CN102945597A - Updatable infrared repeater system and update method thereof - Google Patents
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Abstract
The present invention provides an updatable infrared repeater system and an update method thereof. The updatable infrared repeater system can request corresponding infrared control carrier and coding information from a server according to the infrared signal characteristic through controlling a host under the circumstance that the system does not have the infrared control carrier and the coding information, and then realize the control for a device under control after updating the information. The system helps to solve the deficiency that traditional infrared repeaters can not collect enough infrared control carrier and coding information of different manufacturers and different standard, and greatly improves the versatility of a wireless infrared repeater. Additionally, by using a communication method combining with an inner network and an outer network, wherein the inner network is Zigbee networking based on the Zigbee technology, and the outer network is TCP/IP outer network based on the TCP/IP technology, the cost and power consumption of the infrared repeater are reduced, the robustness, stability, confidentiality and scalability of the local intelligence control network is enhanced, and a flexible networking mode and simultaneous access of a large number of wireless infrared repeaters are supported.
Description
Technical field
The present invention relates to a kind of Smart Home control field, refer in particular to a kind of renewable infrared repeater system and update method thereof.
Background technology
Existing infrared transponder mainly uses the equipment of two kinds of infrared control technology.
A kind of is omnipotent infrared transponder, it is by being stored in infrared remote control carrier wave and coded message in the infrared transponder in advance, thereby the electrical equipment of its predetermined fraction is carried out remote control controls by realization after the selected corresponding above-mentioned infrared remote control carrier wave of wanting remote control equipment and the coded message is set when needs use.
The second is learning-oriented infrared transponder, it can enter by switching " mode of learning ", thereby with the telepilot of electrical equipment own to code, infrared remote control carrier wave and coded message and the preservation controlled to learn this telepilot correspondence, then after withdrawing from " mode of learning ", with realization electrical equipment corresponding controlled control to the infrared remote control carrier wave of preserving and coded message with study.
Yet all there is certain defect in the equipment of above-mentioned two kinds of existing infrared control technology, and it is embodied in:
1, corresponding universal type infrared transponder, be in the consideration of cost, himself memory span is limited, therefore infrared remote control carrier wave and the coded message negligible amounts stored, often can only pre-set for the controlled plant of some main flows, and in electric equipment products miscellaneous today, obviously it uses the demand for control that often can't adapt to a large amount of different electrical equipment.
2 and corresponding study remote controller, then there is the learning process more complicated of equipment, operating difficulties and learning success rate are low, often also can only realize the control to part electrical equipment in final the application, can't adapt to the demand in market.
In addition, the communication of existing infrared transponder and control terminal often adopts RF or WIFI technology to realize, wherein uses the communication of RF technology (433MHz etc.) to have the problems such as net, communications security is poor, networking mode is dumb, network robustness is poor of going here and there.Use the WIFI technology to realize the problems such as communication then exists equipment cost high, and power consumption is large.
Summary of the invention
The object of the invention is to overcome defects, a kind of renewable infrared repeater system and update method thereof are provided.
The object of the present invention is achieved like this: a kind of renewable infrared repeater system, and it comprises,
Infrared transponder, be used for detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realize the control to controlled plant; If do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for that its feedback realizes the control to controlled plant to infrared control carrier wave coded message that should feature and after self storage;
Main control system, after being used for receiving the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns corresponding infrared control carrier wave and coded message then forwards it to the infrared transponder that correspondence is uploaded;
Server is used for receiving the request from main control system, according to being sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message;
Control of intelligent terminal is used for to the steering order of infrared transponder transmission controlled plant, and infrared transponder sends the infrared signal realization to the control of controlled plant according to the corresponding infrared control carrier wave of steering order and coded message;
The isomery gateway be used for to receive to be sent to from main control system and is converted to the wide area network communication after the request of server and is sent to server, receives the step that is sent to main control system after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message;
In the said structure, described main control system is by Zigbee network and infrared transponder communication, and described main control system is by serial ports and the communication of isomery gateway, and the isomery gateway is by TCP/IP network and server communication.
In the said structure, described Servers installed is in far-end, described main control system and infrared transponder setting and local side; Described infrared transponder comprises a plurality of, and a plurality of infrared transponders are by Intranet and main control system communication; Described main control system comprises a plurality of, and a plurality of main control systems and server are by the wide area network communication;
In the said structure, described infrared transponder comprises, infrared control carrier wave and coded message memory module are used for infrared control carrier wave and coded message storage; Communication module is used for carrying out data communication with main control system; Infrared signal feature collection module be used for to be surveyed and to be treated the control signal of adaptive Infrared remote controller and its infrared signal feature is collected; Infrared transmission module is used for according to the control to controlled plant of the infrared control carrier wave that calls storage and coded message; Central processing unit, be used for the infrared signal feature that to collect and inquire about memory module whether existing infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize control to controlled plant.
The invention still further relates to a kind of renewable infrared repeater system update method, it comprises,
A), infrared transponder is detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in self storage and realize step to the control of controlled plant;
B), after main control system receives the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns the step that corresponding infrared control carrier wave and coded message then forward it to the infrared transponder that correspondence uploads;
C), server receives the request from main control system, according to the step that is sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message;
D), control of intelligent terminal sends the steering order of controlled plant to infrared transponder, infrared transponder sends infrared signal according to the corresponding infrared control carrier wave of steering order and coded message and realizes step to the control of controlled plant;
In the said method, in the step of described A, pass through the Intranet communication between infrared transponder and the main control system; In the step of described B, C, pass through the wide area network communication between main control system and the server;
In the said method, in the step of described B, C, carry out the wide area network communication by isomery gateway fusion steps between main control system and the server, described isomery gateway fusion steps comprises, reception is sent to from main control system and is converted to the wide area network communication after the request of server and is sent to server, receives to be sent to main control system after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message.
In the said method, specifically comprise in the step of described A, be used for infrared control carrier wave and coded message are stored in the step of memory module; Be used for carrying out with main control system the step of data communication; Be used for surveying and treat the control signal of adaptive Infrared remote controller and the step that its infrared signal feature is collected; Be used for according to the infrared control carrier wave that calls storage and the coded message step to the control of controlled plant; Be used for the infrared signal feature that to collect and inquire about memory module whether existing infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize step to the control of controlled plant.
Than common infrared control technology, beneficial effect of the present invention is self not possess in infrared control carrier wave and the coded message situation by main control system according to the infrared signal feature to the corresponding infrared control carrier wave of server request and coded message meeting, and then upgrades after this information realizing again controlled plant is controlled.Solve the traditional infrared transponder infrared control carrier wave and the coded message of different manufacturers, various criterion have been collected not enough defective, increased substantially the versatility of this wireless infrared repeater.Adopted in addition based on the Intranet of the Intranet Zigbee networking of ZigBee technology and based on the mode of the outer net communication combination of the outer net TCP/IP of TCP/IP technology, cost and the power consumption of infrared transponder have been reduced, strengthened robustness, stability, confidentiality and the extensibility of local intelligent control network, supported that networking mode and a large amount of wireless infrared repeater access simultaneously flexibly.
Description of drawings
Below in conjunction with accompanying drawing in detail concrete structure of the present invention is described in detail
Fig. 1 is overall system architecture figure of the present invention;
Fig. 2 is infrared transponder pie graph of the present invention.
Embodiment
By describing technology contents of the present invention, structural attitude in detail, realized purpose and effect, below in conjunction with embodiment and cooperate that accompanying drawing is detailed to give explanation.
See also Fig. 1 and Fig. 2, this patent provides a kind of renewable infrared repeater system, and the major equipment that it comprises has server, main control system, infrared transponder, wherein:
Infrared transponder, be used for detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realize the control to controlled plant; If do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for that its feedback realizes the control to controlled plant to infrared control carrier wave coded message that should feature and after self storage;
Main control system, after being used for receiving the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns corresponding infrared control carrier wave and coded message then forwards it to the infrared transponder that correspondence is uploaded;
Server is used for receiving the request from main control system, according to being sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message;
As required, said system also can add control of intelligent terminal, be used for sending to infrared transponder the steering order of controlled plant, infrared transponder sends the infrared signal realization to the control of controlled plant according to the corresponding infrared control carrier wave of steering order and coded message.
Thus, the poor problem of versatility of the existing infrared control technology of contrast, the this patent system provides a server, can a large amount of infrared remote control carrier waves of Collection and conservation and coded message on server, even can easily cover above-mentioned infrared remote control carrier wave and the coded message of the infrared controlled electric appliance more than 95%, if meeting self does not possess corresponding infrared remote control carrier wave and coded message after the control signal of adaptive Infrared remote controller when infrared transponder detects, then can think the server request corresponding data by main control system, to finish the control that realizes behind the self controlled plant.
And further, the said system framework can adopt the mode that minute is arranged, namely, with Servers installed in far-end (for example service provider side), main control system and infrared transponder then are arranged on local side (for example in the user family), and further, can comprise a plurality of with the infrared transponder of main control system communication, a plurality of infrared transponders are by Intranet (such as realizing the Zigbee network of machine with communicate by letter (the Machine-to-Machine Communication) of machine) and main control system communication, same for the server of far-end, the main control system of its connection also can comprise a plurality of, and a plurality of main control systems and server are by the wide area network communication.
Form thus one take operator as main, each user of Zhongdao of downward radiation, a radial network of each infrared transponder both can reduce user's system building cost, had also created a better operation platform for the service provider.
And in order to realize above-mentioned networking mode, usually also need to be equipped with an isomery gateway in the system, it is used for the conversion between support this locality and many clocks of the far-end different communication protocol, the isomery communication network that different communication protocol has been carried in realization merges, comprise receiving to be sent to from main control system being converted to the wide area network communication after the request of server and being sent to server, receive and be sent to main control system after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message.
Best, the communication modes of said system, by the Zigbee network communication, main control system is by serial ports and the communication of isomery gateway between main control system and the infrared transponder, and the isomery gateway is again by TCP/IP network and server communication.The mode of the Zigbee networking of infrared transponder and main control system has solved the defective of traditional WIFI or RF communication herein, and can further reduce cost and the power consumption of infrared transponder, strengthened robustness, stability, confidentiality and the extensibility of the local side network of system, supported that networking mode and a large amount of wireless infrared repeater access simultaneously flexibly.
Such as Fig. 2, as an embodiment, what above-mentioned infrared transponder was concrete comprises:
Infrared control carrier wave and coded message memory module are used for infrared control carrier wave and coded message storage;
Communication module is used for carrying out data communication with main control system;
Infrared signal feature collection module be used for to be surveyed and to be treated the control signal of adaptive Infrared remote controller and its infrared signal feature is collected;
Infrared transmission module is used for according to the control to controlled plant of the infrared control carrier wave that calls storage and coded message;
Central processing unit, be used for the infrared signal feature that to collect and inquire about memory module whether existing infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize control to controlled plant.
The invention still further relates to a kind of renewable infrared repeater system update method, it comprises,
A), infrared transponder is detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in self storage and realize step to the control of controlled plant;
As a specific embodiment, this step specifically comprises,
A1), be used for infrared control carrier wave and coded message are stored in the step of memory module;
A2), be used for carrying out with main control system the step of data communication;
A3), be used for detection and treat the control signal of adaptive Infrared remote controller and the step that its infrared signal feature is collected;
A4), be used for according to the infrared control carrier wave that calls storage and the coded message step to the control of controlled plant;
A5), be used for the infrared signal feature that to collect and inquire about memory module and whether exist infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize step to the control of controlled plant.
B), after main control system receives the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns the step that corresponding infrared control carrier wave and coded message then forward it to the infrared transponder that correspondence uploads;
C), server receives the request from main control system, according to the step that is sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message;
D), control of intelligent terminal sends the steering order of controlled plant to infrared transponder, infrared transponder sends infrared signal according to the corresponding infrared control carrier wave of steering order and coded message and realizes step to the control of controlled plant;
As required, the step of said method can adopt the mode of distributed communication, namely in the step of A, by the Intranet communication, best both carry out communication by realizing machine with the Intranet of the Zigbee network of communicate by letter (the Machine-to-Machine Communication) of machine between infrared transponder and the main control system; And in the step of B, C, pass through the wide area network communication of TCP/IP between main control system and the server.And owing to be the form realization communication of networking, infrared transponder and main control system all do not limit to a number or amount, and can adopt a plurality of infrared transponders to a main control system by networking mode, and a plurality of main control systems carry out the networking communication to the mode of a server again.
In order to cooperate the above-mentioned distributed means of communication, in the step of B, C, further carry out the wide area network communication by isomery gateway fusion steps between main control system and the server, described isomery gateway fusion steps comprises, receive by serial communication and to be sent to the TCP/IP communication that is converted to wide area network after the request of server from main control system and to be sent to server, received by the TCP/IP communication of wide area network and be sent to main control system by serial communication after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message.
The above only is embodiments of the invention; be not so limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes instructions of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. renewable infrared repeater system is characterized in that: it comprises,
Infrared transponder, be used for detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realize the control to controlled plant; If do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for that its feedback realizes the control to controlled plant to infrared control carrier wave coded message that should feature and after self storage;
Main control system, after being used for receiving the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns corresponding infrared control carrier wave and coded message then forwards it to the infrared transponder that correspondence is uploaded;
Server is used for receiving the request from main control system, according to being sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message.
2. renewable infrared repeater system as claimed in claim 1 is characterized in that: described Servers installed is in far-end, described main control system and infrared transponder setting and local side; Described infrared transponder comprises a plurality of, and a plurality of infrared transponders are by Intranet and main control system communication; Described main control system comprises a plurality of, and a plurality of main control systems and server are by the wide area network communication.
3. renewable infrared repeater system as claimed in claim 2 is characterized in that: it also comprises,
The isomery gateway, be used for the conversion between support this locality and many clocks of the far-end different communication protocol, the isomery communication network that different communication protocol has been carried in realization merges, comprise receiving to be sent to from main control system being converted to the wide area network communication after the request of server and being sent to server, receive and be sent to main control system after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message;
Described main control system is by Zigbee network and infrared transponder communication, and described main control system is by serial ports and the communication of isomery gateway, and the isomery gateway is by TCP/IP network and server communication.
4. such as the described renewable infrared repeater system of claim 1-3 any one, it is characterized in that: described infrared transponder comprises,
Infrared control carrier wave and coded message memory module are used for infrared control carrier wave and coded message storage;
Communication module is used for carrying out data communication with main control system;
Infrared signal feature collection module be used for to be surveyed and to be treated the control signal of adaptive Infrared remote controller and its infrared signal feature is collected;
Infrared transmission module is used for according to the control to controlled plant of the infrared control carrier wave that calls storage and coded message;
Central processing unit, be used for the infrared signal feature that to collect and inquire about memory module whether existing infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize control to controlled plant.
5. such as the described renewable infrared repeater system of claim 1-3 any one, it is characterized in that: it also comprises control of intelligent terminal, be used for sending to infrared transponder the steering order of controlled plant, infrared transponder sends the infrared signal realization to the control of controlled plant according to the corresponding infrared control carrier wave of steering order and coded message.
6. renewable infrared repeater system update method is characterized in that: it comprises,
A), infrared transponder is detecting after the control signal of adaptive Infrared remote controller, collect the infrared signal feature and inquire about infrared control carrier wave and the coded message that self whether exists should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of will collect not to be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in self storage and realize step to the control of controlled plant;
B), after main control system receives the infrared signal feature of uploading from infrared transponder, meet infrared control carrier wave and the coded message of this infrared signal feature to server request, if server returns the step that corresponding infrared control carrier wave and coded message then forward it to the infrared transponder that correspondence uploads;
C), server receives the request from main control system, according to the step that is sent to main control system after the corresponding infrared control carrier wave of infrared signal characteristic query and the coded message.
7. renewable infrared repeater system update method as claimed in claim 6 is characterized in that:
In the step of described A, pass through the Intranet communication between infrared transponder and the main control system;
In the step of described B, C, pass through the wide area network communication between main control system and the server.
8. renewable infrared repeater system update method as claimed in claim 7, it is characterized in that: in the step of described B, C, carry out the wide area network communication by isomery gateway fusion steps between main control system and the server, described isomery gateway fusion steps comprises, reception is sent to from main control system and is converted to the wide area network communication after the request of server and is sent to server, receives to be sent to main control system after the information of carrying out transforms after infrared control carrier wave that server transmits and the coded message.
9. such as the described renewable infrared repeater system update method of claim 6-8 any one, it is characterized in that: specifically comprise in the step of described A,
Be used for infrared control carrier wave and coded message are stored in the step of memory module;
Be used for carrying out with main control system the step of data communication;
Be used for surveying and treat the control signal of adaptive Infrared remote controller and the step that its infrared signal feature is collected;
Be used for according to the infrared control carrier wave that calls storage and the coded message step to the control of controlled plant;
Be used for the infrared signal feature that to collect and inquire about memory module whether existing infrared control carrier wave and coded message that should the infrared signal feature, if there is the above-mentioned information of then calling, realization is to the control of controlled plant, if do not exist then the infrared signal feature of collecting be uploaded to main control system, wait for its feedback to after should the infrared control carrier wave coded message of feature in memory module, and realize step to the control of controlled plant.
10. such as the described renewable infrared repeater system update method of claim 6-8 any one, it is characterized in that: it also comprises,
D), control of intelligent terminal sends the steering order of controlled plant to infrared transponder, infrared transponder sends infrared signal according to the corresponding infrared control carrier wave of steering order and coded message and realizes step to the control of controlled plant.
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| CN201210391690.9A CN102945597B (en) | 2012-10-15 | 2012-10-15 | Renewable infrared repeater system and update method thereof |
| CN201610341797.0A CN105844900A (en) | 2012-10-15 | 2012-10-15 | Updatable infrared forwarding system based on remote communication |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN105844900A (en) | 2016-08-10 |
| CN102945597B (en) | 2016-05-04 |
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