CN104601695A - Intelligent device control method, device and system - Google Patents
Intelligent device control method, device and system Download PDFInfo
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- CN104601695A CN104601695A CN201510017175.8A CN201510017175A CN104601695A CN 104601695 A CN104601695 A CN 104601695A CN 201510017175 A CN201510017175 A CN 201510017175A CN 104601695 A CN104601695 A CN 104601695A
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Abstract
The invention discloses an intelligent device control method. The intelligent device control method comprises the steps that a control instruction is received; a device identification, a function identification and a function state value in the control instruction are analyzed; the control instruction is sent to an intelligent device corresponding to the device identification so that the function corresponding to the function identification in the intelligent device can be set to be in a set state, wherein the set state is determined by the function state value. The invention further discloses an intelligent device control device. The intelligent device control device comprises an instruction receiving unit, an instruction analysis unit and an instruction sending unit. The invention further provides an intelligent device control system. The intelligent device control system comprises a control device, a cloud terminal server and the intelligent device. According to the intelligent device control method, device and system, a service layer is added between the control device and an intelligent device terminal, the uniform receiving service for the control instruction is provided by the middle service layer for the control device, then the control instruction is sent to the corresponding intelligent device, and therefore remote control over various intelligent devices is conveniently accomplished.
Description
Technical field
The present invention relates to smart machine control technology, particularly relate to a kind of smart machine management-control method, device and system.
Background technology
Smart machine can pass through control device (such as mobile phone) and realize controlling.Two kinds of scenes are mainly contained to the control of smart machine: local area network (LAN) control mode and remote controlled manner.The mode of such as being undertaken controlling by short range communication technology such as bluetooth communications belongs to local area network (LAN) control mode; Remote controlled manner refers to and is sent on smart machine by the Internet by the control command of control device, to realize the control to smart machine.
In remote controlled manner, if control command is directly sent to equipment end by the Internet by control device, described smart machine is needed to initiate self an Internet service.But because the operating system on smart machine is fairly simple, be difficult to accomplish to provide Internet service on each smart machine, even and if each equipment provides oneself distinctive service, the application program of a control device is also difficult to control multiple equipment.
And for the remote service provided by the Internet, the service of Long-distance Control can be provided little to smart machine at present, and be all vendor equipment remote service.
Therefore, prior art has following shortcoming: 1, remote service customizes, i.e. the communication protocol of a service is only the product customization of certain particular vendor, and other smart machines cannot use; And due to remote service customization, therefore service is generally all privately owned service, other equipment cannot be compatible with it; 2, due to the customization of remote service, if a consumer has multiple intelligent artifact, need multiple controlling application program is installed on control device, make consumer experience not good.
Therefore, be necessary to design a kind of novel smart machine management-control method, device and system, to overcome the defect of prior art.
Summary of the invention
For the defect of prior art, the object of this invention is to provide a kind of can easily and flexibly for various control device and multiple smart machine provide the methods, devices and systems of management and control.
The invention provides a kind of smart machine management-control method, described method comprises: a. receives control command; B. the device identification in described control command, Function Identification, functional status value is parsed; C. send control command to the smart machine that device identification is corresponding, to make function setting in described smart machine corresponding to Function Identification for set condition, described set condition is determined by functional status value.
Preferably, also comprise after step c: d. receives the feedback information for control command from smart machine; E., when described feedback information represents control command successful operation, described control command is stored.More preferably, step e is: when described feedback information represents control command successful operation, store described control command, be provided with timestamp in described control command, and described timestamp is the time mark generating control command.
Preferably, described method comprises: the current data receiving smart machine active upload, describedly currently comprises data equipment mark, Function Identification, functional status value; Store described current data.
Present invention also offers a kind of smart machine control device, described device comprises: instruction reception unit, instructions parse unit, instruction sending unit.Wherein: instruction reception unit is for receiving control command; Instructions parse unit is for parsing device identification in described control command, Function Identification, functional status value; Instruction sending unit is used for sending control command to the smart machine that device identification is corresponding, and to make the function in described smart machine corresponding to Function Identification change into set condition, this set condition is determined by functional status value.
Preferably, described device comprises: feedback information receiving element, the location of instruction, wherein: feedback information receiving element is for receiving the feedback information for control command from smart machine; The location of instruction is used for storing described control command when described feedback information represents control command successful operation.
Present invention also offers a kind of smart machine managing and control system, described system comprises: control device, cloud server, smart machine.Wherein: control device is to cloud server sending controling instruction; Cloud server parses device identification in described control command, Function Identification, functional status value based on the control command received; Cloud server sends control command to the smart machine that device identification is corresponding, and to make the function in described smart machine corresponding to Function Identification change into set condition, this set condition is determined by functional status value.
Relative to prior art, the present invention adds a service layer between control device and smart machine end, the reception service of unified control command is provided to control device by this middle service layer, again control command is sent to corresponding smart machine, thus completes the Long-distance Control to various smart machine easily.
Accompanying drawing explanation
Fig. 1 is the structural representation of smart machine managing and control system of the present invention;
Fig. 2 is the flow chart of the smart machine management-control method of a kind of preferred implementation of the present invention;
Fig. 3 is the flow chart of the smart machine management-control method of the another kind of preferred implementation of the present invention;
Fig. 4 is the structured flowchart of the smart machine control device of a kind of preferred implementation of the present invention;
Fig. 5 is the structured flowchart of smart machine managing and control system of the present invention.
Embodiment
In the specific embodiment of the present invention, whole control procedure relates to control device, cloud server, smart machine three aspect.
Control device refers to can the digital processing unit of sending controling instruction, refers to have CPU, memory especially, the intelligent apparatus of the devices such as I/O interface, such as smart mobile phone etc.Control device can also comprise the control software design operated in the network platform, and operator can by the man-machine interface input control order of described software.
Cloud server alleged in present patent application is the processing platform based on cloud computing platform, and it can comprise the Distributed Calculation cluster and memory device that are made up of multiple stage computer.
Smart machine refers to by the Internet or other long-range, automatic equipment controlled of LAN realization, such as, can have the Smart Homes such as the air-conditioning of corresponding function, refrigerator, TV.
As shown in Figure 1, control device is connected to cloud server by network link, and cloud server is mutual by network link and smart machine equally, and controls smart machine according to the control command that control device sends.
As shown in Figure 1: from control device, data flowing angle between cloud server and smart machine three, data can be divided into two kinds of streams: the data flow of control command from control device to smart machine, i.e. control flow check; The data that self collects by smart machine are reported to the data flow of cloud server, i.e. perception stream.
The instruction process realizing a controlling functions of each smart machine just forms a control flow check, and such as, in order to realize the switch of smart machine, these instructions just form the switch control rule stream of smart machine.Each smart machine can have many control flow check.
Perception stream is the status data stream that smart machine is reported to cloud server, and such as enviromental monitoring equipment monitors the data such as temperature, humidity of surrounding and the data flow reporting and produce, and each smart machine also can have many perception streams.
Fig. 2 is the flow chart of the smart machine management-control method of a kind of preferred implementation of the present invention.As shown in the figure:
In step 210, receive control command.Described control command can be the control command sent by control device, also can be by other network terminals, such as mutual with the Internet Human-machine Control software, the control command that effector can be inputted by man-machine interface.
Control command can send according to following the data format conformed to the network transmission protocol.Described control command comprises device identification, Function Identification, functional status value.Wherein:
Device identification will be sent to which equipment concrete for identifying control command.When smart machine connects cloud server, distribute to smart machine by cloud service, each smart machine to be identified in the service that cloud server provides be unique.
Function Identification will control which function of smart machine for identifying control command.Such as, for the air-conditioning equipment as smart machine, it is switching function or set temperature function that Function Identification is used to indicate what will control.Function Identification freely can be configured by manufacturer, and the mark of the identical function of different product can be the same or different.Such as: the Function Identification of the switching function of air-conditioning equipment can be set to " switch "; The Function Identification of the switching function of television equipment can be set to " switch ", also can be set to " kaiguan ".
Functional status value will be in any state for the function identifying smart machine by this control.Such as, if what Function Identification represented is switching function, then functional status value represents that this control overflow smart machine is in open state or off status, and the type of functional status value can be integer, floating number, simple characters string or complex characters string (such as the character string of json form).The definition of functional status value can be decided in its sole discretion by the manufacturer of each smart machine, even if for the identical function of identical product, different vendor also can use different values to represent, such as, some manufacturer's settings opens equipment for " 1 " represents, and some settings opens equipment for " on " represents.
In a preferred embodiment, timestamp can also be comprised in control command.Timestamp shows the time that this control command produces.Timestamp may be used for carrying out subsequent treatment to control command and data.
The step 210 receiving control command can beyond the clouds server realize, and namely control command is first sent on cloud server, and cloud server receives and resolves described control command, to obtain mark and the parameter of needs.
In step 220, parse the device identification in described control command, Function Identification, functional status value.Cloud server can be resolved control command according to corresponding communications protocol, to obtain the parameter of needs.In the present invention, the control command of Portable device mark, Function Identification, functional status value can by various applicable communications protocol transmission, as long as can comprise above-mentioned mark and parameter value, agreement is not limited to specific data format.
In step 230, according to described device identification, Function Identification, functional status value, control command is sent to corresponding smart machine.That is: send control command to the smart machine that described device identification is corresponding, to make function setting in described smart machine corresponding to Function Identification for set condition, this set condition is determined by functional status value.
After smart machine receives control command, according to the requirement of control command, corresponding function is manipulated, such as, open or close the switch of TV, rising or the design temperature reducing air-conditioning etc.
In a preferred embodiment, smart machine management-control method of the present invention can also comprise:
Step 241, receives the feedback information for control command from smart machine.Described feedback information refers to that smart machine performs the execution result after control command.Smart machine performs control command, and have two kinds of possibilities, one runs succeeded; One performs failure due to software or hardware fault.
When described feedback information represents control command successful operation, step 242, stores described control command.More preferably, in step 242, described control command is provided with timestamp, and described timestamp is the time mark generating control command.When described feedback information represents control command successful operation, there is described in storage the control command of timestamp.In step 243, when described feedback information represents control command operation failure, will failed result feedback be performed to control device, to enable the user of control end know the state sending and realize.
In another preferred embodiment, as shown in Fig. 3 and Fig. 1, except the treatment step identical with Fig. 2, smart machine management-control method of the present invention can also comprise the following steps:
In step 251, receive the current data of smart machine active upload, described current data comprises device identification, Function Identification, functional status value.
In step 252, store described current data.Current data can be stored in smart machine metadata database, stores the parameter of the smart machines such as device identification, Function Identification, functional status value in this database.
Under a kind of application scenarios, the data that smart machine can initiatively will collect, such as the environmental data such as temperature, humidity is reported to cloud server.The data reported also adopt universal communication protocol transmission, and namely data comprise device identification, Function Identification, functional status value.In this case, initiatively the data detected can only can be reported cloud server in time, so that corresponding control measure are taked in high in the clouds in time by equipment.
Under another kind of application scenarios, user directly enters scene, manually sets smart machine, such as, directly changes the design temperature of air-conditioning.This change is control device, cloud server cannot be known, the data uploaded by smart machine, and high in the clouds can upgrade and store up-to-date smart machine parameter and the parameter relevant to smart machine.In a specific embodiment, in step 253, when the functional status value in control command is identical with the smart machine parameter that smart machine is uploaded, the correlation function that smart machine is described by people for being adjusted to dbjective state, now then need not send this control command to smart machine again.
Carrying out, in the embodiment of Long-distance Control, comprising the following steps to a smart machine:
The manufacturer of smart machine is according to the function of smart machine, and in conjunction with communications protocol, for each function is determined " Function Identification ", and determine the definition of all functional status values and each functional status value for each " Function Identification ", such as, " Function Identification " of switching function is set to " switch ", and the functional status value of its correspondence comprises " on " (equipment is opened in expression), " off " (expression closing device).And, described mark or parameter value are stored in cloud server.
Smart machine connects cloud server, and obtains its unique identification beyond the clouds and control key, so that after control device sending controling instruction, carries out mutual between cloud server and smart machine.
Control device gets all controllable functions metadata of the smart machine that will control from the smart machine metadata database of cloud server, comprise: the meaning of Function Identification, each Function Identification corresponding function state value and each value, the mark that smart machine is served beyond the clouds.
Control device, according to communications protocol, assembles the communication data of this control command, will comprise device identification, Function Identification, functional status value in communication data, and the control command after assembling is sent to cloud server.Such as, open smart machine 1, the device identification in control command is set to 1, and Function Identification is set to " switch ", and corresponding function state value is set to " on ";
The communication data of this control command, by the smart machine mark in communication data, is sent to corresponding smart machine, such as smart machine 1 by cloud server.
Smart machine receives communication data, parses and wants this communication will perform " switch " function, and be " on " state by this function setting according to communications protocol; After smart machine executes the order in communication data, its execution result is returned to cloud server.
Cloud server receives the data that smart machine returns, if this time run succeeded, then the communication data of this control command sent by control device is preserved, if failure, does not then preserve, and smart machine is performed concrete outcome returns to control device.
Correspondingly, as shown in Figure 4, present invention also offers a kind of smart machine control device 300, smart machine control device 300 comprises: instruction reception unit 310, instructions parse unit 320, instruction sending unit 330.Wherein:
Instruction reception unit 310 is for receiving control command.Instruction reception unit 310 can be arranged on cloud server, also can be arranged on other data input-output equipment of being connected with high in the clouds and to be connected with cloud server by various wired or wireless connected mode suitably.
Instructions parse unit 320 is for parsing device identification in described control command, Function Identification, functional status value.Instructions parse unit 320 can realize by corresponding software module, carries out dissection process based on communications protocol to the data received.
Instruction sending unit 330 is for sending control command to the smart machine corresponding to device identification, and to make the function in described smart machine corresponding to Function Identification change into set condition, this set condition is determined by functional status value.Instruction sending unit 330 is receiving control command and sending the logical block of final instruction after parsing relevant parameter to smart machine.Instruction sending unit 330 is positioned on cloud server, and can be mutual with the command adapted thereto receiving port of smart machine.
Preferably, smart machine control device 300 also comprises: feedback information receiving element 340, the location of instruction 350.Wherein:
Feedback information receiving element 340 is for receiving the feedback information for control command from smart machine.Feedback information refers to that smart machine performs the execution result after control command.Smart machine performs control command, and have two kinds of possibilities, one runs succeeded; One performs failure due to software or hardware fault.
The location of instruction 350 is for storing described control command when described feedback information represents control command successful operation.When described feedback information represents control command successful operation, store described control command.More preferably, described control command is provided with timestamp, and described timestamp is the time mark generating control command.When described feedback information represents control command successful operation, there is described in storage the control command of timestamp.
Correspondingly, as shown in Figure 5, the present invention additionally provides a kind of smart machine managing and control system on the whole, and described system comprises: control device 10, cloud server 20, smart machine 30.Wherein: control device 10 is to cloud server 20 sending controling instruction.Cloud server 20 parses device identification in described control command, Function Identification, functional status value based on the control command received; Cloud server 20 sends control command to the smart machine 30 that device identification is corresponding, and to make the function in described smart machine 30 corresponding to Function Identification change into set condition, this set condition is determined by functional status value.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection range of claim.
Claims (7)
1. a smart machine management-control method, is characterized in that, described method comprises:
A. control command is received;
B. the device identification in described control command, Function Identification, functional status value is parsed;
C. send control command to the smart machine that device identification is corresponding, to make function setting in described smart machine corresponding to Function Identification for set condition, described set condition is determined by functional status value.
2. method according to claim 1, is characterized in that, also comprises after step c:
D. the feedback information for control command from smart machine is received;
E., when described feedback information represents control command successful operation, described control command is stored.
3. method according to claim 2, it is characterized in that, step e is: when described feedback information represents control command successful operation, store described control command, be provided with timestamp in described control command, described timestamp is the time mark generating control command.
4., according to described method arbitrary in claim 1-3, it is characterized in that, described method comprises:
Receive the current data of smart machine active upload, describedly currently comprise data equipment mark, Function Identification, functional status value;
Store described current data.
5. a smart machine control device, is characterized in that, described device comprises: instruction reception unit, instructions parse unit, instruction sending unit, wherein:
Instruction reception unit is for receiving control command;
Instructions parse unit is for parsing device identification in described control command, Function Identification, functional status value;
Instruction sending unit is used for sending control command to the smart machine that device identification is corresponding, and to make the function in described smart machine corresponding to Function Identification change into set condition, this set condition is determined by functional status value.
6. device according to claim 5, is characterized in that, described device comprises: feedback information receiving element, the location of instruction, wherein:
Feedback information receiving element is for receiving the feedback information for control command from smart machine;
The location of instruction is used for storing described control command when described feedback information represents control command successful operation.
7. a smart machine managing and control system, is characterized in that, described system comprises: control device, cloud server, smart machine, wherein:
Control device is to cloud server sending controling instruction;
Cloud server parses device identification in described control command, Function Identification, functional status value based on the control command received;
Cloud server sends control command to the smart machine that device identification is corresponding, and to make the function in described smart machine corresponding to Function Identification change into set condition, this set condition is determined by functional status value.
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