CN106292407A - Built-in graphic user interface is described in the autocontrol method of Internet of things device - Google Patents
Built-in graphic user interface is described in the autocontrol method of Internet of things device Download PDFInfo
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- CN106292407A CN106292407A CN201510295275.7A CN201510295275A CN106292407A CN 106292407 A CN106292407 A CN 106292407A CN 201510295275 A CN201510295275 A CN 201510295275A CN 106292407 A CN106292407 A CN 106292407A
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- internet
- things
- graphic user
- user interface
- control
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
Abstract
The invention discloses a kind of built-in graphic user interface and be described in the autocontrol method of Internet of things device, the method controls device by least one Internet of things device and one and performs, wherein, this Internet of things device at least includes that graphic user interface describes, identifies description and control to describe；This control device includes screen, transceiver and controller；Graphic user interface description etc. is transferred to control device by this Internet of Things by this Internet of things device, control device to be shown on screen by the gui component corresponding to the description of this graphic user interface, the integration automatically controlled so can be made to be easier to, completely dispense with the program writing the graphic user interface controlling Internet of things device in advance, by Internet of things device, this control device is informed in the description of this graphic user interface, the graphic user interface of Internet of things device can be set up, reach quickly to set up graphic user interface and the lower purpose of cost.
Description
Technical field
The present invention, about the autocontrol method of a kind of Internet of things device, particularly relates in one
Build graphic user interface and be described in the autocontrol method of Internet of things device, can reach fast run-up
Vertical graphic user interface and the lower benefit of maintenance cost.
Background technology
The development of Internet of Things and Internet of things device in recent years is quite quick, and its application is such as in intelligence
In energy electrical network field, utility company can optimize electricity to family and shop；In family and
In building automation field, wired home and building can be to appointing in family or office
One device carries out centerized fusion；In assets tracking field, enterprise, hospital, factory can
Follow the trail of the position of High Value Unit, patient, vehicle etc. exactly, the most existing many intelligence
Type Internet of Things control method occurs successively (such as google thread, Apple HomeKit, high pass
The agreement of the 4 big Internet of Things alliances such as AllSeen, Intel OIC), the side described by function
Formula so that control end without in advance for controlled terminal coding, can receive by controlled terminal
The control mode passed out；This kind of new control mode is not asked with instruction mode work
Topic, if but graphically operating user interface time, then or have to control end for not
Same operation is managed to describe graphic user interface with function to apply mechanically one by one, and need to write separately
Program is to manipulate so that the design of graphic user interface is considerably complicated.
Edge this because on existing Internet of Things the predicament that runs into of GUI Design and
Not attaining preferable situation, inventor i.e. sets about researching and developing its solution, it would be desirable to exploitation
Go out that a kind of energy is more rapid sets up graphic user interface and the lower method of maintenance cost, with service
Society and promote the development of this industry, then when many design and have the generation of the present invention.
Summary of the invention
It is an object of the invention to provide a kind of built-in graphic user interface and be described in Internet of Things dress
The autocontrol method put, the method is implemented in an Internet of things system, and it can quickly be set up
The graphic user interface of Internet of things device, and make the maintenance cost of this graphic user interface more
Low.
In order to achieve the above object, the invention provides a kind of built-in graphic user interface to describe
In the autocontrol method of Internet of things device, the method passes through at least one Internet of things device and
Controlling device to perform, wherein, this at least one Internet of things device at least includes graphical user circle
Face describes, an identification describes and a control describes, and this graphic user interface describes, this identification
Describe to describe with this control and be all software program and be stored in an internal memory of this Internet of things device
In；This control device includes one first screen, a first transceiver and one first controller,
This first transceiver is electrically connected with this first controller, this first controller and this first screen
Curtain is electrically connected with；This Internet of things device by this graphic user interface describe, this identification describe and
This control describes and is transferred to this control device by this Internet of Things, and this control device is by this figure
At least one gui component corresponding to user interface description is aobvious on this first screen
Show, to facilitate, this Internet of things device is controlled.
In one embodiment of this invention, wherein this gui component be shown in this
After one screen, the first controller in this control device will be by this gui component
The information of input transfers a control information to, and this control information is passed to this first transceiver,
This control information is passed to this Internet of things device by this Internet of Things by this first transceiver, makes this
Internet of things device is controlled according to this control information.
In one embodiment of this invention, wherein the first controller in this control device is in advance
It is provided with multiple gui component, the plurality of gui component and multiple figures
User interface description has corresponding relation so that the first controller in this control device will receive
Graphic user interface describe find corresponding graphic user interface group according to this corresponding relation
Part, and this gui component is transferred to this first screen and is shown in this first screen
Curtain.
In one embodiment of this invention, wherein this control device is previously provided with multiple figure use
Family interface assembly, the plurality of gui component includes: menu bar, toolbar, life
Make button, dialog box, textbox, shift knob, tabular frame, the axis of rolling, pull-down table
Row frame, radio button, circle button, check box, calendar control, control panel, cross
Arrow key or above combination.
In one embodiment of this invention, wherein this first screen is a touch screen.
In one embodiment of this invention, wherein this control device is one the 4th Internet of things device.
In one embodiment of this invention, wherein this control device is a running gear.
In one embodiment of this invention, wherein this action device is mobile phone, notebook
Computer, tablet PC or personal digital assistant.
In order to achieve the above object, present invention also offers another kind of built-in graphic user interface
Be described in the autocontrol method of Internet of things device, the method by least one Internet of things device,
One mediating device and an actuation means perform, and wherein, this at least one Internet of things device at least wraps
Include a graphic user interface description, an identification describes and a control describes, this graphical user circle
Face describes, this identification describes to describe with this control and is all software program and is stored in this Internet of Things
In one internal memory of device；This mediating device includes a second transceiver and a second controller,
This second transceiver is electrically connected with this second controller；This actuation means includes one second screen
Curtain and one the 3rd transceiver, the 3rd transceiver is electrically connected with this second screen；This Internet of Things
This graphic user interface is described by net device, this identification describes and this control describes by this thing
Networking transport gives this mediating device, and this graphic user interface is described corresponding by this mediating device
At least one gui component be transferred to this actuation means, this actuation means is by this figure
Shape user interface components shows on this second screen, carries out this Internet of things device to facilitate
Control.
In one embodiment of this invention, wherein this gui component be shown in this
After two screens, the information inputted by this gui component is transferred to by this actuation means
One controls information, and this control information is passed to the 3rd transceiver, and the 3rd transceiver will
This control information passes to this second transceiver, this second transceiver by this Internet of Things by this control
Information processed passes to this Internet of things device, makes this Internet of things device controlled according to this control information
System.
In one embodiment of this invention, wherein this mediating device is previously provided with multiple figure use
Family interface assembly, the plurality of gui component describes with multiple graphic user interfaces to be had
Corresponding relation so that the graphic user interface received can be described according to this by this mediating device
Corresponding relation finds corresponding gui component.
In one embodiment of this invention, wherein this mediating device is previously provided with multiple figure use
Family interface assembly, the plurality of gui component includes: menu bar, toolbar, life
Make button, dialog box, textbox, shift knob, tabular frame, the axis of rolling, pull-down table
Row frame, radio button, circle button, check box, calendar control, control panel, cross
Arrow key or above combination.
In one embodiment of this invention, wherein this mediating device be a gateway, router,
Exchanger or Wireless Router.
In one embodiment of this invention, wherein this second screen is a touch screen.
In one embodiment of this invention, wherein this actuation means is one the 5th Internet of things device.
In one embodiment of this invention, wherein this actuation means is a running gear.
In one embodiment of this invention, wherein this action device is mobile phone, notebook
Computer, tablet PC or personal digital assistant.
By making auditor that the technical characteristic of the present invention and effect of being reached more to be had further
Understand and understanding, sincerely help graphic with preferred embodiment and coordinate detailed description, illustrating such as
Rear:
Accompanying drawing explanation
Fig. 1 is first embodiment of the invention configuration diagram；
Fig. 2 A, Fig. 2 B, Fig. 2 C are that the present invention is using bulb as the schematic diagram of Internet of things device；
Fig. 3 A, Fig. 3 B, Fig. 3 C are that the present invention is using robot as the signal of Internet of things device
Figure；
Fig. 4 is second embodiment of the invention configuration diagram.
Description of reference numerals: 20-Internet of things device；22-graphic user interface describes；24-knows
Do not describe；26-controls to describe；30-controls device；32-the first screen；34-first transceiver；
36-the first controller；50-mediating device；52-second transceiver；54-second controller；60-
Actuation means；62-the second screen；64-the 3rd transceiver.
Detailed description of the invention
Be illustrated in figure 1 the built-in graphic user interface of the present invention be described in Internet of things device from
The first embodiment of flowing control method, this built-in graphic user interface is described in Internet of things device
Autocontrol method be implemented in an Internet of Things (Internet of Things, be abbreviated as IoT) and be
In system, including:
At least one Internet of things device 20, it at least includes a graphic user interface (Graphic
User Interface, is abbreviated as GUI) 22, one identification description 24 and a control description is described
26, this graphic user interface describes 22, this identification describes 24 and describes 26 with this control and be all
Software program (not shown) in being stored in an internal memory of this Internet of things device 20；
One controls device 30, and this control device 30 includes that one first screen 32,1 first is received
Send out device 34 and one first controller 36, this first transceiver 34 and this first controller 36
Being electrically connected with, this first controller 36 is electrically connected with this first screen 32；
This graphic user interface is described 22 by this Internet of things device 20, this identification describe 24 and
This control describes 26 and is transferred to this control device 30 by this Internet of Things, this control device 30
This graphic user interface is described at least one gui component corresponding to 22 at this
Show on first screen 32, to facilitate, this Internet of things device 20 is controlled.
Wherein, preceding interconnection device 20 refers to have an addressable interface (such as near-field communication
(NFC) ID, Internet Protocol (IP) address, bluetooth identifier (ID) etc.) and can be wired via one
Or wireless connections transmission information to any device of one or more other devices (such as sensor, electricity
Device etc.)；Internet of things device 20 can have a passive communication interface and (such as NFC label, quickly ring
Should (QR) code, RF identification (RFID) label etc.) or an active communication interface (such as transceiver, tune
Modulator-demodulator etc.)；Therefore, Internet of things device 20 can include, but is not limited to: refrigerator, baking box,
Baking oven, microwave oven, refrigerator, dish-washing machine, tableware, hand tools, washing machine, drying
Machine, stove, air-conditioner, TV, light fixture, vacuum cleaner, water sprinkler etc., as long as device is joined
Having the addressable communications interface once communicating with Internet of Things can；Certainly, Internet of things device 20
Also desktop computer, notebook computer, tablet PC, mobile phone, individual can be included
Digital assistants (PDA) etc..
Wherein, aforesaid graphic user interface describes 22, identifies that describing 24 describes with control
In 26 internal memories being stored in this Internet of things device 20, the type of this internal memory is the most unrestricted, as
Flash memory, firmware, EEPROM (Electrically-Erasable
Programmable Read-Only Memory, writes a Chinese character in simplified form EEPROM), random access memory
(Random Access Memory, write a Chinese character in simplified form RAM), hard disk, disk, disc etc. are all
Can.
Fig. 1 connects by 3 Internet of things devices 20 and illustrates as a example by a control device 30, real
On border, the quantity of this Internet of things device 20 in the present invention is the most unrestricted, and this Internet of Things
On-line mode the most unrestricted in the present invention.
As shown in Figure 1, Figure 2 shown in A, Fig. 2 B, Fig. 2 C, using a bulb as Internet of things device
Illustrating as a example by 20, the identification of this bulb describes 24 and includes: the content of " Name:bulb ",
Its objective is to make this control device 30 can identify this Internet of things device 20 according to this；This control is retouched
State 26 to include: the content of " Function:power on/off ", its objective is to make this control
This Internet of things device 20 can be controlled by device 30 according to this；This graphic user interface describes
22 include:
" GUI:Button:up=on:down=off
GUI:text:Bulb switch "
Content, its objective is to make this control device 30 can find out it according to this corresponding at least
One gui component, is then transferred to this first screen 32 and is shown in the first screen
32, in order to utilize the gui component that family shows on this first screen 32 to this thing
Interconnection device 20 is controlled.
With for this example, when this Internet of things device 20 bulb the most not with this control device 30
Before work, this Internet of things device 20 bulb can transmit include graphic user interface describe 22,
The following information such as description 24 and control description 26 that identifies, to this control device 30, notifies this control
The control mode of device 30 processed self and the graphic user interface that operation is provided:
" Name:bulb
Function:power on/off
GUI:Button:up=on:down=off
GUI:text:Bulb switch "
Before this control device 30 is linked up with this Internet of things device 20 bulb, at this
First screen 32 does not haves the control figure of graphic user interface, as shown in Figure 2 B；?
This control device 30 receives the control of this Internet of things device 20 bulb notice and describes 26 (self
The information of function) describe 22 with graphic user interface, and select to want at this control device 30
After manipulating this Internet of things device 20 bulb, then can depict button at this first screen 32
Control pattern, and the Graph Control interface of associativity, such as descriptive text: Bulb
Switch etc., as shown in Figure 2 C, show during to facilitate user according to this on this first screen
User interface this Internet of things device 20 is controlled.
Now, when user is in a button press, this control device 30 can transmit one similar with
Lower information gives this Internet of things device 20 bulb, makes this Internet of things device 20 bulb open shinny:
" Name:bulb
Command:on "
Then, when user is then at this button press, then this control device 30 can transmit one
Similar following information gives this Internet of things device 20 bulb, makes this Internet of things device 20 bulb close
Close shinny:
" Name:bulb
Command:off "
Further illustrate, referring again to Fig. 1, wherein show in this gui component
After this first screen 32, the first controller 36 in this control device 30 will be by this figure
The information of shape user interface components input transfers a control information to, and this control information is passed to
This first transceiver 34, this control information is passed by this first transceiver 34 by this Internet of Things
To this Internet of things device 20, this Internet of things device 20 is made to be controlled according to this control information.
Wherein, the first controller 36 in this control device 30 is previously provided with multiple figure use
Family interface assembly, the plurality of gui component and multiple graphic user interfaces describe 22
There is corresponding relation so that the figure that the first controller 36 in this control device 30 can will receive
Shape user interface description 22 finds corresponding graphic user interface group according to this corresponding relation
Part, and this gui component is transferred to this first screen 32 and be shown in this first
Screen 32.
Wherein, this control device 30 is previously provided with multiple gui component, the plurality of
Gui component includes following assembly, but is not limited with following assembly: menu bar
(menu bar), toolbar (toolbar), order button (command button), dialog box
(dialog box), textbox (text box), shift knob (toggle button), tabular frame (list
Box), the axis of rolling (scroll bar), pull-down tabular frame (drop-down list box), single choice
Button (option button), circle button (radio button), check box (check box),
Calendar controls (calendar control), control panel (switchboard), crisscross arrows key
(cross direction button) or above combination；Consequently, it is possible to about this Internet of things device
The GUI Design of 20, as long as selecting corresponding graphic user interface to describe 22
Being located at this Internet of things device 20, the figure that can quickly set up this Internet of things device 20 is used
Interface, family.
Wherein, this first screen 32 can be a touch screen, so can allow user more easily
Manipulation graphic user interface.
Wherein, this control device 30 is one the 4th Internet of things device, that is, this control device
30 can present with the Internet of things device of any kenel, it is not necessary to must arrange an exclusive device.
Wherein, this control device 30 can be a running gear, and this action device can be mobile electricity
Words, notebook computer, tablet PC or personal digital assistant.
As a example by again using a robot as Internet of things device 20 illustrate, as Fig. 3 A, Fig. 3 B,
Shown in Fig. 3 C, the identification of this robot describes 24 and includes: " Name: robot " interior
Holding, this Internet of things device 20 is machine to its objective is to make this control device 30 to identify according to this
People；This control describes 26 and includes: the content of " Function: advance, jump, squat down ",
Its objective is to make this control device 30 according to this this Internet of things device 20 to be controlled；Should
Graphic user interface describes 22 and includes:
" the crisscross arrows key of GUI: direct of travel "
Content, its objective is to make this control device 30 can find out it according to this corresponding at least
One gui component is transferred to this first screen 32 and is shown in the first screen 32,
So that this Internet of Things is filled by the graphic user interface utilizing family to show on this first screen 32
Put 20 to be controlled.
With for this example, when this Internet of things device 20 robot the most not with this control device
Before 30 work, this interconnection device 20 robot can transmit and include that graphic user interface describes
22, identify description 24, control the following information such as description 26 to this control device 30, notice
The control mode of this control device 30 self and the graphic user interface that operation is provided:
" Name: robot
Function: advance, jump, squat down
The crisscross arrows key of GUI: direct of travel "
Before this control device 30 is linked up with this Internet of things device 20 robot,
This first screen 32 does not haves the control figure of graphic user interface, as shown in Figure 3 B；
The control receiving this Internet of things device 20 robot notice at this control device 30 describes 26
(information of self function) and graphic user interface describe 22, and select at this control device 30
Select after manipulating this Internet of things device 20 robot, then can describe at this first screen 32
Go out the control pattern of crisscross arrows key, as shown in Figure 3 C, at this during to facilitate user according to this
On first screen 32, this Internet of things device 20 robot is controlled by the user interface of display.
Be illustrated in figure 4 the built-in graphic user interface of the present invention be described in Internet of things device from
Second embodiment of flowing control method, this built-in graphic user interface is described in Internet of things device
Autocontrol method be implemented in an Internet of Things (Internet of Things, be abbreviated as IoT) and be
In system, include:
At least one Internet of things device 20, it at least includes that a graphic user interface describes 22, one
Identifying that describing 24 and one controls description 26, this graphic user interface describes 22, this identification is retouched
State 24 to describe 26 and be all software program with this control and be stored in the one of this Internet of things device 20
(not shown) in internal memory；
One mediating device 50, this mediating device 50 includes a second transceiver 52 and one second
Controller 54, this second transceiver 52 is electrically connected with this second controller 54；
One actuation means 60, this actuation means 60 includes one second screen 62 and one the 3rd receipts
Sending out device 64, the 3rd transceiver 64 is electrically connected with this second screen 62；
This graphic user interface is described 22 by this Internet of things device 20, this identification describes 24 and
This control describes 26 and is transferred to this mediating device 50 by this Internet of Things, this mediating device 50
This graphic user interface is described at least one gui component transmission corresponding to 22
To this actuation means 60, this actuation means 60 by gui component at this second screen
Show on curtain 62, to facilitate, this Internet of things device 20 is controlled.
Wherein, aforesaid graphic user interface describes 22, identifies that describing 24 describes with control
26 is stored in this internal memory of this Internet of things device 20, and the type of this internal memory is the most unrestricted,
Such as flash memory, firmware, EEPROM (Electrically-Erasable
Programmable Read-Only Memory, writes a Chinese character in simplified form EEPROM), random access memory
(Random Access Memory, write a Chinese character in simplified form RAM), hard disk, disk, disc etc. are all
Can.
Further illustrate, be wherein shown in this second screen 62 in this gui component
After, this actuation means 60 transfers the information inputted by this gui component to a control
Information processed, and this control information is passed to the 3rd transceiver 64, the 3rd transceiver 64
This control information is passed to the second transceiver 52 in this mediating device 50, this second transmitting-receiving
This control information is passed to this Internet of things device 20 by this Internet of Things by device 52, makes this Internet of Things
Net device 20 is controlled according to this control information.
Wherein, this mediating device 50 is previously provided with multiple gui component, the plurality of
Gui component also describes 22 with multiple graphic user interfaces and has corresponding relation so that
The graphic user interface received can be described 22 and find according to this corresponding relation by this mediating device 50
Corresponding gui component.
Wherein, this mediating device 50 is previously provided with multiple gui component, the plurality of
Gui component includes following assembly, but is not limited with following assembly: menu bar
(menu bar), toolbar (toolbar), order button (command button), dialog box
(dialog box), textbox (text box), shift knob (toggle button), tabular frame (list
Box), the axis of rolling (scroll bar), pull-down tabular frame (drop-down list box), single choice
Button (option button), circle button (radio button), check box (check box),
Calendar controls (calendar control), control panel (switchboard), crisscross arrows key
(cross direction button) or above combination；Consequently, it is possible to about this Internet of things device
The GUI Design of 20, as long as selecting corresponding graphic user interface to describe 22
Being located at this Internet of things device 20, the figure that can quickly set up this Internet of things device 20 is used
Interface, family.
Wherein, this mediating device 50 can be a gateway, router, exchanger or Wireless Router,
Make this mediating device 50 can have the function of other devices concurrently.
Wherein, this second screen 62 can be a touch screen, so can allow user more easily
Manipulation graphic user interface.
Wherein, this actuation means 60 is one the 5th Internet of things device, that is, this actuation means
60 can present with the Internet of things device of any kenel, it is not necessary to must arrange an exclusive device.
Wherein, this actuation means 60 can be a running gear, and this action device can be mobile electricity
Words, notebook computer, tablet PC or personal digital assistant.
The built-in graphic user interface that the present invention provides is described in automatically controlling of Internet of things device
Method, makes the integration automatically controlled be easier to, controls device 30 or mediating device 50 whole
Close control multiple pattern Internet of things device 20 time, can completely dispense with write in advance control should
Deng the graphical user interface program of Internet of things device 20, completely by Internet of things device 20 with this
Graphic user interface describes 22 and informs this control device 30 or mediating device 50, makes this control
Device 30 or mediating device 50 can quickly set up the graphic user interface being shown in screen, use
Family can complete to automatically control more easily, this case graphic user interface to Internet of things device 20
More rapid foundation and the lower purpose of cost can be reached.
The present invention is described in more detail by above-mentioned preferred embodiment, but the present invention
It is not limited to above-mentioned institute illustrative example, all in technological thought scope disclosed by the invention
In, such structure is made various changes and modifies still belong to protection scope of the present invention.
Claims (17)
1. built-in graphic user interface is described in an autocontrol method for Internet of things device,
The method is implemented in an Internet of things system, it is characterised in that the method passes through at least one thing
Interconnection device and one controls device and performs, wherein:
This at least one Internet of things device at least includes that a graphic user interface describes, an identification is retouched
State and describe and this control description with a control description, the description of this graphic user interface, this identification
In being all software program and being stored in an internal memory of this Internet of things device；
This control device includes one first screen, a first transceiver and one first controller,
This first transceiver is electrically connected with this first controller, this first controller and this first screen
Curtain is electrically connected with；
This graphic user interface is described by this Internet of things device, this identification describes and this control is retouched
Stating and be transferred to this control device by this Internet of Things, this control device is by this graphic user interface
At least one gui component corresponding to description shows on this first screen, with side
Just this Internet of things device is controlled.
Built-in graphic user interface the most according to claim 1 is described in Internet of things device
Autocontrol method, it is characterised in that this gui component be shown in this first
After screen, the first controller in this control device will be defeated by this gui component
The information entered transfers a control information to, and this control information is passed to this first transceiver, should
This control information is passed to this Internet of things device by this Internet of Things by first transceiver, makes this thing
Interconnection device is controlled according to this control information.
Built-in graphic user interface the most according to claim 1 is described in Internet of things device
Autocontrol method, it is characterised in that the first controller in this control device sets in advance
Multiple gui component, the plurality of gui component is had to use with multiple figures
Family interface description has corresponding relation so that the first controller in this control device will receive
Graphic user interface describes and finds corresponding graphic user interface group according to this corresponding relation
Part, and this gui component is transferred to this first screen and is shown in this first screen
Curtain.
Built-in graphic user interface the most according to claim 3 is described in Internet of things device
Autocontrol method, it is characterised in that this control device is previously provided with multiple graphical user
Interface assembly, the plurality of gui component includes: menu bar, toolbar, order
Button, dialog box, textbox, shift knob, tabular frame, the axis of rolling, pull-down tabular
Frame, radio button, circle button, check box, calendar control, control panel, cross arrow
Head key or above combination.
Built-in graphic user interface the most according to claim 1 is described in Internet of things device
Autocontrol method, it is characterised in that this first screen is a touch screen.
Built-in graphic user interface the most according to claim 1 is described in Internet of things device
Autocontrol method, it is characterised in that this control device is one the 4th Internet of things device.
Built-in graphic user interface the most according to claim 1 is described in Internet of things device
Autocontrol method, it is characterised in that this control device is a running gear.
Built-in graphic user interface the most according to claim 7 is described in Internet of things device
Autocontrol method, it is characterised in that this action device be mobile phone, notebook electricity
Brain, tablet PC or personal digital assistant.
9. built-in graphic user interface is described in an autocontrol method for Internet of things device,
The method is implemented in an Internet of things system, it is characterised in that the method passes through at least one thing
Interconnection device, a mediating device and an actuation means perform, wherein:
This at least one Internet of things device at least includes that a graphic user interface describes, an identification is retouched
Stating and control to describe with one, this graphic user interface describes, this identification describes and describes with this control
In being all software program and being stored in an internal memory of this Internet of things device；
This mediating device includes a second transceiver and a second controller, this second transceiver
It is electrically connected with this second controller；
This actuation means includes one second screen and one the 3rd transceiver, the 3rd transceiver with
This second screen is electrically connected with；
This graphic user interface is described by this Internet of things device, this identification describes and this control is retouched
Stating and be transferred to this mediating device by this Internet of Things, this mediating device is by this graphic user interface
At least one gui component corresponding to description is transferred to this actuation means, this manipulation
This gui component is shown on this second screen by device, to facilitate this Internet of Things
Net device is controlled.
Built-in graphic user interface the most according to claim 9 is described in Internet of Things dress
The autocontrol method put, it is characterised in that be shown in this in this gui component
After second screen, the information inputted by this gui component is turned by this actuation means
It is a control information, and this control information is passed to the 3rd transceiver, the 3rd transceiver
This control information is passed to this second transceiver, and this second transceiver should by this Internet of Things
Control information passes to this Internet of things device, make this Internet of things device according to this control information quilt
Control.
11. built-in graphic user interfaces according to claim 9 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this mediating device is previously provided with multiple figure and uses
Family interface assembly, the plurality of gui component describes with multiple graphic user interfaces to be had
Corresponding relation so that it is right that the graphic user interface received can be described according to this by this mediating device
Should be related to and find corresponding gui component.
12. built-in graphic user interfaces according to claim 11 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this mediating device is previously provided with multiple figure and uses
Family interface assembly, the plurality of gui component includes: menu bar, toolbar, life
Make button, dialog box, textbox, shift knob, tabular frame, the axis of rolling, pull-down table
Row frame, radio button, circle button, check box, calendar control, control panel, cross
Arrow key or above combination.
13. built-in graphic user interfaces according to claim 9 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this mediating device be a gateway, router,
Exchanger or Wireless Router.
14. built-in graphic user interfaces according to claim 9 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this second screen is a touch screen.
15. built-in graphic user interfaces according to claim 9 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this actuation means is one the 5th Internet of things device.
16. built-in graphic user interfaces according to claim 9 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this actuation means is a running gear.
17. built-in graphic user interfaces according to claim 16 are described in Internet of Things dress
The autocontrol method put, it is characterised in that this action device is mobile phone, notebook
Computer, tablet PC or personal digital assistant.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510295275.7A CN106292407A (en) | 2015-06-02 | 2015-06-02 | Built-in graphic user interface is described in the autocontrol method of Internet of things device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510295275.7A CN106292407A (en) | 2015-06-02 | 2015-06-02 | Built-in graphic user interface is described in the autocontrol method of Internet of things device |
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| CN1392824A (en) * | 2000-09-28 | 2003-01-22 | 索尼公司 | Authoring system and method, and storage medium |
| CN101019090A (en) * | 2003-11-03 | 2007-08-15 | 无极公司 | User interface for multi-device control |
| CN1945526A (en) * | 2005-10-09 | 2007-04-11 | 光宝科技股份有限公司 | Method and system for displaying graphic user interface of application program |
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