clock mechanism

简明释义

钟表机构

英英释义

例句

1.Understanding how the clock mechanism 钟表机芯 works can help you fix your broken watch.

了解钟表机芯 clock mechanism的工作原理可以帮助你修理坏掉的手表。

2.The clock mechanism 钟表机芯 is responsible for the ticking sound you hear.

你听到的滴答声是由钟表机芯 clock mechanism产生的。

3.When I opened the antique clock, I was fascinated by the clock mechanism 钟表机芯 inside.

当我打开这只古董钟时，我对里面的钟表机芯 clock mechanism感到着迷。

4.The quartz clock mechanism 钟表机芯 is more accurate than traditional ones.

石英钟表机芯 clock mechanism比传统的更准确。

5.The intricate design of the clock mechanism 钟表机芯 allows for precise timekeeping.

复杂的设计使得钟表机芯 clock mechanism能够精确计时。

作文

The intricate world of horology, the study of timekeeping, reveals a fascinating aspect of human ingenuity: the clock mechanism. This mechanical device has been central to our understanding and measurement of time for centuries. The clock mechanism is not merely a collection of gears and springs; it represents the culmination of scientific knowledge, craftsmanship, and artistic expression. As we delve deeper into its components and functions, we can appreciate the profound impact it has had on society and culture.At its core, the clock mechanism consists of several key parts: the escapement, the gear train, and the pendulum or balance wheel. The escapement is crucial as it regulates the release of energy from the mainspring, allowing the clock to maintain accurate time. The gear train transfers this energy to the hands of the clock, moving them in a synchronized manner. Meanwhile, the pendulum or balance wheel ensures that the clock ticks at a consistent rate, providing the precision that we often take for granted.Historically, the development of the clock mechanism can be traced back to ancient civilizations. The Egyptians used sundials, while the Chinese invented water clocks. However, it was during the Middle Ages in Europe that the first mechanical clocks were created. These early devices were often large and housed in church towers, serving not only to keep time but also to signal important events and gatherings. The advent of the clock mechanism marked a significant shift in how people perceived time. It became a tool for organization, allowing societies to schedule activities and synchronize their lives.The Renaissance period saw further advancements in clock technology. Craftsmen began to experiment with different designs and materials, leading to the creation of more compact and accurate clock mechanisms. The introduction of the pendulum by Christiaan Huygens in the 17th century revolutionized timekeeping, allowing clocks to achieve unprecedented accuracy. This innovation underscored the importance of the clock mechanism in scientific exploration and navigation, as precise timekeeping became essential for long sea voyages.In the modern era, the clock mechanism has evolved significantly with the introduction of electronic components. Quartz clocks, for instance, utilize the vibrations of quartz crystals to keep time, offering remarkable accuracy without the need for intricate mechanical parts. Despite these advancements, the traditional mechanical clock mechanism remains cherished by collectors and enthusiasts. The artistry involved in crafting these devices is celebrated, and many still prefer the tactile experience of winding a mechanical clock.The influence of the clock mechanism extends beyond mere timekeeping. It has permeated our language and culture, symbolizing order, precision, and the relentless passage of time. Phrases like "time is money" and "the clock is ticking" remind us of our societal pressures to manage time effectively. Additionally, the aesthetic appeal of beautifully crafted clocks has made them sought-after pieces of art, often passed down through generations.In conclusion, the clock mechanism is a remarkable achievement that illustrates humanity's quest to understand and measure time. Its evolution from simple sundials to complex mechanical devices reflects our growing knowledge and appreciation of the natural world. As we continue to innovate and explore new technologies, the legacy of the clock mechanism serves as a reminder of our enduring relationship with time and the importance of precision in our daily lives. Whether in a grand cathedral or on a wristwatch, the clock mechanism will always hold a special place in our hearts and minds.

钟表学的复杂世界揭示了人类聪明才智的一个迷人方面：钟表机制。这个机械装置几个世纪以来一直是我们理解和测量时间的核心。钟表机制不仅仅是一堆齿轮和弹簧；它代表了科学知识、工艺和艺术表现的巅峰。当我们深入探讨其组成部分和功能时，我们可以欣赏到它对社会和文化的深远影响。在其核心，钟表机制由几个关键部分组成：摆轮、齿轮传动系和摆锤或平衡轮。摆轮至关重要，因为它调节主发条释放能量的速度，使钟表能够保持准确的时间。齿轮传动系将这一能量传递给钟表的指针，以同步的方式移动它们。同时，摆锤或平衡轮确保钟表以一致的速度滴答作响，提供我们常常视为理所当然的精确度。从历史上看，钟表机制的发展可以追溯到古代文明。埃及人使用日晷，而中国人发明了水钟。然而，正是在欧洲中世纪，第一台机械钟表开始出现。这些早期设备往往庞大，安置在教堂塔楼中，不仅用于计时，还用于信号重要事件和集会。钟表机制的出现标志着人们对时间认知的重要转变。它成为一种组织工具，使社会能够安排活动并同步生活。文艺复兴时期，钟表技术进一步发展。工匠们开始尝试不同的设计和材料，导致更紧凑和准确的钟表机制的产生。克里斯蒂安·惠更斯在17世纪引入的摆锤彻底改变了计时，使钟表实现了前所未有的准确性。这一创新强调了钟表机制在科学探索和航海中的重要性，因为精确的计时对于长途海洋航行至关重要。在现代，随着电子元件的引入，钟表机制发生了显著的演变。例如，石英钟利用石英晶体的振动来计时，提供了卓越的准确性，而无需复杂的机械部件。尽管有这些进步，传统的机械钟表机制仍然受到收藏家和爱好者的珍视。制作这些设备所涉及的艺术性受到赞誉，许多人仍然喜欢上弦机械钟表的触感体验。钟表机制的影响超越了单纯的计时。它渗透到我们的语言和文化中，象征着秩序、精确和时间的无情流逝。诸如“时间就是金钱”和“时间在流逝”等短语提醒我们社会上有效管理时间的压力。此外，精美制作的钟表的美学吸引了许多人，使它们成为受欢迎的艺术品，常常代代相传。总之，钟表机制是一个非凡的成就，展示了人类理解和测量时间的追求。从简单的日晷到复杂的机械装置的演变反映了我们对自然世界不断增长的知识和欣赏。随着我们继续创新和探索新技术，钟表机制的遗产提醒我们与时间的持久关系以及在日常生活中精确的重要性。无论是在宏伟的大教堂还是在手表上，钟表机制始终在我们心中和思想中占据特殊的位置。