CN108829076B - Intelligent equipment grouping linkage control method and system - Google Patents
Intelligent equipment grouping linkage control method and system Download PDFInfo
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- G05B19/41835—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by programme execution
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Abstract
The invention relates to a group linkage control method and a group linkage control system for intelligent equipment, wherein any one terminal device is distributed to one or more operation groups, and linkage tasks corresponding to each operation group are executed according to linkage instructions; the execution group identification contained in the execution group set of the terminal equipment corresponds to the distributed operation group; performing attribution adjustment on the terminal equipment by adding or deleting execution group identification contained in the execution group set; the distributed operation groups at least comprise a default operation group corresponding to the terminal equipment; the terminal device also has an operation group identity corresponding to a default operation group and corresponding to one of the execution group identities the terminal device has. The invention effectively simplifies the linkage complexity of the intelligent equipment and improves the reliability.
Description
Technical Field
The invention relates to the technical field of intelligent home control, in particular to a method and a system for intelligent equipment group linkage control.
Background
Most intelligent devices on the market still stay on the aspect of independent control now, and the user adds one or two equipment and carries out simple operation and can also satisfy, but the future is the intelligence era, and the development trend of intelligent house also popularizes intelligent equipment in user's house, and independent control certainly can not satisfy the demand in the time.
As is known at present, the principle of the linkage control is mainly the following two directions:
1) the linkage process configuration is carried out by taking the condition as the guide, the method can realize the linkage between two devices or the condition linkage of a plurality of devices, but the linkage configuration is too complicated and difficult to understand and is inconvenient for the public to use.
2) The method can also realize linkage, and mainly depends on the information of the relationship equipment recorded among the equipment, but the design brings serious inconvenience to the relationship modification.
Disclosure of Invention
The invention provides an intelligent device grouping linkage control method and system, which aim to simplify the linkage complexity of intelligent devices and improve the reliability.
In order to achieve the above object, one technical solution of the present invention is to provide a method for controlling intelligent device grouping linkage:
any one terminal device is allocated to one or more operation groups, and linkage tasks corresponding to each operation group are executed according to linkage instructions;
the terminal equipment is provided with an execution group set which comprises one or more execution group identifications and corresponds to one or more assigned operation groups; performing attribution adjustment on the terminal equipment by adding or deleting execution group identification contained in the execution group set, and allocating the terminal equipment to an operation group corresponding to the added execution group identification or removing the terminal equipment from an operation group corresponding to the deleted execution group identification;
the distributed operation groups at least comprise a default operation group corresponding to the terminal equipment; the terminal device also has an operation group identity corresponding to the default operation group and to one of the execution group identities the terminal device has.
Optionally, when the mobile client performs group configuration with any one terminal device as an ingress device, allocating or removing a plurality of other terminal devices in the default operation group of the ingress device, and adding or deleting an execution group identification corresponding to the default operation group of the ingress device in an execution group set of each of the other terminal devices;
or, the mobile client adds at least two terminal devices through the installed client program, when any one of the terminal devices is used as the entrance device for grouping configuration, the mobile client enters the linkage configuration page corresponding to the entrance device through the client program, and displays other terminal devices added to the mobile client and respective linkage identifications thereof through the linkage group configuration list; and adding or deleting the execution group identification corresponding to the default operation group of the access device in the execution group set of other terminal devices by opening or closing the linkage identification of other terminal devices, so that other terminal devices are correspondingly distributed or removed in the default operation group of the access device.
Optionally, when any one terminal device executes the linkage task corresponding to the default operation group of the terminal device according to the linkage instruction, the linkage instruction and the execution group identifier attached to the linkage instruction are further distributed in the local area network; the execution group identification attached to the linkage instruction corresponds to the execution group identification of the default operation group of the terminal equipment;
other terminal equipment in the local area network receives the linkage instruction to execute the linkage task when judging that the execution group set of the other terminal equipment contains an execution group identifier matched with the execution group identifier attached to the linkage instruction; and other terminal equipment in the local area network abandons the linkage instruction when judging that the execution group set of the terminal equipment does not contain the execution group identification matched with the execution group identification attached to the linkage instruction.
Optionally, when any one operation group only contains one terminal device with the operation group as a default operation group, the terminal device independently executes the linkage task corresponding to the operation group;
alternatively, one terminal device included in any one operation group and having the operation group as a default operation group and one or more other terminal devices assigned to the operation group execute the linkage task corresponding to the operation group in synchronization.
Optionally, any one terminal device executes the single control task according to the single control instruction;
a single control instruction required by any terminal device to execute a single control task is sent by a mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by an entrance device of an operation group allocated to the terminal device;
the linkage instruction required by any terminal device to execute the linkage task is sent by the mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by the entrance device of the operation group allocated to the terminal device.
Optionally, when a default operation group of any one terminal device is cancelled, the terminal device deletes the recorded operation group identifier, and sends a cancellation instruction and an attached operation group identifier in the local area network;
and other terminal equipment in the local area network deletes the execution group identifier corresponding to the operation group identifier attached to the canceling instruction in the execution group set of the terminal equipment.
Optionally, according to any one of the above intelligent device grouping linkage control methods, the execution group identifier includes an execution group number; the operation group identification comprises an operation group number, and is provided for the corresponding entrance equipment of the group by the mobile client when the group is established; the value of the execution group number included in any one terminal device corresponds to the value of the operation group number of the operation group to which the terminal device is assigned.
Optionally, when the mobile client performs packet configuration with any one terminal device as an ingress device, the mobile client sends a packet configuration instruction to other terminal devices to be allocated to the default operation group of the ingress device through the local area network or the cloud server; when the linkage instruction is sent by the mobile client, the mobile client sends the linkage instruction to the inlet equipment through the local area network or the cloud server.
Another technical solution of the present invention is to provide an intelligent device group linkage control system, including a terminal device suitable for any one of the above intelligent device group linkage control methods, the terminal device being provided with: the device comprises an operation unit, a communication unit, a control unit, an execution unit and a storage unit;
the storage unit records group information and task information of the terminal device, wherein the group information comprises an operation group identifier corresponding to a default operation group of the terminal device and one or more execution group identifiers corresponding to one or more operation groups to which the terminal device is allocated;
the operation unit correspondingly triggers a single control instruction or a linkage instruction according to the interactive operation of the user;
the control unit processes a single control instruction or a linkage instruction which is received from the outside by the communication unit or triggered by the operation unit, identifies a task target, judges an execution condition and issues a corresponding single control task or a linkage task;
the execution unit executes corresponding target actions according to the issued single control task or linkage task;
wherein, the judgment execution condition includes the judgment of S1 and/or S2:
s1, the control unit judges that the execution group identification attached to the linkage instruction received from the outside is matched with the execution group identification contained in the group information, and issues and drives the execution unit to execute the corresponding linkage task;
and S2, when the control unit judges that the linkage instruction corresponding to the default operation group of the terminal equipment is received from the outside or triggered by the operation unit, the control unit drives the communication unit to distribute the linkage instruction corresponding to the default operation group of the terminal equipment to the local area network.
Optionally, the intelligent device group linkage control system further includes a mobile client applicable to any one of the intelligent device group linkage control methods, or further includes the mobile client and a cloud server;
when the mobile client performs grouping configuration by taking any terminal equipment as the inlet equipment, sending a grouping configuration instruction to other terminal equipment to be allocated to a default operation group of the inlet equipment through a local area network or a cloud server; when the linkage instruction is sent by the mobile client, the mobile client sends the linkage instruction to the inlet equipment through the local area network or the cloud server.
By the intelligent equipment grouping linkage control method and system, the operation of configuring or modifying the equipment linkage relation is simple and clear, the equipment does not need complex communication, the linkage complexity of the intelligent equipment is effectively simplified, and the reliability is improved.
Drawings
FIG. 1 is a schematic diagram of a packet configuration flow in the present invention;
FIG. 2 is a schematic structural diagram of a terminal device according to the present invention;
FIG. 3 is a schematic diagram of the linkage control flow of the present invention;
FIG. 4 is a diagram illustrating a device group number configuration in an embodiment of the present invention;
FIG. 5 is a schematic diagram of a linkage control flow according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention provides a group linkage control system of intelligent equipment, comprising: mobile client and terminal device (hereinafter or simply referred to as device). In an optional embodiment, the system may further include a cloud server.
As shown in fig. 1, the mobile client is responsible for configuring terminal device groups, entering into a group configuration by using one device as an entry, assigning one or more other terminal devices except the entry device to an operation group of the entry device, and executing an interlocking task of the group.
Each device has and only one operation group with a corresponding operation group number. The operation group number can be issued by a mobile client or obtained in a preset mode of a manufacturer and the like, and is not listed one by one.
Each device can also belong to a plurality of execution groups at the same time, and a plurality of execution group numbers are recorded through the execution group set so as to correspondingly represent the condition that the device is distributed to a plurality of operation groups. For example, the values of the plurality of execution group numbers included in the execution group set of one device may correspond to the values of the operation group numbers of the plurality of operation groups, respectively.
The mobile client configures grouping, enters an operation group of the ingress device by taking a device as an ingress to perform configuration adjustment, namely adds or deletes an execution group number corresponding to the group in an execution group set of other devices (except the ingress device) to realize device attribution adjustment.
If a certain device is assigned to a certain operation group, an execution group number corresponding to the group is added to the execution group set of the device. And if the equipment is removed from the operation group, deleting the execution group number corresponding to the group in the execution group set of the equipment.
The portal device defaults to belonging to its own operational group, also containing in its set of execution groups the execution group number corresponding to that operational group. Each device can form a group by itself, if other terminal devices are allocated to the group, all the devices in the group can synchronously execute the target action of linkage according to the linkage instruction issued to the group; the portal device can execute the linking instruction itself if no other terminal device has been assigned to the group.
The cloud server included in the optional embodiment mainly supports remote configuration or control, and is responsible for supporting public network communication and protocol support; if remote operation is not needed, the cloud server side is not required to be arranged. When a cloud server exists, the cloud server is responsible for data forwarding through the cloud end, and all data interaction can pass through the cloud end. Under the condition, the mobile client forwards the configuration instruction to the terminal equipment through the cloud end, the terminal equipment and the cloud end are kept in long link, and the terminal equipment is in data interaction in real time and is in a synchronous state. And when the cloud server does not exist, the mobile client directly interacts with the terminal equipment through the local area network.
The mobile client adds at least two terminal devices through an installed APP, for example, when one device is used as an entrance for configuration, a configuration access linkage group configuration list is clicked from a linkage configuration page of one terminal device (entrance device), the list shows other terminal devices, and one or more of the other terminal devices are selected to be allocated to an operation group of the entrance device; when linkage identification of some other terminal equipment in the list is opened, the APP sends linkage grouping configuration instructions to the other terminal equipment through the cloud server or the local area network, and the corresponding execution group number of the group is added to the execution group set of the other terminal equipment. Otherwise, when entering the list from the linkage configuration page of the same entry device and closing the linkage identifier of some other terminal device, the other terminal device may be moved out of the corresponding operation group, and the corresponding execution group number is deleted.
The mobile client can also be responsible for identifying the control purpose of the user, triggering related services, interacting with the specified inlet equipment through the cloud or the local area network, and issuing a single control instruction or a linkage instruction to the mobile client.
As shown in fig. 2, each terminal device includes: the device comprises an operation unit, a communication unit, a control unit, an execution unit and a storage unit. The operation unit is responsible for supporting a user to trigger a single control/linkage task. The operation unit can be used as an interaction terminal supporting user operation. For example, the terminal device is a lamp touch switch, the operation unit of the terminal device is a touch pad, a single-point single-control task can be triggered by pressing one button, and a linkage task can be triggered by pressing three seconds for a long time.
The communication unit is responsible for receiving and sending instructions, synchronizing state information protocol interaction, receiving grouping information and the like. Through synchronous state information protocol interaction, the mobile client is supported to synchronize equipment states, such as a network communication state, a switch state, a timing reservation state and the like, with the terminal equipment at any time.
The control unit is responsible for processing the instruction received by the communication unit or the instruction triggered by the operation unit, identifying a task target, judging an execution condition, and issuing a task to the execution unit to trigger the execution of a target action;
if the command is a linkage command, the communication unit is further driven to distribute inter-group tasks such as linkage and the like, and the linkage command is distributed to other equipment under the default operation group of the equipment.
The storage unit is responsible for recording the group information, task information and the like of the equipment, wherein the group information comprises a unique operation group number corresponding to a default operation group and a plurality of execution group numbers corresponding to a plurality of attributive execution groups (namely, a plurality of distributed operation groups). For example, based on the stored task information, the control unit may determine whether a task action specified by a certain linkage instruction has already been executed, and may not execute the executed task.
For any terminal device, the received single control instruction or linkage instruction may be issued by the mobile client or triggered by the operation unit of the terminal device (see the lamp touch switch above); the linkage instructions may also be distributed by other terminal devices.
And if the single control instruction sent by the mobile client or the single control instruction triggered by the operation unit of the terminal equipment is judged, the portal equipment executes the target action specified by the instruction and then ends.
As shown in fig. 3, if it is determined that the command is an interlock command from the mobile client or an interlock command triggered by the operation means, the portal device itself performs a command distribution while executing a target operation specified by the command, and the distributed interlock command is accompanied by an execution group number corresponding to the group.
If the received linkage instruction is received by other equipment, the terminal equipment also judges whether the execution group set of the terminal equipment contains an execution group number matched with the execution group number attached to the linkage instruction: if yes, executing the target action specified in the linkage command; if not, the linkage command is discarded.
For example, the mobile client may set, in a control page of its APP, an identifier of a single-point certain specified entry device is to issue a single control instruction, and an identifier of a long-time specified entry device is to issue a linkage instruction to its default operation group.
Still take lamps and lanterns touch switch as an example, also can trigger single accuse instruction or linkage instruction through the operating unit of certain equipment: the single-point lower touch pad can drive the control unit of the equipment to trigger a single-control on/off task and only enable the on/off state of the equipment to be inverted according to the current state; if the touch pad is pressed for three seconds or other set time, the control unit can be driven to trigger the linkage switch task, and except that the on-off state of the equipment can be inverted according to the current state, the command distribution is further carried out by the communication unit and the execution group number corresponding to the operation group. And other equipment containing the corresponding execution group number can perform linkage control on the switch state of the other equipment when receiving the distributed linkage instruction.
The invention provides a plurality of control means, which are suitable for different situations of practical application. If the task is triggered through the mobile client, under the condition that a cloud server exists, remote control can be performed (for example, remote control can be performed when the user is not at home); without the cloud service end, the control can be only carried out under the same local area network or under the same signal source. And one-step interaction can be reduced by triggering through the operation unit of the terminal equipment, but the operation is needed beside the equipment.
As a user, at least two terminal devices are added at a mobile client. As shown in fig. 4 and 5, the intelligent device group linkage control method is further explained below by taking the adding device A, B, C as an example:
when the slave device a enters the linked configuration page, the device B, C is added to the operation group of the device a, and the group number of the device A, B, C is set by the mobile client, where the group number 1 is taken as an example, the operation group number of the device a is denoted as a numerical value 1, and the execution group number of the device A, B, C includes a numerical value 1.
If the single control task of the equipment A is triggered at the moment, the A executes the target action by itself; if the device A is triggered to perform the linkage task, the device A executes the target action and simultaneously sends linkage instructions in a group in the local area network where the device is located, and the device A is attached with an execution group number with a numerical value of 1 to provide identification marks for the devices in the same group. When the device B, C receives the linkage command and the attached identification, and each determines that its own execution group number contains a value of 1, it synchronously executes the target action.
When the slave device B enters the linkage configuration page, the device a is added to the operation group of the device B, and the mobile client sets a group number to the device A, B, for example, the group 2, the operation group number of the device B is marked as a numerical value 2, and the execution group number of the device A, B includes a numerical value 2.
If the single control task of the equipment B is triggered at the moment, the equipment B executes the target action by itself; if the linkage task of the equipment B is triggered, the equipment B executes the target action and simultaneously sends a linkage instruction in a group in the local area network where the equipment is located, and an execution group number with the numerical value of 2 is attached to the linkage instruction to provide an identification mark for the equipment in the same group. Device A, C receives the linkage command: if the device A judges that the execution group number of the device A contains a numerical value 2, the device A synchronously executes the target action; device C determines that its execution group number does not contain the value 2 and does not belong to group 2, and ignores the instruction.
The slave device C enters the linkage configuration page, the device a is added to the operation group of the device C, the mobile client sends a group number to the device A, C, taking the group 3 as an example, the operation group number of the device C is marked as a numerical value 3 at this time, and the execution group numbers of the device A, C include a numerical value 3 respectively.
At the moment, triggering a single control task of the equipment C, and executing a target action by the equipment C; if the linkage task of the equipment C is triggered, the equipment C executes the target action and simultaneously sends a linkage instruction in a group in the local area network where the equipment is located, and an execution group number with a numerical value of 3 is attached to the linkage instruction to provide an identification for the equipment in the same group. Device A, B receives the linkage command: if the device A judges that the execution group number of the device A contains a numerical value 3, the device A synchronously executes the target action; device B determines that its execution group number does not contain the value 3 and does not belong to group 3, and ignores the instruction.
Assuming that a user enters a linkage configuration page from the device a and adds one or more linkage devices to an operation group corresponding to the group 1, service interaction only needs to allocate an execution group number with a numerical value of 1 to a new device, and complex communication operation on the existing device is not needed.
When a user enters a linkage configuration page from the equipment A and reduces one or more linkage equipment for the operation group corresponding to the group 1, service interaction only needs to send an instruction for canceling the execution group number corresponding to the group to the equipment to be deleted, and complex communication operation does not need to be carried out on other equipment; the device receiving the cancel instruction only needs to remove the execution group number with the value of 1 from the execution group set.
Taking the deletion of the device C as an example, the bottom layer operation is simple and clear, and only the device C needs to send a group instruction for canceling the operation group corresponding to the group 3 in the local area network, and the execution group where the device C is located does not need to be considered, so that the interaction complexity during multi-device linkage is greatly simplified, and the uncontrollable factors of network interaction are reduced.
That is, the device C deletes the recorded operation group number and sends a cancel instruction and an attached operation group number thereof in the lan; and other terminal equipment in the local area network deletes the corresponding execution group number contained in the execution group set of the terminal equipment. The APP of the mobile client defaults to the created linkage group when equipment is added, and the binding is released when the equipment is deleted, so that the corresponding linkage group is cancelled or disappears; at this time, the APP clears the equipment record information, and deletes the relevant information of the linkage group and other relevant configuration information.
While the present invention has been described in detail with reference to the preferred embodiments, it should be understood that the above description should not be taken as limiting the invention. Various modifications and alterations to this invention will become apparent to those skilled in the art upon reading the foregoing description. Accordingly, the scope of the invention should be determined from the following claims.
Claims (10)
1. A group linkage control method for intelligent equipment is characterized in that,
any one terminal device is allocated to one or more operation groups, and linkage tasks corresponding to each operation group are executed according to linkage instructions;
the terminal equipment is provided with an execution group set which comprises one or more execution group identifications and corresponds to one or more assigned operation groups; performing attribution adjustment on the terminal equipment by adding or deleting execution group identification contained in the execution group set, and allocating the terminal equipment to an operation group corresponding to the added execution group identification or removing the terminal equipment from an operation group corresponding to the deleted execution group identification;
the distributed operation groups at least comprise a default operation group corresponding to the terminal equipment; the terminal equipment is also provided with an operation group identification corresponding to the default operation group and one execution group identification of the terminal equipment;
when any terminal device executes the linkage task corresponding to the default operation group of the terminal device according to the linkage instruction, the linkage instruction and the attached execution group identification are further distributed in the local area network; the execution group identification attached to the linkage instruction corresponds to the execution group identification of the default operation group of the terminal equipment;
other terminal equipment in the local area network receives the linkage instruction to execute the linkage task when judging that the execution group set of the other terminal equipment contains an execution group identifier matched with the execution group identifier attached to the linkage instruction; and other terminal equipment in the local area network abandons the linkage instruction when judging that the execution group set of the terminal equipment does not contain the execution group identification matched with the execution group identification attached to the linkage instruction.
2. The intelligent device group linkage control method according to claim 1,
when a mobile client uses any terminal device as an entrance device to perform grouping configuration, allocating or removing a plurality of other terminal devices in a default operation group of the entrance device, and adding or deleting an execution group identification corresponding to the default operation group of the entrance device in an execution group set of each of the other terminal devices;
or, the mobile client adds at least two terminal devices through the installed client program, when any one of the terminal devices is used as the entrance device for grouping configuration, the mobile client enters the linkage configuration page corresponding to the entrance device through the client program, and displays other terminal devices added to the mobile client and respective linkage identifications thereof through the linkage group configuration list; and adding or deleting the execution group identification corresponding to the default operation group of the access device in the execution group set of other terminal devices by opening or closing the linkage identification of other terminal devices, so that other terminal devices are correspondingly distributed or removed in the default operation group of the access device.
3. The intelligent device group linkage control method according to claim 1,
when any one operation group only contains one terminal device taking the operation group as a default operation group, the terminal device independently executes the linkage task corresponding to the operation group;
alternatively, one terminal device included in any one operation group and having the operation group as a default operation group and one or more other terminal devices assigned to the operation group execute the linkage task corresponding to the operation group in synchronization.
4. The intelligent device group linkage control method according to claim 2,
any one terminal device executes the single control task according to the single control instruction;
a single control instruction required by any terminal device to execute a single control task is sent by a mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by an entrance device of an operation group allocated to the terminal device;
the linkage instruction required by any terminal device to execute the linkage task is sent by the mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by the entrance device of the operation group allocated to the terminal device.
5. The intelligent device group linkage control method according to claim 3,
any one terminal device executes the single control task according to the single control instruction;
a single control instruction required by any terminal device to execute a single control task is sent by a mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by an entrance device of an operation group allocated to the terminal device;
the linkage instruction required by any terminal device to execute the linkage task is sent by the mobile client, or is triggered by the operation of the terminal device by a user, or is distributed by the entrance device of the operation group allocated to the terminal device.
6. The intelligent device group linkage control method according to claim 1,
when a default operation group of any terminal equipment is cancelled, the terminal equipment deletes the recorded operation group identification and sends a cancellation instruction and the attached operation group identification in the local area network;
and other terminal equipment in the local area network deletes the execution group identifier corresponding to the operation group identifier attached to the canceling instruction in the execution group set of the terminal equipment.
7. The intelligent equipment grouping linkage control method according to any one of claims 1 to 6, wherein the execution group identifier comprises an execution group number; the operation group identification comprises an operation group number, and is provided for the corresponding entrance equipment of the group by the mobile client when the group is established; the value of the execution group number included in any one terminal device corresponds to the value of the operation group number of the operation group to which the terminal device is assigned.
8. The intelligent device group linkage control method according to claim 4 or 5,
when the mobile client performs grouping configuration by taking any terminal equipment as the inlet equipment, sending a grouping configuration instruction to other terminal equipment to be allocated to a default operation group of the inlet equipment through a local area network or a cloud server; when the linkage instruction is sent by the mobile client, the mobile client sends the linkage instruction to the inlet equipment through the local area network or the cloud server.
9. An intelligent device group linkage control system, characterized by comprising a terminal device suitable for the intelligent device group linkage control method according to any one of claims 1 to 8, wherein the terminal device is provided with: the device comprises an operation unit, a communication unit, a control unit, an execution unit and a storage unit;
the storage unit records group information and task information of the terminal device, wherein the group information comprises an operation group identifier corresponding to a default operation group of the terminal device and one or more execution group identifiers corresponding to one or more operation groups to which the terminal device is allocated;
the operation unit correspondingly triggers a single control instruction or a linkage instruction according to the interactive operation of the user;
the control unit processes a single control instruction or a linkage instruction which is received from the outside by the communication unit or triggered by the operation unit, identifies a task target, judges an execution condition and issues a corresponding single control task or a linkage task;
the execution unit executes corresponding target actions according to the issued single control task or linkage task;
wherein, the judgment execution condition includes the judgment of S1 and/or S2:
s1, the control unit judges that the execution group identification attached to the linkage instruction received from the outside is matched with the execution group identification contained in the group information, and issues and drives the execution unit to execute the corresponding linkage task;
and S2, when the control unit judges that the linkage instruction corresponding to the default operation group of the terminal equipment is received from the outside or triggered by the operation unit, the control unit drives the communication unit to distribute the linkage instruction corresponding to the default operation group of the terminal equipment to the local area network.
10. The intelligent device grouping linkage control system according to claim 9, further comprising a mobile client adapted to the intelligent device grouping linkage control method according to claim 2 or 4, or further comprising the mobile client and a cloud server;
when the mobile client performs grouping configuration by taking any terminal equipment as the inlet equipment, sending a grouping configuration instruction to other terminal equipment to be allocated to a default operation group of the inlet equipment through a local area network or a cloud server; when the linkage instruction is sent by the mobile client, the mobile client sends the linkage instruction to the inlet equipment through the local area network or the cloud server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811061534.XA CN108829076B (en) | 2018-09-12 | 2018-09-12 | Intelligent equipment grouping linkage control method and system |
Applications Claiming Priority (1)
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| CN110497406B (en) * | 2019-08-14 | 2021-04-16 | 北京猎户星空科技有限公司 | Equipment grouping method, device, equipment and medium |
| CN111176130B (en) * | 2020-01-07 | 2022-05-24 | 华为技术有限公司 | Equipment control method, equipment control method and equipment control system |
| CN111538250A (en) * | 2020-04-28 | 2020-08-14 | 广东美的制冷设备有限公司 | Control method of household appliance, electronic device and computer readable storage medium |
| CN111752162B (en) * | 2020-06-28 | 2023-09-19 | 青岛海尔科技有限公司 | Method and apparatus for undoing coordinated operations and computer readable storage medium |
| CN112187937B (en) * | 2020-09-29 | 2023-05-02 | 卧安科技(深圳)有限公司 | Unpairing method and device, terminal equipment and storage medium |
| CN112954085A (en) * | 2021-01-28 | 2021-06-11 | 携程旅游网络技术（上海）有限公司 | Automatic grouping method, system, device and medium for terminal device |
| CN113900386B (en) * | 2021-11-17 | 2022-02-25 | 北京联盛德微电子有限责任公司 | Self-adaptive linkage control method and system for Internet of things equipment |
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| CN105867145A (en) * | 2016-04-07 | 2016-08-17 | 北京精益理想科技有限公司 | Intelligent household equipment control method and apparatus |
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| CN104571024A (en) * | 2014-12-15 | 2015-04-29 | 广东美的制冷设备有限公司 | Device group control method and mobile intelligent terminal |
| CN105807617B (en) * | 2014-12-30 | 2018-11-02 | 西安Tcl软件开发有限公司 | The control method and device of smart home device |
| US10038607B2 (en) * | 2016-06-17 | 2018-07-31 | Bank Of America Corporation | System for aggregated machine-initiated resource distribution |
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| CN104516317A (en) * | 2013-09-26 | 2015-04-15 | 上海澜腾智能科技有限公司 | Intelligent household system electric appliance grouped control method and device |
| CN105867145A (en) * | 2016-04-07 | 2016-08-17 | 北京精益理想科技有限公司 | Intelligent household equipment control method and apparatus |
| CN107908454A (en) * | 2017-11-17 | 2018-04-13 | 武汉楚鼎信息技术有限公司 | A kind of interlock method and device of the multiwindow packet based on more bookmarks |
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