CN106871340A - Control device, method and system based on Widget - Google Patents
Control device, method and system based on Widget Download PDFInfo
- Publication number
- CN106871340A CN106871340A CN201710053813.0A CN201710053813A CN106871340A CN 106871340 A CN106871340 A CN 106871340A CN 201710053813 A CN201710053813 A CN 201710053813A CN 106871340 A CN106871340 A CN 106871340A
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- Prior art keywords
- widget
- user
- preset
- display interface
- status data
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Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/451—Execution arrangements for user interfaces
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2120/00—Control inputs relating to users or occupants
- F24F2120/10—Occupancy
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/56—Remote control
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2120/00—Control inputs relating to users or occupants
- F24F2120/10—Occupancy
- F24F2120/14—Activity of occupants
Abstract
The invention discloses a kind of control device based on Widget, method and system, the Widget at least binds with an airhandling equipment, and the Widget includes display interface, and the device includes：Acquisition module, the status data for obtaining user in the wearable device being connected with the control device；Judge module, for judging user whether in sleep state according to the status data；Performing module, for when determining that user is in sleep state according to the status data, dormant data corresponding with the sleep state being shown in the display interface.The present invention improves the operation information convenience of checking airhandling equipment and intelligent.
Description
Technical field
The present invention relates to technical field of information display, more particularly to a kind of control device based on Widget, method and it is
System.
Background technology
At present, with the development of smart home technology, APP corresponding with airhandling equipment can be in the terminal installed
(Application, application program) controls airhandling equipment, and the air can be checked in the APP of airhandling equipment
The operation information of processing equipment.
Such as when user just wakes up in sleep, or user feels overheat or is subcooled at midnight, it is desirable to adjust air-conditioner
Output temperature when, user is needed to check the output temperature that air-conditioner is current, and air-conditioner is adjusted according to current output temperature
Temperature.Now, user needs to start the APP, into corresponding information display interface, just it is recognized that the operation of air-conditioner
Information.It follows that the operating process for understanding the operation information of airhandling equipment by APP at present is relatively complicated, not enough just
Prompt and intelligence.
The content of the invention
It is a primary object of the present invention to provide a kind of control device based on Widget, method and system, it is intended to solve
The existing APP by mobile terminal checks not convenient enough the and intelligent technical problem of the operation information of airhandling equipment.
To achieve the above object, the present invention provides a kind of control device based on Widget, and the Widget is at least with one
Airhandling equipment is bound, and the Widget includes display interface, and the control device based on Widget includes：
Acquisition module, the status data for obtaining user in the wearable device being connected with the control device；
Judge module, for judging user whether in sleep state according to the status data；
Performing module, for when determining that user is in sleep state according to the status data, in the display interface
Display dormant data corresponding with the sleep state.
Preferably, the control device based on Widget also includes:
Determining module, it is shown corresponding with current time in the display interface for being determined according to the dormant data
Preset temperature, wherein, the dormant data is the sleep curve being displayed in the form of motion graphics in the display interface；
Sending module, for sending control instruction to the airhandling equipment according to the preset temperature, for described
Airhandling equipment is adjusted to the preset temperature current output temperature according to the control instruction.
Preferably, the Widget also includes the preset button for controlling the airhandling equipment, described to be based on
The control device of Widget also includes：
Adjusting module, for when the triggering command for triggering the preset button is detected, being adjusted according to the triggering command
The whole preset temperature, the preset temperature after being adjusted；
The preset temperature after the sending module is additionally operable to according to adjustment sends control instruction to the air-treatment
Equipment, so that the airhandling equipment is adjusted to the preset temperature current output temperature according to the control instruction.
Preferably, the time is less than corresponding to the current time during the determining module is additionally operable to determine the motion graphics
Graphics field, be designated as first area；The time is more than the graph area corresponding to the current time in determining the motion graphics
Domain, is designated as second area；
The control device based on Widget also includes：
Setup module, for the background color of the display interface corresponding to the first area to be set into the first color,
The background color of the display interface corresponding to the second area is set to the second color.
Preferably, the performing module includes：
First determining unit, for when determining that user is in sleep state according to the status data, it is determined that when current
Between whether in preset time range；
Execution unit, if for the current time in the preset time range, into sleep pattern, and in institute
State display interface and show dormant data corresponding with the sleep pattern.
Preferably, the judge module includes：
Comparison unit, for the status data to be contrasted with corresponding preset state data；
Second determining unit, if for the status data in the preset state data area, it is determined that at user
In sleep state；If the status data is not in the preset state data area, it is determined that user is in waking state.
Preferably, the wearable device is bracelet, wrist-watch and/or heartbeat detection device；The status data is at least wrapped
Include the one kind in body temperature, pulse and amount of exercise；The airhandling equipment at least includes air-conditioner, humidifier, dehumidifier and net
Change the one kind in device.
Additionally, to achieve the above object, the present invention also provides a kind of control method based on Widget, and the Widget is extremely
Few to be bound with an airhandling equipment, the Widget includes display interface, and the control method based on Widget includes：
Obtain the status data of user in the wearable device for setting up connection；
Judge user whether in sleep state according to the status data；
When determining that user is in sleep state according to the status data, shown and the sleep in the display interface
The corresponding dormant data of state.
Preferably, it is described when determining that user is in sleep state according to the status data, it is aobvious in the display interface
After the step of showing dormant data corresponding with the sleep state, also include：
Shown preset temperature corresponding with current time in the display interface is determined according to the dormant data, its
In, the dormant data is the sleep curve being displayed in the form of motion graphics in the display interface；
Control instruction is sent to the airhandling equipment according to the preset temperature, for the airhandling equipment root
Current output temperature is adjusted to the preset temperature according to the control instruction.
Preferably, the Widget also includes the preset button for controlling the airhandling equipment, described according to institute
After stating the step of dormant data determines shown preset temperature corresponding with current time in the display interface, also wrap
Include：
When the triggering command for triggering the preset button is detected, the preset temperature is adjusted according to the triggering command
Degree, the preset temperature after being adjusted；
It is described that control instruction is sent to the airhandling equipment according to the preset temperature, so that the air-treatment sets
It is standby to include the step of according to the control instruction, current output temperature is adjusted to the preset temperature：
The preset temperature after according to adjustment sends control instruction to the airhandling equipment, at the air
Reason equipment is adjusted to the preset temperature current output temperature according to the control instruction.
Preferably, the control method based on Widget also includes：
The time, less than the graphics field corresponding to the current time, is designated as first area in determining the motion graphics；
The time, more than the graphics field corresponding to the current time, is designated as second area in determining the motion graphics；
The background color of the display interface corresponding to the first area is set to the first color, the second area institute
The background color of corresponding display interface is set to the second color.
Preferably, it is described when determining that user is in sleep state according to the status data, it is aobvious in the display interface
The step of showing dormant data corresponding with the sleep state includes：
When determining that user is in sleep state according to the status data, determine current time whether in Preset Time model
In enclosing；
It is into sleep pattern and aobvious in the display interface if the current time is in the preset time range
Show dormant data corresponding with the sleep pattern.
Preferably, it is described to judge that the step of whether user is in sleep state includes according to the status data：
The status data is contrasted with corresponding preset state data；
If the status data is in the preset state data area, it is determined that user is in sleep state；
If the status data is not in the preset state data area, it is determined that user is in waking state.
Preferably, the wearable device is bracelet, wrist-watch and/or heartbeat detection device；The status data is at least wrapped
Include the one kind in body temperature, pulse and amount of exercise；The airhandling equipment at least includes air-conditioner, humidifier, dehumidifier and net
Change the one kind in device.
Additionally, to achieve the above object, the present invention also provides a kind of control system based on Widget, and the Widget is extremely
Few to be bound with an airhandling equipment, the Widget includes display interface, and the control system based on Widget is included such as
Upper described control device and wearable device based on Widget；
The wearable device is used to obtain the status data of user, and the status data is sent into the control dress
Put.
Preferably, the control system based on Widget also includes airhandling equipment；
The airhandling equipment is used to receive the control instruction transmitted by the control device, according to the control instruction
The current output temperature of adjustment.
The present invention passes through to obtain the status data of user in the wearable device being connected with control device；According to the state
Whether data judge user in sleep state；When determining that user is in sleep state according to the status data, described
Display interface shows dormant data corresponding with the sleep state.Realize user directly can be checked in display interface with
The corresponding dormant data of airhandling equipment, as user directly can check current time airhandling equipment in display interface
Output temperature, and APP corresponding with airhandling equipment in mobile terminal need not be opened, the specific interface into specific APP
The output temperature current to check airhandling equipment.Improve the operation information convenience and intelligence for checking airhandling equipment
Property.
Brief description of the drawings
Fig. 1 is the high-level schematic functional block diagram of control device first embodiment of the present invention based on Widget；
Fig. 2 is a kind of deployment schematic diagram that airhandling equipment control page of the present invention is stuck on Widget；
Fig. 3 is the high-level schematic functional block diagram of control device second embodiment of the present invention based on Widget；
Fig. 4 is the high-level schematic functional block diagram of control device 3rd embodiment of the present invention based on Widget；
Fig. 5 is the schematic flow sheet of control method first embodiment of the present invention based on Widget；
Fig. 6 is the schematic flow sheet of control method second embodiment of the present invention based on Widget；
Fig. 7 is the schematic flow sheet of control method 3rd embodiment of the present invention based on Widget.
The realization of the object of the invention, functional characteristics and advantage will be described further referring to the drawings in conjunction with the embodiments.
Specific embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
The present invention provides a kind of control device based on Widget.
Reference picture 1, Fig. 1 is the schematic flow sheet of the first embodiment of control device of the present invention based on Widget.
It is emphasized that it will be apparent to those skilled in the art that module map shown in Fig. 1 is only a preferred embodiment
Exemplary plot, those skilled in the art can carry out new easily around the module of the control device based on Widget shown in Fig. 1
Module supplement；The title of each module is self-defined title, is only used for aiding in understanding that this is based on the control device of Widget
Each program function block, is not used in restriction technical scheme, and the core of technical solution of the present invention is, each self-defined title
The function to be reached of module.It is understood that the control device based on Widget is applied in mobile terminal.
In the present embodiment, the control device based on Widget includes：
Acquisition module 10, the status data for obtaining user in the wearable device being connected with the control device；
In the present embodiment, control device can be built in mobile terminal, also external in mobile terminal.In order to help
Understand the present invention, the mobile terminal is built in control device and is illustrated.
The display window of mobile terminal is provided with Widget, and the Widget at least binds with an airhandling equipment,
The Widget includes the display interface for showing.Wearable device is connected with the mobile terminal, and acquisition module 10 is real-time
Or timing obtains the status data of user in the wearable device by the Widget.
Further, the airhandling equipment includes the air channel of air inlet, air outlet, connection air inlet and air outlet,
And be arranged at the functional module in air channel, if functional module be heat-exchanging component (heat-exchanging component include evaporator, coolant loop,
Capillary etc.), then airhandling equipment is air-conditioner, and operation information is including wind speed setting, design temperature, operational mode etc.；If
Functional module is clean air package (clean air package is including screen pack, except knoisphere etc.), then airhandling equipment is air
Clarifier, operation information is including wind speed setting, PM2.5, content of formaldehyde, dust concentration etc.；If functional module is dehumidifying/humidifying group
Part, then airhandling equipment is dehumidifier/humidifier, and operation information includes wind speed setting, setting humidity etc..
The wearable device includes but is not limited to bracelet, wrist-watch and heartbeat detection device etc. and can obtain user's sign number
According to smart machine, the status data at least include body temperature, pulse and amount of exercise in one kind.The mobile terminal include but
It is not limited to smart mobile phone and palm PC.APP corresponding with the airhandling equipment is mounted with the mobile terminal, is used for
The airhandling equipment is controlled by the APP in the mobile terminal.Specifically, based in the mobile terminal
Widget, the home appliance is controlled by the APP.
It should be noted that the Widget is a widgets that can be placed on the mobile terminal display window answering
With being displayed for the information such as clock, calendar, weather.The Widget is rendered as on the mobile terminal display window
The suspension interface of customizing messages is shown, therefore, user need not be clicked on or opening operation to Widget, you can the very first time
View the customizing messages presented in suspension interface.Display information on the display interface can refresh automatically, Huo Zheyou
User clicks on preset button and is refreshed manually.
In an embodiment of the present invention, the page card of the control in the airhandling equipment APP can be deployed to described
In Widget, as shown in Figure 2.Therefore, user is by the suspension interface that is suspended on the mobile terminal display window, you can straight
Connect the operation for controlling the airhandling equipment, or the operational factor for reading the airhandling equipment.
During the Widget is created for the APP, mainly to AppWidgetProvider and
The major classes of AppWidgetProviderInfo two carry out the process of associative operation.
The AppWidgetProvider is used to receive the broadcast singal related to the widget, such as described
The renewal of wigdet, deletion, open and the broadcast singal such as disabling.
The AppWidgetProviderInfo is in XML (Extensible Markup Language, extensible markup
Language) inner definition, the related data for specifying the Widget, the as described layout of Widget, corresponding
AppWidgetProvider classes etc..
A Widget is disposed in an APP mainly to comprise the following steps：
1st, the layout of Widget is defined, the putting position of control corresponding with the airhandling equipment is set；
2nd, a self-defined AppWidgetProvider class, all interrelated logics for processing the Widget, and more
The control of the new Widget shows (such as picture shows or text importing)；Preset button quilt can also be worked as by self-defined setting
Broadcast singal is sent during triggering, and the broadcast singal that preset button is triggered is received with onReceive (Context, Intent),
And add corresponding button triggering logic；
3rd, data transfers of the self-defined Service to process between the App and the Widget, data transfer mistake
Journey starts when can be added to the display window of the mobile terminal from the Widget, and in the Widget from the movement
Stop when the display window of terminal is deleted；
4th, the AppWidgetProviderInfo defined in the XML, with specify the Widget layout,
AppWidgetProvider classes etc..
Can complete to dispose the process of the Widget in the APP by above step.
After App successes are installed in the mobile terminal, can occur being created in the widgets list of system
The Widget for building, user can choose whether in the display window for add it to the mobile terminal.
Judge module 20, for judging user whether in sleep state according to the status data；
Further, the judge module 20 includes：
Comparison unit, for the status data to be contrasted with corresponding preset state data；
Second determining unit, if for the status data in the preset state data area, it is determined that at user
In sleep state；If the status data is not in the preset state data area, it is determined that user is in waking state.
When the acquisition module 10 gets the status data of user, judge module 20 judges according to the status data
Whether user is in sleep state.
Further, whether the judge module 20 judges user in dormant process according to the status data
For：Comparison unit is contrasted the status data with corresponding preset state data, if the status data is described pre-
If in the range of status data, the second determining unit then determines that user is in sleep state, if the status data is not described pre-
If when in the range of status data, the second determining unit then determines that user is in waking state.It is understood that the default shape
When state data are that user is in sleep state, the data area of corresponding indices.The preset state data according to
The data of corresponding indices when family is usually slept and determine, and/or items corresponding when being slept according to normal human subject refer to
Target data and determine.
Such as when the status data is body temperature and pulse, comparison unit is contrasted the body temperature with default body temperature,
The pulse is contrasted with default pulse.If the body temperature is in the default body temperature, and the pulse is described
In default pulse range, the second determining unit then determines that user is in sleep state；If the body temperature is not in the preset temperature
In the range of, and/or the body temperature is not in the default pulse range, the second determining unit then determines that user is in non-sleep shape
State.
Performing module 30, for when determining that user is in sleep state according to the status data, in display circle
Face shows dormant data corresponding with the sleep state.
When determining that user is in sleep state according to the status data, the performing module 30 enters the Widget
Sleep pattern, and show dormant data corresponding with the sleep pattern in the display interface, that is, show and the sleep
The corresponding dormant data of state, so that user understands the current operation shape of the airhandling equipment by the dormant data
Condition.When determining that user is in non-sleep state according to the status data, the performing module 30 maintains the Widget's
Current state.It should be noted that the current state can be the normal displaying mode of the Widget, the default mode can
It is set to be shown in the display interface operation information of the airhandling equipment.As shown in Fig. 2 the air-conditioner control page
In card show information for air-conditioner operation information, specially air-conditioner title (air-conditioning 0025), air-conditioner position (secondary room),
Operating modes of air conditioner (refrigeration mode) and current design temperature (28 DEG C).Certainly, user will be described also dependent on needs
The current state of Widget is set to other patterns.
When the display pattern of the Widget is sleep pattern, the sleep that the display interface shows user is may be provided at
Curve, or status data of the operation information of air-conditioner and user etc. during display user's sleep.
Further, the performing module 30 includes：
First determining unit, for when determining that user is in sleep state according to the status data, it is determined that when current
Between whether in preset time range；
Execution unit, if for the current time in the preset time range, into sleep pattern, and in institute
State display interface and show dormant data corresponding with the sleep pattern.
Further, when determining that user is in sleep state according to the status data, first determining unit is true
Determine current time whether in preset time range.If the current time is in the preset time range, described to perform list
Sleep pattern that is first then entering the Widget, and shows sleep number corresponding with the sleep pattern in the display interface
According to；If the current time is not in the preset time range, the execution unit then maintains the current shape of the Widget
State.It should be noted that the Preset Time is the sleep period of user, can be set as desired, can such as set
It is evening 22:00-6:00.
The present embodiment passes through to obtain the status data of user in the wearable device being connected with the control device；According to institute
Whether state status data judges user in sleep state；When determining that user is in sleep state according to the status data,
Dormant data corresponding with the sleep state is shown in the display interface.Realizing user can directly in display interface
Dormant data corresponding with airhandling equipment is checked, such as user directly can check current time air-treatment in display interface
The output temperature of equipment, and APP corresponding with airhandling equipment in mobile terminal need not be opened, the spy into specific APP
The demarcation face output temperature current to check airhandling equipment.Improve the operation information convenience for checking airhandling equipment
With it is intelligent.
Further, the control device second embodiment based on Widget of the present invention is proposed.
The control device second embodiment based on Widget and the control device first embodiment for being based on Widget
Difference be that reference picture 3, the control device based on Widget also includes:
Determining module 40, it is shown with current time pair in the display interface for being determined according to the dormant data
The preset temperature answered, wherein, the dormant data is that the sleep being displayed in the form of motion graphics in the display interface is bent
Line；
Sending module 50, for sending control instruction to the airhandling equipment according to the preset temperature, for institute
Airhandling equipment is stated to be adjusted to the preset temperature current output temperature according to the control instruction.
When the display pattern of the Widget is sleep pattern, the determining module 40 determines according to the dormant data
Shown preset temperature corresponding with current time in the display interface.In the present embodiment, the dormant data be with
The form of dynamic image is displayed in the sleep curve in the display interface.I.e. over time, the sleep curve
Constantly moving.Further, during the sleep curve is displayed in the display interface in the form of the reference axis, the reference axis
Transverse axis be the time, the longitudinal axis for airhandling equipment preset temperature.Further, the time of the transverse axis is with the shape of progress bar
Formula shows.
When the determining module 40 determines preset temperature corresponding with current time shown in the display interface,
The sending module 50 sends control instruction to the airhandling equipment according to the preset temperature.When the air-treatment sets
It is standby when receiving the control instruction, the airhandling equipment according to the control instruction by current output temperature adjust to
The preset temperature.
Further, after the determining module 40 determines the preset temperature, by the preset temperature and the air
The current output temperature of reason equipment is contrasted, and obtains comparing result, and control instruction is generated according to the comparing result.When described
When preset temperature is more than the output temperature, the control instruction for being generated is climb command, and the amplitude of rising is by the preset temperature
Difference between degree and the output temperature is determined；When the preset temperature is less than the output temperature, the control for being generated
Instruct to decline instruction, the amplitude of decline is determined by the difference between the output temperature and the preset temperature；When described pre-
When putting temperature equal to the output temperature, the control instruction for being generated is that the current output temperature of holding is constant.May be appreciated
It is that the determining module 40 can be by the APP and/or the current output of airhandling equipment described in the sleep curve acquisition
Temperature.
Further, the control device based on Widget includes：
The determining module 40 be additionally operable to determine the motion graphics in the time less than the figure corresponding to the current time
Shape region, is designated as first area；The time is more than the graphics field corresponding to the current time, note in determining the motion graphics
It is second area；
Setup module, for the background color of the display interface corresponding to the first area to be set into the first color,
The background color of the display interface corresponding to the second area is set to the second color.
The determining module 40 determines that the time is less than the graphics field corresponding to the current time in the motion graphics,
The time, more than the graphics field corresponding to the current time, is designated as in being designated as first area, and the determination dynamic image
Second area.The background color of the display interface corresponding to the first area is set to the first color by the setup module,
The background color of the display interface corresponding to the second area is set to the second color, during so that user quickly can determine current
Between corresponding preset temperature, i.e., the quick output temperature for determining airhandling equipment described in current time.Can be by as described in
The background color of the display interface corresponding to first area is set to grey, by the display interface corresponding to the second area
Background color is set to white.
The present embodiment controls the operation of the airhandling equipment by shown sleep curve in the display interface,
So that in user during sleep, the operation of airhandling equipment is more fitted user's request, improves airhandling equipment control
It is intelligent.
Further, the control device 3rd embodiment based on Widget of the present invention is proposed.
The control device 3rd embodiment based on Widget and the control device second embodiment for being based on Widget
Difference be that the Widget is also included for controlling the preset button of the airhandling equipment, reference picture 4, the base
Also include in the control device of Widget:
Adjusting module 60, for when the triggering command for triggering the preset button is detected, according to the triggering command
Temperature in the adjustment sleep curve, the temperature after being adjusted；
The sending module 50 be additionally operable to according to adjustment after the preset temperature send control instruction to the air at
Reason equipment, so that the airhandling equipment is adjusted to the preset temperature current output temperature according to the control instruction
Degree.
When the triggering command for triggering the preset button is detected, adjusting module 60 adjusts institute according to the triggering command
Preset temperature is stated, the preset temperature after being adjusted, and control instruction, the transmission mould are generated according to the preset temperature after adjustment
The control instruction is sent to the airhandling equipment by block 50.When the airhandling equipment receives the control instruction
When, current output temperature is adjusted the described preset temperature to adjustment according to the control instruction for the airhandling equipment
Degree.
It should be noted that under the airhandling equipment APP openings (as long as the process of APP is not killed, all
Think that APP is in opening), the widget of airhandling equipment control page card is added to mobile terminal display window by user
Afterwards, the mobile terminal starts the Service defined in APP.The Service can the synchronous airhandling equipment operation
Information, the method for synchronization can be inquired about or air-treatment the operation information of airhandling equipment at regular intervals by every
Equipment such as reports at the mode automatically.After the operation information that the Service gets airhandling equipment, air-treatment is set
Standby operation information sends as broadcast singal, an action mark will be taken in the broadcast singal, such as
action1.It is when action is received by onReceive (Context, Intent) in the AppWidgetProvider
The broadcast singal of action1, when getting the operation information of airhandling equipment in the broadcast singal, the operation is believed
Real-time update is ceased to display interface, to realize the renewal process of display interface.
It is described after the output temperature of air-conditioner as described in being adjusted by remote control corresponding with the air-conditioner as user
Service obtains the output temperature after the air-conditioner adjustment, and the output temperature after adjustment is sent in the form of broadcast singal
Go out.When receiving the broadcast singal by onReceive (Context, Intent) in the AppWidgetProvider
When, by the output temperature real-time update after adjustment to display interface, to realize the renewal process of display interface.
After the preset button on the display interface is clicked, a broadcast singal is sent out, it is described
AppWidgetProvider receives the broadcast singal by onReceive (Context, Intent), and is the broadcast letter
Number corresponding logic of addition.It should be noted that the logic added is mainly the control instruction by user (such as shutdown, temperature herein
Degree raises 1 degree and 1 degree etc. of temperature reduction) corresponding data are converted into, and sent in the form of broadcast singal, the broadcast
Signal can take an action mark, such as action2.The Service receives the broadcast singal, and reads described wide
The control instruction (such as shutdown, temperature raise 1 degree and 1 degree of temperature reduction) carried in signal is broadcast, and the control instruction is turned
The control code for changing into, is sent to corresponding airhandling equipment, to realize that the Widget controls the process of airhandling equipment.
Such as the triggering command of the preset button as described in detect triggering, and during preset temperature after being adjusted, by institute
State Widget and be sent out a broadcast singal, the AppWidgetProvider by onReceive (Context,
Intent the broadcast singal) is received, and for the broadcast singal adds corresponding logic, the preset temperature after generation and adjustment
Corresponding control instruction, and the control instruction is sent in the form of broadcast singal.The Service receives described wide
Signal is broadcast, and reads the control instruction carried in the broadcast singal, and the control code that the control instruction is converted into, hair
Corresponding air-conditioner is given, to control the air-conditioner that current output temperature is adjusted to the preset temperature after the adjustment.
The present embodiment adjusts the sleep by setting preset button in the display interface by the preset button
Preset temperature in curve, to realize that user can as needed, need not remote control corresponding with the airhandling equipment
On the premise of device, airhandling equipment is controlled by adjusting the temperature in the sleep curve shown by the display interface, carried
The flexibility of airhandling equipment control high and intelligent.
The present invention further provides a kind of control method based on Widget.
Reference picture 5, Fig. 5 is the high-level schematic functional block diagram of the first embodiment of control method of the present invention based on Widget.
In the present embodiment, the control method based on Widget includes：
Step S10, obtains the status data of user in the wearable device for setting up connection；
In the present embodiment, what is be connected with wearable device foundation can be built-in control device in the terminal,
It can also be the control device in miscellaneous equipment.In order to help understand the present invention, the mobile terminal is built in control device
It is illustrated.
The display window of mobile terminal is provided with Widget, and the Widget at least binds with an airhandling equipment,
The Widget includes the display interface for showing.Wearable device is connected with the mobile terminal, the mobile terminal reality
When or timing by the Widget, obtain the status data of user in the wearable device.
Further, the airhandling equipment includes the air channel of air inlet, air outlet, connection air inlet and air outlet,
And be arranged at the functional module in air channel, if functional module be heat-exchanging component (heat-exchanging component include evaporator, coolant loop,
Capillary etc.), then airhandling equipment is air-conditioner, and operation information is including wind speed setting, design temperature, operational mode etc.；If
Functional module is clean air package (clean air package is including screen pack, except knoisphere etc.), then airhandling equipment is air
Clarifier, operation information is including wind speed setting, PM2.5, content of formaldehyde, dust concentration etc.；If functional module is dehumidifying/humidifying group
Part, then airhandling equipment is dehumidifier/humidifier, and operation information includes wind speed setting, setting humidity etc..
The wearable device includes but is not limited to bracelet, wrist-watch and heartbeat detection device etc. and can obtain user's sign number
According to smart machine, the status data at least include body temperature, pulse and amount of exercise in one kind.The mobile terminal include but
It is not limited to smart mobile phone and palm PC.APP corresponding with the airhandling equipment is mounted with the mobile terminal, is used for
The airhandling equipment is controlled by the APP in the mobile terminal.Specifically, based in the mobile terminal
Widget, the home appliance is controlled by the APP.
It should be noted that the Widget is a widgets that can be placed on the mobile terminal display window answering
With being displayed for the information such as clock, calendar, weather.The Widget is rendered as on the mobile terminal display window
The suspension interface of customizing messages is shown, therefore, user need not be clicked on or opening operation to Widget, you can the very first time
View the customizing messages presented in suspension interface.Display information on the display interface can refresh automatically, Huo Zheyou
User clicks on preset button and is refreshed manually.
In an embodiment of the present invention, the page card of the control in the airhandling equipment APP can be deployed to described
In Widget, as shown in Figure 2.Therefore, user is by the display interface that is suspended on the mobile terminal display window, you can straight
Connect the operation for controlling the airhandling equipment, or the operational factor for reading the airhandling equipment.
During the Widget is created for the APP, mainly to AppWidgetProvider and
The major classes of AppWidgetProviderInfo two carry out the process of associative operation.
The AppWidgetProvider is used to receive the broadcast singal related to the widget, such as described
The renewal of wigdet, deletion, open and the broadcast singal such as disabling.
The AppWidgetProviderInfo is in XML (Extensible Markup Language, extensible markup
Language) inner definition, the related data for specifying the Widget, the as described layout of Widget, corresponding
AppWidgetProvider classes etc..
A Widget is disposed in an APP mainly to comprise the following steps：
1st, the layout of Widget is defined, the putting position of control corresponding with the airhandling equipment is set；
2nd, a self-defined AppWidgetProvider class, all interrelated logics for processing the Widget, and more
The control of the new Widget shows (such as picture shows or text importing)；Preset button quilt can also be worked as by self-defined setting
Broadcast singal is sent during triggering, and the broadcast singal that preset button is triggered is received with onReceive (Context, Intent),
And add corresponding button triggering logic；
3rd, data transfers of the self-defined Service to process between the App and the Widget, data transfer mistake
Journey starts when can be added to the display window of the mobile terminal from the Widget, and in the Widget from the movement
Stop when the display window of terminal is deleted；
4th, the AppWidgetProviderInfo defined in the XML, with specify the Widget layout,
AppWidgetProvider classes etc..
Can complete to dispose the process of the Widget in the APP by above step.
After App successes are installed in the mobile terminal, can occur being created in the widgets list of system
The Widget for building, user can choose whether in the display window for add it to the mobile terminal.
Whether step S20, judge user in sleep state according to the status data；
Further, the step S20 includes：
Step a, the status data is contrasted with corresponding preset state data；
Step b, if the status data is in the preset state data area, it is determined that user is in sleep state；
Step c, if the status data is not in the preset state data area, it is determined that user is in clear-headed shape
State.
When the status data of the acquisition for mobile terminal to user, judge whether user is according to the status data
Sleep state.
Further, whether the mobile terminal judges user in dormant process according to the status data
For：The status data is contrasted with corresponding preset state data, if the status data is in the preset state number
In the range of, it is determined that user is in sleep state, if the status data is not in the preset state data area,
Determine that user is in waking state.It is understood that the preset state data be user be in sleep state when, it is corresponding
Indices data area.The data of corresponding indices when the preset state data are usually slept according to user and
It is determined that, and/or indices corresponding when being slept according to normal human subject data and determine.
Such as when the status data is body temperature and pulse, it is right that the mobile terminal carries out the body temperature and default body temperature
Than the pulse is contrasted with default pulse.If the body temperature is in the default body temperature, and the pulse is in institute
State in default pulse range, it is determined that user is in sleep state；If the body temperature is not in the preset temperature range, and/
Or the body temperature is not in the default pulse range, it is determined that user is in non-sleep state.
Step S30, when determining that user is in sleep state according to the status data, show in the display interface and
The corresponding dormant data of the sleep state.
Step S40, when determining that user is in non-sleep state according to the status data, maintains working as the Widget
Preceding state.
When determining that user is in sleep state according to the status data, the mobile terminal enters the Widget's
Sleep pattern, and show dormant data corresponding with the sleep pattern in the display interface, that is, show and the sleep shape
The corresponding dormant data of state, so that user understands the current operation conditions of the airhandling equipment by the dormant data.
When determining that user is in non-sleep state according to the status data, the mobile terminal maintains the current shape of the Widget
State.It should be noted that the current state can be the normal displaying mode of the Widget, the default mode may be configured as
The operation information of the airhandling equipment is shown in the display interface.As shown in Fig. 2 showing in the air-conditioner control page card
The information shown is the operation information of air-conditioner, specially air-conditioner title (air-conditioning 0025), air-conditioner position (secondary room), air-conditioner
Operational mode (refrigeration mode) and current design temperature (28 DEG C).Certainly, user also dependent on need by the Widget's
Current state is set to other patterns.
When the display pattern of the Widget is sleep pattern, the sleep that the display interface shows user is may be provided at
Curve, or status data of the operation information of air-conditioner and user etc. during display user's sleep.
Further, the step S30 includes：
Whether step d, when determining that user is in sleep state according to the status data, determine current time default
In time range；
Step e, if the current time is in the preset time range, into sleep pattern, and in the display
Interface display dormant data corresponding with the sleep pattern.
Further, when the mobile terminal determines that user is in sleep state according to the status data, the shifting
Whether dynamic terminal determines current time in preset time range.If the current time is in the preset time range, institute
Mobile terminal is stated then into the sleep pattern of the Widget, and shows corresponding with the sleep pattern in the display interface
Dormant data；If not in the preset time range, the mobile terminal then maintains the Widget's to the current time
Current state.It should be noted that the Preset Time is the sleep period of user, can be set as desired, such as may be used
To be set to evening 22:00-6:00.
The present embodiment passes through to obtain the status data of user in the wearable device being connected with the control device；According to institute
Whether state status data judges user in sleep state；When determining that user is in sleep state according to the status data,
Dormant data corresponding with the sleep state is shown in the display interface.Realizing user can directly in display interface
Dormant data corresponding with airhandling equipment is checked, such as user directly can check current time air-treatment in display interface
The output temperature of equipment, and APP corresponding with airhandling equipment in mobile terminal need not be opened, the spy into specific APP
The demarcation face output temperature current to check airhandling equipment.Improve the operation information convenience for checking airhandling equipment
With it is intelligent.
Further, the control method second embodiment based on Widget of the present invention is proposed.
The control method second embodiment based on Widget and the control method first embodiment for being based on Widget
Difference be that reference picture 6, the control method based on Widget also includes：
Step S50, determines shown corresponding with current time pre- in the display interface according to the dormant data
Temperature is put, wherein, the dormant data is the sleep curve being displayed in the form of motion graphics in the display interface；
Step S60, sends control instruction to the airhandling equipment, at the air according to the preset temperature
Reason equipment is adjusted to the preset temperature current output temperature according to the control instruction.
When the display pattern of the Widget is sleep pattern, the mobile terminal determines institute according to the dormant data
State shown preset temperature corresponding with current time in display interface.In the present embodiment, the dormant data is with dynamic
The form of state image is displayed in the sleep curve in the display interface.I.e. over time, the sleep curve also exists
It is constantly mobile.Further, during the sleep curve is displayed in the display interface in the form of the reference axis, the reference axis
Transverse axis is the time, and the longitudinal axis is the preset temperature of airhandling equipment.Further, the time of the transverse axis is in the form of progress bar
Display.
When the mobile terminal determines preset temperature corresponding with current time shown in the display interface, institute
State mobile terminal and control instruction is sent to the airhandling equipment according to the preset temperature.When the airhandling equipment connects
When receiving the control instruction, the airhandling equipment is adjusted to described current output temperature according to the control instruction
Preset temperature.
Further, after the mobile terminal determines the preset temperature, by the preset temperature and the air-treatment
The current output temperature of equipment is contrasted, and obtains comparing result, and control instruction is generated according to the comparing result.When described pre-
When putting temperature more than the output temperature, the control instruction that the mobile terminal is generated is climb command, the amplitude of rising by
Difference between the preset temperature and the output temperature is determined；When the preset temperature is less than the output temperature, institute
The control instruction that mobile terminal generated is stated to be instructed to decline, the amplitude of decline by the output temperature and the preset temperature it
Between difference determine；When the preset temperature is equal to the output temperature, the control instruction that the mobile terminal is generated is
The current output temperature of holding is constant.It is understood that the mobile terminal can be bent by the APP and/or the sleep
Line obtains the current output temperature of the airhandling equipment.
Further, the control method based on Widget also includes：
Step f, the time, less than the graphics field corresponding to the current time, is designated as first in determining the motion graphics
Region；
Step g, the time, more than the graphics field corresponding to the current time, is designated as second in determining the motion graphics
Region；
Step h, the first color, described second are set to by the background color of the display interface corresponding to the first area
The background color of the display interface corresponding to region is set to the second color.
The mobile terminal determines that the time is less than the graphics field corresponding to the current time, note in the motion graphics
Be first area, and in determining the dynamic image time more than the graphics field corresponding to the current time, be designated as the
Two regions.The background color of the display interface corresponding to the first area is set to the first color, institute by the mobile terminal
The background color for stating the display interface corresponding to second area is set to the second color, so that user can quickly determine current time
Corresponding preset temperature, i.e., the quick output temperature for determining airhandling equipment described in current time.Can be by as described in
The background color of the display interface corresponding to one region is set to grey, by the back of the body of the display interface corresponding to the second area
Scape color is set to white.
The present embodiment controls the operation of the airhandling equipment by shown sleep curve in the display interface,
So that in user during sleep, the operation of airhandling equipment is more fitted user's request, improves airhandling equipment control
It is intelligent.
Further, the control method 3rd embodiment based on Widget of the present invention is proposed.
The control method 3rd embodiment based on Widget and the control method second embodiment for being based on Widget
Difference be that reference picture 7, the Widget is also included for controlling the preset button of the airhandling equipment, the base
Also include in the control method of Widget：
Step S70, when the triggering command for triggering the preset button is detected, according to triggering command adjustment
Preset temperature, the preset temperature after being adjusted；
The step S60 includes：
Step S61, according to adjustment after the preset temperature send control instruction to the airhandling equipment, for institute
Airhandling equipment is stated to be adjusted to the preset temperature current output temperature according to the control instruction.
When the mobile terminal detects the triggering command for triggering the preset button, adjusted according to the triggering command
The preset temperature, the preset temperature after being adjusted, and control instruction is generated according to the preset temperature after adjustment, by the control
Instruction processed is sent to the airhandling equipment.When the airhandling equipment receives the control instruction, the air
Current output temperature is adjusted the preset temperature to adjustment according to the control instruction for processing equipment.
It should be noted that under the airhandling equipment APP openings (as long as the process of APP is not killed, all
Think that APP is in opening), the widget of airhandling equipment control page card is added to mobile terminal display window by user
Afterwards, the mobile terminal starts the Service defined in APP.The Service can the synchronous airhandling equipment operation
Information, the method for synchronization can be inquired about or air-treatment the operation information of airhandling equipment at regular intervals by every
Equipment such as reports at the mode automatically.After the operation information that the Service gets airhandling equipment, air-treatment is set
Standby operation information sends as broadcast singal, an action mark will be taken in the broadcast singal, such as
action1.It is when action is received by onReceive (Context, Intent) in the AppWidgetProvider
The broadcast singal of action1, when getting the operation information of airhandling equipment in the broadcast singal, the operation is believed
Real-time update is ceased to display interface, to realize the renewal process of display interface.
It is described after the output temperature of air-conditioner as described in being adjusted by remote control corresponding with the air-conditioner as user
Service obtains the output temperature after the air-conditioner adjustment, and the output temperature after adjustment is sent in the form of broadcast singal
Go out.When receiving the broadcast singal by onReceive (Context, Intent) in the AppWidgetProvider
When, by the output temperature real-time update after adjustment to display interface, to realize the renewal process of display interface.
After the preset button on the display interface is clicked, a broadcast singal is sent out, it is described
AppWidgetProvider receives the broadcast singal by onReceive (Context, Intent), and is the broadcast letter
Number corresponding logic of addition.It should be noted that the logic added is mainly the control instruction by user (such as shutdown, temperature herein
Degree raises 1 degree and 1 degree etc. of temperature reduction) corresponding data are converted into, and sent in the form of broadcast singal, the broadcast
Signal can take an action mark, such as action2.The Service receives the broadcast singal, and reads described wide
The control instruction (such as shutdown, temperature raise 1 degree and 1 degree of temperature reduction) carried in signal is broadcast, and the control instruction is turned
The control code for changing into, is sent to corresponding airhandling equipment, to realize that the Widget controls the process of airhandling equipment.
Such as the triggering command of the preset button as described in detect triggering, and during preset temperature after being adjusted, by institute
State Widget and be sent out a broadcast singal, the AppWidgetProvider by onReceive (Context,
Intent the broadcast singal) is received, and for the broadcast singal adds corresponding logic, the preset temperature after generation and adjustment
Corresponding control instruction, and the control instruction is sent in the form of broadcast singal.The Service receives described wide
Signal is broadcast, and reads the control instruction carried in the broadcast singal, and the control code that the control instruction is converted into, hair
Corresponding air-conditioner is given, to control the air-conditioner that current output temperature is adjusted to the preset temperature after the adjustment.
The present embodiment adjusts the sleep by setting preset button in the display interface by the preset button
Preset temperature in curve, to realize that user can as needed, need not remote control corresponding with the airhandling equipment
On the premise of device, airhandling equipment is controlled by adjusting the temperature in the sleep curve shown by the display interface, carried
The flexibility of airhandling equipment control high and intelligent.
The present invention further provides a kind of control system based on Widget.
The control system based on Widget includes control device and wearable device based on Widget, described
Widget at least binds with an airhandling equipment, and the Widget includes display interface.The wearable device is used to obtain
The status data of user, and the status data is sent to the control device.
Further.The control system based on Widget also includes airhandling equipment；
The airhandling equipment is used to receive the control instruction transmitted by the control device, according to the control instruction
The current output temperature of adjustment.
The technique extension and technique effect of control system embodiment of the present invention based on Widget are with above-mentioned based on Widget
Control method and each embodiment of device it is essentially identical, do not make tired stating herein.
It should be noted that herein, term " including ", "comprising" or its any other variant be intended to non-row
His property is included, so that process, method, article or method including a series of key elements not only include those key elements, and
And also include other key elements being not expressly set out, or also include for this process, method, article or method institute are intrinsic
Key element.In the absence of more restrictions, the key element limited by sentence "including a ...", it is not excluded that including this
Also there is other identical element in the process of key element, method, article or method.
The embodiments of the present invention are for illustration only, and the quality of embodiment is not represented.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side
Method can add the mode of required general hardware platform to realize by software, naturally it is also possible to by hardware, but in many cases
The former is more preferably implementation method.Based on such understanding, technical scheme is substantially done to prior art in other words
The part for going out contribution can be embodied in the form of software product, and the computer software product is stored in a storage medium
In (such as ROM/RAM, magnetic disc, CD), including some instructions are used to so that a station terminal equipment (can be mobile phone, computer, clothes
Business device, airhandling equipment, or network equipment etc.) perform method described in each embodiment of the invention.
The preferred embodiments of the present invention are these are only, the scope of the claims of the invention is not thereby limited, it is every to utilize this hair
Equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.
Claims (16)
1. a kind of control device based on Widget, it is characterised in that the Widget at least binds with an airhandling equipment,
The Widget includes display interface, and the control device based on Widget includes：
Acquisition module, the status data for obtaining user in the wearable device being connected with the control device；
Judge module, for judging user whether in sleep state according to the status data；
Performing module, for when determining that user is in sleep state according to the status data, being shown in the display interface
Dormant data corresponding with the sleep state.
2. the control device of Widget is based on as claimed in claim 1, it is characterised in that the control dress based on Widget
Putting also includes:
Determining module, it is shown corresponding with current time pre- in the display interface for being determined according to the dormant data
Temperature is put, wherein, the dormant data is the sleep curve being displayed in the form of motion graphics in the display interface；
Sending module, for sending control instruction to the airhandling equipment according to the preset temperature, for the air
Processing equipment is adjusted to the preset temperature current output temperature according to the control instruction.
3. the control device of Widget is based on as claimed in claim 2, it is characterised in that the Widget is also included for controlling
The preset button of the airhandling equipment is made, the control device based on Widget also includes：
Adjusting module, for when the triggering command for triggering the preset button is detected, institute being adjusted according to the triggering command
Preset temperature is stated, the preset temperature after being adjusted；
The preset temperature after the sending module is additionally operable to according to adjustment sends control instruction to the airhandling equipment,
So that the airhandling equipment is adjusted to the preset temperature current output temperature according to the control instruction.
4. the control device of Widget is based on as claimed in claim 2, it is characterised in that the determining module is additionally operable to determine
The time, less than the graphics field corresponding to the current time, is designated as first area in the motion graphics；Determine the dynamic
The time, more than the graphics field corresponding to the current time, is designated as second area in figure；
The control device based on Widget also includes：
Setup module, it is described for the background color of the display interface corresponding to the first area to be set into the first color
The background color of the display interface corresponding to second area is set to the second color.
5. the control device of Widget is based on as claimed in claim 1, it is characterised in that the performing module includes：
First determining unit, for when determining that user is in sleep state according to the status data, determining that current time is
It is no in preset time range；
Execution unit, if for the current time in the preset time range, into sleep pattern, and described aobvious
Show interface display dormant data corresponding with the sleep pattern.
6. the control device based on Widget as described in any one of claim 1 to 5, it is characterised in that the judge module
Including：
Comparison unit, for the status data to be contrasted with corresponding preset state data；
Second determining unit, if for the status data in the preset state data area, it is determined that user is in and sleeps
Dormancy state；If the status data is not in the preset state data area, it is determined that user is in waking state.
7. the control device based on Widget as claimed in claim 6, it is characterised in that the wearable device be bracelet,
Wrist-watch and/or heartbeat detection device；The status data at least includes the one kind in body temperature, pulse and amount of exercise；The air
Processing equipment at least includes the one kind in air-conditioner, humidifier, dehumidifier and clarifier.
8. a kind of control method based on Widget, it is characterised in that the Widget at least binds with an airhandling equipment,
The Widget includes display interface, and the control method based on Widget includes：
Obtain the status data of user in the wearable device for setting up connection；
Judge user whether in sleep state according to the status data；
When determining that user is in sleep state according to the status data, shown and the sleep state in the display interface
Corresponding dormant data.
9. the control method of Widget is based on as claimed in claim 8, it is characterised in that described when according to the status data
Determine user be in sleep state when, the step of the display interface shows dormant data corresponding with the sleep state it
Afterwards, also include：
Shown preset temperature corresponding with current time in the display interface is determined according to the dormant data, wherein,
The dormant data is the sleep curve being displayed in the form of motion graphics in the display interface；
Control instruction is sent to the airhandling equipment according to the preset temperature, so that the airhandling equipment is according to institute
Control instruction is stated to adjust to the preset temperature current output temperature.
10. the control method of Widget is based on as claimed in claim 9, it is characterised in that the Widget also includes being used for
Control the preset button of the airhandling equipment, it is described determined according to the dormant data it is shown in the display interface
After the step of preset temperature corresponding with current time, also include：
When the triggering command for triggering the preset button is detected, the preset temperature is adjusted according to the triggering command, obtained
Preset temperature after to adjustment；
It is described that control instruction is sent to the airhandling equipment according to the preset temperature, for the airhandling equipment root
The step of adjusting to the preset temperature current output temperature according to the control instruction includes：
The preset temperature after according to adjustment sends control instruction to the airhandling equipment, so that the air-treatment sets
It is standby to be adjusted to the preset temperature current output temperature according to the control instruction.
11. control methods based on Widget as claimed in claim 9, it is characterised in that the control based on Widget
Method also includes：
The time, less than the graphics field corresponding to the current time, is designated as first area in determining the motion graphics；
The time, more than the graphics field corresponding to the current time, is designated as second area in determining the motion graphics；
The background color of the display interface corresponding to the first area is set to the first color, corresponding to the second area
The background color of display interface be set to the second color.
12. control methods based on Widget as claimed in claim 8, it is characterised in that described when according to the status number
During according to determining that user is in sleep state, the step of the display interface shows dormant data corresponding with the sleep state
Including：
When determining that user is in sleep state according to the status data, determine current time whether in preset time range
It is interior；
If the current time is in the preset time range, into sleep pattern, and the display interface show with
The corresponding dormant data of the sleep pattern.
13. control method based on Widget as described in any one of claim 8 to 12, it is characterised in that described according to institute
Stating the step of whether status data judges user in sleep state includes：
The status data is contrasted with corresponding preset state data；
If the status data is in the preset state data area, it is determined that user is in sleep state；
If the status data is not in the preset state data area, it is determined that user is in waking state.
14. control methods based on Widget as claimed in claim 13, it is characterised in that the wearable device is hand
Ring, wrist-watch and/or heartbeat detection device；The status data at least includes the one kind in body temperature, pulse and amount of exercise；The sky
Gas disposal equipment at least includes the one kind in air-conditioner, humidifier, dehumidifier and clarifier.
15. a kind of control systems based on Widget, it is characterised in that the Widget is at least tied up with an airhandling equipment
Fixed, the Widget includes display interface, and the control system based on Widget is included described in any one of claim 1 to 7
Control device and wearable device based on Widget；
The wearable device is used to obtain the status data of user, and the status data is sent into the control device.
16. control systems based on Widget as claimed in claim 15, it is characterised in that the control based on Widget
System also includes airhandling equipment；
The airhandling equipment is used to receive the control instruction transmitted by the control device, is adjusted according to the control instruction
Current output temperature.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710053813.0A CN106871340A (en) | 2017-01-22 | 2017-01-22 | Control device, method and system based on Widget |
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| CN201710053813.0A CN106871340A (en) | 2017-01-22 | 2017-01-22 | Control device, method and system based on Widget |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112462997A (en) * | 2020-12-14 | 2021-03-09 | 北京小米移动软件有限公司 | Content presentation method and device, electronic equipment and storage medium |
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