Background:
Auto drive system, also known as autonomous vehicle; Self driving automobiles, also known as driverless cars, computer driven cars, or wheeled mobile robots, is an intelligent vehicle system that realizes driverless driving through on-board computer systems. The research and development of autonomous vehicle technology has also had a history of decades in the 20th century, showing a trend towards practicality at the beginning of the 21st century. For example, Google autonomous vehicle won the first license for autonomous vehicles in the United States in May 2012, and will enter the market from 2015 to 2017.
In China, autonomous vehicle are also developing very rapidly. Local governments also made positive statements and support for the development of automatic driving, standardized and promoted the actual road test of autonomous vehicle, and the government also issued road test notices and temporary license plates for intelligent connected vehicles to some companies
Application requirements:
Autonomous driving technology for automobiles includes video cameras, radar sensors, and laser rangefinders to understand the surrounding traffic conditions, and to navigate the road ahead through a detailed map (collected from a manned car). All of this is achieved through data centers, which can process a large amount of information collected by cars about the surrounding terrain. The autonomous vehicle is equivalent to the remote control car or smart car in the data center. Autonomous vehicle rely on the cooperation of artificial intelligence, visual computing, radar, monitoring devices and global positioning system, so that computers can automatically and safely operate motor vehicles without any human initiative.
The general structural components include laser radar, front camera, tire sensor, front and rear radar, and main control computer. For the autonomous vehicle technology with extremely high safety requirements, the main control computer is equivalent to a brain. It not only needs to interact with the data center and optimize real-time data, but also is generally equipped with a display screen to display the real-time data of the vehicle or local touch control, so as to realize the interaction between people and vehicles.
Product requirements:
In response to the actual needs of a customer in Europe, the application scenario is airport shuttle buses or other shuttle bus scenarios. This application proposes the following requirements for practical application scenarios:
12.1-inch and 15.0-inch industrial displays;
Outdoor high brightness and automatic light sensing;
Explosion proof glass AG treatment;
Customized back installation (similar to open type) fixing;
High stability seismic and connection performance;
Optional built-in NFC function;
Special size requirements.
HENCSTAR Solutions and Products:
In response to the customer's product requirements, Jiaweishi and the customer have conducted careful discussions and analysis. We have decided to customize an industrial display product TM-OC150H-312 for customer sample testing. This industrial monitor is either 15.0 or 12.1 in size, with a resolution of 1024 * 768. It features a high brightness of 1000 nits and comes with a built-in light sensor to adjust brightness; The sample is based on 3mm explosion-proof glass and treated with AG, suitable for outdoor applications; Multi point capacitive touch, touch communication via RS232 serial port, enhances touch stability during use; Customize the fixed installation method behind the scenes according to actual application requirements. And for some potential application industries, we can also provide built-in NFC integration functions to facilitate user use.
Product Features:
Aluminum magnesium alloy structure, oxidation treatment;
15.0-inch LCD screen with a resolution of 1024 * 768;
Dual video interface, 1 DVI, 1 VGA interface;
Outdoor high brightness screen with 1000 nits and automatic light sensing;
Customized 3mm explosion-proof glass with AG treatment;
Multi point (10 point) capacitive touch, RS232 communication interface;
Back installation, supporting VESA;
Optional built-in NFC, screen mounting method, exquisite appearance;
Industrial temperature -20~+60C.
Advantages of HENCSTAR industrial LCD displays:
1. The whole machine adopts a triple protection design of explosion-proof, flame-retardant, and dust-proof, with characteristics such as anti-static, anti surge, anti breakthrough, and anti lightning protection;
2. Touch selectable resistor/capacitor/infrared screen, characterized by high precision and sensitivity, with numerous industrial field application features;
3. Industrial grade driver version, with industrial grade components used in the board, supporting 354 * 24h all-weather uninterrupted operation;
4. OSD can adjust backlight brightness, with multiple language menu options. Adjusting brightness will not affect the color saturation of the image;
5. Anti static (4KV-8KV) meets industrial standards and can be customized up to 16KV. The anti-static level is high and can significantly reduce the machine's failure rate;
6. Adopting LED backlight technology, the image color is brilliant, the brightness is high, the viewing angle is wide, and the lifespan is longer. It can be equipped with a visible screen under sunlight for outdoor use;
7. Support wide voltage 12V-24V DC power input, anti drop design of power port, optional DC interface or DC wiring terminal (Phoenix terminal)
8. Support diversified installation methods: embedded, VESA cantilever, desktop, wall mounted, etc., to meet various customer needs.