Polski

Guangfeng Technology releases the world's first versatile laser headlights

815
2024-04-29 15:43:23
Zobacz tłumaczenie

On April 25th, 2024, the Beijing International Auto Show officially opened, and Guangfeng Technology released the world's first ALL-IN-ONE all-around laser headlights.

This headlight is the first to integrate multiple functions such as high beam ADB headlights, color changing temperature headlights, fog lights, ground information display, car cinema, etc. into a small volume headlight module, achieving functions that could only be achieved by multiple modules in the past, greatly reducing the power consumption of the entire system, greatly reducing the size of the system, and significantly reducing the total cost of the system, meeting the all-around needs of safety, social attributes, and personalization.

It is reported that compared with traditional LED light sources, laser light source technology not only has the advantages of fast response speed and low brightness attenuation, but also has more obvious advantages in size. In addition, the brightness of ALPD laser light source is 10 times that of conventional car grade LED. When using the same DLP digital light processing chip, the system's output luminous flux increases by more than 2 times, which can further reduce energy consumption. The all-new Smart Elf # 5 concept car, which was unveiled at this auto show, is equipped with the company's color DLP headlights. Paired with white walls or screens, it can achieve multi screen interaction inside the car. Both the driver and passenger can control the projection content, allowing for cross screen collaboration through on-demand playback. It can be used in various scenarios such as in car and exterior shadows, outdoor camping, and team building.

In addition, the projection of Smart Elf # 5 has auxiliary functions such as automatic trapezoidal correction and autofocus, and a portable Hifi speaker with 6 sound units integrated into the armrest of the center console for the entire scene.

Source: OFweek

Powiązane rekomendacje
  • Low noise! Switzerland develops a new type of laser

    According to foreign media reports, scientists from the Physics Research Institute and the Institute of Physics and the Center for Quantum Science and Engineering at the Swiss Federal Institute of Technology Lausanne (EPFL) in Lausanne, Switzerland have made a new progress in the field of excitation science, developing a smaller and quieter laser system than previous products.Small laser system (I...

    2024-07-03
    Zobacz tłumaczenie
  • Heavyweight Natuer: New progress in the efficiency of perovskite battery modules! Professor Zhang Xiaohong from Suzhou University, an alliance unit, issued a document

    Recently, Professor Zhang Xiaohong and Professor Peng Jun from the Functional Nanomaterials and Soft Materials Research Institute (FUNSOM) of Suzhou University, along with Professor Mohammad Khaja Nazeeruddin, Professor Paul J. Dyson, Professor Zhaofu Fei, and Professor Ding Yong from North China Electric Power University, collaborated to publish their research findings on Dopant additive synergy ...

    2024-04-19
    Zobacz tłumaczenie
  • Feasibility Study on Composite Manufacturing of Laser Powder Bed Melting and Cold Casting

    It is reported that researchers from the Technical University of Munich in Germany have reported a feasibility study on the composite manufacturing of EN AC-42000 alloy by combining laser powder bed melting and cold casting. The related research titled "Feasibility study on hybrid manufacturing combining laser based powder bed fusion and chill casting on the example of EN AC-42000 alloy" was publi...

    2024-06-06
    Zobacz tłumaczenie
  • The influence of laser beam drift on SLM thin-walled TC11 specimens at high scanning speed

    AbstractDue to the width of the laser melt pool and the sintering effect on the surrounding powder, the experimental size of the selective laser melting (SLM) sample will be larger than the design size, which will greatly affect the dimensional accuracy and surface quality of the thin-walled sample. In order to obtain SLM thin-walled TC11 specimens with precise dimensions, an orthogonal experiment...

    02-24
    Zobacz tłumaczenie
  • The ECSTATIC fiber optic project worth 5.1 million euros aims to prevent bridge collapse

    A new European research project is exploring whether the same fibre-optic cables that carry our internet could also serve as real-time sensors for hidden damage in infrastructure, including bridges, railways, tunnels and energy pipelines. The €5.1 million ECSTATIC project, coordinated by Aston University in the UK, is trialling this breakthrough approach in a major UK city, using a heavily-used...

    08-18
    Zobacz tłumaczenie