horse-power of equipment

简明释义

设备功率，设备马力

英英释义

例句

1.When selecting a generator, consider the horse-power of equipment 设备的马力 to ensure it meets your power needs.

选择发电机时，要考虑其设备的马力以确保满足你的电力需求。

2.The tractor's horse-power of equipment 设备的马力 allows it to pull heavy loads across the farm.

这台拖拉机的设备的马力使它能够在农场上拖动重物。

3.For this construction project, we need machinery with a high horse-power of equipment 设备的马力 to handle the heavy lifting.

对于这个建筑项目，我们需要马力高的机械来处理重物。

4.The horse-power of equipment 设备的马力 in this vehicle is crucial for its performance on steep hills.

这辆车的设备的马力对其在陡坡上的表现至关重要。

5.The horse-power of equipment 设备的马力 determines how efficiently the engine can operate under load.

设备的马力决定了引擎在负载下的工作效率。

作文

The term horse-power of equipment refers to a unit of measurement that indicates the power output of various machines and engines. It originated in the late 18th century when James Watt, a Scottish inventor, sought to compare the performance of steam engines to that of draft horses. The idea was to quantify how much work a horse could do in a given time frame, thus allowing people to understand the capabilities of machinery in relation to familiar animals. Today, the concept of horse-power of equipment is widely used across various industries, including automotive, manufacturing, and agriculture.In the automotive world, the horse-power of equipment is a critical factor in determining a vehicle's performance. For instance, a car with a higher horse-power rating can accelerate faster and achieve higher speeds than one with lower horse-power. This is particularly important for sports cars, where performance is a key selling point. Car enthusiasts often debate the merits of different engines based on their horse-power ratings, making it an essential aspect of automotive engineering.In manufacturing, the horse-power of equipment plays a significant role in selecting machinery for specific tasks. Machines such as lathes, milling machines, and CNC machines are rated by their horse-power to indicate how much work they can handle. A machine with higher horse-power can perform more demanding tasks, such as cutting through tougher materials or operating at higher speeds. Consequently, manufacturers must carefully consider the horse-power of equipment when designing production lines to ensure efficiency and productivity.Agriculture also heavily relies on the concept of horse-power of equipment. Tractors and other farming machinery are often rated by their horse-power, which helps farmers determine what equipment is suitable for their land and crop types. A tractor with a higher horse-power can pull larger implements, perform heavier tasks like plowing, and cover more ground in less time. This efficiency is crucial for modern farming practices, where time and resources are limited.Moreover, the measurement of horse-power of equipment has evolved with technology. While the traditional definition remains relevant, newer technologies have introduced alternative units of measurement, such as kilowatts. However, horse-power continues to be a popular term due to its historical significance and widespread recognition. In fact, many consumers still relate to horse-power intuitively, associating it with strength and capability.In conclusion, understanding the horse-power of equipment is essential for evaluating the performance of various machines and engines across different industries. Whether in automotive, manufacturing, or agriculture, horse-power serves as a key indicator of a machine's capabilities. As technology advances, the way we measure and interpret horse-power may change, but its importance in the world of machinery will likely remain steadfast. Thus, both professionals and consumers alike must remain informed about this crucial metric to make educated decisions regarding equipment and machinery usage.

术语设备的马力指的是一个单位，用于表示各种机器和发动机的功率输出。它起源于18世纪末，当时苏格兰发明家詹姆斯·瓦特试图将蒸汽机的性能与役马进行比较。这个想法是量化一匹马在给定时间内能做多少工作，从而让人们理解机械的能力与熟悉的动物之间的关系。今天，设备的马力的概念在汽车、制造和农业等各个行业得到了广泛应用。在汽车界，设备的马力是决定车辆性能的关键因素。例如，一辆马力更高的汽车可以加速更快，达到更高的速度，而马力较低的汽车则无法做到。这对于运动型汽车尤为重要，因为性能是其主要卖点。汽车爱好者常常根据不同发动机的马力进行辩论，因此这是汽车工程中的一个重要方面。在制造业中，设备的马力在选择特定任务的机器时起着重要作用。车床、铣床和数控机床等机器都以马力来标定，以指示它们能够处理多少工作。马力更高的机器可以执行更苛刻的任务，例如切割更坚硬的材料或以更高的速度运行。因此，制造商在设计生产线时必须仔细考虑设备的马力，以确保效率和生产力。农业也严重依赖设备的马力的概念。拖拉机和其他农用机械通常以马力来评级，这帮助农民确定哪些设备适合他们的土地和作物类型。马力更高的拖拉机可以拖动更大的工具，执行更重的任务，例如耕地，并在更短的时间内覆盖更多的土地。这种效率对于现代农业实践至关重要，在这些实践中，时间和资源是有限的。此外，设备的马力的测量随着技术的发展而演变。虽然传统定义仍然相关，但新技术引入了替代的测量单位，例如千瓦。然而，由于其历史意义和广泛认可，马力仍然是一个流行的术语。实际上，许多消费者仍然直观地与马力相关联，将其与力量和能力联系在一起。总之，理解设备的马力对于评估各个行业中各种机器和发动机的性能至关重要。无论是在汽车、制造还是农业中，马力都是机器能力的关键指标。随着技术的进步，我们测量和解释马力的方式可能会发生变化，但它在机械世界中的重要性可能仍将坚定不移。因此，专业人士和消费者都必须保持对这一关键指标的了解，以便就设备和机械的使用做出明智的决策。