interlocks

简明释义

英[ˈɪntəlɒks]美[ˈɪntərlɑks]

n. 联动装置；[计]互锁（interlock 的复数）

v. 连锁（interlock 的三单形式）；联结

英英释义

单词用法

同义词

反义词

例句

1.Hydraulic lift cylinder achieves lifting feeding mechanism up and down with limit switch to control the position, and interlocks with the feeding, tableting and sorting.

升降部分由液压升降油缸实现送料机构上升、下降，用限位开关控制位置，并与送料、压片、整粒联锁。

2.For example, HILS can use interlocks to ensure dangerous procedures are only executed when personnel are a safe distance from a process unit or machinery.

例如，HILS可以利用互锁装置来确保只有当操作人员与加工机械保持安全距离时，才会执行危险程序。

3.It has handrails, platforms and interlocks to provide perfect protection;

附设扶手、平台、自锁扣安全稳固；

4.There are interlocks between the actions to guarantee safety operation, the whole process is displayed dynamically.

有联锁之间的行动，以保证安全运行，整个过程是动态显示。

5.Redundant high-pressure interlocks cut off feeds to the EO Reaction Section and all heat sources to the Ethylene Oxide Purification Section far below the relieving pressure.

冗余高压连锁切断了向环氧乙烷反应工段的供料，以及供至远低于泄放压力的环氧乙烷净化工段的所有热源。

6.Mechanical interlocks ensure Safe operating sequence.

机械连锁保证了操作的安全。

7.Safety interlocks ensure fitted clothes door open state machine starts braking.

安全联锁装置确保装衣门打开状态下制动机器启动。

8.The two gears interlocks to transmit power smoothly.

这两个齿轮互锁以平稳传递动力。

9.The safety mechanism interlocks with the door to prevent accidents.

安全机制与门互锁以防止事故。

10.These pieces interlocks perfectly, creating a strong structure.

这些部件互锁得非常完美，形成一个坚固的结构。

11.The software interlocks with the hardware for optimal performance.

软件与硬件互锁以实现最佳性能。

12.The puzzle pieces interlocks to form a complete picture.

拼图块互锁在一起，形成一幅完整的画面。

作文

In the realm of engineering and design, the term interlocks refers to a mechanism that ensures different components work together seamlessly. This concept is crucial in various fields, including machinery, electronics, and even architecture. The idea behind interlocks is to create a system where elements are connected in such a way that they cannot operate independently without affecting the entire structure. For example, in a complex machine, the gears might interlock to ensure that when one gear turns, it causes the others to turn as well, thereby creating a synchronized motion that is essential for the machine's functionality.Understanding how interlocks function can help us appreciate the complexity of modern technology. In the automotive industry, safety features often rely on interlocks. Consider the ignition system of a car; it is designed so that the engine cannot start if the transmission is not in park or neutral. This is a safety interlock that prevents accidents and ensures that the vehicle operates safely. Such systems are meticulously designed to prevent human error and enhance user safety.Moreover, interlocks are not limited to mechanical systems. They also play a significant role in software development. In programming, interlocks can refer to the way different threads or processes coordinate with each other. For instance, in multi-threaded applications, an interlock might be used to manage access to shared resources, ensuring that only one thread can access a particular resource at a time. This prevents data corruption and ensures that the application runs smoothly.The concept of interlocks extends beyond technical applications; it can also be applied to social structures. In a community, various organizations and groups may interlock through partnerships and collaborations. For instance, local governments, non-profits, and businesses often interlock their efforts to address community issues such as homelessness, education, and public health. By working together, these entities can create a more significant impact than they could achieve individually.Furthermore, interlocks have implications in our daily lives. Consider how our routines interlock with those of others. Our schedules, responsibilities, and activities often overlap with family members, friends, and colleagues. This interlocking of lives can lead to stronger relationships and a greater sense of community. However, it can also create challenges, especially when conflicts arise due to differing priorities or time constraints.In conclusion, the term interlocks embodies a fundamental principle that is evident in many aspects of life. Whether in engineering, software development, community engagement, or personal relationships, understanding how different elements interlock can lead to better design, improved safety, and enhanced collaboration. By recognizing and appreciating these connections, we can work towards creating more efficient systems and fostering stronger communities. The study of interlocks reveals the intricate web of interactions that shape our world, reminding us that we are all part of a larger system where every piece plays a vital role.

在工程和设计领域，术语interlocks指的是确保不同组件无缝协作的机制。这个概念在机械、电子甚至建筑等多个领域至关重要。interlocks背后的想法是创建一个系统，使得各个元素以一种方式连接在一起，以至于它们不能独立操作，而不影响整个结构。例如，在复杂的机器中，齿轮可能会interlock，以确保当一个齿轮转动时，它会导致其他齿轮也转动，从而创造出对机器功能至关重要的同步运动。理解interlocks的功能可以帮助我们欣赏现代技术的复杂性。在汽车工业中，安全特性往往依赖于interlocks。考虑一下汽车的点火系统；它被设计成只有在变速器处于停车或空档时，发动机才能启动。这是一个安全interlock，防止事故并确保车辆安全运行。这种系统经过精心设计，以防止人为错误并增强用户安全。此外，interlocks并不仅限于机械系统。它们在软件开发中也发挥着重要作用。在编程中，interlocks可以指不同线程或进程如何协调工作。例如，在多线程应用程序中，可能会使用interlock来管理对共享资源的访问，确保只有一个线程可以同时访问某个特定资源。这防止了数据损坏，并确保应用程序平稳运行。interlocks的概念超越了技术应用；它也可以应用于社会结构。在一个社区中，各种组织和团体可能通过合作伙伴关系和协作来相互interlock。例如，地方政府、非营利组织和企业常常将他们的努力interlock在一起，以解决无家可归、教育和公共卫生等社区问题。通过共同努力，这些实体可以创造出比单独行动更大的影响。此外，interlocks在我们的日常生活中也有影响。考虑一下我们的日常安排如何与他人的安排interlock。我们的日程、责任和活动通常与家人、朋友和同事重叠。这种生活的interlocking可以导致更强的关系和更强的社区意识。然而，当由于优先事项或时间限制的不同而发生冲突时，这也可能造成挑战。总之，术语interlocks体现了一个基本原则，这在生活的许多方面都显而易见。无论是在工程、软件开发、社区参与还是个人关系中，理解不同元素如何interlock可以导致更好的设计、改善安全性和增强合作。通过认识和欣赏这些联系，我们可以朝着创建更高效的系统和促进更强的社区努力。对interlocks的研究揭示了塑造我们世界的复杂互动网络，提醒我们每个人都是一个更大系统的一部分，其中每个部分都扮演着至关重要的角色。