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Dive into the enchanting realm of interactive displays with us at Shenzhen Hengstar Technology Co., Ltd., as we uncover the technology that powers touch screen monitors. These advanced screens have revolutionized our daily interactions with technology and offer a glimpse into a more tactile digital future. But what's the secret behind their responsive surfaces?   Touch screens distinguish themselves from ordinary monitors by featuring an additional layer that senses touch. The most prevalent types are resistive and capacitive touch screens, each with its unique mode of operation.   Resistive Touch Screens:These involve two slim, conductive sheets spaced minutely apart. Touch pressure brings these layers together, creating an electrical connection that pinpoints the location of your touch. Resistive screens excel in affordability and durability but often lack the refined sensitivity of other technologies, responding better to firm pressure. Capacitive Touch Screens:On the more sophisticated end, capacitive screens employ a single layer coated with a conductive material such as indium tin oxide. A touch disturbs the electrostatic field on the monitor's surface, allowing the device to detect the alteration in capacitance and accurately identify the touch point. Such screens are responsive to the slightest touch and support multi-touch functionalities, pivotal for today's dynamic apps. The Impact on Business and Leisure:Touch screen monitors have transformed numerous sectors by enabling interactive kiosks, enhancing customer engagement, and offering creatives a direct hand in their digital artworks. They've moved beyond mere convenience to become essential tools for a broad spectrum of applications.   Considering a Touch Monitor for Your PC?At Shenzhen Hengstar Technology Co., Ltd., our collection of touch screen monitors caters to a diverse clientele, from passionate artists to avid gamers, all at an affordable touch monitor price. Explore the possibilities by visiting our selection, designed to enhance your computing encounters with a touch of innovation. Whether for professional or personal use, choosing the right touch monitors for pc can profoundly influence your experience. We trust that this peek into touch screen technology not only enlightens but inspires you to join the touch revolution at Shenzhen Hengstar Technology Co., Ltd.

Hengstar's 55 inch Naked Eye 3D Floor Stand Monitor/ 3D Polarizing Monitor is an innovative Signage display device that utilizes naked eye 3D technology to allow viewers to enjoy realistic stereoscopic images without the need for any assistive tools. This type of advertising Signage has a stunning visual effect, which can attract the attention of advertising audiences and improve the effectiveness of advertising placement. Hengstar naked eye 3D vertical screen advertising machine is mainly used in the commercial field. It is widely used in airports, subways, high-speed trains, hotels, elevator exits, enterprise specialty stores, stores, and so on. These places are all places with high foot traffic, and naked eye 3D vertical screen advertising machines can attract people's attention and enhance brand reputation. In addition to commercial applications, naked eye 3D vertical Monitor advertising Signage are also used in cultural and tourism activities. The combination of traditional tourism display methods and creative projection shows in tourist attractions has driven the development of the cultural and tourism industry, and assisted in the growth of the night tourism economy. The naked eye 3D vertical screen advertising Signage can be applied in outdoor projection, multimedia dramas, themed water shows, cliff projection, live performances, characteristic streets and other places, providing tourists with an immersive travel experience. In industrial and architectural design, naked eye 3D vertical screen advertising Signage can help product or architectural designers showcase their designs in three-dimensional space without spending time manufacturing expensive models, reducing development costs. In terms of visual experience, the naked eye 3D vertical screen advertising machine brings an extraordinary experience. Compared with traditional print advertising, naked eye 3D advertising is more intuitive and informative, and can see realistic three-dimensional images without relying on auxiliary tools such as glasses and helmets. It has the characteristics of novelty, convenience, great impact, and strong visual sense, while also easily breaking free from the constraints of 3D glasses and achieving three-dimensional imaging. In short, Hengstar's naked eye 3D vertical screen advertising machine has a universal application prospect in various fields. It not only brings a stunning visual experience, but also becomes a new landmark of the city and a new favorite for commercial display. In the future, with the continuous development of technology, naked eye 3D vertical screen advertising machines will be applied in more fields, bringing people a richer and more colorful visual experience.  Hengstar designed item HSIM-5506_3D_KM of 55" HD 3D Polarizing Monitor  It is a true naked eye 3D polarized display achieved by Hengstar's technology team using optical polarization and light control technology, without the need for glasses! Hengstar 3D polarization technology covers naked eye 3D advertising devices, dielectric free floating imaging devices, naked eye 3D splicing screens, glasses style polarized/shutter LED 3D display screens, large angle light field display devices, 3D lithography stereoscopic paintings, 3D content production, artificial intelligence products, and the development and application of optical technology processes in special fields.  

With the continuous development of automation and information technology, industrial control computer (industrial pc) has become an indispensable key equipment in industrial automation. As an important foundation in the field of industrial production, industrial control machines have strict requirements in terms of stability, reliability, and adapting to harsh environments. And understanding the classification of engineering control machines is of great significance to procurement, design and engineering implementation. This article will explore the various types of industrial control machines in detail and provide a comprehensive guide to engineers in relevant fields. First of all, we must make it clear that the industrial control machine and the personal computer (PC) have essential differences in design concepts, manufacturing materials and application environments. The industrial control machine attaches more importance to long -term, stable continuous work and ability to adapt to harsh environments, so they have special designs in terms of heat dissipation, protection, I/O interfaces. Generally speaking, the industrial control machine can be classified according to different dimensions: 1. Installation method: rack -type industrial control machine (RACK MOUNT), Wall Mount controller, and embedded industrial control machine (EmbedDed); 2. According to the working environment: industrial, commercial and military -level; 3. Press the processor platform: X86 series and ARM series; 4. Depending on the function: data collection and processing machines, network communication machines, monitoring controllers, etc. 1. Classified by installation method The rack -type industrial control machine has standard rack installation characteristics, emphasizing easy maintenance and upgrading, such as fast replacement of hard disks, memory and expansion cards. This type of industrial control machine is mostly used in data centers and communication base stations such as high requirements for equipment integration. Wall -mounted industrial control machines are usually designed compactly, saving space, suitable for occasions where space is small or without standard cabinets can be installed. It is characterized by it directly on the wall or other planes, so it is usually used for simple control tasks, such as small automation control or home automation. Embedded industrial control machines are stealth soldiers at the industrial site. They are usually designed as embedded systems and can integrate inside various industrial equipment. Embedded industrial control machines are usually small in size and low power consumption, and can run stably in harsh environments, such as high temperature, high humidity and vibration environment. 2. Classification according to the working environment The demand for industrial -grade industrial control machines is high, and it has good adaptability and stability in terms of temperature, humidity, and electromagnetic interference. It can be used in a harsh environment such as the production line and outdoor monitoring of the factory. Commercial -grade industrial control machines are more used in relatively comfortable occasions such as office automation and commercial facilities, and have lower requirements for comprehensive performance and stability of hardware. Military industry -level industrial control machines have the most stricter. It must not only be able to operate stable in extreme environments, but also pass a series of military standard certifications, which are often used in the fields of weapon control systems and military communication. 3. Classified by the processor platform The X86 series of industrial control machines are the most common types in the market. They are the same as the personal computer processor platform and have extensive software compatibility and high performance. ARM series industrial control machines have unique advantages in low -power, high -performance small devices, and are suitable for occasions that need long -standby or pursue energy -effectiveness. 4. Classification by functional function Data collection and processing machines usually have a large amount of data collection port and powerful data processing capabilities to perform tasks such as data records, signal processing, analysis and calculation, such as for temperature monitoring and pressure monitoring. The network communication machine focuses on the receiving and receiving of network data, and provides stable and efficient communication capabilities for factories and enterprises. Such industrial control machines are usually equipped with multiple network interfaces and can resist network attacks. The monitoring controller is the central control brain of on -site operations, with human -machine interface and input and output interfaces for real -time monitoring and controlling production processes and various mechanical and equipment operations. Specific uses also include, but not limited to: transport control system, medical instrument control, security monitoring, environmental monitoring system, energy management system, etc. In terms of the choice of industrial control machines, we must not only consider its type, but also consider the reliability, maintenance costs, manufacturers' services and support of the product. A good industrial control machine can not only improve the efficiency of industrial automation, but also reduce maintenance costs for enterprises and enhance the stability and safety of the production line. In summary, the industrial control industry has strict standards and diverse needs for the choice of models. Whether in the process of procurement, design, or implementation, understanding and mastering the types and characteristics of the industrial control machine can help engineers choose the most suitable equipment for different applications to ensure the stability and efficiency of the overall system. Choosing the industrial control machine is a challenging task. It requires that the technician not only has a deep understanding of the performance of the industrial control machine, but also has a clear understanding of its application environment and future development trends. Therefore, choosing a suitable type of industrial control machine is essential for the success of the industrial automation system. In the future, with the advent of the 4.0 era of Industry 4.0, intelligent manufacturing will become more popular. The functions of the industrial control machine will continue to be upgraded and the type will gradually enrich. Enterprises and engineers should pay close attention to the latest development in the field of industrial control machines, grasp the opportunities, and occupy a favorable position in fierce market competition. In short, the industrial control machine is an important cornerstone of modern industrial automation. Through the introduction of this article, I believe that everyone has a deeper understanding and understanding of the types of industrial control machines. Whether it is entangled with the company who is choosing the industrial control machine or the professionals who are interested in the industrial control machine, they should continue to improve their awareness of the industrial control machine and make wise choices in a timely manner.

With the sustainable development of industrial automation technology, the application of industrial control computers in various fields has become more and more extensive. However, the impact of memory on industrial computers cannot be ignored during use. This article will explore the impact of memory on industrial control computers from the aspects of memory type, memory size and memory speed. 1. The impact of memory type on industrial computers The type of memory has a vital impact on the performance and stability of industrial computers. At present, commonly used memory types include DDR, DDR2, DDR3, etc. Among them, DDR memory has the advantages of fast transmission speed and larger bandwidth, but at the same time, it has high power consumption and cost. Compared with DDR, DDR2 and DDR3 memory have lower power consumption and high stability, making it widely used in industrial computers. In addition, for certain industrial computer applications, ECC memory can also be used as options. ECC memory is a memory type with error detection and correction function, which can effectively improve the integrity and reliability of data, especially suitable for high data accuracy. 2. The impact of memory size on industrial control computers The size of the memory directly affects the performance and functions of industrial control computers. Generally speaking, larger memory capacity can improve the operating speed and processing capacity of industrial control computers. When dealing with complex tasks or large amounts of data, industrial control computers with sufficient memory space can run more smoothly and reduce lag. In addition, for some industrial control computers that need to run multiple tasks or applications at the same time, greater memory capacity can also improve its multi -tasking processing capacity, so that better collaboration between tasks can be achieved. 3. The impact of memory speed on industrial control computers In addition to memory types and size, memory speed is also an important factor affecting industrial control computer performance. Generally speaking, the faster the memory speed, the faster the response and processing capacity of industrial computers. When dealing with a large amount of data or complex tasks, if the memory speed is slow, the industrial computer may go through lag or delay, which will affect its normal operation. In addition, for certain industrial control applications that need to be responding in real time, the stability of memory speed is also very important. If the memory speed fluctuates significantly, it may affect the accuracy and real -time performance of the data, thereby affecting the stability of the entire industrial control system. 4. in conclusion In short, the impact of memory on industrial control computers is mainly reflected in memory type, memory size and memory speed. In order to improve the performance and stability of industrial computers, it is necessary to choose appropriate memory types and capabilities according to actual application needs, and ensure the stability and reliability of memory speed. At the same time, it should also pay attention to the scalability and compatibility of memory so that it can be easily upgraded or replaced in future upgrades or expansion. Today, with the sustainable development of industrial automation technology, the application fields of industrial control computers are becoming more and more extensive, and the requirements for performance and stability are also increasing. By selecting the appropriate memory type, capacity and speed, it can effectively improve the performance and stability of industrial control computers, thereby further promoting the development and application of industrial automation technology.

With the continuous development of technology, the industrial computer market is also constantly evolving. What are the trends and development prospects of the industrial computer market in 2024? This article will provide an in-depth analysis and exploration of this issue. 1. The market size will continue to expand With the acceleration of Industry 4.0, the application of industrial control computers in intelligent manufacturing, automation control and other fields is becoming increasingly widespread, and market demand is constantly growing. It is expected that the global industrial computer market will reach billions of dollars by 2024. As the world's largest industrial computer market, China's market size will continue to maintain rapid growth. 2. Continuous technological innovation and upgrading With the development of technologies such as cloud computing, big data, and the Internet of Things, industrial control computers will further integrate intelligent, networked, and information-based technologies, continuously achieving technological innovation and upgrading. In the future, industrial control computers will pay more attention to improving performance such as high reliability, stability, and efficiency to meet the constantly changing market demands. 3. Industry applications will become more widespread With the continuous maturity of industrial computer technology and the continuous expansion of application fields, industrial computers will be applied in more industries in the future. For example, in the field of intelligent transportation, industrial computers will be applied in areas such as traffic signal control and intelligent monitoring; In the medical field, industrial computers will be applied in fields such as medical equipment control and medical informatization. 4. Market competition will become more intense With the continuous expansion of market size and the emergence of technological innovation, the competition in the future industrial computer market will become more intense. Enterprises need to continuously improve their technological strength and market competitiveness, meet customer needs and expectations through continuous innovation and improvement of products and services, in order to stand out in fierce market competition. 5. Future outlook In the future, the industrial computer market will continue to maintain a trend of rapid development. Enterprises need to keep up with market trends, strengthen technological innovation and product upgrading, and improve their core competitiveness. At the same time, enterprises also need to pay attention to industry dynamics and policy trends, strengthen cooperation and communication with upstream and downstream enterprises, and jointly promote the healthy development of the industrial computer market. In summary, the industrial computer market has broad development prospects in 2024, and the market size will continue to expand. Technology will continue to innovate and upgrade, and industry applications will become more widespread. Market competition will become more intense. Enterprises should keep up with market trends, strengthen technological innovation and product upgrading, enhance core competitiveness, and stand invincible in fierce market competition. At the same time, we should pay attention to industry dynamics and policy trends, strengthen cooperation and communication with upstream and downstream enterprises, and jointly promote the healthy development of the industrial computer market.

Embedded industrial control computers, also known as industrial control computers or industrial computers, are computer equipment designed specifically to meet the special needs of industries, agriculture, and other fields. They play a crucial role in improving automation levels, ensuring production safety, and improving efficiency. Firstly, the embedded industrial computer adopts a highly integrated design, which has the characteristics of small size, light weight, and low power consumption. This enables them to operate stably even in harsh industrial environments, such as dusty environments, high vibrations, and a wide range of temperature and humidity changes. Meanwhile, due to its compact size, it can be easily embedded into various devices or devices, achieving more efficient control and monitoring. Secondly, embedded industrial control computers usually use real-time operating systems, which have high reliability and stability. They can meet various complex and strict industrial control requirements, such as high-speed counting, timing control, sequence control, etc. In addition, through built-in intelligent algorithms, the production process can be optimized and controlled to improve production efficiency and product quality. Furthermore, embedded industrial control computers have a wide range of applications. In the industrial field, they can be applied to various automated production lines, robots, sensors and other equipment. For example, in the field of intelligent manufacturing, embedded industrial control computers can be used to achieve automated control and monitoring of production lines, improving production efficiency and quality. In the field of agriculture, they can be used for intelligent agriculture, precision agriculture, and other aspects. For example, through various built-in sensors and algorithms, real-time monitoring and intelligent control of farmland environment can be achieved, providing more accurate data support for agricultural production. In addition, with the rapid development of Industry 4.0 and the Internet of Things (IoT), embedded industrial control computers will also play an important role in more fields. For example, in fields such as smart homes, smart cities, and intelligent transportation, embedded industrial control computers can be used to achieve interconnectivity and intelligent control of various devices, improving living convenience and social efficiency. In short, as a computer device designed specifically for industrial and agricultural applications, embedded industrial control computers have broad application prospects and important development significance. In the future, with the continuous updates and progress of technology, embedded industrial control computers will also continue to innovate and develop, making greater contributions to the progress and development of human society.

With the rapid development of the logistics industry, the use of industrial all-in-one PCs in the logistics field is becoming increasingly common. Industrial all-in-one machines are advanced intelligent devices that integrate multiple technologies, including mechanical, electronic, computer, and communication. In the logistics industry, industrial all-in-one machines can leverage their advanced technology and functionality to improve logistics efficiency and quality. This article will explore the applications of industrial all-in-one PCs in the logistics field. 1. Application of Industrial All-in-One PCs in Warehouse Management Warehouse management is a crucial link in the logistics industry. Traditional warehouse management requires a large number of workers, which is inefficient and prone to errors. However, industrial all-in-one PCs can achieve fast and accurate warehouse management. They can use barcode scanning and RFID recognition technology to record and update real-time location and quantity information of goods. This can not only reduce labor costs and lower error rates but also enable fast tracking and management of goods. 2. Application of Industrial All-in-One PCs in Logistics Transportation Logistics transportation is an indispensable link in the logistics field. Traditional logistics transportation requires manual operation and regular inspection of the condition of goods with timely follow-up. However, industrial all-in-one PCs can automate this process. By installing industrial all-in-one PCs on transport vehicles, the real-time location and status of goods can be tracked. Utilizing technologies such as GPS, real-time route information of goods and the position and speed of transport vehicles can be provided. This information can enhance the security of goods and ensure timely delivery of orders. 3. Application of Industrial All-in-One PCs in Logistics Order Management Industrial all-in-one PCs can be applied in logistics order management. Logistics order management is a crucial task in the logistics industry. Industrial all-in-one PCs can push order information and supervision data to process participants in real-time through network connections and are responsible for real-time data processing and updating. This makes logistics order tracking and management more efficient and accurate. Throughout the lifecycle of orders, industrial all-in-one PCs can effectively improve order productivity, reduce operation time, and enhance work quality. 4. Application of Industrial All-in-One PCs in Logistics Informationization As the logistics industry develops and information technology matures, logistics enterprises need to manage and control logistics processes through logistics informationization platforms. As an intelligent terminal device, industrial all-in-one PCs can quickly collect, process, store, and transmit data. In the logistics informationization process, industrial all-in-one PCs can be configured on-demand to achieve multiple functions such as the Internet of Things, cloud storage, big data, and artificial intelligence. The application of industrial all-in-one PCs in the logistics field has the characteristics of high efficiency, high precision, and high reliability. It can improve warehouse management efficiency, accelerate logistics transportation processes, optimize logistics order tracking and management, and enhance logistics informationization level. With the development of the logistics industry, it is expected that the application of industrial all-in-one machines will become more widespread, making significant contributions to improving and enhancing operational efficiency in the logistics industry.

Embedded industrial display is an intelligent industrial control display device that has been widely used in various industrial fields, such as robotics, production and manufacturing, medical treatment, urban transportation, artificial intelligence, and so on. With the continuous development of technology and market, embedded industrial displays will maintain high-speed growth in the future. Below, the Touch Smart editor will analyze the market development of embedded industrial displays from three aspects: market status, development trends, and future prospects. 1. Market Status According to a report from a market research company, the embedded industrial display market will maintain stable growth in the coming years. It is estimated that by 2027, the global market value of embedded industrial displays will reach 22 billion dollars. Currently, the Asia Pacific region dominates the embedded industrial display market, and the North American and European markets are also rapidly developing. The manufacturing and healthcare industries in these regions have a strong demand for utilizing embedded industrial displays. With the rapid development of emerging economies such as China and India, the demand for their manufacturing and healthcare industries is also growing rapidly. At the same time, the market share in the Asia Pacific region will also further expand. 2. Development Trends 1. Impact of artificial intelligence: The development of artificial intelligence technology has enabled embedded industrial displays to gradually achieve intelligent functions in addition to traditional image display functions. For example, embedded industrial displays can monitor and warn the production process through artificial intelligence algorithms, thereby timely discovering potential faults and problems, and preventing and solving problems in advance. 2. Multifunctionality: With the continuous development of technology, the functions of embedded industrial displays are becoming increasingly diverse. They can not only be used for data monitoring and management, but also for human-machine interaction control and operation. Some new embedded industrial displays, such as Machine Vision System (MVS), support intelligent scanning functions such as license plate recognition and facial recognition, and can be widely used in the security industry. 3. Energy efficiency improvement: In the future, embedded industrial displays should not only focus on functionality and technology, but also focus on achieving energy consumption reduction and energy efficiency improvement. Adopting more advanced materials and process technologies can effectively reduce the power and heat loss of embedded industrial displays, and improve their energy utilization efficiency. 3. Future development prospects With the acceleration of global industrial development, the application range of embedded industrial displays will be further expanded. Driven by the application demand in various fields such as manufacturing, energy, transportation, healthcare, and security, the growth momentum of the embedded industrial display market will continue to be strong in the coming years. Meanwhile, with the continuous progress of technology and the expansion of applications, the functionality and performance of embedded industrial displays will be further improved and improved. The application of innovative technologies is one of the important directions for the future development of embedded industrial displays. Embedded industrial displays are an indispensable and important component of future intelligent manufacturing, with broad application prospects and market potential, and broad future development prospects.

As an AI language model, I don't have personal experience or opinions, but here are some issues and application areas to pay attention to during the installation of industrial all-in-one pc: Issues: 1. Power supply: Ensure that the power supply is adequate for the machine and that the electrical connections are secure. 2. Environment: The machine should be installed in an appropriate environment, free from dust, humidity, and other contaminants that may affect its performance. 3. Safety: Ensure that the machine is installed in a safe location, away from potential hazards such as heat sources, chemicals, and sharp objects. 4. Compatibility: Ensure that the machine is compatible with existing equipment and software in the facility. 5. Maintenance: Ensure that the machine is installed in a location that allows for easy access for maintenance and repairs. Application areas: 1. Manufacturing: Industrial all-in-one pcs are commonly used in manufacturing facilities to automate production lines and increase efficiency. 2. Agriculture: These machines can be used in agriculture for tasks such as planting, harvesting, and sorting. 3. Warehousing: Industrial all-in-one machines can be used in warehouses for tasks such as inventory management and order fulfillment. 4. Transportation: These machines can be used in transportation for tasks such as loading and unloading cargo. 5. Healthcare: Industrial all-in-one machines can be used in healthcare for tasks such as sterilization and medical equipment manufacturing.

Industrial computer all-in-one pc is an industrial computer designed specifically for industrial environments. Industrial computer all-in-one machines are different from ordinary computers. They have high requirements for product parameter performance because they usually operate in harsh environments such as high and low temperatures, electromagnetic interference, high dust, and high humidity. Therefore, corresponding requirements require industrial all-in-one pcs to have good functions such as wide temperature and pressure range, electromagnetic interference resistance, dust prevention, waterproof, and seismic resistance. Industrial all-in-one computer have high requirements for the usage environment. In order to ensure the normal operation of the equipment, in general, industrial computer all-in-one machines are customized according to the specific usage environment of each customer, which can meet their personalized needs and also improve customer satisfaction. So how do we choose a suitable industrial all-in-one computer ? The following are some suggestions compiled by the Touch Smart editor. Friends who need to buy an industrial all-in-one pc can refer to and learn from them. 1. Choose based on the space size of the industrial all-in-one computer. Industrial all-in-one pc are often installed on racks or in narrow spaces, so the installation size of industrial all-in-one machines has become its primary limiting condition. A small fanless embedded industrial all-in-one pc with a length of only over ten centimeters, generally suitable for installation in power cabinets and self-service terminal equipment. Before purchasing an industrial computer all-in-one machine, it is necessary to confirm with the manufacturer whether their product is within the specified installation size range of the equipment. If it is not, it cannot be used directly. It needs to be customized according to the actual size or checked with other manufacturers to see if there is a suitable one. It is important to choose the specifications of the industrial computer all-in-one machine based on the size of the on-site installation. Remember, remember. 2. You can choose according to the usage environment of industrial all-in-one pcs. The reason why industrial all-in-one computers are different from ordinary personal computers is that they can be applied in harsh environments such as high or low temperatures, high dust, high vibrations, and so on. So when choosing an industrial all-in-one computer, it is necessary to carefully check whether its parameters can meet the needs of its own application environment, such as working temperature, storage temperature, dust and waterproof level, etc. 3. Choose according to the installation method of the industrial computer. The installation methods for industrial all-in-one pcs can be divided into desktop, embedded, wall mounted, cantilever, bracket, etc. Among them, embedded and wall mounted are the most commonly used installation methods. When selecting the installation method, in order to avoid wiring difficulties, we also need to consider the outlet methods, such as front outlet and rear outlet. 4. Select according to the technical parameters of the industrial pc. Just like choosing a regular computer, the core configuration parameters of an industrial all-in-one pc must be well controlled, such as the processor (CPU), hard disk storage, running memory, motherboard, graphics card, operating system, etc. The choice of configuration for each industrial pc needs to be comprehensively considered based on the equipment used on site. If the configuration is too high, it cannot fully utilize the efficiency of the industrial computer all-in-one machine, which belongs to excessive performance and can cause resource waste and increase production costs; If the configuration is too low, it may greatly compromise the on-site running speed and functionality, and also reduce production efficiency. Therefore, the technical parameters of industrial computer all-in-one machines are really an important indicator, and we should not be careless. 5. Choose based on the scalability of industrial computer all-in-one machines. To understand the types of interfaces required for industrial computer all-in-one machines, and whether there are RS-232/485, PCI, USB, and other types of interfaces available. Industrial computer all-in-one machines generally work together with industrial external devices. To establish connections between them, corresponding interface support is necessary. For example, if high-definition video images need to be output, industrial computer all-in-one machines need to have an HDMI high-definition output interface to achieve this. Based on the above five aspects, buying a suitable industrial all-in-one computer is not a problem.

The industrial control computer is also called the industrial control host, which is the same as our common computer host. It is composed of CPU, motherboard, memory, hard disk, power supply and chassis. There are many types of industrial personal computers, including fan industrial personal computer, embedded industrial personal computer, rack-mounted industrial personal computer, 4U touch industrial personal computer, etc. The rack-mounted industrial personal computer is relatively popular in the market, and the 4U touch industrial personal computer in the rack-mounted industrial personal computer is the most consulted by users. What is the advantage of 4U touch industrial computer? What are the characteristics of 4U touch industrial computer? Today, the editor will give you a detailed introduction. In terms of technology: the selection skills of 4U touch industrial personal computer are actually similar to those of ordinary computers, which also need to be configured, such as processor, storage, memory, hard disk, power supply, serial port, etc. When selecting these parameters, they should be selected according to the requirements of the application scenario. The most basic technical level of IPC is to meet the requirement of 7 * 24 hours all-weather stable operation. Expanding performance: The types of industrial PC interfaces required by each device are different, such as RS-232/485 interface, network interface, USB interface, Profinet interface, PCI/PCI-E slot type. Pay attention to the interface when adding board cards. Applicable environment: The difference between 4U industrial computer and ordinary computer is that it can be used in harsh environments such as ultra-low or ultra-high temperature, high dust, high vibration, etc. Therefore, when selecting domestic 4U industrial computer, you should carefully check whether its parameters can meet the needs of your application environment, such as anti-vibration, extreme positive and negative temperature, etc. Touch 4U touch industrial PC has the following features. 1. Independent CPU, supporting inter6/7/8/9th Core/Pentium/Celeron processors 2. Built-in multiple PCI-E, PCI interface, video capture card, visual motion card, graphics card and other PCI/PCI-E interface expansion cards 3. Default dual gigabit network 4. The whole machine is designed with multiple fans for heat dissipation, and the independent CPU cooling fan uses copper tube+radiator+fan to increase the heat dissipation intensity 5. Electrostatic contact 4KV, air 8KV 6. Working temperature: - 15 ℃ - 60 ℃ The front 9-inch LCD screen of Touch 4U touch industrial computer is configured with Intel Core i5-6500 independent CPU, four cores and four threads, and the main frequency is 3.2GHz. The maximum support of Rui frequency is 3.6GHz, and the maximum support of memory is 32G. With HDMI/DVI/VGA and other video output interfaces, it supports dual gigabit network interfaces, USB3.0 * 4, USB2.0 * 4232 * 1, PCI * 4, PCIE 1X * 1, PCIE 4X * 1, PCIE 16X * 1. The Touch 4U touch industrial personal computer can be connected to external video capture card, visual motion control card, light source brightness control card, etc. through the PCI/PCIE interface, and is widely used in vehicle road collaboration, Al edge computing server, machine vision, robots, high-definition video processing, intelligent patrol, environmental monitoring and control, behavior analysis, industrial automation control, production line workbench, power room, monitoring, industrial vision and other scene applications.

Open frame monitor is a borderless display that allows users to see the internal structure and circuit board of the display. Open frame display is used in many different application scenarios. Its uses include: 1. Multi-screen display: The open frame monitor can be spliced into a large screen through multiple displays, providing a broader view and higher resolution, and is suitable for multi-screen office, games, movies and other scenes. 2. Multi-task processing: The open frame monitor can display multiple applications or windows at the same time, improve work efficiency and ease of operation, and is applicable to the work scene of multi-task processing. 3. Video production: The open frame monitor can provide a wider view and higher resolution, and is suitable for professional fields such as video production, editing and post-production. 4. Game experience: The open frame monitor can provide a broader view and higher resolution, allowing players to immerse in the game and entertainment more deeply. 5. Art design: open frame monitor can provide more realistic colors and higher resolution, making it easier for artists and designers to view and edit graphics and images, and is applicable to art design, graphic design and other fields. 6. Engineering design: open frame monitor can help engineers better understand the structure and working principle of the display for better design and maintenance. 7. Education and research: Open frame monitor can help students and researchers better understand the internal structure and working principle of the display, so as to conduct more in-depth study and research. 8. Display and demonstration: Open frame monitor can be used for display and demonstration, such as displaying new technologies and products in museums, exhibitions and science and technology exhibitions. 9. DIY enthusiasts: Open frame monitor can attract DIY enthusiasts. They can design and manufacture the display shell and bracket to meet their needs and interests. 10. Meeting and collaboration: The open frame monitor allows multiple people to view and edit the same document or file at the same time, promoting collaboration and communication. 11. Video production and editing: The open frame monitor can provide more screen space, making it easier for video producers and editors to view and edit video materials. 12. Data analysis and visualization: open frame monitor can provide more screen space, making it easier for data analysts to view and analyze a large amount of data. In short, the open frame monitor has a wide range of uses, and is suitable for various work and entertainment scenes.

Industrial control all-in-one PC, also known as industrial computer all-in-one PC, is a very important product for industrial applications. At present, the application of industrial control all-in-one PC in the industrial field has been very popular. We can see it in busy production workshops, digital machine tools, self-service terminal equipment and other scenes. The popularization of industrial control all-in-one computer application has subtly changed social production and people's life. There are many types of industrial control all-in-one computers, such as industrial tablet computers with X86 architecture, industrial all-in-one computers, industrial control computers, Android tablets with RAM architecture, and Android industrial computers, which are all industrial control all-in-one computers applied in industrial scenarios. industrial all-in-one PC The transformation from traditional industrial production to intelligent manufacturing cannot be separated from the combination of the Internet of Things, artificial intelligence and cloud computing. The high demand of the Internet of Things for the network is the main obstacle to its development. But with the gradual maturity of the 5G Internet of Things, 5G has the advantage of high transmission rate, which also makes the 5G industrial Internet of Things become the most promising field. The development of automation system technology cannot be separated from the integrated industrial control machine. With the support of the integrated industrial control machine, the production efficiency of enterprises has been improved and the labor cost has been reduced. Just because the integrated industrial control function has brought such benefits, more enterprises will use it in the future. As an important data processing center in the production process, the industrial control integrated machine needs high stability and reliability to ensure the stable operation of the equipment. With waterproof, dust-proof, anti-vibration, anti-interference and other performance, even in the harsh industrial environment of high temperature, dust, humidity and other harsh environments, the industrial control integrated machine can ensure all-weather trouble-free operation and achieve a high degree of automatic industrial production. At present, the development of 5G, big data and Internet of Things technologies has been relatively mature, and many enterprises have enjoyed the dividends brought by their development. The application of 5G Internet of Things technology is closely related to the development of industrial control all-in-one PC industry. The combination of them promotes the rapid development of industrial economy and greatly improves industrial productivity and corporate profits. With the continuous development of industrial control all-in-one computer technology and the continuous popularization of 5G Internet of Things technology application, the future market prospect of industrial control all-in-one computer will be good. The combination of industrial control all-in-one computer and 5G Internet of Things technology is the development trend of the future industry.

Is the working principle of the IPC the same as that of the ordinary computer? Many friends who do not know the industrial control industry often ask this question. In fact, the working principle of the IPC and the ordinary computer is exactly the same, but in practical applications, the two cannot replace each other, and there are some differences between them. Many people do not know the difference between the industrial control all-in-one computer and the ordinary computer. Now let's introduce the intelligent editor. 1. Definition of IPC and general computer: 1. Ordinary computer, namely "personal computer", originates from IBM desktop computer model computer in 1978. It is a personal computer that can run independently and complete specific functions. Personal computers can work independently without sharing the processing, disk, printer and other resources of other computers. Now the term personal computer refers to all personal computers, such as desktop computers, notebook computers, etc. 2. The industrial control integrated computer, fully known as the industrial control computer, is a reinforced personal computer. Generally speaking, it is a computer specially designed for industrial field, which can be used as an industrial controller to operate reliably in industrial environment. Its main structure and working principle are the same as those of ordinary computers. 3. The working principles of the two are exactly the same, but the optimization of the structure and performance has also changed due to different use directions. 2.Application fields of industrial computer and ordinary computer: Generally speaking, ordinary computers are mainly used in ordinary personal or business fields. In principle, the best use environment is in the home and office. At present, the industrial control integrated machine has been widely used in all aspects of industry and people's life. For example, industrial control sites, road and bridge tolls, medical care, environmental protection, big data applications, intelligent transportation, security monitoring, voice interaction, automatic terminal services, CNC machine tools, subways, finance, petrochemical, metallurgy, etc. 3. Advantages comparison between industrial control integrated machine and ordinary computer: 1. Ordinary computers are mainly of civil grade, and the requirements for physical environment are not very high. The industrial control all-in-one machine is generally used in places where the environment is relatively harsh, and has higher requirements for data security. Therefore, the industrial control all-in-one machine usually has special designs such as reinforcement, dust prevention, moisture-proof, anti-corrosion, radiation protection, etc. 2. Functions: The industrial control integrated machine has specific needs and functions, while the ordinary computer is mainly used to meet the needs of the public and has a variety of functions. 3. Stability and reliability: The industrial control integrated machine has very high requirements for stability. The functions emphasized by ordinary computers are satisfied, the performance can be avant-garde, and the stability is far less than the industrial control integrated machine. The service life depends on the configuration of the product. In terms of reliability, the industrial control all-in-one machine has the ability of rapid diagnosis and maintainability in dust, smoke, high/low temperature, humidity, vibration, corrosion and maintenance. The MTTF (average time before failure) is more than 100000 hours, while the MTTF (average time before failure) of ordinary computers is only 10000~15000 hours. 4. Heat dissipation scheme: the main board of the industrial control integrated machine emphasizes heat dissipation efficiency, while the ordinary computer focuses on appearance. 5. Real time performance: the industrial control integrated machine carries out real-time online detection and control of the industrial production process, gives rapid response to changes in working conditions, timely conducts collection and output adjustment (watchdog function, which is not available in ordinary computers), and automatically resets in case of distress to ensure the normal operation of the system. 6. Expandability: The industrial control all-in-one computer has a strong input and output function because of the base plate+CPU card structure. More than 20 boards can be expanded. It can be connected with various peripherals, boards and controllers, video monitoring systems, vehicle detectors, etc. on the industrial site to complete various tasks. 7. Compatibility: Industrial control integration can simultaneously use ISA, computer I and other resources, and support various operating systems, multi language assembly, and multi task operating systems. 4. Price comparison between industrial control all-in-one computers and ordinary computers: industrial control all-in-one computers are of specific demand, and the production volume is not much. Industrial control all-in-one computers at the same level are more expensive than ordinary computers in terms of price. Most of the time, ordinary computers rely on price. 5. Optimization direction: 1. Core functions: ordinary computers are optimized for performance and price; The optimization direction of industrial control integrated machine is to be resistant to harsh environment and high reliability. 2. Structure: Ordinary computers are optimized to be easy to assemble and use; The industrial control integrated machine is easy to maintain and resistant to shock and vibration. 3. Power supply: ordinary computers are quiet, efficient and low-cost; The IPC is reliable, durable and even redundant. 4. Storage: ordinary computers are high speed and low price, and industrial control all-in-one computers are highly reliable, fault-tolerant, and data can be recovered. 5. Appearance: ordinary computers are beautiful, portable and economical; The industrial control all-in-one machine is solid and firm, with mounting and fixing devices, shock absorption design, interference prevention, dust prevention and even explosion-proof.

The industrial control all in one pc is also called industrial control computer, or industrial tablet computers all in one. It is a computer specially designed for industrial control. It is mostly used for the measurement, control, and management of the production process. With the continuous development of the industry, the market's demand for industrial control all in one has also risen. At the same time, with the derivation of embedded industrial control all in one and industrial tablets, the application of industrial control all in one machines is no longer limited to industrial automation. It has now become automated equipment. The core of the infrastructure industry infrastructure. The industrial control all in one machine generally uses the aluminum alloy structure, which has strong characteristics of anti -electromagnetic interference, dustproof, waterproof, and impact resistance. At the same time, it also has a wide temperature and wide pressure and can operate in the environment with a harsh environment. There are the following aspects of the main application scenarios of the all -in -one machine. I will introduce it to you. 1. Industry 4.0 application scenario: During the industrial automation transformation process, the industrial control all -in -one as the touch center of industrial big data has been widely used, including factory automation, CNC machine tools, manufacturing, industrial control cabinets, industrial control instruments, automated instruments, and automated instruments. , Analysis instrument, pressure sensor, temperature sensor, speed sensor, light speed sensor, detector and other usage scenarios, can be seen. Agricultural control needs to be used for control. 3. Artificial intelligence: With the continuous landing of artificial intelligence technology, in terms of intelligent control, machine translation, expert system, robotics, virtual assistant, computer vision, AI education, natural language processing, voice recognition, pattern recognition, biometrics, etc. The industrial control all -in -one machine is also used in it. 4. Commercial Intelligence Terminal: In the business self -service display terminal application, the industrial control all -in -one machine in the self -service library, self -service sales machine, smart teller machine, self -service ticket detection machine, self -service recycling machine, smart logistics sorting system, mobile payment, transmission equipment, etc. The application of aspects brings greater convenience to people's lives. Fifth, smart cities: In the construction of smart cities, all -in -one machinery and control machines in smart transportation, government cities, public services, smart medical care, smart education, smart hotels, smart banks, smart homes, smart communities, smart parks, environmental monitoring Yiyi and others play an indispensable role.

Android engineering controller is an industrial control computer equipped with an Android system, which has general computer characteristics. Its role is similar to general computers, but the Android industrial control machine is used in the industrial environment and has high requirements for the use environment. First, the Android engineer control machines have the following advantages compared to ordinary computers (common commercial computers). 1. Stability: Android engineering control machines have rich peripheral interfaces and industrial production standard agreements such as RS232/485, USB2.0, and HDMI. Since the industrial control machine needs to be connected to various industrial production equipment in the application, it is necessary to have a variety of interfaces to ensure the smooth operation of each machine and equipment. 2. Easy maintenance: Android engineering control machines are small in size, and all hardware facilities are gathered into a whole, and the volume and total weight are smaller than ordinary desktop machines. The installation and maintenance is simple, flexible, and convenient to operate. 3. Injection: Android control machines usually use aluminum alloy panels and galvanized steel box structures. They have strong seismic resistance and solidity, and strong impact resistance. 4. Anti -interference: The natural environment of industrial production is relatively complicated, and it is mixed with many influential interference signals. Therefore, it is necessary to have better shielding and anti -interference to ensure the stable operation of Android industrial control machines. 5. High reliability: Android engineering control machines generally use high -quality hardware such as industrial -grade chip CPUs, multi -core processors, graphics cards to improve the reliability and stability of the industrial control machine, thereby reducing the failure rate of the engineering control machine and the improvement of the production of equipment production. efficiency. 6. Adapt to harsh environments: Android industrial control machines often run in a harsh environment, and the security requirements for data are very high. Therefore, the performance control machine usually has special functions such as dustproof, moisture -proof, shockproof, corrosion, radiation protection, etc. , So that the Android engineering controller can be suitable for the harsh industrial environment. Second, the application of Android engineering control machines is very wide, covering all aspects of industrial applications and life. The following is a specific application scenario introduction. 1. Public information query: Android engineering control machines can realize public information query, accompanied by fingerprints, scanners, card readers, miniature printers and other peripherals to achieve specific needs such as fingerprint attendance, card swiping, printing, etc. efficiency. 2. Commercial advertising: Android industrial control machines have external touch functions. They can switch the screen at the same time. At the same time, play videos, pictures, and texts. They do not interfere with each other and have rich colors to achieve the best advertising promotion effect. Interesting advertising methods such as posters and banners in commercial places are convenient for operators to control and change advertising content remotely, and effectively reduce labor costs. 3. Interactive teaching: Android engineering control machines integrate touch technology, intelligent office teaching software, multimedia network communication technology, high -definition tablet display technology and other technologies. Multimedia audio and videos such as identification, external VGA, DVI, HDMI and other video ports have greatly improved students' learning interest and teacher teaching efficiency. 4. Face recognition: Android industrial control machines adapt to multiple face recognition algorithms, have strong face recognition performance, support multiple identification modes, high -efficiency response detection speed, and complete background management software, which can be directly applied to brush brush Face payment, access control, attendance and other projects. 5. Industrial production line: Android engineering control machines can be detected and monitored by the factory production flow line. In addition to simplifying the collection, processing and display of production data to improve production efficiency and flexibility, they can also monitor the status of production machines in real time, equipment, lighting, and lighting. The energy consumption of air -conditioning equipment reduces operating costs. 6. Commercial intelligence terminal: Android industrial control machines can be used with self -service libraries, self -service sales machines, smart tellers, self -service ticketing machines, self -service recycling machines, smart logistics sorting systems, mobile payment, transmission equipment for supporting people Putting convenience. Different application areas, the functional requirements of Android engineering control machines are also different. Customers can customize on demand.

The touch screen is a touch display panel, which is usually equipped with a touch display device with LCD, such as industrial tablets, industrial multi-unity machines, industrial Android Android android all-Bone Anne-One Machine and other displays. Industrial tablets are an industrial control computer with touch display equipment. It has been widely used in intelligent manufacturing, urban transportation, security, commercial finance, medical and other industries, and played a very important role in social and economic development. Do you know how to choose the touch screen of an industrial tablet? The common touch screens of industrial tablets include resistance screens, capacitor screens, infrared screens, surface sound waves, etc. The following touch screen smart editors will introduce them one by one. 1. Resistance screen: The screen of the resistance screen is a multi -layer composite film, with glass or organic glass as the base, the surface is coated with a transparent conductive layer (ITO film), and covers a layer of hardening, hardening, hardening conductive layer on the surface Smooth, scratch -resistant plastic layer. It also has a layer of ITO on its surface, and there are many transparent isolation points between the two conductive layers. When contacting the screen, the two layers and resistors of ITO contact will change. The controller calculates the coordinates of the contact point based on the detected resistance change, and then performs the corresponding operation according to the coordinate. Therefore, the industrial tablet computer using the resistor screen must perform force on the screen during the operation to achieve the touch effect. The resistance screen has low requirements for the working environment. It is not afraid of dust, water and oil, and any object can be touched, and the requirements for temperature and humidity are small. It is suitable for industrial control fields. In addition, the resistance screen is a soft screen. The operation screen of the industrial tablet computer using the resistance screen will have a soft feeling. If it is too difficult or uses sharp touch, the touch screen may be scratched. Five -wire resistor touch screen: good sensitivity and light transmission, long -term service life, and not afraid of dust, oil and photoelectric interference. It is suitable for various public places, especially precise industrial control places. 2. Capacity screen: The capacitor screen is a four -layer composite glass screen. The inner surface and layer of the glass screen are coated with a layer of ITO. The outermost layer is a thin silica glass protective layer. The inter -layer ITO coating is used as a working surface, the four electrodes are brought out at the four corners, and the inner layer ITO is used as a shielder to ensure a good working environment. When hand -touching the screen of the industrial tablet, the human body acts as the pole of the coupling capacitor and collects the current from the four corners of the screen to form another pole of the coupling capacitor. Get the touch coordinates by calculating the relative distance between the current and the touch position. Industrial tablets with capacitor screens can be touched more. The main disadvantage is that when the environmental temperature, humidity, and electric field changes, the capacitor screen may drift and cause inaccurate, which requires regular calibration and positioning. Therefore, the capacitor screen is not easy to be used in industrial control places and interference positions. 3. Infrared screen: The infrared screen uses the dense infrared matrix in the X and Y directions to detect and position the user's touch. The infrared screen is equipped with the circuit board frame in front of the display. The infrared transmission tube and the infrared receiver tube are arranged on the four sides of the screen, forming a horizontal and vertical cross -infrared matrix. When touching the screen of the industrial tablet computer, the touch device will prevent two infrared rays from passing through the position to determine the position of the touch point on the screen. Any contact object can change the infrared rays on the contacts to achieve touch screen operations. 4. Surface sound wave screen: Surface sound wave screen consists of touch screen, sound wave generator, reflex, and sound wave receiver. The sound wave generator can send high -frequency sound waves on the surface of the screen. When contacting the screen, the sound waves on the contacts are blocked to determine the coordinate position, respond quickly and high precision. The saw screen also has a third axis, that is, the finale. Users can touch the screen by calculating the attenuation of the receiving signal, and have the performance of sensing touch pressure. The surface sound wave screen has high resolution and good light transmission. It is sensitive, has a long life, is not affected by temperature, humidity and other environmental factors. No drift, just calibrate once during the installation process. Industrial tablets using surface sound wave screens are suitable for various public places for unknown users. At the same time, due to dust, oil and even drink liquid, the surface sound wave screen needs to be maintained regularly. The pollution on the screen will prevent the guidance wave slot on the surface of the touch screen, making the waves unable to transmit or change the waveforms normally, so that the controller cannot be recognized normally, which affects the normal use of the industrial tablet. Users need to clean regularly.

The industrial control machine is the industrial control computer that we often say. At present, industrial control machines have been widely used in smart manufacturing, smart cities, medical, machinery, metallurgy, petroleum, chemical industry, textiles, hydropower, aerospace, security and other fields. Compared with manual operation, the industrial control machine is not only fast, but also high. When dealing with the huge and complex operations of modern science, the high -speed and continuous computing capabilities of the industrial control machine can realize the problems that many humans are difficult to solve and cannot be solved. For example, when predicting and analyzing the weather conditions, if artificial calculation is used, the weather conditions of the day will take several weeks. The use of industrial control machines, even if it predicts the weather in the next 10 days, it only takes a few minutes to calculate the time, making it possible for medium and long -term weather forecasts. The industrial control machine has many advantages in data processing, auxiliary design and manufacturing, process control, and artificial intelligence, which also brings a lot of convenience to our daily life. Let's take a look at it. 1. Data processing: Data processing is the collection, storage, retrieval, analysis, processing and transmission of original data. Information management implemented through computer data processing has been widely used in applications such as transportation management, technical information management, office automation, surveying and mapping management, warehouse management, and accounting electrification. For example, financial industrial control machines, such as self -service tellers, self -service card machines, self -service query terminals, super counter, smart banking service area, queuing calling equipment, ATM self -service, etc., all use their own collection and computing capabilities. 2. Industrial computer -assisted design and manufacturing: Industrial computer -assisted design is a technology that uses industrial computer systems to assist designers for engineering or product design to achieve the best design effect. It has been widely used in aircraft, automobiles, machinery and equipment, electronic devices, construction, light industry and other fields. For example, the robotic arm control system based on the industrial control machine and the automatic guide transport vehicle control system. 3. Process control: The process control is to use industrial control machines to collect and detect data in a timely manner, and quickly adjust or automatically control the control object according to the best value. The use of industrial control machines for process control can not only greatly improve the automation level of control, but also improve the timeliness and accuracy of control, thereby improving production conditions, product quality and qualification rate. 4. Artificial Intelligence: Artificial intelligence uses computers to simulate human intelligence activities. At present, there are many results in artificial intelligence research, and some of them have begun to be practical. For example, the automation of connected cars and unmanned cars requires high -cost industrial control machines to collect, process, transmit data and other functions. It has been applied to the field of driverless vehicles by car manufacturers.

Industrial tablets are products that integrate touch screens, industrial monitors and hosts. Users can operate the device by touching the screen of the industrial tablet. It is a medium between users and devices, which are interfaces of user communication, transmission, input, and receiving information. With the development of information technology, the application industry of industrial tablets is becoming more and more extensive. Each industry has its own characteristics and needs, and it is difficult for industrial tablets to achieve standardization. Customization has become the main trend of the development of the industrial tablet industry. So, I should pay attention to when customized industrial tablets? Let us introduce information to everyone in detail. 1. Operating system: Industrial tablets should adapt to Windows and Linux systems. In addition, according to their application needs, the operating system should be customized to achieve the perfect combination of software. 2. Work temperature: Different industries, industrial films will face different working temperatures, which requires industrial films to work normally at a wide range of temperatures. 3. Touch effect: The operation of the industrial tablet is completed by touch, so the touch sensitivity of the industrial tablet computer is very important. Carton boxes, touch, etc. are all bad performances. The smooth touch experience can greatly save the operation time. 4. Maintenance: The working cycle of industrial films is very long. The strict raw materials must be strict. The product is highly grinded and flexible, and the aging speed is very slow. 5. Display requirements: In the indoor environment, the brightness is 250 ~ 300cd/㎡. If it is used outdoors, it is required for 500 to 1000 CD/㎡. When customized industrial tablets, you should choose according to the requirements of the brightness, which not only makes the operating experience more comfortable, but also saves more electrical energy. 6. Appearance and size: Industrial tablets are usually used in equipment, so the installation size of the entire machine should be considered. 7. Protection level: Industrial tablets are mainly used for complex and severe operating environment. It is necessary to prevent waterproof, dustproof and shockproof. 8. Hardware configuration: Compared with industrial computers, industrial tablets have better stability. According to the latest central processor technology, users can experience better central processor computing/image performance and reduce power consumption. At the same time, heat dissipation design is required, the interface is rich, and can be connected to various devices. The functional parameters of industrial films are related to the stability of the equipment. During customization, we must make product solutions according to the requirements of the project and a specific working environment to ensure the stability and effective operation of industrial tablets.

Everyone has to be very clear about the USB interface. Isn't this common on USB ports that phones should see? Yes, the USB interface works with a USB cable. However, what is the function of the USB interface of the industrial computer? I'm sure some new customers still don't know much about this. First of all, let's talk about the definition of USB interface, USB is the abbreviation of Universal Serial Bus in English, which is an external bus standard used to regulate the connection and communication between computers and external devices. It is an interface technology applied in the PC field. The USB interface supports plug-and-play and hot-plugging of devices. USB was proposed by Intel, Compaq, IBM, Microsoft and many other companies at the end of 1994. Second, we understand the difference between USB2.0 and USB3.0, the current difference is popular. In order to distinguish the USB2.0 and 3.0 ports of industrial computers, please note that the colors of these two ports are different. The 3.0 USB interface has a blue core. 2.0 USB ports are usually black or white. In terms of transfer speed, USB 3.0 transfers files faster than 2.0. The maximum transfer rate of USB2.0 is 480Mbps, or 60MB/s. The actual transfer rate of USB3.0 is about 3.2Gbps (ie 400MB/S). Finally, let us understand the role of the USB interface of an industrial computer. The USB interface and COM interface of an industrial computer have similar functions and are used in conjunction with external devices. Our commonly used industrial computer USB interfaces are used for: 1. USB mouse, keyboard device, compartment, gamepad; 2. Industrial printers, scanners; 3. Camera, data flash disk, SD connection slot; 4. External optical drive, mobile hard disk, mobile phone charger, USB network card; Five, communication equipment ADSL modem, cable modem. In addition, the USB interface can also be connected to a USB night light, a USB small fan, a USB heater, etc., and has a charging function. However, USB ports are rarely used on industrial computers for these little things. In summary, the USB interface and COM serial port of the industrial computer are used on external devices, and there are not many basic functions. Depending on the standard interface on the external device, choose whether the industrial computer uses a USB interface or a COM serial port. However, for an industrial site using vibration, stability of the interface between the industrial computer and the external interface device is required. Usually, the USB interface is not used, but the COM serial port is used. This is because a double nut can be used to lock the COM port.