CN105807618A - Control method and first central control device - Google Patents

Control method and first central control device Download PDF

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Publication number
CN105807618A
CN105807618A CN201410849475.8A CN201410849475A CN105807618A CN 105807618 A CN105807618 A CN 105807618A CN 201410849475 A CN201410849475 A CN 201410849475A CN 105807618 A CN105807618 A CN 105807618A
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China
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control
intelligent home
transmission path
address
unit
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CN201410849475.8A
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Chinese (zh)
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CN105807618B (en
Inventor
陆见微
郭琦
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联想(北京)有限公司
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Abstract

The invention discloses a control method and a first central control device. The control method is characterized in that a linkage rule can be acquired; when a device state of a first intelligent household appliance is changed, a second communication channel is used to acquire the device state of the first intelligent household appliance after the change; based on the device state of the first intelligent household appliance after the change and the linkage rule, a second intelligent household appliance required to be controlled can be determined; based on the synchronization information, the shortest transmission path between the first intelligent household appliance and the second intelligent household appliance can be acquired; the shortest transmission path is the transmission path between the central control devices of the multi-stage control system; and based on the shortest transmission path, the second intelligent household appliance can be controlled.

Description

A kind of control method and the first control device

Technical field

The present invention relates to control technology, be specifically related to a kind of control method and the first control device.

Background technology

Along with the development of network technology and smart machine, increasing legacy equipment all enough accesses in network, such as the smart machine such as intelligent bulbs, smart jack;Smart machine can be controlled by user by control terminal.But this control terminal by one and make the mode that all of smart machine is controlled to lack between smart machine interrelated, namely the state change of a smart machine can not trigger the state change of other smart machines being associated, and is unfavorable for the realization of the automatization of Smart Home.

Summary of the invention

For solving the technical problem of existing existence, the embodiment of the present invention provides a kind of control method and the first control device, it is possible to undertaken interrelated by intelligent home device, thus realizing the automatization of Smart Home.

For reaching above-mentioned purpose, the technical scheme of the embodiment of the present invention is achieved in that

Embodiments providing a kind of control method, described control method is applied in the first control device;Described first control device sets up the first communication port with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;In described first control device, storage has the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Each control device in described multilevel control system sets up second communication passage based at least one host-host protocol with at least one intelligent home device;Each intelligent home device has the first control mode and the second control mode;Described first control mode is receive the control mode that user operation responds;Described second control mode is receive the control mode that the control instruction of connected control device transmission responds;Described method includes:

Obtain linkage rule;

When the equipment state of the first intelligent home device changes, obtain the equipment state after described first intelligent home device changes by described second communication passage;

The second intelligent home device needing to control is determined based on the equipment state after changing described in described first intelligent home device and described linkage rule;

The most short transmission path between described first intelligent home device and described second intelligent home device is determined based on described synchronizing information;Described most short transmission path is the transmission path between the control device of described multilevel control system;

Based on the second intelligent home device described in described most short transmission path clustering.

The embodiment of the present invention additionally provides a kind of first control device, and described first control device includes: the first communication unit, second communication unit and memory element;Described first communication unit, for setting up the first communication channel with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;Described second communication unit, for setting up second communication passage based at least one host-host protocol with at least one intelligent home device;Described memory element, for storing the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Described first control device also includes: first obtain unit, second obtain unit, determine unit and control unit;Wherein,

Described first obtains unit, is used for obtaining linkage rule;

Described second obtains unit, and for when the equipment state of the first intelligent home device changes, the described second communication passage set up by described second communication unit obtains the equipment state after described first intelligent home device changes;

Described determine unit, obtain the described linkage rule that unit obtains and determine, for obtaining the equipment state after changing described in described first intelligent home device that unit obtains and described first based on described second, the second intelligent home device needing to control;The most short transmission path that the described synchronizing information stored based on described memory element is determined between described first intelligent home device and described second intelligent home device;Described most short transmission path is the transmission path between the control device of described multilevel control system;

Described control unit, for based on described determine unit determine described in the second intelligent home device described in most short transmission path clustering.

The control method of embodiment of the present invention offer and the first control device, multiple intelligent home devices are associated by the multilevel control system consisted of with other control devices described first control device, make when the equipment state of the first intelligent home device changes, it is determined that the second intelligent home device needing to control being associated with the equipment state after changing described in described first intelligent home device;And based on the second intelligent home device described in the most short transmission path clustering obtained.So, the technical scheme adopting the embodiment of the present invention achieves intelligent home device and carries out interrelated, control terminal without one all intelligent home devices are controlled, the state making an intelligent home device can trigger the state of other intelligent home devices and also change after changing, it is greatly improved the operating experience of user, it is achieved that the automatization of Smart Home.

Accompanying drawing explanation

Fig. 1 is the schematic flow sheet of the control method of the embodiment of the present invention one;

Fig. 2 is the topological diagram of multilevel control system in the embodiment of the present invention;

Fig. 3 is the schematic flow sheet of the control method of the embodiment of the present invention two;

Fig. 4 is the schematic flow sheet of the control method of the embodiment of the present invention three;

Fig. 5 is the composition structural representation of the first control device of the embodiment of the present invention.

Detailed description of the invention

Below in conjunction with drawings and the specific embodiments, the present invention is further detailed explanation.

Embodiment one

Embodiments providing a kind of control method, described control method is applied in the first control device;Described first control device sets up the first communication port with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;In described first control device, storage has the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Each control device in described multilevel control system sets up second communication passage based at least one host-host protocol with at least one intelligent home device.Fig. 1 is the schematic flow sheet of the control method of the embodiment of the present invention one;As it is shown in figure 1, described control method includes:

Step 101: obtain linkage rule.

In the present embodiment, described first control device and other control devices described have message forwarding capability, based on the various message sent to control described control device or the intelligent home device of other control devices described connection.Described first control device and other control devices described composition multilevel control system, described first control device and other control devices described specifically can be realized by router.Concrete, described multilevel control system can be the multilevel control system of a certain user, for instance the family of user one has multiple room, and each room carries out message forwarding by a control device;Or, the family of the family of user two and the father and mother of user two is associated as same user name, each room of the family of user two carries out message forwarding by a control device, each room of father and mother's family of user two carries out message forwarding by a control device, and the family of the father and mother of the family of user two and user two carries out message forwarding by the control device of the total control device control device to the family of described user two and the family of the father and mother of user two.For described first control device and other control devices described for router, Fig. 2 is the topological diagram of multilevel control system in the embodiment of the present invention, as shown in Figure 2, described multilevel control system includes the router 1 of first level, the router 1.1 being connected with described router 1 and router 1.2, the router 1.1.1 being connected with described router 1.1, intelligent home device 2 and intelligent home device 3, the intelligent home device 4 being connected with described router 1.2, intelligent home device 5 and intelligent home device, and with the described router 1.1.1 intelligent home device 1 being connected;Wherein, intelligent home device in described multilevel control system can be any can wireless connections there is the smart machine of Radio Control Function, such as intelligent bulbs, smart jack, various controlling intelligent household appliances or various sensor etc., described sensor is not limited to action sensor, temperature sensor, humidity sensor and range sensor;Can being connected based at least one host-host protocol between described intelligent home device and control device, described host-host protocol is not limited to the local network transport agreement such as Bluetooth transmission protocol or Zigbee host-host protocol.Setting up based on default communications protocol between described control device and connect, described default communications protocol is not limited to the peer-peer protocols such as the peer-peer protocol (PPPoE, PointtoPointProtocoloverEthernet) on Ethernet.

Here, in each control device of described multilevel control system, storage has linkage rule, described linkage rule is the linkage rule relevant to the intelligent home device that described control device directly or indirectly connects, and therefore, in each control device, the linkage rule of storage is likely to difference.As shown in Figure 2, in described router 1.1, the linkage rule of storage is relevant to intelligent home device 1, intelligent home device 2 and intelligent home device 3, wherein, intelligent home device 2 and intelligent home device 3 are directly connected to router 1.1, need between intelligent home device 1 and router 1.1 to carry out message forwarding by router 1.1.1, therefore for being indirectly connected with between intelligent home device 1 and router 1.1.The state that then the described regular trigger condition including arbitrary intelligent home device in intelligent home device 1, intelligent home device 2 and intelligent home device 3 of linkage and described trigger condition need other intelligent home devices of linkage to switch after being triggered.Table 1 is the one signal table of the linkage rule in the embodiment of the present invention, illustrate for the linkage rule in described router 1.1, as shown in table 1, when the state of intelligent home device 1 is for starting (on) state, trigger intelligent home device 2 and perform startup (on) action, and described intelligent home device 2 start after state in which position color value be [20,50,100], brightness value be 80.As can be seen from Table 1, the state of intelligent home device 3 is unrelated with the state of intelligent home device 1 and intelligent home device 2, and therefore, intelligent home device 3 and intelligent home device 1 and intelligent home device 2 are without interaction relation.

Device name State arranges title State value Intelligent home device 1 On/off 1 Intelligent home device 2 color [20,50,100] Intelligent home device 2 brightness 80 Intelligent home device 2 On/off 1 Intelligent home device 3 temperature 23

Table 1

In the present embodiment, described linkage rule can be configured setting by user voluntarily in described first control device;Described first control device can also be synchronized to by other control devices.

Step 102: when the equipment state of the first intelligent home device changes, obtains the equipment state after described first intelligent home device changes by described second communication passage.

Here, the equipment state of described first intelligent home device is not limited to the open/close state of equipment, it is also possible to be the first parameter detected state when reaching first threshold.Such as, when described first intelligent home device is temperature sensor, when the temperature value that described temperature sensor detects reaches first threshold, the state determining described temperature sensor is the first state, when the temperature value that described temperature sensor detects reaches Second Threshold, it is determined that the state of described temperature sensor is the second state.Or, described in the first parameter of detecting state when reaching first threshold can be characterize the state that other equipment reach.Such as, described first intelligent home device is range sensor, and described range sensor is arranged on inside the doorframe in room, can detect that the distance between door by described range sensor so that it is determined that now door is open mode or closed mode.

Step 103: determine the second intelligent home device needing to control based on the equipment state after changing described in described first intelligent home device and described linkage rule.

In the present embodiment, described first control device is based on the equipment state after changing described in described first intelligent home device, searching the linkage rule as shown in table 1 of storage in described first control device and determine the second intelligent home device needing to control, described second intelligent home device is the intelligent home device needing to perform corresponding actions after meeting this trigger condition of equipment state after changing described in described first intelligent home device.Intelligent home device 1 as described in table 1 triggers after meeting the first state, and accordingly, described intelligent home device 2 need to perform specific action and meet specific state.

Step 104: determine the most short transmission path between described first intelligent home device and described second intelligent home device based on described synchronizing information;Described most short transmission path is the transmission path between the control device of described multilevel control system.

Concrete, the mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect.Table 2 is the one signal table of the synchronizing information in the embodiment of the present invention, for the synchronizing information in the router 1.1 shown in Fig. 2.As shown in table 2, the storage of described router 1.1 has the address of the address of intelligent home device 2, the address of intelligent home device 3 and the upper level router 1 that are directly connected to described router 1.1, also include the address being articulated in the intelligent home device 1 of router 1.1.1, in this signal, the address of described intelligent home device 1 is characterized by the address of described router 1.1.1.

Device name Address Intelligent home device 1 The address of router 1.1.1 Intelligent home device 2 The address of intelligent home device 2 Intelligent home device 3 The address of intelligent home device 3 Other The address of router 1

Table 2

In the present embodiment, between described first intelligent home device and described second intelligent home device, relation can be divided into the following two kinds: the first is described first intelligent home device and described second intelligent home device is connected in same control device (such as described first control device);The second is described first intelligent home device and described second intelligent home device is connected in different control devices, as the first intelligent home device is connected in the first control device, second intelligent home device is connected in the second control device, a control device can be passed through between described first control device and described second control device connect, it is also possible to connected by multiple control devices.When between described first intelligent home device and described second intelligent home device, relation is the first embodiment above-mentioned, namely when described first intelligent home device and described second intelligent home device are all connected with the first control device, then the most short transmission path between described first intelligent home device and described second intelligent home device is the transmission path in described first control device.When between described first intelligent home device and described second intelligent home device, relation is above-mentioned the second embodiment, namely described first intelligent home device and the first control device connect, when described second intelligent home device and the second control device connect, the most short transmission path between described first intelligent home device and described second intelligent home device is the first transmission path between described first control device and described second control device;Described first transmission path is the transmission path of the control device minimum number comprised between described first control device and described second control device.

Step 105: based on the second intelligent home device described in described most short transmission path clustering.

In this step, described first control device described first intelligent home device is changed after equipment state send to described second intelligent home device the second control device connected by described most short transmission path, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;

Or, described first control device generates, based on described linkage rule, the first instruction that the equipment state after changing is mated with described first intelligent home device, described first instruction is sent to described second intelligent home device by described most short transmission path the second control device connected, described second control device sends described first instruction to described second intelligent home device.

Concrete, described linkage rule includes the trigger condition of intelligent home device and the state that needs other intelligent home devices of linkage to switch after described trigger condition is triggered, specifically can be as shown in table 1.A kind of mode is, described first control device described first intelligent home device can be changed after equipment state send to described second intelligent home device the second control device connected by described most short transmission path, the state that other intelligent home devices of linkage need to switch is needed to generate the first instruction after being triggered based on trigger condition described in described linkage rule by described second control device, described first instruction is sent to described second intelligent home device, so that described second intelligent home device performs corresponding action based on described first instruction, make described second intelligent home device switching state.Another way is, described first control device needs the state that other intelligent home devices of linkage need to switch to generate the first instruction after being triggered based on trigger condition described in described linkage rule, described first instruction is sent to described second intelligent home device by described most short transmission path the second control device connected, by described second control device, described first instruction is sent to described second intelligent home device again, so that described second intelligent home device performs corresponding action based on described first instruction, make described second intelligent home device switching state.

The technical scheme adopting the embodiment of the present invention achieves intelligent home device and carries out interrelated, control terminal without one all intelligent home devices are controlled, the state making an intelligent home device can trigger the state of other intelligent home devices and also change after changing, it is greatly improved the operating experience of user, it is achieved that the automatization of Smart Home.

Embodiment two

The embodiment of the present invention additionally provides a kind of control method, and described control method is applied in the first control device;Described first control device sets up the first communication port with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;In described first control device, storage has the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Each control device in described multilevel control system sets up second communication passage based at least one host-host protocol with at least one intelligent home device.In the present embodiment, the first intelligent home device and the second intelligent home device are all connected with described first control device.Fig. 3 is the schematic flow sheet of the control method of the embodiment of the present invention two;As it is shown on figure 3, described control method includes:

Step 201: obtain linkage rule.

In the present embodiment, described first control device and other control devices described have message forwarding capability, based on the various message sent to control described control device or the intelligent home device of other control devices described connection.Described first control device and other control devices described composition multilevel control system, described first control device and other control devices described specifically can be realized by router.Concrete, described multilevel control system can be the multilevel control system of a certain user, for instance the family of user one has multiple room, and each room carries out message forwarding by a control device;Or, the family of the family of user two and the father and mother of user two is associated as same user name, each room of the family of user two carries out message forwarding by a control device, each room of father and mother's family of user two carries out message forwarding by a control device, and the family of the father and mother of the family of user two and user two carries out message forwarding by the control device of the total control device control device to the family of described user two and the family of the father and mother of user two.For described first control device and other control devices described for router, as in figure 2 it is shown, described multilevel control system includes router 1.1 that the router 1 of first level is connected and intelligent home device 4, intelligent home device 5 and intelligent home device that router 1.1.1, intelligent home device 2 and intelligent home device 3 that router 1.2 is connected with described router 1.1 are connected with described router 1.2 and the intelligent home device 1 being connected with described router 1.1.1 with described router 1;Wherein, intelligent home device in described multilevel control system can be any can wireless connections there is the smart machine of Radio Control Function, such as intelligent bulbs, smart jack, various controlling intelligent household appliances or various sensor etc., described sensor is not limited to action sensor, temperature sensor, humidity sensor and range sensor;Can being connected based at least one host-host protocol between described intelligent home device and control device, described host-host protocol is not limited to the local network transport agreement such as Bluetooth transmission protocol or Zigbee host-host protocol.Setting up based on default communications protocol between described control device and connect, described default communications protocol is not limited to PPPoE.

Here, in each control device of described multilevel control system, storage has linkage rule, described linkage rule is the linkage rule relevant to the intelligent home device that described control device directly or indirectly connects, and therefore, in each control device, the linkage rule of storage is likely to difference.As shown in Figure 2, in described router 1.1, the linkage rule of storage is relevant to intelligent home device 1, intelligent home device 2 and intelligent home device 3, wherein, intelligent home device 2 and intelligent home device 3 are directly connected to router 1.1, need between intelligent home device 1 and router 1.1 to carry out message forwarding by router 1.1.1, therefore for being indirectly connected with between intelligent home device 1 and router 1.1.The state that then the described regular trigger condition including arbitrary intelligent home device in intelligent home device 1, intelligent home device 2 and intelligent home device 3 of linkage and described trigger condition need other intelligent home devices of linkage to switch after being triggered.Table 1 is a kind of schematic diagram of the linkage rule in the embodiment of the present invention, illustrate for the linkage rule in described router 1.1, as shown in table 1, when the state of intelligent home device 1 is for starting (on) state, trigger intelligent home device 2 and perform startup (on) action, and described intelligent home device 2 start after state in which position color value be [20,50,100], brightness value be 80.As can be seen from Table 1, the state of intelligent home device 3 is unrelated with the state of intelligent home device 1 and intelligent home device 2, and therefore, intelligent home device 3 and intelligent home device 1 and intelligent home device 2 are without interaction relation.

In the present embodiment, described linkage rule can be configured setting by user voluntarily in described first control device;Described first control device can also be synchronized to by other control devices.

Step 202: when the equipment state of the first intelligent home device changes, obtains the equipment state after described first intelligent home device changes by described second communication passage.

Here, the equipment state of described first intelligent home device is not limited to the open/close state of equipment, it is also possible to be the first parameter detected state when reaching first threshold.Such as, when described first intelligent home device is temperature sensor, when the temperature value that described temperature sensor detects reaches first threshold, the state determining described temperature sensor is the first state, when the temperature value that described temperature sensor detects reaches Second Threshold, it is determined that the state of described temperature sensor is the second state.Or, described in the first parameter of detecting state when reaching first threshold can be characterize the state that other equipment reach.Such as, described first intelligent home device is range sensor, and described range sensor is arranged on inside the doorframe in room, can detect that the distance between door by described range sensor so that it is determined that now door is open mode or closed mode.

Step 203: determine the second intelligent home device needing to control based on the equipment state after changing described in described first intelligent home device and described linkage rule.

In the present embodiment, described first control device is based on the equipment state after changing described in described first intelligent home device, searching the linkage rule as shown in table 1 of storage in described first control device and determine the second intelligent home device needing to control, described second intelligent home device is the intelligent home device needing to perform corresponding actions after meeting this trigger condition of equipment state after changing described in described first intelligent home device.Intelligent home device 1 as described in table 1 triggers after meeting the first state, and accordingly, described intelligent home device 2 need to perform specific action and meet specific state.

Step 204: retrieve described synchronizing information, it is determined that when described synchronizing information includes the address of described second intelligent home device, using the transmission path of described first control device as most short transmission path.

Concrete, the mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect.With described control device for shown in router, as shown in table 2, the storage of described router 1.1 has the address of the address of intelligent home device 2, the address of intelligent home device 3 and the upper level router 1 that are directly connected to described router 1.1, also include the address being articulated in the intelligent home device 1 of router 1.1.1, in this signal, the address of described intelligent home device 1 is characterized by the address of described router 1.1.1.In the present embodiment, described first intelligent home device and described second intelligent home device are connected in same control device (such as described first control device), then the most short transmission path between described first intelligent home device and described second intelligent home device is the transmission path in described first control device.

Step 205: generate, based on described linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated, send described first instruction to described second intelligent home device.

In the present embodiment, described first intelligent home device and described second intelligent home device are connected in described first control device, then described first control device generates, based on described linkage rule, the first instruction that the equipment state after changing is mated with described first intelligent home device, sends described first instruction to described second intelligent home device.

Concrete, described linkage rule includes the trigger condition of intelligent home device and the state that needs other intelligent home devices of linkage to switch after described trigger condition is triggered, specifically can be as shown in table 1.In the present embodiment, described first control device needs the state that other intelligent home devices of linkage need to switch to generate the first instruction after being triggered based on trigger condition described in described linkage rule, described first instruction is sent to described second intelligent home device, so that described second intelligent home device performs corresponding action based on described first instruction, make described second intelligent home device switching state.

Concrete, the linkage rule described in the present embodiment specifically can be realized by following procedure statement:

Wherein, said procedure statement is the linkage rule in the router 1.2 shown in Fig. 2, and g4 represents that intelligent home device 4, g6 represents intelligent home device 6.Said procedure statement represents as intelligent home device 4 trigger condition (trigger), intelligent home device 6 performs action (action), namely the intelligent home device of trigger condition and the intelligent home device of execution action are all connected with same control device, the process just can complete whole lookup in described control device, determining and performing.

The technical scheme adopting the embodiment of the present invention achieves intelligent home device and carries out interrelated, control terminal without one all intelligent home devices are controlled, the state making an intelligent home device can trigger the state of other intelligent home devices and also change after changing, it is greatly improved the operating experience of user, it is achieved that the automatization of Smart Home.

Embodiment three

The embodiment of the present invention additionally provides a kind of control method, and described control method is applied in the first control device;Described first control device sets up the first communication port with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;In described first control device, storage has the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Each control device in described multilevel control system sets up second communication passage based at least one host-host protocol with at least one intelligent home device.In the present embodiment, the first intelligent home device is connected with described first control device, the second intelligent home device and the second control device connect.Fig. 4 is the schematic flow sheet of the control method of the embodiment of the present invention three;As shown in Figure 4, described control method includes:

Step 301: obtain linkage rule.

In the present embodiment, described first control device and other control devices described have message forwarding capability, based on the various message sent to control described control device or the intelligent home device of other control devices described connection.Described first control device and other control devices described composition multilevel control system, described first control device and other control devices described specifically can be realized by router.Concrete, described multilevel control system can be the multilevel control system of a certain user, for instance the family of user one has multiple room, and each room carries out message forwarding by a control device;Or, the family of the family of user two and the father and mother of user two is associated as same user name, each room of the family of user two carries out message forwarding by a control device, each room of father and mother's family of user two carries out message forwarding by a control device, and the family of the father and mother of the family of user two and user two carries out message forwarding by the control device of the total control device control device to the family of described user two and the family of the father and mother of user two.For described first control device and other control devices described for router, as in figure 2 it is shown, described multilevel control system includes router 1.1 that the router 1 of first level is connected and intelligent home device 4, intelligent home device 5 and intelligent home device that router 1.1.1, intelligent home device 2 and intelligent home device 3 that router 1.2 is connected with described router 1.1 are connected with described router 1.2 and the intelligent home device 1 being connected with described router 1.1.1 with described router 1;Wherein, intelligent home device in described multilevel control system can be any can wireless connections there is the smart machine of Radio Control Function, such as intelligent bulbs, smart jack, various controlling intelligent household appliances or various sensor etc., described sensor is not limited to action sensor, temperature sensor, humidity sensor and range sensor;Can being connected based at least one host-host protocol between described intelligent home device and control device, described host-host protocol is not limited to the local network transport agreement such as Bluetooth transmission protocol or Zigbee host-host protocol.Setting up based on default communications protocol between described control device and connect, described default communications protocol is not limited to PPPoE.

Here, in each control device of described multilevel control system, storage has linkage rule, described linkage rule is the linkage rule relevant to the intelligent home device that described control device directly or indirectly connects, and therefore, in each control device, the linkage rule of storage is likely to difference.As shown in Figure 2, in described router 1.1, the linkage rule of storage is relevant to intelligent home device 1, intelligent home device 2 and intelligent home device 3, wherein, intelligent home device 2 and intelligent home device 3 are directly connected to router 1.1, need between intelligent home device 1 and router 1.1 to carry out message forwarding by router 1.1.1, therefore for being indirectly connected with between intelligent home device 1 and router 1.1.The state that then the described regular trigger condition including arbitrary intelligent home device in intelligent home device 1, intelligent home device 2 and intelligent home device 3 of linkage and described trigger condition need other intelligent home devices of linkage to switch after being triggered.Table 1 is a kind of schematic diagram of the linkage rule in the embodiment of the present invention, illustrate for the linkage rule in described router 1.1, as shown in table 1, when the state of intelligent home device 1 is for starting (on) state, trigger intelligent home device 2 and perform startup (on) action, and described intelligent home device 2 start after state in which position color value be [20,50,100], brightness value be 80.As can be seen from Table 1, the state of intelligent home device 3 is unrelated with the state of intelligent home device 1 and intelligent home device 2, and therefore, intelligent home device 3 and intelligent home device 1 and intelligent home device 2 are without interaction relation.

In the present embodiment, described linkage rule can be configured setting by user voluntarily in described first control device;Described first control device can also be synchronized to by other control devices.

Step 302: when the equipment state of the first intelligent home device changes, obtains the equipment state after described first intelligent home device changes by described second communication passage.

Here, the equipment state of described first intelligent home device is not limited to the open/close state of equipment, it is also possible to be the first parameter detected state when reaching first threshold.Such as, when described first intelligent home device is temperature sensor, when the temperature value that described temperature sensor detects reaches first threshold, the state determining described temperature sensor is the first state, when the temperature value that described temperature sensor detects reaches Second Threshold, it is determined that the state of described temperature sensor is the second state.Or, described in the first parameter of detecting state when reaching first threshold can be characterize the state that other equipment reach.Such as, described first intelligent home device is range sensor, and described range sensor is arranged on inside the doorframe in room, can detect that the distance between door by described range sensor so that it is determined that now door is open mode or closed mode.

Step 303: determine the second intelligent home device needing to control based on the equipment state after changing described in described first intelligent home device and described linkage rule.

In the present embodiment, described first control device is based on the equipment state after changing described in described first intelligent home device, searching the linkage rule as shown in table 1 of storage in described first control device and determine the second intelligent home device needing to control, described second intelligent home device is the intelligent home device needing to perform corresponding actions after meeting this trigger condition of equipment state after changing described in described first intelligent home device.Intelligent home device 1 as described in table 1 triggers after meeting the first state, and accordingly, described intelligent home device 2 need to perform specific action and meet specific state.

Step 304: obtain the address of described second control device being connected with described second intelligent home device based on described synchronizing information, the first transmission path, the minimum number of the control device that described first transmission path comprises are determined in address and the address of described second control device according to described first control device;Path is transmitted as described most short transmission path using described first.

Concrete, the mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect.With described control device for shown in router, as shown in table 2, the storage of described router 1.1 has the address of the address of intelligent home device 2, the address of intelligent home device 3 and the upper level router 1 that are directly connected to described router 1.1, also include the address being articulated in the intelligent home device 1 of router 1.1.1, in this signal, the address of described intelligent home device 1 is characterized by the address of described router 1.1.1;And the address (addresses see other device names in table 2) of upper level router 1 that described router 1.1 connects.In this step, the described most short transmission path obtained based on described synchronizing information between described first intelligent home device and described second intelligent home device, including: obtain the address of described second control device being connected with described second intelligent home device based on described synchronizing information, determine the first transmission path according to the address of the address of described first control device and described second control device;Described first transmission path is the transmission path of the control device minimum number comprised between described first control device and described second control device;Path is transmitted as described most short transmission path using described first.Wherein, the first transmission path is determined in the address of the described address according to described first control device and described second control device, including: described first control device sends first message by Preset Transfer rule to the 3rd control device according to described synchronizing information, so that the synchronizing information in described 3rd control device the 3rd control device according to the address lookup of described second control device in described first message;When determining the address that the synchronizing information of described 3rd control device includes described second control device, determine the first transmission subpath based on the address of described 3rd control device and the address of described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described 3rd control device and described second control device;The transmission path of described first message between described first control device and described 3rd control device and described first transmission subpath are defined as described first transmission path.

Concrete, described first control device obtains the address of upper level control device based on the synchronizing information self stored, the address of the upper level router 1 of router 1.1 as described in table 2, address based on described upper level control device sends the first information to described upper level control device, and the described first information includes the address of described second control device;Described upper level control device is according to whether the synchronizing information inquiry self stored exists the address of described second control device, when inquiring the address of described second control device, then described upper level control device is the 3rd control device described in the embodiment of the present invention;When not inquiring the address of described second control device, described upper level control device obtains the address of upper upper level control device according to the synchronizing information self stored, address based on described upper upper level control device sends the first information to described upper upper level control device, the described first information includes the address of described second control device, repeat above-mentioned flow process, until a certain control device searches the address of described second control device in the synchronizing information self stored, now, described a certain control device is the 3rd control device described in the embodiment of the present invention;Further, the rule that sends of the above-mentioned first information is the Preset Transfer rule described in the embodiment of the present invention.Further, described 3rd control device is as father's control device of described first control device, also serve as father's control device of described second control device, address that then synchronizing information of described 3rd control device includes described second control device or the address of other control devices being connected with described second control device, sum it up, described 3rd control device can directly obtain the transmission path between described second control device based on the synchronizing information self stored;Wherein, transmission path between described 3rd control device and described second control device is likely to have a plurality of, then the transmission path that the first transmission subpath is the control device minimum number comprised between described 3rd control device and described second control device described in the embodiment of the present invention.

Concrete, the linkage rule described in the present embodiment specifically can be realized by following procedure statement:

Wherein, said procedure statement is the linkage rule in the router 1.1.1 shown in Fig. 2, and g1 represents that intelligent home device 1, g2 represents that intelligent home device 2, g5 represents that intelligent home device 5, g6 represents intelligent home device 6.Wherein, during intelligent home device 1 trigger condition, meeting the trigger condition performing intelligent home device 5, but router 1.1 can not find the address of intelligent home device 5, therefore, router 1.1.1 upwards level-1 router 1.1 sends message;Described message includes other intelligent home devices needing linkage after trigger condition is triggered, as shown in following procedure statement:

Wherein, after router 1.1 searches the synchronizing information of self, still can not find the address of intelligent home device 5, then described message is uploaded to router 1, described router 1 forwards message to router 1.2, described router 1.2 perform the action of intelligent home device 5.

nullIn another embodiment,Described synchronizing information also includes the address information of the control device being each connected with other control devices described,Namely in each control device, the synchronizing information of storage all includes the address of other control devices being connected with described control device、Mark with the intelligent home device that described control device is connected、And the address of other control devices being connected with other control devices described etc.,That is,Synchronizing information in each control device all includes the address of each control device in described multilevel control system、The mark of each intelligent home device、And the annexation between control device、Annexation between control device and intelligent home device etc.,Namely the first transmission path is determined in the address of address and described second control device that described first control unit can directly obtain described first control device based on the synchronizing information self stored.In the present embodiment, the first transmission path is determined in the address of the described address according to described first control device and described second control device, including: described first control device obtains the address information of the 3rd control device according to described synchronizing information, determines the first transmission subpath based on the address information of described first control device and the address information of described 3rd control device;Wherein, described 3rd control device is the control device being directly or indirectly connected with described first control device and described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described first control device and described 3rd control device;Described first control device determines the second transmission subpath based on the address information of described 3rd control device and the address information of described second control device;It is the transmission path of the control device minimum number comprised between the 3rd control device and described second control device described in described second transmission subpath;Transmit subpath according to described first and described second transmission subpath determines described first transmission path.

Concrete, described first control device is based on the common father's control device of synchronizing information described first control device of acquisition self store and described second control device, i.e. the 3rd control device;Wherein, described first control device and the common father's control device of described second control device are likely to there is more than one, in the present embodiment, based on the principle of transmission shortest path, the transmission path that transmission path is the control device minimum number comprised between described first control device and described 3rd control device;The transmission path that transmission path is the control device minimum number comprised between described 3rd control device and described second control device, based on this, it is thus achieved that the father's control device meeting above-mentioned transmission shortest path is described 3rd control device.

Step 305: the equipment state after being changed by described first intelligent home device sends to described second intelligent home device the second control device connected by described most short transmission path, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device.

In the present embodiment, described linkage rule includes the trigger condition of intelligent home device and the state that needs other intelligent home devices of linkage to switch after described trigger condition is triggered, specifically can be as shown in table 1.Described first control device described first intelligent home device is changed after equipment state send to described second intelligent home device the second control device connected by described most short transmission path, the state that other intelligent home devices of linkage need to switch is needed to generate the first instruction after being triggered based on trigger condition described in described linkage rule by described second control device, described first instruction is sent to described second intelligent home device, so that described second intelligent home device performs corresponding action based on described first instruction, make described second intelligent home device switching state.

The technical scheme adopting the embodiment of the present invention achieves intelligent home device and carries out interrelated, control terminal without one all intelligent home devices are controlled, the state making an intelligent home device can trigger the state of other intelligent home devices and also change after changing, it is greatly improved the operating experience of user, it is achieved that the automatization of Smart Home.

Embodiment four

The embodiment of the present invention additionally provides a kind of first control device.Fig. 5 is the composition schematic diagram of the first control device of the embodiment of the present invention, as it is shown in figure 5, described first control device includes: the first communication unit, second communication unit and memory element;Described first communication unit, for setting up the first communication channel with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;Described second communication unit, for setting up second communication passage based at least one host-host protocol with at least one intelligent home device;Described memory element, for storing the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Described first control device also includes: first obtains unit 51, second obtains unit 52, determines unit 53 and control unit 54;Wherein,

Described first obtains unit 51, is used for obtaining linkage rule;

Described second obtains unit 52, and for when the equipment state of the first intelligent home device changes, the described second communication passage set up by described second communication unit obtains the equipment state after described first intelligent home device changes;

Described determine unit 53, obtain the described linkage rule that unit 51 obtains and determine, for obtaining the equipment state after changing described in described first intelligent home device that unit 52 obtains and described first based on described second, the second intelligent home device needing to control;The most short transmission path that the described synchronizing information stored based on described memory element is determined between described first intelligent home device and described second intelligent home device;Described most short transmission path is the transmission path between the control device of described multilevel control system;

Described control unit 54, for based on described determine unit 53 determine described in the second intelligent home device described in most short transmission path clustering.

Concrete, described control unit 54, described first intelligent home device obtained for obtaining unit 52 by described second change after equipment state by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;Or, the first instruction that the equipment state after changing is mated is generated with described first intelligent home device based on described linkage rule, by described first instruction by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, described second control device send described first instruction to described second intelligent home device.

Skilled artisan would appreciate that, the function of each processing unit in first control device of the embodiment of the present invention, can refer to the associated description of aforementioned control processing method and understand, each processing unit in first control device of the embodiment of the present invention, can realize by realizing the analog circuit of the function described in the embodiment of the present invention, it is also possible to realize by performing the operation on intelligent terminal of the software of the function described in the embodiment of the present invention.

Embodiment five

The embodiment of the present invention additionally provides a kind of first control device.As it is shown in figure 5, described first control device includes: the first communication unit, second communication unit and memory element;Described first communication unit, for setting up the first communication channel with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;Described second communication unit, for setting up second communication passage based at least one host-host protocol with at least one intelligent home device;Described memory element, for storing the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Described first control device also includes: first obtains unit 51, second obtains unit 52, determines unit 53 and control unit 54;Wherein,

Described first obtains unit 51, is used for obtaining linkage rule;

Described second obtains unit 52, and for when the equipment state of the first intelligent home device changes, the described second communication passage set up by described second communication unit obtains the equipment state after described first intelligent home device changes;

Described determine unit 53, obtain the described linkage rule that unit 51 obtains and determine, for obtaining the equipment state after changing described in described first intelligent home device that unit 52 obtains and described first based on described second, the second intelligent home device needing to control;Retrieve described synchronizing information, it is determined that when described synchronizing information includes the address of described second intelligent home device, using the transmission path of described first control device as most short transmission path;

Described control unit 54, for based on described determine unit 53 determine described in the second intelligent home device described in most short transmission path clustering.

Concrete, described control unit 54, described first intelligent home device obtained for obtaining unit 52 by described second change after equipment state by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;Or, the first instruction that the equipment state after changing is mated is generated with described first intelligent home device based on described linkage rule, by described first instruction by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, described second control device send described first instruction to described second intelligent home device.

Skilled artisan would appreciate that, the function of each processing unit in first control device of the embodiment of the present invention, can refer to the associated description of aforementioned control processing method and understand, each processing unit in first control device of the embodiment of the present invention, can realize by realizing the analog circuit of the function described in the embodiment of the present invention, it is also possible to realize by performing the operation on intelligent terminal of the software of the function described in the embodiment of the present invention.

Embodiment six

The embodiment of the present invention additionally provides a kind of first control device.As it is shown in figure 5, described first control device includes: the first communication unit, second communication unit and memory element;Described first communication unit, for setting up the first communication channel with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;Described second communication unit, for setting up second communication passage based at least one host-host protocol with at least one intelligent home device;Described memory element, for storing the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Described first control device also includes: first obtains unit 51, second obtains unit 52, determines unit 53 and control unit 54;Wherein, described first intelligent home device is connected with described first control device, described second intelligent home device is connected with described second control device;

Described first obtains unit 51, is used for obtaining linkage rule;

Described second obtains unit 52, and for when the equipment state of the first intelligent home device changes, the described second communication passage set up by described second communication unit obtains the equipment state after described first intelligent home device changes;

Described determine unit 53, obtain the described linkage rule that unit 51 obtains and determine, for obtaining the equipment state after changing described in described first intelligent home device that unit 52 obtains and described first based on described second, the second intelligent home device needing to control;Obtain the address of described second control device being connected with described second intelligent home device based on described synchronizing information, determine the first transmission path according to the address of the address of described first control device and described second control device;Described first transmission path is the transmission path of the control device minimum number comprised between described first control device and described second control device;Based on described first transmit path determine described in most short transmission path;

Described control unit 54, for based on described determine unit 53 determine described in the second intelligent home device described in most short transmission path clustering.

Concrete, a kind of mode is, described determine unit 53, for sending first message by Preset Transfer rule to the 3rd control device by described first communication unit according to described synchronizing information, so that the synchronizing information in described 3rd control device the 3rd control device according to the address lookup of described second control device in described first message;When determining the address that the synchronizing information of described 3rd control device includes described second control device, determine that the first transmission subpath described in the first transmission subpath is the transmission path of the control device minimum number comprised between described 3rd control device and described second control device based on the address of described 3rd control device and the address of described second control device;The transmission path of described first message between described first control device and described 3rd control device and described first transmission subpath are defined as described first transmission path.

Another embodiment is, also includes the address information of the control device being each connected with other control devices described in described synchronizing information;Described determine unit 53, for obtaining the address information of the 3rd control device according to described synchronizing information, determine the first transmission subpath based on the address information of described first control device and the address information of described 3rd control device;Wherein, described 3rd control device is the control device being directly or indirectly connected with described first control device and described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described first control device and described 3rd control device;The second transmission subpath is determined based on the address information of described 3rd control device and the address information of described second control device;Described second transmission subpath is the transmission path of the minimum number of the control device comprised between described 3rd control device and described second control device;Transmit subpath according to described first and described second transmission subpath determines described first transmission path.

Concrete, described control unit 54, described first intelligent home device obtained for obtaining unit 52 by described second change after equipment state by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;Or, the first instruction that the equipment state after changing is mated is generated with described first intelligent home device based on described linkage rule, by described first instruction by described determine unit 53 determine described in most short transmission path send to described second intelligent home device the second control device connected, described second control device send described first instruction to described second intelligent home device.

Skilled artisan would appreciate that, the function of each processing unit in first control device of the embodiment of the present invention, can refer to the associated description of aforementioned control processing method and understand, each processing unit in first control device of the embodiment of the present invention, can realize by realizing the analog circuit of the function described in the embodiment of the present invention, it is also possible to realize by performing the operation on intelligent terminal of the software of the function described in the embodiment of the present invention.

In the embodiment of the present invention four to embodiment six, in described first control device first obtains unit 51 and determines unit 53, in actual applications all can by the central processing unit (CPU in described first control device, CentralProcessingUnit), digital signal processor (DSP, DigitalSignalProcessor) or programmable gate array (FPGA, Field-ProgrammableGateArray) realize;In described first control device second obtains unit 52, can be realized in conjunction with dual-mode antenna by each sensor in actual applications;Described control unit 54 in actual applications, can be realized in conjunction with dual-mode antenna by CPU, DSP or the FPGA in described first control device.

Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of hardware embodiment, software implementation or the embodiment in conjunction with software and hardware aspect.And, the present invention can adopt the form at one or more upper computer programs implemented of computer-usable storage medium (including but not limited to disk memory and optical memory etc.) wherein including computer usable program code.

The present invention is that flow chart and/or block diagram with reference to method according to embodiments of the present invention, equipment (system) and computer program describe.It should be understood that can by the combination of the flow process in each flow process in computer program instructions flowchart and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can be provided to produce a machine to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device so that the instruction performed by the processor of computer or other programmable data processing device is produced for realizing the device of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

These computer program instructions may be alternatively stored in and can guide in the computer-readable memory that computer or other programmable data processing device work in a specific way, the instruction making to be stored in this computer-readable memory produces to include the manufacture of command device, and this command device realizes the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram 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 provides for realizing the step of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

The above, be only presently preferred embodiments of the present invention, is not intended to limit protection scope of the present invention.

Claims (10)

1. a control method, described control method is applied in the first control device;Described first control device sets up the first communication port with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;In described first control device, storage has the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Each control device in described multilevel control system sets up second communication passage based at least one host-host protocol with at least one intelligent home device;Each intelligent home device has the first control mode and the second control mode;Described first control mode is receive the control mode that user operation responds;Described second control mode is receive the control mode that the control instruction of connected control device transmission responds;Described method includes:
Obtain linkage rule;
When the equipment state of the first intelligent home device changes, obtain the equipment state after described first intelligent home device changes by described second communication passage;
The second intelligent home device needing to control is determined based on the equipment state after changing described in described first intelligent home device and described linkage rule;
The most short transmission path between described first intelligent home device and described second intelligent home device is determined based on described synchronizing information;Described most short transmission path is the transmission path between the control device of described multilevel control system;
Based on the second intelligent home device described in described most short transmission path clustering.
2. method according to claim 1, it is characterized in that, when described first intelligent home device be connected with described first control device, described second intelligent home device be connected with described second control device time, the described most short transmission path obtained based on described synchronizing information between described first intelligent home device and described second intelligent home device, including:
Obtain the address of described second control device being connected with described second intelligent home device based on described synchronizing information, determine the first transmission path according to the address of the address of described first control device and described second control device;Described first transmission path is the transmission path of the control device minimum number comprised between described first control device and described second control device;
Path is transmitted as described most short transmission path using described first.
3. method according to claim 2, it is characterised in that the first transmission path is determined in the address of the described address according to described first control device and described second control device, including:
Described first control device sends first message by Preset Transfer rule to the 3rd control device according to described synchronizing information, so that the synchronizing information in described 3rd control device the 3rd control device according to the address lookup of described second control device in described first message;
When determining the address that the synchronizing information of described 3rd control device includes described second control device, determine the first transmission subpath based on the address of described 3rd control device and the address of described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described 3rd control device and described second control device;
The transmission path of described first message between described first control device and described 3rd control device and described first transmission subpath are defined as described first transmission path.
4. method according to claim 2, it is characterised in that also include the address information of the control device being each connected with other control devices described in described synchronizing information;The first transmission path is determined in the address of the described address according to described first control device and described second control device, including:
Described first control device obtains the address information of the 3rd control device according to described synchronizing information, determines the first transmission subpath based on the address information of described first control device and the address information of described 3rd control device;Wherein, described 3rd control device is the control device being directly or indirectly connected with described first control device and described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described first control device and described 3rd control device;
Described first control device determines the second transmission subpath based on the address information of described 3rd control device and the address information of described second control device;It is the transmission path of the control device minimum number comprised between the 3rd control device and described second control device described in described second transmission subpath;
Transmit subpath according to described first and described second transmission subpath determines described first transmission path.
5. method according to claim 1, it is characterised in that described based on the second intelligent home device described in described most short transmission path clustering, including:
Described first control device described first intelligent home device is changed after equipment state send to described second intelligent home device the second control device connected by described most short transmission path, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;
Or, described first control device generates, based on described linkage rule, the first instruction that the equipment state after changing is mated with described first intelligent home device, described first instruction is sent to described second intelligent home device by described most short transmission path the second control device connected, described second control device sends described first instruction to described second intelligent home device.
6. first control device, described first control device includes: the first communication unit, second communication unit and memory element;Described first communication unit, for setting up the first communication channel with other control devices based on default communications protocol, so that described first control device and other control devices described composition multilevel control system;Described second communication unit, for setting up second communication passage based at least one host-host protocol with at least one intelligent home device;Described memory element, for storing the synchronizing information Tong Bu with other control devices described;The mark of the intelligent home device that described synchronizing information includes other control device address informations described and other control devices described each connect;Described first control device also includes: first obtain unit, second obtain unit, determine unit and control unit;Wherein,
Described first obtains unit, is used for obtaining linkage rule;
Described second obtains unit, and for when the equipment state of the first intelligent home device changes, the described second communication passage set up by described second communication unit obtains the equipment state after described first intelligent home device changes;
Described determine unit, obtain the described linkage rule that unit obtains and determine, for obtaining the equipment state after changing described in described first intelligent home device that unit obtains and described first based on described second, the second intelligent home device needing to control;The most short transmission path that the described synchronizing information stored based on described memory element is determined between described first intelligent home device and described second intelligent home device;Described most short transmission path is the transmission path between the control device of described multilevel control system;
Described control unit, for based on described determine unit determine described in the second intelligent home device described in most short transmission path clustering.
7. the first control device according to claim 6, it is characterized in that, when described first intelligent home device be connected with described first control device, described second intelligent home device be connected with described second control device time, described determine unit, described synchronizing information for storing based on described memory element obtains the address of described second control device being connected with described second intelligent home device, determines the first transmission path according to the address of the address of described first control device and described second control device;Described first transmission path is the transmission path of the control device minimum number comprised between described first control device and described second control device;Based on described first transmit path determine described in most short transmission path.
8. the first control device according to claim 7, it is characterized in that, described determine unit, for sending first message by Preset Transfer rule to the 3rd control device by described first communication unit according to described synchronizing information, so that the synchronizing information in described 3rd control device the 3rd control device according to the address lookup of described second control device in described first message;When determining the address that the synchronizing information of described 3rd control device includes described second control device, determine the first transmission subpath based on the address of described 3rd control device and the address of described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described 3rd control device and described second control device;The transmission path of described first message between described first control device and described 3rd control device and described first transmission subpath are defined as described first transmission path.
9. the first control device according to claim 7, it is characterised in that also include the address information of the control device being each connected with other control devices described in described synchronizing information;Described determine unit, for obtaining the address information of the 3rd control device according to described synchronizing information, determine the first transmission subpath based on the address information of described first control device and the address information of described 3rd control device;Wherein, described 3rd control device is the control device being directly or indirectly connected with described first control device and described second control device;Described first transmission subpath is the transmission path of the control device minimum number comprised between described first control device and described 3rd control device;The second transmission subpath is determined based on the address information of described 3rd control device and the address information of described second control device;Described second transmission subpath is the transmission path of the minimum number of the control device comprised between described 3rd control device and described second control device;Transmit subpath according to described first and described second transmission subpath determines described first transmission path.
10. the first control device according to claim 6, it is characterized in that, described control unit, described first intelligent home device obtained for obtaining unit by described second change after equipment state by described determine unit determine described in most short transmission path send to described second intelligent home device the second control device connected, generated, based on linkage rule, the first instruction that the equipment state after changing with described first intelligent home device is mated by described second control device, send described first instruction to described second intelligent home device;Or, the first instruction that the equipment state after changing is mated is generated with described first intelligent home device based on described linkage rule, by described first instruction by described determine unit determine described in most short transmission path send to described second intelligent home device the second control device connected, described second control device send described first instruction to described second intelligent home device.
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