CN109298784B - Man-machine interaction misoperation management system and method - Google Patents
Man-machine interaction misoperation management system and method Download PDFInfo
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- CN109298784B CN109298784B CN201811032678.2A CN201811032678A CN109298784B CN 109298784 B CN109298784 B CN 109298784B CN 201811032678 A CN201811032678 A CN 201811032678A CN 109298784 B CN109298784 B CN 109298784B
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
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- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/0703—Error or fault processing not based on redundancy, i.e. by taking additional measures to deal with the error or fault not making use of redundancy in operation, in hardware, or in data representation
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Abstract
The invention relates to a human-computer interaction misoperation management system and a method, wherein the system comprises a working state module, an operation processing module, a storage and recovery module and an information prompt module; the working state module is used for receiving operation action information of the human-computer interaction interface and determining the transition of the working state according to the operation action information; the operation processing module is used for inputting the operation action, sending the operation action information to the working state module and carrying out corresponding processing on the operation action according to the working state of the working state module; the storage and recovery module is used for receiving and storing the operation action information when misoperation occurs, inquiring and recovering the misoperation information, and then sending the misoperation information to the information prompt module. The invention can process the operation error action in real time and ensure that the system work flow is continued after the operation error is recovered.
Description
Technical Field
The invention relates to the field of human-computer interaction safety management, in particular to a human-computer interaction misoperation management system and method.
Background
The design of operational safety is one of the design targets of a human-computer interaction system, and the operational insecurity is generally caused by human operational errors and is generally classified into skill errors, perception errors and decision errors. At present, most equipment hardware generally adopts the mode of increasing the physical isolation between an operation source and personnel or designing an operation program into multiple links to manage operation errors, for example, a man-machine interaction operation panel selects a button with a protective cover or selects a knob to replace the button, and after each step of operation, the personnel need to press a confirmation button so as to reduce the probability of misoperation. The operation protection method of the hardware can not prompt and immediately prohibit when an operation error occurs, so that the prohibition processing and prompting of the error operation are required to be added in the matched software. Under the condition that the size of a human-computer interaction screen is limited, most human-computer interaction software only has the functions of not responding to operation errors, or leading error prompts to be complex and difficult to guide personnel to recover correct operation, and does not have the functions of ensuring the recovery of the error operation and the complete recovery of multilayer operation errors.
Disclosure of Invention
In view of the above analysis, the present invention aims to provide a system and a method for managing human-computer interaction misoperation, which can complete the operation error management only by using a single-line text space under the condition of limited size of a human-computer interaction screen, and prompt by aid of decision information for operation assistance, without responding to an operation error and prompt immediately, thereby ensuring that the device workflow is continued after the operation error is recovered, and the function of completely recovering multiple layers of operation errors step by step.
The purpose of the invention is mainly realized by the following technical scheme:
on one hand, the embodiment of the invention provides a man-machine interaction misoperation management system, which comprises a working state module, an operation processing module, a storage and recovery module and an information prompt module; the working state module is used for receiving operation action information of the human-computer interaction interface and determining the transition of the working state according to the operation action information; the operation processing module is used for inputting the operation action, sending the operation action information to the working state module and carrying out corresponding processing on the operation action according to the working state of the working state module; the storage and recovery module is used for receiving and storing the operation action information when misoperation occurs, inquiring and recovering the misoperation information, and then sending the misoperation information to the information prompt module.
In another embodiment based on the above system, the information prompt module is configured to display warning information or misoperation information; the operation actions comprise a momentary button action and a holding button action which are scanned by the operation processing module; the warning information comprises operation error information input by the operation processing module through a momentary button action; the misoperation information comprises operation error information input by the operation processing module through a holding button action or operation error prompt information input by the storage and recovery module.
Optionally, the working state module determines a transition of a working state according to the operation action, where the transition includes conditional transition of a finite state in a workflow and transition to an incorrect operation state when an incorrect operation occurs, and indicates whether the operation processing module processes the operation action in the working state.
Optionally, the performing, by the operation processing module, corresponding processing on the operation action according to the working state of the working state module includes: if the working state is not transferred to the misoperation state, the operation processing module responds to the operation action; and if the working state is transferred to the misoperation state, the operation processing module sends misoperation information to the information prompting module, judges whether the operation action is the holding button action, and if so, sends the misoperation information to the storage and recovery module, otherwise, does not respond to the operation action.
Optionally, the storage and recovery module is configured to receive and search for the misoperation information input by the operation processing module, execute operation error recovery processing if the button information of the misoperation is queried, and otherwise store the misoperation information; the storage and recovery module further inquires whether misoperation information still exists in the system or not, and sends an inquiry result to the information prompt module.
The beneficial effects of the above technical scheme are as follows: the embodiment of the invention discloses a management system for man-machine interaction misoperation, which comprises a working state module, an operation processing module, a storage and recovery module and an information prompt module, wherein the working state module is used for storing and recovering information; the working state module is used for receiving the operation action of the human-computer interaction interface and determining the transition of the working state according to the operation action; the operation processing module is used for inputting the operation action, sending the operation action to the working state module and carrying out corresponding processing on the operation action according to the working state of the working state module; the storage and recovery module is used for receiving and storing the operation action when misoperation occurs, inquiring and recovering the misoperation information, and then sending the misoperation information to the information prompt module. Compared with the prior art, the method and the device have the advantages that under the condition that the size of a man-machine interaction screen is limited, operation error management can be finished only by using a single-line text space, operation errors are not responded and immediately prompted through auxiliary operation decision information prompting, the fact that the equipment work flow is continued after the operation errors are recovered is guaranteed, and the function of complete recovery of multiple layers of operation errors in a step mode is guaranteed.
On the other hand, the embodiment of the invention provides a man-machine interaction misoperation management method, which comprises the steps of determining the transition of a working state through the operation action of a man-machine interaction interface; executing corresponding processing on the operation action according to the determined working state; and inquiring and recovering the misoperation information when misoperation occurs, and then outputting an information prompt.
In another embodiment based on the above method, the information prompt includes warning information or misoperation information; the operation action comprises a snap button action or a hold button action; wherein the warning information includes operation error information input by a momentary button action; the misoperation information includes operation error information input by a hold button action or stored operation error prompt information.
Optionally, the determining of the transition of the working state through the operation action of the human-computer interaction interface includes conditional transition of a finite state in a workflow and transition to an error operation state when an error operation occurs, and indicates whether to process the operation action in the working state.
Optionally, the performing, according to the determined working state, corresponding processing on the operation action includes: if the working state is determined not to be the misoperation state, responding to the operation action; and if the working state is determined to be the misoperation state, sending misoperation information output information prompt, judging whether the operation action is the holding button action, if so, sending misoperation information for storage and recovery, otherwise, not responding to the operation action.
Optionally, the querying and recovering the misoperation information and then outputting the information prompt when the misoperation occurs includes: receiving and searching the misoperation information, if the button information of the misoperation is inquired, executing operation error recovery processing, otherwise, storing the misoperation information; and further inquiring whether the system still has misoperation information, and sending an inquiry result for outputting an information prompt.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.
Fig. 1 is a schematic structural diagram of a human-computer interaction misoperation management system according to an embodiment of the present invention;
FIG. 2 is a flowchart of a human-computer interaction misoperation management system according to an embodiment of the present invention;
fig. 3 is a flowchart of a man-machine interaction misoperation management method according to an embodiment of the present invention.
Detailed Description
The accompanying drawings, which are incorporated in and constitute a part of this application, illustrate preferred embodiments of the invention and together with the description, serve to explain the principles of the invention and not to limit the scope of the invention.
The technical idea of the embodiment of the invention is as follows: aiming at the problem of unsafety of equipment operation caused by personnel operation errors, most of existing equipment hardware generally adopts the mode of increasing the physical isolation between an operation source and personnel or designing an operation program into multiple links to manage the operation errors, for example, a man-machine interaction operation panel adopts a mode of selecting a button with a protective cover or selecting a knob to replace the button, and after each step of operation, the personnel need to press a confirmation button so as to reduce the probability of misoperation. The operation protection method of the hardware can not prompt and immediately prohibit when an operation error occurs, so that the prohibition processing and prompting of the error operation are required to be added in the matched software. Compared with the prior art, the method and the device have the advantages that under the condition that the size of a man-machine interaction screen is limited, operation error management can be finished only by using a single-line text space, operation errors are not responded and immediately prompted through auxiliary operation decision information prompting, the fact that the equipment work flow is continued after the operation errors are recovered is guaranteed, and the function of complete recovery of multiple layers of operation errors in a step mode is guaranteed.
Fig. 1 is a schematic structural diagram of a human-computer interaction misoperation management system according to an embodiment of the present invention.
Referring to fig. 1, a management system 100 for man-machine interaction misoperation comprises a working state module 101, an operation processing module 102, a storage and recovery module 103 and an information prompt module 104; the working state module 101 is configured to receive operation action information of a human-computer interaction interface and determine transition of a working state according to the operation action information; the operation processing module 102 is configured to input the operation action, send the operation action information to the working state module, and perform corresponding processing on the operation action according to the working state of the working state module; the storage and recovery module 103 is configured to receive and store the operation action information when the misoperation occurs, query and recover the misoperation information, and then send the information to the information prompt module 104.
It should be noted here that the working state module 101 analyzes the device workflow, divides the workflow into limited states according to the working content in each step of workflow and the definition of the finite state machine, confirms the working state transition condition, and adds an operation error state, that is, an error operation state, to the finite state machine. The processing of the operation actions performed on the buttons in each state is analyzed in conjunction with the operation buttons of the input interface of the operation processing module 102 provided by the system, and an action/state correspondence processing table is formed, as shown in table 1.
Table 1 action state correspondence processing table
When an erroneous operation occurs in a certain state, the state is shifted to an operation error state. The operation error state is only responsible for recovering the operation error, and the control of the equipment workflow is not influenced. The working state module 101 is responsible for completing the transition control of the working state in the finite state machine and confirming whether to process the operation action in each state. After receiving the button action input in the operation error state, the button action input is transmitted to the storage and recovery module 103 for processing.
In a specific embodiment of the present invention, as shown in fig. 1, the information prompt module is configured to display warning information or misoperation information; the operation actions comprise a momentary button action and a holding button action which are scanned by the operation processing module; the warning information comprises operation error information input by the operation processing module through a momentary button action; the misoperation information comprises operation error information input by the operation processing module through a holding button action or operation error prompt information input by the storage and recovery module. That is to say, the operation action performed on the button on the input interface of the operation processing module causes the working state module to transition to the operation error state, and the operation processing module captures the operation action information on the button through scanning. When the operation processing module sends a momentary button action to cause operation error information, the operation processing module is warning information, the information prompting module displays the information, the starting time is generally set for 5s, and when the timing is up, the information display is automatically cleared. When the operation processing module sends the operation error information caused by the action of the holding button and the operation error prompt information sent by the storage and recovery module is the misoperation information, the information processing module displays the information, and when the operation error releasing prompt information sent by the storage and recovery module is received, the display of the misoperation information is eliminated.
Fig. 2 is a flowchart of a human-computer interaction misoperation management system according to an embodiment of the present invention.
In a specific embodiment of the present invention, referring to fig. 2, the working state module determines the transition of the working state according to the operation action, including conditional transition of a finite state in a workflow and transition to an incorrect operation state when an incorrect operation occurs, and indicates whether the operation processing module processes the operation action in the working state. That is, the working state module divides the working flow into limited states, confirms the working state transition condition, and finally adds a misoperation state in the finite state machine, and indicates whether to respond to the operation action according to the working state.
In an embodiment of the present invention, the performing, by the operation processing module, the corresponding processing on the operation action according to the working state of the working state module includes: if the working state is not transferred to the misoperation state, the operation processing module responds to the operation action; and if the working state is transferred to the misoperation state, the operation processing module sends misoperation information to the information prompting module, judges whether the operation action is the holding button action, and if so, sends the misoperation information to the storage and recovery module, otherwise, does not respond to the operation action. That is, when the operation processing module transits to the misoperation state, the operation processing module sends the state information to the information prompting module, and determines the non-response action or sends the misoperation information to the storage and recovery module according to whether the operation action is the hold button action; and under the condition of not migrating to the misoperation state, responding to the operation action by the operation processing and executing the workflow.
In a specific embodiment of the present invention, the storage and recovery module is configured to receive and search the misoperation information input by the operation processing module, execute an operation error recovery process if the button information of the misoperation is queried, and otherwise store the misoperation information; the storage and recovery module further inquires whether misoperation information still exists in the system or not, and sends an inquiry result to the information prompt module. That is to say, the storage and recovery module performs processing of searching for a stored operation error and recovering the operation error on the misoperation information transmitted by the operation processing module, if the misoperation information cannot be inquired in the stored operation error, the misoperation information is stored in the system, whether the misoperation information still exists in the system is further inquired, if the misoperation information still exists in the system, the misoperation information is transmitted to the information prompt module to display the misoperation information, and if the inquired misoperation information is executed and recovered, the information display of the information prompt module is cleared.
Fig. 2 is a flowchart of a human-computer interaction misoperation management system according to an embodiment of the present invention.
The working process of the human-computer interaction misoperation management system is specifically described below with reference to fig. 2, and it can be seen that when a person operates the device, the working state module of the human-computer interaction misoperation management system enters an initial working state, and the operation processing module periodically scans the input port of the operation panel. It should be noted that, in the operation of the device, it is generally specified that the holding time of the human operation button or knob is longer than 200ms, so the human-computer interaction misoperation management system scans the operation button at a cycle of 200 ms.
The scanned operation actions are sent to the working state module, and according to the action/state correspondence processing table 1 formed by the operation of the button in each state, in a certain state, an error operation occurs, and at this time, the operation is shifted to an operation error state. The operation error state is only responsible for recovering the operation error, and the control of the equipment workflow is not influenced. The working state management module is responsible for completing the state transition control in the finite state machine and confirming whether the operation action is processed or not in each state. And after receiving the action input of the holding button in an operation error state, transmitting the action input into a storage and recovery module for processing, and simultaneously transmitting the misoperation information into the information prompt module for displaying. That is, if the operation is not executed according to the workflow in the misoperation state, the misoperation information is sent to the information prompt module, and is classified according to the snap button and the hold button, if the operation is the snap button, the indication equipment system only does not respond to the operation, and if the operation is the hold button, the operation is sent to the storage and recovery module.
The storage and recovery module is a storage and query system. After receiving the operation action information transmitted by the operation processing module, firstly inquiring whether the operation error is recovered or not, and judging on the premise that the holding button and the holding knob only have two mechanical states, namely, the button only has two states of pressing and bouncing, and the knob only has two states of left turning and right turning, wherein the judgment condition is that the button action information is inquired in the storage system, and at the moment, the transmitted button action information is the operation error recovery, the operation recovery information is transmitted to the information prompting module, and the prompt of the operation error is relieved. If the button action information is not inquired in the storage system, the button action information transmitted this time is indicated as an operation error, and the information is stored. If the operation error is recovered, continuously traversing whether operation error information still exists in the storage system, and if the operation error information still exists, sending the information to the information prompting module to prompt the misoperation information.
The information prompting module judges whether the misoperation information sent by the operation processing module is warning information, if the misoperation information is the momentary button operation error information, the warning information is displayed, generally, 5s timing is started, and the information display is cleared after the timing is finished. The operation processing module sends the holding button operation error information and the storage and recovery module sends the operation error prompt information which are operation error information, namely misoperation information, the information prompt module displays the misoperation information, and when the storage and recovery module receives the operation error releasing prompt information sent by the storage and recovery module, the display of the misoperation information is eliminated.
Meanwhile, it should be noted that, because the operation processing module periodically scans the input port of the operation panel, the working state module continuously updates the current working state according to the input of the operation action, so that the operation processing module, the storage and recovery module, and the information prompt module continuously and circularly process the input operation action according to the above working flow.
The invention provides a man-machine interaction misoperation management method, belonging to the same technical concept as the man-machine interaction misoperation management system. Fig. 3 is a flowchart of a man-machine interaction misoperation management method according to an embodiment of the present invention.
A specific embodiment of the present invention, referring to fig. 3, discloses a human-computer interaction misoperation management method, which comprises the following steps:
s301, determining the transition of the working state through the operation action of the human-computer interaction interface;
s302, executing corresponding processing on the operation action according to the determined working state;
and S303, inquiring and recovering the misoperation information when misoperation occurs, and outputting an information prompt.
As shown in fig. 3, the method for managing human-computer interaction misoperation according to the embodiment of the present invention includes determining the transition of a working state through an operation action of a human-computer interaction interface; executing corresponding processing on the operation action according to the determined working state; and inquiring and recovering the misoperation information when misoperation occurs, and then outputting an information prompt. Compared with the prior art, the method has the advantages that the method has auxiliary operation decision information prompt, does not respond to operation errors and prompts immediately, can process operation error actions in real time, ensures that the system work flow is continued after the operation errors are recovered, and ensures that multilayer operation errors are completely recovered step by step, thereby fundamentally ensuring the safety of equipment and personnel
In one embodiment of the present invention, the information prompt includes warning information or misoperation information; the operation action comprises a snap button action or a hold button action; wherein the warning information includes operation error information input by a momentary button action; the misoperation information includes operation error information input by a hold button action or stored operation error prompt information. The user operation can be clearly guided through the classified display of the information prompts, the user can be ensured to complete the recovery of all operation errors according to the prompts, and the management of the operation errors can be completed by using a single-line text space only through simple prompt information under the condition that the size of a man-machine interaction screen is limited.
In a specific embodiment of the present invention, the determining of the transition of the working state through the operation action of the human-computer interaction interface includes conditional transition of a finite state in a workflow and transition to an incorrect operation state when an incorrect operation occurs, and indicates whether to process the operation action in the working state. That is, the work state transition is to divide the work flow into limited states according to the work content in each work flow step by the definition of the finite state machine, confirm the state transition condition, and add an operation error state, that is, an error operation state, in the finite state machine. Referring to the action/state correspondence processing table 1, in combination with the operation buttons provided by human-computer interaction, the operation action on the button in each state causes conditional transition of a finite state and transition to an erroneous operation state when an erroneous operation occurs, and indicates whether to process the operation action.
In an embodiment of the present invention, the performing the corresponding processing on the operation action according to the determined working state includes: if the working state is determined not to be the misoperation state, responding to the operation action; and if the working state is determined to be the misoperation state, sending misoperation information output information prompt, judging whether the operation action is the holding button action, if so, sending misoperation information for storage and recovery, otherwise, not responding to the operation action.
It should be noted here that, in the operation of the device, it is generally specified that the holding time of the human operation button or knob is more than 200ms, so the human-computer interaction input port scans the operation button in a cycle of 200 ms. When an action is input, the action is sent to a working state module to judge whether to process under the current state. If the action is not processed in the state, the action is classified according to a snap button and a hold button, if the action is the snap button, the system does not respond to the action, and if the action is the hold button, the action is sent to the storage and query module. And meanwhile, the operation error information is sent to the information prompt module.
In a specific embodiment of the present invention, the querying and recovering the misoperation information and then outputting the information prompt when the misoperation occurs includes: receiving and searching the misoperation information, if the button information of the misoperation is inquired, executing operation error recovery processing, otherwise, storing the misoperation information; and further inquiring whether the system still has misoperation information, and sending an inquiry result for outputting an information prompt. That is, the storage and recovery module is a storage and query system. After receiving the action information transmitted by the operation action processing module, firstly inquiring whether the operation error is recovered or not, judging on the premise that the holding button and the holding knob are only in two mechanical states, namely, the button is only in a pressing state and a bouncing state, and the knob is only in a left-handed state and a right-handed state, and judging on the condition that the action information of the button is inquired in the storage system, wherein the transmitted action information is the operation error recovery, and the operation recovery information is transmitted to the information prompting module to release the prompt of the operation error. If the button action information is not inquired in the storage system, the action information transmitted this time is an operation error, and the information is stored. If the operation error is recovered, continuously traversing whether operation error information still exists in the storage system, and if the operation error information exists, sending the information to the information prompt module to prompt the operation error.
In summary, the present invention discloses a system and a method for managing human-computer interaction misoperation, wherein the system comprises a working state module, an operation processing module, a storage and recovery module and an information prompt module; the working state module is used for receiving operation action information of the human-computer interaction interface and determining the transition of the working state according to the operation action information; the operation processing module is used for inputting the operation action, sending the operation action information to the working state module and carrying out corresponding processing on the operation action according to the working state of the working state module; the storage and recovery module is used for receiving and storing the operation action when misoperation occurs, inquiring and recovering the misoperation information, and then sending the misoperation information to the information prompt module. The invention solves the problems that most man-machine interaction software only has the functions of not responding to operation errors or leading a person to recover correct operation difficultly due to complex error prompt under the condition that the size of a man-machine interaction screen is limited, and does not have the function of ensuring the recovery of the error operation and the complete recovery of multilayer operation errors. The man-machine interaction misoperation management method which belongs to the same conception as the management system has the functions of assisting operation decision information prompt, not responding to operation errors and prompting immediately, ensuring that the equipment work flow is continued after the operation errors are recovered, and completely recovering multi-layer operation errors step by step, thereby fundamentally ensuring the safety of equipment and personnel.
Those skilled in the art will appreciate that all or part of the processes for implementing the methods in the above embodiments may be implemented by a computer program, which is stored in a computer-readable storage medium, to instruct associated hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (8)
1. A man-machine interaction misoperation management system is characterized by comprising a working state module, an operation processing module, a storage and recovery module and an information prompt module;
the working state module is used for receiving operation action information of the human-computer interaction interface and determining the transition of the working state according to the operation action information;
the operation processing module is used for inputting the operation action, sending the operation action information to the working state module and carrying out corresponding processing on the operation action according to the working state of the working state module;
the storage and recovery module is used for receiving and storing the operation action when misoperation occurs, inquiring and recovering the misoperation information, and sending the misoperation information to the information prompt module;
the operation actions comprise a momentary button action and a holding button action which are scanned by the operation processing module; if the working state is not transferred to the misoperation state, the operation processing module responds to the operation action; and if the working state is transferred to the misoperation state, the operation processing module sends misoperation information to the information prompting module, judges whether the operation action is the holding button action, and if so, sends the misoperation information to the storage and recovery module, otherwise, does not respond to the operation action.
2. The system of claim 1, wherein the information prompt module is configured to display a warning message or a malfunction message;
the warning information comprises operation error information input by the operation processing module through a momentary button action;
the misoperation information comprises operation error information input by the operation processing module through a holding button action or operation error prompt information input by the storage and recovery module.
3. The system according to claim 1, wherein the working state module determines a transition of a working state according to the operation action, including a conditional transition of a finite state in a workflow and a transition to a misoperation state when a misoperation occurs, and instructs the operation processing module whether to process the operation action in the working state.
4. The system according to claim 1 or 2, wherein the storage and recovery module is configured to receive and search the misoperation information input by the operation processing module, execute an operation error recovery process if the button information of the misoperation is queried, and otherwise store the misoperation information;
if the button information of the misoperation is inquired, the storage and recovery module further inquires whether the misoperation information still exists in the system, and if the misoperation information still exists, the inquiry result is sent to the information prompt module.
5. A man-machine interaction misoperation management method is characterized by comprising the following steps:
determining the transition of the working state through the operation action of a human-computer interaction interface;
executing corresponding processing on the operation action according to the determined working state;
inquiring and recovering the misoperation information when misoperation occurs and then outputting an information prompt;
the operation action comprises a snap button action or a hold button action;
if the working state is determined not to be the misoperation state, responding to the operation action;
and if the working state is determined to be the misoperation state, sending misoperation information output information prompt, judging whether the operation action is the holding button action, if so, sending misoperation information for storage and recovery, otherwise, not responding to the operation action.
6. The method of claim 5, wherein the informational prompt includes a warning message or a malfunction message;
wherein the warning information includes operation error information input by a momentary button action;
the misoperation information includes operation error information input by a hold button action or stored operation error prompt information.
7. The method according to claim 5, wherein the determining of the transition of the working state through the operation action of the human-computer interaction interface comprises conditional transition of a finite state in a workflow and transition to a misoperation state when misoperation occurs, and indicates whether to process the operation action in the working state.
8. The method according to claim 5 or 6, wherein the outputting of the information prompt after inquiring and recovering the misoperation information when the misoperation occurs comprises:
receiving and searching the misoperation information, if the button information of the misoperation is inquired, executing operation error recovery processing, otherwise, storing the misoperation information; and if the misoperation button information is inquired, further inquiring whether misoperation information still exists in the system, and if the misoperation information still exists, sending an inquiry result for outputting an information prompt.
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| Publication number | Priority date | Publication date | Assignee | Title |
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