CN110971675B

CN110971675B - Control method and device for intelligent household equipment

Info

Publication number: CN110971675B
Application number: CN201911125864.5A
Authority: CN
Inventors: 樊波; 戴帅湘
Original assignee: Beijing Moran Cognitive Technology Co Ltd
Current assignee: Shenzhen Haisheng Future Technology Co.,Ltd.
Priority date: 2019-11-18
Filing date: 2019-11-18
Publication date: 2020-12-25
Anticipated expiration: 2039-11-18
Also published as: CN110971675A

Abstract

The invention discloses a control method of intelligent household equipment, which comprises the steps of receiving a first control instruction input by a user, controlling a first application to set and/or execute a first control logic according to the first control instruction, and creating a first relation data linked list and/or a second relation data linked list based on the first control logic; judging whether one or more second applications associated with the first application exist, if so, receiving a second control instruction input by a user, judging whether the second control instruction meets a preset trigger condition in the first trigger condition set, if so, generating a trigger instruction associated with the preset trigger condition, controlling the one or more second applications to set and/or execute a second control logic based on the trigger instruction, and updating the first relation data linked list and/or the second relation data linked list based on the second control logic. By the method, the control of the equipment among different platforms can be optimized, the equipment among different platforms can be linked intelligently, and the use experience of a user is improved.

Description

Control method and device for intelligent household equipment

Technical Field

The embodiment of the invention relates to the technical field of information processing, in particular to a control method and device of intelligent household equipment.

Background

With The rapid development of The Internet of Things (IOT for short), various smart home devices come into daily life. The intelligent equipment of the intelligent home at present under different platforms belongs to different platforms, and the user may have own brand preference respectively to products of different types or different home decoration layouts, when the equipment belongs to different platforms, because control protocols between the platforms are mutually exclusive, for example, brand A has an application layer protocol of the ecological environment of brand A, brand B has an application layer protocol of the ecological environment of brand B, control equipment or application of the intelligent home using brand A, intelligent equipment in the intelligent home in which brand B cannot be controlled, control equipment or application of the intelligent home using brand B, intelligent equipment in the intelligent home in which brand A cannot be controlled, and user use experience is seriously influenced.

How to optimize equipment control between different platforms directly perceivedly, equipment between different platforms is linked to intelligence, promotes user's use experience and becomes a problem that awaits solution urgently.

Disclosure of Invention

Aiming at the problems in the prior art, the invention provides a control method and device of intelligent household equipment, terminal equipment and a computer readable storage medium.

The invention provides a control method of intelligent household equipment, which is characterized in that,

step 101, receiving a first control instruction input by a user, wherein the first control instruction comprises first control logic of at least one first device for a first application;

102, controlling the first application to set and/or execute a first control logic according to the first control instruction, and creating a first relation data linked list and/or a second relation data linked list based on the first control logic;

103, judging whether one or more second applications associated with the first application exist, and if so, notifying a user of prompt information of the second applications;

104, receiving a second control instruction input by a user, judging whether the second control instruction meets a preset trigger condition in the first trigger condition set, and if so, executing a step 105;

and 105, generating a trigger instruction associated with a predetermined trigger condition in the first trigger condition set, wherein the trigger instruction comprises second control logic for the one or more second applications, controlling the one or more second applications to set and/or execute the second control logic based on the trigger instruction, and updating the first relation data linked list and/or the second relation data linked list based on the second control logic.

The invention also provides a control device of the intelligent household equipment, which is characterized in that the mobile client device comprises:

the device comprises an input module, a control module and a control module, wherein the input module is used for receiving a first control instruction input by a user, and the first control instruction comprises first control logic of at least one first device aiming at a first application;

the control module is used for controlling the first application to set and/or execute a first control logic according to the first control instruction, and creating a first relation data linked list and/or a second relation data linked list based on the first control logic;

the prompting module is used for judging whether one or more second applications associated with the first application exist or not, and if so, notifying the user of prompting information of the second applications;

the input module is further used for receiving a second control instruction input by a user, wherein the second control instruction is a touch control instruction, and judging whether the second control instruction meets a preset trigger condition in the first trigger condition set;

the control module is further configured to generate a trigger instruction associated with a predetermined trigger condition in the first set of trigger conditions, where the trigger instruction includes second control logic for the one or more second applications, control the one or more second applications to set and/or execute the second control logic based on the trigger instruction, and update the first relational data link table and/or the second relational data link table based on the second control logic.

The invention also provides a terminal device, characterized in that it comprises a processor and a memory, in which a computer program is stored that is executable on the processor, said computer program implementing the method as described above when executed by the processor.

The invention also provides a computer-readable storage medium, characterized in that a computer program is stored in the computer-readable storage medium, which computer program is executable on a processor, and when executed implements the method as described above.

By the method, the equipment control among different platforms can be visually optimized, the equipment among different platforms is intelligently linked, and the use experience of a user is improved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a control method of smart home devices in an embodiment of the present invention.

Fig. 2 is a control method of a smart home device applied to a mobile client in an embodiment of the present invention.

Fig. 3 is a display interface of a terminal device in an embodiment of the present invention.

FIG. 4 is an exemplary display interface for real-time operational control of a first application applied to a mobile client in one embodiment of the invention.

FIG. 5 is an exemplary display interface for task operation control of a first application applied to a mobile client in one embodiment of the invention.

FIG. 6A is an example display interface of a second application prompt applied to a mobile client in one embodiment of the invention.

FIG. 6B is an example display interface of a second application prompt applied to a mobile client in one embodiment of the invention.

Fig. 6C is an example display interface of a second application prompt applied to a mobile client in one embodiment of the invention.

FIG. 7 is an example display interface of a second application prompt applied to a mobile client in one embodiment of the invention.

Fig. 8 is a control method of a smart home device applied to a television client in an embodiment of the present invention.

Fig. 9A is an example of a display interface of a first application applied to a television client in one embodiment of the present invention.

Fig. 9B is an example of a display interface of the first application applied to the television client in one embodiment of the present invention.

Fig. 10A is an example of a display interface of a second application prompt applied to a television client in one embodiment of the invention.

Fig. 10B is an example of a display interface for a second application prompt applied to a tv client in an embodiment of the present invention.

Fig. 11A is an example of a display interface of a second application prompt applied to a television client in another embodiment of the present invention.

Fig. 11B is an example of a display interface of a second application prompt applied to a tv client in another embodiment of the present invention.

Fig. 12 is a control device of smart home equipment in an embodiment of the present invention.

Fig. 13 is a mobile client apparatus of a smart home device in an embodiment of the present invention.

Fig. 14 shows a tv client apparatus of a smart home device in an embodiment of the present invention

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The embodiments and specific features of the embodiments of the present invention are detailed descriptions of technical solutions of the embodiments of the present invention, and are not limited to technical solutions of the present invention, and the technical features of the embodiments and the embodiments of the present invention may be combined with each other without conflict.

Example one

Referring to fig. 1, an embodiment of the present invention provides a method for controlling smart home devices, which is characterized in that,

Preferably, the first control logic comprises first real-time operation control logic, and/or first task operation control logic;

the second control logic comprises second real-time operation control logic and/or second task operation control logic.

Preferably, a first relation data linked list is created according to the first real-time operation control logic, and the first relation data linked list is updated according to the second real-time operation control logic;

and creating a second relation data linked list according to the first task operation control logic, and updating the second relation data linked list according to the second task operation control logic.

Preferably, the first relational data linked list includes items such as time, device ID, device attribute, device location, device action, device affiliation, and associated device;

the second data link table contains device ID, device location, device attribute, device action, device attribution, time execution condition, and one or more sets of event execution condition, where the event execution condition contains state condition, associated device ID, associated device attribute, and associated device attribution.

Preferably, based on the first real-time operation control logic, prompting a user whether to edit the corresponding task operation control logic;

if so, pre-populating the second relational data linked list based on the contents of the first relational data linked list.

In a preferred embodiment, the method can be applied to a mobile client as well as a television client.

In a preferred embodiment, step 100 may be included before step 101, where the user inputs a control command, for example, receives a user input voice command through the television end, or clicks with a remote control device to open the first application on the television end. Or, receiving a control instruction input by a user through the mobile terminal, for example, touching and clicking an application icon in the mobile terminal, and starting the first application of the mobile terminal.

The first application is an application program for managing the intelligent device under the first application platform. In a preferred embodiment, the step 101 of receiving a first control instruction input by a user, where the first control instruction includes first control logic of at least one first device for a first application, and specifically includes:

receiving a first control instruction input by a user, wherein the first control instruction comprises first control logic of at least one first device aiming at a first application, and the first control logic comprises first real-time operation control logic and/or first task operation control logic.

In a preferred embodiment, the first control logic includes first real-time operation control logic, for example, a user may perform turning on or off on a smart device by selecting the smart device displayed in a device list or layout in APP1, for example, a first control instruction input by the user in APP1 is to open a scrubber in a living room, create a first relationship data linked list based on the real-time operation control logic of the instruction, and generate a binding relationship between user identity information and the first relationship data linked list; the user identity comprises account information for user login. The first relational data linked list includes items such as time, device ID, device location, device action, device affiliation, and associated device. Based on a first control instruction of a user, executing corresponding control logic: such as a room purifier.

Specifically, in this scenario, the set first relational data linked list is as follows:

TABLE 1

The time parameter records the time when the user gives an instruction to change the state of the device, for example, the user turns on the purifier 1 at 18: 34; the device ID represents an identifier of the currently operating intelligent device, such as a device name, a device MAC address, and the like, which can uniquely identify the device, and for example, the device name is adopted in this embodiment: purifier 1 as device ID; the equipment location represents a location area where equipment is installed or currently placed, for example, the purifier 1 is placed in a living room; the device action represents a specific form of device state change, for example, the current device action is on, i.e., the purifier 1 is turned on; the equipment attribute represents the class of the equipment, such as a purifier, fresh air and the like, and the equipment belongs to an application platform to which the equipment belongs, such as an intelligent product with a purifier 1 belonging to a first application platform; the associated device represents other devices that have a logical relationship with the device, such as: air detector, door and window, new trend etc.. Part of the items in the first relational data linked list can be pre-filled with items when a user adds a device. For example, items such as device ID, device location, device attribute, device attribution, associated device, and the like in the present embodiment.

In a preferred embodiment, the first control logic includes a first task operation control logic, for example, entering an intelligent task setting interface, and setting an execution condition parameter and an execution result parameter of the corresponding task operation control logic through a condition menu and an execution menu, respectively. Such as: setting whether the conditions are met: when the intelligent detector monitors that PM2.5 is greater than or equal to a first threshold value, executing: the air purifier is turned on. And setting corresponding task operation control logic based on the first control instruction of the user. Based on the control logic of the instruction, creating a second relation data linked list, and generating a binding relation between the user identity information and the second relation data linked list; the user identity comprises account information for user login. The second data link table comprises time conditions, equipment IDs, equipment positions, equipment actions, equipment affiliations, time conditions, state conditions, associated equipment IDs and associated equipment affiliations.

Specifically, in this scenario, the set second relationship data linked list is as follows:

TABLE 2

And corresponding to the intelligent task setting interface, the second relation data linked list comprises an execution condition parameter and an execution result parameter. The device ID, the device location, the device attribute, the device attribution, the device action belonging to the execution result item, the time condition, the state condition, the associated device ID, the associated device attribute, and the associated device attribution belonging to the execution condition item. The time condition is a time execution condition, the state condition, the associated device ID, the associated device attribute, and the associated device attribution are event execution conditions, and the event execution conditions may be multiple groups. The event execution condition and the time execution condition may be satisfied to execute the device action on the device corresponding to the device ID in table 2. Specifically, the time condition represents a parameter of when to execute a task, and the state condition represents a parameter capable of triggering the device to execute an action, including a threshold parameter, an event parameter, and the like, for example, PM2.5 is greater than or equal to 75, or other purifiers are turned on; the associated device ID is a device identifier associated with the state condition, such as a device name, a device MAC address, and the like, which can uniquely identify the device, and the associated device belongs to an application platform to which the device belongs, such as an air detector is an intelligent product belonging to a first application platform. The time execution condition and the event execution condition belong to execution condition parameters in task setting.

The event execution conditions in the second relational data linked list may be set to be multiple groups based on actual requirements, for example, when there are two execution conditions, the second relational data linked list is as follows:

TABLE 3

In addition, the event execution condition may further include a status bit, where the status bit is a 1-bit flag, for example, a status bit of 1 indicates that the execution condition is a necessary condition, that is, the execution condition must be satisfied to trigger the device to execute an action; for example, if the status bit of the execution condition 1 is 1 and the status bit of the execution condition 2 is 0, it indicates that the device must be triggered to execute the action if the execution condition 1 is satisfied, if the status bit of the execution condition 1 is 1 and the status bit of the execution condition 2 is 1, it indicates that the execution condition 1 and the execution condition 2 are satisfied, if the status bit of the execution condition 1 is 0 and the status bit of the execution condition 2 is 1, it indicates that the device must be triggered to execute the action if the execution condition 2 is satisfied, and if the status bit of the execution condition 1 is 0 and the status bit of the execution condition 2 is 0, it indicates that the device can be triggered to execute the action if either the execution condition 1 or the execution condition 2 is satisfied.

In a preferred embodiment, after the real-time operation control logic is set, the user is prompted whether to edit the corresponding task operation control logic. For example, the user is prompted as to whether to create a scrubber auto-execution condition, with or without entering the intelligent task setting interface, based on the user's determination or deselection. If the task operation control logic is determined to be performed, the second relational data linked list may be pre-filled based on the content of the first relational data linked list, for example, the related content of the execution result in the intelligent task setting interface is filled with the related content of the device ID, the device location, the device attribute, the device affiliation, the device action, and the like of the first relational data linked list.

Specifically, pre-filling the second relational data linked list based on the content of the first relational data linked list, and filling the related content of the execution result in the intelligent task setting interface based on the related content of the first relational data linked list includes: filling the content corresponding to the second relational data linked list in the first relational data linked list into the second relational data linked list, for example, filling the relevant content such as equipment ID, equipment position, equipment attribution, equipment action and the like in the first relational data linked list into the corresponding item in the second relational data linked list, and updating the relevant content such as time of the first relational data linked list, equipment associated item and the like into the execution condition item in the second relational data linked list; for example, time conditions and associated device IDs; or filling relevant contents such as the equipment ID, the equipment position, the equipment attribution, the equipment action and the like in the first relational data linked list into execution condition items in the second relational data linked list, and filling the contents such as the equipment ID, the equipment position, the equipment attribution, the equipment action and the like in the second relational data linked list according to the equipment relevant items in the first relational data linked list. And filling an execution result parameter and/or an execution condition parameter in the intelligent task setting interface based on the related content in the second relational data linked list.

And judging whether the second relational data linked list has unfilled blank items, and if the unfilled blank items are indispensable items, prompting a user to input the blank items, so that the second relational data linked list is updated, and the task operation control logic is perfected. And if the unfilled blank item is an unnecessary item, directly updating the second relation data linked list and perfecting the task operation control logic.

For example: for the table 1 content, the second relational data link table is updated:

TABLE 4

In this scenario, if the state condition does not exist in the first relational data linked list, the user is prompted to fill or select the state condition, for example, based on the PM2.5 input by the user being greater than or equal to 75 as the state condition parameter, the state condition is filled into the second relational data linked list.

Or

For the table 1 content, the second relational data link table is updated:

TABLE 5

Example two

On the basis of the first embodiment, referring to fig. 2, the present embodiment provides a control method for smart home devices applied to a mobile client, which is characterized in that,

the step 102 may further include displaying an operation interface of the first application according to a first display mode.

The step 103 judges whether one or more second applications associated with the first application exist, if so, notifies the user that the second application prompt information specifically includes searching for a second application having the same attribute information as the application on the terminal device according to the attribute information of the application, where the second application may also include one or more second applications; if the first application exists, displaying the prompt information of the second application and the operation interface of the first application according to a second display mode;

the step 104 of receiving the second control instruction input by the user may include:

and monitoring whether a user has second control instruction input in real time, wherein the input can be the input of a touch action, when the user touches the screen, the action track of the user is monitored and recorded until the user releases the touch, and a second control instruction is generated based on the touch action. If the second control instruction is judged to meet the preset trigger condition in the first trigger condition set, executing step 105;

in a preferred embodiment, referring to fig. 3, setting the vertical direction of the screen in the display of the mobile terminal based on the forward viewing angle as the Y axis, the horizontal direction as the X axis, the upward direction of the screen facing the user viewing angle as the forward extending direction of the Y axis, and the right direction of the screen facing the user viewing angle as the forward extending direction of the X axis, may include step 100 before step 101, where the user inputs a control instruction, for example, clicks on an application icon in fig. 3, to start the first application of the mobile client terminal.

Preferably, the first display mode includes the first application display area being a full display area of the main screen; for example, referring to fig. 4, an example display interface for real-time operational control of a first application is displayed full screen. Or referring to fig. 5, an example display interface of task operation control of the first application is displayed full screen.

The second display mode comprises that the display area of the first application is a second display area, the second display area is smaller than the whole display area of the screen, and second application prompt information is displayed in a third display area outside the second display area.

Preferably, the step of the second display area being smaller than the whole display area of the screen specifically includes:

generating N oblique strip-shaped coverage areas at the upper left corner or the upper right corner of the screen according to the number N of the associated second applications,

the second display area of the first application is the residual area outside the N oblique strip-shaped covering areas;

alternatively, the first and second electrodes may be,

generating N side strip coverage areas on the right side of the screen according to the number N of the associated second applications;

the second display area of the first application is the remaining area outside the N strip-shaped coverage areas.

Preferably, the method further comprises

The second display mode includes semi-transparent floating display of second application prompt information on the first application display area.

The second application prompt message is a second application icon.

In a preferred embodiment, referring to fig. 6A-6C, the second display mode includes that the display area of the first application is a second display area, the second display area is smaller than the whole display area of the screen, and a second application prompt is displayed in a third display area outside the second display area.

In a preferred embodiment, a specific implementation manner of switching from the first display mode to the second display mode includes:

adjusting a display area of a first application to be a second display area, wherein the second display area is smaller than the whole display area of a screen; and displaying a second application prompt in a third display area outside the second display area.

The specific fact that the second display area is smaller than the whole display area of the screen is as follows:

generating N oblique strip-shaped or triangular-shaped coverage areas at the upper left corner or the upper right corner of the screen according to the number N of the associated second applications,

the second display area of the first application is a residual area outside N oblique strip-shaped coverage areas, and the N oblique strip-shaped coverage areas are third display areas;

alternatively, the first and second electrodes may be,

generating N side strip coverage areas on the right side of the screen according to the number N of the associated second applications, wherein the N strip coverage areas are third display areas;

And the N oblique strip/side strip coverage areas display N strip prompt contents.

In a preferred embodiment, a main background color of the current second display area is obtained as a first display color, the saturation and/or the brightness of the first display color is adjusted to generate a second display color, and the second display color is used as the main background color of the third display area. For example, extracting the HSB parameter of the background color of the current application page, keeping the hue and the brightness unchanged, and adjusting the saturation value to 115% of the original background color saturation. And after determining the main background color of the third display area, setting the transparency of the third display area. The third display region transparency may be set to 50% -70%.

In a preferred embodiment, the bar-shaped prompt content of the third display area may be dynamically displayed for a plurality of times in a first predetermined time period, preferably using a slow moving-in display, for example, continuously displayed for 3 times in a cycle of 4 seconds, wherein the moving-in process is for 1 second, the moving-out process is for 1 second, and the fixed display is for 2 seconds, and then the fixed display is fixed in the third display area for a second predetermined time period, for example, for 30 seconds. And detecting whether a trigger instruction exists in the total time of the first preset time period and the second preset time period.

Further, referring to fig. 6C, the display area range of the first application may be adjusted based on the area of the second display area, for example, the display scale of the first application is adjusted to be adapted to the second display area.

In a preferred embodiment, referring to fig. 7, the second display mode includes semi-transparent floating display of the second application icon on the first application display area.

Specifically, a transparent or translucent third display area may be provided on the lower side of the first application display area, for example, a translucent display layer is presented below the first application display area, and the second application icon is displayed on the translucent display layer; or, a transparent display layer is arranged below the first application display area, and a semi-transparent second application icon is displayed on the transparent display layer.

Specifically, the second application icon may be set to be dynamically displayed for a plurality of times in a third predetermined time period, and preferably, a plurality of times of display is adopted, for example, 3 times of display is continuously presented in a cycle of 3 seconds, wherein the next period display is performed after 1 second is hidden after 2 seconds of display. And then fixedly displayed in the third display area for a fourth predetermined period of time, for example, fixedly displayed for 30 seconds. And detecting whether a triggering instruction exists in the total time of the third predetermined time period and the fourth predetermined time period.

In a preferred embodiment, the step 104 of receiving a second control instruction input by the user, where the second control instruction is a touch control instruction, may include:

and monitoring whether the user has input of a touch action in real time, monitoring and recording an action track of the user when the user touches the screen, and generating a second control instruction based on the touch action until the user releases touch.

Specifically, in step 104, determining whether the second control instruction meets a predetermined trigger condition in the first trigger condition set may include:

the predetermined trigger conditions in the first set of trigger conditions include a first trigger condition and a second trigger condition.

The first trigger condition is as follows: and after the user slides a distance a along the Y-axis included angle alpha of the screen in any area of the current screen in an inclined downward direction, changing the touch sliding direction, and sliding a distance b along the Y-axis included angle beta of the screen in an inclined upward direction, wherein the included angle alpha is an included angle from a history track extended line of a first slide touch action before the touch sliding direction is changed to the Y-axis forward direction, the included angle beta is an included angle from a history track extended line of a second slide touch action after the touch sliding direction is changed to the Y-axis forward direction, and alpha + beta is less than 180 degrees, a is greater than 0, and b is greater than 0.

The second trigger condition is as follows: a user touches an ith strip coverage area in a third display area in a single click screen; or touching the ith application icon in the third display area in the single click on the screen.

In a preferred embodiment, if it is determined that the second control instruction meets the first trigger condition in the first trigger condition set, step 105 is executed; step 105, generating a batch synchronization trigger instruction associated with a first trigger condition in the first trigger condition set, wherein the batch synchronization trigger instruction includes second control logic for the one or more second applications, and controlling the one or more second applications to set and/or execute the second control logic based on the trigger instruction.

Setting real-time operation control logic for a first user-based control instruction executed by a previous user, for example: detecting that the user slides 2cm downwards and rightwards along the Y-axis included angle by 30 degrees and then slides 1cm upwards and slantwise along the Y-axis included angle by 60 degrees, judging that the user belongs to a first trigger condition, namely, the intention of the user is to synchronize the control logic of the first application to one or more second applications in batches, if the first control instruction input by the user in the APP1 in the previous example is to open the purifier of the living room, at the moment, the second application, such as APP5 and APP7, is configured with corresponding control logic, controls the platform 2 of the APP5, the platform 3 of the APP7 also opens the purifier belonging to the platform, and updates the first relation data linked list:

TABLE 6

Or, if platform 2 of APP5, platform 3 of APP7 do not have a second device identical to the first device, but one or more third devices associated with the first device exist, the second control logic included in the generated batch synchronization trigger instruction is an operation on at least one third device for the second application.

As in the foregoing scenario, a first control instruction input by a user in APP1 is to open a purifier in a living room, at this time, a second application, such as APP5 and APP7, configures corresponding control logic, controls platform 2 of APP5, and platform 3 of APP7 also opens the purifier, and finds that platform 2 does not contain the purifier but contains fresh air in an equipment-related project during the configuration process, and platform 3 contains the purifier, then the second control logic contained in the generated batch synchronization trigger instruction is the fresh air for APP5, and the trigger operation started by the purifier of APP7, and based on the second control logic, control platform 2 opens the fresh air, and control platform 3 opens the purifier, and updates the first relationship data linked list:

TABLE 7

Further, the controlling the one or more second applications to set and/or execute the second control logic based on the trigger instruction, and updating the first relational data link table and/or the second relational data link table further includes:

dynamically updating a second relation data linked list according to the first relation data linked list;

specifically, determining a plurality of entries with the same attribute according to the device attribute in the first relational data linked list, and determining the execution sequence of the control logic corresponding to the entries according to the index numbers or time of the plurality of entries in the first relational data linked list;

filling the device ID, the device action, the device attribute and the device attribution in the list item with the minimum index number into the execution condition parameters in the second relational data linked list; updating the second relational data linked list based on the first relational data riemerer table shown in table 7, for example, is as follows:

TABLE 8

Or

And judging whether the equipment attribute is related to time, for example, whether the purifier and the fresh air are unrelated to time, and whether the illumination is related to time, if so, filling the time in the table entry with the earliest time in a plurality of table entries with the same attribute into the execution condition parameter in the second relational data linked list.

For example, when the user opens the lamp 1 in APP1 and simultaneously opens the lamps in APP2 and APP3 based on the batch synchronous trigger command, the added entries in the updated second relation chain list need to fill in the time condition according to the time of opening the lamps in APP1, such as the following table

TABLE 9

Or

And if the equipment attribute is related to both the time execution condition and the event execution condition, filling the equipment ID, the equipment action, the equipment attribute, the equipment attribution and the time in the list item with the earliest time in the plurality of list items with the same attribute into the execution condition parameter in the second relational data linked list.

Based on the operation, the content of the second relation data linked list can be greatly enriched, and the logical relation between the intelligent devices is enhanced.

Specifically, a function option may be provided for the user, for example, whether to start the automatic control right of the application, and when the user determines to start the automatic control right, the second relational data linked list may be used to automatically control the multiple application backgrounds to execute corresponding control logic.

For example, the user sets a task in APP1 to start up purifier 1 when PM2.5 is greater than or equal to 75, at this time, according to the execution condition parameters and execution result parameters in the second relational data linked list, based on the start-up of purifier 1,

purifiers

2 and 3 in

execution platforms

2 and 3 need to be started up as well, and if the user determines to start up the automatic control authority, the second relational data linked list can be used to automatically control a plurality of second application backgrounds to execute corresponding control logic, so as to start up

purifiers

2 and 3 in

platforms

2 and 3. Without the need for subsequent operation by the user.

In addition, the second relational data linked list may be set by a user whether to be disclosed, if so, a disclosure authority based on a device attribute or a device location may be set, for example, there is a second relational data linked list bound to an account of the user a, the user a discloses the second relational data linked list to the user B, C, wherein a control authority for opening a lamp for the user B and a control authority for opening the bedroom 1 and the living room device for the user C may be respectively set, then, when the user B logs in using the account thereof, the control logic of the lighting device may be automatically controlled by using the second relational data linked list to control the plurality of second application backgrounds to execute the control logic for the bedroom 1 and the living room device, and when the user C logs in using the account thereof, the control logic of the lighting device may be automatically controlled by using the second relational data linked list to execute the plurality of second application backgrounds for the bedroom 1 and the living room device, automatic control based on the second relational data link table cannot be performed.

If the previous user executed to set the task operation control logic for the first control instruction based on the user, for example, the corresponding task operation control logic is set through the condition menu and the execution menu. Such as: setting whether the conditions are met: when the intelligent detector monitors that PM2.5 is greater than or equal to a first threshold value, executing: the air purifier is turned on. If it is detected that the user slides 2cm to the upper oblique angle by 1cm along the angle of 30 degrees, the touch instruction is judged to meet the first trigger condition, that is, the user intends to synchronize the control logic of the first application to one or more second applications in batch, and then the task operation control logic in the second applications is configured in batch, and the second relational data linked list is updated:

watch 10

Specifically, if no corresponding condition-related device exists in the

platforms

2 and 3, it is determined whether each parameter in the trigger condition can be set by default, for example, in this example, the

platforms

2 and 3 do not have an air detector, but since the application can obtain network data based on the internet to determine the value of the local PM2.5, at this time, a corresponding state condition, that is, a corresponding trigger condition parameter, can be directly set by default. And if each parameter in the trigger condition can not be set by default and at least one parameter can not be set by replacement, prompting the user by a floating notification.

Or when the task operation cannot be set by default or the execution condition parameters can be configured based on the internet data, configuring the real-time operation control logic in the second application based on the batch synchronous trigger instruction, and updating the second relation data linked list as follows:

TABLE 11

Specifically, if the second control instruction is judged to meet the first trigger condition; and after the batch synchronous trigger instruction is generated, exiting the second display mode and recovering the first display mode of the first application.

In a preferred embodiment, if a second control instruction meets the second trigger condition, a partial synchronous trigger instruction associated with the second trigger condition is generated, where the partial synchronous trigger instruction includes second control logic for the selected second application, and the selected second application is controlled to set and/or execute the second control logic based on the trigger instruction.

For example, referring to the multiple diagonal bar coverage areas shown in fig. 6A, if the user touches and clicks the 1 st diagonal bar coverage area, it is determined that the second trigger condition is met, that is, the user's intention is to control the first second application to perform synchronous control, for example, the first second application selected by the user is APP5, a corresponding trigger instruction is generated, where the trigger instruction includes a second control logic for APP5, and the second control logic matches with the first control logic, for example, the platform 2 of APP5 is controlled to also open the purifier, and update the first relationship data linked list or the second relationship data linked list.

Alternatively, referring to the display mode shown in fig. 7, if the user touches the 1 st application icon in the third display area in the screen at a single time, for example, the user touches the icon of pointing APP5, that is, the user's intention is to control the first and second applications to perform synchronous control, for example, the user selects the first and second applications, for APP5, a corresponding trigger instruction is generated, where the trigger instruction includes a second control logic for APP5, and the second control logic matches with the first control logic, for example, controls platform 2 of APP5 to also open a cleaner and update the first relationship data linked list or the second relationship data linked list.

In a preferred embodiment, the step 104 further includes: and judging whether the second control instruction meets a preset trigger condition in a second trigger condition set, if so, executing step 106, wherein the step 106 comprises generating a trigger instruction associated with the preset trigger condition in the second trigger condition set, the trigger instruction comprises second control logic for the one second application, and the one second application is controlled to set and/or execute the second control logic based on the trigger instruction.

In particular, the predetermined trigger conditions of the second set of trigger conditions comprise a third trigger condition,

the third trigger condition is as follows: a user touch point presses an ith bar-shaped coverage area in a third display area in the screen and drags the ith bar-shaped coverage area to any direction; or the touch point presses the ith application icon in the third display area in the screen and drags towards any direction. If so, generating a switching trigger instruction, switching the second application selected by the second control instruction to foreground operation, and further, displaying a first application prompt in a replacement manner in the ith bar-shaped coverage area, or displaying a first application icon in a replacement manner in the ith application icon position.

And if the second control instruction meets the third trigger condition, generating a switching trigger instruction associated with the second trigger condition, wherein the switching trigger instruction comprises second control logic aiming at the selected second application, and controlling the selected second application to set and/or execute the second control logic based on the switching trigger instruction.

For example, if the user presses the 1 st vertical bar coverage area and drags the coverage area in any direction, it is determined that the second control instruction belongs to the third trigger condition, i.e., the user wishes to open the second application, e.g., APP5, prompted by the 1 st vertical bar coverage area, at which time, switching APP5 to foreground, and displaying the first application prompt in the 1 st vertical bar coverage area instead, that is, at this time, if the user holds down the 1 st vertical bar coverage area again, and drags it in an arbitrary direction, the foreground display of the first application is resumed and the 1 st vertical bar overlay redisplays the APP5 prompt, and, in addition, if the APP5 switches to the foreground, if the user holds down the 2 nd vertical bar coverage area, as indicated by the second APP7, and drags it in any direction, then APP7 switches to foreground display, at which time the 1 st vertical bar overlay area displays the first application prompt and the 2 nd vertical bar overlay area displays APP5 instead.

Further, when the second application is switched to the foreground operation, displaying an operation interface of the second application based on the operation interface before the first application is switched; specifically, when the first application is in the task operation configuration interface before switching, the second application is switched to the foreground, the corresponding task operation configuration interface is directly displayed, corresponding task configuration information is automatically filled based on content items in the second relational data linked list, and after user confirmation, associated devices in device information execution result item parameters and execution condition item parameters in the second application are updated to the second relational data linked list. Or, when the first application is in the device real-time operation configuration interface before switching, the second application is switched to the foreground, the corresponding real-time operation configuration interface is directly displayed, the corresponding real-time operation configuration is automatically executed based on the first relation data linked list, and after the user confirms, the device information in the second application and the associated device in the execution condition are updated to the first relation data linked list.

For example, a user may perform turning on or off on a smart device displayed in a device list or layout in APP1 by selecting the smart device, for example, a first control instruction input by the user in APP1 is to open a scrubber in a living room, and based on an operation logic of the instruction, a first relational data link list is created; subsequently, the user selects to switch to APP5, at which point APP5 goes directly to the device list or layout display interface and based on the first relationship data linked list, directly places the purifier in APP5 on, and/or turns fresh air associated with the purifier on. And updating the first relational data linked list based on the switching trigger instruction, and updating the second relational data linked list based on the updated first relational data linked list, for example, respectively filling the device IDs, device actions, device attributes and device affiliations of the multiple entries in the first relational data linked list into the execution condition parameters and execution result parameters in the second relational data linked list.

Or, the user enters the intelligent task setting interface, and sets corresponding task operation control logic through the execution condition parameters, the execution result parameter condition menu and the execution menu. Such as: setting whether the conditions are met: when the intelligent detector monitors that PM2.5 is greater than or equal to a first threshold value, executing: the air purifier is turned on. And then, the user selects to switch to the APP5, at this time, the APP5 directly switches to the intelligent task setting interface, and automatically fills the corresponding execution condition parameter items and execution result parameter items based on the second relationship data linked list. For example, according to the related content of the intelligent device in the first application in the second relational data linked list, the related content of the same type of intelligent device in the corresponding second platform is acquired to fill the condition parameter item and the execution function parameter item in the intelligent task setting, and after the user confirms, the second relational data linked list is updated based on the confirmed task operation control logic.

In a preferred embodiment, the step 104 further includes: and judging whether the second control instruction meets a predetermined trigger condition in a third trigger condition set, if so, executing step 107, wherein the step 107 comprises generating a trigger instruction associated with the predetermined trigger condition in the third trigger condition set, the trigger instruction comprises second control logic for the one or more second applications, and the one or more second applications are controlled to execute the second control logic based on the trigger instruction.

Specifically, the predetermined trigger conditions in the third set of trigger conditions include a fourth trigger condition, where the fourth trigger condition is: the user slides up a distance c along the screen Y-axis clip angle in the second display area of the current screen or a distance d to the right along the screen X-axis clip angle θ in any area of the current screen, where c >0, d >0, 0< <90 °, 0< θ <90 °.

And if the second control instruction meets the fourth trigger condition, generating a cancellation trigger instruction associated with the fourth trigger condition, wherein the cancellation trigger instruction comprises second control logic for the second application, controlling the second application to execute the second control logic based on the trigger instruction, and the second control logic comprises the steps of forcibly canceling the display of the third display area and restoring the second display area to full-screen display.

EXAMPLE III

On the basis of the first and second embodiments, referring to fig. 8, the present embodiment provides a method for controlling smart home devices applied to a television client, which is characterized in that,

in a preferred embodiment, the step 102 may further include displaying an operation interface of the first application according to a first display mode, where the first display mode includes a first display area of the first application when applied to the television client, and the first display area is an entire display area of a screen of the television client.

In a preferred embodiment, the step 103 determines whether one or more second applications associated with the first application exist, if so, switches the first display mode to the second display mode, and displays the second application prompt information and the operation interface of the first application according to the second display mode; searching a second application which is the same as the attribute information of the application on the terminal equipment according to the attribute information of the application, wherein the second application can also comprise one or more applications; if the first application exists, displaying the prompt information of the second application and the operation interface of the first application according to a second display mode;

in a preferred embodiment, the step 104 of receiving the second control instruction input by the user may include: and monitoring whether a user has second control instruction input in real time, wherein the second control instruction can be a voice instruction input by the user or a control instruction input by clicking of a remote control device by the user. Judging whether the second control instruction meets a preset trigger condition in the first trigger condition set, if so, executing step 105;

in a preferred embodiment, step 101 may be preceded by step 100, where the user inputs a control command to open the first application of the tv client. The first application is an application program for managing the intelligent device under the first application platform.

In a preferred embodiment, in step 102, according to the first control instruction, the first application is controlled to set and/or execute a first control logic, and based on the first control logic, a first relational data link table and/or a second relational data link table are created.

In a preferred embodiment, the first control logic comprises first real-time operational control logic, e.g., referring to fig. 9A, a user may turn on or off a smart device displayed in a list or layout of devices in the first application by selecting the smart device. In addition, the first control logic further includes a first task operation control logic, for example, referring to fig. 9B, the user may perform task setting on the smart device by filling out the execution condition parameters and the execution result parameters in the menu items.

In a preferred embodiment, the step 103 determines whether there are one or more second applications associated with the first application, and if there are two or more second applications associated with the first application, the step switches the first display mode to the second display mode, and the displaying the prompt information of the second application and the operation interface of the first application according to the second display mode specifically includes:

according to the attribute information of the application, searching a second application which is the same as the attribute information of the application on the terminal equipment, wherein the second application also comprises one or more applications; and if the first application prompt information exists, switching the first display mode to a second display mode, and displaying the second application prompt information and the operation interface of the first application according to the second display mode.

The second display mode includes: the display method comprises a first display area of a first application and a third display area of a second application, wherein the whole display area of a television screen comprises the second display area and the third display area.

In a preferred embodiment, referring to fig. 10A, the whole display area of the tv screen includes the second display area and the third display area includes:

the third display area is a semi-transparent display area, and a second application icon is displayed in the third display area in a floating mode;

the third display area covers a partial area of an operation interface of the first application.

Specifically, the displaying the second application icon in the third display area in a floating manner includes:

and acquiring a main background color of the current second display area as a first display color, adjusting the saturation and/or brightness of the first display color to generate a second display color, and taking the second display color as the main background color of the third display area. For example, extracting the HSB parameter of the background color of the current application page, keeping the hue and the brightness unchanged, and adjusting the saturation value to 115% of the original background color saturation. When the main background color of the third display region is determined, the transparency of the third display region is set, for example, the transparency of the third display region may be set to 50% -70%.

Preferably, the transparency of the second application icon is adjusted, and the transparency of the second application icon is set to be 10% -20%.

Preferably, the color of the second application icon is adjusted, the original application icon form is maintained, and the hue of the replacement application icon is the hue close to the main background color of the third display area, and preferably, the hue distance is 10-15 degrees.

In a preferred embodiment, referring to fig. 10B, the whole display area of the tv screen includes the second display area and the third display area includes:

the third display area is a non-transparent display area, and a second application icon is displayed in the third display area in a floating mode;

and adjusting the display mode of the operation interface of the first application according to the size of the second display area so as to adapt to the second display area.

Specifically, the floating display of the second application icon in the third display area includes:

and acquiring a main background color of the current second display area as a first display color, adjusting the saturation and/or brightness of the first display color to generate a second display color, and taking the second display color as the main background color of the third display area. For example, extracting the HSB parameter of the background color of the current application page, keeping the hue and the brightness unchanged, and adjusting the saturation value to 115% of the original background color saturation.

Specifically, the adjusting the display scale of the operation interface of the first application according to the size of the second display area to adapt to the second display area includes:

the operation interface of the first application is scaled down according to the proportion, so that the operation interface can be completely displayed in the second display area, and the background of the operation interface is expanded to fill the second display area;

or

And adjusting the display structure of each item in the operation interface of the first application, so that each item in the operation interface can be completely displayed in the second display area.

In a preferred embodiment, the third display area is a shaped display area located in the upper right corner or the upper left corner of the tv end screen.

For example, referring to fig. 10A or 10B, the third display area is a display area located at the upper right corner of the television-side screen, and the coverage area of the third display area is a superimposed coverage area of two semicircles with the same diameter, the first semicircle has a first diameter, a first endpoint of a diameter section of the first semicircle is located at the top of the upper right corner of the television-side screen, a second endpoint is located at the edge of the top side of the television-side screen, and the first semicircular arc line is a lower arc; the second semicircle has a first diameter the same as the first semicircle, the first endpoint of the diameter section of the second semicircle is located at the top right corner vertex of the television end screen, the second endpoint is located at the edge of the right side of the television end screen, and the second semicircular arc line is a left circular arc.

Preferably, the first diameter is set based on a television end screen, for example, the first diameter is set to 1/8 to 1/2 of the length of the screen width side; or 1/6 to 2/3 where the first diameter is the narrow side of the screen.

Preferably, the first diameter is dynamically determined based on the number of the second application icons.

Similarly, the third display area may be a display area located at the upper left corner of the tv-end screen, and the coverage area of the third display area is the overlapping coverage area of two semicircles with the same diameter, the first semicircle has a first diameter, the first endpoint of the diameter section of the first semicircle is located at the top of the upper left corner of the tv-end screen, the second endpoint is located at the edge of the top side of the tv-end screen, and the first semicircular arc line is a lower arc; the second semicircle has a first diameter the same as the first semicircle, the first endpoint of the diameter section of the second semicircle is located at the top left corner vertex of the television end screen, the second endpoint is located at the left side edge of the television end screen, and the second semicircular arc line is a right arc.

Preferably, the first diameter is set based on a television end screen, for example, the first diameter is set to 1/3 to 1/2 of the length of the screen width side; or 2/3 to 8/9 where the first diameter is the narrow side of the screen.

In a preferred embodiment, the third display area adopts multiple dynamic displays, such as multiple slow-moving-in displays, for a first predetermined time period, for example, the vertex of the lower arc of the first semicircle moves downwards and slowly moves in, and the vertex of the lower arc of the second semicircle moves leftwards and rightwards synchronously and slowly, until the diameter of the first semicircle coincides with the top side edge of the television-end screen and the diameter of the second semicircle coincides with the right/left side edge of the television-end screen. For example, 3 consecutive displays are displayed with a 4 second period, with the process moved in for 2 seconds, the process removed for 1 second, and the stationary display for 2 seconds. And then fixedly displayed in the third display area for a second predetermined period of time, for example, fixedly displayed for 30 seconds. And detecting whether a second control instruction exists in the total time of the first predetermined time period and the second predetermined time period.

In a preferred embodiment, referring to fig. 11A or 11B, the whole display area of the tv screen includes the second display area and the third display area includes:

generating N side strip coverage areas on the right side of the screen according to the number N of the associated second applications; the third display area comprises the N side strip-shaped coverage areas; an ith prompt bar of the N side bar-shaped coverage areas is used to indicate an ith second application, for example, a name of the ith second application is displayed in the prompt bar;

preferably, the third display area is a non-transparent display area, and the operation interface display mode of the first application is adjusted to adapt to the second display area according to the size of the second display area.

Or

The third display area is a semi-transparent display area, and the third display area covers a partial area of the operation interface of the first application.

Specifically, the third display area is a semi-transparent display area, and the third display area covering a partial area of the operation interface of the first application includes:

and acquiring a main background color of the current second display area as a first display color, adjusting the saturation and/or brightness of the first display color to generate a second display color, and taking the second display color as the main background color of the third display area. For example, extracting the HSB parameter of the background color of the current application page, keeping the hue and the brightness unchanged, and adjusting the saturation value to 115% of the original background color saturation. And after determining the main background color of the third display area, setting the transparency of the third display area. The third display region transparency may be set to 50% -70%.

In a preferred embodiment, the third display area is a non-transparent display area, and adjusting the display scale of the operation interface of the first application according to the size of the second display area to adapt to the second display area includes:

and acquiring a main background color of the current second display area as a first display color, adjusting the saturation and/or brightness of the first display color to generate a second display color, and taking the second display color as the main background color of the third display area. For example, extracting the HSB parameter of the background color of the current application page, keeping the hue and the brightness unchanged, and adjusting the saturation value to be 115% of the original background color saturation;

or

In a preferred embodiment, the bar-shaped prompt content of the third display area may be dynamically displayed for a plurality of times in a third predetermined time period, preferably using a slow moving-in display, for example, continuously displayed for 3 times in a cycle of 4 seconds, wherein the moving-in process is for 1 second, the moving-out process is for 1 second, and the fixed display is for 2 seconds, and then the fixed display is fixed in the third display area for a fourth predetermined time period, for example, for 30 seconds. And detecting whether a second control instruction exists in the total time of the third predetermined time period and the fourth predetermined time period.

In a preferred embodiment, the step 104 of receiving the second control instruction input by the user may include:

and monitoring whether a second control command input by the user is received in real time, wherein the input can be voice input or key input, and for example, the input of a remote controller combined command is facilitated.

The first trigger condition is as follows: the voice command comprises related keywords with batch synchronization semantics or a remote controller confirms that double-click operation exists on the keys. If the second control instruction meets the first trigger condition, the trigger instruction generated in step 105 is a batch synchronous trigger instruction.

The second trigger condition is as follows: the voice command comprises synchronization and one or more related keywords of the application name of the second application, or comprises related keywords with partial synchronization semantics; or moving the cursor to one or more second application icons or the cue bars indicating the second applications through the remote controller, or moving the cursor to one or more second application icons or the cue bars indicating the second applications through the remote controller and clicking the second application icons or clicking the cue bars indicating the second applications. If the second control instruction meets the first trigger condition, the trigger instruction generated in step 105 is a partially synchronous trigger instruction.

The related keywords of the batch synchronization semantics include keywords having positive semantics of batch operations, such as: together, all, batch, etc.

The application name related keyword of the second application comprises a partial name or abbreviation of the application;

the related keywords for selecting the synchronization semantics comprise keywords with semantics of clearly synchronizing the positions of the application icons, such as the first APP in the first row and the 2 nd prompt bar from the right;

in a preferred embodiment, if it is determined that the second control instruction meets a predetermined trigger condition in the first trigger condition set, step 105 is executed; step 105, generating a trigger instruction associated with a predetermined trigger condition of the first set of trigger conditions, the trigger instruction including second control logic for the one or more second applications, controlling the one or more second applications to set and/or execute the second control logic based on the trigger instruction.

For example: and judging that the user belongs to a first trigger condition, namely the user intends to synchronize the control logic of the first application to one or more second applications in batch mode when the user sends a 'all-synchronization' voice command or the user double-clicks a confirmation key of the remote controller.

Specifically, the one or more second applications are controlled to set and/or execute the second control logic, which is similar to the description in the second embodiment and is not repeated here.

Specifically, if the second control instruction is judged to belong to the first trigger condition; and after the batch synchronous trigger instruction is generated, exiting the third display area and recovering the first display mode of the first application.

For example, referring to the third display region shown in fig. 10A, if the user speech-inputs "synchronize APP 3" or "synchronize the second", or moves the cursor to APP3 through the operation keys of the remote controller; or for example, referring to a plurality of bar-shaped coverage areas shown in fig. 11A, if the user moves the cursor to the cue bar of APP3 through the operation key of the remote controller and clicks the cue bar, it is determined that a second trigger condition is met, that is, the user's intention is to control the selected second application to perform synchronous control, at this time, a corresponding trigger instruction is generated, the trigger instruction includes a second control logic for APP3, the second control logic matches with the first control logic, for example, the platform 2 controlling APP3 also opens the purifier, and updates the first relationship data linked list or the second relationship data linked list.

In particular, when the second trigger condition relates to a plurality of applications, for example, when there are a plurality of second applications associated with a first application: APP2, APP3, APP 5.

The user may input a second control instruction, for example including in the voice instruction application name related keywords of two APPs, such as "synchronize APPs 2, APP 3"; or "synchronize the first two APPs"; or moving a cursor to an icon or a prompt bar of the APP2 through a remote controller, and moving the cursor to the icon or the prompt bar of the APP3 within a preset time; or moving a cursor to an APP2 icon or a prompt bar through a remote controller to click; and move the cursor to the APP3 icon or cue bar click for a predetermined time. Wherein the predetermined time is 2 seconds.

And judging that a second trigger condition is met, namely, the user intends to control the selected APP2 and APP3 to execute synchronous control, and generating a corresponding trigger instruction at the moment, wherein the trigger instruction comprises second control logic aiming at the APP2 and APP3, the second control logic is matched with the first control logic, for example, the platform 2 for controlling the APP2 and the APP3 also opens a purifier, and updates the first relation data chain table or the second relation data chain table.

the third trigger condition is as follows: the voice command comprises related keywords of switching and an application name of a second application, or comprises related keywords with application switching semantics; or moving a cursor to a second application icon or a second application prompt bar through the remote controller and double-clicking the second application icon or the second application prompt bar.

For example, if the user inputs "switch APP 3" or "open APP 3" or "switch the second APP", or moves the cursor to the icon or the cue bar of APP3 through the operation keys of the remote controller and double-clicks the icon or the cue bar, it is determined that the second control instruction belongs to the third trigger condition, that is, the user wishes to open the second application, for example, APP3, prompted by the 1 st vertical bar-shaped overlay area, at this time, APP3 is switched to the foreground, and at the same time, the APP3 icon position is displayed in place of the icon of the previously opened first application, or the cue bar of APP3 in the bar-shaped overlay area is displayed in place of the first application prompt, and if the APP3 is switched to the foreground, if the user switches to APP5 again, APP5 can be switched to the foreground display in the same manner.

Further, when the second application is switched to the foreground operation, displaying an operation interface of the second application based on the operation interface before the first application is switched; specifically, when the first application is in the task operation configuration interface before switching, the second application directly displays the corresponding task operation configuration interface after switching to the foreground, and automatically fills the corresponding task configuration information based on the second relational data linked list. Or, when the first application is in the real-time operation configuration interface of the device before switching, the second application directly displays the corresponding real-time operation configuration interface after switching to the foreground, and automatically executes the corresponding real-time operation configuration based on the first relation data linked list.

For example, a user may perform turning on or off on a smart device displayed in a device list or layout in APP1 by selecting the smart device, for example, a first control instruction input by the user in APP1 is to open a scrubber in a living room, and based on an operation logic of the instruction, a first relational data link list is created; subsequently, the user selects to switch to APP3, at which point APP3 goes directly to the device list or layout display interface and based on the first relationship data linked list, directly places the purifier in APP3 on, and/or turns fresh air associated with the purifier on. And updating the first relational data linked list based on the switching trigger instruction, and updating the second relational data linked list based on the updated first relational data linked list, for example, respectively filling the device IDs, device actions, device attributes and device affiliations of the multiple entries in the first relational data linked list into the execution condition parameters and execution result parameters in the second relational data linked list.

Or, the user enters an intelligent task setting interface, and sets corresponding task operation control logic through a condition menu and an execution menu. Such as: setting whether the conditions are met: when the intelligent detector monitors that PM2.5 is greater than or equal to a first threshold value, executing: the air purifier is turned on. And then, the user selects to switch to the APP3, at this time, the APP3 directly switches to the intelligent task setting interface, and automatically fills the corresponding execution condition parameter items and execution result parameter items based on the second relationship data linked list. For example, according to the related content of the intelligent device in the first application in the second relational data linked list, the related content of the same type of intelligent device in the corresponding second platform is acquired to fill the condition parameter item and the execution function parameter item in the intelligent task setting, and after the user confirms, the second relational data linked list is updated based on the confirmed task operation control logic.

Specifically, the predetermined trigger conditions in the third set of trigger conditions include a fourth trigger condition, where the fourth trigger condition is: the voice instruction comprises related keywords with canceling semantics; or click the remote control back key.

Example four

Referring to fig. 12, a fourth embodiment of the present invention further provides a control apparatus for smart home devices, where the apparatus includes:

a control module for controlling the first application to set and/or execute a first control logic according to the first control instruction,

the linked list management module is used for creating a first relational data linked list and/or a second relational data linked list based on the first control logic;

the control module further configured to generate a trigger instruction associated with a predetermined trigger condition of the first set of trigger conditions, the trigger instruction including second control logic for the one or more second applications, control the one or more second applications to set and/or execute the second control logic based on the trigger instruction,

and the linked list management module is used for updating the first relational data linked list and/or the second relational data linked list based on the second control logic.

Preferably, the control module is further configured to create a first relational data linked list according to the first real-time operation control logic, and update the first relational data linked list according to the second real-time operation control logic;

Preferably, the first relational data linked list includes time, device ID, device attribute, device location, device action, device affiliation, and device association item;

the second data link table contains device ID, device location, device attributes, device actions, device attribution, time conditions, and one or more sets of execution conditions, where the execution conditions include state conditions, associated device ID, associated device attributes, and associated device attribution.

Preferably, the prompting module is further configured to prompt a user whether to edit the corresponding task operation control logic based on the first real-time operation control logic; if yes, sending a notice to the control module;

the control module is further configured to pre-populate the second relational data link table based on the content of the first relational data link table.

EXAMPLE five

Referring to fig. 13, a fourth embodiment of the present invention further provides a control device for smart home devices, where the mobile client device includes:

the control module is used for controlling the first application to set and/or execute a first control logic according to the first control instruction, and displaying an operation interface of the first application according to a first display mode;

the switching module is used for judging whether one or more second applications associated with the first application exist or not, and if so, displaying second application prompt information and an operation interface of the first application according to a second display mode;

the input module is further used for receiving a second control instruction input by a user and judging whether the second control instruction meets a preset trigger condition in the first trigger condition set; the second control instruction is a touch control instruction, the predetermined trigger condition includes a first trigger condition, and the first trigger condition is: after a user slides a distance a along the oblique lower direction of a Y-axis included angle alpha of a screen in any area of a current screen, the user changes a touch sliding direction, and slides a distance b along the oblique upper direction of a Y-axis included angle beta of the screen, wherein an included angle alpha is an included angle from a history track extended line of a first slide touch action before the touch sliding direction is changed to the positive direction of the Y-axis, an included angle beta is an included angle from a history track extended line of a second slide touch action after the touch sliding direction is changed to the positive direction of the Y-axis, and alpha + beta is less than 180 degrees, a is 0, and b is 0;

the control module is further configured to generate a trigger instruction associated with a predetermined trigger condition in the first set of trigger conditions, the trigger instruction including second control logic for the one or more second applications, and control the one or more second applications to set and/or execute the second control logic based on the trigger instruction.

Preferably, the first display mode includes the first application display area being a full area of the main screen;

the second display mode comprises that the display area of the first application is a second display area, the second display area is smaller than the whole display area of the screen, and a second application prompt is displayed in a third display area outside the second display area.

alternatively, the first and second electrodes may be,

the second display mode includes semi-transparent floating display of a second application icon on the first application display area.

EXAMPLE six

Referring to fig. 14, a fourth embodiment of the present invention further provides a television client apparatus for smart home devices, where the television client apparatus includes:

the switching display module is used for judging whether one or more second applications associated with the first application exist, switching the first display mode to the second display mode if the one or more second applications exist, and displaying second application prompt information and an operation interface of the first application according to the second display mode;

the input module is further used for receiving a second control instruction input by a user, wherein the second control instruction is a touch control instruction, and judging whether the second control instruction meets a preset trigger condition in the first trigger condition set; the second control instruction comprises a voice control instruction or a key control instruction, the predetermined trigger condition in the first trigger condition set comprises a first trigger condition, and the first trigger condition is that: the voice control instruction comprises related keywords with batch synchronous semantics, or the key control instruction comprises double-click operation of a confirmation key of the remote controller;

Preferably, the first display mode includes a first display area of a first application, and the first display area is an entire display area of a screen of a television terminal;

Preferably, the entire display area of the television screen including the second display area and the third display area includes:

and adjusting the display scale of the operation interface of the first application according to the size of the second display area so as to adapt to the second display area.

generating N side strip coverage areas on the right side of the screen according to the number N of the associated second applications; the third display area comprises the N side strip-shaped coverage areas; the ith prompt bar of the N side strip coverage areas is used for indicating the ith second application;

and the third display area is a non-transparent display area, and the display scale of the operation interface of the first application is adjusted according to the size of the second display area so as to adapt to the second display area.

Preferably, the input module is configured to receive a control instruction input by a user, for example, a voice instruction input by the user, or a click command selected by the user using a remote control device, to start the first application of the television client. The first application is an application program for managing the intelligent device under the first application platform.

The invention provides a computer-readable storage medium, characterized in that a computer program is stored in the computer-readable storage medium, which computer program is executable on a processor, and when executed implements a method as described above.

Any combination of one or more computer-readable media may be employed. The computer readable medium may be a computer readable signal medium or a computer readable storage medium. A computer readable storage medium may be, for example, but not limited to, an electronic, magnetic, optical, electromagnetic, infrared, or semiconductor system, apparatus, or device, or any combination of the foregoing. The computer-readable storage medium may include: an electrical connection having one or more wires, a portable computer diskette, a hard disk, a Random Access Memory (RAM), a read-only memory (ROM), a flash memory, an erasable programmable read-only memory (EPROM), an optical fiber, a portable compact disc read-only memory (CD-ROM), an optical storage device, a magnetic storage device, or any suitable combination of the foregoing. In the context of this document, a computer readable storage medium may be any tangible medium that can contain, or store a program for use by or in connection with an instruction execution system, apparatus, or device.

Computer program code for carrying out operations of the present invention may be written in one or more programming languages, or a combination thereof.

The above description is only an example for the convenience of understanding the present invention, and is not intended to limit the scope of the present invention. In the specific implementation, a person skilled in the art may change, add, or reduce the components of the apparatus according to the actual situation, and may change, add, reduce, or change the order of the steps of the method according to the actual situation without affecting the functions implemented by the method.

While embodiments of the invention have been shown and described, it will be understood by those skilled in the art that: various changes, modifications, substitutions and alterations can be made to the embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents, and all changes that come within the meaning and range of equivalency of the claims are to be embraced within their scope.

Claims

1. A control method of intelligent household equipment is characterized in that,

step 105, generating a trigger instruction associated with a predetermined trigger condition in the first trigger condition set, where the trigger instruction includes second control logic of at least one second device for the one or more second applications, controlling the one or more second applications to set and/or execute the second control logic based on the trigger instruction, and updating the first relationship data link table and/or the second relationship data link table based on the second control logic.

2. The method of claim 1,

the first control logic comprises first real-time operation control logic and/or first task operation control logic;

3. The method of claim 2, further comprising

Creating a first relation data linked list according to the first real-time operation control logic, and updating the first relation data linked list according to the second real-time operation control logic;

4. The method of claim 3,

the first relation data chain table comprises time, equipment ID, equipment position, equipment attribute, equipment action, equipment attribution and equipment associated items;

the second relation data link list includes device ID, device location, device action, device attribute, device attribution, time condition, and one or more sets of execution conditions, where the execution conditions include state condition, associated device ID, associated device attribute, and associated device attribution.

5. The method of claim 3, further comprising

Prompting a user whether to edit the corresponding task operation control logic or not based on the first real-time operation control logic;

6. The utility model provides a controlling means of intelligent household equipment which characterized in that, the device includes:

the control module further to generate a trigger instruction associated with a predetermined trigger condition of the first set of trigger conditions, the trigger instruction comprising second control logic for at least one second device of the one or more second applications, control the one or more second applications to set and/or execute second control logic based on the trigger instruction,

7. The apparatus of claim 6,

8. The apparatus of claim 7, wherein the control module is further configured to

9. The apparatus of claim 8,

the first relation data chain table comprises time, equipment ID, equipment attribute, equipment position, equipment action, equipment attribution and equipment associated items;

the second relation data link list includes device ID, device location, device attribute, device action, device attribution, time condition, and one or more sets of execution conditions, where the execution conditions include state condition, associated device ID, associated device attribute, and associated device attribution.

10. The apparatus of claim 7,

the prompt module is further used for prompting a user whether to edit the corresponding task operation control logic or not based on the first real-time operation control logic; if yes, sending a notice to the control module;

11. A terminal device, characterized in that the terminal device comprises a processor and a memory, in which a computer program is stored which is executable on the processor, which computer program, when being executed by the processor, realizes the method according to any one of claims 1 to 5.

12. A computer-readable storage medium, in which a computer program that is executable on a processor is stored, which computer program, when being executed, carries out the method according to any one of claims 1 to 5.