light signal visibility test

简明释义

灯光信号显示距离测试

英英释义

例句

1.During the road safety audit, a light signal visibility test 灯光信号可见性测试 was included to assess potential hazards.

在道路安全审核中，包含了一个灯光信号可见性测试 灯光信号可见性测试以评估潜在的危险。

2.The city council mandated a light signal visibility test 灯光信号可见性测试 at night to evaluate the effectiveness of street lighting.

市议会要求在晚上进行灯光信号可见性测试 灯光信号可见性测试以评估街道照明的有效性。

3.The results of the light signal visibility test 灯光信号可见性测试 indicated that some signals needed to be repositioned.

灯光信号可见性测试 灯光信号可见性测试的结果显示某些信号需要重新定位。

4.Before the new traffic lights are installed, a light signal visibility test 灯光信号可见性测试 was conducted to ensure they are easily seen by drivers.

在安装新的交通信号灯之前，进行了一个灯光信号可见性测试 灯光信号可见性测试以确保司机能轻松看到它们。

5.Engineers performed a light signal visibility test 灯光信号可见性测试 to determine if the new LED signals were bright enough.

工程师们进行了一个灯光信号可见性测试 灯光信号可见性测试以确定新的LED信号是否足够明亮。

作文

In today's fast-paced world, the importance of effective communication cannot be overstated. One crucial aspect of communication, especially in transportation and safety, is the visibility of light signals. This brings us to the concept of the light signal visibility test, a procedure designed to assess how well light signals can be seen under various conditions. The light signal visibility test is essential for ensuring that traffic lights, warning signals, and other forms of light communication are functioning optimally. To understand why the light signal visibility test is necessary, we must consider the role of light signals in daily life. Traffic lights, for example, guide vehicles and pedestrians at intersections, preventing accidents and ensuring smooth traffic flow. If a traffic light is not visible due to weather conditions, poor design, or aging technology, it can lead to disastrous consequences. Therefore, conducting a light signal visibility test helps identify any issues that could impair visibility, allowing for timely maintenance or upgrades. The light signal visibility test typically involves evaluating the brightness, color, and contrast of light signals in different environmental conditions. Factors such as fog, rain, and bright sunlight can significantly affect how well a signal can be seen. For instance, during heavy rain, reflections on the road surface can obscure the light, making it harder for drivers to see. By simulating these conditions during a light signal visibility test, engineers can determine if the signals meet safety standards. Moreover, the light signal visibility test is not limited to just traffic signals. It also applies to various industries where light signals play a critical role, such as aviation, maritime navigation, and emergency services. In aviation, for instance, the visibility of runway lights is vital for safe landings, especially during nighttime or adverse weather conditions. Conducting regular light signal visibility tests ensures that pilots can rely on these signals for safe operations. In addition to improving safety, the results of the light signal visibility test can also influence design choices for new light signals. For example, if testing reveals that a particular color is not easily visible in certain conditions, designers may choose to alter the color or increase the brightness of the light. This iterative process of testing and redesigning ultimately leads to more effective communication through light signals. Furthermore, advancements in technology have introduced new methods for conducting light signal visibility tests. With the use of sophisticated imaging systems and data analysis software, engineers can now gather more accurate data and simulate a wider range of conditions. This technological progress enhances our ability to ensure that light signals remain visible and effective in an ever-changing environment. In conclusion, the light signal visibility test is a vital procedure that ensures the effectiveness of light signals in various applications. By assessing visibility under different conditions, we can enhance safety, improve designs, and adapt to technological advancements. As we continue to rely on light signals for communication in our daily lives, the importance of conducting thorough light signal visibility tests will only grow. Ensuring that these signals are visible not only protects lives but also contributes to the efficiency of our transportation systems and emergency services. Ultimately, the light signal visibility test is more than just a technical evaluation; it represents our commitment to safety and effective communication in an increasingly complex world.

在当今快节奏的世界中，有效沟通的重要性不容小觑。尤其是在交通和安全领域，一个关键的方面就是光信号的可见性。这就引出了“光信号可见性测试”这一概念，这是一个旨在评估光信号在各种条件下可见程度的程序。“光信号可见性测试”对于确保交通灯、警示信号和其他形式的光通信正常运行至关重要。要理解为什么需要“光信号可见性测试”，我们必须考虑光信号在日常生活中的作用。例如，交通灯在交叉口引导车辆和行人，防止事故并确保交通流畅。如果由于天气条件、设计不良或技术老化导致交通灯不可见，可能会造成灾难性后果。因此，进行“光信号可见性测试”有助于识别任何可能影响可见性的问题，从而及时进行维护或升级。“光信号可见性测试”通常涉及在不同环境条件下评估光信号的亮度、颜色和对比度。雾、雨和强烈阳光等因素会显著影响信号的可见性。例如，在大雨中，路面上的反射可能会遮挡光线，使驾驶员更难看到。通过在“光信号可见性测试”中模拟这些条件，工程师可以确定信号是否符合安全标准。此外，“光信号可见性测试”不仅限于交通信号。它还适用于各种行业，在这些行业中，光信号发挥着关键作用，例如航空、海洋导航和紧急服务。在航空领域，跑道灯的可见性对于安全着陆至关重要，尤其是在夜间或恶劣天气条件下。定期进行“光信号可见性测试”可确保飞行员能够依赖这些信号进行安全操作。除了提高安全性外，“光信号可见性测试”的结果还可以影响新光信号的设计选择。例如，如果测试显示某种颜色在特定条件下不易被看到，设计人员可能会选择改变颜色或增加光线的亮度。这种测试与重新设计的迭代过程最终导致了更有效的光信号通信。此外，技术的进步引入了进行“光信号可见性测试”的新方法。借助先进的成像系统和数据分析软件，工程师现在可以收集更准确的数据，并模拟更广泛的条件。这一技术进步增强了我们确保光信号在不断变化的环境中保持可见和有效的能力。总之，“光信号可见性测试”是一个至关重要的程序，确保光信号在各种应用中的有效性。通过在不同条件下评估可见性，我们可以提高安全性、改善设计并适应技术进步。随着我们继续依赖光信号进行日常沟通，进行彻底的“光信号可见性测试”的重要性只会增加。确保这些信号可见不仅保护生命，还促进了我们的交通系统和紧急服务的效率。最终，“光信号可见性测试”不仅仅是技术评估；它代表了我们在日益复杂的世界中对安全和有效沟通的承诺。