fusee

简明释义

英[fjuːˈziː]美[fjʊˈzi]

n. 引信；[轻] 耐风火柴；火管信号

复 数 f u s e e s

英英释义

单词用法

同义词

反义词

例句

1.Studying representation method of fusee and small spindle part of the case-and-knowledge-based, the described method of objected oriented of geometry feature and process feature information is built.

通过研究引信和钟表小轴类零件基于知识和实例的表示方法，建立了面向对象的零件几何、工艺特征信息描述方法。

2.Studying representation method of fusee and small spindle part of the case-and-knowledge-based, the described method of objected oriented of geometry feature and process feature information is built.

通过研究引信和钟表小轴类零件基于知识和实例的表示方法，建立了面向对象的零件几何、工艺特征信息描述方法。

3.The test of wireless fusee is an important part of the test of missile detonating controlling system and it play a crucial role for the missile to detonate at the point bound up in advance.

无线电引信机的测试是导弹引爆控制系统测试的重要组成部分，对导弹能否在装定的最佳爆高可靠引爆起着至关重要的作用。

4.The dynamics characters of axis sleeve made of the new Mn-Cu alloy is investigated, which is used as absorber in the high-speed rotary fusee-testing machine.

根据基础激振—共振质量法测试原理设计专用的实验测试系统，对作为高速旋转引信实验机减振部件使用的新型锰铜合金圆环类部件进行动力学特性测试。

5.These test equipments can measure every parameter of fusee subassembly, main passway microwave receiver and revise passway microwave receiver.

该测试设备可实现对引信收发组件、主通道微波接收机、修正通道微波接收机的各项功能的测试。

6.It is concluded that the new Mn-Cu alloy is feasible to be used as absorber in the high-speed rotary fusee-testing machine by the experiment.

通过实验测试得出新型锰铜合金适合作为高速旋转设备减振部件的结论。

7.Flame temperature is a very important parameter of the detonating fusee.

火焰温度是泄爆管重要性能参数。

8.In the early 1400s came the invention of the coiled spring or fusee which maintained constant force to the gear wheels of the timekeeper despite the changing tension of its mainspring.

在15世纪早期，人们发明了螺旋弹簧或均力圆锥轮，尽管它的主弹簧的张力不断变化，但仍能对计时装置的齿轮保持恒定的力。

9.The watchmaker carefully replaced the broken fusee in the antique clock.

钟表匠小心翼翼地更换了古董钟表中损坏的锥齿轮。

10.In mechanical engineering, a fusee can help regulate the speed of a machine.

在机械工程中，锥齿轮可以帮助调节机器的速度。

11.The design of the fusee is crucial for the performance of the timepiece.

设计锥齿轮对于时计的性能至关重要。

12.A well-maintained fusee ensures that the clock keeps accurate time.

维护良好的锥齿轮确保时钟保持准确的时间。

13.He explained how the fusee works in the context of energy conservation.

他解释了锥齿轮在能量保存方面的工作原理。

作文

In the world of horology, the term fusee refers to a conical device that is used in mechanical watches and clocks to regulate the power from the mainspring. The fusee plays a crucial role in ensuring that the watch runs accurately over time. It is designed to counteract the diminishing force of the mainspring as it unwinds. When a mainspring is fully wound, it has the most energy, but as it unwinds, the energy decreases. The fusee helps to equalize this force, allowing for a more consistent and reliable timekeeping experience. The design of the fusee is quite ingenious. It consists of a tapered pulley that is connected to the mainspring by a chain. As the mainspring unwinds, the chain moves over the surface of the fusee, which is shaped like a cone. Because the diameter of the fusee changes along its length, the amount of torque transmitted to the escapement mechanism is regulated. This means that when the mainspring is fully wound, the fusee provides less torque, and as the mainspring loses energy, the fusee compensates by providing more torque. This clever mechanism allows watches to maintain accuracy despite the natural decline in the mainspring's power. Historically, the use of the fusee dates back to the 16th century and was a common feature in many high-quality timepieces. It represented a significant advancement in watchmaking technology. Before the invention of the fusee, watches were much less accurate because they lacked a method to stabilize the force from the mainspring. The introduction of the fusee allowed for greater precision and reliability, which was especially important for navigators and explorers who relied on accurate timekeeping for their journeys. In modern times, while many watches have moved to quartz movements that do not require a fusee, there are still many enthusiasts and collectors who appreciate the craftsmanship involved in traditional mechanical watches. These timepieces often showcase the beauty of the fusee within their intricate designs. Some luxury watchmakers continue to incorporate the fusee into their creations, highlighting its historical significance and technical prowess. Moreover, the concept of the fusee extends beyond horology. In a broader sense, it symbolizes balance and regulation in various systems. Just as the fusee balances the power of the mainspring, many fields require mechanisms that ensure stability and consistency. For instance, in engineering, systems must be designed to handle varying loads without compromising performance. Similarly, in economics, policies need to be adjusted to maintain equilibrium in markets. In conclusion, the fusee is more than just a mechanical component; it represents a significant evolution in timekeeping technology. Its ability to regulate power and maintain accuracy has made it a cherished element in horology. As we move forward in an age dominated by digital devices, the artistry and innovation behind the fusee remind us of the importance of craftsmanship and the pursuit of perfection. Whether in a vintage pocket watch or a contemporary luxury timepiece, the fusee continues to captivate and inspire those who appreciate the delicate interplay of mechanics and artistry in the world of timekeeping.

在钟表学的世界中，术语fusee指的是一种锥形装置，用于机械手表和时钟中，以调节来自主发条的动力。fusee在确保手表随着时间的推移准确运行方面起着至关重要的作用。它的设计旨在抵消主发条在展开时动力的减弱。当主发条完全上弦时，它具有最大的能量，但随着它的展开，能量会减少。fusee有助于均衡这种力量，从而允许更一致和可靠的计时体验。 fusee的设计非常巧妙。它由一个锥形滑轮组成，通过链条与主发条连接。当主发条展开时，链条在fusee的表面移动，而fusee的形状类似于一个圆锥体。由于fusee的直径沿其长度变化，传递给摆轮机制的扭矩得以调节。这意味着，当主发条完全上弦时，fusee提供的扭矩较小，而随着主发条能量的减少，fusee通过提供更多的扭矩来补偿。这一巧妙的机制使手表能够保持准确性，尽管主发条的动力自然下降。 历史上，fusee的使用可以追溯到16世纪，是许多高质量时计的常见特征。它代表了制表技术的重要进步。在发明fusee之前，手表的准确性要低得多，因为它们缺乏稳定主发条力量的方法。fusee的引入使得精度和可靠性得到了提高，这在依赖准确计时进行航行和探险的导航员和探险家中显得尤为重要。 在现代，虽然许多手表已经转向不需要fusee的石英机芯，但仍然有许多爱好者和收藏家欣赏传统机械手表中所蕴含的工艺。这些时计常常在其复杂的设计中展示fusee的美感。一些奢侈手表制造商继续在他们的作品中融入fusee，突显其历史意义和技术精湛。 此外，fusee的概念超越了钟表学。从更广泛的意义上讲，它象征着各种系统中的平衡和调节。正如fusee平衡主发条的力量，许多领域也需要确保稳定性和一致性的机制。例如，在工程中，系统必须设计成能够处理不同的负载，而不影响性能。同样，在经济学中，政策需要进行调整，以保持市场的平衡。 总之，fusee不仅仅是一个机械组件；它代表了计时技术的重大演变。其调节动力和保持准确性的能力使其成为钟表学中备受珍视的元素。随着我们进入一个由数字设备主导的时代，fusee背后的艺术性和创新性提醒我们工艺和追求完美的重要性。无论是在复古怀表还是当代奢侈时计中，fusee继续吸引并激励那些欣赏机械与艺术在计时世界中微妙相互作用的人。