A kind of apparatus control method and the network equipmentTechnical field
The present invention relates to electronic technology field, particularly a kind of apparatus control method and the network equipment.
Background technology
Along with the development of science and technology, electronic technology have also been obtained development at full speed, and increasing electronic equipment, as smart mobile phone, intelligent refrigerator, intelligent air condition etc., becomes the necessity of people's daily life.And the appearance of various electronic equipment, make the intelligentized control method of electronic equipment seem particularly important.
Realizing first will setting up a net control to the intelligentized control method of electronic equipment, then by needing the electronic equipment controlled to be linked in this net control, realizing by net control the effect controlling electronic equipment.In the prior art, setting up net control needs first to determine the function of each electronic equipment in net control usually, e.g., as the telegon in net control, sets up net control; Or as the router in net control, forward control command etc., then set up this net control by the multiple electronic equipments determining function, realized the intelligentized control method to electronic equipment.
Because in the net control of prior art, the function of each electronic equipment has determined, like this, when net control is in running order, the function of electronic equipment just can not change.So there is the single technical problem of the functional mode of the electronic equipment in net control in electronic equipment of the prior art.
Summary of the invention
The embodiment of the present application provides a kind of apparatus control method and the network equipment, there is the single technical problem of the functional mode of the electronic equipment in net control for solving electronic equipment of the prior art, realizing enabling electronic equipment automatically according to the technique effect of self functional mode of net control state adjustment.
The embodiment of the present application provides a kind of apparatus control method on the one hand, comprising:
The network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction;
If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
Described first network equipment is made to be in described first equipment mode.
Optionally, make after described first network equipment is in described first equipment mode described, described method also comprises:
Determine that described network state switches to second network state by described first network state, wherein, described second network state is the network state different from described first network state;
Make described first network equipment be switched to described second equipment mode by described first EM equipment module, wherein, described second equipment mode is the mode of operation for performing second instruction set different from described first instruction set.
Optionally, the network state of described first network equipment determination objective network, comprising:
Described first network equipment sends the network state solicited message corresponding with described objective network to second network equipment, and wherein, described second network equipment is the network equipment for managing described objective network;
Described first network equipment receives the network state feedback information obtained based on described network state solicited message sent by described second network equipment;
Based on described network state feedback information, determine the network state of described objective network, wherein, described network state is store the first state of the network information of described objective network or the second state for not storing the network information of described objective network in the described second network equipment of sign in the described second network equipment of sign, and the described network information is the information of the network identifier comprising described objective network.
Optionally, if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, comprising:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is greater than the first predetermined threshold value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one instruction of information interaction function be described first equipment mode;
Correspondingly, if be greater than the first predetermined threshold value in described network signal intensity value, based on described corresponding relation, determine performing and have after the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function is described first equipment mode, described method also comprises:
There is described in execution the first instruction making the equipment room in described objective network carry out in the set of at least one the first instruction of information interaction function, the routing iinformation corresponding with described first network equipment is sent to described second network equipment, wherein, described routing iinformation by when described first network equipment communicates with described second network equipment the information in path of process.
Optionally, if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, comprising:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is less than or equal to the first predetermined threshold value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, if be less than or equal to the first predetermined threshold value in described network signal intensity value, based on described corresponding relation, after the mode of operation of set determining performing at least one second instruction with the function setting up and configure described objective network is described first equipment mode, described method also comprises:
There is described in execution the second instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
Optionally, if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, comprising:
If described first network state is described second state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, if be described second state in described first network state, based on described corresponding relation, after the mode of operation of set determining performing at least one second instruction with the function setting up and configure described objective network is described first equipment mode, described method also comprises:
There is described in execution the 3rd instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
Optionally, describedly determine that described network state switches to second network state by described first network state, comprising:
Obtain described network signal intensity value;
If when described network signal intensity value is less than or equal to described first predetermined threshold value, determine that described network state switches to described second network state by described first network state;
Correspondingly, described in make described first network equipment be switched to the second equipment mode by described first EM equipment module, comprising:
Based on described corresponding relation, by the current operation mode of described first network equipment by described be used for performing have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function switch to described in be used for performing the mode of operation of set of at least one second instruction with the function setting up and configure described objective network.
Optionally, described method also comprises:
Receive the first networking request sent by the 3rd network equipment, wherein, described first networks request for accessing the request of described objective network;
Obtain the number of devices of the network equipment accessed in described objective network;
Determine whether described number of devices is less than the second predetermined threshold value;
When determining that described number of devices is less than described second predetermined threshold value, the routing iinformation corresponding with described 3rd network equipment is stored in described first network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described first network equipment the information in path of process.
The embodiment of the present application provides a kind of network equipment on the other hand, comprising:
First determining unit, for determining the network state of objective network, wherein, described objective network is the network making at least one network equipment be connected with the described network equipment carry out information interaction;
Second determining unit, if be first network state for described network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
First performance element, is in described first equipment mode for making the described network equipment.
The embodiment of the present application additionally provides a kind of network equipment, comprising:
Communicator, for other devices communicatings;
Storage device, at least storing the first instruction set;
Processing unit, for determining the network state of objective network, wherein, described objective network is the network making at least one network equipment be connected with the described network equipment carry out information interaction; If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set; The described network equipment is made to be in described first equipment mode.
Optionally, described storage device is also for storing second instruction set different from described first instruction set.
Optionally, when described storage device also communicates with the described network equipment for the second network equipment stored at least one network equipment described the information in path of process.
Above-mentioned one or more technical scheme in the embodiment of the present application, at least has one or more technique effects following:
Due to the technical scheme in the embodiment of the present application, adopt the network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction; If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set; Described first network equipment is made to be in the technological means of described first equipment mode, like this, when electronic equipment sets up net control, the state of current net control can first automatically be determined, when network state is the first state, electronic equipment correspondence is set to the first functional mode; When network state is the second state, electronic equipment is then set to the second functional mode, thus the functional mode of electronic equipment is changed according to real network state, so, efficiently solve electronic equipment of the prior art and there is the single technical problem of the functional mode of the electronic equipment in net control, realize enabling electronic equipment automatically according to the technique effect of self functional mode of net control state adjustment.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described by the accompanying drawing used required in describing embodiment below, apparently, the accompanying drawing in the following describes is only some embodiments of the present invention.
A kind of apparatus control method flow chart of Fig. 1 for providing in the embodiment of the present application one;
Fig. 2 is the specific implementation flow chart of step S101 in the embodiment of the present application one;
Fig. 3 is the first the specific implementation flow chart of step S102 in the embodiment of the present application one;
Fig. 4 is the second specific implementation flow chart of step S102 in the embodiment of the present application one;
Fig. 5 is the tree-shaped relation schematic diagram in the embodiment of the present application one between ZigBee-network;
Fig. 6 is equipment subordinate relation schematic diagram in the embodiment of the present application one;
A kind of structured flowchart of the network equipment of Fig. 7 for providing in the embodiment of the present application two;
A kind of structural representation of the network equipment of Fig. 8 for providing in the embodiment of the present application three.
Embodiment
The embodiment of the present application provides a kind of apparatus control method and the network equipment, there is the single technical problem of the functional mode of the electronic equipment in net control for solving electronic equipment of the prior art, realizing enabling electronic equipment automatically according to the technique effect of self functional mode of net control state adjustment.
Technical scheme in the embodiment of the present application, for solving the problems of the technologies described above, provides a kind of apparatus control method, comprising:
The network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction;
If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
Described first network equipment is made to be in described first equipment mode.
In technique scheme, adopt the network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction; If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set; Described first network equipment is made to be in the technological means of described first equipment mode, like this, when electronic equipment sets up net control, the state of current net control can first automatically be determined, when network state is the first state, electronic equipment correspondence is set to the first functional mode; When network state is the second state, electronic equipment is then set to the second functional mode, thus the functional mode of electronic equipment is changed according to real network state, so, efficiently solve electronic equipment of the prior art and there is the single technical problem of the functional mode of the electronic equipment in net control, realize enabling electronic equipment automatically according to the technique effect of self functional mode of net control state adjustment.
In order to better understand technique scheme, below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the specific features being to be understood that in the embodiment of the present application and embodiment is the detailed description to technical solution of the present invention, instead of the restriction to technical solution of the present invention, when not conflicting, the technical characteristic in the embodiment of the present application and embodiment can be combined with each other.
Embodiment one
Please refer to Fig. 1, be a kind of apparatus control method flow chart provided in the embodiment of the present application one, described method comprises:
S101: the network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction;
S102: if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
S103: make described first network equipment be in described first equipment mode.
In specific implementation process, described first network equipment can be specifically repeater or hub, also can be that other can set up the electronic equipment of the Internet with repeater or hub, and at this, just differing one schematically illustrates.Described objective network can be specifically cable network; Or high power consumption, two-forty cordless communication network, as WiFi network; Or low-power consumption, low rate cordless communication network, e.g., ZigBee-network also can be that other can carry out the network of radio communication; Described objective network specifically can be applied to Industry Control or the field such as home automation or medical treatment and nursing, is not restricted in the embodiment of the present application.In specific implementation process, by be repeater with described first network equipment, described objective network is low-power consumption, the cordless communication network of low rate, as, ZigBee-network, and described ZigBee-network to be applied in home equipment control system as example, is described in detail the specific implementation process of the method in the embodiment of the present application.
When adopting the method in the embodiment of the present application to carry out equipment control, first step S101 is performed, that is: the network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction.
In the embodiment of the present application, please refer to Fig. 2, the specific implementation of step S101 is:
S201: described first network equipment sends the network state solicited message corresponding with described objective network to second network equipment, and wherein, described second network equipment is the network equipment for managing described objective network;
S202: described first network equipment receives the network state feedback information obtained based on described network state solicited message sent by described second network equipment;
S203: based on described network state feedback information, determine the network state of described objective network, wherein, described network state is store the first state of the network information of described objective network or the second state for not storing the network information of described objective network in the described second network equipment of sign in the described second network equipment of sign, and the described network information is the information of the network identifier comprising described objective network.
In specific implementation process, continue to use above-mentioned example, with described first network equipment for repeater, described objective network is ZigBee-network, and described ZigBee-network is applied in home equipment control system as example, in order to realize the intellectuality of home equipment management, device control message in each family can adopt WiFi or other wireless or wired modes and high in the clouds control centre to carry out alternately, as, user can use mobile phone sending controling instruction to high in the clouds, control corresponding home equipment by high in the clouds and perform instruction, now, server corresponding to high in the clouds is second network equipment, in the embodiment of the present application, described high in the clouds is specially the remote server adopting the communication network different from described objective network to realize carrying out other electronic equipments control and management.By WiFi mode, home equipment is controlled for high in the clouds control centre, a hub can be provided with in each family, be used to provide the WiFi network in home environment, and carry out information interaction by described WiFi network and high in the clouds.Now, when repeater is linked into hub, repeater just needs to determine whether establish ZigBee-network in current home environment.
After repeater is linked into hub, repeater has just joined in the WiFi network in current home, then, repeater obtains the id number of hub, and by WiFi network, the network state solicited message carrying hub id number is sent to high in the clouds, judge whether this id number has had corresponding networked beacons, if when storing the networked beacons corresponding with this id number in high in the clouds, then judges to establish ZigBee-network in this home environment by high in the clouds; If do not store the networked beacons corresponding with this id number in high in the clouds, then, judge not set up ZigBee-network in this home environment.Then, result of determination is fed back to repeater by WiFi network by high in the clouds.If repeater have received the feedback information carrying networked beacons, then determine that current home environment is in and establish ZigBee-network first state; If repeater have received the feedback information not carrying networked beacons, then determine that current home environment is in the second state not setting up ZigBee-network.
After complete step S101, method in the embodiment of the present application just performs step S102, that is: if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set.
In specific implementation process, due to the difference of ZigBee-network state, the specific implementation of step S102 is also different, specifically has following three kinds of modes:
First kind of way, please refer to Fig. 3, comprising:
S301: if described first network state is described first state, obtain the network signal intensity value of described objective network;
S302: if described network signal intensity value is greater than the first predetermined threshold value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one instruction of information interaction function be described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current home environment is in the first state establishing ZigBee-network, repeater just obtains the signal strength values of described ZigBee-network, as-97dBm.In specific implementation process, can preset a signal strength threshold in the memory cell of repeater, as-100dBm, certainly, those skilled in the art also can be arranged according to actual user demand, are not restricted in the embodiment of the present application.Now, signal strength values-the 97dBm>-100dBm obtained judged by repeater, then, based on the corresponding relation of the network state prestored in the memory cell of repeater and equipment mode, the equipment mode corresponding with current network state is determined.Wherein, the corresponding relation of the described network state that prestores and equipment mode, can be specifically: " when network signal intensity value is greater than-100dBm, equipment mode is for performing the mode of operation having and make the equipment room in described objective network carry out the set of at least one instruction of information interaction function; When network signal intensity value is less than-100dBm, equipment mode is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network." now; due to-97dBm>-100dBm, therefore, determine that the current device pattern of repeater is for performing the mode of operation having and make the equipment room in described objective network carry out the set of at least one instruction of information interaction function; as, router mode.
Correspondingly, after complete step S302, described method also comprises:
There is described in execution the first instruction making the equipment room in described objective network carry out in the set of at least one the first instruction of information interaction function, the routing iinformation corresponding with described first network equipment is sent to described second network equipment, wherein, described routing iinformation by when described first network equipment communicates with described second network equipment the information in path of process.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current equipment mode is router mode, repeater just performs the instruction relevant to router feature, as, routing iinformation sets up instruction, thus by during the communicating with cloud server of repeater the routing information of process be sent to high in the clouds, as, transmit path: repeater → hub → high in the clouds.
After complete above-mentioned steps, the method in the embodiment of the present application just performs step S103, that is: make described first network equipment be in described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater completes the instruction that routing iinformation sets up, be just router mode by the Working mode set of repeater, thus repeater is forwarded with the information of the identity of router to ZigBee-network in ZigBee-network.
Certainly, in specific implementation process, after also can first making first network equipment be in described first equipment mode, then perform first instruction relevant to described first equipment mode, those skilled in the art can set according to actual user demand, do not limit in the embodiment of the present application.
The second way, please refer to Fig. 4, comprising:
S401: if described first network state is described first state, obtain the network signal intensity value of described objective network;
S402: if described network signal intensity value is less than or equal to the first predetermined threshold value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current home environment is in and establishes ZigBee-network first state, repeater just obtains the signal strength values of described ZigBee-network, as-107dBm.In specific implementation process, can preset a signal strength threshold in the memory cell of repeater, as-100dBm, certainly, those skilled in the art also can be arranged according to actual user demand, are not restricted in the embodiment of the present application.Now, signal strength values-the 107dBm<-100dBm obtained judged by repeater, then, based on the corresponding relation of the network state prestored in the memory cell of repeater and equipment mode, the equipment mode corresponding with current network state is determined.Wherein, the corresponding relation of the described network state that prestores and equipment mode, can be specifically: " when network signal intensity value is greater than-100dBm, equipment mode is for performing the mode of operation having and make the equipment room in described objective network carry out the set of at least one instruction of information interaction function; When network signal intensity value is less than-100dBm, equipment mode is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network." now; due to-107dBm<-100dBm, therefore, determine that the current device pattern of repeater is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network; as, telegon pattern.
Correspondingly, after complete step S402, described method also comprises:
There is described in execution the second instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current equipment mode is telegon pattern, repeater just performs the instruction relevant to coordinator function, as, set up the instruction of ZigBee-network, thus in home environment, set up ZigBee-network 1, and carry out channel scan procedure, determine the communication channel of ZigBee-network 1, set corresponding network identifier etc., and the routing iinformation of the network equipment in ZigBee-network 1 is sent to high in the clouds, now, only hub is comprised in ZigBee-network 1, thus the routing information of hub is sent to high in the clouds, as, transmit path: hub → repeater → high in the clouds.
After complete above-mentioned steps, the method in the embodiment of the present application just performs step S103, that is: make described first network equipment be in described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater completes the instruction of setting up ZigBee-network, be just telegon pattern by the Working mode set of repeater, thus the identity of repeater with telegon in ZigBee-network is managed ZigBee-network.
Certainly, in specific implementation process, after also can first making first network equipment be in described first equipment mode, then perform first instruction relevant to described first equipment mode, those skilled in the art can set according to actual user demand, do not limit in the embodiment of the present application.
The third mode, comprising:
If described first network state is described second state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current home environment is in the second state not setting up ZigBee-network, repeater just according to the corresponding relation of prestore network state in the memory unit and equipment mode, determines the equipment mode corresponding with current network state.Wherein, the corresponding relation of the described network state that prestores and equipment mode, can be specifically: " when there is ZigBee-network and ZigBee-network signal strength values is greater than-100dBm, equipment mode is for performing the mode of operation having and make the equipment room in described objective network carry out the set of at least one instruction of information interaction function; When there is ZigBee-network and ZigBee-network signal strength values is less than-100dBm, equipment mode is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network; When there is not ZigBee-network, equipment mode is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network." now; owing to there is not ZigBee-network in home environment, therefore, determine that the current device pattern of repeater is the mode of operation of the set for performing at least one second instruction with the function setting up and configure described objective network; as, telegon pattern.
Correspondingly, after complete above-mentioned steps, described method also comprises:
There is described in execution the 3rd instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
In specific implementation process, continue to use above-mentioned example, after repeater determines that current equipment mode is telegon pattern, repeater just performs the instruction relevant to coordinator function, as, set up the instruction of ZigBee-network, thus in home environment, set up ZigBee-network 1, and carry out channel scan procedure, determine the communication channel of ZigBee-network 1, set corresponding network identifier etc., and the routing iinformation of the network equipment in ZigBee-network 1 is sent to high in the clouds, now, only hub is comprised in ZigBee-network 1, thus the routing information of hub is sent to high in the clouds, as, transmit path: hub → repeater → high in the clouds.
After complete above-mentioned steps, the method in the embodiment of the present application just performs step S103, that is: make described first network equipment be in described first equipment mode.
In specific implementation process, continue to use above-mentioned example, after repeater completes the instruction of setting up ZigBee-network, be just telegon pattern by the Working mode set of repeater, thus the identity of repeater with telegon in ZigBee-network is managed ZigBee-network.
Certainly, in specific implementation process, after also can first making first network equipment be in described first equipment mode, then perform first instruction relevant to described first equipment mode, those skilled in the art can set according to actual user demand, do not limit in the embodiment of the present application.
In the embodiment of the present application, after complete step S103, described method also comprises:
Receive the first networking request sent by the 3rd network equipment, wherein, described first networks request for accessing the request of described objective network;
Obtain the number of devices of the network equipment accessed in described objective network;
Determine whether described number of devices is less than the second predetermined threshold value;
When determining that described number of devices is less than described second predetermined threshold value, the routing iinformation corresponding with described 3rd network equipment is stored in described first network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described first network equipment the information in path of process.
In specific implementation process, continue to use above-mentioned example, after the equipment mode of repeater is set as telegon pattern or router mode, another home equipment in home environment, as intelligent electric lamp, want to add the ZigBee-network 1 set up by repeater, now, repeater will receive the networking request sent by intelligent electric lamp, then, resource situation according to oneself is determined whether agree to that intelligent electric lamp adds ZigBee-network 1 by repeater, maximum number of devices that quantity and ZigBee-network 1 as obtained the home equipment of access in ZigBee-network 1 can be held, if the maximum number of the open ended home equipment of ZigBee-network 1 is 10, and now in ZigBee-network 1 the home equipment number of access be 2<10, then repeater allows intelligent electric lamp to add ZigBee-network 1, and be intelligent electric lamp allocation address, the routing iinformation of intelligent electric lamp is stored in the repeaters simultaneously, as the routing iinformation storing intelligent electric lamp is: intelligent electric lamp → repeater.
In specific implementation process, after the equipment mode of repeater is set as router mode, repeater also can judge whether to allow other home equipments to add in ZigBee-network in the following way:
Another home equipment in home environment, as intelligent electric lamp, want the ZigBee-network joining this repeater place, now, the telegon that the networking request sent by intelligent electric lamp received is sent to ZigBee-network (is namely set up the equipment of ZigBee-network by repeater, be hub), then, when hub judges that the number of devices in current ZigBee-network does not reach higher limit, the instruction that repeater will receive the confirmation that sent by hub and adds, then intelligent electric lamp is joined in ZigBee-network, simultaneously, the routing iinformation of intelligent electric lamp is sent to hub by repeater, as, the routing iinformation sent is: intelligent electric lamp → repeater → hub.
Certainly, those skilled in the art can select suitable equipment network access mode according to actual user demand, do not limit in the embodiment of the present application.
After complete above-mentioned steps, the method in the embodiment of the present application also comprises:
Determine that described network state switches to second network state by described first network state, wherein, described second network state is the network state different from described first network state;
Make described first network equipment be switched to described second equipment mode by described first EM equipment module, wherein, described second equipment mode is the mode of operation for performing second instruction set different from described first instruction set.
In the embodiment of the present application, describedly determine that described network state switches to second network state by described first network state, comprising:
Obtain described network signal intensity value;
If when described network signal intensity value is less than or equal to described first predetermined threshold value, determine that described network state switches to described second network state by described first network state;
Correspondingly, described in make described first network equipment be switched to the second equipment mode by described first EM equipment module, comprising:
Based on described corresponding relation, by the current operation mode of described first network equipment by described be used for performing have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function switch to described in be used for performing the mode of operation of set of at least one second instruction with the function setting up and configure described objective network.
In specific implementation process, continue to use above-mentioned example, when repeater determines that current home environment is in the first state establishing ZigBee-network, and the intensity level of ZigBee-network signal is-97dBm, be greater than default signal strength values-100dBm, thus be after router mode by the Working mode set of repeater, repeater also will continue the signal strength values detecting ZigBee-network, specifically, it can be a time interval of setting, as 3s, thus make repeater just automatically can detect the signal strength values of ZigBee-network every 3s; Also repeater can be made always to detect the signal strength values of ZigBee-network, do not limit in the embodiment of the present application.When repeater at a time detects that the signal strength values of ZigBee-network is-102dBm<-100dBm, now, repeater just determines that the state of ZigBee-network changes, thus make repeater switch to telegon pattern by router mode, thus set up a new ZigBee-network.Visible, electronic equipment in the embodiment of the present application can according to real-time network state, adjust the functional mode of oneself, thus, even if the some electronic equipments in net control break down, in net control, other electronic equipment also by self functional mode of adjustment, can be guaranteed the validity of whole net control, improves the robustness of net control.
When adopting after aforesaid way makes to establish between all intelligent home devices in home environment a complete net control, high in the clouds will store the routing iinformation of each intelligent home device in whole home environment, as, 3 repeaters are provided with altogether in home environment, wherein, repeater 1 establishes ZigBee-network 1, repeater 2 adds in ZigBee-network 1 as the router of ZigBee-network 1, repeater 3 establishes ZigBee-network 2, now, high in the clouds just establishes the tree-shaped relation between the ZigBee-network in whole home environment, as shown in Figure 5.Intelligent electric lamp adds ZigBee-network 1 by repeater 2, then high in the clouds obtains equipment subordinate relation figure, as shown in Figure 6.Then, when user controls the instruction of intelligent electric lamp by mobile phone to high in the clouds transmission, first high in the clouds determine that the subordinate relation of intelligent electric lamp is: intelligent electric lamp → repeater 2 → repeater 1 → high in the clouds, then, first control command is sent to repeater 1 by high in the clouds, then by repeater 1, control command is sent to repeater 2, and is forwarded in intelligent electric lamp by repeater 2, the control command of last intelligent electric lamp completing user, thus realize the control to Smart Home.
Embodiment two
Based on the inventive concept identical with the embodiment of the present application one, the embodiment of the present application two provides a kind of network equipment, please refer to Fig. 7, comprising:
First determining unit 101, for determining the network state of objective network, wherein, described objective network is the network making at least one network equipment be connected with the described network equipment carry out information interaction;
Second determining unit 102, if be first network state for described network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
First performance element 103, is in described first equipment mode for making the described network equipment.
In the embodiment of the present application two, the described network equipment also comprises:
3rd determining unit 104, for determining that described network state switches to second network state by described first network state, wherein, described second network state is the network state different from described first network state;
Second performance element 105, for making described first network equipment be switched to described second equipment mode by described first EM equipment module, wherein, described second equipment mode is the mode of operation for performing second instruction set different from described first instruction set.
In the embodiment of the present application two, the first determining unit 101 comprises:
First sending module, send the network state solicited message corresponding with described objective network for described first network equipment to second network equipment, wherein, described second network equipment is the network equipment for managing described objective network;
First receiver module, receives the network state feedback information obtained based on described network state solicited message sent by described second network equipment for described first network equipment;
First determination module, for based on described network state feedback information, determine the network state of described objective network, wherein, described network state is store the first state of the network information of described objective network or the second state for not storing the network information of described objective network in the described second network equipment of sign in the described second network equipment of sign, and the described network information is the information of the network identifier comprising described objective network.
In the embodiment of the present application two, the second determining unit 102 comprises:
First acquisition module, if be described first state for described first network state, obtains the network signal intensity value of described objective network;
Second determination module, if be greater than the first predetermined threshold value for described network signal intensity value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one instruction of information interaction function be described first equipment mode;
Correspondingly, the described network equipment also comprises:
3rd performance element 106, for having the first instruction making the equipment room in described objective network carry out in the set of at least one the first instruction of information interaction function described in performing, the routing iinformation corresponding with described first network equipment is sent to described second network equipment, wherein, described routing iinformation by when described first network equipment communicates with described second network equipment the information in path of process.
In the embodiment of the present application two, the second determining unit 102 comprises:
Second acquisition module, if be described first state for described first network state, obtains the network signal intensity value of described objective network;
3rd determination module, if be less than or equal to the first predetermined threshold value for described network signal intensity value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, the described network equipment also comprises:
4th performance element 107, for having the second instruction in the set of at least one the second instruction of the function setting up and configure described objective network described in performing, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
In the embodiment of the present application two, the second determining unit 102 comprises:
4th determination module, if be described second state for described first network state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, the described network equipment also comprises:
5th performance element 108, for having the 3rd instruction in the set of at least one the second instruction of the function setting up and configure described objective network described in performing, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
In the embodiment of the present application two, the 3rd determining unit 104 comprises:
3rd acquisition module, for obtaining described network signal intensity value;
5th determination module, if when being less than or equal to described first predetermined threshold value for described network signal intensity value, determines that described network state switches to described second network state by described first network state;
Correspondingly, the second performance element 105 comprises:
First Executive Module, for based on described corresponding relation, by the current operation mode of described first network equipment by described be used for performing have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function switch to described in be used for performing the mode of operation of the set of at least one second instruction with the function setting up and configure described objective network.
In the embodiment of the present application two, the described network equipment also comprises:
First receiving element 109, for receiving the first networking request sent by the 3rd network equipment, wherein, described first networks request for accessing the request of described objective network;
First acquiring unit 110, for obtaining the number of devices of the network equipment accessed in described objective network;
4th determining unit 111, for determining whether described number of devices is less than the second predetermined threshold value;
6th performance element 112, for when determining that described number of devices is less than described second predetermined threshold value, the routing iinformation corresponding with described 3rd network equipment is stored in described first network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described first network equipment the information in path of process.
Embodiment three
Based on the inventive concept identical with the embodiment of the present application one, the embodiment of the present application three provides a kind of network equipment, please refer to Fig. 8, comprising:
Communicator 10, for other devices communicatings;
Storage device 20, at least storing the first instruction set;
Processing unit 30, for determining the network state of objective network, wherein, described objective network is the network making at least one network equipment be connected with the described network equipment carry out information interaction; If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set; The described network equipment is made to be in described first equipment mode.
In the embodiment of the present application three, storage device 20 is also for storing second instruction set different from described first instruction set.
In the embodiment of the present application three, when storage device 20 also communicates with the described network equipment for the second network equipment stored at least one network equipment described the information in path of process.
In the embodiment of the present application three, processing unit 30 also for:
Determine that described network state switches to second network state by described first network state, wherein, described second network state is the network state different from described first network state;
Make the described network equipment be switched to described second equipment mode by described first EM equipment module, wherein, described second equipment mode is the mode of operation for performing second instruction set different from described first instruction set.
In the embodiment of the present application three, processing unit 30 specifically for:
The described network equipment sends the network state solicited message corresponding with described objective network to second network equipment, and wherein, described second network equipment is the network equipment for managing described objective network;
The described network equipment receives the network state feedback information obtained based on described network state solicited message sent by described second network equipment;
Based on described network state feedback information, determine the network state of described objective network, wherein, described network state is store the first state of the network information of described objective network or the second state for not storing the network information of described objective network in the described second network equipment of sign in the described second network equipment of sign, and the described network information is the information of the network identifier comprising described objective network.
In the embodiment of the present application three, processing unit 30 specifically for:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is greater than the first predetermined threshold value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one instruction of information interaction function be described first equipment mode;
Correspondingly, processing unit 30 specifically for:
There is described in execution the first instruction making the equipment room in described objective network carry out in the set of at least one the first instruction of information interaction function, the routing iinformation corresponding with the described network equipment is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described second network equipment the information in path of process.
In the embodiment of the present application three, processing unit 30 specifically for:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is less than or equal to the first predetermined threshold value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, processing unit 30 specifically for:
There is described in execution the second instruction in the set of at least one the second instruction of the function setting up and configure described objective network, the described network equipment is made to set up described objective network, and the routing iinformation of the 3rd network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described objective network the information in path of process.
In the embodiment of the present application three, processing unit 30 specifically for:
If described first network state is described second state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, processing unit 30 specifically for:
There is described in execution the 3rd instruction in the set of at least one the second instruction of the function setting up and configure described objective network, the described network equipment is made to set up described objective network, and the routing iinformation of the 3rd network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described objective network the information in path of process.
In the embodiment of the present application three, processing unit 30 specifically for:
Obtain described network signal intensity value;
If when described network signal intensity value is less than or equal to described first predetermined threshold value, determine that described network state switches to described second network state by described first network state;
Correspondingly, processing unit 30 specifically for:
Based on described corresponding relation, by the current operation mode of the described network equipment by described be used for performing have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function switch to described in be used for performing the mode of operation of set of at least one second instruction with the function setting up and configure described objective network.
In the embodiment of the present application three, processing unit 30 also for:
Receive the first networking request sent by the 4th network equipment, wherein, described first networks request for accessing the request of described objective network;
Obtain the number of devices of the network equipment accessed in described objective network;
Determine whether described number of devices is less than the second predetermined threshold value;
When determining that described number of devices is less than described second predetermined threshold value, the routing iinformation corresponding with described 4th network equipment is stored in the described network equipment, wherein, described routing iinformation by when described 4th network equipment communicates with the described network equipment the information in path of process.
By the one or more technical schemes in the embodiment of the present application, following one or more technique effect can be realized:
Due to the technical scheme in the embodiment of the present application, adopt the network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction; If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set; Described first network equipment is made to be in the technological means of described first equipment mode, like this, when electronic equipment sets up net control, the state of current net control can first automatically be determined, when network state is the first state, electronic equipment correspondence is set to the first functional mode; When network state is the second state, electronic equipment is then set to the second functional mode, thus the functional mode of electronic equipment is changed according to real network state, so, efficiently solve electronic equipment of the prior art and there is the single technical problem of the functional mode of the electronic equipment in net control, realize enabling electronic equipment automatically according to the technique effect of self functional mode of net control state adjustment.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the flow chart of the method for the embodiment of the present invention, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
Specifically, the computer program instructions that apparatus control method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, read by an electronic equipment when the computer program instructions corresponding with apparatus control method in storage medium or when being performed, comprise the steps:
The network state of first network equipment determination objective network, wherein, described objective network is the network making at least one network equipment be connected with described first network equipment carry out information interaction;
If described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, wherein, described first equipment mode is the mode of operation for performing the first instruction set;
Described first network equipment is made to be in described first equipment mode.
Optionally, in described storage medium, also store other computer instruction, described other computer instruction with step: make described first network equipment be in described first equipment mode, corresponding computer instruction is performed after performing, and comprising:
Determine that described network state switches to second network state by described first network state, wherein, described second network state is the network state different from described first network state;
Make described first network equipment be switched to described second equipment mode by described first EM equipment module, wherein, described second equipment mode is the mode of operation for performing second instruction set different from described first instruction set.
Optionally, store in described storage medium and step: the network state of first network equipment determination objective network, corresponding computer program instructions, when being performed, comprising:
Described first network equipment sends the network state solicited message corresponding with described objective network to second network equipment, and wherein, described second network equipment is the network equipment for managing described objective network;
Described first network equipment receives the network state feedback information obtained based on described network state solicited message sent by described second network equipment;
Based on described network state feedback information, determine the network state of described objective network, wherein, described network state is store the first state of the network information of described objective network or the second state for not storing the network information of described objective network in the described second network equipment of sign in the described second network equipment of sign, and the described network information is the information of the network identifier comprising described objective network.
Optionally, that store in described storage medium and step: if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, corresponding computer program instructions, when being performed, comprising:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is greater than the first predetermined threshold value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one instruction of information interaction function be described first equipment mode;
Correspondingly, other computer instruction is also stored in described storage medium, described other computer instruction with step: if described network signal intensity value is greater than the first predetermined threshold value, based on described corresponding relation, determine performing that to have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function be described first equipment mode, corresponding computer program instructions is performed after performing, and comprising:
There is described in execution the first instruction making the equipment room in described objective network carry out in the set of at least one the first instruction of information interaction function, the routing iinformation corresponding with described first network equipment is sent to described second network equipment, wherein, described routing iinformation by when described first network equipment communicates with described second network equipment the information in path of process.
Optionally, that store in described storage medium and step: if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, corresponding computer program instructions, when being performed, comprising:
If described first network state is described first state, obtain the network signal intensity value of described objective network;
If described network signal intensity value is less than or equal to the first predetermined threshold value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, other computer instruction is also stored in described storage medium, described other computer instruction with step: if described network signal intensity value is less than or equal to the first predetermined threshold value, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode, corresponding computer program instructions is performed after performing, and comprising:
There is described in execution the second instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
Optionally, that store in described storage medium and step: if described network state is first network state, then based on the network state preset and the corresponding relation of equipment mode, at least from the first equipment mode and the second equipment mode, determine described first equipment mode corresponding with described first network state, corresponding computer program instructions, when being performed, comprising:
If described first network state is described second state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode;
Correspondingly, other computer instruction is also stored in described storage medium, described other computer instruction with step: if described first network state is described second state, based on described corresponding relation, the mode of operation determining performing the set of at least one second instruction with the function setting up and configure described objective network is described first equipment mode, corresponding computer program instructions is performed after performing, and comprising:
There is described in execution the 3rd instruction in the set of at least one the second instruction of the function setting up and configure described objective network, described first network equipment is made to set up described objective network, and the routing iinformation of the network equipment being linked into described objective network is sent to described second network equipment, wherein, described routing iinformation by when the described network equipment communicates with described objective network the information in path of process.
Optionally, that store in described storage medium and step: determine that described network state switches to second network state by described first network state, corresponding computer program instructions, when being performed, comprising:
Obtain described network signal intensity value;
If when described network signal intensity value is less than or equal to described first predetermined threshold value, determine that described network state switches to described second network state by described first network state;
Correspondingly, that store in described storage medium and step: make described first network equipment be switched to the second equipment mode by described first EM equipment module, corresponding computer program instructions, when being performed, comprising:
Based on described corresponding relation, by the current operation mode of described first network equipment by described be used for performing have the mode of operation making the equipment room in described objective network carry out the set of at least one the first instruction of information interaction function switch to described in be used for performing the mode of operation of set of at least one second instruction with the function setting up and configure described objective network.
Optionally, also store other computer instruction in described storage medium, described other computer instruction, when being specifically performed, comprising:
Receive the first networking request sent by the 3rd network equipment, wherein, described first networks request for accessing the request of described objective network;
Obtain the number of devices of the network equipment accessed in described objective network;
Determine whether described number of devices is less than the second predetermined threshold value;
When determining that described number of devices is less than described second predetermined threshold value, the routing iinformation corresponding with described 3rd network equipment is stored in described first network equipment, wherein, described routing iinformation by when described 3rd network equipment communicates with described first network equipment the information in path of process.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, 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.