electrohydraulic control

简明释义

电液控制

英英释义

例句

1.Our manufacturing plant has upgraded to electrohydraulic control for more efficient machine operation.

我们的制造厂已经升级到电液控制以实现更高效的机器操作。

2.The robot's arm uses electrohydraulic control to achieve smooth and accurate movements.

机器人的手臂使用电液控制实现平滑和精确的运动。

3.In the automotive industry, electrohydraulic control systems are used for better handling and performance of vehicles.

在汽车行业，电液控制系统用于提高车辆的操控性和性能。

4.The new crane is equipped with electrohydraulic control to improve precision during lifting operations.

新的起重机配备了电液控制系统，以提高提升作业的精度。

5.The aircraft's landing gear is operated by an electrohydraulic control system that ensures reliability.

飞机的起落架由电液控制系统操作，以确保可靠性。

作文

In the modern world, technology plays a pivotal role in various industries, and one of the most fascinating developments is the use of electrohydraulic control. This advanced system combines electrical and hydraulic technologies to create highly efficient and precise control mechanisms. The concept of electrohydraulic control can be understood by examining its components and applications in different fields.Firstly, let us break down the term itself. 'Electro' refers to the electrical aspects, while 'hydraulic' pertains to the use of fluids, typically oil, to transmit power. By combining these two elements, electrohydraulic control systems can achieve remarkable feats in automation and machinery operation. For instance, in manufacturing, these systems are used to control robotic arms that assemble products with high precision. The electrical signals dictate the movements of the hydraulic actuators, allowing for smooth and accurate operations.Moreover, electrohydraulic control is not limited to manufacturing; it has significant applications in the automotive industry as well. Modern vehicles often employ this technology in their braking systems. The hydraulic brakes are controlled by electronic signals, which enhance the responsiveness and reliability of the braking process. This integration ensures that drivers have better control over their vehicles, leading to increased safety on the roads.Another notable application of electrohydraulic control is in the field of aerospace. Aircraft utilize this technology for various control surfaces, such as flaps and ailerons. The precision offered by electrohydraulic control systems is crucial for maintaining the stability and maneuverability of an aircraft during flight. The ability to respond quickly to pilot commands can make a significant difference in critical situations, showcasing the importance of this technology in ensuring safe air travel.Despite its advantages, the implementation of electrohydraulic control systems also comes with challenges. One major concern is the maintenance of these systems, as they involve both electrical and hydraulic components that require regular inspection and servicing. Additionally, the complexity of integrating these systems into existing machinery can pose difficulties for engineers and technicians.In conclusion, electrohydraulic control represents a significant advancement in technology that has transformed various industries. Its ability to combine electrical and hydraulic systems allows for enhanced precision and efficiency in operations, ranging from manufacturing to automotive and aerospace applications. While there are challenges associated with its maintenance and integration, the benefits of electrohydraulic control far outweigh the drawbacks. As technology continues to evolve, we can expect further innovations in this field, leading to even more sophisticated and effective control systems that will shape the future of engineering and automation.

在现代世界中，技术在各个行业中发挥着关键作用，其中一个最迷人的发展是使用电液控制。该先进系统结合了电气和液压技术，创建了高效且精确的控制机制。通过检查其组成部分和在不同领域的应用，可以更好地理解电液控制的概念。首先，让我们拆分这个术语。“电”指的是电气方面，而“液压”则涉及使用流体，通常是油，来传递动力。通过将这两个元素结合起来，电液控制系统可以在自动化和机械操作中实现惊人的成就。例如，在制造业中，这些系统用于控制以高精度组装产品的机器人手臂。电信号指挥液压执行器的运动，从而实现平稳和准确的操作。此外，电液控制并不仅限于制造，它在汽车工业中也有重要应用。现代车辆通常在其制动系统中采用此技术。液压制动由电子信号控制，提高了制动过程的响应性和可靠性。这种集成确保驾驶员对车辆有更好的控制，从而提高了道路安全。电液控制的另一个显著应用是在航空航天领域。飞机利用此技术控制各种控制面，例如襟翼和副翼。电液控制系统提供的精确度对于在飞行中保持飞机的稳定性和机动性至关重要。快速响应飞行员指令的能力在关键时刻可能会产生重大差异，展示了这一技术在确保安全空中旅行中的重要性。尽管有其优势，实施电液控制系统也面临挑战。一个主要问题是这些系统的维护，因为它们涉及电气和液压组件，需定期检查和服务。此外，将这些系统集成到现有机械中可能会给工程师和技术人员带来困难。总之，电液控制代表了技术的一项重大进步，改变了各个行业。它将电气和液压系统结合在一起，使得操作的精度和效率得到了提升，涵盖了从制造到汽车和航空航天的应用。尽管与其维护和集成相关的挑战存在，但电液控制的益处远远超过缺点。随着技术的不断发展，我们可以期待这一领域的进一步创新，导致更复杂和有效的控制系统，这将塑造工程和自动化的未来。