CN106292407A - Automatic control method for built-in graphic user interface described in internet of things device - Google Patents

Abstract

The invention discloses an automatic control method for describing a built-in graphical user interface on an Internet of things device, which is executed by at least one Internet of things device and a control device, wherein the Internet of things device at least comprises a graphical user interface description, an identification description and a control description; the control device comprises a screen, a transceiver and a controller; the Internet of things device transmits the graphic user interface description and the like to the control device through the Internet of things, the control device displays the graphic user interface component corresponding to the graphic user interface description on the screen, so that the integration of automatic control is easier, a program for controlling the graphic user interface of the Internet of things device is not required to be written in advance, the Internet of things device informs the graphic user interface description to the control device, the graphic user interface of the Internet of things device can be established, and the aims of quickly establishing the graphic user interface and reducing the cost are fulfilled.

Description

Built-in graphical user interface described in automatic control method of Internet of things device

technical field

The present invention relates to an automatic control method for an Internet of Things device, in particular to an automatic control method with a built-in graphical user interface described in the Internet of Things device, which can achieve the benefits of quickly establishing a graphical user interface and lower maintenance costs.

Background technique

In recent years, the Internet of Things and Internet of Things devices have developed rapidly. For example, in the field of smart grids, utility companies can optimize electricity to homes and stores; in the field of home and building automation, smart homes and buildings can or any device in the office for centralized control; in the field of asset tracking, enterprises, hospitals, and factories can accurately track the location of high-value equipment, patients, vehicles, etc., and many intelligent IoT control methods have emerged one after another (such as google thread, Apple HomeKit, Qualcomm AllSeen, Intel OIC and other four major Internet of Things alliance protocols), through the way of function description, the control terminal can receive the data transmitted by the controlled terminal without writing a program for the controlled terminal in advance There is no problem with this new control method working in command mode, but if it is operated with a graphical user interface, it is still necessary to try to apply the graphical user interface and function description one by one for different operations at the control end, and it is necessary to Writing programs separately for manipulation complicates the design of the graphical user interface.

Therefore, in view of the difficulties encountered in the existing graphical user interface design on the Internet of Things and the unsatisfactory situation, the inventor of this case started to develop its solution, hoping to develop a graphical user interface that can be built more quickly. And the method with lower maintenance cost, to serve the general public and promote the development of this industry, then the generation of the present invention has been conceived for a long time.

Contents of the invention

The object of the present invention is to provide an automatic control method with a built-in graphical user interface described in an Internet of Things device. The method is executed in an Internet of Things system, which can quickly establish a graphical user interface of an Internet of Things device, and make the graphical user interface The interface is less expensive to maintain.

In order to achieve the above object, the present invention provides an automatic control method with a built-in graphical user interface described in an Internet of Things device, the method is executed by at least one Internet of Things device and a control device, wherein the at least one Internet of Things device includes at least one A graphical user interface description, an identification description, and a control description, the graphical user interface description, the identification description, and the control description are all software programs and stored in a memory of the Internet of Things device; the control device includes a first screen, a first transceiver and a first controller, the first transceiver is electrically connected to the first controller, the first controller is electrically connected to the first screen; The user interface description, the identification description and the control description are transmitted to the control device through the Internet of Things, and the control device displays at least one GUI component corresponding to the GUI description on the first screen, so as to facilitate The IoT device is controlled.

In an embodiment of the present invention, after the graphical user interface component is displayed on the first screen, the first controller in the control device converts the information input through the graphical user interface component into control information, and The control information is transmitted to the first transceiver, and the first transceiver transmits the control information to the Internet of Things device through the Internet of Things, so that the Internet of Things device is controlled according to the control information.

In an embodiment of the present invention, the first controller in the control device is preset with a plurality of graphical user interface components, and the plurality of graphical user interface components have a corresponding relationship with a plurality of graphical user interface descriptions, so that the control The first controller in the device finds the corresponding GUI component according to the corresponding relationship from the received GUI description, and transmits the GUI component to the first screen and displays it on the first screen.

In an embodiment of the present invention, wherein the control device is preset with a plurality of graphical user interface components, the plurality of graphical user interface components include: menu bar, tool bar, command button, dialog box, text box, switch button, List box, scroll axis, drop-down list box, radio button, circle button, check box, calendar control, control panel, cross arrow keys, or a combination of the above.

In an embodiment of the present invention, the first screen is a touch screen.

In an embodiment of the present invention, the control device is a fourth IoT device.

In an embodiment of the present invention, the control device is a mobile device.

In an embodiment of the present invention, the mobile device is a mobile phone, a notebook computer, a tablet computer or a personal digital assistant.

In order to achieve the above object, the present invention also provides another automatic control method with a built-in graphical user interface described in an Internet of Things device, the method is executed by at least one Internet of Things device, an intermediary device and a control device, wherein the at least An IoT device at least includes a graphical user interface description, an identification description, and a control description, and the graphical user interface description, the identification description, and the control description are all software programs and stored in a memory of the IoT device; The intermediary device includes a second transceiver and a second controller, the second transceiver is electrically connected to the second controller; the control device includes a second screen and a third transceiver, the third transceiver Electrically connected to the second screen; the IoT device transmits the GUI description, the identification description and the control description to the intermediary device through the IoT, and the intermediary device corresponds to at least the GUI description A graphical user interface component is transmitted to the control device, and the control device displays the graphical user interface component on the second screen, so as to facilitate the control of the Internet of Things device.

In an embodiment of the present invention, after the GUI component is displayed on the second screen, the control device converts the information input through the GUI component into control information, and transmits the control information to the The third transceiver, the third transceiver transmits the control information to the second transceiver, and the second transceiver transmits the control information to the IoT device through the Internet of Things, so that the IoT device follows the control information is controlled.

In an embodiment of the present invention, the intermediary device is pre-configured with a plurality of graphical user interface components, and the plurality of graphical user interface components have a corresponding relationship with a plurality of graphical user interface descriptions, so that the intermediary device can receive the The graphical user interface description finds the corresponding graphical user interface component according to the corresponding relationship.

In an embodiment of the present invention, wherein the intermediary device is preset with a plurality of graphical user interface components, the plurality of graphical user interface components include: menu bar, toolbar, command button, dialog box, text box, switch button, List box, scroll axis, drop-down list box, radio button, circle button, check box, calendar control, control panel, cross arrow keys, or a combination of the above.

In an embodiment of the present invention, the intermediary device is a gateway, router, switch or sharer.

In an embodiment of the present invention, the second screen is a touch screen.

In an embodiment of the present invention, the control device is a fifth IoT device.

In an embodiment of the present invention, the control device is a mobile device.

In an embodiment of the present invention, the mobile device is a mobile phone, a notebook computer, a tablet computer or a personal digital assistant.

In order to enable the examiner to have a better understanding and understanding of the technical features and the achieved effects of the present invention, I would like to provide a diagram of a preferred embodiment and a detailed description, as follows:

Description of drawings

FIG. 1 is a schematic diagram of the structure of the first embodiment of the present invention;

Fig. 2A, Fig. 2B, Fig. 2C are schematic diagrams of the present invention using a light bulb as an Internet of Things device;

FIG. 3A, FIG. 3B, and FIG. 3C are schematic diagrams of the present invention using a robot as an Internet of Things device;

FIG. 4 is a schematic diagram of the structure of the second embodiment of the present invention.

Explanation of reference numerals: 20-Internet of Things device; 22-Graphic user interface description; 24-Identification description; 26-Control description; 30-Control device; 32-First screen; 34-First transceiver; 36-First 50-intermediary device; 52-second transceiver; 54-second controller; 60-control device; 62-second screen; 64-third transceiver.

detailed description

As shown in Fig. 1, the first embodiment of the automatic control method described in the Internet of Things device with the built-in graphical user interface of the present invention is described, and the automatic control method described in the Internet of Things device with the built-in graphical user interface is executed on an Internet of Things (Internet of Things (Internet of Things) of Things, abbreviated as IoT) system, including:

At least one IoT device 20, which at least includes a Graphic User Interface (GUI for short) description 22, an identification description 24 and a control description 26, the graphical user interface description 22, the identification description 24 and the control description 26 are all software programs and are stored in a memory of the IoT device 20 (not shown in the figure);

A control device 30, the control device 30 includes a first screen 32, a first transceiver 34 and a first controller 36, the first transceiver 34 is electrically connected to the first controller 36, the first The controller 36 is electrically connected to the first screen 32;

The IoT device 20 transmits the graphical user interface description 22, the identification description 24, and the control description 26 to the control device 30 through the Internet of Things, and the control device 30 transmits at least one graphic corresponding to the graphical user interface description 22 User interface components are displayed on the first screen 32 for conveniently controlling the IoT device 20 .

Among them, the aforementioned IoT device 20 refers to an addressable interface (such as near field communication (NFC) ID, Internet protocol (IP) address, Bluetooth identifier (ID), etc.) and can transmit information to the device via a wired or wireless connection. Any device (e.g., sensor, appliance, etc.) with one or more other devices; IoT device 20 may have a passive communication interface (e.g., NFC tag, Quick Response (QR) code, Radio Frequency Identification (RFID) tag, etc.) or a Active communication interfaces (such as transceivers, modems, etc.); thus, IoT devices 20 may include (but are not limited to): refrigerators, ovens, ovens, microwave ovens, freezers, dishwashers, dishes, hand tools, washing machines, clothes dryers Machines, furnaces, air conditioners, TVs, lamps, vacuum cleaners, sprinklers, etc., as long as the devices are equipped with an addressable communication interface for communicating with the Internet of Things; of course, the Internet of Things devices 20 may also include desktop computers, notebook computers, Tablet computers, mobile phones, personal digital assistants (PDAs), etc.

Wherein, the aforementioned graphical user interface description 22, identification description 24 and control description 26 are stored in the memory of the IoT device 20, and the type of the memory is not limited, such as flash memory, firmware, EEPROM (Electrically-Erasable Programmable Read-Only Memory, abbreviated as EEPROM), Random Access Memory (Random Access Memory, abbreviated as RAM), hard disk, magnetic disk, optical disc, etc. are all available.

In Fig. 1, three Internet of Things devices 20 are connected to a control device 30 as an example. In fact, the number of the Internet of Things devices 20 in the present invention is not limited, and the connection mode of the Internet of Things is not limited in the present invention. .

As shown in Fig. 1, Fig. 2A, Fig. 2B, and Fig. 2C, taking a light bulb as an IoT device 20 as an example, the identification description 24 of the light bulb includes: the content of "Name: bulb", the purpose of which is to make the control device 30 can identify the IoT device 20 according to this; the control description 26 includes: the content of "Function: power on/off", the purpose of which is to enable the control device 30 to control the IoT device 20 according to this; the graphic The user interface description 22 includes:

"GUI: Button: up = on: down = off

GUI: text: Bulb switch"

content, the purpose of which is to enable the control device 30 to find at least one corresponding graphical user interface component, and then transmit it to the first screen 32 and display it on the first screen 32, so that the user Graphical user interface components displayed on the screen 32 control the IoT device 20 .

In this example, when the light bulb of the IoT device 20 is not working with the control device 30, the light bulb of the IoT device 20 will transmit the following information including GUI description 22, identification description 24 and control description 26 To the control device 30, inform the control device 30 of its own control mode and provide a graphical user interface for operation:

"Name: bulb

Function: power on/off

GUI: Button:up=on:down=off

GUI: text: Bulb switch"

Before the control device 30 communicates with the light bulb of the Internet of Things device 20, the control graphics of the graphical user interface will not appear on the first screen 32, as shown in FIG. 2B; The control description 26 (information of its own function) and the graphical user interface description 22 of the light bulb notification, and after the control device 30 selects to control the light bulb of the Internet of Things device 20, the control pattern of the button will be drawn on the first screen 32 , and a combined graphical control interface, such as description text: Bulbswitch, etc., as shown in FIG. 2C , so that the user can control the IoT device 20 according to the user interface displayed on the first screen at this time.

At this time, when the user presses a button, the control device 30 will send a message similar to the following to the light bulb of the IoT device 20, so that the light bulb of the IoT device 20 is turned on:

"Name: bulb

Command: on"

Then, when the user presses the button again, the control device 30 will send a message similar to the following to the light bulb of the IoT device 20 to turn off the light bulb of the IoT device 20:

"Name: bulb

Command: off"

For further description, please refer to FIG. 1 , wherein after the GUI component is displayed on the first screen 32, the first controller 36 in the control device 30 converts the information input through the GUI component into a control information, and transmit the control information to the first transceiver 34, and the first transceiver 34 transmits the control information to the IoT device 20 through the Internet of Things, so that the IoT device 20 is controlled according to the control information control.

Wherein, the first controller 36 in the control device 30 is preset with a plurality of graphical user interface components, and the plurality of graphical user interface components have a corresponding relationship with a plurality of graphical user interface descriptions 22, so that the first controller 36 in the control device 30 A controller 36 can find the corresponding GUI component according to the corresponding relationship from the received GUI description 22 , and transmit the GUI component to the first screen 32 and display it on the first screen 32 .

Wherein, the control device 30 is preset with a plurality of graphical user interface components, the plurality of graphical user interface components include the following components, but not limited to the following components: menu bar (menu bar), tool bar (toolbar), command Button (command button), dialog box (dialog box), text box (text box), switch button (toggle button), list box (listbox), scroll axis (scroll bar), drop-down list box (drop-down list box), option button, radio button, check box, calendar control, switchboard, cross direction button or above In this way, regarding the GUI design of the IoT device 20, as long as the corresponding GUI description 22 is selected and set on the IoT device 20, the GUI of the IoT device 20 can be quickly established. interface.

Wherein, the first screen 32 can be a touch screen, which allows the user to manipulate the graphical user interface more conveniently.

Wherein, the control device 30 is a fourth Internet of Things device, that is, the control device 30 can appear as any type of Internet of Things device, and it is not necessary to set up a dedicated device.

Wherein, the control device 30 can be a mobile device, and the mobile device can be a mobile phone, a notebook computer, a tablet computer or a personal digital assistant.

Taking a robot as an IoT device 20 as an example, as shown in Figure 3A, Figure 3B, and Figure 3C, the identification description 24 of the robot includes: the content of "Name: Robot", the purpose of which is to enable the control device 30 to According to this, the IoT device 20 is identified as a robot; the control description 26 includes: "Function: forward, jump, squat", the purpose of which is to enable the control device 30 to control the IoT device 20 accordingly; The GUI description 22 includes:

"GUI: cross arrow keys for direction of travel"

The purpose is to enable the control device 30 to find out at least one corresponding graphical user interface component and transmit it to the first screen 32 and display it on the first screen 32, so that the user can easily display the content on the first screen 32. The graphical user interface displayed on the Internet of Things device 20 is controlled.

In this example, when the IoT device 20 robot is not working with the control device 30, the networking device 20 robot will send the following information including GUI description 22, identification description 24, control description 26, etc. to The control device 30 notifies the control device 30 of its own control mode and provides a graphical user interface for operation:

"Name: Robot

Function: forward, jump, squat

GUI: Cross arrow keys for direction of travel"

Before the control device 30 communicates with the robot of the Internet of Things device 20, the control graphics of the graphical user interface will not appear on the first screen 32, as shown in FIG. 3B; The control description 26 (information of its own function) and the graphical user interface description 22 of the robot notification, and after the control device 30 selects to control the robot of the Internet of Things device 20, the first screen 32 will depict the cross arrow keys. The control pattern, as shown in FIG. 3C , is convenient for the user to control the robot of the IoT device 20 according to the user interface displayed on the first screen 32 at this time.

As shown in Figure 4, it is a second embodiment of the automatic control method described in the Internet of Things device with a built-in graphical user interface in the present invention, and the automatic control method described in the Internet of Things device with a built-in graphical user interface is executed on an Internet of Things (Internet of Things) of Things, abbreviated as IoT) system, including:

At least one IoT device 20, which at least includes a graphical user interface description 22, an identification description 24 and a control description 26, the graphical user interface description 22, the identification description 24 and the control description 26 are all software programs and stored in In a memory of the IoT device 20 (not shown in the figure);

An intermediary device 50, the intermediary device 50 includes a second transceiver 52 and a second controller 54, the second transceiver 52 is electrically connected to the second controller 54;

A control device 60, the control device 60 includes a second screen 62 and a third transceiver 64, the third transceiver 64 is electrically connected to the second screen 62;

The Internet of Things device 20 transmits the graphical user interface description 22, the identification description 24 and the control description 26 to the intermediary device 50 through the Internet of Things, and the intermediary device 50 transmits at least one graphic corresponding to the graphical user interface description 22 The user interface components are transmitted to the control device 60 , and the control device 60 displays the graphical user interface components on the second screen 62 to facilitate the control of the IoT device 20 .

Wherein, the aforementioned graphical user interface description 22, identification description 24 and control description 26 are stored in the memory of the IoT device 20, and the type of the memory is not limited, such as flash memory, firmware, EEPROM Memory (Electrically-Erasable Programmable Read-Only Memory, abbreviated as EEPROM), random access memory (Random Access Memory, abbreviated as RAM), hard disk, magnetic disk, optical disc, etc. may all be used.

To further illustrate, after the GUI component is displayed on the second screen 62, the control device 60 converts the information input through the GUI component into control information, and transmits the control information to the third transceiver 64, the third transceiver 64 transmits the control information to the second transceiver 52 in the intermediary device 50, and the second transceiver 52 transmits the control information to the IoT device 20 through the Internet of Things, so that The IoT device 20 is controlled according to the control information.

Wherein, the intermediary device 50 is preset with a plurality of graphical user interface components, and the plurality of graphical user interface components have a corresponding relationship with a plurality of graphical user interface descriptions 22, so that the intermediary device 50 can transfer the received graphical user interface descriptions 22 Find the corresponding graphical user interface component according to the corresponding relationship.

Wherein, the intermediary device 50 is preset with a plurality of graphical user interface components, and the plurality of graphical user interface components include the following components, but are not limited to the following components: menu bar (menu bar), tool bar (toolbar), command Button (command button), dialog box (dialog box), text box (text box), switch button (toggle button), list box (listbox), scroll axis (scroll bar), drop-down list box (drop-down list box), option button, radio button, check box, calendar control, switchboard, cross direction button or above In this way, regarding the GUI design of the IoT device 20, as long as the corresponding GUI description 22 is selected and set on the IoT device 20, the GUI of the IoT device 20 can be quickly established. interface.

Wherein, the intermediary device 50 can be a gateway, router, switch or sharer, so that the intermediary device 50 can also have the functions of other devices.

Wherein, the second screen 62 can be a touch screen, which allows the user to manipulate the graphical user interface more conveniently.

Wherein, the control device 60 is a fifth Internet of Things device, that is, the control device 60 can be any type of Internet of Things device, and it is not necessary to set up a dedicated device.

Wherein, the control device 60 can be a mobile device, and the mobile device can be a mobile phone, a notebook computer, a tablet computer or a personal digital assistant.

The built-in graphical user interface provided by the present invention is described in the automatic control method of the Internet of Things device, which makes the integration of automatic control easier, and the control device 30 or the intermediary device 50 can be completely used when integrating and controlling multiple types of Internet of Things devices 20 The graphical user interface program for controlling the IoT devices 20 is pre-written, and the IoT device 20 notifies the control device 30 or the intermediary device 50 with the graphical user interface description 22, so that the control device 30 or the intermediary device 50 can be quickly established. The graphical user interface displayed on the screen enables the user to complete automatic control more easily. In this case, the graphical user interface of the IoT device 20 can be established more quickly and at a lower cost.

The present invention has been described in more detail through the above-mentioned preferred specific embodiments, but the present invention is not limited to the above-mentioned examples, and within the scope of the technical ideas disclosed in the present invention, various changes and modifications can be made to these structures 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.