Summary of the invention
Based on this, the object of the embodiment of the present invention is to provide a kind of network access equipment interlock method and network access equipment linkage, and it can realize the autonomous configuration of the interactive rule of equipment room, realizes the generalization of equipment room interlock.
For achieving the above object, the embodiment of the present invention by the following technical solutions:
A kind of network access equipment interlock method, comprises step:
Monitor the operational order for current device;
When monitoring operational order, from publicly-owned attribute-bit, obtain first attribute-bit corresponding with described operational order;
First property value corresponding with described first attribute-bit is obtained according to described operational order;
First device identification of described current device, described first attribute-bit, described first property value are sent to server.
A kind of network access equipment interlock method, comprises step:
The first device identification that first equipment that receives sends, the first property value of the first attribute-bit and this first attribute-bit;
Inquire about and described first device identification, described first attribute-bit, triggering rule that described first property value is corresponding, described triggering rule comprises the binding relationship between the second property value of described first device identification, described first attribute-bit, described first property value and the second device identification, the second attribute-bit, described second attribute-bit;
Second property value of described second attribute-bit is set according to described triggering rule;
Send configuration information to the second equipment corresponding with described second device identification, described configuration information comprises described second attribute-bit, described second property value.
A kind of network access equipment linkage, comprising:
Monitoring modular, for monitoring the operational order for current device;
Equipment end attribute-bit acquisition module, for when described monitoring module monitors is to operational order, obtains first attribute-bit corresponding with described operational order from publicly-owned attribute-bit;
Equipment end property value acquisition module, for obtaining first property value corresponding with described first attribute-bit according to described operational order;
Equipment end information interaction module, for sending the first device identification of described current device, described first attribute-bit, described first property value to server.
A kind of network access equipment linkage, comprising:
Service end information interaction module, for receiving the first property value of the first device identification that the first equipment sends, the first attribute-bit and this first attribute-bit, and sending configuration information to the second equipment corresponding with the second device identification, described configuration information comprises the second property value of the second attribute-bit, described second attribute-bit;
Triggering rule enquiry module, for inquiring about and described first device identification, described first attribute-bit, triggering rule that described first property value is corresponding, described triggering rule comprises the binding relationship between described first device identification, described first attribute-bit, described first property value and described second device identification, described second attribute-bit, described second property value;
Service end property value setting module, for arranging the second property value of described second attribute-bit according to described triggering rule.
Based on the scheme of the embodiment of the present invention as above, it is when monitoring the operational order for current device, first attribute-bit corresponding with this operational order is obtained from publicly-owned attribute-bit, and obtain the first property value corresponding to this operational order, then by the first device identification of this current device and the first attribute-bit of this operational order, first property value sends to server, after server receives, inquire about corresponding triggering rule, this triggering rule be in fact have an interaction relation equipment between binding relationship, and arrange based on second property value of this triggering rule to the second attribute-bit of the second equipment of interlock, then by the second attribute-bit, the second property value set sends to the second equipment, to make the second equipment based on this second attribute-bit, second property value is arranged corresponding attribute, trigger corresponding linkage action accordingly, realize the interlock between equipment.In this fashion, for all types of equipment, all adopt the identical attribute of public attribute-bit to the various operational orders of each equipment to identify, all types of equipment adopts unified interface, and be the binding realizing between the attribute-bit of each equipment and property value at server, therefore, concerning equipment, without the need to being concerned about that it should link with which equipment, equipment is each other without the need to there being direct annexation, it need by attribute-bit corresponding for the operational order of self, property value and the device identification of self send to server, server can be arranged the correlation attribute value of the equipment having interaction relation with it accordingly, corresponding action is performed to trigger this equipment having interaction relation, because the interaction relation between equipment realizes on the server, thus achieve the autonomous configuration of the interactive rule of equipment room, and achieve the generalization of equipment room interlock.
Embodiment
For making object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is described in further detail.Should be appreciated that embodiment described herein only in order to explain the present invention, do not limit protection scope of the present invention.
Fig. 1 shows the operational environment schematic diagram in one embodiment of the invention.Each network access equipment 101, comprise the portable computer shown in Fig. 1, printer, television set, projecting apparatus, scanner, camera, air-conditioning, lighting apparatus etc., all be connected with server 100 by network, by the interlock that server 100 realizes each other, here network can be wireless network, also can be cable network, this server 100 can be cloud server.When any one network access equipment produces operational order, the relevant information of this operational order can be sent to server 100, server 100 can based on the interlock rule pre-defined, inquire another equipment having interaction relation with this network access equipment, and send relevant information to this another equipment, carry out action to trigger this another equipment, realize the interlock between network access equipment.
Network access equipment 101 structural representation in one embodiment as shown in Figure 2.This network access equipment comprises the processor, storage medium, communication interface, power interface and the internal memory that are connected by system bus.Wherein, the storage medium of network access equipment stores a kind of network access equipment linkage, and this device is for realizing the interlock between other network access equipments.The communication interface of network access equipment is used for being connected with server and communicating, and the power interface of network access equipment is used for being connected with external power source, and external power source is powered to network access equipment by this power interface.Network access equipment can be any one equipment cited in Fig. 1, also can be other any equipment with said structure, such as refrigerators, telephone set etc.
Server 100 structural representation in one embodiment as shown in Figure 3.Server comprises the processor, supply module, storage medium, internal memory and the communication interface that are connected by system bus.Wherein, the storage medium of server stores operating system, database and a kind of network access equipment linkage, and this device is for realizing a kind of network access equipment interlock method.The communication interface of server is used for carrying out being connected and communicating with network access equipment 101.
Schematic diagram shown in composition graphs 1, Fig. 2, Fig. 3, is described each embodiment of network access equipment interlock method and network access equipment linkage below.
The schematic flow sheet of the network access equipment interlock method in an embodiment has been shown in Fig. 4.In this example, be applied to the equipment 101 shown in Fig. 1 in this way for example to be described.
As shown in Figure 4, the method in the present embodiment comprises step:
Step S401: monitor the operational order for current device;
Step S402: when monitoring operational order, obtains first attribute-bit corresponding with described operational order from publicly-owned attribute-bit;
Step S403: obtain first property value corresponding with described first attribute-bit according to described operational order;
Step S404: the first device identification of described current device, described first attribute-bit, described first property value are sent to server.
Wherein, before operational order for current device of the monitoring of above-mentioned steps S401, this network access equipment can also first be registered to server, to carry out record at server, is convenient to server and sets up interaction relation between this equipment and other network access equipments.Accordingly, before above-mentioned steps S401, can also step be comprised:
Step S4001: send log-on message to described server, described log-on message comprises the first device identification of described current device;
Step S4002: the publicly-owned attribute-bit that reception server returns.
Based on mode as above, this current device is when producing operational order, first attribute-bit relevant to this operational order, the first property value can send to server, have the relevant device of interaction relation to carry out action, realize the interlock between equipment with this by server triggers with it.On the other hand, this equipment also can carry out action via the triggering of the operational order of his equipment.Accordingly, as shown in Figure 4, in a concrete example, the method in the present embodiment can also comprise step:
Step S405: the configuration information that reception server sends, described configuration information comprises the 3rd attribute-bit, the 3rd property value and uniqueness coding;
Step S406: the value of the 3rd attribute-bit of described current device is set to described 3rd property value according to described configuration information;
Step S407: after being provided with, by described 3rd attribute-bit, arrange after described current device described 3rd attribute-bit value, described uniqueness coding send to described server.
Thus after receiving the configuration information that server sends based on the triggering of the operational order of his equipment, can arrange based on the property value of this configuration information to the association attributes of self, complete corresponding trigger action with this.
The schematic flow sheet of the network access equipment interlock method in another embodiment has been shown in Fig. 5, in this embodiment, is be applied to server 100 for example to be described.
As shown in Figure 5, the network access equipment interlock method in the present embodiment comprises step:
Step S501: the first device identification that first equipment that receives sends, the first property value of the first attribute-bit and this first attribute-bit;
Step S502: inquire about and described first device identification, described first attribute-bit, triggering rule that described first property value is corresponding, described triggering rule comprises the binding relationship between the second property value of described first device identification, described first attribute-bit, described first property value and the second device identification, the second attribute-bit, described second attribute-bit;
Step S503: the second property value that described second attribute-bit is set according to described triggering rule;
Step S504: send configuration information to the second equipment corresponding with described second device identification, described configuration information comprises described second attribute-bit, described second property value.
Wherein, receive the information of the first equipment transmission at above-mentioned steps S501 before, above-mentioned first equipment, the second equipment should first be registered at server, therefore, before above-mentioned steps S501, can also comprise step:
Step S5001: the log-on message receiving the first equipment and/or the transmission of the second equipment, described log-on message comprises described first device identification and/or described second device identification;
Step S5002: obtain the publicly-owned attribute-bit preset;
Step S5003: described publicly-owned attribute-bit is sent to described first equipment and/or described second equipment.
In addition, when above-mentioned steps S503 arranges the second property value of described second attribute-bit, can also generate the uniqueness corresponding with described configuration information simultaneously and encode, wherein, this uniqueness coding can be uniqueness sequence number; When sending described configuration information, this uniqueness coding is sent to described second equipment with described configuration information simultaneously.
After above-mentioned second equipment receives the configuration information of server transmission, based on this configuration information, above-mentioned second property value can be set as the value of the second attribute-bit of self, to change the attribute of the second equipment, trigger with this and perform corresponding action.After the setup, the result after arranging can be fed back to server.Therefore, server also receive described second equipment feedback feedback information is set, this arrange feedback information comprise described second attribute-bit, arrange after described second device identification the second attribute-bit value, described uniqueness coding.
Based on the embodiment shown in Fig. 4, Fig. 5, the schematic flow sheet of the reciprocal process in a concrete example is shown in Fig. 6.Before reciprocal process in figure 6 performs, network access equipment is first registered to server.
With current device be the first equipment, the first device-to-server carries out being registered as example, when registering, the first equipment first sends registration request to server, can comprise the identification information of this first equipment, referred to here as the first device identification in this registration request.
After server receives the registration request of the first equipment transmission, obtain all public attributes, its attribute having or support is determined for the first equipment, after the first selection of equipment, return the publicly-owned attribute-bit of its selected attribute to the first equipment, thus be that the first equipment arranges these publicly-owned attribute-bits of interpolation.Here publicly-owned attribute-bit, refers to that all equipment all adopts identical attribute-bit to represent corresponding ability, makes to realize publicly-owned property between all devices, and this publicly-owned attribute-bit can be set in one section of reserved space.In the case, for different brands, dissimilar equipment, the air-conditioning of such as certain brand A, the television set of certain brand B, can adopt same attribute-bit to represent and open.Therefore, even if do not understand the concrete meaning of attribute set when this equipment dispatches from the factory, based on the setting of this publicly-owned attribute-bit, the operation to this equipment and control can also be realized.The registration process of the second equipment and the similar of above-mentioned first equipment.
After the first equipment, the second equipment all succeed in registration, need to bind the carrying out between the first equipment and the second equipment on the server, triggering rule is therebetween arranged.When arranging, can by this server of any device access to arrange triggering rule, include but not limited to mobile terminal, personal computer, portable set and other equipment etc., and based on the value needing to carry out the device identification of the equipment linked, attribute-bit and attribute-bit corresponding, triggering rule can be set, therefore, same attribute can arrange multiple different triggering rule, for the triggering rule of setting, corresponding triggering rule mark can also be set, to identify different triggering rule.
For above-mentioned first equipment be Intelligent bracelet, above-mentioned second equipment for intelligent bulbs, suppose Intelligent bracelet knock representative open intelligent bulbs, Intelligent bracelet knock twice representative close intelligent bulbs.Before the setting carrying out triggering rule, this Intelligent bracelet defines the attribute click-num of a number of taps, the concrete number of times knocked is the specific object value of this attribute, such as 1 time, 2 times, this intelligent bulbs defines the attribute light-on of a switch, can represent the opening and closing of this intelligent switch with 1,0 respectively.When carrying out the arranging of triggering rule, for the attribute click-num of number of taps, two corresponding triggering rule can be set, one for number of taps be the triggering rule of 1 time, one for number of taps be the triggering rule of 2 times, one of them triggering rule is number of taps is set as 1 by the value of attribute light-on when being 1 time, and intelligent bulbs is opened in representative, another triggering rule is number of taps is set as 0 by the value of attribute light-on when being 2, and intelligent bulbs is closed in representative.Based on this triggering rule, when the value of attribute click-num is 1, the value of meeting trigger attributes light-on is set to 1, and sends to this corresponding intelligent bulbs.For server, can only carry out the setting of this rule and concrete assign operation, and the concrete meaning of each property value can be concerned about.
In the running of each equipment, each equipment all can be monitored the operational order of equipment of itself.
Shown in composition graphs 6, when carrying out practically process, in step s 601, the first equipment can be monitored the operational order for self, and when monitoring the operational order for self, enters step S602.
In step S602, the first equipment obtains first attribute-bit corresponding with this operational order from publicly-owned attribute-bit, enters step S603 subsequently.
In step S603, the first equipment, according to aforesaid operations instruction, obtains first property value corresponding with above-mentioned first attribute-bit, enters step S604 subsequently.For above-mentioned Intelligent bracelet, its monitor knock operational order time, can obtain from public attribute-bit and knock attribute-bit click-num corresponding to operational order with this, and based on the number of times knocked, obtain the property value of this attribute-bit click-num, such as, when knocking one time, this property value is 1, and when knocking twice, this property value is 2.
In step s 604, the first device identification of this first equipment, above-mentioned first attribute-bit and above-mentioned first property value are sent to cloud server by the first equipment, enter step S605 subsequently.
In step s 605, the first device identification that cloud server sends according to above-mentioned first equipment, the first attribute-bit and the first property value, inquire about and above-mentioned first device identification, the first attribute-bit, triggering rule that the first property value is corresponding, this triggering rule is the binding relationship between the first device identification, the first attribute-bit, the first property value and the second device identification, the second attribute-bit, the second property value, subsequently, step S606 is entered.
In step S606, cloud server arranges the second property value corresponding to above-mentioned second attribute-bit according to this triggering rule, corresponding uniqueness coding can be generated simultaneously, this uniqueness coding can be uniqueness sequence number, now, the state of the second attribute-bit of this second equipment can be stored as in arranging, enter step S607 subsequently.Be above-mentioned intelligent bulbs for the second equipment, when the number of taps of above-mentioned Intelligent bracelet is 1 time, then the value of the light-on of intelligent bulbs can be set to 1, to be handed down to intelligent bulbs.
In step S607, above-mentioned second attribute-bit, above-mentioned second property value and above-mentioned uniqueness coding sends to the second equipment corresponding with above-mentioned second device identification by cloud server, enters step S608 subsequently.
In step S608, second equipment receives above-mentioned second attribute-bit, the second property value and the uniqueness coding that server sends, the value of the second attribute-bit of self is set as above-mentioned second property value, after this property value sets, this second equipment can perform corresponding operational order based on the second property value of this second attribute-bit.In addition, after being set by property value, the second equipment can also return to server and arrange feedback information, this arrange feedback information include above-mentioned second attribute-bit, arrange after the value of the second attribute-bit of the second equipment and above-mentioned uniqueness coding.Server receives after this arranges feedback information, the state of the second attribute-bit of this second equipment can be stored as and be provided with, complete this network access equipment linkage process with this.
Based on the thought identical with the network access equipment interlock method in above-described embodiment, the present invention also provides a kind of network access equipment linkage.This device can comprise the part (being called equipment end in the embodiment of the present invention) be arranged on above-mentioned network access equipment, also can comprise setting part on the server (being called service end in the embodiment of the present invention), the equipment end be arranged on network access equipment and the service end arranged on the server can also be comprised simultaneously.
To comprise the equipment end be arranged on network access equipment and the service end arranged on the server simultaneously in Fig. 7, show the structural representation of the network access equipment linkage in an embodiment.As shown in Figure 7, in this example, the equipment end be arranged on network access equipment comprises monitoring modular 711, equipment end attribute-bit acquisition module 712, equipment end property value acquisition module 713, equipment end information interaction module 714, the service end arranged on the server comprises service end information interaction module 721, triggering rule enquiry module 722, service end property value setting module 723, wherein:
Above-mentioned monitoring modular 711, for monitoring the operational order for current device;
The said equipment end attribute-bit acquisition module 712, for when monitoring modular 711 monitors operational order, obtains first attribute-bit corresponding with described operational order from publicly-owned attribute-bit;
The said equipment end property value acquisition module 713, for obtaining first property value corresponding with described first attribute-bit according to described operational order;
The said equipment client information interactive module 714, for sending the first device identification of described current device, described first attribute-bit, described first property value to server.
Accordingly:
Above-mentioned service end information interaction module 721, for receiving the first property value of above-mentioned first device identification that the first equipment sends, the first attribute-bit and this first attribute-bit, and sending configuration information to the second equipment corresponding with the second device identification, described configuration information comprises the second attribute-bit, the second property value;
Above-mentioned triggering rule enquiry module 722, for inquiring about and described first device identification, described first attribute-bit, triggering rule that described first property value is corresponding, described triggering rule comprises the binding relationship between the second property value of the first device identification, described first attribute-bit, described first property value and the second device identification, the second attribute-bit, described second attribute-bit;
Above-mentioned service end property value setting module 723, for arranging the second property value of described second attribute-bit according to described triggering rule.
Based on the scheme of the embodiment of the present invention as above, it is when the first monitoring of equipment is to the operational order had for self, first attribute-bit corresponding with this operational order is obtained from publicly-owned attribute-bit, and obtain the first property value corresponding to this operational order, then by the first device identification of self and the first attribute-bit of this operational order, first property value sends to server, after server receives, inquire about corresponding triggering rule, this triggering rule be in fact there is interaction relation equipment between binding relationship, and arrange based on second property value of this triggering rule to the second attribute-bit of the second equipment of interlock, then by the second attribute-bit, the second property value set sends to the second equipment, to make the second equipment based on this second attribute-bit, second property value is arranged corresponding attribute, trigger corresponding linkage action accordingly, realize the interlock between equipment.In this fashion, for all types of equipment, all adopt the identical attribute of public attribute-bit to each operational order to identify, all types of equipment adopts unified interface, and be the binding realizing between the attribute-bit of each equipment and property value at server, therefore, concerning equipment, without the need to being concerned about that it should link with which equipment, equipment is each other without the need to there being direct annexation, it need by attribute-bit corresponding for the operational order of self, property value and the device identification of self send to server, server can trigger accordingly has the equipment of interaction relation to perform corresponding action with it, because the interaction relation between equipment realizes on the server, thus achieve the autonomous configuration of the interactive rule of equipment room, and achieve the generalization of equipment room interlock.
As shown in Figure 7, in one example, the equipment end being arranged on network access equipment can also include equipment end Registering modules 715, and the service end being arranged on server can also include service end location registration process module 724,
Wherein, this equipment end Registering modules 715, for sending log-on message by equipment end information interaction module 714 to described server, described log-on message comprises described first device identification;
Now, above-mentioned service end information interaction module 721, also for receiving the log-on message of described first equipment and/or described second equipment transmission, described log-on message comprises described first device identification and/or described second device identification, and the publicly-owned attribute-bit described service end location registration process module 724 obtained sends to described first equipment and/or described second equipment;
Above-mentioned service end location registration process module 724, for obtaining the described publicly-owned attribute-bit preset according to described log-on message,
Now, the said equipment client information interactive module 714, also for receiving the described publicly-owned attribute-bit that described server returns.
As shown in Figure 7, in a concrete example, the equipment end being arranged on network access equipment can also include information and arrange module 716:
Now, above-mentioned service end property value setting module 723, also encodes for generating the uniqueness corresponding with described configuration information, and wherein, this uniqueness coding can be uniqueness sequence number;
Above-mentioned service end information interaction module 721, also for being sent to described second equipment with described configuration information by described uniqueness coding simultaneously.
Accordingly, above-mentioned first equipment also can carry out action via the triggering of the operational order of his equipment, accordingly, in a concrete example, the said equipment client information interactive module 714, also for the configuration information of reception server transmission, described configuration information comprises attribute-bit (for distinguish mutually with sending to the second attribute-bit of the second equipment, be called the 3rd attribute-bit), property value is (for distinguish mutually with sending to the property value of the second equipment, be called the 3rd property value) and uniqueness coding, and arrange after module 716 is provided with in described information, by described 3rd attribute-bit, the value of the 3rd attribute-bit of the described current device after arranging, described uniqueness coding sends to described server,
Above-mentioned information arranges module 716, for the value of described 3rd attribute-bit being set to described 3rd property value according to described configuration information.
Correspondingly, for the second equipment, the second equipment receive that configuration information carrying out based on this configuration information that server sends is correlated with arrange after, can also return to server and feedback information is set.Therefore, above-mentioned service end information interaction module 721, also for receive described second equipment feedback feedback information is set, described arrange feedback information comprise described second attribute-bit, arrange after described second equipment the second attribute-bit value, described uniqueness coding.
As shown in Figure 7, in equipment end, equipment end memory module 710 can also be provided with, this equipment end memory module 710 and equipment end attribute-bit acquisition module 712, equipment end property value acquisition module 713, facility registration module 715, information arranges module 716 and is connected, store with the relevant information applied needed for network access equipment, such as above-mentioned publicly-owned attribute-bit returned from server etc., in service end, service end memory module 720 can also be provided with, this service end memory module 720 and triggering rule enquiry module 722, service end property value setting module 723, service end location registration process module 724 and service end information interaction module 721 connect, for realizing the storage of the relevant information to service end, the such as log-on message of each equipment, the publicly-owned attribute-bit preset, above-mentioned triggering rule etc.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.
The above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.