WO2018133456A1 - 空气处理设备控制装置、方法和系统 - Google Patents
空气处理设备控制装置、方法和系统 Download PDFInfo
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- WO2018133456A1 WO2018133456A1 PCT/CN2017/105417 CN2017105417W WO2018133456A1 WO 2018133456 A1 WO2018133456 A1 WO 2018133456A1 CN 2017105417 W CN2017105417 W CN 2017105417W WO 2018133456 A1 WO2018133456 A1 WO 2018133456A1
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- WIPO (PCT)
- Prior art keywords
- air
- processing device
- server
- special
- air processing
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Classifications
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- 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
Definitions
- the present invention relates to the field of air treatment equipment, and in particular, to an air treatment equipment control apparatus, an air treatment equipment control method, and an air treatment equipment control system to which the air treatment equipment control apparatus is applied.
- air handling equipment such as wall-mounted air handling equipment, cabinet air handling equipment, etc.
- control of air handling equipment is no longer limited to infrared remote controllers for air handling equipment, based on
- the application scenario of the air handling device is gradually emerging.
- the user only needs to install the air conditioning application corresponding to the air processing device in his mobile terminal (such as a smart phone, a tablet computer, etc.), and then activate the air conditioning application in the mobile terminal. View the operational information of the air handling equipment (ie, the air handling equipment currently bound to the air conditioning application) in the air conditioning application.
- the main object of the present invention is to provide an air handling device control apparatus, method and system, which aim to alleviate the technical problems of cumbersome operation and inconvenient operation based on displaying the operation information of the air processing device by the mobile terminal.
- the present invention provides a control device for an air treatment device, the air treatment device includes an air inlet, an air outlet, and a duct connecting the air inlet and the air outlet, and a functional module is disposed in the air passage;
- the control device of the air treatment device includes a widget display interface, and the control device of the air treatment device is associated with the air treatment device, and the control device of the air treatment device includes:
- An obtaining module configured to acquire a special function corresponding to the air processing device from a server
- a display module configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function, and the special button can trigger a corresponding special function of the air processing device.
- the air treatment device control device further includes:
- a service startup module configured to initiate a service process responsible for transmitting data exchanged between the air processing device control device and the widget
- the display module is further configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function based on a service process.
- the air treatment device control device further includes:
- the registration module is configured to register the added special function on the server when the air processing device adds a special function, so that the widget generates a corresponding special button according to the registration information.
- the display module is further configured to generate a corresponding special button in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server, where the special function includes high temperature dehumidification and no wind feeling One or more of low temperature humidification, anhydrous humidification, and high humidity defrosting.
- control device of the air processing device further includes:
- An adjustment module configured to acquire an adjustment instruction triggered when the special button is touched, and send a control signal to the server according to the adjustment instruction, so that the server sends the control signal to a corresponding air processing device.
- the display module includes:
- An obtaining unit configured to acquire, by the server, a setting parameter of an air processing device associated with the server;
- a calculating unit configured to calculate a difference between a current environmental parameter and a set parameter of the air processing device
- a generating unit configured to generate a special button of a corresponding level according to the difference.
- the present invention also provides a method for controlling an air treatment device, the air treatment device including an air inlet, an air outlet, and a duct connecting the air inlet and the air outlet, and the air passage is provided with a function.
- the application carrier of the control method of the air treatment device includes a widget display interface, and the control device of the air treatment device is associated with the air treatment device, and the control method of the air treatment device includes the following steps:
- the method before the obtaining, by the server, the special function corresponding to the air processing device, the method includes:
- the step of displaying the name of the air processing device and the special button corresponding to the special function on the widget display interface includes:
- the name of the air processing device and a special button corresponding to the special function are displayed on the widget display interface.
- the method before the step of displaying, by the widget display interface, the name of the air processing device and the special button corresponding to the special function, the method further includes:
- the air processing device adds a special function
- the added special function is registered on the server, so that the widget generates a corresponding special button according to the registration information.
- the step of displaying the name of the air processing device and the special button corresponding to the special function in the widget display interface includes:
- the special functions include high temperature dehumidification, no wind feeling, low temperature humidification, no water humidification and high humidity removal One or more of the frosts.
- the method for controlling the air processing device further includes:
- the generating according to the registration information of the special function corresponding to the air processing device that is obtained from the server, generating a corresponding special button in the widget interface, including:
- a special button corresponding to the level is generated based on the difference.
- the present invention also provides an air treatment device control system including an air treatment device, a server, and a control device of the air treatment device, the air treatment device including an air inlet, an air outlet, and a connection a tuyere and an air outlet duct in which a functional module is disposed; a control device of the air treatment device includes a widget display interface, and a control device of the air treatment device is associated with the air treatment device;
- the control device of the air treatment device includes:
- An obtaining module configured to acquire a special function corresponding to the air processing device from a server
- a display module configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function, and the special button can trigger a corresponding special function of the air processing device.
- the air treatment device control device further includes:
- a service startup module configured to initiate a service process responsible for transmitting data exchanged between the air processing device control device and the widget
- the display module is further configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function based on a service process.
- the air treatment device control device further includes:
- the registration module is configured to register the added special function on the server when the air processing device adds a special function, so that the widget generates a corresponding special button according to the registration information.
- the display module is further configured to generate a corresponding special button in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server, where the special function includes high temperature dehumidification and no wind feeling One or more of low temperature humidification, anhydrous humidification, and high humidity defrosting.
- control device of the air processing device further includes:
- An adjustment module configured to acquire an adjustment instruction triggered when the special button is touched, and send a control signal to the server according to the adjustment instruction, so that the server sends the control signal to a corresponding air processing device.
- the display module includes:
- An obtaining unit configured to acquire, by the server, a setting parameter of an air processing device associated with the server;
- a calculating unit configured to calculate a difference between a current environmental parameter and a set parameter of the air processing device
- a generating unit configured to generate a special button of a corresponding level according to the difference.
- the air treatment device control device includes a widget display interface
- the control device of the air treatment device is associated with the air treatment device
- the control device of the air treatment device includes: an acquisition module, Obtaining a special function corresponding to the air processing device from the server; the display module is configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function, and the special button can be triggered Corresponding special functions of the air handling device. Therefore, the air processing device acquires a special button corresponding to the air processing device through the server, so that when the air processing device adds a new special function, the widget display interface can display the corresponding special button, and the user does not need to view the air processing device each time.
- the air conditioning application has to be turned on frequently to view the operational information of the air handling equipment collected by the air conditioning application, and to avoid wasting time and air handling equipment by the user always looking for an icon for the air conditioning application, the user only has to look at the installation air conditioning application.
- the widget interface of the mobile terminal desktop can conveniently understand the operation status of the currently bound air processing device and the special special function of the air processing device control device, and can trigger the corresponding special function of the air processing device by using a special button corresponding to the special function.
- the utility model effectively alleviates the technical problem that the operation information of the air processing device based on the mobile terminal is cumbersome and inconvenient to operate.
- FIG. 1 is a schematic diagram of deployment of an air conditioning control page card on a widget in an air handling device control method according to the present invention
- FIG. 2 is a schematic diagram of functional modules of a first embodiment of a control device for an air handling device according to the present invention
- FIG. 3 is a schematic diagram of functional modules of a second embodiment of a control device for an air handling device according to the present invention.
- FIG. 4 is a schematic diagram of functional modules of a third embodiment of a control device for an air handling device according to the present invention.
- FIG. 5 is a schematic diagram of functional modules of a third embodiment of a control device for an air handling device according to the present invention.
- FIG. 6 is a schematic diagram of a refinement function module of a display module according to an embodiment of the present invention.
- FIG. 7 is a schematic flow chart of a first embodiment of a method for controlling an air handling device according to the present invention.
- FIG. 8 is a schematic flow chart of a second embodiment of a method for controlling an air treatment device according to the present invention.
- FIG. 9 is a schematic flow chart of a third embodiment of a method for controlling an air treatment device according to the present invention.
- FIG. 10 is a schematic flow chart of a fourth embodiment of a method for controlling an air treatment device according to the present invention.
- FIG. 11 is a refinement flow diagram showing steps of displaying a special button corresponding to the windless mode of the air processing device according to an embodiment of the present invention.
- APPwidget is a desktop widget application that can be placed on the desktop of a mobile terminal. It can be used to display information such as clock, calendar, weather, etc. It is displayed on the desktop of the mobile terminal as a floating window for displaying specific information. Therefore, the user does not need to APPwidget can click to open or open the first time to view the specific information presented on the floating window.
- the display information on the APPwidget can be refreshed automatically, or manually click the preset button to refresh.
- control APP of the air processing device can be deployed into the widget, so that the user can directly control the operation of the air processing device or read the air through the APPwidget window suspended on the desktop of the mobile terminal. Process the operating parameters of the device.
- the air treatment device may be various devices for air treatment such as an air conditioner, a humidifier, a dehumidifier, an air cleaner, and the like.
- the process of creating an APPwidget for an APP is mainly a process of performing related operations on the AppwidgetProvider and AppwidgetProviderInfo classes.
- AppwidgetProvider is used to receive widget-related broadcasts, such as update, delete, enable, and disable of wigdet.
- AppwidgetProviderInfo is defined in XML and is used to specify the relevant data of the Appwidget, such as the layout of the widget, the corresponding AppwidgetProvider class, and so on.
- Deploying a widget in an app mainly includes the following steps:
- AppwidgetProviderInfo in XML to specify the layout of the widget, the AppwidgetProvider class, and so on.
- the created widget will appear in the system's widget list, and the user can choose whether to add it to the desktop.
- the information displayed in the air conditioning control page is the operation information of the air conditioner, for example, the name of the air conditioner, the position of the air conditioner, the current set temperature, and the sense of no wind.
- the control function of the airless control page is the air conditioner.
- the special button includes a high temperature dehumidification button, a windless button, a low temperature humidification button, a waterless humidification button and a high humidity defrost button.
- the APP When the APP is turned on (as long as the process of the APP is not killed, the APP is considered to be in the open state), after the user adds the widget of the air handling device control page card to the desktop, the Service defined in the APP is started, and the Service will be started.
- the environment data of the air processing device is synchronized, and the synchronization mode can be obtained by querying the running data of the air processing device from the server at a certain time for querying or automatically reporting the server.
- the operation information of the air processing device is sent as a broadcast, and the broadcast will carry an action flag, such as action1, in the AppwidgetProvider through onReceive(Context, Intent) receives the broadcast of action1 as action1, and acquires the running information of the air processing device in the broadcast, and updates the data to the widget interface in real time to implement the interface update process of the widget.
- action1 such as action1
- onReceive(Context, Intent) receives the broadcast of action1 as action1
- acquires the running information of the air processing device in the broadcast and updates the data to the widget interface in real time to implement the interface update process of the widget.
- the special button of the air handling device When the special button of the air handling device is clicked, you can set to send a broadcast to the outside, in the AppwidgetProvider via onReceive(Context, Intent) receives a broadcast of a special button click of the air handling device and adds corresponding logic.
- the logic added here is mainly to process the user's control commands (such as shutdown, temperature rise by 1 degree, temperature decrease by 1 degree, turn on or off the corresponding feature function) into corresponding data, and send it out through the broadcast.
- the broadcast also Will bring an action flag, such as action2, receive the broadcast of the special button click of the air handling device in the Service, and read the control commands carried in the broadcast (such as shutdown, temperature rise of 1 degree, temperature decrease by 1 degree) And programmed into the control code of the air handling device, sent to the corresponding air handling device through the server to implement the process of controlling the air handling device by the widget.
- action2 receives the broadcast of the special button click of the air handling device in the Service, and read the control commands carried in the broadcast (such as shutdown, temperature rise of 1 degree, temperature decrease by 1 degree) And programmed into the control code of the air handling device, sent to the corresponding air handling device through the server to implement the process of controlling the air handling device by the widget.
- the APP process is killed, the corresponding Service will also be killed, then the widget is in an unavailable state, unless the APP is restarted, the Service is started again.
- the present invention provides a control device for an air treatment device.
- a first embodiment of the present invention provides a control device for an air treatment device, the air treatment device including an air inlet, an air outlet, and the air inlet and the a duct of the air outlet, in which a functional module is provided;
- the air processing apparatus includes a widget display interface, and a control device of the air processing apparatus is associated with the air processing apparatus, the air processing apparatus
- the control device includes:
- the obtaining module 10 is configured to acquire a special function corresponding to the air processing device from a server;
- the air processing device is associated with the air processing device control device, and at least one display interface of the air processing device control device is provided with a widget, the widget is associated with a server, and the server is configured to store Data relating to the air handling device associated with the server, wherein the data relating to the air handling device stored by the server includes at least data relating to the addition of special functions to the air handling device.
- Special functions Relative to commonly used functions, common functions may include auxiliary heat, temperature adjustment, normal mode, etc. Special functions include but are not limited to one of high temperature dehumidification, no wind feeling, low temperature humidification, no water humidification and high humidity defrost. Item or multiple items.
- the air treatment device may be various devices for air treatment such as an air conditioner, a humidifier, a dehumidifier, an air cleaner, and the like.
- the control device of the air treatment device in this embodiment is associated with a server associated with at least one air treatment device, although the server may of course be associated with a plurality of control devices of the air treatment device.
- the control device of the air handling device may actively obtain the air handling device special function information associated with the server from the server, or the server may periodically transmit the special function information of the air processing device associated with the server to the control device of the air processing device.
- the display module 20 is configured to display a name of the air processing device and a special button corresponding to the special function on the widget display interface, and the special button can trigger a corresponding special function of the air processing device.
- the widget (or widget component) includes a widget interface for displaying operation information of the air processing device, and the air conditioning application sends the preset widget interface or the control card page content to the widget via the service process for the display module 20 at the mobile terminal.
- the display area displays the widget interface.
- the interface location and interface layout of the widget interface can be preset by the mobile phone system, or can be set by the user according to his or her own preferences.
- the widget display interface Upon acquiring a special function of the air handling device from the server, the widget display interface displays the name of the air handling device associated with the air handling device control device, and a button for controlling the newly added function module of the air handling device, the user then The special functions of the corresponding air handling equipment can be controlled through special buttons on the widget display interface.
- the widget can also obtain the environmental parameters of the air processing device associated with the server from the server, and display related parameters of the air processing device in the widget, so that the user can directly obtain the current environmental parameters and the air processing from the display window.
- Environmental data of the device is Upon acquiring a special function of the air handling device from the server, the widget display interface displays the name of the air handling device associated with the air handling device control device, and a button for controlling the newly added function module of the air handling device, the user then The special functions of the corresponding air handling equipment can be controlled through special buttons on the widget display interface.
- the widget can also obtain the environmental parameters of the air processing device associated with the server from the server, and display related
- the air treatment device control device includes a widget display interface
- the control device of the air treatment device is associated with the air treatment device
- the control device of the air treatment device includes: an acquisition module, Obtaining a special function corresponding to the air processing device from the server; the display module is configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function, and the special button can be triggered Corresponding special functions of the air handling device. Therefore, the air processing device acquires a special button corresponding to the air processing device through the server, so that when the air processing device adds a new special function, the widget display interface can display the corresponding special button, and the user does not need to view the air processing device each time.
- the air conditioning application has to be turned on frequently to view the operational information of the air handling equipment collected by the air conditioning application, and to avoid wasting time and air handling equipment by the user always looking for an icon for the air conditioning application, the user only has to look at the installation air conditioning application.
- the widget interface of the mobile terminal desktop can conveniently understand the operation status of the currently bound air processing device and the special special function of the air processing device control device, and can trigger the corresponding special function of the air processing device by using a special button corresponding to the special function.
- the utility model effectively alleviates the technical problem that the operation information of the air processing device based on the mobile terminal is cumbersome and inconvenient to operate.
- control device of the air treatment device further includes:
- the service startup module 30 is configured to start a service process responsible for transmitting data exchanged between the air processing device control device and the widget;
- the display module 20 is further configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function based on a service process.
- the service startup module 10 starts the widget and the service process of the air conditioning application (ie, Service) to implement the widget and the air conditioning application (ie, the air processing device control). Data interaction and transfer between devices), transferring special keys obtained from the server to the widget.
- the air conditioning application ie, Service
- the air conditioning application ie, the air processing device control
- the display module displays a special button corresponding to the special function on the widget display interface based on the service process and according to the special button acquired by the service process.
- control device of the air treatment device further includes:
- the registration module 30 is configured to register the added special function on the server when the air processing device adds a special function, so that the widget generates a corresponding special button according to the registration information.
- many air handling equipment can add one or more special functions.
- the user adds a special function to the air processing device
- the added special function can be registered on the server, and the added special function is associated with the corresponding air processing device.
- the display module 20 of the air device of the other air handling device may generate corresponding special buttons in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server.
- the special features are one or more of high temperature dehumidification, no wind sensation, low temperature humidification, no water humidification and high humidity defrosting.
- the sub-control button corresponding to the special function is generated.
- the display module 20 is further configured to generate a corresponding special button in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server, wherein the special function includes high temperature dehumidification, no wind feeling, low temperature One or more of humidification, anhydrous humidification, and high humidity defrosting.
- the display module 20 After obtaining the new function module in the air processing device from the server, the display module 20 updates the control button of the new function module of the air handling device operation information to the widget interface in real time according to the new function module, so that the user can be based on the
- the trigger control button controls the adjustment of the new function module in the air processing device, thereby implementing the floating window display of the newly added function module of the currently bound air processing device for the air adjustment application in the widget interface.
- the generating module 40 refreshes the air handling device operation information and the control button in the widget interface in real time.
- the user has to open the air conditioning application frequently every time the user needs to control the operation information of the air processing device, avoiding wasting a lot of time to switch between the air conditioning application and the desktop of the mobile terminal, and avoiding the user always searching for The air adjustment application icon wastes time.
- the user only needs to check the widget interface of the mobile terminal desktop or operate the control button of the widget interface, thereby conveniently controlling the currently bound air processing device, effectively alleviating the air control based on the mobile terminal.
- the air treatment device control device may acquire environmental data of an air treatment device associated therewith, and the air treatment device and the control device thereof in the prior art cannot acquire environmental parameters.
- the air treatment The device control device acquires information stored in the server, and acquires environmental data of the air processing device in the windless mode.
- the server can be any server for obtaining environmental parameters, such as a cloud server.
- the server can be managed with a plurality of air processing devices, each air processing device has a unique ID, the server can distinguish different air processing devices by ID, and store data according to the ID, when the air processing device control device acquires data, The data of the corresponding air handling device can then be sent to the control device by ID.
- the server may be associated with multiple air handling devices at the same time, or may be associated with a plurality of air handling device control devices, and multiple control devices may simultaneously control the same air processing device.
- buttons may be different due to different special functions and quantities, and in more implementations, multiple displays may be displayed in one widget interface for user control. Buttons for different types of air handling equipment. Of course, it can also be displayed separately by using multiple widget interfaces.
- the control device of the air processing device may further acquire the location information thereof, and display the air processing device within a preset range near the control device of the air processing device in the display interface according to the location information of each associated air processing device in the associated server. The data and the corresponding buttons.
- the server includes an air detecting device associated therewith, and the air detecting device may be provided with a humidity sensor, a PM2.5 detecting sensor, or any other environmental parameter detecting device, when the environmental parameter detecting device detects the relevant environment
- the air detecting device may be provided with a humidity sensor, a PM2.5 detecting sensor, or any other environmental parameter detecting device, when the environmental parameter detecting device detects the relevant environment
- the server can update the current environment parameter on the internal page by means of broadcast information, so that the user can control according to the environment data.
- the manner in which the air processing device control device obtains current environment parameters from the server may be various, for example, by listening to broadcast information of the server, and acquiring current environment parameters from the broadcast information; further, the air processing device The control device can also periodically read the data information of the server and obtain the current environmental parameters from the data information.
- the environmental parameter may be an air humidity and a PM2.5 value, but the type of the environmental parameter is not limited thereto, and any environmental parameter required by the user may be displayed in the display window.
- the data on the air treatment device control device may be updated according to a preset update period.
- the data on the air treatment device control device may also be updated according to a refresh instruction of the user.
- a refresh button may be disposed on the air processing device control device, and when the user touches the refresh button, a refresh command is triggered, and the air processing device control device reacquires the current environmental parameter according to the refresh command, without being Limited to the preset data update period.
- the triggering of the refresh command is not limited to being triggered by the refresh button, but may also be triggered by a slide operation, a page turning operation, or a preset sliding gesture.
- control device of the air treatment device further includes:
- the adjustment module 50 is configured to acquire an environmental data adjustment instruction triggered when the special button is touched, and send a control signal to the server according to the adjustment instruction, so that the server sends the control signal to the corresponding Air handling equipment.
- the user can also touch the corresponding button in the display window, including the special button and the regular button, triggering the corresponding control command to control the air processing device, specifically, displaying the high temperature dehumidification button corresponding to the current humidity parameter. Touching the high temperature dehumidification button to generate a corresponding adjustment command, and sending the adjustment command to the server, and when receiving the adjustment command, the server sends the adjustment command to the corresponding air processing device, thereby enabling the air to be
- the air treatment device the device having the dehumidification function such as an air conditioner or a dehumidifier
- the type of the button is not limited to high temperature dehumidification.
- the display module 20 further includes:
- An obtaining unit 21 configured to acquire, by the server, a setting parameter of an air processing device associated with the server;
- the calculating unit 22 is configured to calculate a difference between the current environment parameter and the setting parameter of the air processing device;
- the generating unit 23 is configured to generate a special button of a corresponding level according to the difference.
- the difference between the setting parameters of the air processing device acquired from the server and the current environmental parameter is calculated, of course.
- the difference between the current environmental parameters and the environmental parameters of the air handling equipment obtained from the server can be calculated.
- the corresponding level of the windless control is determined, and the special button of the level is displayed on the widget interface, wherein the different levels of the special button represent different control gradients, and it is necessary to specifically indicate that the difference can distinguish between positive and negative.
- the difference is positive, the larger the difference is, the higher the level is.
- the difference is negative, the smaller the difference is, the higher the level is.
- the absolute value of the difference can also be obtained. In this case, the larger the absolute value of the difference, the higher the corresponding level.
- the user may not need to display all the acquired environmental parameters in the display window.
- the corresponding environmental parameter threshold may be preset for each environmental parameter, and the environmental parameter threshold may be an upper limit value and/or a lower limit value, where the current environmental parameter exceeds the environmental parameter threshold, and may be greater than or equal to The limit value may also be less than or equal to the lower limit value.
- the current environmental parameter exceeds the environmental parameter threshold, the current environmental parameter is considered to be unsatisfactory; otherwise, the current environmental parameter is considered to be qualified.
- the preset lower limit of the air humidity is 45%
- the preset upper limit of the air humidity is 65%.
- the current air humidity obtained is 70%
- the current air humidity is considered to be greater than the preset upper limit.
- the current air humidity parameter 70% can be displayed in the display window.
- the current air humidity obtained is 50%
- the current air humidity is considered to be qualified, and at this time, the current air humidity parameter is not displayed in the display window.
- the upper limit value and the lower limit value it is not necessary to preset the upper limit value and the lower limit value at the same time, and only the upper limit value may be set, or only the lower limit value may be set.
- the user may only care whether the current PM2.5 value exceeds The preset upper limit value. In this case, only the upper limit value of the environmental parameter can be set.
- the air handling device control device may also acquire all current environmental parameters, and display only the unqualified environmental parameters by default. If the user needs to view other current environmental parameters, the user may view the display window. Switch display by sliding operation, page turning operation or preset sliding gesture.
- a first embodiment of the present invention provides a method for controlling an air treatment device, which is applied to an air treatment device control device, the air treatment device including an air inlet, an air outlet, and a connection a air duct of the air inlet and the air outlet, in the air duct, a function module is provided; the air treatment device is associated with the air treatment device control device, the air treatment device control device includes a display window, The display window is for displaying environmental data of the air treatment device associated with the air treatment device control device, and the air treatment device control method includes the following steps:
- Step S10 Obtain a special function corresponding to the air processing device from a server
- the air processing device is associated with the air processing device control device, and at least one display interface of the air processing device control device is provided with a widget, the widget is associated with a server, and the server is configured to store Data relating to the air handling device associated with the server, wherein the data relating to the air handling device stored by the server includes at least data relating to the addition of special functions to the air handling device.
- Special functions Relative to commonly used functions, common functions may include auxiliary heat, temperature adjustment, normal mode, etc. Special functions include but are not limited to one of high temperature dehumidification, no wind feeling, low temperature humidification, no water humidification and high humidity defrost. Item or multiple items.
- the air treatment device may be various devices for air treatment such as an air conditioner, a humidifier, a dehumidifier, an air cleaner, and the like.
- the control device of the air treatment device in this embodiment is associated with a server associated with at least one air treatment device, although the server may of course be associated with a plurality of control devices of the air treatment device.
- the control device of the air handling device may actively obtain the air handling device special function information associated with the server from the server, or the server may periodically transmit the special function information of the air processing device associated with the server to the control device of the air processing device.
- step S20 the name of the air processing device and a special button corresponding to the special function are displayed on the widget display interface, and the special button can trigger a corresponding special function of the air processing device.
- the widget (or widget component) includes a widget interface for displaying operation information of the air processing device, and the air conditioning application sends the preset widget interface or the control card page content to the widget via the service process for the display module 20 at the mobile terminal.
- the display area displays the widget interface.
- the interface location and interface layout of the widget interface can be preset by the mobile phone system, or can be set by the user according to his or her own preferences.
- the widget display interface Upon acquiring a special function of the air handling device from the server, the widget display interface displays the name of the air handling device associated with the air handling device control device, and a button for controlling the newly added function module of the air handling device, the user then The special functions of the corresponding air handling equipment can be controlled through special buttons on the widget display interface.
- the widget can also obtain the environmental parameters of the air processing device associated with the server from the server, and display related parameters of the air processing device in the widget, so that the user can directly obtain the current environmental parameters and the air processing from the display window.
- Environmental data of the device is Upon acquiring a special function of the air handling device from the server, the widget display interface displays the name of the air handling device associated with the air handling device control device, and a button for controlling the newly added function module of the air handling device, the user then The special functions of the corresponding air handling equipment can be controlled through special buttons on the widget display interface.
- the widget can also obtain the environmental parameters of the air processing device associated with the server from the server, and display related
- the air treatment device control device includes a widget display interface
- the control device of the air treatment device is associated with the air treatment device
- the control device of the air treatment device includes: an acquisition module, Obtaining a special function corresponding to the air processing device from the server; the display module is configured to display, on the widget display interface, a name of the air processing device and a special button corresponding to the special function, and the special button can be triggered Corresponding special functions of the air handling device. Therefore, the air processing device acquires a special button corresponding to the air processing device through the server, so that when the air processing device adds a new special function, the widget display interface can display the corresponding special button, and the user does not need to view the air processing device each time.
- the air conditioning application has to be turned on frequently to view the operational information of the air handling equipment collected by the air conditioning application, and to avoid wasting time and air handling equipment by the user always looking for an icon for the air conditioning application, the user only has to look at the installation air conditioning application.
- the widget interface of the mobile terminal desktop can conveniently understand the operation status of the currently bound air processing device and the special special function of the air processing device control device, and can trigger the corresponding special function of the air processing device by using a special button corresponding to the special function.
- the utility model effectively alleviates the technical problem that the operation information of the air processing device based on the mobile terminal is cumbersome and inconvenient to operate.
- the control method of the air treatment device includes:
- Step S30 starting a service process responsible for transmitting data exchanged between the air processing device control device and the widget;
- Step S20 includes displaying a name of the air processing device and a special button corresponding to the special function on the widget display interface based on a service process.
- the service startup module 10 starts the widget and the service process of the air conditioning application (ie, Service) to implement the widget and the air conditioning application (ie, the air processing device control). Data interaction and transfer between devices), transferring special keys obtained from the server to the widget.
- the air conditioning application ie, Service
- the air conditioning application ie, the air processing device control
- the display module displays a special button corresponding to the special function on the widget display interface based on the service process and according to the special button acquired by the service process.
- control method of the air treatment device further includes:
- Step S40 when the air processing device adds a special function, register the added special function on the server, so that the widget generates a corresponding special button according to the registration information.
- many air handling equipment can add one or more special functions.
- the user adds a special function to the air processing device
- the added special function can be registered on the server, and the added special function is associated with the corresponding air processing device.
- the display module 20 of the air device of the other air handling device may generate corresponding special buttons in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server.
- the special features are one or more of high temperature dehumidification, no wind sensation, low temperature humidification, no water humidification and high humidity defrosting.
- the sub-control button corresponding to the special function is generated.
- the step S20 may include: generating corresponding special buttons in the widget interface according to the registration information of the special function corresponding to the air processing device acquired from the server, wherein the special functions include high temperature dehumidification, no wind feeling, low temperature humidification One or more of anhydrous humidification and high humidity defrosting.
- the display module 20 After obtaining the new function module in the air processing device from the server, the display module 20 updates the control button of the new function module of the air handling device operation information to the widget interface in real time according to the new function module, so that the user can be based on the
- the trigger control button controls the adjustment of the new function module in the air processing device, thereby implementing the floating window display of the newly added function module of the currently bound air processing device for the air adjustment application in the widget interface.
- the generating module 40 refreshes the air handling device operation information and the control button in the widget interface in real time.
- the user has to open the air conditioning application frequently every time the user needs to control the operation information of the air processing device, avoiding wasting a lot of time to switch between the air conditioning application and the desktop of the mobile terminal, and avoiding the user always searching for The air adjustment application icon wastes time.
- the user only needs to check the widget interface of the mobile terminal desktop or operate the control button of the widget interface, thereby conveniently controlling the currently bound air processing device, effectively alleviating the air control based on the mobile terminal.
- the air treatment device control device may acquire environmental data of an air treatment device associated therewith, and the air treatment device and the control device thereof in the prior art cannot acquire environmental parameters.
- the air treatment The device control device acquires information stored in the server, and acquires environmental data of the air processing device in the windless mode.
- the server can be any server for obtaining environmental parameters, such as a cloud server.
- the server can be managed with a plurality of air processing devices, each air processing device has a unique ID, the server can distinguish different air processing devices by ID, and store data according to the ID, when the air processing device control device acquires data, The data of the corresponding air handling device can then be sent to the control device by ID.
- the server may be associated with multiple air handling devices at the same time, or may be associated with a plurality of air handling device control devices, and multiple control devices may simultaneously control the same air processing device.
- buttons may be different due to different special functions and quantities, and in more implementations, multiple displays may be displayed in one widget interface for user control. Buttons for different types of air handling equipment. Of course, it can also be displayed separately by using multiple widget interfaces.
- the control device of the air processing device may further acquire the location information thereof, and display the air processing device within a preset range near the control device of the air processing device in the display interface according to the location information of each associated air processing device in the associated server. The data and the corresponding buttons.
- the server includes an air detecting device associated therewith, and the air detecting device may be provided with a humidity sensor, a PM2.5 detecting sensor, or any other environmental parameter detecting device, when the environmental parameter detecting device detects the relevant environment
- the air detecting device may be provided with a humidity sensor, a PM2.5 detecting sensor, or any other environmental parameter detecting device, when the environmental parameter detecting device detects the relevant environment
- the server can update the current environment parameter on the internal page by means of broadcast information, so that the user can control according to the environment data.
- the manner in which the air processing device control device obtains current environment parameters from the server may be various, for example, by listening to broadcast information of the server, and acquiring current environment parameters from the broadcast information; further, the air processing device The control device can also periodically read the data information of the server and obtain the current environmental parameters from the data information.
- the environmental parameter may be an air humidity and a PM2.5 value, but the type of the environmental parameter is not limited thereto, and any environmental parameter required by the user may be displayed in the display window.
- the data on the air treatment device control device may be updated according to a preset update period.
- the data on the air treatment device control device may also be updated according to a refresh instruction of the user.
- a refresh button may be disposed on the air processing device control device, and when the user touches the refresh button, a refresh command is triggered, and the air processing device control device reacquires the current environmental parameter according to the refresh command, without being Limited to the preset data update period.
- the triggering of the refresh command is not limited to being triggered by the refresh button, but may also be triggered by a slide operation, a page turning operation, or a preset sliding gesture.
- control method of the air treatment device further includes:
- Step S50 Acquire an adjustment instruction triggered when the special button is touched, and send a control signal to the server according to the adjustment instruction, so that the server sends the control signal to the corresponding air processing device.
- the user can also touch the corresponding button in the display window, including the special button and the regular button, triggering the corresponding control command to control the air processing device, specifically, displaying the high temperature dehumidification button corresponding to the current humidity parameter. Touching the high temperature dehumidification button to generate a corresponding adjustment command, and sending the adjustment command to the server, and when receiving the adjustment command, the server sends the adjustment command to the corresponding air processing device, thereby enabling the air to be
- the air treatment device the device having the dehumidification function such as an air conditioner or a dehumidifier
- the type of the button is not limited to high temperature dehumidification.
- the step S20 further includes:
- Step S21 acquiring, by the server, setting parameters of an air processing device associated with the server;
- Step S22 calculating a difference between the current environmental parameter and the setting parameter of the air processing device
- Step S23 displaying a special button of the corresponding level according to the difference.
- the difference between the setting parameters of the air processing device acquired from the server and the current environmental parameter is calculated, of course.
- the difference between the current environmental parameters and the environmental parameters of the air handling equipment obtained from the server can be calculated.
- the corresponding level of the windless control is determined, and the special button of the level is displayed on the widget interface, wherein the different levels of the special button represent different control gradients, and it is necessary to specifically indicate that the difference can distinguish between positive and negative.
- the difference is positive, the larger the difference is, the higher the level is.
- the difference is negative, the smaller the difference is, the higher the level is.
- the absolute value of the difference can also be obtained. In this case, the larger the absolute value of the difference, the higher the corresponding level.
- the user may not need to display all the acquired environmental parameters in the display window.
- the corresponding environmental parameter threshold may be preset for each environmental parameter, and the environmental parameter threshold may be an upper limit value and/or a lower limit value, where the current environmental parameter exceeds the environmental parameter threshold, and may be greater than or equal to The limit value may also be less than or equal to the lower limit value.
- the current environmental parameter exceeds the environmental parameter threshold, the current environmental parameter is considered to be unsatisfactory; otherwise, the current environmental parameter is considered to be qualified.
- the preset lower limit of the air humidity is 45%
- the preset upper limit of the air humidity is 65%.
- the current air humidity obtained is 70%
- the current air humidity is considered to be greater than the preset upper limit.
- the current air humidity parameter 70% can be displayed in the display window.
- the current air humidity obtained is 50%
- the current air humidity is considered to be qualified, and at this time, the current air humidity parameter is not displayed in the display window.
- the upper limit value and the lower limit value it is not necessary to preset the upper limit value and the lower limit value at the same time, and only the upper limit value may be set, or only the lower limit value may be set.
- the user may only care whether the current PM2.5 value exceeds The preset upper limit value. In this case, only the upper limit value of the environmental parameter can be set.
- the air handling device control device may also acquire all current environmental parameters, and display only the unqualified environmental parameters by default. If the user needs to view other current environmental parameters, the user may view the display window. Switch display by sliding operation, page turning operation or preset sliding gesture.
- the present invention also provides an air treatment device control system including an air treatment device, a server, and the air treatment device control device described in the above embodiments, the air treatment device control device being associated with the air treatment device through the server
- the display window displays special keys and environmental data of the air handling device in a windless mode.
- the air processing device control device is disposed at the mobile terminal, and the mobile terminal performs data interaction with the air processing device through the server.
- the mobile terminal can also directly interact with the air processing device.
- the air treatment device control device reads the current environmental parameter through the server, the server receives a control instruction sent by the air treatment device control device, and sends the control command to the air processing device.
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Abstract
一种空气处理设备的控制装置,空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在风道中设置有功能模块;空气处理设备的控制装置包括widget显示界面,空气处理设备的控制装置与空气处理装置相关联,空气处理设备的控制装置包括:获取模块(10),用于从服务器获取空气处理设备对应的特殊功能;显示模块(20),用于在widget显示界面显示空气处理设备的名称及与特殊功能对应的特殊按键,且该特殊按键可以触发空气处理设备的对应特殊功能。还公开了一种空气处理设备的控制方法和系统。
Description
技术领域
本发明涉及空气处理设备技术领域,尤其涉及一种空气处理设备控制装置、空气处理设备控制方法,以及应用所述空气处理设备控制装置的空气处理设备控制系统。
背景技术
随着科技的进步,空气处理设备(如壁挂式空气处理设备、柜式空气处理设备等)得到了广泛使用,空气处理设备的控制也不再局限于空气处理设备配套的红外遥控器,基于对空气处理设备进行控制的应用场景逐渐出现,用户只需在自己的移动终端(如智能手机、平板电脑等)安装需控制空气处理设备对应的空气调整应用,然后在移动终端启动空气调整应用,对空气调整应用中查看空气处理设备(即空气调整应用当前绑定的空气处理设备)的运行信息。
但是,用户若需要操作移动终端来查看空气处理设备的运行信息,需要切换移动终端显示界面,找到并点击启动空气调整应用,然后等待空气调整应用启动后,再对空气调整应用进行操作以实现对当前绑定空气处理设备运行信息的显示,并且无法显示空气处理设备新增功能对应的特殊按键,造成基于移动终端显示空气处理设备的运行信息操作繁琐、操作不便的技术问题。
发明内容
本发明的主要目的在于提供一种空气处理设备控制装置、方法及系统,旨在缓解基于移动终端显示空气处理设备的运行信息操作繁琐、操作不便的技术问题。
为实现上述目的,本发明提供的一种空气处理设备的控制装置,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,所述空气处理设备的控制装置包括:
获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;
显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
可选地,所述空气处理设备控制装置还包括:
服务启动模块,用于启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;
所述显示模块,还用于基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
可选地,所述空气处理设备控制装置还包括:
注册模块,用于在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
可选地,所述显示模块还用于根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
可选地,所述空气处理设备的控制装置,还包括:
调节模块,用于获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
可选地,所述显示模块包括:
获取单元,用于通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;
计算单元,用于计算当前环境参数与所述空气处理设备的设定参数之间的差值;
生成单元,用于根据所述差值生成对应级别的特殊按键。
此外,为实现上述目的,本发明还提供一种空气处理设备的控制方法,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制方法的应用载体包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,所述空气处理设备的控制方法包括如下步骤:
从服务器获取所述空气处理设备对应的特殊功能;
在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
可选地,所述从服务器获取所述空气处理设备对应的特殊功能之前包括:
启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;
所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤包括:
基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
可选地,所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤之前还包括:
在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
可选地,所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤包括:
根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
可选地,所述空气处理设备的控制方法还包括:
获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
可选地,所述根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,包括:
通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;
计算当前环境参数与所述空气处理设备的设定参数之间的差值;
根据所述差值生成对应级别的特殊按键。
此外,为实现上述目的,本发明还提供一种空气处理设备控制系统,包括空气处理设备、服务器和所述空气处理设备的控制装置,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联;所述空气处理设备的控制装置包括:
获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;
显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
可选地,所述空气处理设备控制装置还包括:
服务启动模块,用于启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;
所述显示模块,还用于基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
可选地,所述空气处理设备控制装置还包括:
注册模块,用于在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
可选地,所述显示模块还用于根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
可选地,所述空气处理设备的控制装置,还包括:
调节模块,用于获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
可选地,所述显示模块包括:
获取单元,用于通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;
计算单元,用于计算当前环境参数与所述空气处理设备的设定参数之间的差值;
生成单元,用于根据所述差值生成对应级别的特殊按键。
在本发明的技术方案中,所述空气处理设备控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,空气处理设备的控制装置包括:获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。从而空气处理设备通过服务器获取到与空气处理设备对应的特殊按键,实现空气处理设备在添加新的特殊功能时,widget显示界面可以显示对应的特殊按键,并且无需用户每次需要查看空气处理设备而不得不频繁打开空气调整应用以查看空气调整应用采集的空气处理设备的运行信息,也避免用户因总是寻找空气调整应用的图标而浪费时间和空气处理设备,用户只需查看安装空气调整应用的移动终端桌面的widget界面,就可方便了解空气处理设备控制装置用当前绑定空气处理设备的运行情况和新增的特殊功能,并可以使用特殊功能对应的特殊按键触发空气处理设备的对应特殊功能,有效缓解了基于移动终端显示空气处理设备的运行信息操作繁琐、操作不便的技术问题。
附图说明
图1为本发明空气处理设备控制方法中的空调控制页卡在widget上的部署示意图;
图2为本发明空气处理设备的控制装置第一实施例的功能模块示意图;
图3为本发明空气处理设备的控制装置第二实施例的功能模块示意图;
图4为本发明空气处理设备的控制装置第三实施例的功能模块示意图;
图5为本发明空气处理设备的控制装置第三实施例的功能模块示意图;
图6为本发明实施例中显示模块的一细化功能模块示意图;
图7为本发明空气处理设备的控制方法第一实施例的流程示意图;
图8为本发明空气处理设备的控制方法第二实施例的流程示意图;
图9为本发明空气处理设备的控制方法第三实施例的流程示意图;
图10为本发明空气处理设备的控制方法第四实施例的流程示意图;
图11为本发明实施例中显示与所述空气处理设备无风感模式对应的特殊按键的步骤的一细化流程示意图。
本发明目的的实现、功能特点及优点将结合实施例,参照附图做进一步说明。
具体实施方式
应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
APPwidget是一款可以置于移动终端桌面上的桌面小组件应用,可以用于显示时钟、日历、天气等信息,其在移动终端桌面上呈现为显示特定信息的悬浮窗口,因此,用户不需要对APPwidget进行点击或打开操作,即可第一时间查看到在悬浮窗口上呈现的特定信息。APPwidget上的显示信息可以自动刷新,或者手动点击预设按键进行刷新。
在本发明的技术方案中,可以将空气处理设备的控制APP部署到widget中,因此,用户通过悬浮于移动终端桌面上的APPwidget窗口,即可直接控制空气处理设备的运行,或者读取到空气处理设备的运行参数。
所述空气处理设备可以为空调、加湿器、除湿机、空气净化器等各种用于进行空气处理的设备。
为APP创建APPwidget的过程,主要是对AppwidgetProvider和AppwidgetProviderInfo两大类进行相关操作的过程。
AppwidgetProvider用于接收widget相关的广播,例如wigdet的更新、删除、开启和禁用等。
AppwidgetProviderInfo在XML里定义,用于指定Appwidget的相关数据,如widget的布局、对应的AppwidgetProvider类等。
在一个APP中部署一个widget主要包括如下步骤:
1、定义widget的布局,设置控件的摆放位置;
2、自定义一个AppwidgetProvider类,以处理widget的所有相关逻辑,并更新widget的控件显示(如图片显示或文字显示);还可以通过自定义设置当预设按钮被点击时发送广播,并且用onReceive(Context,
Intent)接收预设按钮点击的广播,并添加相应的按钮点击逻辑。
3、自定义一个Service以处理App与widget之间的数据传输,数据传输过程可以自widget添加到桌面时启动,并到widget从桌面删除时停止;
4、在XML中定义AppwidgetProviderInfo,以指定widget的布局、AppwidgetProvider类等。
通过以上步骤即可完成一个widget的部署过程。
当App安装完成之后,会在系统的小组件列表中出现所创建的widget,用户可以选择是否将其添加至桌面。
下文中以空调控制页卡部署到widget为例,详细说明widget的部署过程和加载过程。请参阅图1,空调控制页卡中显示的信息为空调的运行信息,例如,空调名称、空调位置、当前设定温度以及无风感,空调控制页卡中的无风感的控制控件为空调的特殊按键,具体实施中特殊按键包括高温除湿按键、无风感按键、低温加湿按键、无水加湿按键和高湿除霜按键中的一项或多项。
在APP开启的状态下(只要APP的进程未被杀死,都认为APP处于开启状态),用户将空气处理设备控制页卡的widget添加到桌面后,会启动APP中定义的Service,该Service将同步该空气处理设备的环境数据,同步方式可以通过每隔一定的时间从服务器获取空气处理设备的运行数据进行查询或服务器自动上报等方式。在Service获取到空气处理设备的相关数据之后,将空气处理设备的运行信息作为广播发送出去,该广播中将带上一个action标志,如action1,在AppwidgetProvider中通过onReceive(Context,
Intent)接收action为action1的广播,并且获取广播中的空气处理设备的运行信息,并将这些数据实时更新到widget界面上,以实现widget的界面更新过程。
当空气处理设备的特殊按键被点击后,可以设置向外发送一个广播,在AppwidgetProvider中通过onReceive(Context,
Intent)接收所述空气处理设备的特殊按键点击的广播,并且添加相应的逻辑。此处添加的逻辑主要是将用户的控制指令(如关机、温度升高1度、温度降低1度、开启或者关闭对应的特征功能)处理成相应的数据,并通过广播发送出去,该广播也会带上一个action标志,如action2,在Service中接收所述空气处理设备的特殊按键点击的广播,并且读取该广播中携带的控制指令(如关机、温度升高1度、温度降低1度),并编成空气处理设备的控制码,通过服务器发送给相应的空气处理设备,以实现widget控制空气处理设备的过程。
如果APP进程被杀死了,相应的Service也会被杀死,那么widget处于不可用的状态,除非重新启动APP,再次触发Service开启。
本发明提供一种空气处理设备的控制装置。
此外,请参阅图2,为实现上述目的,本发明的第一实施例提供一种空气处理设备的控制装置,所述空气处理设备包括进风口、出风口,以及连接所述进风口和所述出风口的风道,在所述风道中,设置有功能模块;所述空气处理设备包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,所述空气处理设备控制装置包括:
获取模块10,用于从服务器获取所述空气处理设备对应的特殊功能;
在本发明的技术方案中,所述空气处理设备与所述空气处理设备控制装置关联,所述空气处理设备控制装置的至少一显示界面设置有widget,该widget与服务器关联,该服务器用于存储与服务器相关联的空气处理设备的相关数据,其中服务器所存储的空气处理设备的相关数据至少包括空气处理设备新增特殊功能的相关数据。特殊功能相对常用功能而言,常用功能可以包括辅热、温度调节、常规模式等等,特殊功能包括但不限于高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
所述空气处理设备可以为空调、加湿器、除湿机、空气净化器等各种用于进行空气处理的设备。
本实施中空气处理设备的控制装置与服务器相关联,服务器与至少一空气处理设备关联,当然服务器也可以与多个空气处理设备的控制装置相关联。
空气处理设备的控制装置可以主动向服务器获取与服务器关联的空气处理设备特殊功能信息,或者服务器定时向空气处理设备的控制装置发送与服务器关联的空气处理设备的特殊功能信息。
显示模块20,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
widget(或称widget组件)包括用于显示空气处理设备运行信息的widget界面,空气调整应用将预设widget界面或控制卡页内容,经服务进程发送至widget,以供显示模块20在移动终端的显示区域显示widget界面。widget界面的界面位置、界面布局均可手机系统预先设置,也可为用户根据自己喜好自行设置。
在从服务器获取到空气处理设备的特殊功能时,widget显示界面显示与所述空气处理设备控制装置关联的空气处理设备的名称,以及控制所述空气处理设备的新增功能模块的按键,用户则可以通过widget显示界面上特殊按键对对应空气处理设备的特殊功能进行控制。当然widget还可以从服务器中获取与服务器相关联的空气处理设备的环境参数,在widget显示空气处理设备的相关参数,因此,用户从所述显示窗口即可直接获得当前环境参数和所述空气处理设备的环境数据。
在本发明的技术方案中,所述空气处理设备控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,空气处理设备的控制装置包括:获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。从而空气处理设备通过服务器获取到与空气处理设备对应的特殊按键,实现空气处理设备在添加新的特殊功能时,widget显示界面可以显示对应的特殊按键,并且无需用户每次需要查看空气处理设备而不得不频繁打开空气调整应用以查看空气调整应用采集的空气处理设备的运行信息,也避免用户因总是寻找空气调整应用的图标而浪费时间和空气处理设备,用户只需查看安装空气调整应用的移动终端桌面的widget界面,就可方便了解空气处理设备控制装置用当前绑定空气处理设备的运行情况和新增的特殊功能,并可以使用特殊功能对应的特殊按键触发空气处理设备的对应特殊功能,有效缓解了基于移动终端显示空气处理设备的运行信息操作繁琐、操作不便的技术问题。
参阅图3,基于本发明空气处理设备的控制装置上述实施例,本发明的空气处理设备控制方法的第三实施例中,空气处理设备的控制装置还包括:
服务启动模块30,用于启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;
显示模块20,还用于基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
在检测到服务进程处于关闭状态时,即在widget的服务进程被杀死,服务器与widget之间则无法进行数据传输。在服务进行开启时,无论widget是处于后台运行还是在主界面显示,服务启动模块10启动widget与该空气调整应用的服务进程(即Service),以实现widget与空气调整应用(即空气处理设备控制装置)之间的数据交互和传输,将从服务器上获取到的特殊按键传输至widget。
本实施例中显示模块基于服务进程,根据服务进程获取到的特殊按键,在widget显示界面显示与特殊功能对应的特殊按键。
参阅图4,基于本发明空气处理设备的控制装置上述实施例,本发明的空气处理设备控制方法的第四实施例中,空气处理设备的控制装置还包括:
注册模块30,用于在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
在实际使用过程中,为了满足用户越来越多需求,提高用户体验,很多空气处理设备都可以添加一种或者多种特殊功能。如果用户在空气处理设备中添加特殊功能,为了用户使用方便,本实施中在用户添加特殊功能时,可以将添加的特殊功能在服务器上进行注册,将添加的特殊功能与对应的空气处理设备关联,在注册完成后,则其他的空气处理设备的空气装置的显示模块20则可以根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
当然在使用过程中还可以在检测到空气处理设备在使用特殊功能时,生成对应特殊功能下的子控制按键。
进一步地,显示模块20还用于根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
在从服务器获取到空气处理设备中新增的功能模块之后,显示模块20根据新的功能模块,将控制空气处理设备运行信息新增功能模块的控制按键实时更新到widget界面中,以供用户基于触发控制按键控制空气处理设备中新的功能模块的调节,从而实现widget界面中对空气调整应用当前绑定空气处理设备的新增功能模块的悬浮窗口显示。当检测到空气调整应用采集的空气处理设备信息更新时或者检测到用户手动点击更新时,基于相同的过程,生成模块40将widget界面中的空气处理设备运行信息和控制按键实时刷新。从而基于本实施例方案,无需用户每次需控制空气处理设备运行信息而不得不频繁打开空气调整应用,避免浪费大量时间在空气调整应用和移动终端桌面之间切换,也避免用户因总是寻找空气调整应用的图标而浪费时间,用户只需查看移动终端桌面的widget界面或对widget界面的控制按键进行操作,就可方便对当前绑定空气处理设备进行控制,有效缓解了基于移动终端控制空气处理设备操作繁琐、操作效率低的技术问题。并且实施显示新增功能的控制按键,方便用户控制。
在本发明中,所述空气处理设备控制装置可以获取与其关联的空气处理设备的环境数据,现有技术中的空气处理设备及其控制装置无法获取环境参数,在本发明中,所述空气处理设备控制装置获取服务器中存储的信息,获取处于无风感模式的空气处理设备的环境数据。服务器可以为任意用于获取环境参数的服务器,例如,云服务器。其中,服务器可以与多个空气处理设备管理,每个空气处理设备具有唯一性ID,服务器可以通过ID区别不同的空气处理设备,并将根据ID存储数据,在空气处理设备控制装置获取数据时,则可以通过ID将对应的空气处理设备的数据发送至控制装置。需要特别说的是服务器可以同时关联多个空气处理设备,也可以关联多个空气处理设备的控制装置,多个控制装置可以同时控制同一空气处理设备。
本实施例中主要针对可扩展特殊功能的空气处理设备。从服务器中获取到对应的数据,在空气处理设备控制装置的显示界面显示特殊功能对应的特殊按键。具体实施中在服务器连接不同的空气处理设备时,由于其新增的特殊功能和数量不同,显示的按键可以不同,在更多的实施中,为了方便用户控制可以在一个widget界面中显示多个不同类型的空气处理设备的按键。当然也可以采用多个widget界面分别显示。进一步地,空气处理设备的控制装置还可以获取其位置信息,根据关联的服务器中各关联空气处理设备的位置信息,在显示界面中显示空气处理设备的控制装置附近预设范围内的空气处理设备的数据和对应的按键。
进一步地,服务器包括与之关联的空气检测设备,所述空气检测设备上可以设置湿度传感器、PM2.5检测传感器,或者其他任意的环境参数检测器件,当这些环境参数检测器件检测到相关的环境参数后,将当前的环境参数上报至服务器,服务器可以通过广播信息的方式将所述当前的环境参数更新在自己内部的页面上,以方便用户根据环境数据进行控制。
所述空气处理设备控制装置从服务器中获取当前环境参数的方式可以有多种,例如,可以通过监听服务器的广播信息,并从所述广播信息中获取当前环境参数;此外,所述空气处理设备控制装置还可以定时读取服务器的数据信息,并从所述数据信息中获取当前环境参数。
所述环境参数可以为空气湿度和PM2.5值,但所述环境参数的类型不限于此,用户需要的任意的环境参数都可以在所述显示窗口中进行显示。
所述空气处理设备控制装置上的数据可以按照预设的更新周期进行更新,此外,所述空气处理设备控制装置上的数据还可以根据用户的刷新指令进行更新。例如,所述空气处理设备控制装置上可以设置刷新按钮,当用户触摸所述刷新按钮时,触发刷新指令,所述空气处理设备控制装置根据所述刷新指令重新获取当前的环境参数,而不受限于预设的数据更新周期。
所述刷新指令的触发,并不仅限于由刷新按钮触发,也可以通过滑动操作、翻页操作,或者预设的滑动手势触发。
参阅图5,基于本发明空气处理设备的控制装置上述实施例,本发明的空气处理设备控制方法的第无实施例中,空气处理设备的控制装置还包括:
调节模块50,用于获取所述特殊按键被触控时触发的环境数据调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
本实施例中用户还可以在所述显示窗口触碰对应的按键,包括特殊按键和常规按键,触发对应的控制命令控制空气处理设备,具体地,显示与所述当前湿度参数对应的高温除湿按键,触控所述高温除湿按键,产生对应的调节命令,并将该调节命令发送至服务器,服务器在接收到调节命令时,将调节命令发送至对应的空气处理设备,从而能使与所述空气处理设备控制装置关联的空气处理设备(空调或除湿机等具备除湿功能的设备)进行高温除湿操作,当然,所述按键种类不限于高温除湿。
参阅图6,基于本发明空气处理设备的控制装置上述实施例,本发明的空气处理设备控制方法的第六实施例中,显示模块20还包括:
获取单元21,用于通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;
计算单元22,用于计算当前环境参数与所述空气处理设备的设定参数之间的差值;
生成单元23,用于根据所述差值生成对应级别的特殊按键。
为方便用户使用,本实施例中在获取到与服务器关联的空气处理设备的设定数据时,计算从服务器获取到的空气处理设备的设定参数与当前环境参数之间的差值,当然也可以计算当前环境参数与从服务器获取到的空气处理设备的环境参数之间的差值。根据计算获得的差值确定采用对应级别的无风感控件,在widget界面显示对级别的特殊按键,其中不同级别的特殊按键代表的控制梯度不同,需要特别说明的是差值可以区分正负,差值为正时,则差值越大对应的级别越高,差值为负时,则差值越小对应的级别越高。当然也可以获取差值的绝对值,此时则差值的绝对值越大,对应的级别越高。
进一步地,如果将多个空气处理设备在一个widget界面进行显示,受限于所述显示窗口的显示面积,用户可能并不需要将获取到的全部环境参数显示在所述显示窗口中。
可以为每一项环境参数预设相应的环境参数阈值,所述环境参数阈值可以为上限值和/或下限值,所述当前环境参数超出所述环境参数阈值,可以是大于或等于上限值,也可以是小于或等于下限值。当所述当前环境参数超出所述环境参数阈值时,则认为所述当前环境参数不合格;反之,认为所述当前环境参数合格。
在本实施例中,仅需要在所述当前环境参数不合格的情况下进行所述当前环境参数的显示,以避免所述显示窗口中的显示内容过多导致显示不便,或者显示信息字号太小导致的用户查看不便。
例如,预设的空气湿度下限值为45%,预设的空气湿度上限值为65%,当获取的当前空气湿度为70%时,则认为当前空气湿度大于预设的上限值,此时,可以将当前空气湿度参数70%显示在所述显示窗口。
再如,当获取的当前空气湿度为50%时,则认为当前空气湿度合格,此时,不在所述显示窗口中显示当前空气湿度参数。
当然,对每一项环境参数并不是需要同时预设上限值和下限值,可以只设置上限值,或只设置下限值,例如,用户可以只关心当前的PM2.5值是否超过预设的上限值,此时,可以只设置该项环境参数的上限值。
除此之外,所述空气处理设备控制装置还可以获取全部的当前环境参数,并仅对不合格的环境参数进行默认显示,用户如果需要查看其他的当前环境参数,可以在所述显示窗口中通过滑动操作、翻页操作或预设的滑动手势进行切换显示。
请参阅图7,为实现上述目的,本发明的第一实施例提供一种空气处理设备控制方法,应用于空气处理设备控制装置,所述空气处理设备包括进风口、出风口,以及连接所述进风口和所述出风口的风道,在所述风道中,设置有功能模块;所述空气处理设备与所述空气处理设备控制装置关联,所述空气处理设备控制装置包括显示窗口,所述显示窗口用于显示与所述空气处理设备控制装置关联的空气处理设备的环境数据,所述空气处理设备控制方法包括如下步骤:
步骤S10,从服务器获取所述空气处理设备对应的特殊功能;
在本发明的技术方案中,所述空气处理设备与所述空气处理设备控制装置关联,所述空气处理设备控制装置的至少一显示界面设置有widget,该widget与服务器关联,该服务器用于存储与服务器相关联的空气处理设备的相关数据,其中服务器所存储的空气处理设备的相关数据至少包括空气处理设备新增特殊功能的相关数据。特殊功能相对常用功能而言,常用功能可以包括辅热、温度调节、常规模式等等,特殊功能包括但不限于高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
所述空气处理设备可以为空调、加湿器、除湿机、空气净化器等各种用于进行空气处理的设备。
本实施中空气处理设备的控制装置与服务器相关联,服务器与至少一空气处理设备关联,当然服务器也可以与多个空气处理设备的控制装置相关联。
空气处理设备的控制装置可以主动向服务器获取与服务器关联的空气处理设备特殊功能信息,或者服务器定时向空气处理设备的控制装置发送与服务器关联的空气处理设备的特殊功能信息。
步骤S20,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
widget(或称widget组件)包括用于显示空气处理设备运行信息的widget界面,空气调整应用将预设widget界面或控制卡页内容,经服务进程发送至widget,以供显示模块20在移动终端的显示区域显示widget界面。widget界面的界面位置、界面布局均可手机系统预先设置,也可为用户根据自己喜好自行设置。
在从服务器获取到空气处理设备的特殊功能时,widget显示界面显示与所述空气处理设备控制装置关联的空气处理设备的名称,以及控制所述空气处理设备的新增功能模块的按键,用户则可以通过widget显示界面上特殊按键对对应空气处理设备的特殊功能进行控制。当然widget还可以从服务器中获取与服务器相关联的空气处理设备的环境参数,在widget显示空气处理设备的相关参数,因此,用户从所述显示窗口即可直接获得当前环境参数和所述空气处理设备的环境数据。
在本发明的技术方案中,所述空气处理设备控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,空气处理设备的控制装置包括:获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。从而空气处理设备通过服务器获取到与空气处理设备对应的特殊按键,实现空气处理设备在添加新的特殊功能时,widget显示界面可以显示对应的特殊按键,并且无需用户每次需要查看空气处理设备而不得不频繁打开空气调整应用以查看空气调整应用采集的空气处理设备的运行信息,也避免用户因总是寻找空气调整应用的图标而浪费时间和空气处理设备,用户只需查看安装空气调整应用的移动终端桌面的widget界面,就可方便了解空气处理设备控制装置用当前绑定空气处理设备的运行情况和新增的特殊功能,并可以使用特殊功能对应的特殊按键触发空气处理设备的对应特殊功能,有效缓解了基于移动终端显示空气处理设备的运行信息操作繁琐、操作不便的技术问题。
请参阅图8,基于本发明的空气处理设备控制方法的第一实施例,本发明的空气处理设备控制方法的第二实施例中,该空气处理设备的控制方法包括:
步骤S30,启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;
步骤S20包括:基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
在检测到服务进程处于关闭状态时,即在widget的服务进程被杀死,服务器与widget之间则无法进行数据传输。在服务进行开启时,无论widget是处于后台运行还是在主界面显示,服务启动模块10启动widget与该空气调整应用的服务进程(即Service),以实现widget与空气调整应用(即空气处理设备控制装置)之间的数据交互和传输,将从服务器上获取到的特殊按键传输至widget。
本实施例中显示模块基于服务进程,根据服务进程获取到的特殊按键,在widget显示界面显示与特殊功能对应的特殊按键。
请参阅图9,基于本发明的空气处理设备控制方法的上述实施例,本发明的空气处理设备控制方法的第三实施例中,该空气处理设备的控制方法还包括:
步骤S40,在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
在实际使用过程中,为了满足用户越来越多需求,提高用户体验,很多空气处理设备都可以添加一种或者多种特殊功能。如果用户在空气处理设备中添加特殊功能,为了用户使用方便,本实施中在用户添加特殊功能时,可以将添加的特殊功能在服务器上进行注册,将添加的特殊功能与对应的空气处理设备关联,在注册完成后,则其他的空气处理设备的空气装置的显示模块20则可以根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
当然在使用过程中还可以在检测到空气处理设备在使用特殊功能时,生成对应特殊功能下的子控制按键。
进一步地,步骤S20可以包括:根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
在从服务器获取到空气处理设备中新增的功能模块之后,显示模块20根据新的功能模块,将控制空气处理设备运行信息新增功能模块的控制按键实时更新到widget界面中,以供用户基于触发控制按键控制空气处理设备中新的功能模块的调节,从而实现widget界面中对空气调整应用当前绑定空气处理设备的新增功能模块的悬浮窗口显示。当检测到空气调整应用采集的空气处理设备信息更新时或者检测到用户手动点击更新时,基于相同的过程,生成模块40将widget界面中的空气处理设备运行信息和控制按键实时刷新。从而基于本实施例方案,无需用户每次需控制空气处理设备运行信息而不得不频繁打开空气调整应用,避免浪费大量时间在空气调整应用和移动终端桌面之间切换,也避免用户因总是寻找空气调整应用的图标而浪费时间,用户只需查看移动终端桌面的widget界面或对widget界面的控制按键进行操作,就可方便对当前绑定空气处理设备进行控制,有效缓解了基于移动终端控制空气处理设备操作繁琐、操作效率低的技术问题。并且实施显示新增功能的控制按键,方便用户控制。
在本发明中,所述空气处理设备控制装置可以获取与其关联的空气处理设备的环境数据,现有技术中的空气处理设备及其控制装置无法获取环境参数,在本发明中,所述空气处理设备控制装置获取服务器中存储的信息,获取处于无风感模式的空气处理设备的环境数据。服务器可以为任意用于获取环境参数的服务器,例如,云服务器。其中,服务器可以与多个空气处理设备管理,每个空气处理设备具有唯一性ID,服务器可以通过ID区别不同的空气处理设备,并将根据ID存储数据,在空气处理设备控制装置获取数据时,则可以通过ID将对应的空气处理设备的数据发送至控制装置。需要特别说的是服务器可以同时关联多个空气处理设备,也可以关联多个空气处理设备的控制装置,多个控制装置可以同时控制同一空气处理设备。
本实施例中主要针对可扩展特殊功能的空气处理设备。从服务器中获取到对应的数据,在空气处理设备控制装置的显示界面显示特殊功能对应的特殊按键。具体实施中在服务器连接不同的空气处理设备时,由于其新增的特殊功能和数量不同,显示的按键可以不同,在更多的实施中,为了方便用户控制可以在一个widget界面中显示多个不同类型的空气处理设备的按键。当然也可以采用多个widget界面分别显示。进一步地,空气处理设备的控制装置还可以获取其位置信息,根据关联的服务器中各关联空气处理设备的位置信息,在显示界面中显示空气处理设备的控制装置附近预设范围内的空气处理设备的数据和对应的按键。
进一步地,服务器包括与之关联的空气检测设备,所述空气检测设备上可以设置湿度传感器、PM2.5检测传感器,或者其他任意的环境参数检测器件,当这些环境参数检测器件检测到相关的环境参数后,将当前的环境参数上报至服务器,服务器可以通过广播信息的方式将所述当前的环境参数更新在自己内部的页面上,以方便用户根据环境数据进行控制。
所述空气处理设备控制装置从服务器中获取当前环境参数的方式可以有多种,例如,可以通过监听服务器的广播信息,并从所述广播信息中获取当前环境参数;此外,所述空气处理设备控制装置还可以定时读取服务器的数据信息,并从所述数据信息中获取当前环境参数。
所述环境参数可以为空气湿度和PM2.5值,但所述环境参数的类型不限于此,用户需要的任意的环境参数都可以在所述显示窗口中进行显示。
所述空气处理设备控制装置上的数据可以按照预设的更新周期进行更新,此外,所述空气处理设备控制装置上的数据还可以根据用户的刷新指令进行更新。例如,所述空气处理设备控制装置上可以设置刷新按钮,当用户触摸所述刷新按钮时,触发刷新指令,所述空气处理设备控制装置根据所述刷新指令重新获取当前的环境参数,而不受限于预设的数据更新周期。
所述刷新指令的触发,并不仅限于由刷新按钮触发,也可以通过滑动操作、翻页操作,或者预设的滑动手势触发。
参阅图10,基于本发明的空气处理设备控制方法的上述实施例,本发明的空气处理设备控制方法的第四实施例中,该空气处理设备的控制方法还包括:
步骤S50:获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
本实施例中用户还可以在所述显示窗口触碰对应的按键,包括特殊按键和常规按键,触发对应的控制命令控制空气处理设备,具体地,显示与所述当前湿度参数对应的高温除湿按键,触控所述高温除湿按键,产生对应的调节命令,并将该调节命令发送至服务器,服务器在接收到调节命令时,将调节命令发送至对应的空气处理设备,从而能使与所述空气处理设备控制装置关联的空气处理设备(空调或除湿机等具备除湿功能的设备)进行高温除湿操作,当然,所述按键种类不限于高温除湿。
请参阅图11,基于本发明的空气处理设备控制方法的上述实施例,本发明的空气处理设备控制方法的第五实施例中,步骤S20还包括:
步骤S21,通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;
步骤S22,计算当前环境参数与所述空气处理设备的设定参数之间的差值;
步骤S23,根据所述差值显示对应级别的特殊按键。
为方便用户使用,本实施例中在获取到与服务器关联的空气处理设备的设定数据时,计算从服务器获取到的空气处理设备的设定参数与当前环境参数之间的差值,当然也可以计算当前环境参数与从服务器获取到的空气处理设备的环境参数之间的差值。根据计算获得的差值确定采用对应级别的无风感控件,在widget界面显示对级别的特殊按键,其中不同级别的特殊按键代表的控制梯度不同,需要特别说明的是差值可以区分正负,差值为正时,则差值越大对应的级别越高,差值为负时,则差值越小对应的级别越高。当然也可以获取差值的绝对值,此时则差值的绝对值越大,对应的级别越高。
进一步地,如果将多个空气处理设备在一个widget界面进行显示,受限于所述显示窗口的显示面积,用户可能并不需要将获取到的全部环境参数显示在所述显示窗口中。
可以为每一项环境参数预设相应的环境参数阈值,所述环境参数阈值可以为上限值和/或下限值,所述当前环境参数超出所述环境参数阈值,可以是大于或等于上限值,也可以是小于或等于下限值。当所述当前环境参数超出所述环境参数阈值时,则认为所述当前环境参数不合格;反之,认为所述当前环境参数合格。
在本实施例中,仅需要在所述当前环境参数不合格的情况下进行所述当前环境参数的显示,以避免所述显示窗口中的显示内容过多导致显示不便,或者显示信息字号太小导致的用户查看不便。
例如,预设的空气湿度下限值为45%,预设的空气湿度上限值为65%,当获取的当前空气湿度为70%时,则认为当前空气湿度大于预设的上限值,此时,可以将当前空气湿度参数70%显示在所述显示窗口。
再如,当获取的当前空气湿度为50%时,则认为当前空气湿度合格,此时,不在所述显示窗口中显示当前空气湿度参数。
当然,对每一项环境参数并不是需要同时预设上限值和下限值,可以只设置上限值,或只设置下限值,例如,用户可以只关心当前的PM2.5值是否超过预设的上限值,此时,可以只设置该项环境参数的上限值。
除此之外,所述空气处理设备控制装置还可以获取全部的当前环境参数,并仅对不合格的环境参数进行默认显示,用户如果需要查看其他的当前环境参数,可以在所述显示窗口中通过滑动操作、翻页操作或预设的滑动手势进行切换显示。
本发明还提供一种空气处理设备控制系统,包括空气处理设备、服务器和上述实施例中所述的空气处理设备控制装置,所述空气处理设备控制装置通过所述服务器与所述空气处理设备关联;所述显示窗口显示所述空气处理设备处于无风感模式的特殊按键和环境数据。
所述空气处理设备控制装置设置于移动终端,所述移动终端通过服务器与空气处理设备发生数据交互。当然移动终端也可以直接与空气处理设备发生数据交互。
所述空气处理设备控制装置通过所述服务器读取所述当前环境参数,所述服务器接收所述空气处理设备控制装置发送的控制指令,并将所述控制指令发送给所述空气处理设备。
以上仅为本发明的优选实施例,并非因此限制本发明的专利范围,凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换,或直接或间接运用在其他相关的技术领域,均同理包括在本发明的专利保护范围内。
Claims (18)
- 一种空气处理设备的控制装置,其特征在于,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,所述空气处理设备的控制装置包括:获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
- 如权利要求1所述的空气处理设备的控制装置,其特征在于,所述空气处理设备控制装置还包括:服务启动模块,用于启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;所述显示模块,还用于基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
- 如权利要求1所述的空气处理设备的控制装置,其特征在于,所述空气处理设备控制装置还包括:注册模块,用于在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
- 如权利要求3所述的空气处理设备的控制装置,其特征在于,所述显示模块还用于根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
- 如权利要求1-4中任一项所述的空气处理设备的控制装置,其特征在于,所述空气处理设备的控制装置,还包括:调节模块,用于获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
- 如权利要求4所述的空气处理设备的控制装置,其特征在于,所述显示模块包括:获取单元,用于通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;计算单元,用于计算当前环境参数与所述空气处理设备的设定参数之间的差值;生成单元,用于根据所述差值生成对应级别的特殊按键。
- 一种空气处理设备的控制方法,其特征在于,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制方法的应用载体包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联,所述空气处理设备的控制方法包括如下步骤:从服务器获取所述空气处理设备对应的特殊功能;在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
- 如权利要求7所述的空气处理设备的控制方法,其特征在于,所述从服务器获取所述空气处理设备对应的特殊功能之前包括:启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤包括:基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
- 如权利要求7所述的空气处理设备的控制方法,其特征在于,所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤之前还包括:在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
- 如权利要求9所述的空气处理设备的控制方法,其特征在于,所述在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键的步骤包括:根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
- 如权利要求7-10中任一项所述的空气处理设备的控制方法,其特征在于,所述空气处理设备的控制方法还包括:获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
- 如权利要求10所述的空气处理设备的控制方法,其特征在于,所述根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,包括:通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;计算当前环境参数与所述空气处理设备的设定参数之间的差值;根据所述差值生成对应级别的特殊按键。
- 一种空气处理设备控制系统,其特征在于,包括空气处理设备、服务器和所述空气处理设备的控制装置,所述空气处理设备包括进风口、出风口,以及连接进风口和出风口的风道,在该风道中设置有功能模块;所述空气处理设备的控制装置包括widget显示界面,且所述空气处理设备的控制装置与所述空气处理装置相关联;所述空气处理设备的控制装置包括:获取模块,用于从服务器获取所述空气处理设备对应的特殊功能;显示模块,用于在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键,且该特殊按键可以触发所述空气处理设备的对应特殊功能。
- 如权利要求13所述的空气处理设备控制系统,其特征在于,所述空气处理设备控制装置还包括:服务启动模块,用于启动负责传输空气处理设备控制装置与widget之间交互数据的服务进程;所述显示模块,还用于基于服务进程,在所述widget显示界面显示所述空气处理设备的名称及与所述特殊功能对应的特殊按键。
- 如权利要求13所述的空气处理设备控制系统,其特征在于,所述空气处理设备控制装置还包括:注册模块,用于在所述空气处理设备添加特殊功能时,在所述服务器上对添加的特殊功能进行注册,以供所述widget根据注册信息生成对应的特殊按键。
- 如权利要求15所述的空气处理设备控制系统,其特征在于,所述显示模块还用于根据从服务器获取到的所述空气处理设备对应的特殊功能的注册信息,在widget界面中生成对应的特殊按键,其中特殊功能包括高温除湿、无风感、低温加湿、无水加湿和高湿除霜中的一项或多项。
- 如权利要求13-16中任一项所述的空气处理设备控制系统,其特征在于,所述空气处理设备的控制装置,还包括:调节模块,用于获取所述特殊按键被触控时触发的调节指令,并根据所述调节指令,向所述服务器发送控制信号,以使得所述服务器将所述控制信号发送至对应的空气处理设备。
- 如权利要求17所述的空气处理设备控制系统,其特征在于,所述显示模块包括:获取单元,用于通过所述服务器获取与所述服务器关联的空气处理设备的设定参数;计算单元,用于计算当前环境参数与所述空气处理设备的设定参数之间的差值;生成单元,用于根据所述差值生成对应级别的特殊按键。
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