete the identity verification process of the second user or the first user by using a radio frequency identification technology. The security monitoring system with a multimedia message service as described in claim 3, wherein the server host provides a software update service in a remote manner to update the first portable electronic device or the second A security monitoring application in a portable electronic device. The first portable electronic device includes: a data processing module for processing the multimedia message service and the security monitoring service, as claimed in claim 1 And a touch control module is controlled by the data processing module to provide the first user to operate the first portable electronic device in a touch manner, and display the corresponding multimedia message service And the information content of the security monitoring service; an audio module controlled by the data processing module for capturing the voice of the first user; and a video module controlled by the data processing module for Taking the image of the first user; a communication module controlled by the data processing module for providing the first portable electronic device to connect to the network medium; and a data storage module receiving the data Processing module control for storing information content corresponding to the multimedia message service and the security monitoring service. The security monitoring system with multimedia message service as described in claim 1, wherein the network medium is a public switched telephone network, an asymmetric digital subscriber loop, a cable network or a security line. The security monitoring system with multimedia message service as described in claim 1, wherein the network medium is a wireless packet switching service network, a WiFi network, a third generation communication system network, and a global mobile Communication system network or a global microwave access interworking network. A multimedia message sending and receiving method for a security monitoring system is applicable to information transmission between a security company end, a user end and a manager end, and includes the following steps: the security company end provides a multimedia message through a server host a service and a security monitoring service; the user terminal logs in to a security service system of the server host through a first portable electronic device and a network medium; and after the user terminal logs in to the security service system, The user terminal sends, receives, browses or edits the multimedia message service and the security monitoring service through the first portable electronic device. The method for transmitting and receiving a multimedia message of the security monitoring system according to claim 9 , wherein the manager is connected to the first portable electronic device through a second portable electronic device and the network medium. Transmitting, browsing or editing the information content of the multimedia message service from the first portable electronic device, or transmitting the information content to the first portable electronic device.