Intelligent internet-of-things system based on image data processing and applied to production equipment

Abstract

The invention relates to the technical field of image data processing, in particular to an intelligent internet-of-things system applied to production equipment based on image data processing, which comprises a region division unit, a shortcut component configuration management unit, a menu component unit, a button component unit, an image data generation unit and an image data processing unit, the region division unit comprises a menu operation region, a shortcut key operation region and a button operation region; the shortcut component configuration management unit is used for configuring each shortcut key through the established componentized library in the shortcut key operation area and managing all the configured shortcut keys; the menu component unit is used for generating a first image packet and sending the first image packet; the button assembly unit is used for generating a second image packet and sending the second image packet; the image data generation unit is used for generating an image data packet and sending the image data packet; the image data processing unit is used for generating corresponding data and storing the data; for some devices with industrial control software and no output interface, the internet of things and data acquisition of the devices are realized.

Description

Technical Field

[0001] The present invention relates to the technical field of image data processing, and in particular to an intelligent Internet of Things system based on image data processing and applied to production equipment. Background Art

[0002] With the rapid development of new-generation information technology, more and more manufacturing companies are carrying out IoT transformation to achieve digital development of the enterprise. However, since the degree of intelligence of the production equipment of these manufacturing companies varies greatly, it is relatively difficult to carry out IoT transformation within a limited budget.

[0003] There are many technologies for IoT transformation in current manufacturing enterprises.

[0004] (1) For devices with communication interfaces and communication protocols, implement protocol analysis and data collection;

[0005] (2) For devices with management software and data storage or database, storage data analysis is implemented;

[0006] (3) For devices that do not have communication capabilities, it is necessary to add sensors or transform them into devices with communication functions to achieve data collection and storage.

[0007] The above technology can only solve some devices with communication protocols, database storage, or local storage files, and can realize data collection, storage, and management of devices;

[0008] For some imported equipment, such as fully automatic dicing machines, plasma etchers, photolithography machines, UV picosecond laser cutting machines, etc., these devices have industrial control management software, but no interface. Some equipment control systems can only open the industrial control software of the equipment; some industrial control software is only production control software without any data output. The above technologies cannot solve the Internet of Things and data collection of these devices. Summary of the invention

[0009] In order to solve the above technical problems, the present invention provides an intelligent Internet of Things system based on image data processing and applied to production equipment.

[0010] An intelligent IoT system based on image data processing and applied to production equipment of the present invention comprises an area division unit, a shortcut component configuration management unit, a menu component unit, a button component unit, an image data generation unit and an image data processing unit;

[0011] The area division unit divides the industrial control software interface image into several areas, including a menu operation area, a shortcut key operation area, and a button operation area, based on the actual industrial control software interface size and the main page operation function;

[0012] The shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library and manages all configured shortcut keys;

[0013] The operation timing component configuration management unit configures the operation timing logic for the configured shortcut keys, menus, and buttons through the timing component library. The operation timing component configuration management manages the configured operation timing uniformly.

[0014] The operation timing management unit automatically issues instruction 1 and instruction 2 for the configured operation timing logic;

[0015] A menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area for a preset menu function and generates and sends a No. 1 image package;

[0016] A button component unit receives instruction 2 and uses a preset button function to automatically take a screenshot of the current screen of the corresponding area and generate and send a second image package;

[0017] An image data generating unit, used for receiving a No. 1 image packet sent by the menu operation automatic screen capture unit and a No. 2 image packet sent by the button operation automatic screen capture unit and generating an image data packet for sending;

[0018] The image data processing unit is used to receive the image data packets sent by the image data generation unit for intelligent recognition and analysis, and generate corresponding data for storage; the area division unit divides the industrial control software interface image into several areas based on the actual industrial control software interface size and the main page operation function, including the menu operation area, the shortcut key operation area, and the button operation area; the shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library, and manages all configured shortcut keys; the operation timing component configuration management unit configures the operation timing logic of the configured shortcut keys, menus, and buttons through the timing component library, and the operation timing component configuration management uniformly manages the configured operation timing; the operation timing The management unit automatically issues instruction 1 and instruction 2 for the configured operation timing logic and operation timing management; the menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area through the preset menu function and generates and sends image package No. 1; the button component unit receives instruction 2 and automatically takes a screenshot of the current screen of the corresponding area through the preset button function and generates and sends image package No. 2; the image data generation unit receives image package No. 1 and image package No. 2 and generates an image data packet for transmission; the image data processing unit receives the image data packet for intelligent recognition and analysis, generates corresponding data for storage, thereby realizing the Internet of Things and data collection of some devices with industrial control software but no output interface.

[0019] Preferably, the menu component unit includes a menu component configuration management unit, a menu operation management unit, a menu automatic operation unit and a menu operation automatic screenshot unit;

[0020] The menu component configuration management unit configures each menu in the menu operation area through the component library built, and manages all configured menus;

[0021] The menu operation management unit is used for the user to switch freely inside or outside the system, quickly find the required function and operation interface, and receive and send the instruction 1 issued by the operation sequence management unit;

[0022] A menu automatic operation unit, used to receive instructions 1 issued by the menu operation management unit and automatically execute a series of preset operation processes and issue instructions 3;

[0023] The menu operation automatic screenshot unit receives the instruction 3 sent by the menu automatic operation unit and automatically captures the image of the current screen, generates a No. 1 image package and sends it; the menu component configuration management unit configures each menu in the menu operation area through the component library built, and manages all configured menus; the menu operation management unit cooperates with the user to switch freely inside or outside the system, quickly finds the required function and operation interface, and receives the instruction 1 sent by the operation sequence management unit and sends it;

[0024] The menu automatic operation unit receives instruction 1 issued by the menu operation management unit and automatically executes a series of preset operation processes and issues instruction 3. The menu operation automatic screenshot unit receives instruction 3 and automatically captures the image of the current screen, generates image package No. 1 and sends it; thereby realizing the collection of image data No. 1.

[0025] Preferably, the button component unit includes a button component configuration management unit, a button operation management unit, a button automatic operation unit and a button operation automatic screenshot unit;

[0026] The button component configuration management unit configures each button in the button operation area through the component library built, and manages all configured buttons;

[0027] Button operation management unit; used to select different button modes, the user can switch the system's working mode and receive instructions 2 issued by the operation timing management unit and send them;

[0028] A button automatic operation unit; used to receive the instruction 2 sent by the button operation management unit and automatically perform a series of operations and issue instructions 4 according to a preset program or logic;

[0029] A button operation automatic screenshot unit; used to receive instructions 4 issued by the button automatic operation unit and automatically capture the image of the current screen, generate and send a second image package; the button component configuration management unit configures each button in the button operation area through the component library built, and manages all configured buttons; the button operation management unit selects different button modes, and the user can switch the system's working mode and receive and send instructions 2 issued by the operation timing management unit; the button automatic operation unit receives instructions 2 sent by the button operation management unit and can automatically perform a series of operations according to a preset program or logic and issue instructions 4; the button operation automatic screenshot unit receives instructions 4 and automatically captures the image of the current screen, generates and sends a second image package, thereby realizing the collection of the second image package.

[0030] Preferably, the image data processing unit includes an image data division management unit, a list component unit, a status icon unit, a graphic component unit, a text box component configuration unit, a text box image data processing unit, a Label component configuration unit, a Label image data processing unit and a data association storage unit;

[0031] The image data division management unit annotates the automatically generated image data packets, and divides and annotates the image data packets into lists, text boxes, labels, status icons, and graphic data areas based on the built component library;

[0032] List component unit; used for data identification, data generation and data storage of list data area;

[0033] A status icon unit, used for data identification, data generation and data storage of the status icon area;

[0034] A graphics component unit, used for data recognition, data generation and data storage of a graphics data area;

[0035] A text box component configuration unit, used for performing component optimization configuration on each text box image data in the divided text box image data area;

[0036] A text box image data processing unit; used to identify and process the text box image data that has completed the component configuration, identify and generate text box data and send it;

[0037] The Label component configuration unit is used to configure the Label image data of the divided Label image data area in a componentized manner and match each corresponding text box image data area;

[0038] The label image data processing unit is used to identify and process the label image data that has completed the component configuration, identify and generate label data and send it;

[0039] The data association storage unit is used to receive the text box data sent by the text box image data processing unit and the label data sent by the label image data processing unit and store the two; the image data division management unit annotates the automatically generated image data packet, and divides and annotates the image data packet into data areas of list, text box, label, status icon, and graphic based on the constructed component library;

[0040] The list component unit, the status icon unit and the graphic component unit respectively perform data recognition, data generation and data storage for the corresponding data areas; the text box component configuration unit performs component optimization configuration for each text box image data of the divided text box image data area; the text box image data processing unit performs recognition and processing on the text box image data that has completed the component configuration, recognizes and generates text box data and sends it; the Label component configuration unit performs component configuration on the Label image data of the divided Label image data area, and matches each corresponding text box image data area at the same time;

[0041] The Label image data processing unit recognizes and processes the Label image data that has completed the component configuration, recognizes and generates Label data and sends it; the data association storage unit receives the text box data and Label data and stores both to prevent data loss.

[0042] Preferably, the list component unit includes a list component configuration unit, a list image data processing unit and a list data storage unit;

[0043] A list component configuration unit, used for configuring each list image data in the divided list image data area in a componentized manner;

[0044] A list image data processing unit, used to identify and process the list image data that has completed the component configuration, identify and generate list data and send it;

[0045] The list data storage unit is used to receive and store the list data sent by the list image data processing unit; the list component configuration unit configures each list image data in the divided list image data area in a componentized manner; the list image data processing unit identifies and processes the list image data that has completed the componentized configuration, identifies and generates the list data and sends it; the list data storage unit receives and stores the list data to prevent the loss of the list data.

[0046] Preferably, the state icon component comprises a state icon component configuration unit, a state icon data processing unit and a state association and storage unit;

[0047] A status icon component configuration unit, used for configuring each status icon image data in the divided status icon data area in a componentized manner;

[0048] A status icon data processing unit, used to identify and process the status icon image data that has completed the component configuration, identify and generate status icon data and send it;

[0049] The status association and storage unit is used to receive and store the status icon data sent by the status icon data processing unit; the status icon component configuration unit componentizes each status icon image data in the divided status icon data area; the status icon data processing unit identifies and processes the status icon image data that has completed the componentization configuration, identifies and generates status icon data and sends it; the status association and storage unit receives and stores the status icon data to prevent the loss of the status icon data.

[0050] Preferably, the graphic component unit includes a graphic component configuration unit, a graphic image data processing unit and a graphic data storage unit;

[0051] A graphics component configuration unit, used for configuring each graphics image data of the divided graphics data area in a componentized manner;

[0052] A graphic image data processing unit, used to identify and process the graphic image data that has completed the component configuration, identify and generate graphic data and send it;

[0053] The graphic data storage unit is used to receive and store the graphic data sent by the graphic image data processing unit; the graphic component configuration unit configures each graphic image data of the divided graphic data area into components;

[0054] The graphic image data processing unit identifies and processes the graphic image data that has completed the component configuration, identifies and generates graphic data and sends it; the graphic data storage unit receives and stores the graphic data to prevent the loss of graphic data.

[0055] Compared with the prior art, the invention has the following beneficial effects: the area division unit divides the industrial control software interface image into several areas, including a menu operation area, a shortcut key operation area, and a button operation area, based on the actual industrial control software interface size and the main page operation function; the shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library, and manages all configured shortcut keys; the operation timing component configuration management unit configures the operation timing logic of the configured shortcut keys, menus, and buttons through the timing component library, and the operation timing component configuration management uniformly manages the configured operation timing; the operation timing management unit manages the configured operation timing logic , the operation sequence management automatically issues instructions 1 and 2; the menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area through the preset menu function and generates and sends image package No. 1; the button component unit receives instruction 2 and automatically takes a screenshot of the current screen of the corresponding area through the preset button function and generates and sends image package No. 2; the image data generation unit receives image package No. 1 and image package No. 2 and generates an image data packet to send; the image data processing unit receives the image data packet for intelligent recognition and analysis, generates corresponding data for storage, thereby realizing the Internet of Things and data collection of some devices with industrial control software but no output interface. BRIEF DESCRIPTION OF THE DRAWINGS

[0056] Figure 1 is a system block diagram of the present invention;

[0057] Figure 2 is a system block diagram of an image data processing unit of the present invention;

[0058] Figure 3 is a system block diagram of a list data management unit of the present invention;

[0059] Figure 4 is a system block diagram of a state image data management unit of the present invention;

[0060] Figure 5 It is a system block diagram of the graphic image data processing unit of the present invention. DETAILED DESCRIPTION

[0061] In order to facilitate understanding of the present invention, the present invention will be described more fully below with reference to the relevant drawings. The present invention can be implemented in many different forms and is not limited to the embodiments described herein. On the contrary, the purpose of providing these embodiments is to make the disclosure of the present invention more thorough and comprehensive.

[0062] Example 1

[0063] like Figure 1As shown, an intelligent IoT system based on image data processing and applied to production equipment of the present invention includes an area division unit, a shortcut component configuration management unit, a menu component unit, a button component unit, an image data generation unit and an image data processing unit;

[0064] The area division unit divides the industrial control software interface image into several areas, including a menu operation area, a shortcut key operation area, and a button operation area, based on the actual industrial control software interface size and the main page operation function;

[0065] The shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library and manages all configured shortcut keys;

[0066] The operation timing component configuration management unit configures the operation timing logic for the configured shortcut keys, menus, and buttons through the timing component library. The operation timing component configuration management manages the configured operation timing uniformly.

[0067] The operation timing management unit automatically issues instruction 1 and instruction 2 for the configured operation timing logic;

[0068] A menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area for a preset menu function and generates and sends a No. 1 image package;

[0069] A button component unit receives instruction 2 and uses a preset button function to automatically take a screenshot of the current screen of the corresponding area and generate and send a second image package;

[0070] An image data generating unit, used for receiving a No. 1 image packet sent by the menu operation automatic screen capture unit and a No. 2 image packet sent by the button operation automatic screen capture unit and generating an image data packet for sending;

[0071] An image data processing unit is used to receive the image data packet sent by the image data generation unit, perform intelligent recognition and analysis, and generate corresponding data for storage;

[0072] The menu component unit includes a menu component configuration management unit, a menu operation management unit, a menu automatic operation unit and a menu operation automatic screenshot unit;

[0073] The menu component configuration management unit configures each menu in the menu operation area through the component library built, and manages all configured menus;

[0074] The menu operation management unit is used for the user to switch freely inside or outside the system, quickly find the required function and operation interface, and receive and send the instruction 1 issued by the operation sequence management unit;

[0075] A menu automatic operation unit, used to receive instructions 1 issued by the menu operation management unit and automatically execute a series of preset operation processes and issue instructions 3;

[0076] The menu operation automatic screenshot unit receives the instruction 3 sent by the menu automatic operation unit and automatically captures the image of the current screen, generates a No. 1 image package and sends it;

[0077] The button component unit includes a button component configuration management unit, a button operation management unit, a button automatic operation unit and a button operation automatic screenshot unit;

[0078] The button component configuration management unit configures each button in the button operation area through the component library built, and manages all configured buttons;

[0079] Button operation management unit; used to select different button modes, the user can switch the system's working mode and receive instructions 2 issued by the operation timing management unit and send them;

[0080] A button automatic operation unit; used to receive the instruction 2 sent by the button operation management unit and automatically perform a series of operations and issue instructions 4 according to a preset program or logic;

[0081] The button operation automatic screenshot unit is used to receive the instruction 4 sent by the button automatic operation unit and automatically capture the image of the current screen, generate the second image package and send it; the area division unit divides the industrial control software interface image into several areas based on the actual industrial control software interface size and the main page operation function, including the menu operation area, the shortcut key operation area, and the button operation area; the shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library, and manages all configured shortcut keys; the operation timing component configuration management unit configures the operation timing logic of the configured shortcut keys, menus, and buttons through the timing component library, and the operation timing component configuration management uniformly manages the configured operation timing; The operation timing management unit automatically issues instruction 1 and instruction 2 for the configured operation timing logic; the menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area through the preset menu function and generates and sends image package No. 1; the button component unit receives instruction 2 and automatically takes a screenshot of the current screen of the corresponding area through the preset button function and generates and sends image package No. 2; the image data generation unit receives image package No. 1 and image package No. 2 and generates an image data packet for transmission; the image data processing unit receives the image data packet for intelligent recognition and analysis, generates corresponding data for storage, thereby realizing the Internet of Things and data collection of some devices with industrial control software but no output interface.

[0082] Example 2

[0083] On the basis of Example 1, Figures 2 to 5 As shown, an intelligent IoT system based on image data processing applied to production equipment of the present invention, the image data processing unit includes an image data division management unit, a list component unit, a status icon unit, a graphic component unit, a text box component configuration unit, a text box image data processing unit, a Label component configuration unit, a Label image data processing unit and a data association storage unit;

[0084] The image data division management unit annotates the automatically generated image data packets, and divides and annotates the image data packets into lists, text boxes, labels, status icons, and graphic data areas based on the built component library;

[0085] List component unit; used for data identification, data generation and data storage of list data area;

[0086] A status icon unit, used for data identification, data generation and data storage of the status icon area;

[0087] A graphics component unit, used for data recognition, data generation and data storage of a graphics data area;

[0088] A text box component configuration unit, used for performing component optimization configuration on each text box image data in the divided text box image data area;

[0089] A text box image data processing unit; used to identify and process the text box image data that has completed the component configuration, identify and generate text box data and send it;

[0090] The Label component configuration unit is used to configure the Label image data of the divided Label image data area in a componentized manner and match each corresponding text box image data area;

[0091] The label image data processing unit is used to identify and process the label image data that has completed the component configuration, identify and generate label data and send it;

[0092] A data association storage unit, used for receiving the text box data sent by the text box image data processing unit and the Label data sent by the Label image data processing unit and storing the two;

[0093] The list component unit includes a list component configuration unit, a list image data processing unit and a list data storage unit;

[0094] A list component configuration unit, used for configuring each list image data in the divided list image data area in a componentized manner;

[0095] A list image data processing unit, used to identify and process the list image data that has completed the component configuration, identify and generate list data and send it;

[0096] A list data storage unit, used for receiving and storing the list data sent by the list image data processing unit;

[0097] The state icon component includes a state icon component configuration unit, a state icon data processing unit and a state association and storage unit;

[0098] A status icon component configuration unit, used for configuring each status icon image data in the divided status icon data area in a componentized manner;

[0099] A status icon data processing unit, used to identify and process the status icon image data that has completed the component configuration, identify and generate status icon data and send it;

[0100] The status association and storage unit is used to receive and store the status icon data sent by the status icon data processing unit.

[0101] The graphic component unit includes a graphic component configuration unit, a graphic image data processing unit and a graphic data storage unit;

[0102] A graphics component configuration unit, used for configuring each graphics image data of the divided graphics data area in a componentized manner;

[0103] A graphic image data processing unit, used to identify and process the graphic image data that has completed the component configuration, identify and generate graphic data and send it;

[0104] The graphic data storage unit is used to receive and store the graphic data sent by the graphic image data processing unit; the automatically generated image data packet is annotated by the image data division management unit, and the image data packet is divided and annotated into data areas of list, text box, Label, status icon and graphic based on the constructed component library; then the list data, text box data, Label data, status icon data and graphic data of the image data packet are generated and stored respectively by the list component unit, status icon unit, graphic component unit, text box component configuration unit, text box image data processing unit, Label component configuration unit, Label image data processing unit and data association storage unit, so as to realize the Internet of Things and data collection of the equipment.

[0105] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the technical principles of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. An intelligent IoT system based on image data processing and applied to production equipment, characterized in that: It includes an area division unit, a shortcut component configuration management unit, a menu component unit, a button component unit, an image data generation unit and an image data processing unit; The area division unit divides the industrial control software interface image into several areas, including a menu operation area, a shortcut key operation area, and a button operation area, based on the actual industrial control software interface size and the main page operation function; The shortcut component configuration management unit configures each shortcut key in the shortcut key operation area through the built component library and manages all configured shortcut keys; The operation timing component configuration management unit configures the operation timing logic for the configured shortcut keys, menus, and buttons through the timing component library. The operation timing component configuration management manages the configured operation timing uniformly. The operation timing management unit automatically issues instruction 1 and instruction 2 for the configured operation timing logic; A menu component unit receives instruction 1 and automatically takes a screenshot of the current screen of the corresponding area for a preset menu function and generates and sends a No. 1 image package; A button component unit receives instruction 2 and uses a preset button function to automatically take a screenshot of the current screen of the corresponding area and generate and send a second image package; An image data generating unit, used for receiving a No. 1 image packet sent by the menu operation automatic screen capture unit and a No. 2 image packet sent by the button operation automatic screen capture unit and generating an image data packet for sending; The image data processing unit is used to receive the image data packet sent by the image data generating unit for intelligent recognition and analysis, and generate corresponding data for storage.

2. The intelligent IoT system based on image data processing applied to production equipment according to claim 1, characterized in that: The menu component unit includes a menu component configuration management unit, a menu operation management unit, a menu automatic operation unit and a menu operation automatic screenshot unit; The menu component configuration management unit configures each menu in the menu operation area through the component library built, and manages all configured menus; The menu operation management unit is used for the user to switch freely inside or outside the system, quickly find the required function and operation interface, and receive and send the instruction 1 issued by the operation sequence management unit; A menu automatic operation unit, used to receive instructions 1 issued by the menu operation management unit and automatically execute a series of preset operation processes and issue instructions 3; The menu operation automatic screenshot unit receives the instruction 3 sent by the menu automatic operation unit and automatically captures the image of the current screen, generates a No. 1 image package and sends it.

3. The intelligent IoT system based on image data processing and applied to production equipment as claimed in claim 2, characterized in that: The button component unit includes a button component configuration management unit, a button operation management unit, a button automatic operation unit and a button operation automatic screenshot unit; The button component configuration management unit configures each button in the button operation area through the component library built, and manages all configured buttons; Button operation management unit; used to select different button modes, the user can switch the system's working mode and receive instructions 2 issued by the operation timing management unit and send them; A button automatic operation unit; used to receive the instruction 2 sent by the button operation management unit and automatically perform a series of operations and issue instructions 4 according to a preset program or logic; Button operation automatic screenshot unit; used to receive the instruction 4 issued by the button automatic operation unit and automatically capture the image of the current screen, generate a second image package and send it.

4. The intelligent IoT system based on image data processing applied to production equipment as claimed in claim 3, characterized in that: The image data processing unit includes an image data division management unit, a list component unit, a status icon unit, a graphic component unit, a text box component configuration unit, a text box image data processing unit, a Label component configuration unit, a Label image data processing unit and a data association storage unit; The image data division management unit annotates the automatically generated image data packets, and divides and annotates the image data packets into lists, text boxes, labels, status icons, and graphic data areas based on the built component library; List component unit; used for data identification, data generation and data storage of list data area; A status icon unit, used for data identification, data generation and data storage of the status icon area; A graphics component unit, used for data recognition, data generation and data storage of a graphics data area; A text box component configuration unit, used for performing component optimization configuration on each text box image data in the divided text box image data area; Text box image data processing unit; Used to identify and process the text box image data that has completed component configuration, identify and generate text box data and send it; The Label component configuration unit is used to configure the Label image data of the divided Label image data area in a componentized manner and match each corresponding text box image data area; The label image data processing unit is used to identify and process the label image data that has completed the component configuration, identify and generate label data and send it; The data association storage unit is used to receive the text box data sent by the text box image data processing unit and the Label data sent by the Label image data processing unit and store the two.

5. The intelligent IoT system based on image data processing and applied to production equipment as claimed in claim 4, characterized in that: The list component unit includes a list component configuration unit, a list image data processing unit and a list data storage unit; A list component configuration unit, used for configuring each list image data in the divided list image data area in a componentized manner; A list image data processing unit, used to identify and process the list image data that has completed the component configuration, identify and generate list data and send it; The list data storage unit is used to receive and store the list data sent by the list image data processing unit.

6. The intelligent IoT system based on image data processing and applied to production equipment as claimed in claim 4, characterized in that: The state icon component includes a state icon component configuration unit, a state icon data processing unit and a state association and storage unit; A status icon component configuration unit, used for configuring each status icon image data in the divided status icon data area in a componentized manner; A status icon data processing unit, used to identify and process the status icon image data that has completed the component configuration, identify and generate status icon data and send it; The state association and storage unit is used to receive and store the state icon data sent by the state icon data processing unit.

7. The intelligent IoT system based on image data processing and applied to production equipment as claimed in claim 4, characterized in that: The graphic component unit includes a graphic component configuration unit, a graphic image data processing unit and a graphic data storage unit; A graphics component configuration unit, used for configuring each graphics image data of the divided graphics data area in a componentized manner; A graphic image data processing unit, used to identify and process the graphic image data that has completed the component configuration, identify and generate graphic data and send it; The graphic data storage unit is used for receiving and storing the graphic data sent by the graphic image data processing unit.

Images