armstrong's patent

简明释义

手动机械

英英释义

例句

1.Many modern devices can trace their origins back to armstrong's patent innovations.

许多现代设备可以追溯到armstrong's patent的创新。

2.Engineers often refer to armstrong's patent when designing efficient machinery.

工程师在设计高效机械时经常参考armstrong's patent。

3.Investors are particularly interested in startups that utilize armstrong's patent technologies.

投资者对利用armstrong's patent技术的初创公司特别感兴趣。

4.The invention of the steam engine was significantly improved by armstrong's patent.

蒸汽机的发明通过armstrong's patent得到了显著改善。

5.The legal team is currently reviewing armstrong's patent for any potential infringements.

法律团队目前正在审查armstrong's patent是否存在任何潜在侵权。

作文

The term armstrong's patent refers to a specific invention or innovation attributed to Sir William Armstrong, a prominent engineer and inventor from the 19th century. His most notable contribution was in the field of artillery, where he developed a revolutionary method for manufacturing cannon that greatly improved their accuracy and range. The armstrong's patent was not just a technical advancement; it represented a significant shift in military technology during a time when nations were rapidly modernizing their armed forces. Armstrong's innovations began with the introduction of rifled cannons, which had grooves cut into the barrel to spin the projectile, thereby enhancing stability and precision. Before this, cannons were smoothbore, leading to less accurate shots and greater chances of missing the target. The armstrong's patent allowed for a new era in artillery, making it possible for armies to strike targets from much longer distances with greater effectiveness. In addition to his work on rifled artillery, Armstrong also focused on the development of explosives and shells. His patented designs included the use of high-explosive shells that could cause devastating damage upon impact. This advancement made traditional fortifications obsolete, as the destructive power of Armstrong's artillery could breach walls that were previously considered impregnable. The impact of armstrong's patent extended beyond mere technical specifications; it influenced military strategy and tactics. Armies that adopted Armstrong's designs found themselves at a significant advantage over those that did not. This led to a rapid adoption of his technologies across Europe and beyond, fundamentally altering the landscape of warfare. Moreover, the legacy of armstrong's patent can be seen in the evolution of artillery design throughout the 20th century and into modern times. The principles established by Armstrong laid the groundwork for future innovations in weaponry, including advancements in guided missiles and artillery systems used today. It's important to note that while Armstrong's contributions were groundbreaking, they also sparked debates about the ethics of military technology. As nations equipped themselves with more powerful weaponry, the potential for destruction increased, raising questions about the responsibility of inventors and engineers in the context of warfare. Armstrong himself was known to have mixed feelings about the use of his inventions in battle. In conclusion, armstrong's patent symbolizes a pivotal moment in military history, showcasing the intersection of engineering brilliance and its implications for society. Understanding this term not only requires knowledge of its historical context but also an appreciation of the broader consequences of technological advancements in warfare. As we reflect on the impact of Armstrong's work, we are reminded of the delicate balance between innovation and responsibility in the pursuit of progress.

术语armstrong's patent指的是归属于威廉·阿姆斯特朗爵士的特定发明或创新，他是19世纪著名的工程师和发明家。他最显著的贡献是在炮兵领域，他开发了一种革命性的方法来制造火炮，大大提高了火炮的准确性和射程。armstrong's patent不仅仅是技术上的进步，它代表了在一个国家迅速现代化其武装力量的时代，军事技术的重大转变。阿姆斯特朗的创新始于引入有膛炮，这种炮管上切有凹槽，可以使弹丸旋转，从而增强稳定性和精确度。在此之前，火炮是光滑的，导致射击不够准确，错失目标的几率更大。armstrong's patent使得在火炮领域进入了一个新的时代，军队能够以更大的有效性从更远的距离打击目标。除了在有膛炮上的工作外，阿姆斯特朗还专注于炸药和炮弹的开发。他的专利设计包括使用高爆炸弹，这可以在撞击时造成毁灭性损害。这一进展使得传统的防御工事变得过时，因为阿姆斯特朗的火炮的破坏力能够突破以前被认为是不可攻破的墙壁。armstrong's patent的影响不仅限于技术规格；它影响了军事战略和战术。采用阿姆斯特朗设计的军队发现自己在没有采用这些技术的军队面前处于显著优势。这导致了他在整个欧洲及其他地区的技术的快速采用，从根本上改变了战争的格局。此外，armstrong's patent的遗产可以在20世纪及现代火炮设计的发展中看到。阿姆斯特朗建立的原则为未来武器的创新奠定了基础，包括今天使用的导弹和火炮系统的进展。值得注意的是，尽管阿姆斯特朗的贡献是开创性的，但它们也引发了关于军事技术伦理的辩论。随着各国装备更强大的武器，毁灭的潜力增加，发明者和工程师在战争背景下的责任问题浮出水面。阿姆斯特朗本人对其发明在战斗中的使用有着复杂的感情。总之，armstrong's patent象征着军事历史上的一个关键时刻，展示了工程卓越与社会影响之间的交汇。理解这个术语不仅需要了解其历史背景，还需要欣赏技术进步在战争中的更广泛后果。当我们反思阿姆斯特朗工作的影响时，我们被提醒在追求进步的过程中创新与责任之间的微妙平衡。