TP07 Can the brightness adjustment of the HMI be achieved through configuration?

How to adjust the brightness of the laptop screen (1) This method is the most simple and direct, each notebook has a key shortcut, press the fn key on the notebook keyboard + a certain button (different brands, models of notebooks, the key distribution is different) above the functional area, there is a small sun icon on the function button, there are two, one is used to reduce the brightness, and the other is used to increase the brightness.

This is a key combination, and it is good to press it together.

How to adjust the brightness of the laptop screen (2).

Tap the power icon in the system tray area.

Tap "Adjust Screen Brightness".

Drag below to change the brightness of the screen.

How to adjust the brightness of the laptop screen (3).

Find "Start" and click on "Control Panel".

In small icon mode, tap Power Options.

Drag below the Power Options window to change the screen brightness.

How to adjust the brightness of the laptop screen (4).

How to adjust the brightness of the laptop screen, use the win+x key combination to quickly bring up the "Windows Mobile Center" to adjust the screen brightness.

How to adjust the brightness of the laptop screen (5).

How to adjust the screen brightness of your laptop, With the help of third-party software, then you can use a third-party gadget software called "Screen Brightness Adjustment Software". Go to search for "screen brightness adjustment software", ** after no installation, you can run it directly.

ps: According to the problems encountered in the actual use of the software, there are a few points to note: whether the software will change the default settings of the browser, please pay attention to the prompts when using; Whether the boot starts automatically or not, this will reduce the boot speed of the system.

Human-machine interface products, often referred to as DU touch screen ZHI, include HMI hardware and the corresponding dedicated screen configuration software DAO, in general.

In this case, HMI hardware from different manufacturers is subordinate.

The main type of equipment connected to the PLC with different screen configuration software is PLC. The configuration software is a general tool software product running on the PC hardware platform and Windows operating system, and can also form an HMI product together with the PC or industrial computer; There are many types of equipment supported by the general configuration software, such as various PLCs, PC boards, instruments, inverters, modules and other equipment, and because the hardware platform of the PC has strong performance (mainly reflected in the speed and storage capacity), the functions of the general configuration software are also much stronger, which is suitable for large-scale monitoring systems.

Human-computer interface is the application of human-computer interaction. Configuration software is a tool for designing human-machine interfaces;

At present, with the development of the times, the application of web configuration software is the trend. Compared with the configuration software of the traditional CS architecture, the characteristics of the BS architecture are more suitable for the application of IoT technology due to its lightweight, low cost, easy maintenance and strong distribution.

For the application of configuration tools and the design of human-machine interface, I have to mention that the domestic Tupu software has done a very good job.

Provides a complete library of HTML5-based GUI components. HT for Web makes it easy to build modern, cross-desktop and mobile enterprise applications without worrying about cross-platform compatibility and touch-screen gesture interactions.

It can be used for rapid creation and deployment, highly customizable, and highly interactive applications such as topology graphics and watch face charts. HT for Web is ideal for real-time monitoring systems and is widely used in telecom network topology and device management, as well as in industrial automation (HMI SCADA) such as electricity and gas.

HT for Web provides a unique set of WebGL layer abstractions that extend the design model of the Model View Presenter (MVP) to the realm of 3D graphics. With HT for Web, you can focus more on business logic functions and less on non-business-core technical details like complex 3D rendering and math.

The human-machine interface programming software is not the same as the group self-state software.

The differences between the two are as follows:

First, the subject is different.

1. Human-machine interface programming software: It is an intelligent terminal with a microprocessor, which is used in industrial occasions to realize the information interaction between people and machines, including text or graphic display and input functions.

2. Configuration software: also known as configuration monitoring system software, refers to the special software for data acquisition and process control, and also refers to the software platform and development environment at the level of the monitoring layer of the automatic control system.

Second, the characteristics are different.

1. Human-machine interface programming software: the surface adopts a high-level embedded computer design, and the more popular design is to use a 32-bit ARM microprocessor, with a frequency of more than 100MHz, and an embedded operating system such as Linux or Wince.

2. Configuration software: It is a general-level software tool that provides users with rapid construction of industrial automatic control system monitoring functions through flexible configuration methods.

Third, the applicability is different.

1. Human-machine interface programming software: Because of its mature human-machine interface technology and high reliability, it is widely used in non-industrial fields such as smart buildings, smart homes, urban information management, and hospital information management.

2. Configuration software: widely used in machinery, automobiles, petroleum, chemical industry, papermaking, water treatment and process control and many other fields.

The human-computer interface is divided into text and graphics, and the text is relatively simple, such as the TD200 with Siemens 200, which can input and output text information and internal information. The human-machine interface with graphics generally has configuration functions, but it is relatively weak to use PLC as the controller, and the human-machine interface as the input and output information. Configuration software generally requires the use of a PC, and it is convenient to display text graphics.

Since the configuration software is generally run on the PC, considering the stability in the field, it is necessary to use the microcomputer for industrial control, otherwise it can only be monitored remotely. The human-machine interface is generally installed on the equipment for input and output, and the human-machine interface itself is a microcomputer, which has a very powerful function and can be used with configuration software.

In addition, the human-machine interface generally needs to use PLC as the controller, and the configuration software can use PC or industrial computer to do process control, and the input and output equipment uses the 485 bus through the serial server (a small conversion device) to become a network signal, and then through the network card and PC interface, there can be no PLC.

I disagree with Sparkish2000's views.

Human-machine interface products, often referred to as "touch screen", include HMI hardware and corresponding special screen configuration software, in a general situation, different manufacturers of HMI hardware use different screen configuration software, the main type of equipment connected is PLC. The configuration software is a general tool software product running on the PC hardware platform and Windows operating system, and can also form an HMI product together with the PC or industrial computer; There are many types of equipment supported by the general configuration software, such as various PLCs, PC boards, instruments, inverters, modules and other equipment, and because the hardware platform of the PC has strong performance (mainly reflected in the speed and storage capacity), the functions of the general configuration software are also much stronger, which is suitable for large-scale monitoring systems.

Human-machine interface programming software, mainly the human-machine interface manufacturers themselves research and development software is only for their own back touch screen product development software, so their operating environment is only the corresponding manufacturer's touch screen, and the running environment of the configuration software is not a manufacturer's touch screen, but a computer, but their ultimate goal is the same, are to complete the man-machine dialogue of the system.

Human-machine interface programming software is used to visually design touch screens, in fact, it cannot be called programming, but only with PLC design screens.

The configuration is to set up and lay out your planning according to your hardware environment, and the two are not intrinsically related, and the applications are different.

Configuration is big, the office you use is all configuration, but it's not the same in the industry, configuration doesn't necessarily need to be programmed, some things are implemented with graphical controls and variables, which is equivalent to remote control terminals, man-machine for example, Advantech 1707, I recently came into contact with DP communication, which requires the DP board to be stuck in the computer, so a box will be added, remember that configuration does not necessarily use scripts (that is, layman programming).

Configuration is a programming method of human-machine interface, and human-machine interface is programmed through configuration.

In my simple language, configuration is the format of programming software, the human-machine interface is a small tablet, the Apple 4th generation is a tablet, the human-machine interface has its own software cooperation, and it can also be understood that the achievement is a small tablet, and the programming of the touch screen can be understood as a combination of hardware and software.

Configuration software is a conventional concept in China, and there is no clear definition, it can be understood as "configuration monitoring software". "Configure" means "configuration", "setting", "setting", etc., and refers to the fact that users can complete the software functions they need in a simple way similar to "building blocks", without writing computer programs, which is the so-called "configuration". It is sometimes referred to as "secondary development", and the configuration software is called "secondary development platform".

As defined by the above configuration software.

Then there are two main categories:

1.Software generated without any ** writing at all and just making some settings cannot apply for software copyright.

2.There is a part of the manual ** writing that part of the self-writing can be applied for software copyright.

There is also the question you asked about applying for software copyright.

The software documentation and ** and the operating entity of the software together constitute the complete software, but the software interface is not a complete software definition, so there is no software copyright.

If only the interface is to be protected, you can apply for copyright registration of the work, which does not require the submission of software**.

It can be considered and selected accordingly according to the actual situation.

A computer program refers to a sequence of instructions that can be executed by a device with information processing capabilities such as a computer in order to obtain a certain result, or a sequence of symbolic instructions or symbolic statements that can be automatically converted into a sequence of instructions. The source program and the target program of the same computer program are the same work.

You can apply as long as you meet the complete procedures described above.

Probably not, go and check the laws and regulations related to copyright!

The first is professional, the second is flexible.

Since you are not this professional, don't earn this bite to eat, hurt others and yourself, interlaced like a mountain, it is not so easy to be kicked, and there is no high income, in fact, there are high-income people in every industry, you need to play fine, can you?

Human-machine interface products, often referred to as "touch screen", include HMI hardware and corresponding special screen configuration software, in general, HMI hardware of different manufacturers use different screen configuration software, and the main type of equipment connected is PLC. The configuration software is a general tool software product running on the PC hardware platform and Windows operating system, and can also form an HMI product together with the PC or industrial computer; There are many types of equipment supported by the general configuration software, such as various PLCs, PC boards, instruments, inverters, modules and other equipment, and because the hardware platform of the PC has strong performance (mainly reflected in the speed and storage capacity), the functions of the general configuration software are also much stronger, which is suitable for large-scale monitoring systems.

Industrial computer software is professional, ** are calculated in tens of thousands, industrial software has high reliability, VB not to mention the function can not be satisfied, its reliability is not good. For example, the software used by Siemens PLC is WinCC (small, medium, and large-scale, mainly digital control), Yokogawa uses CS3000 (large-scale distributed system, mainly analog control), and VB can be used as auxiliary software, you can create an object of it and then obtain data for some simple processing.

Although VB can also be used as an interface, but a complex interface with interactive functions is not good, if you tell the user that you want to use VB as an operation interface, I think people will laugh off.

There is no comparison between the two.

When the time comes, there will be a lot of problems, some design defects, some production process defects. There are some bugs in the program, it is impossible to guess and know! Welcome to the measurement and control of two or three things to ** embedded technology.