arch type steam hammer

简明释义

龙门汽锤

英英释义

例句

1.We are conducting maintenance on the arch type steam hammer 拱形蒸汽锤 to ensure it operates smoothly.

我们正在对拱形蒸汽锤 arch type steam hammer进行维护，以确保其顺利运行。

2.The arch type steam hammer 拱形蒸汽锤 is essential for forging large steel components.

对于锻造大型钢部件，拱形蒸汽锤 arch type steam hammer是必不可少的。

3.The factory upgraded its equipment to include an arch type steam hammer 拱形蒸汽锤 for better efficiency.

工厂升级了设备，增加了一台拱形蒸汽锤 arch type steam hammer以提高效率。

4.Using an arch type steam hammer 拱形蒸汽锤 allows for more precise metal shaping in our workshop.

在我们的车间使用拱形蒸汽锤 arch type steam hammer可以实现更精确的金属成型。

5.The design of the arch type steam hammer 拱形蒸汽锤 allows for greater force application.

这种拱形蒸汽锤 arch type steam hammer的设计允许施加更大的力量。

作文

The invention of the steam hammer was a significant milestone in the field of engineering and manufacturing. Among the various types of steam hammers developed during the industrial revolution, the arch type steam hammer stands out for its innovative design and efficiency. The arch type steam hammer (拱形蒸汽锤) utilizes a unique arched frame that provides enhanced stability and strength compared to traditional designs. This structure allows for greater force application, making it particularly effective for shaping and forging heavy materials. In the late 19th century, engineers were constantly seeking ways to improve machinery and tools. The introduction of the arch type steam hammer marked a turning point in this quest. By employing a steam-driven piston to deliver powerful blows, the arch type steam hammer could produce consistent and reliable results, which was crucial for industries such as shipbuilding and metalworking. The efficiency of this machine reduced production times and costs, leading to increased output and profitability for manufacturers.One of the key advantages of the arch type steam hammer is its ability to handle large components with ease. For example, in the construction of ships, large steel plates needed to be shaped and joined together. The powerful blows from the arch type steam hammer allowed workers to manipulate these heavy materials quickly and accurately. This capability not only improved the quality of the final product but also ensured that projects could be completed within tighter deadlines.Moreover, the design of the arch type steam hammer contributed to its longevity and durability. The arched frame distributes stress evenly, reducing wear and tear on the machine. As a result, factories that invested in this technology enjoyed lower maintenance costs and less downtime, further enhancing their productivity. As technology advanced, the arch type steam hammer paved the way for more modern forms of machinery, including hydraulic hammers and automated forging systems. However, its impact on the industrial landscape cannot be overstated. The principles behind the arch type steam hammer continue to influence engineering designs today, demonstrating the timeless nature of innovation. In conclusion, the arch type steam hammer represents a remarkable achievement in engineering history. Its unique design, efficiency, and ability to handle large materials made it an indispensable tool during the industrial revolution. The legacy of the arch type steam hammer lives on in contemporary manufacturing processes, reminding us of the importance of innovation and the continuous pursuit of improvement in technology.

蒸汽锤的发明是工程和制造领域的重要里程碑。在工业革命期间开发的各种类型的蒸汽锤中，拱形蒸汽锤因其创新的设计和效率而脱颖而出。拱形蒸汽锤（arch type steam hammer）利用独特的拱形框架，与传统设计相比，提供了更好的稳定性和强度。这种结构允许施加更大的力量，使其在成型和锻造重型材料方面特别有效。在19世纪末，工程师们不断寻求改善机械和工具的方法。拱形蒸汽锤的引入标志着这一追求的转折点。通过使用蒸汽驱动的活塞来施加强有力的冲击，拱形蒸汽锤能够产生一致和可靠的结果，这对于造船和金属加工等行业至关重要。这台机器的效率降低了生产时间和成本，导致制造商的产量和盈利能力增加。拱形蒸汽锤的一个关键优势是它能够轻松处理大组件。例如，在船舶建造中，需要对大型钢板进行成型和连接。拱形蒸汽锤的强大冲击使工人能够快速而准确地操作这些重型材料。这种能力不仅提高了最终产品的质量，还确保项目能够在更紧迫的截止日期内完成。此外，拱形蒸汽锤的设计有助于其耐久性和持久性。拱形框架均匀分配应力，减少机器的磨损。因此，投资于这项技术的工厂享有较低的维护成本和更少的停机时间，进一步提高了生产力。随着技术的进步，拱形蒸汽锤为更现代形式的机械铺平了道路，包括液压锤和自动锻造系统。然而，它对工业格局的影响不可小觑。拱形蒸汽锤背后的原理继续影响今天的工程设计，展示了创新的永恒性质。总之，拱形蒸汽锤代表了工程历史上的非凡成就。其独特的设计、效率和处理大材料的能力使其在工业革命期间成为不可或缺的工具。拱形蒸汽锤的遗产在当代制造过程中延续着，提醒我们创新的重要性以及对技术持续改进的追求。