CN115331326A - Non-invasive sharing processing method and system for pop-up window - Google Patents
Non-invasive sharing processing method and system for pop-up window Download PDFInfo
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Abstract
The invention provides a non-invasive sharing processing method and a non-invasive sharing processing system for a pop-up window, which are used for restraining or closing the pop-up window of a display device. The method comprises the following steps: the non-invasive terminal device issues pop-up window data to the information subject of the communication interface; the central processing device subscribes the information theme to receive the pop-up window data, generates decision data corresponding to the pop-up window according to the pop-up window data and distributes the decision data to the information theme; and the non-invasive terminal device receives the decision data from the information subject and suppresses or closes the pop-up window of the display device according to the decision data. Therefore, the method of the present invention can automatically transmit the information and solution of the pop-up window to the same device through the subscription/distribution mechanism, so as to reduce the processing time of the operator.
Description
Technical Field
The present invention relates to a pop-up window sharing method and system, and more particularly, to a pop-up window non-intrusive sharing method and system capable of automatically detecting, closing and suppressing a device.
Background
With the rapid development of industry, the equipments in many factories are gradually going to automation and intelligence. Generally, the equipment is matched with a display screen, and the equipment displays the current production progress or various parameters on the screen, so that an operator can check the operation condition of the equipment.
In conventional equipment, when a parameter or value reaches a warning threshold, the equipment alerts the operators on the production line through a signal lamp. In other words, the operator needs to be at the equipment to be able to handle the emergency or abnormal event of the equipment. Further, when the production parameters or values of the equipment need to be counted, the operator is also required to periodically copy the data on site. In order to solve the problem of labor cost of the conventional apparatus, technologies and products for capturing screen images and analyzing data on the screen have been developed to automatically monitor the operation status of the apparatus.
However, a pop-up window for notification or warning sometimes appears due to peripheral devices or elements disposed in the apparatus, such as: a notification window that the charging device is charged, a notification window that the air supply device is opened, a warning window that 30% of the material pieces of the supply tray are left, and the like. Therefore, when the pop-up window appears in the apparatus, the pop-up window may block the production parameters or the data to be detected in the screen, so that the system cannot recognize the data and an abnormality occurs. The current solution includes the operator going to the equipment and manually closing the pop-up window, and the equipment installing an intrusive control module, and the operator remotely controlling the equipment to close the pop-up window. Because the equipment of large-scale factory is numerous, even hundreds, if every equipment jumps out of the pop-up window, the operator still needs to close the pop-up window one by one, thereby reducing the efficiency and improving the cost. Moreover, if each piece of equipment is provided with an intrusive control module, the additionally arranged control module can increase the load of the equipment, and further the production efficiency is reduced. In addition, the same equipment may encounter pop-up windows of the same type, and the operator still needs to close the pop-up windows one by manual or remote control, thereby reducing efficiency.
Therefore, there is a need to develop a new automatic processing mechanism for pop-up windows to solve the problems of the prior art.
Disclosure of Invention
Accordingly, the present invention is directed to a method and a system for non-intrusive sharing processing of pop-up windows, which can solve the problems of the prior art, reduce the processing time of the operator, thereby improving the efficiency and saving the cost, and can directly process pop-up windows on the device, thereby improving the convenience and efficiency.
To achieve the above object, the present invention discloses a pop-up window non-intrusive sharing processing method for suppressing or closing a pop-up window of a display device, the pop-up window non-intrusive sharing processing method comprising the steps of:
a first non-invasive terminal device issues a pop-up window data of the pop-up window to an information subject in a communication interface;
a central processing unit subscribes the information topic in the communication interface to receive the pop-up window data, generates a decision data corresponding to the pop-up window according to the pop-up window data, and issues the decision data to the information topic in the communication interface; and
the first non-invasive terminal device receives the decision data from the information topic in the communication interface and suppresses or closes the pop-up window of the display device according to the decision data.
Wherein, further comprising the following steps:
the first non-invasive terminal device captures a screen image of the display device and compares the screen image with a preset screen image to detect the pop-up window; and
the first non-invasive terminal device analyzes the pop-up window to generate the pop-up window data.
Wherein, in the step of capturing the screen image of the display device by the first non-invasive terminal device and comparing the screen image with the preset screen image to detect the pop-up window, the method further comprises the following steps:
the first non-invasive terminal device captures the screen image of the display device;
the first non-invasive terminal device judges whether the preset screen image exists or not;
if not, the first non-invasive terminal device replaces the screen image with the preset screen image; and
if so, the first non-invasive terminal device compares the screen image with the preset screen image to detect the pop-up window.
Wherein, in the step of analyzing the pop-up window by the first non-invasive terminal device to generate the pop-up window data, the method further comprises the following steps:
the first non-invasive terminal device analyzes and calculates the pop-up window by an algorithm to generate a button data in the pop-up window data, wherein the button data comprises a button profile and a button position; and
the first non-invasive terminal device analyzes the button data by optical character recognition and generates a button text in the button data.
Wherein, further comprising the following steps:
the first non-intrusive terminal device compares whether the pop-up window data accords with a first historical pop-up window data in a plurality of historical pop-up window data stored in a first database, wherein the first database stores a plurality of historical decision data, and the historical pop-up window data respectively correspond to the historical decision data; and
if so, the first non-invasive terminal device suppresses or closes the pop-up window according to the historical decision data corresponding to the first historical pop-up window data.
Wherein, the step of subscribing the information topic in the communication interface by the central processing device to receive the pop-up window data, generating the decision data corresponding to the pop-up window according to the pop-up window data, and issuing the decision data to the information topic in the communication interface further comprises the following steps:
the central processing unit receives the pop-up window data and generates a plurality of solutions corresponding to the pop-up window data;
selecting one of the solutions as the decision data according to the pop-up window data of the pop-up window; and
the central processing device issues the decision data to the information topic in the communication interface.
Wherein, further comprising the following steps:
a second non-invasive terminal device subscribes the information subject in the communication interface; and
the second non-invasive terminal device receives the pop-up window data and the decision data from the information topic in the communication interface and stores them in a second database.
Also disclosed is a pop-up window non-intrusive sharing processing system for suppressing or closing a pop-up window of a display device, the pop-up window non-intrusive sharing processing system comprising:
a communication interface, which includes an information theme, the information theme is used to store a pop-up window data of the pop-up window and a decision data corresponding to the pop-up window; and
a first non-invasive terminal device coupled to the communication interface and the display device and subscribing the information topic of the communication interface, the first non-invasive terminal device further comprising:
an image capturing module for capturing a screen image of the display device;
the image analysis module is connected with the image acquisition module and stores a preset screen image, and the image analysis module is used for analyzing the screen image and the preset screen image so as to detect the pop-up window and generate pop-up window data;
a transmission module for issuing the pop-up window data to the information subject and receiving the decision data from the information subject; and
a processor coupled to the transmission module and the display device, the processor controlling the transmission module to issue the pop-up window data and receive the decision data, and the processor suppressing or closing the pop-up window of the display device according to the decision data.
The first non-invasive terminal device comprises a first database connected with the processor, the first database is used for storing a plurality of historical pop-up window data and a plurality of historical decision data, the historical pop-up window data correspond to the historical decision data respectively, and when the pop-up window data generated by the image analysis module are in accordance with a first historical pop-up window data in the historical pop-up window data, the processor restrains or closes the pop-up window of the display device according to the historical decision data corresponding to the first historical pop-up window data.
Wherein, further comprising a second non-invasive terminal device coupled to the communication interface and subscribing the information topic of the communication interface, the second non-invasive terminal device comprises a second database, the second non-invasive terminal device receives the pop-up window data and the decision data from the information topic, and stores the pop-up window data and the decision data in the second database.
The system further comprises a central processing device which is coupled with the communication interface and subscribes the information topic of the communication interface, the central processing device receives the pop-up window data from the information topic and is used for generating the decision data corresponding to the pop-up window, and the decision data is issued to the information topic in the communication interface.
Wherein, the CPU generates a plurality of solutions corresponding to the pop-up window data according to the pop-up window data, and uses one of the solutions selected by a user as the decision data.
The CPU includes an analysis module, which generates multiple solutions corresponding to the pop-up window data according to the pop-up window data, and selects one of the solutions as the decision data according to the pop-up window data.
The system further comprises a third non-invasive terminal device which is coupled with the communication interface and subscribes the information theme of the communication interface, receives the pop-up window data from the information theme and is used for generating the decision data corresponding to the pop-up window, and distributes the decision data to the information theme in the communication interface.
When the preset screen image does not exist, the image analysis module replaces the screen image with the preset screen image.
The image analysis module analyzes the pop-up window by algorithm and optical character recognition to generate a button data in the pop-up window data, wherein the button data comprises a button profile, a button position and a button character.
In summary, the non-invasive sharing processing method and system of the present invention can automatically detect the pop-up window of the device, and the operator can provide a solution through the communication interface at the remote end, thereby reducing the labor cost. In addition, the non-invasive sharing processing method and system of the pop-up window can automatically inhibit the pop-up window generated by the equipment through the non-invasive terminal device, thereby reducing the labor cost and improving the production efficiency. Furthermore, the non-invasive sharing processing method and system of the pop-up window can automatically detect and compare the pop-up window processed in the past through the storage device, thereby improving the detection efficiency and reducing the time cost. Moreover, the non-intrusive sharing processing method and system for the pop-up window can also automatically transmit the information and the solution of the pop-up window to the same equipment in a subscription/release mode, so as to reduce the processing time of operators, further improve the efficiency and save the cost. In addition, the non-invasive sharing processing system of the pop-up window can also directly process the pop-up window on the equipment, thereby improving the convenience and the efficiency.
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FIG. 1 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to an embodiment of the present invention.
FIG. 2 is a block diagram of a pop-up window non-intrusive shared processing system, according to one embodiment of the present invention.
Fig. 3 is a functional block diagram of the non-invasive terminal apparatus according to fig. 2.
FIG. 4 is a flowchart illustrating a non-intrusive sharing processing method of pop-up window according to the embodiment of FIG. 1.
FIG. 5 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to the embodiment of FIG. 1.
FIG. 6 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to the embodiment of FIG. 1.
FIG. 7 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to an embodiment of the present invention.
FIG. 8 is a block diagram of a pop-up window non-intrusive shared processing system, according to one embodiment of the present invention.
FIG. 9 is a block diagram of a pop-up window non-intrusive shared processing system, according to another embodiment of the present invention.
FIG. 10 is a block diagram of a pop-up window non-intrusive shared processing system, according to another embodiment of the present invention.
Detailed Description
In order that the advantages, spirit and features of the invention will be readily understood and appreciated, embodiments thereof will be described in detail hereinafter with reference to the accompanying drawings. It is to be understood that these embodiments are merely representative of the present invention, and that the specific methods, devices, conditions, materials, etc., described herein are not intended to limit the present invention or the corresponding embodiments. Also, the devices shown in the drawings are merely for relative positional representation and are not drawn to scale as they are actually drawn.
Reference throughout this specification to the description of "a particular embodiment," "another particular embodiment," or "some embodiments," or the like, means that a particular feature, structure, material, or characteristic described in connection with the embodiment is included in at least one embodiment of the present disclosure. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments.
Please refer to fig. 1 to fig. 6. FIG. 1 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to an embodiment of the present invention. FIG. 2 is a functional block diagram of the pop-up window non-intrusive sharing processing system 1 according to an embodiment of the present invention. Fig. 3 is a functional block diagram of the non-invasive terminal apparatus 11 according to fig. 2. FIG. 4 is a flowchart illustrating a non-intrusive sharing processing method of pop-up window according to the embodiment of FIG. 1. FIG. 5 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to the embodiment of FIG. 1. FIG. 6 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to the embodiment of FIG. 1. The pop-up window non-invasive sharing processing methods of fig. 1, 4, 5 and 6 can be performed by the pop-up window non-invasive sharing processing system 1 of fig. 2 and the non-invasive terminal apparatus 11 of fig. 3. As shown in fig. 1, in the present embodiment, the pop-up window non-intrusive sharing processing method includes the following steps: step S11: the non-invasive terminal device 11 captures a screen image of the display device 81, and compares the screen image with a preset screen image to detect a pop-up window; step S12: the non-invasive terminal device 11 analyzes the pop-up window to generate pop-up window data; step S13: the non-invasive terminal device 11 determines whether the pop-up window data conforms to the history pop-up window data; if yes, step S17 is executed: the non-invasive terminal device 11 suppresses or closes the pop-up window according to the historical decision data corresponding to the historical pop-up window data; if not, executing step S14: the non-invasive terminal device 11 issues the pop-up window data to an information topic 131 in the communication interface 13; step S15: the CPU 15 subscribes to the information topic 131 in the communication interface 13 to receive the pop-up window data and generate the decision data corresponding to the pop-up window according to the pop-up window data, and issues the decision data to the information topic 131 in the communication interface 13; and step S16: the non-invasive terminal device 11 receives the decision data from the information topic 131 in the communication interface 13 and suppresses or closes the pop-up window of the display device 81 according to the decision data.
In the present embodiment, the pop-up window non-invasive sharing processing system 1 includes a non-invasive terminal device 11, a communication interface 13 and a central processing device 15. The non-invasive terminal device 11 is coupled to the communication interface 13, and the communication interface 13 is coupled to the central processing device 15. Further, the non-invasive terminal device 11 is connected to a display device 81. In practice, the display device 81 may be a display screen of the apparatus 8. The non-invasive terminal device 11 can communicate with the display device 81, and the non-invasive terminal device 11 can communicate with the central processing device 15 through the communication interface 13.
In practice, the communication interface 13 may be a middleware connected to the operating system. The communication interface 13 can generate information flow, and the information flow can include multiple information subjects. And the informational topic may include data about the pop-up window. When the transmission module 113 of the non-invasive terminal device 11 issues the pop-up window data to the communication interface 13, the non-invasive terminal device 11 can create the information topic 131 and issue the information topic 131 containing the pop-up window data to the communication interface 13. Further, the information topic may also include decision data corresponding to the pop-up window. The non-invasive terminal device 11 can receive the decision data from the information topic and suppress or close the pop-up window of the display device 81 according to the decision data. The decision data may be instructions or means for processing the pop-up window to prevent the pop-up window from obscuring the display device 81 of the apparatus.
In the present embodiment, the non-invasive terminal apparatus 11 includes an image capturing module 111, an image analyzing module 112, a transmitting module 113, a processor 114 and a database 115. The image capturing module 111 is used for capturing a screen image of the display device 81. The image analysis module 112 is connected to the image capturing module 111 and stores the default screen image. The image analysis module 112 is used for analyzing the screen image and the default screen image to detect the pop-up window and analyzing the pop-up window to generate pop-up window data. The transmission module 113 is used to issue pop-up window data to the information topic 131 and receive decision data from the information topic 131. The processor 114 is coupled to the transmission module 113 and the display device 81. The processor 114 controls the transmission module 113 to issue the pop-up window and receive the decision data, and the processor 114 suppresses or closes the pop-up window of the display device 81 according to the decision data. The database 115 is connected to the processor 114. The database 115 stores a plurality of history pop-up window data and a plurality of history decision data, and the history pop-up window data corresponds to the history decision data respectively. In practice, the image capturing module 111 can be an image capturing chip, the image analyzing module 112 can be an image analyzing chip, the transmission module 113 can be a transceiver, the processor 114 can be a central processing chip, and the database 115 can be a hard disk.
In step S11 of fig. 1, the image capturing module 111 of the non-invasive terminal apparatus 11 captures a screen image of the display device 81, and the image analyzing module 112 compares the screen image with a previous screen image to detect a pop-up window of the device. As shown in the steps of fig. 4, the step of detecting the pop-up window of the device by the non-invasive terminal apparatus 11 further includes: step S111: the image capturing module 111 captures a screen image of the display device; step S112: the image analysis module 112 determines whether a predetermined screen image exists; if not, go to step S114: the image analysis module 112 replaces the screen image with the predetermined screen image; if yes, go to step S113: the image analysis module 112 compares the screen image with the default screen image to detect the pop-up window.
In practice, the image capturing module 111 can capture the screen images of the display device 81 of the apparatus 8 at a plurality of different time points, and the image analyzing module 112 can store the preset screen images. The predetermined screen image may be a screen image of the device in normal operation. The image analysis module 112 can compare the two adjacent screen images by image difference (e.g. image binarization), and detect the pop-up window of the display device 81 of the apparatus 8 by image erosion, structural element and contour calculation. When the image difference value analyzed by the image analysis module 112 is 0, the image analysis module 112 may store the current screen image to replace the preset screen image, so as to compare the current screen image with the image captured next time by the image capture module 111. When the image difference analyzed by the image analysis module 112 is not 0, the image analysis module 112 can detect the pop-up window of the display device 81 according to the image difference. In addition, when the equipment is started or restarted for the first time, the non-invasive terminal device has no preset screen image. At this time, the image analysis module may use the screen image captured by the image capture module for the first time as the preset screen image.
In step S12 of fig. 1, after the image analysis module 112 detects the pop-up window of the display device, the image analysis module 112 can generate pop-up window data according to the pop-up window. In practice, the pop-up window data may include size, text, buttons, graphics, and patterns. Since the apparatus may generate a pop-up window including a button and requiring judgment, as shown in the step of fig. 5, the step of generating pop-up window data by the non-invasive terminal device 11 further includes: step S121: the image analysis module 112 analyzes and calculates the pop-up window by an algorithm to generate button data in the pop-up window data, wherein the button data includes a button profile and a button position; and step S122: the image analysis module 112 uses the optical character to identify and analyze the button data and generate the button character in the button data.
In practice, the image analysis module 112 can calculate the button contour and the button position in the pop-up window by using edge detection (Canny edge detector), douglas-pecker algorithm (Douglas-Peucker algorithm), or other algorithms. Furthermore, the image analysis module 112 can also recognize the button characters through Optical Character Recognition (OCR). In addition, the image analysis module 112 can also calculate the position of the pop-up window in the display device 81 and the text in the pop-up window. It should be noted that the aspects of the image capturing module 111 and the image analyzing module 112 are not limited thereto, and the image capturing module 111 and the image analyzing module 112 may be integrated in the same chip.
In step S13 of fig. 1, after the image analysis module 112 generates the pop-up window data of the pop-up window, the processor 114 compares and determines whether the pop-up window data matches the historical pop-up window data stored in the database 115. In practice, the historical pop-up window data and the historical decision data may be pop-up window data and solution data that have previously occurred. The database 115 can pre-store the pop-up window data of various pop-up windows and the decision data corresponding to the pop-up windows, and also can receive and store the pop-up window data and decision data from the information topic 131 of the subscribed communication interface 13 through the transmission module 113. The processor 114 can compare the pop-up window data generated by the image analysis module 112 with the historical pop-up window data through algorithms (e.g., template comparison, feature invariant moment, feature vector, distance convolutional neural network classifier, etc.).
In step S17 of fig. 1, if the pop-up window data generated by the image analysis module 112 matches the first history pop-up window data in the history pop-up window data, it indicates that the pop-up window generated by the display device 81 of the apparatus 8 has appeared and a corresponding solution has been made. At this time, the processor 114 retrieves the history decision data corresponding to the first history pop-up window data from the database 115 to suppress or close the pop-up window of the display device 81. Therefore, the non-invasive sharing processing method and system of the pop-up window can automatically detect and compare the pop-up window processed in the past through the storage device, thereby improving the detection efficiency and reducing the time cost.
In step S14 of fig. 1, if the pop-up window data generated by the image analysis module 112 does not match all the historical pop-up window data, it indicates that the pop-up window generated by the display device 81 of the apparatus 8 is a new pop-up window without solution. At this time, the processor 114 controls the transmission module 113 to issue the pop-up window data to the communication interface 13. In practice, the transmission mode of the transmission module 113 may be edge sdk, DDS, ROS/ROS2, MQTT, TCP/UDP, or other transmission protocols, but is not limited thereto. When the processor 114 controls the transmission module 113 to issue the pop-up window data to the communication interface 13, the processor 114 can also create the information topic 131 and issue the information topic 131 containing the pop-up window data to the communication interface 13.
In step S15 of FIG. 1, after the CPU 15 receives the pop-up window without solution from the information topic 131 of the communication interface 13, the CPU 15 generates the decision data corresponding to the pop-up window and distributes the decision data to the information topic 131 of the communication interface 13. Further, as shown in fig. 6, the pop-up window non-invasive sharing processing method further includes the following steps: step S151: the CPU 15 receives the pop-up window data and generates a plurality of solutions corresponding to the pop-up window data; step S152: selecting one of the solutions as decision data according to the pop-up window data of the pop-up window; and step S153: the CPU 15 issues decision data to the information topic 131 in the communication interface 13.
In practice, the CPU 15 may be a central control computer. The CPU 15 may pre-store a plurality of solutions, and each solution may comprise different processing modes and processing data. For example, the solution may be to close the pop-up window, minimize the pop-up window, hide the pop-up window, and so on. In practice, the CPU 15 may further comprise a CPU chip and a display. In step S151 of FIG. 6, after the CPU 15 obtains the pop-up window data, the CPU reconstructs the pop-up window on the display according to the pop-up window data, and reconstructs the plurality of solutions as buttons on one side of the pop-up window. Then, as shown in step S152 of fig. 6, the operator can view the pop-up window through the display of the cpu 15, and select or click a button located at one side of the reconstructed pop-up window according to the pop-up window data to determine the solution of the pop-up window. For example, when the worker selects the solution for hiding the pop-up window, the CPU 15 uses the processing data for hiding the pop-up window as the decision data.
Besides selecting the processing mode of the pop-up window from a plurality of pre-stored solutions, the operator can also define the solution by himself. When the CPU receives the pop-up window without solution from the communication interface, the CPU chip reconstructs the button of the pop-up window in the display according to the button data in the pop-up window data, and the CPU chip generates the decision data corresponding to the pop-up window by means of mouse event but not limited thereto. In practice, the operator can click the button of the pop-up window through the mouse according to the information and type of the pop-up window. At this time, the analyzing and processing chip of the CPU can record the coordinate position of the mouse on the display and the clicking position of the mouse to generate the decision data.
The decision data generated by the CPU can be determined by other means besides the operator. In one embodiment, the central processing device includes an analysis module. The CPU generates multiple solutions corresponding to the pop-up window data according to the pop-up window data, and the analysis module selects one of the solutions as decision data according to the pop-up window data. In practice, the analysis module may be a machine learning chip, and the analysis module prestores the decision model. After the CPU receives the pop-up window data, the analysis module calculates the solution corresponding to the pop-up window according to the pop-up window data and the decision model. In another embodiment, the CPU comprises a timer, and when the CPU displays the pop-up window for a specific duration and does not receive a solution, the CPU chip of the CPU selects a predetermined solution as the decision data.
In step S153 of FIG. 6, after the CPU 15 generates the decision data corresponding to the pop-up window, the CPU 15 issues the decision data to the information topic 131 in the communication interface 13.
In step S16 of fig. 1, after the central processing device 15 issues the decision data to the information topic 131 in the communication interface 13, the processor 114 of the non-invasive terminal device 11 can control the transmission module 113 to obtain the decision data corresponding to the pop-up window from the information topic 131, and the processor 114 can control the screen of the display device 81 of the apparatus 8 according to the decision data, so as to suppress the pop-up window. In practice, when the decision data includes the coordinate position of the mouse and the pointing position of the mouse, the processor 114 may set up a mouse keyboard command to simulate the input of the mouse and the keyboard of the apparatus 8 according to the decision data, thereby suppressing the pop-up window of the display device 81.
The non-invasive sharing processing method and system of pop-up window of the invention firstly detect the pop-up window of the equipment through the non-invasive terminal device, and firstly compare and judge whether the pop-up window appears and has a processing mode. If the pop-up window is an unprocessed pop-up window, then the information subject in the communication interface is distributed again. Then, the CPU can generate the decision data corresponding to the pop-up window manually or automatically, and then issue the decision data to the information topic in the communication interface. Finally, the non-invasive terminal device receives the decision data from the information subject in the communication interface and suppresses or closes the pop-up window of the equipment according to the decision data. Therefore, the non-invasive sharing processing method and system of the pop-up window can automatically detect the pop-up window of the equipment, and the operator can provide a solution through the communication interface at a remote end, thereby reducing the labor cost. Furthermore, the non-invasive sharing processing method and system of the pop-up window can also automatically restrain the pop-up window of the equipment through the non-invasive terminal device, thereby improving the production efficiency.
In addition, the data transmission method of the non-invasive terminal device and the central processing device can be other than the method of the foregoing embodiment, and can also be other modes. In one embodiment, when the non-invasive terminal device and the central processing device subscribe to the same information topic, the communication interface directly connects the non-invasive terminal device and the central processing device. When the non-invasive terminal device issues the pop-up window data, the pop-up window data is directly transmitted to the central processing device. Similarly, when the central processing unit issues the decision data, the decision data is directly transmitted to the non-invasive terminal device.
Although the pop-up window non-intrusive sharing processing system in fig. 2 only includes 1 non-intrusive terminal device, in practice, a production line of a factory may be provided with a plurality of identical devices, and thus, the pop-up window non-intrusive sharing processing system of the present invention may also be a pop-up window sharing processing method among a plurality of non-intrusive terminal devices. Please refer to fig. 7 and fig. 8. FIG. 7 is a flowchart illustrating a method for non-intrusive pop window sharing processing according to one embodiment of the present invention. FIG. 8 is a functional block diagram of the pop-up window non-intrusive shared processing system 2, according to one embodiment of the present invention. The pop-up window non-intrusive sharing processing method of fig. 7 can be performed by the pop-up window non-intrusive sharing processing system 2 of fig. 8. The non-invasive pop-up window sharing system 2 of the present invention can also be connected to a plurality of non-invasive terminal devices to suppress the pop-up windows of the display devices of a plurality of devices. As shown in fig. 8, the difference between the present embodiment and the foregoing embodiment is that the pop-up window non-invasive sharing processing system 2 of the present embodiment includes a first non-invasive terminal device 21A and a second non-invasive terminal device 21B. Further, the first non-invasive terminal apparatus 21A is connected to the first display apparatus 81A of the first device 8A, the second non-invasive terminal apparatus 21B is connected to the second display apparatus 81B of the second device 8B, and the first device 8A and the second device 8B are the same device.
In the present embodiment, the first non-invasive terminal device 21A, the second non-invasive terminal device 21B and the central processing device 25 subscribe to the information topic 231 in the communication interface 23. As shown in the step of fig. 7, after the first non-invasive terminal device 21A analyzes and issues the pop-up window data of the pop-up window and the central processing device 25 issues the decision data corresponding to the pop-up window (steps S21 to S24), the second non-invasive terminal device 21B receives and stores the pop-up window data and the decision data in the information topic 231 (step S26), except that the first non-invasive terminal device 21A receives the decision data to suppress the pop-up window of the first equipment 8A (step S25). In practice, the factory may have multiple identical devices to increase throughput, i.e., the second device 8B may also have the same pop-up window as the first device 8A. Therefore, the second non-invasive terminal device 21B can receive the type of the encountered pop-up window of the first equipment 8A and the solution thereof through the information topic 231 in the communication interface 23. Further, the second non-invasive terminal device 21B may also include a second database. After the processor of the second non-invasive terminal device 21B controls the transmission module to receive the pop-up window data and the decision data, the processor can store the pop-up window data and the decision data in the second database as the historical pop-up window data and the historical decision data. Therefore, the non-invasive sharing processing method and system of the pop-up window of the invention can also automatically transmit the information and the solution of the pop-up window to the same equipment, so as to reduce the processing time of the operator, further improve the efficiency and save the cost.
Similarly, when the first non-invasive terminal device 21A, the second non-invasive terminal device 21B and the central processing device 25 all subscribe to the information topic 231, the communication interface 23 directly connects the first non-invasive terminal device 21A, the second non-invasive terminal device 21B and the central processing device 25 to each other. When the first non-invasive terminal device 21A issues the pop-up window data and the CPU 25 issues the decision data, the pop-up window data and the decision data are directly transmitted to the second non-invasive terminal device 21B.
Please refer to fig. 9. FIG. 9 is a block diagram of a pop-up window non-intrusive shared processing system 3, according to another embodiment of the present invention. As shown in fig. 9, the difference between the present embodiment and the foregoing embodiment is that the pop-up window non-invasive sharing processing system 3 of the present embodiment includes a first non-invasive terminal device 31A, a second non-invasive terminal device 31B, a third non-invasive terminal device 31C and a fourth non-invasive terminal device 31D. The first non-intrusive terminal device 31A is connected to a first display 81A of the first apparatus 8A, the second non-intrusive terminal device 31B is connected to a second display 81B of the second apparatus 8B, the third non-intrusive terminal device 31C is connected to a third display 81C of the third apparatus 8C, and the fourth non-intrusive terminal device 31D is connected to a fourth display 81D of the fourth apparatus 8D. Further, the communication interface 33 includes a first information topic 331A and a second information topic 331B. The first non-invasive terminal device 31A and the second non-invasive terminal device 31B subscribe to the first information topic 331A, the third non-invasive terminal device 31C and the fourth non-invasive terminal device 31D subscribe to the second information topic 331B, and the central processing device 35 subscribes to the first information topic 331A and the second information topic 331B.
In practice, the first device 8A and the second device 8B may be a first type device, and the third device 8C and the fourth device 8D may be a second type device. Although the first device 8A and the second device 8B are different from the third device 8C and the fourth device 8D in device type, the third device 8C may also have the same pop-up window as the first device 8A. Therefore, when the first non-invasive terminal device 31A issues the pop-up window data to the first information subject 331A of the communication interface 33 and the central processing device 35 generates the decision data according to the pop-up window data, the central processing device 35 can issue the pop-up window data and the decision data to the second information subject 331B in addition to the decision data issued to the first information subject 331A. At this time, the third non-invasive terminal device 31C can receive and store the pop-up window data and the decision data from the second information topic 331B. Similarly, the second non-invasive terminal device 31B can receive and store the pop-up window data and the decision data from the first information topic 331Q, and the fourth non-invasive terminal device 31D can receive and store the pop-up window data and the decision data from the second information topic 331B. Therefore, the non-intrusive sharing processing method and system for pop-up windows can enable different types of equipment to process pop-up windows of the same type through a plurality of information themes, so as to reduce the processing time of operators, further improve the efficiency and save the cost.
Furthermore, although the first device 8A and the third device 8C may appear the same window, the first device 8A and the third device 8C may require different solutions because they contain different parameters or thresholds. Therefore, the first non-invasive terminal device 31A and the third non-invasive terminal device 31C can issue pop-up window data to the first information subject 331A and the second information subject 331B, respectively, and the central processing device 35 establishes pop-up windows of the first equipment 8A and the third equipment 8C, respectively. Next, the operator can select a solution suitable for the pop-up windows of the first device 8A and the third device 8C, respectively, and generate decision data. Finally, the central processing device 35 issues the decision data corresponding to the pop-up windows of the first equipment 8A and the third equipment 8C to the first information topic 331A and the second information topic 331B, respectively, and the first non-invasive terminal device 31A and the third non-invasive terminal device 31C receive the decision data to the first information topic 331A and the second information topic 331B, respectively. Therefore, the non-invasive sharing processing method and system of the pop-up window can also process the pop-up window required by different types of equipment through a plurality of information themes so as to reduce the processing time of operators, further improve the efficiency and save the cost.
The decision data may be generated by other devices besides the aforementioned central processing device. Please refer to fig. 10. FIG. 10 is a block diagram of a pop-up window non-intrusive shared processing system 4, according to another embodiment of the present invention. As shown in fig. 10, the difference between the present embodiment and the foregoing embodiment is that the non-invasive sharing processing system 4 of pop-up window in the present embodiment includes a first non-invasive terminal device 41A, a second non-invasive terminal device 41B and a third non-invasive terminal device 41C, and does not include a central processing device. Further, the first non-intrusive terminal device 41A is connected to the first display device 81A of the first apparatus 8A, the second non-intrusive terminal device 41B is connected to the second display device 81B of the second apparatus 8B, the third non-intrusive terminal device 41C is connected to the third display device 81C of the third apparatus 8C, and the first apparatus 8A, the second apparatus 8B and the third apparatus 8C are the same apparatus. In the present embodiment, the first non-invasive terminal device 41A, the second non-invasive terminal device 41B and the third non-invasive terminal device 41C all subscribe to the information topic 431 in the communication interface 43. After the first non-invasive terminal device 41A issues the pop-up window data of the pop-up window, the third non-invasive terminal device 41C receives the pop-up window data from the information topic 431 in the communication interface 43 and generates the decision data corresponding to the pop-up window, and issues the decision data to the information topic 431 in the communication interface 43.
In practice, the operator can also generate decision data from the display device of the apparatus. After the first non-intrusive terminal device 41A issues the pop-up window data of the pop-up window, the processor of the third non-intrusive terminal device 41C may also present the pop-up window data in the third display device 81C of the third apparatus 8C. The operator can execute the processing method through the mouse and keyboard of the third device 8C. At this time, the processor of the third non-invasive terminal 41C records the coordinate position of the mouse on the third display device 81C and the clicking position of the mouse to form the decision data. Then, the processor of the third non-invasive terminal 41C controls the transmission module to issue the decision data to the information topic 431 in the communication interface 43. Further, the first non-invasive terminal device 41A receives the decision data from the information topic 431 in the communication interface 43 to suppress the pop-up window of the first display device 81A. In addition, the second non-invasive terminal device 41B can also receive and store the pop-up window data and decision data from the information topic 431 in the communication interface 43. Therefore, the non-invasive sharing processing system of the pop-up window can also directly process the pop-up window on the equipment, thereby improving the convenience and the efficiency.
In summary, the non-invasive sharing processing method and system of the present invention can automatically detect the pop-up window of the device, and the operator can provide a solution through the communication interface at the remote end, thereby reducing the labor cost. In addition, the non-invasive sharing processing method and the system of the pop-up window can automatically inhibit the pop-up window generated by the equipment through the non-invasive terminal device, thereby reducing the labor cost and improving the production efficiency. Furthermore, the non-invasive sharing processing method and system of the pop-up window can automatically detect and compare the pop-up window processed in the past through the storage device, thereby improving the detection efficiency and reducing the time cost. Moreover, the non-invasive sharing processing method and system of the pop-up window can also automatically transmit the information and the solution of the pop-up window to the same equipment in a subscription/release mode, so as to reduce the processing time of operators, further improve the efficiency and save the cost. In addition, the non-invasive sharing processing system of the pop-up window can also directly process the pop-up window on the equipment, thereby improving the convenience and the efficiency.
The above detailed description of the preferred embodiments is intended to more clearly illustrate the features and spirit of the present invention, and is not intended to limit the scope of the present invention by the preferred embodiments disclosed above. On the contrary, it is intended to cover various modifications and equivalent arrangements included within the scope of the claims. The scope of the claims is thus to be accorded the broadest interpretation so as to encompass all such modifications and equivalent arrangements as is within the scope of the appended claims.
Claims (16)
1. A pop-up window non-intrusive sharing processing method is used for restraining or closing a pop-up window of a display device, and is characterized in that the pop-up window non-intrusive sharing processing method comprises the following steps:
a first non-invasive terminal device issues pop-up window data of the pop-up window to an information subject in a communication interface;
a central processing unit subscribes the information topic in the communication interface to receive the pop-up window data, generates a decision data corresponding to the pop-up window according to the pop-up window data, and issues the decision data to the information topic in the communication interface; and
the first non-invasive terminal device receives the decision data from the information topic in the communication interface and suppresses or closes the pop-up window of the display device according to the decision data.
2. The method for non-intrusive pop-up window sharing processing as defined in claim 1, further comprising the steps of:
the first non-invasive terminal device captures a screen image of the display device and compares the screen image with a preset screen image to detect the pop-up window; and
the first non-invasive terminal device analyzes the pop-up window to generate the pop-up window data.
3. The method as claimed in claim 2, wherein the step of capturing the screen image of the display device by the first non-invasive terminal device and comparing the screen image with the predetermined screen image to detect the pop-up window further comprises the steps of:
the first non-invasive terminal device captures the screen image of the display device;
the first non-invasive terminal device judges whether the preset screen image exists or not;
if not, the first non-invasive terminal device replaces the screen image with the preset screen image; and
if so, the first non-invasive terminal device compares the screen image with the preset screen image to detect the pop-up window.
4. The method of claim 2, wherein the step of the first non-invasive terminal device analyzing the pop-up window to generate the pop-up window data further comprises the steps of:
the first non-invasive terminal device analyzes and calculates the pop-up window by an algorithm to generate a button data in the pop-up window data, wherein the button data comprises a button profile and a button position; and
the first non-invasive terminal device analyzes the button data by optical character recognition and generates a button text in the button data.
5. The method for non-intrusive sharing processing of pop-up windows as defined in claim 2, further comprising the steps of:
the first non-invasive terminal device compares whether the pop-up window data accords with a first historical pop-up window data in a plurality of historical pop-up window data stored in a first database, wherein the first database stores a plurality of historical decision data, and the historical pop-up window data respectively correspond to the historical decision data; and
if so, the first non-invasive terminal device suppresses or closes the pop-up window according to the historical decision data corresponding to the first historical pop-up window data.
6. The method as claimed in claim 1, wherein the step of the central processing device subscribing to the information topic in the communication interface to receive the pop-up window data and generating the decision data corresponding to the pop-up window according to the pop-up window data, and issuing the decision data to the information topic in the communication interface further comprises the steps of:
the central processing unit receives the pop-up window data and generates a plurality of solutions corresponding to the pop-up window data;
selecting one of the solutions as the decision data according to the pop-up window data of the pop-up window; and
the central processing device issues the decision data to the information topic in the communication interface.
7. The method for non-intrusive pop-up window sharing processing as recited in claim 1, further comprising the steps of:
a second non-invasive terminal device subscribes the information subject in the communication interface; and
the second non-invasive terminal device receives the pop-up window data and the decision data from the information topic in the communication interface and stores them in a second database.
8. A pop-up window non-intrusive shared processing system for suppressing or closing a pop-up window of a display device, the pop-up window non-intrusive shared processing system comprising:
a communication interface, which includes an information theme, the information theme is used to store a pop-up window data of the pop-up window and a decision data corresponding to the pop-up window; and
a first non-invasive terminal device coupled to the communication interface and the display device and subscribing the information topic of the communication interface, the first non-invasive terminal device further comprising:
an image capturing module for capturing a screen image of the display device;
the image analysis module is connected with the image acquisition module and stores a preset screen image, and the image analysis module is used for analyzing the screen image and the preset screen image so as to detect the pop-up window and generate pop-up window data;
a transmission module for issuing the pop-up window data to the information subject and receiving the decision data from the information subject; and
a processor coupled to the transmission module and the display device, the processor controlling the transmission module to issue the pop-up window data and receive the decision data, and the processor suppressing or closing the pop-up window of the display device according to the decision data.
9. The system as claimed in claim 8, wherein the first non-invasive terminal device comprises a first database connected to the processor, the first database storing a plurality of historical pop-up window data and a plurality of historical decision data, the historical pop-up window data respectively corresponding to the historical decision data, and the processor suppressing or closing the pop-up window of the display device according to the historical decision data corresponding to the historical pop-up window data when the pop-up window data generated by the image analysis module matches a first historical pop-up window data of the historical pop-up window data.
10. The system of claim 8, further comprising a second non-invasive terminal coupled to the communication interface and subscribing to the information topic of the communication interface, the second non-invasive terminal comprising a second database, the second non-invasive terminal receiving the pop-up window data and the decision data from the information topic and storing the pop-up window data and the decision data in the second database.
11. The system as claimed in claim 8, further comprising a central processing device coupled to the communication interface and subscribing to the information topic of the communication interface, the central processing device receiving the pop-up window data from the information topic and generating the decision data corresponding to the pop-up window, and issuing the decision data to the information topic in the communication interface.
12. The system of claim 11, wherein the central processing unit generates a plurality of solutions corresponding to the pop-up window data according to the pop-up window data, and one of the solutions selected by a user is used as the decision data.
13. The system of claim 11, wherein the CPU comprises an analysis module, the CPU generates a plurality of solutions corresponding to the pop-up window data according to the pop-up window data, and the analysis module selects one of the solutions as the decision data according to the pop-up window data.
14. The system of claim 10, further comprising a third non-invasive terminal device coupled to the communication interface and subscribing to the information topic of the communication interface, the third non-invasive terminal device receiving the pop-up window data from the information topic and generating the decision data corresponding to the pop-up window, and issuing the decision data to the information topic in the communication interface.
15. The non-invasive sharing processing system of pop-up window of claim 8, wherein the image analysis module replaces the screen image with the default screen image when the default screen image is absent.
16. The system of claim 8, wherein the image analysis module analyzes the pop-up window using algorithms and optical character recognition to generate a button data in the pop-up window data, wherein the button data includes a button profile, a button position and a button text.
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