CN108965072B - Intelligent gateway external equipment association control method - Google Patents
Intelligent gateway external equipment association control method Download PDFInfo
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- CN108965072B CN108965072B CN201810738264.5A CN201810738264A CN108965072B CN 108965072 B CN108965072 B CN 108965072B CN 201810738264 A CN201810738264 A CN 201810738264A CN 108965072 B CN108965072 B CN 108965072B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/2807—Exchanging configuration information on appliance services in a home automation network
- H04L12/2814—Exchanging control software or macros for controlling appliance services in a home automation network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L1/00—Arrangements for detecting or preventing errors in the information received
- H04L1/0001—Systems modifying transmission characteristics according to link quality, e.g. power backoff
- H04L1/0023—Systems modifying transmission characteristics according to link quality, e.g. power backoff characterised by the signalling
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/283—Processing of data at an internetworking point of a home automation network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/283—Processing of data at an internetworking point of a home automation network
- H04L12/2834—Switching of information between an external network and a home network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/66—Arrangements for connecting between networks having differing types of switching systems, e.g. gateways
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Abstract
The invention discloses an intelligent gateway external device association control method, which comprises the following steps: the control module is used for associating the instruction list, the external equipment instruction list and the standard external equipment instruction data packet; the intelligent gateway receives the data of the first external equipment, converts the data into a standard external equipment instruction data packet through the control module, extracts an instruction code which can be identified by the external equipment from an external equipment instruction table, and then sends the instruction code to the second external equipment to realize the control of the external equipment; when the intelligent gateway receives data returned by the external equipment, an association standard external equipment instruction data packet corresponding to the data returned by the external equipment is extracted from an association instruction table, and then the association standard external equipment instruction data packet is transmitted to a cloud server or is analyzed again into an instruction code which can be identified by the external equipment and is forwarded to the corresponding external equipment until the data instruction returned by the external equipment is not associated with other external equipment or the data instruction of the external equipment.
Description
Technical Field
The invention relates to the technical field of intelligent home furnishing, in particular to a method for standard instruction control and external equipment association control of external equipment of an intelligent gateway.
Background
Foreign intelligent home products are early in development and rapid in development, and have comprehensive product functions. The smart home products are excellent and are manufactured by the United states of America Honeywell. The intelligent home is relatively backward in development in China, but the intelligent home is developed rapidly. Representative examples of the companies include hel, violet internet of things, and millet. Although the products of the companies are various, the products of the companies lack the industry standard, so that the products of different companies are incompatible or cannot be quickly adapted. At present, the problem of standard construction of intercommunication and interconnection among intelligent home products of various manufacturers is the problem which is mainly solved in the development of the intelligent home industry.
The Chinese patent application: CN102938729A discloses a remote control method for an intelligent gateway, an intelligent home system and a home appliance, the control flow is: the remote control device responds to the input of a user and sends a corresponding control command to the intelligent gateway through the Internet, wherein the control command comprises an operation instruction and household appliance information for executing the operation instruction; the intelligent gateway receives the control command; the intelligent gateway extracts the operation instruction in the control command and the household appliance information for executing the operation instruction; the intelligent gateway sends a control signal containing the operation instruction to the household appliance executing the operation instruction; and the household appliance equipment receives the control signal and executes corresponding operation. The method is a control line which passes through an intelligent gateway from the Internet and then reaches the household electrical equipment. But the data of the household appliance cannot be processed because the data do not interact with the household appliance.
Disclosure of Invention
Aiming at the technical problems, the invention provides a method for standard instruction control and external equipment association control of external equipment of an intelligent gateway, which can realize standardized control management among products of various manufacturers and standardized generalized association control among the products in the intelligent home industry.
In order to achieve the purpose, the invention adopts the technical scheme that: an intelligent gateway external device association control method comprises the following steps:
the control module runs on the intelligent gateway;
the association instruction table is mainly used for storing standard external equipment instruction data packets corresponding to the external equipment specific return data packets;
external device instruction table: the system comprises a comparison table of external equipment standard instructions and external equipment recognizable instruction codes, which is mainly used for storing the relevant information of the external equipment;
a standard external equipment instruction data packet, which defines the control instruction and the state instruction of the external equipment in detail;
the intelligent gateway receives the data of the first external equipment, converts the data into a standard external equipment instruction data packet through the control module, extracts an instruction code which can be identified by the external equipment from an external equipment instruction table, and then sends the instruction code to the second external equipment to realize the control of the external equipment;
when the intelligent gateway receives data returned by the second external equipment, a standard external equipment instruction data packet corresponding to the data returned by the second external equipment is extracted from the association instruction table, and then the standard external equipment instruction data packet is associated or transmitted to the cloud server, or the standard external equipment instruction data packet is analyzed again into an instruction code which can be identified by the external equipment and is forwarded to the corresponding external equipment, so that the association between one external equipment and the other external equipment is realized until the data instruction returned by the external equipment is not associated with the other external equipment or the data instruction of the external equipment.
And the associated instruction table is written in an XML format.
The external device instruction list is written in XML format and is mainly used for storing external device related information such as instruction codes which can be identified by the external device, external device communication parameters, the ID of the external device, the type of the external device and the like.
The standard external equipment instruction data packet is compiled in a json format, and the control module takes the standard external equipment instruction data packet as a standard communication protocol. When the external equipment is changed or the external equipment related to the external equipment is changed, only the related instruction list and the external equipment instruction list (xml type) need to be changed, and the control module of the intelligent gateway and the standard external equipment instruction data packet do not need to be changed. The method can quickly adapt to the external equipment of the intelligent gateway, and effectively saves time for installing the adaptive external equipment; and realizes standardized instruction control and standardized equipment associated control for external equipment.
The control module comprises the following program modules which are respectively: the json data packet is analyzed into a 16-system equipment control command function module, an equipment control command distribution function module, an intelligent equipment associated json data packet extraction module and an APP json data packet generation module reported by the intelligent equipment.
The json data packet is analyzed into a 16-system device control command functional module, the standard external device instruction data packet is converted into a 16-system instruction code which can be identified by the external device according to the parameter configuration file, and the 16-system instruction code is sent to the device control command distribution functional module.
The device control command distribution function module sends the 16-system instruction code which can be identified by the external device to the specific corresponding external device in an electrical or wireless communication mode.
The intelligent equipment is associated with the json data packet extraction module, converts data returned by the external equipment into a standard external equipment instruction data packet according to the parameter configuration file, and sends the converted standard external equipment instruction data packet to the json data packet to be analyzed into a 16-system equipment control command function module. The module realizes the association control among various external devices, and because other external device control instruction codes associated with a certain external device are all stored in the parameter configuration file, when the external device acts and returns data to the intelligent gateway, the control instruction codes of the associated other external devices can be extracted from the parameter configuration file through the module, and are analyzed into a 16-system device control instruction functional module through a json data packet and are sent to the associated external device.
The intelligent equipment reports a json data packet generating module of the APP, converts data returned to the intelligent gateway by the external equipment into a standard external equipment instruction data packet according to the parameter configuration file, and sends the standard external equipment instruction data packet to the APP through an internet communication interface carried by the intelligent gateway.
Furthermore, the intelligent control system also comprises an intelligent panel, wherein the intelligent panel is not controlled by an instruction of the gateway and only returns data to the intelligent gateway, and the intelligent gateway controls other external equipment such as curtains, lamps, alarms and the like according to the data returned by the intelligent panel. The control module also comprises an intelligent panel associated json data packet extraction module, data returned to the intelligent gateway by the intelligent panel is converted into a standard external equipment instruction data packet according to the parameter configuration file, the converted standard external equipment instruction data packet is sent to the json data packet and analyzed into a 16-system equipment control command function module, and then the json data packet is analyzed into a 16-system equipment control command function module to generate a 16-system instruction code which can be identified by external equipment according to the received standard external equipment instruction data packet and further sent to the corresponding external equipment. The module realizes the control of the intelligent panel to other external devices. Because the control instruction codes of the external equipment controlled by the intelligent panel are all stored in the parameter configuration file, when the intelligent panel acts and returns data to the intelligent gateway, the control instruction codes of the external equipment to be controlled by the intelligent panel can be extracted from the parameter configuration file through the module, and are analyzed into a 16-system equipment control instruction functional module through a json data packet to be sent to the corresponding external equipment.
And the association instruction table comprises data returned by the external equipment and other associated external equipment control commands.
The external device instruction list comprises external device related information such as an instruction code which can be identified by the external device, external device communication parameters, an ID of the external device, a type of the external device and the like.
The standard external equipment command data packet is compiled in a json format, and the control command and the state command of each type of external equipment are defined in detail. Specifically, but not limited to, the following external device types: air conditioning equipment, ground heating equipment, new trend equipment, lighting apparatus, intelligent panel equipment, air quality detection equipment, burglar alarm.
The intelligent gateway external device association control method obtains a command for controlling another external device (or the device for returning data) or a command for sending the command to a server through analyzing the command according to the data command returned by the external device. If the command for controlling another external device is a command, the command is sent to the external device. And the other external device returns the instruction to the intelligent gateway, and the intelligent gateway analyzes the returned instruction again, goes to the first step and circulates until no external device is associated.
Drawings
Fig. 1 is a data interaction diagram of an intelligent gateway external device association control method according to an embodiment of the present invention.
Detailed Description
In order to facilitate understanding of those skilled in the art, the present invention will be further described with reference to the following embodiments and accompanying drawings.
Example (b): an intelligent gateway external device association control method comprises the following steps:
the control module runs on the intelligent gateway; the control module is composed of 5 program modules, which are respectively: the json data packet is analyzed into a 16-system equipment control command function module, an equipment control command distribution function module, an intelligent equipment associated json data packet extraction module, an intelligent panel associated json data packet extraction module and an APP json data packet generation module reported by the intelligent equipment.
And the associated instruction table is written in an XML format. The method is mainly used for storing the associated instruction data packet corresponding to the specific return data packet of the external equipment; including data returned by the external device and its associated other external device control commands. An example is as follows:
the external device instruction list is written in XML format and is mainly used for storing external device related information such as instruction codes which can be identified by the external device, external device communication parameters, the ID of the external device, the type of the external device and the like. The external device standard command and external device recognizable command code comparison table comprises external device recognizable command codes, external device communication parameters, external device ID, external device type and other external device related information. An example is as follows:
the standard external equipment command data packet is compiled in a json format, and the control command and the state command of each type of external equipment are defined in detail. Specifically, but not limited to, the following external device types: air conditioning equipment, ground heating equipment, new trend equipment, lighting apparatus, intelligent panel equipment, air quality detection equipment, burglar alarm. The control module takes a standard external device instruction data packet as a standard communication protocol. An example is as follows:
as shown in fig. 1, the intelligent gateway receives data of the first external device, converts the data into a standard external device instruction data packet through the control module, extracts an instruction code recognizable by the external device from an external device instruction table, and then sends the instruction code to the second external device to control the external device;
when the intelligent gateway receives data returned by the external equipment, the associated standard external equipment instruction data packet corresponding to the data returned by the external equipment is extracted from the associated instruction table, and then the associated standard external equipment instruction data packet is transmitted to the cloud server or is analyzed again into an instruction code which can be recognized by the external equipment and is forwarded to the corresponding external equipment, so that the association between one external equipment and the other external equipment is realized.
When the external device changes or the external device associated with the external device changes, only the association instruction list and the external device instruction list (xml type) need to be changed, and the functional module of the intelligent gateway and the standard external device instruction data packet do not need to be changed. The method can quickly adapt to the external equipment of the intelligent gateway, and effectively saves time for installing the adaptive external equipment; and realizes standardized instruction control and standardized equipment associated control for external equipment.
The intelligent household APP sends a standard external device instruction data packet to the json data packet of the control module and analyzes the json data packet into a 16-system device control instruction functional module, wherein the 16-system device control instruction functional module comprises external device control information. The json data packet is analyzed into a 16-system device control command function module, a standard external device instruction data packet is converted into a 16-system instruction code which can be identified by the external device according to the parameter configuration file, the 16-system instruction code is sent to a device control command distribution function module, and the 16-system instruction code which can be identified by the external device is sent to the specific corresponding external device by the module in an electrical or wireless communication mode.
The data returned by the external device is transmitted to an intelligent device associated json data packet extraction module of the control module, the returned data is converted into a standard external device instruction data packet according to a parameter configuration file (ux.xml file in the attached drawing 1), and the converted standard external device instruction data packet is sent to the json data packet and is analyzed into a 16-system device control command function module. The module realizes the association control among the external devices, and because other external device control instruction codes associated with a certain external device are all stored in the parameter configuration file (the ux.xml file in the attached figure 1), when the external device acts and returns data to the intelligent gateway, the control instruction codes of the associated other external devices can be extracted from the parameter configuration file (the ux.xml file in the attached figure 1) through the module, and are analyzed into the 16-system device control instruction function module through the json data packet to be sent to the associated external device.
Or the data returned by the external device is sent to the json data packet generation module of the APP reported by the intelligent device, the data returned by the external device to the intelligent gateway is converted into a standard external device instruction data packet according to the parameter configuration file (common. xml file in fig. 1), and the standard external device instruction data packet is sent to the APP through the internet communication interface carried by the intelligent gateway.
Data returned to the intelligent gateway by the intelligent panel is converted into a standard external equipment instruction data packet through an intelligent panel associated json data packet extraction module according to a parameter configuration file (ux.xml file in figure 1), the converted standard external equipment instruction data packet is sent to a json data packet and analyzed into a 16-system equipment control command function module, and then the json data packet is analyzed into a 16-system equipment control command function module to generate a 16-system instruction code which can be identified by external equipment according to the received standard external equipment instruction data packet and further sent to the corresponding external equipment. The module realizes the control of the intelligent panel to other external devices. Because the control instruction codes of the external devices controlled by the intelligent panel are all stored in the parameter configuration file (ux.xml file in the attached drawing 1), when the intelligent panel acts and returns data to the intelligent gateway, the control instruction codes of the external devices controlled by the intelligent panel can be extracted from the parameter configuration file (ux.xml file in the attached drawing 1) through the module, and are analyzed into the 16-system device control command function module through the json data packet and are sent to the corresponding external devices.
The above embodiments are only for illustrating the technical idea of the present invention, and the protection scope of the present invention is not limited thereby, and any modification made on the basis of the technical solution according to the technical idea of the present invention falls within the protection scope of the present invention.
Claims (3)
1. An intelligent gateway external device association control method is characterized by comprising the following steps:
the control module runs on the intelligent gateway;
the association instruction table is used for storing standard external equipment instruction data packets corresponding to the specific external equipment return data packets;
external device instruction table: the method comprises the steps of comparing an external equipment standard instruction with an external equipment recognizable instruction code, and storing the related information of the external equipment;
a standard external equipment instruction data packet, which defines the control instruction and the state instruction of the external equipment in detail; the control module takes a standard external equipment instruction data packet as a standard communication protocol;
the intelligent gateway receives the data of the first external equipment, converts the data into a standard external equipment instruction data packet through the control module, extracts an instruction code which can be identified by the external equipment from an external equipment instruction table, and then sends the instruction code to the second external equipment to realize the control of the external equipment;
when the intelligent gateway receives data returned by the second external equipment, a standard external equipment instruction data packet corresponding to the data returned by the second external equipment is extracted from the association instruction table, and then the standard external equipment instruction data packet is associated or transmitted to the cloud server, or the standard external equipment instruction data packet is analyzed into an instruction code which can be identified by the external equipment again and transmitted to the corresponding external equipment, so that the association between one external equipment and the other external equipment is realized until the data instruction returned by the external equipment is not associated with the other external equipment or the data instruction of the external equipment;
the control module includes: the json data packet is analyzed into a 16-system equipment control command function module, an equipment control command distribution function module, an intelligent equipment associated json data packet extraction module and a json data packet generation module of the APP reported by the intelligent equipment;
the json data packet is analyzed into a 16-system device control command functional module, a standard external device instruction data packet is converted into a 16-system instruction code which can be identified by external devices according to the parameter configuration file, and the 16-system instruction code is sent to a device control command distribution functional module;
the device control command distribution function module sends the 16-system instruction code which can be identified by the external device to the specific corresponding external device in an electrical or wireless communication mode;
the intelligent equipment association json data packet extraction module converts data returned by the external equipment into a standard external equipment instruction data packet according to the parameter configuration file, and sends the converted standard external equipment instruction data packet to the json data packet to be analyzed into a 16-system equipment control command function module;
the intelligent equipment reports a json data packet generation module of the APP, converts data returned to the intelligent gateway by the external equipment into a standard external equipment instruction data packet according to the parameter configuration file, and sends the standard external equipment instruction data packet to the APP through the intelligent gateway.
2. The intelligent gateway external device association control method according to claim 1, wherein:
the associated instruction list is compiled in an XML format;
the external equipment instruction list is compiled in an XML format and stores an instruction code which can be identified by the external equipment, communication parameters of the external equipment, an ID of the external equipment and related information of the external equipment type;
and the standard external equipment command data packet is written in a json format.
3. The intelligent gateway external device association control method according to claim 1, wherein:
the control module also comprises an intelligent panel and an intelligent panel associated json data packet extraction module, data returned to the intelligent gateway by the intelligent panel are converted into standard external equipment instruction data packets according to the parameter configuration file, the converted standard external equipment instruction data packets are sent to the json data packets and are analyzed into a 16-system equipment control command function module, then the json data packets are analyzed into the 16-system equipment control command function module, and 16-system instruction codes which can be identified by external equipment are generated by the json data packet according to the received standard external equipment instruction data packets and are further sent to the corresponding external equipment.
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