CN105788229A - An electric appliance remote control method and device and a remove controller - Google Patents
An electric appliance remote control method and device and a remove controller Download PDFInfo
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- CN105788229A CN105788229A CN201410809640.7A CN201410809640A CN105788229A CN 105788229 A CN105788229 A CN 105788229A CN 201410809640 A CN201410809640 A CN 201410809640A CN 105788229 A CN105788229 A CN 105788229A
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Abstract
An electric appliance remote control method and device and a remove controller are disclosed. The method includes calling a control data set for a first electric appliance from a control data set stored locally of at least two electric appliances in the remote controller, with the control data set of the first electric appliance comprising control interface data and instruction data; switching over to a control interface for the first electric appliance from a present control interface in the remote controller through the control interface data of the first electric appliance; through the control interface of the first electric appliance, receiving an instruction of a user for controlling the first electric appliance, and calling coding data corresponding to the instruction from instruction coding data; and sending the coding data corresponding to the instruction to the first electric appliance through a network so that the first electric appliance can perform the instruction according to the coding data corresponding to the instruction. The present control interface is a control interface for controlling the second electric appliance in the at least two electric appliances. The device comprises modules corresponding to the method. The method, the device and the remove controller facilitate control of a plurality of electric appliances through network instructions and infrared instructions for the user.
Description
Technical field
The present invention relates to remote controller technology, particularly relate to a kind of electrical equipment remote control method, device and remote controller.
Background technology
Remote controller is a technology of ripe development at present, is widely used, and its use scope expands to other electrical equipment from household electrical appliance, brings very big convenience to the life of people.Traditional remote controller is based on infrared principles and makes, and an electrical equipment is corresponding to a remote controller.
Remote controller intelligent development of the prior art, occurs in that can pass through network even wechat controls the remote controller of electrical equipment, after electrical equipment receives instruction by network, can resolve instruction, and perform instruction and operate accordingly.For this remote controller, the product of each model can be arranged a set of control interface and control instruction by the manufacturer of each electrical equipment, the control interface of these products and control instruction are arranged in the remote controller of product, and the different electrical equipment control instructions that different manufacturers produces are different with controlling interface；Thus, user uses different electrical equipment to need different remote controllers, has very big inconvenience.
Summary of the invention
In view of this, the present invention provides a kind of electrical equipment remote control method, device and remote controller.User can be facilitated to control multiple electrical equipment by network instruction.
Based on above-mentioned purpose a kind of electrical equipment remote control method provided by the invention, comprise the steps:
Controlling to call data set the control data set of wherein the first electrical equipment from the locally stored at least two electrical equipment of remote controller, described control data set includes controlling interface data and director data；
The control interface that changing interface is the first electrical equipment will be currently controlled on a remote control by the control interface data of described first electrical equipment；
Control the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
Optionally, before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
The control data set with the first electrical equipment of described first electrical equipment is bound so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
Optionally, before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
Receive user's interpolation instruction to the first electrical equipment；
According to the interpolation instruction to the first electrical equipment, resolve the first electrical parameter；
According to described first electrical parameter, obtain the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
The control data set of the first electrical equipment is stored in remote controller this locality and according to described first electrical parameter, sets up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
Optionally, before the control data set controlling to call wherein the first electrical equipment data set of the locally stored at least two electrical equipment of remote controller, also include:
Receive the enabled instruction starting the second electrical equipment control interface that user sends；
According to described enabled instruction, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
By the control interface data of described second electrical equipment, start the control interface of the second electrical equipment.
Optionally, described method also includes:
Send current state to the first electrical equipment and obtain instruction；
Receive the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
Resolve described state parameter, it is thus achieved that the first electrical appliance state classification and state value；
First electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
Optionally, described method also includes:
According to the control data that the first electrical equipment production firm provides, generate the first electrical equipment control data set after updating；
According to the first electrical equipment model and production firm, obtain and control data set change message；
Obtain the control data set of the first electrical equipment after updating, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
The further present invention provides a kind of electric apparatus remote-control device, including:
Control data set calling module: for the control data set controlling to call data set wherein the first electrical equipment of at least two electrical equipment locally stored from remote controller, described control data set includes controlling interface data and director data；
Control changing interface module: for will currently control, by the control interface data of described first electrical equipment, the control interface that changing interface is the first electrical equipment on a remote control；
Control instruction calling module: for controlling the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Instruction sending module: for coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
Optionally, described device also includes:
Send configuration module: for being bound the control data set with the first electrical equipment of described first electrical equipment so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
Optionally, described device also includes:
Add command reception module: receive user's interpolation instruction to the first electrical equipment；
Parameter analysis of electrochemical module: for according to the interpolation instruction to the first electrical equipment, resolving the first electrical parameter；
Control data set acquisition module: for according to described first electrical parameter, obtaining the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
Control data set memory module: for the control data set of the first electrical equipment is stored in remote controller this locality；
Relating module: for according to described first electrical parameter, setting up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
Optionally, described device also includes:
Enabled instruction receiver module: receive the enabled instruction starting the second electrical equipment control interface that user sends；
Control the enabled instruction that data set calling module receives according to described enabled instruction receiver module, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
Control interface and start module: for by the control interface data of described second electrical equipment, starting the control interface of the second electrical equipment.
Optionally, described device also includes:
Current state obtains instruction sending module: obtain instruction for sending current state to the first electrical equipment；
State parameter receiver module: for receiving the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
State parameter parsing module: be used for resolving described state parameter, and obtain the first electrical appliance state classification and state value；
State presents module: for the first electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
Optionally, described device also includes:
Control data set and change module: for the control data provided according to the first electrical equipment production firm, generate the first electrical equipment control data set after updating；
Control data set and change message capturing module: for according to the first electrical equipment model and production firm, obtaining control data set and change message；
Control data set and update memory module: be used for the control data set of the first electrical equipment after obtaining renewal, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
Further, the present invention also provides for a kind of remote controller, including the display screen for showing electrical equipment control interface, also includes the electric apparatus remote-control device that any one embodiment of the present invention provides.
As can be seen from above, electrical equipment remote control method, device and the remote controller that the present invention and embodiment provide, the control of multiple network appliance can be focused on and a remote controller carries out, simplify the remote control unit that user is electrical arrangement, it is easy to user and carries remote controller so that electrical equipment remotely to be controlled, improve the quality of life of people.Additionally, method, device and remote controller that the embodiment of the present invention provides, additionally it is possible to send current state to network appliance and obtain instruction, to realize the long-range monitoring to electrical equipment, save people and control the time and efforts of electrical equipment.
Accompanying drawing explanation
Fig. 1 is the electrical equipment remote control method schematic flow sheet of the embodiment of the present invention；
Fig. 2 is the list of appliances schematic diagram of one embodiment of the invention；
The list of appliances that Fig. 3 is one embodiment of the invention adds deletion electrical equipment schematic diagram；
Fig. 4 is in one embodiment of the invention, adds input parameter schematic diagram during electrical equipment in list of appliances；
Fig. 5 is the list of appliances schematic diagram of another embodiment of the present invention；
Fig. 6 is the electric apparatus remote-control device structural representation of the embodiment of the present invention.
Detailed description of the invention
In order to provide effective implementation, the invention provides following embodiment, below in conjunction with Figure of description, the embodiment of the present invention is illustrated.
Present invention firstly provides a kind of electrical equipment remote control method, the step including as shown in Figure 1:
Step 101: control to call data set the control data set of wherein the first electrical equipment from the locally stored at least two electrical equipment of remote controller, described control data set includes controlling interface data and director data；
Step 102: will currently control the control interface that changing interface is the first electrical equipment on a remote control by the control interface data of described first electrical equipment；
Step 103: control the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Step 104: coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
As can be seen from above, electrical equipment remote control method provided by the invention can obtain the control data set of electrical equipment from the provider server of electrical equipment, and according to user's request, control interface is switched over, such that it is able to two and plural electrical equipment are concentrated on, a remote controller is controlled, simplify the control method of electrical equipment, simplify the remote configuration under the occasion such as household, work.
Described control data set contains the instruction encoding that electrical equipment can directly perform, and is encoded generating according to the director data that electrical equipment manufacturer provides.
The interface that controls described in above-described embodiment is present the control interface corresponding with electrical equipment on a remote control.When controlling interface described in user operation, issuing the instruction controlling the first electrical equipment, user can be received by described control interface and control the instruction of the first electrical equipment.
In a particular embodiment, before step 101, should first receive user and be switched to the switching command at the first electrical equipment control interface, the corresponding relation after receiving switching command, according to instruction encoding Yu electrical equipment, it is determined that call the control data set of the first electrical equipment.Described switching command can be self-defining instruction, for instance " To the first electrical equipment ".Described switching command can also is that user passes through the selection instruction that the devices such as touch screen send, and specifically such as, user selects the first electrical equipment in the list of appliances of touch screen；User can also arrange the appliance name in list of appliances according to the concrete condition of oneself living environment, such as " parlor air-conditioning ", " bedroom air-conditioning ", " study air-conditioning ", " bedroom TV ", " living-room TV machine ".Owing to the control instruction of electrical equipment is by network transmission, this network can be the little bound local area networks such as bluetooth, WLAN, can also be mobile network, wifi etc., thus to the control of electrical equipment by the restriction of distance, the electrical equipment of office and family can also be focused on and be controlled on a remote controller by user.In a particular embodiment, above-mentioned list of appliances can be provided with multiple, and the electrical equipment of different location can be arranged in different lists, for instance, household appliances can be arranged in a list, and office electrical equipment can be arranged in another list.
One specific embodiment of list of appliances is as shown in Figure 2.In the list of appliances shown in Fig. 2, containing TV, refrigerator and washing machine these three electrical equipment, user can click corresponding icon and start corresponding electrical equipment.
Being controlled and control when there is network all can carry out on a remote controller owing to multiple electrical equipment can concentrate on, the method that therefore present invention and embodiment provide also allows for user and carries with remote controller electrical equipment remotely to be controlled.Such as, owing to generally, user spends certain time after opening air-conditioning, and obvious change just can occur indoor temperature, therefore, user before getting home in certain time, can open the air-conditioning in family by remote controller；If user also wants to go home to adopt water heater to have a bath afterwards, then can pass through remote controller and open the water heater in family in advance, thus saving the waiting time of user, improve user and making the comfort level of electrical appliance simultaneously.
In remote controller is locally stored, a tables of data can be set, corresponding relation between record control data collection and concrete appliance name in this tables of data, in order to user selects the control data set of the electrical equipment called desired by it according to the title of electrical equipment.
In some embodiments of the invention, before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
The control data set of the physical address of described first electrical equipment and the first electrical equipment is bound so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
In a particular embodiment of the present invention, the control data set of the physical address of the first electrical equipment and the first electrical equipment is bound, will be transmitted according to the physical address of the first electrical equipment by the instruction controlling interface transmission of the first electrical equipment.Such as, the physical address of the first electrical equipment is 100.101.102.103, so the control data set of the first electrical equipment and this physical address set up incidence relation so that be sent to, by the instruction controlling interface transmission of the first electrical equipment, the first electrical equipment that physical address is 100.101.102.103.
In embodiments of the present invention, before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
Receive user's interpolation instruction to the first electrical equipment；
According to the interpolation instruction to the first electrical equipment, resolve the first electrical parameter；
According to described first electrical parameter, obtain the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
The control data set of the first electrical equipment is stored in remote controller this locality and according to described first electrical parameter, sets up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
The control data set of every kind of model can be stored in a data base by electrical equipment producer after manufacturing electrical equipment, user is when the electrical equipment using this electrical equipment producer to manufacture, the interpolation instruction comprising concrete producer and concrete electrical equipment type information can be issued, interpolation instruction according to user, search from the server of electrical equipment producer and obtain, and be stored in remote controller this locality.
In a particular embodiment of the present invention, user can press any one button in list of appliances by length and make remote controller enter list of appliances editing mode, and display electrical equipment adds option and option deleted by electrical equipment, as shown in Figure 3.Selecting electrical equipment to delete option 301 by clicking, user can delete the control data set of the electrical equipment list item in list of appliances and this electrical equipment；Select electrical equipment to add option 302 by clicking, above-mentioned electrical equipment adding procedure can be performed.After user clicks electrical equipment interpolation option, the prompting user of input frame shown in Fig. 4 can be ejected and input the parameters such as the physical address of electrical equipment to be added, title, model, production firm and obtain the parameter of electrical equipment to be added.
When increasing other new electrical equipment in the work or living environment of user, the method that can pass through above-described embodiment provides add new electrical equipment in remote controller.
In some embodiments of the invention, coding data corresponding for described instruction are sent to the first electrical equipment so that described first electrical equipment also includes can perform the step of described instruction according to the coding data that described instruction is corresponding after:
Receive the enabled instruction starting the second electrical equipment control interface that user sends；
According to described enabled instruction, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
By the control interface data of described second electrical equipment, start the control interface of the second electrical equipment.
In a particular embodiment, described enabled instruction can be custom instruction, it is also possible to be user's selection instruction of selecting the second electrical equipment in a list of appliances.
In some embodiments of the invention, described method also includes:
Send current state to the first electrical equipment and obtain instruction；
Receive the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
Resolve described state parameter, it is thus achieved that the first electrical appliance state classification and state value；
First electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
By above-described embodiment, user can realize the long-range monitoring to electrical equipment.Such as, user wishes when remotely monitoring the car door lock state of oneself vehicle, can send above-mentioned current state by remote controller and obtain instruction, when vehicle receiver is to the acquisition instruction of described current state, feeds back current vehicle door lock state.Electrical equipment can be monitored by user by this similar mode.For another example, when user arrives office, forget whether oneself has been switched off the electrical equipment such as water heater or water dispenser, now just can pass through remote controller and send the on off state that current state acquisition instruction, acquisition water heater or water dispenser are current.When user travels outdoors, can pass through to send current state to electrical equipment in family and obtain instruction, to determine all equal normal switching-offs of the electrical equipment that must close.
In a particular embodiment of the present invention, current state can be sent according to interval set in advance timing to certain electrical equipment and obtain instruction, obtain electrical equipment state within the time period, to realize the monitoring to electrical equipment.
In a particular embodiment of the present invention, described current state obtains the transmission of instruction can receive triggering when user's click state on the control interface of the first electrical equipment obtains functional keys signal, it is also possible to trigger when the click state receiving user's first electrical equipment list item in list of appliances obtains functional keys signal.In the present embodiment, described list of appliances can be as shown in Figure 5, this list of appliances comprises multiple electrical equipment as list item, each list item comprises the functional keys such as " startup ", " state acquisition ", and user can pass through these functional keyss and send the control interface referring to start corresponding electric appliance or the instruction obtaining response electrical equipment current state respectively to corresponding electrical equipment.When " startup " functional keys clicked in the first electrical equipment list item, start the control interface of the first electrical equipment, or will currently control the changing interface control interface to the first electrical equipment；When " state acquisition " functional keys clicked in the first electrical equipment list item, send current state to the first electrical equipment and obtain instruction.
In a particular embodiment of the present invention, described current state obtains instruction and automatically can send according to the interval pre-set, such as, user wishes the state monitoring its vehicle, each hour monitoring vehicle-state can be pre-set once, so, when the judging distance last time send current state obtain instruction time reach one little constantly, send current state from the physical address of trend user's vehicle and obtain instruction, and receive the current state parameter that vehicle feeds back, it is achieved user's monitoring to vehicle.For another example, in daily life, people often carry out a remote position when using laundry washer reading, seeing other activity such as TV or work, in the process that washing machine runs, user can arrange every ten minutes obtain washing machine current state once, then set time point on, to washing machine send current state obtain instruction, washing machine is made to return current operating conditions, thus the laundry state that user checks washing machine without frequently walking about.
In the specific embodiment of the invention, when described electrical equipment is water heater, described state parameter and state value can be respectively as follows: " temperature ", " 12 "；When described electrical equipment is vehicle doorn, described state parameter and state value can be respectively as follows: " on off state ", " closedown ".
In some embodiments of the invention, described method also includes:
According to the control data that the first electrical equipment production firm provides, generate the first electrical equipment control data set after updating；
Utilize described first electrical equipment data in original control data set, obtain and control data set change message；
Obtain the control data set of the first electrical equipment after updating, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
From the above it can be seen that electrical equipment remote control method provided by the present invention, being conducive to concentrating on multiple electrical equipment one remote controller is controlled, improve the portability of remote controller, thus allowing user remotely electrical equipment being controlled；The electrical equipment remote control method that the embodiment of the present invention provides, it is also possible to electrical appliance state is monitored, improves people and make convenience and the reliability of electrical appliance.
Further, the present invention also provides for a kind of electric apparatus remote-control device, structure as shown in Figure 6, including:
Control data set calling module: for the control data set controlling to call data set wherein the first electrical equipment of at least two electrical equipment locally stored from remote controller, described control data set includes controlling interface data and director data；
Control changing interface module: for will currently control, by the control interface data of described first electrical equipment, the control interface that changing interface is the first electrical equipment on a remote control；
Control instruction calling module: for controlling the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Instruction sending module: for coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
As can be seen from above, electric apparatus remote-control device provided by the invention, can at the control data set of the locally stored multiple electrical equipment of remote controller, and the control interface of the electrical equipment of switching difference on a remote control, make a remote controller can control multiple electrical equipment, simplify the electric apparatus remote-control device of user, facilitate user to carry remote controller so that electrical equipment remotely to be controlled.
In some embodiments of the invention, described device also includes:
Send configuration module: for being bound the control data set with the first electrical equipment of described first electrical equipment so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
In some embodiments of the invention, described device also includes:
Add command reception module: receive user's interpolation instruction to the first electrical equipment；
Parameter analysis of electrochemical module: for according to the interpolation instruction to the first electrical equipment, resolving the first electrical parameter；
Control data set acquisition module: for according to described first electrical parameter, obtaining the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
Control data set memory module: for the control data set of the first electrical equipment is stored in remote controller this locality；
Relating module: for according to described first electrical parameter, setting up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
In some embodiments of the invention, described device also includes:
Enabled instruction receiver module: receive the enabled instruction starting the second electrical equipment control interface that user sends；
Control the enabled instruction that data set calling module receives according to described enabled instruction receiver module, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
Control interface and start module: for by the control interface data of described second electrical equipment, starting the control interface of the second electrical equipment.
In some embodiments of the invention, described device also includes:
Current state obtains instruction sending module: obtain instruction for sending current state to the first electrical equipment；
State parameter receiver module: for receiving the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
State parameter parsing module: be used for resolving described state parameter, and obtain the first electrical appliance state classification and state value；
State presents module: for the first electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
In some embodiments of the invention, described device also includes:
Control data set and change module: for the control data provided according to the first electrical equipment production firm, generate the first electrical equipment control data set after updating；
Control data set and change message capturing module: for according to the first electrical equipment model and production firm, obtaining control data set and change message；
Control data set and update memory module: be used for the control data set of the first electrical equipment after obtaining renewal, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
Further, the present invention also provides for a kind of remote controller, it is characterised in that includes the display screen for showing electrical equipment control interface, also includes the electric apparatus remote-control device that any one embodiment of the present invention provides.
In some embodiments of the invention, described remote controller also has infrared control function, and ultra-red order and the described control data set transmitted by network are identified by type.
As can be seen from above, electrical equipment remote control method, device and the remote controller that the present invention and embodiment provide, the control of multiple network appliance can be focused on and a remote controller carries out, simplify the remote control unit that user is electrical arrangement, it is easy to user and carries remote controller so that electrical equipment remotely to be controlled, improve the quality of life of people.Additionally, method, device and remote controller that the embodiment of the present invention provides, additionally it is possible to send current state to network appliance and obtain instruction, to realize the long-range monitoring to electrical equipment, save people and control the time and efforts of electrical equipment.
Should be appreciated that the multiple embodiments described by this specification are merely to illustrate and explain the present invention, be not intended to limit the present invention.And when not conflicting, the embodiment in the application and the feature in embodiment can be mutually combined.
Obviously, the present invention can be carried out various change and modification without deviating from the spirit and scope of the present invention by those skilled in the art.So, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (13)
1. an electrical equipment remote control method, it is characterised in that comprise the steps:
Controlling to call data set the control data set of wherein the first electrical equipment from the locally stored at least two electrical equipment of remote controller, described control data set includes controlling interface data and director data；
The control interface that changing interface is the first electrical equipment will be currently controlled on a remote control by the control interface data of described first electrical equipment；
Control the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
2. method according to claim 1, it is characterised in that before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
The control data set with the first electrical equipment of described first electrical equipment is bound so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
3. method according to claim 1, it is characterised in that before the step of the control interface data controlling to call the first electrical equipment data set of at least two electrical equipment and director data, also include:
Receive user's interpolation instruction to the first electrical equipment；
According to the interpolation instruction to the first electrical equipment, resolve the first electrical parameter；
According to described first electrical parameter, obtain the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
The control data set of the first electrical equipment is stored in remote controller this locality and according to described first electrical parameter, sets up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
4. method according to claim 1, it is characterised in that before the control data set controlling to call wherein the first electrical equipment data set of the locally stored at least two electrical equipment of remote controller, also include:
Receive the enabled instruction starting the second electrical equipment control interface that user sends；
According to described enabled instruction, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
By the control interface data of described second electrical equipment, start the control interface of the second electrical equipment.
5. method according to claim 1, it is characterised in that also include:
Send current state to the first electrical equipment and obtain instruction；
Receive the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
Resolve described state parameter, it is thus achieved that the first electrical appliance state classification and state value；
First electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
6. the method according to any one in claim 1-5, it is characterised in that also include:
According to the control data that the first electrical equipment production firm provides, generate the first electrical equipment control data set after updating；
According to the first electrical equipment model and production firm, obtain and control data set change message；
Obtain the control data set of the first electrical equipment after updating, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
7. an electric apparatus remote-control device, it is characterised in that including:
Control data set calling module: for the control data set controlling to call data set wherein the first electrical equipment of at least two electrical equipment locally stored from remote controller, described control data set includes controlling interface data and director data；
Control changing interface module: for will currently control, by the control interface data of described first electrical equipment, the control interface that changing interface is the first electrical equipment on a remote control；
Control instruction calling module: for controlling the instruction of the first electrical equipment by the interface reception user that controls of described first electrical equipment and call, in described instruction number coding evidence, the coding data that described instruction is corresponding；
Instruction sending module: for coding data corresponding for described instruction are sent to the first electrical equipment via network so that described first electrical equipment can perform described instruction according to the coding data that described instruction is corresponding；
Described current control interface is the control interface of the second electrical equipment in described at least two electrical equipment.
8. device according to claim 7, it is characterised in that described device also includes:
Send configuration module: for being bound the control data set with the first electrical equipment of described first electrical equipment so that coding data corresponding to described instruction can be sent to described first electrical equipment by described physical address.
9. device according to claim 7, it is characterised in that described device also includes:
Add command reception module: receive user's interpolation instruction to the first electrical equipment；
Parameter analysis of electrochemical module: for according to the interpolation instruction to the first electrical equipment, resolving the first electrical parameter；
Control data set acquisition module: for according to described first electrical parameter, obtaining the control data set of the first electrical equipment from the data base corresponding to the first electrical equipment；
Control data set memory module: for the control data set of the first electrical equipment is stored in remote controller this locality；
Relating module: for according to described first electrical parameter, setting up and store the first electrical equipment IP address and the incidence relation of the first electrical equipment control data set；
Described first electrical parameter includes the first electrical equipment IP address, the first appliance name, the first electrical equipment model.
10. device according to claim 7, it is characterised in that described device also includes:
Enabled instruction receiver module: receive the enabled instruction starting the second electrical equipment control interface that user sends；
Control the enabled instruction that data set calling module receives according to described enabled instruction receiver module, from the control data set of at least two electrical equipment, call the control interface data of the second electrical equipment；
Control interface and start module: for by the control interface data of described second electrical equipment, starting the control interface of the second electrical equipment.
11. device according to claim 7, it is characterised in that described device also includes:
Current state obtains instruction sending module: obtain instruction for sending current state to the first electrical equipment；
State parameter receiver module: for receiving the state parameter that the first electrical equipment responds the acquisition instruction of described current state, sends via network；
State parameter parsing module: be used for resolving described state parameter, and obtain the first electrical appliance state classification and state value；
State presents module: for the first electrical appliance state classification and state value are presented on remote controller displays interface so that user can obtain, by described status categories and state value, the state that described first electrical equipment is current.
12. the device according to any one in claim 7-11, it is characterised in that described device also includes:
Control data set and change module: for the control data provided according to the first electrical equipment production firm, generate the first electrical equipment control data set after updating；
Control data set and change message capturing module: for according to the first electrical equipment model and production firm, obtaining control data set from server end and change message；
Control data set and update memory module: be used for the control data set of the first electrical equipment after obtaining renewal, and the control data set of the first electrical equipment after renewal is stored in remote controller this locality.
13. a remote controller, it is characterised in that include the display screen for showing electrical equipment control interface, also include the electric apparatus remote-control device described in any one in claim 7-12.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410809640.7A CN105788229A (en) | 2014-12-23 | 2014-12-23 | An electric appliance remote control method and device and a remove controller |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410809640.7A CN105788229A (en) | 2014-12-23 | 2014-12-23 | An electric appliance remote control method and device and a remove controller |
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| CN105788229A true CN105788229A (en) | 2016-07-20 |
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| CN201410809640.7A Pending CN105788229A (en) | 2014-12-23 | 2014-12-23 | An electric appliance remote control method and device and a remove controller |
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