CN112181546A - Human-computer interface device and human-computer interface assisting method - Google Patents
Human-computer interface device and human-computer interface assisting method Download PDFInfo
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
The invention discloses a human-computer interface device and a human-computer interface auxiliary method. The human-computer interface device comprises a user configurable interface and a user assistance module, wherein after the user configurable interface is configured by a user, the user assistance module is automatically executed to provide assistance measures for the user configurable interface without self-programming of the user. The man-machine interface assisting method comprises the following steps: and executing the user configurable interface, wherein the human-computer interface automatically provides auxiliary measures for the user according to the execution of the user configurable interface, and the auxiliary measures are not required to be set by the user during the configuration of the user configurable interface. According to the invention, by analyzing the human-computer interface program configured by the user and the operation of the user on the human-computer interface configured by the user, auxiliary information and operation prompt can be automatically provided for the user, so that the user can use the human-computer interface more easily, the user does not need to perform programming setting by the user for assistance, the user design is simpler, the human-computer interface is more intelligent, and more functions can be provided.
Description
Technical Field
The invention relates to a human-computer interface device and a human-computer interface assisting method. More particularly, the present invention relates to a human-machine interface device capable of providing assistance to a user configuration and a human-machine interface assistance method for providing assistance to a user configuration.
Background
In recent years, computers and memory devices have been rapidly developed. Computer and memory device based human machine interfaces are capable of an increasing number of capabilities to fulfill various user needs.
At present, what is more important for the human-machine interface device is how to enable a user to design a user configuration human-machine interface in a simpler way, so that the use of an end user is easier and more user-friendly.
Disclosure of Invention
The invention aims to provide assistance for a user to configure the human-computer interface, so that the user can design the human-computer interface in a simple mode, and the use of a terminal user is easier and more user-friendly.
According to an aspect of the present invention, there is provided a human-machine interface device, including a human-machine interface including a user configurable interface and a user assistance module, where the user assistance module is automatically executed after the user configurable interface is configured by a user, and provides assistance measures for the user configurable interface without user self-programming.
Preferably, the user assistance module automatically performs the steps comprising:
automatically analyzing a program input by a user in a user configurable interface to obtain the definition and the state of an interface component and the logic relationship between the interface component and a related component of the interface component;
determining the state of the current interface component and the corresponding operation of the component related to the state of the interface component according to the execution of the user configurable interface;
storing the definition of the interface components, the determined states of the interface components and the corresponding operations of the related components;
and displaying prompt information comprising the content beside the arranged interface component.
Preferably, the user assistance module automatically performs the steps comprising:
automatically recording user operation performed in the state of an interface component on a user configuration interface when the user configuration interface is executed;
automatically analyzing the correlation between the user operation and the state of the interface component;
providing a user with auxiliary information related to the operation in the state of the component.
Preferably, if the auxiliary information prompts that the related operation needs to be performed, a link of the related operation is provided.
Preferably, if the auxiliary information prompts that the related operation is required, the user can select to automatically execute the related operation.
Preferably, automatically analyzing the correlation between the user operation and the state of the interface component includes analyzing a number of repetitions of the corresponding user operation performed by the user in the state of the interface component, and determining that the various definitions of the component are correlated with the corresponding user operation if the number of repetitions reaches a certain threshold.
Preferably, the execution of the auxiliary module of the human-machine interface device further includes automatically analyzing a program input by a user on the user-configurable interface, obtaining status information of components related to the interface components on other user-configurable interfaces different from the current user-configurable interface, and displaying the information on the current user-configurable interface.
Preferably, the information is displayed in a specific display area in the human-machine interface, or displayed through a pop-up box.
According to another aspect of the present invention, there is provided a human-machine interface assistance method, the human-machine interface comprising a user-configurable interface, the method comprising the steps of:
executing a user configurable interface, the user configurable interface configured by a user;
the human-computer interface automatically provides auxiliary measures for the user according to the execution of the user configurable interface, and the auxiliary measures are not required to be set by the user during the configuration of the user configurable interface.
Preferably, the human-machine interface automatically providing the user with an aid comprises:
automatically analyzing a program input by a user in a user configurable interface to obtain the definition and the state of an interface component and the logic relationship between the interface component and a related component of the interface component;
determining the state of the current interface component and the corresponding operation of the component related to the state of the interface component according to the execution of the user configurable interface;
storing the definition of the interface components, the determined states of the interface components and the corresponding operations of the related components;
and displaying prompt information comprising the content beside the arranged interface component.
Preferably, the human-machine interface automatically providing the user with an aid comprises: automatically recording user operation performed in the state of an interface component on a user configuration interface when the user configuration interface is executed;
automatically analyzing the correlation between the user operation and the state of the interface component;
providing a user with auxiliary information related to the operation in the state of the component.
Preferably, if the auxiliary information prompts that the related operation needs to be performed, a link of the related operation is provided.
Preferably, if the auxiliary information prompts that the related operation is required, the user can select to automatically execute the related operation.
Preferably, automatically analyzing the correlation between the user operation and the state of the interface component includes analyzing a number of repetitions of the corresponding user operation performed by the user in the state of the interface component, and determining that the various definitions of the component are correlated with the corresponding user operation if the number of repetitions reaches a certain threshold.
Preferably, the method further comprises automatically analyzing a program input by a user on the user configurable interface, obtaining status information of components related to the interface components on other user configuration interfaces different from the current user configuration interface, and displaying the information on the current user configuration interface.
Preferably, the information is displayed in a specific display area in the human-machine interface, or displayed through a pop-up box.
According to the invention, by analyzing the human-computer interface program configured by the user and analyzing the operation of the user on the human-computer interface configured by the user, auxiliary information and operation prompt can be automatically provided for the user, so that the user can use the human-computer interface more easily, the assistance does not need the self programming of the user, the user design is simpler, the human-computer interface is more intelligent, and more functions can be provided.
Drawings
FIG. 1 is a schematic diagram of a human-machine interface according to the present invention;
FIG. 2 is a flow chart of a human-machine interface according to the present invention;
FIG. 3 is one embodiment of a flow diagram of a human-machine interface according to the present invention;
FIG. 4 is yet another embodiment of a flow diagram of a human-machine interface according to the present invention; and
FIG. 5 is an exemplary diagram of an auxiliary information and operation prompt box according to an embodiment of the invention.
Detailed Description
A man-machine interface and its principles according to the present invention will be described in detail below with reference to the accompanying drawings.
Fig. 1 is a schematic structural diagram of a human-machine interface according to the present invention, and as can be seen from fig. 1, the human-machine interface 1 includes a user configurable interface 3 and an auxiliary function module 2. The human-computer interface 1 provides a user configuration interface 3 for a user, the user can program in the user configuration interface 3, interface components are arranged, and the user configuration interface 3 is designed according to the actual needs of the user. Meanwhile, the human-computer interface 1 also provides an auxiliary function module 2, the auxiliary function module 2 can provide auxiliary functions for the user configuration interface 3 when the user configuration interface 3 runs, and the auxiliary functions are not required to be set by a user when the user configuration interface 3 is configured, so that some interface design work of the user can be avoided, the user design is simpler, and the working efficiency is higher.
FIG. 2 is a flow chart of a human-machine interface according to the present invention. In fig. 2, in step 101, a human-machine interface is operated, and during the operation of the human-machine interface, the human-machine interface supports a user configuration interface, and provides a user configuration window, so that a user can program and design the user configuration interface by himself. At step 102, the user configuration interface is run, while at step 103, the auxiliary modules provided by the human machine interface are run. The auxiliary module operates in two modes as shown in steps 106 and 107. The assistance module automatically analyzes the programming of the user configuration interface at step 106 and provides assistance information or prompts for operational information to the user at step 104. In step 107, the auxiliary module automatically analyzes the operation of the user on the component on the user configuration interface, records the condition of the operation, and provides the auxiliary information or prompts the operation information for the user in step 104 when the same condition occurs. The human-machine interface according to the invention can take only one of the two modes of operation of steps 106 and 107, or can combine these two modes.
When providing the user with auxiliary information or prompting for operational information in step 104, the user may be provided with an option to set the operation to be performed automatically, if desired, as shown in step 105.
The auxiliary function module 2 may be implemented in the human-machine interface 1 in the form of software or firmware.
Fig. 3 is an embodiment of a human-machine interface according to the invention. The auxiliary module performs the following 108-112 steps simultaneously while analyzing the program at step 106. At step 108, the auxiliary module analyzes the label or description in the program to determine the type of interface component. In step 109, the auxiliary module analyzes the definition of the name of the interface component in the program and determines the name of the interface component. In step 110, the auxiliary module analyzes the color settings of the interface components in the program and determines the conditions for the display color and the color change of the components. In step 111, the auxiliary module analyzes the purpose of use of the interface component in the program and determines the purpose of the component when it is operated. In step 112, the auxiliary module analyzes the annotation text of the interface device in the program to obtain further understanding of the performance of the interface device. The auxiliary module makes a judgment by integrating the results obtained in the step 108 and the step 112, and gives prompt information and operation suggestions in a step 113.
Example one, alert prompt
The auxiliary module 2 automatically analyzes the program of the user interface 3, finds out some components for alarming, prompting and the like, for example, labels or descriptions have alarm characters, related components can turn red under certain conditions and the like, or information such as alarming is set, when the components turn red, the human-computer interface directly prompts alarming beside the components, or when a user places a mouse on the components, the human-computer interface prompts alarming beside the components.
Example two, Motor Start prompt
The auxiliary module 2 automatically analyzes the program of the user configuration interface 3, analyzes a button set by a user and named as button 1, finds that a label is set beside the button 1 in the program, the character of 'start' is written, and the button 1 and the label written with the character of 'start' are both placed in a frame, the frame displays the motor 1, so that the analysis result is that the button 1 is used for starting the motor 1, the man-machine interface directly prompts 'the motor 1 starts' beside the button 1, or prompts 'the motor 1 starts' beside the button 1 when the user places a mouse on the button 1.
Example three, shutdown operation prompt
The auxiliary module 2 automatically analyzes the program of the user configuration interface 3, determines the name and type of the component, such as the switch 2, the button 3, and the like, and the color setting thereof, such as the button 3 green being on and the button 3 red being off, by the type of the component on the user interface, and also determines the purpose of the operation of the component by the user according to the name of the component itself and the comment text around the component defined by the user, such as the comment text "for shutdown operation" when the button 3 is red, and displays the "shutdown operation" beside the button 3 when the button 3 is red, when necessary, such as when the mouse is floating on the button 1.
Fig. 4 is yet another embodiment of a human-machine interface according to the invention. The auxiliary module 2 performs the following 114-116 steps simultaneously with the analysis operation in step 107. At step 114, the auxiliary module records the operation. At step 115, the auxiliary module analyzes the state and changes of the components before the user performs the operation. At step 116, the auxiliary module determines the correlation of the state and change of the component to the user operation. And when judging the correlation, the auxiliary module analyzes the history operation performed by the user and the state and change records of the components, and if the times of the corresponding operation performed by the user exceed a certain threshold value, for example three times, under the condition of the same state or change of the components, the correlation between the operation performed by the user and the state and change of the components is determined. In combination with the analysis of step 114 and 116, the assistance module makes a determination and presents a prompt and operation recommendation at step 117.
Example four, providing alert prompts according to user operations
The auxiliary module 2 tracks the user operation, searches for an association between the alarm and the user operation (for example, records the number of times, the sequence of parameters changed by the user, the number of times of occurrence of the alarm, and the like), displays the alarm information in the prompt box when some variables change, and prompts the user to perform some operation in the prompt box when some information has a large probability. For example, if the user has an indicator light for an overflow alarm on a certain page and turns red under certain conditions, the system finds that the user has performed a shutdown operation (the indication of the user button is "shutdown operation") many times after the indicator light is turned on, and then the system automatically pops up an information box when the alarm light is turned on later, as shown at 118 in fig. 5, to display an overflow alarm.
Example five, providing information of interest to the user on other pages according to the user operation
The auxiliary module 2 tracks user operation, searches for a condition for switching the screen to a required page before the user performs the operation, records the number of times for switching the screen to the required page by the user when the condition occurs, determines that the occurrence of the condition is related to the operation for switching the screen to the required page by the user when the number of times for switching the screen to the required page by the user when the condition occurs exceeds a certain threshold value, such as three times, and displays information on the page searched when the user switches the screen to the current screen when the same condition occurs.
According to the invention, by analyzing the human-computer interface program configured by the user and analyzing the operation of the user on the human-computer interface configured by the user, auxiliary information and operation prompt can be automatically provided for the user, so that the user can use the human-computer interface more easily, the assistance does not need the self programming of the user, the user design is simpler, the human-computer interface is more intelligent, and more functions can be provided.
While the best modes for carrying out the invention have been described in detail, those familiar with the art to which this invention relates will recognize various alternative designs and embodiments for practicing the invention within the scope of the appended claims.
Claims (16)
1. A human-machine interface device comprises a human-machine interface, wherein the human-machine interface comprises a user configurable interface and a user auxiliary module, and after the user configurable interface is configured by a user, the user auxiliary module is automatically executed to provide auxiliary measures for the user configurable interface without self-programming of the user.
2. The human-machine interface device of claim 1, wherein the user assistance module automatically performs steps comprising:
automatically analyzing a program input by a user in a user configurable interface to obtain the definition and the state of an interface component and the logic relationship between the interface component and a related component of the interface component;
determining the state of the current interface component and the corresponding operation of the component related to the state of the interface component according to the execution of the user configurable interface;
storing the definition of the interface components, the determined states of the interface components and the corresponding operations of the related components;
and displaying prompt information comprising the content beside the arranged interface component.
3. The human-machine interface device of claim 1, wherein the user assistance module automatically performs steps comprising:
automatically recording user operation performed in the state of an interface component on a user configuration interface when the user configuration interface is executed;
automatically analyzing the correlation between the user operation and the state of the interface component;
providing a user with auxiliary information related to the operation in the state of the component.
4. The human-machine interface device of claim 3, wherein if the auxiliary information prompts that the associated operation is required, a link to the associated operation is provided.
5. The human-machine interface device of claim 3, wherein the user may select to automatically perform the associated operation if the auxiliary information prompts that the associated operation is required.
6. The human-machine interface device of claim 3, wherein automatically analyzing the correlation between the user operation and the state of the interface component comprises analyzing a number of repetitions of the respective user operation by the user in said state of the interface component, and determining that the various definitions of the component are correlated with the respective user operation if the number of repetitions reaches a certain threshold.
7. The human-computer interface device of claim 2, further comprising a program for automatically analyzing user input at the user-configurable interface, obtaining status information for components associated with the interface components on other user-configurable interfaces different from the current user-configurable interface, and displaying the information on the current user-configurable interface.
8. The human-machine interface device of any one of claims 2-7, wherein the information is displayed in a specific display area in the human-machine interface or by a pop-up box.
9. A human-machine interface assistance method, the human-machine interface comprising a user configurable interface, the method comprising the steps of:
executing a user configurable interface, the user configurable interface configured by a user;
the human-computer interface automatically provides auxiliary measures for the user according to the execution of the user configurable interface, and the auxiliary measures are not required to be set by the user during the configuration of the user configurable interface.
10. The human-machine interface assisting method according to claim 9, wherein the human-machine interface automatically providing the user with an assisting measure comprises:
automatically analyzing a program input by a user in a user configurable interface to obtain the definition and the state of an interface component and the logic relationship between the interface component and a related component of the interface component;
determining the state of the current interface component and the corresponding operation of the component related to the state of the interface component according to the execution of the user configurable interface;
storing the definition of the interface components, the determined states of the interface components and the corresponding operations of the related components;
and displaying prompt information comprising the content beside the arranged interface component.
11. The assistance method according to claim 9, wherein the human-machine interface automatically providing the user with the assistance measures includes: automatically recording user operation performed in the state of an interface component on a user configuration interface when the user configuration interface is executed;
automatically analyzing the correlation between the user operation and the state of the interface component;
providing a user with auxiliary information related to the operation in the state of the component.
12. The assistance method according to claim 11, wherein if the assistance information prompts that the relevant operation is required, a link to the relevant operation is provided.
13. The assistance method according to claim 11, wherein if the assistance information prompts that the relevant operation is required, the user may select to automatically perform the relevant operation.
14. A supplementary method according to claim 11, wherein automatically analysing the correlation between the user operation and the state of the interface component comprises analysing the number of repetitions of the respective user operation by the user in said state of the interface component, and determining that the respective definition of the component is relevant to the respective user operation if the number of repetitions reaches a certain threshold.
15. A support method as claimed in claim 10, and including automatically analysing user input at the user configurable interface, obtaining status information for components associated with the interface components at other user configuration interfaces than the current user configuration interface, and displaying the information at the current user configuration interface.
16. Auxiliary method according to any of claims 10-15, wherein the information is displayed in a specific display area in the human-machine interface or by a pop-up box.
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