mechanical stoker

简明释义

加煤机

英英释义

例句

1.The mechanical stoker improved the combustion efficiency of the furnace.

这台机械给料器提高了炉子的燃烧效率。

2.The old steam engine was upgraded with a new mechanical stoker to improve its efficiency.

这台旧蒸汽机通过升级新的机械给料器来提高效率。

3.Using a mechanical stoker allows for a more consistent fuel supply in the boiler.

使用机械给料器可以在锅炉中保持更稳定的燃料供应。

4.The factory installed a mechanical stoker to automate the coal feeding process.

工厂安装了一个机械给料器来自动化煤炭喂入过程。

5.With the introduction of the mechanical stoker, labor costs have significantly decreased.

随着机械给料器的引入，人工成本显著降低。

作文

The advent of the industrial revolution marked a significant turning point in the way we harness energy for various purposes. One of the remarkable inventions during this period was the mechanical stoker, a device that revolutionized the process of feeding fuel into boilers. The mechanical stoker is essentially a machine that automates the feeding of coal or other solid fuels into a furnace, ensuring a steady and controlled supply of fuel for combustion. This innovation not only improved efficiency but also reduced the labor required to maintain steam engines and other machinery that relied on burning coal.Before the introduction of the mechanical stoker, workers had to manually shovel coal into furnaces, which was labor-intensive and often dangerous. The introduction of this device significantly lessened the physical burden on workers, allowing them to focus on more skilled tasks. Furthermore, the mechanical stoker enhanced the safety of operations by minimizing the need for workers to be near open flames or hot surfaces, reducing the risk of accidents and injuries.In addition to improving safety and efficiency, the mechanical stoker also contributed to better combustion control. By providing a consistent feed of fuel, it allowed for more precise regulation of the fire, leading to improved thermal efficiency and reduced emissions. This was particularly important during a time when industries were facing increasing scrutiny over their environmental impact.As technology advanced, the design of the mechanical stoker evolved as well. Early versions were relatively simple and relied on gravity to feed coal into the furnace. However, later models incorporated more sophisticated mechanisms, such as screw conveyors and belt systems, which allowed for even greater precision and control. These advancements made the mechanical stoker an essential component in many industrial applications, from power plants to ships, where reliable and efficient fuel feeding was critical.The legacy of the mechanical stoker can still be seen today in modern combustion systems. While many contemporary technologies have moved towards cleaner energy sources, the principles behind the mechanical stoker continue to inform the design of automated fuel handling systems. Understanding this historical context not only highlights the importance of innovation in industrial processes but also serves as a reminder of the ongoing need for efficiency and safety in energy production.In conclusion, the mechanical stoker represents a pivotal advancement in the history of industrial machinery. Its ability to automate the fuel feeding process transformed operations, making them safer and more efficient. As we continue to seek improvements in energy production and environmental sustainability, the innovations brought about by devices like the mechanical stoker remain relevant, reminding us of the intricate relationship between technology and industry. The evolution of such machines showcases our relentless pursuit of progress and the importance of adapting to the needs of society while prioritizing safety and efficiency.

工业革命的到来标志着我们利用能源进行各种用途的方式发生了重大转折。在这一时期，一个显著的发明是机械给煤机，这是一种彻底改变将燃料送入锅炉过程的设备。机械给煤机本质上是一种自动将煤或其他固体燃料送入炉子的机器，确保燃烧过程中燃料的稳定和可控供应。这项创新不仅提高了效率，还减少了维持蒸汽机和其他依赖燃烧煤的机器所需的劳动力。在引入机械给煤机之前，工人们必须手动将煤铲入炉中，这既费力又危险。这种设备的引入显著减轻了工人的身体负担，使他们能够专注于更专业的任务。此外，机械给煤机通过减少工人靠近明火或高温表面的需要，提高了操作的安全性，从而降低了事故和伤害的风险。除了改善安全性和效率外，机械给煤机还促进了更好的燃烧控制。通过提供一致的燃料供应，它允许更精确地调节火焰，从而提高热效率并减少排放。这在一个工业面临越来越多环境影响审查的时代尤为重要。随着技术的发展，机械给煤机的设计也不断演变。早期版本相对简单，依靠重力将煤送入炉中。然而，后来的型号则结合了更复杂的机制，如螺旋输送机和带式输送机，这使得燃料供给的精确度和控制能力更强。这些进步使得机械给煤机成为许多工业应用中的重要组成部分，从电厂到船舶，在这些场合下，可靠和高效的燃料供给至关重要。今天，机械给煤机的遗产仍然可以在现代燃烧系统中看到。虽然许多当代技术已转向更清洁的能源，但机械给煤机背后的原理仍然影响着自动燃料处理系统的设计。理解这一历史背景不仅突显了工业过程创新的重要性，也提醒我们在能源生产中持续追求效率和安全的必要性。总之，机械给煤机代表了工业机械史上的一次关键进步。它自动化燃料供给过程的能力改变了操作，使其更安全、更高效。随着我们继续寻求能源生产和环境可持续性的改善，由机械给煤机等设备带来的创新仍然具有相关性，提醒我们技术与工业之间错综复杂的关系。这类机器的演变展示了我们对进步的不懈追求，以及在优先考虑安全和效率的同时适应社会需求的重要性。