CN102447885A - Video monitoring system, method and system for accessing Internet of Things thereof - Google Patents
Video monitoring system, method and system for accessing Internet of Things thereof Download PDFInfo
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Abstract
The invention discloses a method for accessing a video monitoring system into an Internet of Things. The method comprises the steps of: establishing a communication link between the video monitoring system and a business system of the Internet of Things; registering the communication link to the business system of the Internet of Things; collecting the business data by the video monitoring system, encapsulating the business data according to the standard protocol of the Internet of Things, and submitting the encapsulated business data to the business system of the Internet of Things as well; receiving the business data by the business system of the Internet of Things, and sensing and managing the external equipment of the video monitoring system. The invention also discloses a video monitoring system and a system for accessing the Internet of Things thereof, the systems can achieve the sensing and management of the operation system of the Internet of Things to the external equipment of the video monitoring system; the existing established video monitoring platform can be effectively utilized while creating the business system of the Internet of Things, and therefore the establishment cost can be reduced; the problem that the business system of the Internet of Things lacks of audio and video processing capacity can be solved as well.
Description
Technical Field
The invention relates to a network communication technology, in particular to a video monitoring system and a method and a system for accessing the video monitoring system to the Internet of things.
Background
In recent years, the application of the internet of things is becoming more and more extensive, and the internet of things means that various information sensing devices with certain sensing capability, computing capability or execution capability, such as sensors, RFID, two-dimensional codes, short-distance wireless communication technology, mobile communication modules and the like, are deployed in entities in the physical world, and information transmission, cooperation and processing are realized through network facilities, so that the interconnection of information exchange requirements between people and objects, and between objects and objects in a wide area or a wide range is realized.
Meanwhile, with the rapid development of computers, networks and image processing and transmission technologies, the video monitoring technology has also made great progress. The new generation of video monitoring system realizes the transmission of media through a network so as to carry out remote video monitoring. No matter where the user is, the user can log in the Internet by using a client, such as a computer and the like, and then the network video monitoring system is connected to acquire images and sound. Video monitoring is widely applied to various occasions such as banks, schools, hospitals, communities, road traffic and the like due to intuition, convenience and rich information.
The Internet of things management platform manages all the sensing devices in the whole network, and the video monitoring platform manages the video monitoring devices in the whole network. The monitoring front end of the video monitoring platform can be connected with various sensing devices, and a video channel, an input device and an output device of the monitoring front end can also be used as a sensing device of the Internet of things platform. At present, an internet of things management platform and a video monitoring platform are two completely independent platforms, the functions of the management platform and the video monitoring platform are realized respectively, and along with the gradual popularization of the application of the internet of things and the emergence of the integration demand, the access of a video monitoring system to the internet of things becomes a problem which needs to be solved urgently.
Disclosure of Invention
In view of this, the main object of the present invention is to provide a video monitoring system and a method for accessing the video monitoring system to an internet of things service system, so as to implement sensing and management of the internet of things service system on external devices of the video monitoring system, and greatly expand media capabilities of the internet of things service system.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
the invention provides a method for accessing a video monitoring system to the Internet of things, which comprises the following steps:
a communication link is established between the video monitoring system and the service system of the Internet of things, and the video monitoring system is registered in the service system of the Internet of things;
the video monitoring system collects service data, packages the service data according to a standard Internet of things protocol, and reports the packaged service data to an Internet of things service system;
and the service system of the Internet of things receives the service data.
In the above scheme, the establishment of the communication link between the video monitoring system and the service system of the internet of things is as follows: a communication link is established between a video monitoring platform in the video monitoring system and an Internet of things service system according to a standard Internet of things protocol.
In the above scheme, the registering to the service system of the internet of things is: the video monitoring platform in the video monitoring system serves as a secondary platform to be registered in the Internet of things service system, an internal interface of a secondary architecture platform of the Internet of things service system is adopted, a login request is initiated to the Internet of things service system, heartbeat keep-alive messages are sent periodically after login is successful, and transparent data forwarding is carried out on collected service data.
In the above scheme, the method further comprises: and a monitoring front end in the video monitoring system establishes a communication link with the video monitoring platform and registers the video monitoring platform.
In the above scheme, the encapsulating the service data according to a standard internet of things protocol includes: a monitoring front end in the video monitoring system converts a private communication protocol format of the service data collected by the external equipment into a standard Internet of things protocol format;
or the monitoring front end in the video monitoring system sends the service data collected by the external equipment to the video monitoring platform, and the video monitoring platform converts the proprietary communication protocol format of the service data into the standard internet of things protocol format.
In the above scheme, after the monitoring front end converts the proprietary communication protocol format of the service data collected by the external device into the standard internet of things protocol format, the service data after encapsulation is reported to the internet of things service system, and the method includes: the service data are sent to a video monitoring platform, and the video monitoring platform forwards the service data to an Internet of things service system; the service data comprises audio-video data and/or non-audio-video data.
In the above scheme, after the monitoring front end converts the proprietary communication protocol format of the service data collected by the external device into the standard internet of things protocol format, the service data after encapsulation is reported to the internet of things service system, and the method includes: the service data which are the audio and video data are sent to a video monitoring platform and are forwarded to an Internet of things service system by the video monitoring platform; and directly sending the service data which is the non-audio and video data to the service system of the Internet of things.
In the above scheme, after the video monitoring platform converts the proprietary communication protocol format of the service data into the standard internet of things protocol format, the reporting of the encapsulated service data to the internet of things service system includes: and the video monitoring platform sends the service data with the converted protocol format to an Internet of things service system.
The invention provides a system for accessing a video monitoring system to the Internet of things, which comprises: a video monitoring system and an Internet of things service system; wherein,
the video monitoring system is used for establishing a communication link with the service system of the Internet of things and registering the video monitoring system to the service system of the Internet of things; collecting service data, packaging the service data according to a standard Internet of things protocol, and reporting the service data to an Internet of things service system;
and the Internet of things service system is used for receiving the service data reported by the video monitoring system.
In the above scheme, the video monitoring system includes: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and sending the service data to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
In the above scheme, the video monitoring system includes: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and then sending the service data which is audio and video data to the video monitoring platform; directly sending service data which are non-audio and video data to an Internet of things service system;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
In the above scheme, the video monitoring system includes: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the video monitoring platform to the service system of the Internet of things, packaging the service data sent by the monitoring front end according to a standard protocol of the Internet of things, and reporting the service data to the service system of the Internet of things;
the monitoring front end is used for forwarding the service data sent by the external equipment to the video monitoring platform;
external device, including: the system comprises a camera, a data acquisition instrument, a sensor and the like, and is used for collecting service data and sending the service data to a monitoring front end.
In the above scheme, the video monitoring platform is specifically configured to register as a secondary platform to the service system of the internet of things, an internal interface of a secondary architecture platform of the service system of the internet of things is adopted, a login request is initiated to the service system of the internet of things, a heartbeat keep-alive message is periodically sent after login is successful, and transparent data forwarding is performed on collected service data.
In the above scheme, the monitoring front end is specifically configured to convert a proprietary communication protocol format of the service data collected by the external device into a standard internet of things protocol format.
In the above scheme, the video monitoring platform is specifically configured to convert a proprietary communication protocol format of the service data sent by the monitoring front end into a standard internet of things protocol format.
The invention provides a video monitoring system, which comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and sending the service data to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
The invention provides a video monitoring system, which comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and then sending the service data which is audio and video data to the video monitoring platform; directly sending service data which are non-audio and video data to an Internet of things service system;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
The invention provides a video monitoring system, which comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the video monitoring platform to the service system of the Internet of things, packaging the service data sent by the monitoring front end according to a standard protocol of the Internet of things, and reporting the service data to the service system of the Internet of things;
the monitoring front end is used for forwarding the service data sent by the external equipment to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
According to the video monitoring system and the method and the system for accessing the video monitoring system to the Internet of things, a communication link is established between the video monitoring system and the business system of the Internet of things and the video monitoring system is registered to the business system of the Internet of things; the video monitoring system collects service data, packages the service data according to a standard Internet of things protocol, and reports the packaged service data to an Internet of things service system; the service data is received by the service system of the Internet of things; therefore, the sensing and management of the service system of the internet of things on the external equipment of the video monitoring system are realized, so that the existing established video monitoring platform can be effectively utilized when the service system of the internet of things is established, and the construction cost is reduced; the problem that the business system of the Internet of things is lack of audio and video processing capacity is solved, the two systems are effectively combined, and the media capacity of the business system of the Internet of things is greatly expanded.
Drawings
FIG. 1 is a schematic flow chart of a method for accessing a video monitoring system to the Internet of things according to the present invention;
FIG. 2 is a detailed flow diagram of steps 101-103 of a method for realizing the access of a video monitoring system to the Internet of things according to the invention;
fig. 3 is a schematic structural diagram of a video monitoring system and a system thereof accessing to the internet of things provided by the invention.
Detailed Description
The basic idea of the invention is: a communication link is established between the video monitoring system and the service system of the Internet of things, and the video monitoring system is registered in the service system of the Internet of things; the video monitoring system collects service data, packages the service data according to a standard Internet of things protocol, and reports the packaged service data to an Internet of things service system; and the Internet of things service system receives the service data and senses and manages the external equipment of the video monitoring system.
The invention is further described in detail below with reference to the figures and the specific embodiments.
The invention discloses a method for accessing a video monitoring system to the Internet of things, which comprises the following steps as shown in figure 1:
step 101: a communication link is established between the video monitoring system and the service system of the Internet of things, and the video monitoring system is registered in the service system of the Internet of things;
specifically, a communication link established according to a standard internet of things protocol is connected between a video monitoring platform in the video monitoring system and the internet of things service system, and the video monitoring platform is registered in the internet of things service system; the method comprises the steps that a video monitoring platform is generally used as a secondary platform to be registered in an internet of things service system, an internal interface of a secondary architecture platform of the internet of things service system is adopted, a login request is initiated to the internet of things service system, heartbeat keep-alive messages are sent periodically after login is successful, transparent data forwarding is carried out on collected service data, and the like; the standard internet of things protocol comprises: wireless machine-to-machine communication protocol (WMMP), terminal management protocol (MDMP), etc.;
the method also comprises the following steps: a monitoring front end in a video monitoring system establishes a communication link with a video monitoring platform and registers the video monitoring platform;
the specific flow of this step is shown as steps 201 to 215 in fig. 2; wherein,
step 201: establishing a communication link between a video platform in the video monitoring system and the service system of the Internet of things, and sending a platform login request to the service system of the Internet of things;
in this step, the establishing of the communication link is establishing the communication link according to a standard internet of things protocol.
Step 202: the service system of the Internet of things responds to the platform login response message;
step 203: the video monitoring platform analyzes the login response message, and executes step 204 when the login is successful;
step 204: the video monitoring platform sends heartbeat keep-alive messages to the service system of the Internet of things periodically, for example, the heartbeat keep-alive messages are sent every 60 seconds;
step 205: the service system of the Internet of things returns a heartbeat response message;
step 206: a monitoring front end in a video monitoring system establishes a communication link with a video monitoring platform and initiates a terminal registration request to the video monitoring platform;
step 207: the video monitoring platform forwards a terminal registration request to the Internet of things service system;
step 208: after the service system of the Internet of things executes registration processing, returning a registration response message;
step 209: the video monitoring platform forwards the returned registration response message to the monitoring front end;
step 210: after the monitoring front end is successfully registered, the monitoring front end initiates a login request message to the video monitoring platform;
step 211: the video monitoring platform transmits a login request message to the service system of the Internet of things;
step 212: the service system of the Internet of things executes login logic processing and returns a login response message;
step 213: the video monitoring platform forwards the returned login response message to the monitoring front end;
step 214: after login is successful, the monitoring front end periodically sends heartbeat keep-alive messages to the video monitoring platform, for example, the heartbeat keep-alive messages are sent every 60 seconds;
step 215: and the video monitoring platform returns a heartbeat keep-alive response, does not forward the heartbeat keep-alive response to the Internet of things service system under normal conditions, and sends a terminal state notification to the Internet of things service system to notify the monitoring front end of the abnormal condition when the keep-alive fails and other abnormal conditions occur.
Step 102: the video monitoring system collects service data and packages the service data according to a standard Internet of things protocol;
specifically, a video monitoring system collects service data through external equipment and packages the service data according to a standard internet of things protocol; the external device includes: cameras, data acquisition instruments, sensors, and the like; the sensor is a physical device capable of detecting and sensing external signals, such as a Global Positioning System (GPS), a door magnet, a smoke sensor, an emergency button, and the like; the data acquisition instrument is a device for acquiring and storing data of various monitoring instruments and meters, and the data acquisition instrument can also be externally connected with a plurality of sensors. The encapsulation according to the standard internet of things protocol generally comprises the following steps:
a monitoring front end in the video monitoring system converts a private communication protocol format of the service data collected by the external equipment into a standard Internet of things protocol format;
or, the monitoring front end in the video monitoring system sends the service data collected by the external equipment to the video monitoring platform according to the original communication protocol of the video monitoring system, and the video monitoring platform converts the proprietary communication protocol format of the service data into the standard Internet of things protocol format;
the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system; the private communication protocol is a communication protocol between the monitoring front end and the external equipment in the video monitoring system, and can use the existing communication protocol or a self-defined communication protocol.
Step 103: the video monitoring system reports the encapsulated service data to the service system of the Internet of things;
step 104: the service system of the Internet of things receives the service data and senses and manages the external equipment of the video monitoring system;
the method further comprises the following steps: the method comprises the steps that an Internet of things service system sends service data of external equipment to a video monitoring system, and after the video monitoring system receives the service data of the external equipment, the standard Internet of things protocol format used by the service data is converted into a private communication protocol format and then sent to the corresponding external equipment; the service data of the external equipment comprises configuration, data and the like of the external equipment;
the method further comprises the following steps: after the video monitoring system is registered in the service system of the Internet of things, the video monitoring system is responsible for communication protocol conversion between the video monitoring system and the service system of the Internet of things, and an Internet of things terminal in the service system of the Internet of things can be directly accessed into the video monitoring platform for use; the communication protocol conversion comprises: converting the standard Internet of things protocol into a private communication protocol, and converting the private communication protocol into the standard Internet of things protocol;
the above method further comprises: after the video monitoring system is registered in the service system of the Internet of things, the video monitoring platform provides an audio and video capability interface for the industrial application system in the service system of the Internet of things to call.
When the monitoring front end in the video monitoring system performs protocol format conversion, the specific flows of the above step 102 and step 103 are shown as step 216 to step 221 in fig. 2; wherein,
step 216: the external equipment and the monitoring front end establish communication by adopting a private communication protocol and a communication interface, and after the external equipment detects or acquires related service data, the external equipment sends a service data reporting request message to the monitoring front end;
here, the communication interfaces, such as RS485, RS232, Zigbee communication interfaces, and the like, in this embodiment, an RS485 communication interface and a user-defined communication protocol are adopted; the service data reporting request message carries the service data, and the service data comprises audio and video data and/or non-audio and video data.
Step 217: the monitoring front end carries out protocol conversion after receiving the service data reporting request message, and converts the proprietary communication protocol format of the service data into a standard Internet of things protocol format;
step 218: the monitoring front end sends a service data reporting request to the video monitoring platform and carries the service data with the converted format;
step 219: the video monitoring platform receives the service data reporting request and then forwards the service data reporting request to the Internet of things service system;
step 220: the service system of the Internet of things processes the service data reporting request, acquires the service data and returns a response message;
step 221: the video monitoring system receives the response message and then forwards the response message to the monitoring front end;
further, after receiving the response message, the monitoring front end performs protocol conversion on the response message and sends the response message to the sensor host, where the protocol conversion converts a communication protocol between the internet of things terminal and the internet of things platform into a private communication protocol.
In addition, in the above step, when the collected service data is non-audio/video data, in step 218, the monitoring front end may also directly send a service data reporting request to the service system of the internet of things, and carry the service data after format conversion; thereafter, step 219 need not be performed; the sending of the service data reporting request directly to the service system of the internet of things may be to establish an interface between the monitoring front end and a management platform of the internet of things in the service system of the internet of things in advance, and send the service data reporting request directly to the management platform of the internet of things in the service system of the internet of things, or to establish an interface between the monitoring front end and an industry application system in the service system of the internet of things in advance, and send the service data reporting request directly to the industry application system in the service system of the internet of things. If the service data reporting request is directly sent to the industry application system in the service system of the internet of things, in step 217, the converting the proprietary communication protocol format of the service data into the standard protocol format of the internet of things is: converting the private communication protocol format of the service data into a communication protocol format between the terminal equipment of the Internet of things and an industry application system; the interface is generally an interface for establishing a Transmission Control Protocol/Internet Protocol (TCP/IP, Transmission Control Protocol/Internet Protocol).
When a video monitoring platform in the video monitoring system performs protocol format conversion, the specific flow of the step 102 and the step 103 is similar to the flow from the step 216 to the step 221, except that the monitoring front end does not perform protocol format conversion in the step 217 and the step 218, and directly sends service data detected or acquired by an external device to the video monitoring platform through a service data reporting request; in step 219, the video monitoring platform converts the proprietary communication protocol format of the service data carried by the service data reporting request into a standard internet of things protocol format, and sends the service data converted into the protocol format to the internet of things service system.
In order to implement the method, the present invention further provides a system for accessing a video monitoring system to the internet of things, as shown in fig. 3, the system includes: a video monitoring system 31 and an internet of things service system 32; wherein,
the video monitoring system 31 is used for establishing a communication link with the service system 32 of the internet of things and registering the video monitoring system to the service system 32 of the internet of things; collecting service data, packaging the service data according to a standard internet of things protocol, and reporting the service data to the internet of things service system 32;
the internet of things service system 32 is used for receiving the service data reported by the video monitoring system 31 and sensing and managing external equipment of the video monitoring system 31;
the first method comprises the following steps: the video monitoring system 31 includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, and forward service data sent by the monitoring front end 312 to the service system 32 of the internet of things;
the monitoring front end 312 is configured to encapsulate the service data sent by the external device 313 according to a standard internet of things protocol, and send the encapsulated service data to the video monitoring platform 311; the service data comprises audio and video data and/or non-audio and video data;
the external device 313 includes: a camera, a data acquisition instrument, a sensor, and the like, configured to collect service data and send the service data to the monitoring front end 312;
a communication link is established between the video monitoring platform 311 and the service system 32 of the internet of things, which specifically includes: a communication link established according to a standard internet of things protocol is connected between the video monitoring platform 311 and the internet of things service system 32, where the standard internet of things protocol includes: WMMP protocol, MDMP protocol, etc.;
the video monitoring platform 311 is registered in the service system 32 of the internet of things, generally, the video monitoring platform 311 is registered in the service system 32 of the internet of things as a secondary platform, an internal interface of a secondary architecture platform of the service system 32 of the internet of things is adopted, a login request is initiated to the service system 32 of the internet of things, heartbeat keep-alive messages are sent periodically after login is successful, transparent data forwarding is carried out on collected service data, and the like;
the monitoring front end 312 is further configured to establish a communication link with the video monitoring platform 311 before sending the encapsulated service data to the video monitoring platform 311, and register the communication link with the video monitoring platform 311;
the monitoring front end 312 encapsulates the service data according to a standard internet of things protocol, generally, the monitoring front end 312 converts a proprietary communication protocol format of the service data collected by the external device 313 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data sent by the service system 32 of the internet of things to the external device 313, forward the service data to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 converts the standard internet of things protocol format used by the service data into a private communication protocol format, and then sends the private communication protocol format to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the monitoring front end 312 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
The second method is as follows: the video monitoring system includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, and forward service data sent by the monitoring front end 312 to the service system 32 of the internet of things;
the monitoring front end 312 is configured to encapsulate the service data sent by the external device 313 according to a standard internet of things protocol, and then send the service data, which is audio and video data, to the video monitoring platform 311; directly sending the service data which is the non-audio and video data to the service system 32 of the internet of things;
the external device 313 is configured to collect service data and send the service data to the monitoring front end 312;
the monitoring front end 312 is further configured to establish an interface with an internet of things management platform or an industry application platform of the internet of things service system 32 before directly sending the encapsulated service data to the internet of things service system 32; in this way, the directly sending the encapsulated service data to the service system 32 of the internet of things may be directly sending the encapsulated service data to an internet of things management platform or an industry application platform of the service system 32 of the internet of things; the establishing interface is generally an interface for establishing a TCP/IP protocol;
the monitoring front end 312 encapsulates the service data according to a standard internet of things protocol, generally, the monitoring front end 312 converts a proprietary communication protocol format of the service data collected by the external device 313 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data sent by the service system 32 of the internet of things to the external device 313, forward the service data to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 converts the standard internet of things protocol format used by the service data into a private communication protocol format, and then sends the private communication protocol format to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the monitoring front end 312 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
The third method is: the video monitoring system 31 includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, package service data sent by the monitoring front end 312 according to a standard internet of things protocol, and report the service data to the service system 32 of the internet of things;
the monitoring front end 312 is configured to forward the service data sent by the external device 313 to the video monitoring platform 311; the service data comprises audio and video data and/or non-audio and video data;
the external device 313 includes: a camera, a data acquisition instrument, a sensor, and the like, configured to collect service data and send the service data to the monitoring front end 312;
the monitoring front end 312 is further configured to establish a communication link with the video monitoring platform 311 before forwarding the service data sent by the external device 313 to the video monitoring platform 311, and register the service data to the video monitoring platform 311;
the video monitoring platform 311 encapsulates the service data sent by the monitoring front end 312 according to a standard internet of things protocol, generally, the video monitoring platform 311 converts a proprietary communication protocol format of the service data sent by the monitoring front end 312 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data sent by the service system 32 of the internet of things to the external device 313, convert a standard internet of things protocol format used by the service data into a private communication protocol format, and forward the private communication protocol format to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 sends the service data to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the video monitoring platform 311 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
Based on the above system, the present invention further provides a video monitoring system, as shown in fig. 3, the video monitoring system 31 includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, and forward service data sent by the monitoring front end 312 to the service system 32 of the internet of things;
the monitoring front end 312 is configured to encapsulate the service data sent by the external device 313 according to a standard internet of things protocol, and send the encapsulated service data to the video monitoring platform 311; the service data comprises audio and video data and/or non-audio and video data;
the external device 313 includes: a camera, a data acquisition instrument, a sensor, and the like, configured to collect service data and send the service data to the monitoring front end 312;
a communication link is established between the video monitoring platform 311 and the service system 32 of the internet of things, which specifically includes: a communication link established according to a standard internet of things protocol is connected between the video monitoring platform 311 and the internet of things service system 32, where the standard internet of things protocol includes: WMMP protocol, MDMP protocol, etc.;
the registration to the service system 32 of the internet of things is generally that the video monitoring platform 311 serves as a secondary platform and is registered to the service system 32 of the internet of things, an internal interface of a secondary architecture platform of the service system 32 of the internet of things is adopted, a login request is initiated to the service system 32 of the internet of things, heartbeat keep-alive messages are sent periodically after login is successful, transparent data forwarding is carried out on collected service data, and the like;
the monitoring front end 312 is further configured to establish a communication link with the video monitoring platform 311 before sending the encapsulated service data to the video monitoring platform 311, and register the communication link with the video monitoring platform 311;
the monitoring front end 312 encapsulates the service data according to a standard internet of things protocol, generally, the monitoring front end 312 converts a proprietary communication protocol format of the service data collected by the external device 313 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data sent by the service system 32 of the internet of things to the external device 313, forward the service data to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 converts the standard internet of things protocol format used by the service data into a private communication protocol format, and then sends the private communication protocol format to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the monitoring front end 312 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
Based on the above system, the present invention provides another video monitoring system, as shown in fig. 3, the video monitoring system 31 includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, and forward service data sent by the monitoring front end 312 to the service system 32 of the internet of things;
the monitoring front end 312 is configured to encapsulate the service data sent by the external device 313 according to a standard internet of things protocol, and then send the service data, which is audio and video data, to the video monitoring platform 311; directly sending the service data which is the non-audio and video data to the service system 32 of the internet of things;
the external device 313 is configured to collect service data and send the service data to the monitoring front end 312;
the monitoring front end 312 is further configured to establish an interface with an internet of things management platform or an industry application platform of the internet of things service system 32 before directly sending the encapsulated service data to the internet of things service system 32; in this way, the directly sending the encapsulated service data to the service system 32 of the internet of things may be directly sending the encapsulated service data to an internet of things management platform or an industry application platform of the service system 32 of the internet of things; the establishing interface is generally an interface for establishing a TCP/IP protocol;
the monitoring front end 312 encapsulates the service data according to a standard internet of things protocol, generally, the monitoring front end 312 converts a proprietary communication protocol format of the service data collected by the external device 313 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data sent by the service system 32 of the internet of things to the external device 313, forward the service data to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 converts the standard internet of things protocol format used by the service data into a private communication protocol format, and then sends the private communication protocol format to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the monitoring front end 312 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
Based on the above system, the present invention further provides a video monitoring system, as shown in fig. 3, the video monitoring system 31 includes: a video monitoring platform 311, a monitoring front end 312 and an external device 313; wherein,
the video monitoring platform 311 is configured to establish a communication link with the service system 32 of the internet of things, register the video monitoring platform with the service system 32 of the internet of things, package service data sent by the monitoring front end 312 according to a standard internet of things protocol, and report the service data to the service system 32 of the internet of things;
the monitoring front end 312 is configured to forward the service data sent by the external device 313 to the video monitoring platform 311; the service data comprises audio and video data and/or non-audio and video data;
the external device 313 includes: a camera, a data acquisition instrument, a sensor, and the like, configured to collect service data and send the service data to the monitoring front end 312;
a communication link is established between the video monitoring platform 311 and the service system 32 of the internet of things, which specifically includes: a communication link established according to a standard internet of things protocol is connected between the video monitoring platform 311 and the internet of things service system 32, where the standard internet of things protocol includes: WMMP protocol, MDMP protocol, etc.;
the registration to the service system 32 of the internet of things is generally that the video monitoring platform 311 serves as a secondary platform and is registered to the service system 32 of the internet of things, an internal interface of a secondary architecture platform of the service system 32 of the internet of things is adopted, a login request is initiated to the service system 32 of the internet of things, heartbeat keep-alive messages are sent periodically after login is successful, transparent data forwarding is carried out on collected service data, and the like;
the monitoring front end 312 is further configured to establish a communication link with the video monitoring platform 311 before forwarding the service data sent by the external device 313 to the video monitoring platform 311, and register the service data to the video monitoring platform 311;
the video monitoring platform 311 encapsulates the service data sent by the monitoring front end 312 according to a standard internet of things protocol, generally, the video monitoring platform 311 converts a proprietary communication protocol format of the service data collected by the external device 313 into a standard internet of things protocol format; the standard internet of things protocol format is generally as follows: the protocol format between the terminal equipment of the Internet of things and the management platform of the Internet of things or the protocol format between the terminal equipment of the Internet of things and an industry application system;
the video monitoring platform 311 is further configured to, after receiving service data for an external device sent by the service system 32 of the internet of things, convert a standard internet of things protocol format used by the service data into a private communication protocol format, and forward the private communication protocol format to the monitoring front end 312; the service data of the external device 313 includes configuration, data and the like of the external device 313;
correspondingly, the monitoring front end 312 sends the service data to the corresponding external device 313;
further, when the internet of things terminal in the internet of things service system 32 is directly accessed to the video monitoring platform 311 for use, the video monitoring platform 311 is responsible for communication protocol conversion between the video monitoring system 31 and the internet of things service system 32; the communication protocol conversion comprises the steps of converting a standard Internet of things protocol into a private communication protocol and converting the private communication protocol into the standard Internet of things protocol;
further, after the video monitoring platform 311 is registered in the service system 32 of the internet of things, the video monitoring platform 311 provides an audio/video capability interface for the industrial application system in the service system 32 of the internet of things to call.
By the method, the sensing and management of the service system of the Internet of things on the external equipment of the video monitoring system are realized, so that the existing video monitoring platform which is built can be effectively utilized when the service system of the Internet of things is built, and the construction cost is reduced; the problem that the business system of the Internet of things is lack of audio and video processing capacity is solved, the two systems are effectively combined, and the media capacity of the business system of the Internet of things is greatly expanded.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, and any modifications, equivalents, improvements, etc. that are within the spirit and principle of the present invention should be included in the present invention.
Claims (18)
1. A method for accessing a video monitoring system to the Internet of things is characterized by comprising the following steps:
a communication link is established between the video monitoring system and the service system of the Internet of things, and the video monitoring system is registered in the service system of the Internet of things;
the video monitoring system collects service data, packages the service data according to a standard Internet of things protocol, and reports the packaged service data to an Internet of things service system;
and the service system of the Internet of things receives the service data.
2. The method according to claim 1, wherein the communication link established between the video monitoring system and the service system of the internet of things is: a communication link is established between a video monitoring platform in the video monitoring system and an Internet of things service system according to a standard Internet of things protocol.
3. The method of claim 1, wherein the registering with the business system of the internet of things is: the video monitoring platform in the video monitoring system serves as a secondary platform to be registered in the Internet of things service system, an internal interface of a secondary architecture platform of the Internet of things service system is adopted, a login request is initiated to the Internet of things service system, heartbeat keep-alive messages are sent periodically after login is successful, and transparent data forwarding is carried out on collected service data.
4. The method of claim 3, further comprising: and a monitoring front end in the video monitoring system establishes a communication link with the video monitoring platform and registers the video monitoring platform.
5. The method according to claim 1, wherein the encapsulating the service data according to a standard internet of things protocol is: a monitoring front end in the video monitoring system converts a private communication protocol format of the service data collected by the external equipment into a standard Internet of things protocol format;
or the monitoring front end in the video monitoring system sends the service data collected by the external equipment to the video monitoring platform, and the video monitoring platform converts the proprietary communication protocol format of the service data into the standard internet of things protocol format.
6. The method according to claim 5, wherein after the monitoring front end converts a proprietary communication protocol format of the service data collected by the external device into a standard internet of things protocol format, the reporting of the encapsulated service data to the internet of things service system is: the service data are sent to a video monitoring platform, and the video monitoring platform forwards the service data to an Internet of things service system; the service data comprises audio-video data and/or non-audio-video data.
7. The method according to claim 5, wherein after the monitoring front end converts a proprietary communication protocol format of the service data collected by the external device into a standard internet of things protocol format, the reporting of the encapsulated service data to the internet of things service system is: the service data which are the audio and video data are sent to a video monitoring platform and are forwarded to an Internet of things service system by the video monitoring platform; and directly sending the service data which is the non-audio and video data to the service system of the Internet of things.
8. The method according to claim 5, wherein after the video monitoring platform converts the proprietary communication protocol format of the service data into a standard internet of things protocol format, the reporting of the encapsulated service data to the internet of things service system is: and the video monitoring platform sends the service data with the converted protocol format to an Internet of things service system.
9. A system for accessing a video monitoring system to the Internet of things is characterized by comprising: a video monitoring system and an Internet of things service system; wherein,
the video monitoring system is used for establishing a communication link with the service system of the Internet of things and registering the video monitoring system to the service system of the Internet of things; collecting service data, packaging the service data according to a standard Internet of things protocol, and reporting the service data to an Internet of things service system;
and the Internet of things service system is used for receiving the service data reported by the video monitoring system.
10. The system of claim 9, wherein the video surveillance system comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and sending the service data to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
11. The system of claim 9, wherein the video surveillance system comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and then sending the service data which is audio and video data to the video monitoring platform; directly sending service data which are non-audio and video data to an Internet of things service system;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
12. The system of claim 9, wherein the video surveillance system comprises: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the video monitoring platform to the service system of the Internet of things, packaging the service data sent by the monitoring front end according to a standard protocol of the Internet of things, and reporting the service data to the service system of the Internet of things;
the monitoring front end is used for forwarding the service data sent by the external equipment to the video monitoring platform;
external device, including: the system comprises a camera, a data acquisition instrument, a sensor and the like, and is used for collecting service data and sending the service data to a monitoring front end.
13. The system according to any one of claims 10 to 12, wherein the video monitoring platform is specifically configured to register as a secondary platform to the service system of the internet of things, initiate a login request to the service system of the internet of things by using an internal interface of a secondary architecture platform of the service system of the internet of things, periodically send heartbeat keep-alive messages after login is successful, and perform transparent data forwarding on the acquired service data.
14. The system according to claim 10 or 11, wherein the monitoring front end is specifically configured to convert a proprietary communication protocol format of the service data collected by the external device into a standard internet of things protocol format.
15. The system according to claim 12, wherein the video monitoring platform is specifically configured to convert a proprietary communication protocol format of the service data sent by the monitoring front end into a standard internet of things protocol format.
16. A video surveillance system, comprising: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and sending the service data to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
17. A video surveillance system, comprising: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the service system of the Internet of things and transmitting service data sent by the monitoring front end to the service system of the Internet of things;
the monitoring front end is used for packaging the service data sent by the external equipment according to a standard Internet of things protocol and then sending the service data which is audio and video data to the video monitoring platform; directly sending service data which are non-audio and video data to an Internet of things service system;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
18. A video surveillance system, comprising: the system comprises a video monitoring platform, a monitoring front end and an external device; wherein,
the video monitoring platform is used for establishing a communication link with the service system of the Internet of things, registering the video monitoring platform to the service system of the Internet of things, packaging the service data sent by the monitoring front end according to a standard protocol of the Internet of things, and reporting the service data to the service system of the Internet of things;
the monitoring front end is used for forwarding the service data sent by the external equipment to the video monitoring platform;
and the external equipment is used for collecting the service data and sending the service data to the monitoring front end.
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