gimbaled

简明释义

英[ˈɡɪm.bəld]美[ˈɡɪm.bəld]

装有万向接头的

用万向架固定的

英英释义

单词用法

同义词

反义词

例句

1.This dissertation, based on the development task background of a project - gimbaled Inertial Navigation System for Ship, addresses the modeling and compensation of gyros drifts in a gimbaled INS.

本文以实际工程项目为背景—船用平台式惯性导航系统，对陀螺仪的各种漂移的建模及补偿进行了研究。

2.This dissertation, based on the development task background of a project - gimbaled Inertial Navigation System for Ship, addresses the modeling and compensation of gyros drifts in a gimbaled INS.

本文以实际工程项目为背景—船用平台式惯性导航系统，对陀螺仪的各种漂移的建模及补偿进行了研究。

3.Active Radar Seeker (ARS) provides accurate and stable velocity information, thus possesses the possibility of gimbaled inertial navigation system (GINS) aiding.

主动雷达导引头可提供精确且稳定的测速信息，具有辅助惯导的潜力。

4.The S-IVB stage has its single engine gimbaled in pitch and yaw.

IVB级有一个单独摆动发动机来作俯仰和偏航。

5.The ship's compass was mounted on a gimbaled 万向的 platform to ensure accurate readings despite the rolling of the vessel.

船的指南针安装在一个万向的平台上，以确保尽管船只摇摆，仍能准确读取。

6.In the camera rig, the gimbaled 万向的 stabilizer allowed for smooth shots even while moving.

在相机支架中，万向的稳定器允许在移动时拍摄平滑的镜头。

7.The drone was equipped with a gimbaled 万向的 camera that provided stable footage during flight.

无人机配备了一个万向的相机，在飞行过程中提供稳定的画面。

8.Astronomers use gimbaled 万向的 mounts to keep telescopes aligned with celestial objects as the Earth rotates.

天文学家使用万向的支架来保持望远镜与天体的对齐，因为地球在自转。

9.The gyroscope in the aircraft was gimbaled 万向的 to maintain its orientation during flight.

飞机中的陀螺仪是万向的，以维持其在飞行中的方向。

作文

In the world of technology and engineering, precision is key. One of the fascinating innovations that have emerged to enhance stability and accuracy is the concept of a gimbaled system. A gimbaled mechanism allows an object to remain stable regardless of the motion of its base. This principle is crucial in various applications, from aviation to photography. For instance, in aircraft, instruments are often mounted on gimbaled platforms to ensure that they provide accurate readings even when the aircraft is maneuvering through turbulent skies. The use of a gimbaled system prevents the instruments from being affected by the pitch, roll, or yaw of the aircraft, allowing pilots to make informed decisions based on reliable data. Similarly, in the field of photography, many cameras utilize gimbaled stabilizers to capture smooth video footage. These devices counteract the movements of the operator, ensuring that the camera remains steady during filming. This technology has revolutionized the way videos are shot, enabling filmmakers to create cinematic masterpieces without the shakiness that can detract from the viewer's experience. The ability to produce stable images and videos is not just a matter of aesthetics; it is essential for conveying a story effectively. The principle behind a gimbaled system can be traced back to ancient times, where it was used in navigational instruments like compasses. The original design allowed the compass to maintain its orientation even when the ship was swaying on the waves. This innovation was crucial for explorers and sailors, as it provided them with the ability to navigate accurately across vast oceans. In modern applications, the gimbaled design has expanded beyond traditional uses. For example, in robotics, gimbaled joints are employed in robotic arms to enhance their range of motion and precision. This technology enables robots to perform intricate tasks in manufacturing and assembly lines, increasing efficiency and reducing human error. Moreover, the military has also benefited from gimbaled systems, particularly in targeting and surveillance equipment. By using gimbaled mounts, military drones and other vehicles can keep their cameras focused on a target while navigating challenging terrains or during high-speed maneuvers. This capability is vital for reconnaissance missions and for gathering intelligence in real-time. As we look towards the future, the potential applications of gimbaled technology seem limitless. With advancements in materials science and miniaturization, we can expect to see even more innovative uses of gimbaled systems in everyday devices. For instance, smartphones may incorporate gimbaled stabilization features to improve photo quality and video recording capabilities, making it easier for users to capture professional-grade content. In conclusion, the concept of a gimbaled system plays a pivotal role in various fields, enhancing stability, accuracy, and performance. Whether in aviation, photography, robotics, or military applications, the ability to maintain orientation and reduce the effects of motion is invaluable. As technology continues to evolve, the significance of gimbaled systems will undoubtedly grow, paving the way for new innovations that will further enhance our capabilities and experiences in the world around us.

在技术和工程的世界中，精确性至关重要。为了提高稳定性和准确性，出现了一个令人着迷的创新概念，即gimbaled系统。gimbaled机制允许物体保持稳定，无论其基础的运动如何。这个原理在从航空到摄影的各种应用中都是至关重要的。例如，在飞机上，仪器通常安装在gimbaled平台上，以确保即使在飞机穿越动荡的天空时，它们也能提供准确的读数。使用gimbaled系统可以防止仪器受到飞机俯仰、滚转或偏航的影响，使飞行员能够根据可靠的数据做出明智的决策。 同样，在摄影领域，许多相机利用gimbaled稳定器来捕捉平滑的视频画面。这些设备抵消了操作员的运动，确保在拍摄过程中相机保持稳定。这项技术彻底改变了视频拍摄的方式，使电影制作人能够创作出没有抖动的电影杰作，而这些抖动可能会影响观众的体验。产生稳定的图像和视频不仅仅是美学问题；它对于有效传达故事至关重要。 gimbaled系统背后的原理可以追溯到古代，当时它用于导航仪器，如指南针。原始设计使得指南针即使在船只在波浪上摇摆时也能保持其方向。这项创新对探险家和水手至关重要，因为它为他们提供了在广阔海洋中准确导航的能力。 在现代应用中，gimbaled设计已经扩展到传统用途之外。例如，在机器人技术中，gimbaled关节被用在机器人臂中，以增强其运动范围和精度。这项技术使机器人能够在制造和装配线上执行复杂的任务，提高效率并减少人为错误。 此外，军方也受益于gimbaled系统，特别是在目标定位和监视设备中。通过使用gimbaled支架，军事无人机和其他车辆能够在导航困难地形或高速机动时将其摄像头对准目标。这种能力对侦察任务和实时收集情报至关重要。 展望未来，gimbaled技术的潜在应用似乎是无限的。随着材料科学和小型化的进步，我们可以期待在日常设备中看到更多创新的gimbaled系统的使用。例如，智能手机可能会结合gimbaled稳定功能，以改善照片质量和视频录制能力，使用户更容易捕捉专业级内容。 总之，gimbaled系统的概念在各个领域中发挥着关键作用，提高了稳定性、准确性和性能。无论是在航空、摄影、机器人技术还是军事应用中，保持方向和减少运动影响的能力都是无价的。随着技术的不断发展，gimbaled系统的重要性无疑会增加，为进一步增强我们在周围世界中的能力和体验铺平道路。