mechanical interlocking

简明释义

机械锁紧

英英释义

例句

1.The puzzle uses mechanical interlocking pieces that fit together in a specific way to create a complete image.

这个拼图使用了机械互锁的拼块，以特定的方式组合在一起，形成完整的图像。

2.The toy set includes blocks with mechanical interlocking features that allow children to build complex structures easily.

这个玩具套装包含具有机械互锁特征的积木，让孩子们可以轻松构建复杂的结构。

3.The new design features a system of mechanical interlocking that enhances the stability of the structure.

新设计采用了一种机械互锁系统，提高了结构的稳定性。

4.In robotics, mechanical interlocking allows for secure attachment of components without additional fasteners.

在机器人技术中，机械互锁允许组件之间安全连接，而无需额外的紧固件。

5.Architects often utilize mechanical interlocking in their designs to improve the load-bearing capacity of buildings.

建筑师常常在设计中利用机械互锁来提高建筑物的承载能力。

作文

In the world of engineering and design, the concept of mechanical interlocking plays a pivotal role in ensuring stability and functionality in various structures and devices. 机械互锁是一个关键的概念，涵盖了多个领域，包括建筑、机械制造和电子设备。 This technique involves the physical joining of components in such a way that they cannot be separated without causing damage or altering their original form. The beauty of mechanical interlocking lies in its ability to create secure connections that enhance the overall integrity of a system while minimizing the need for additional fasteners or adhesives. One of the most common applications of mechanical interlocking can be seen in the design of gears and cogs within machinery. These components are designed to fit together in a specific manner, allowing them to transmit motion effectively. The interlocking teeth of gears prevent slippage and ensure smooth operation, which is essential for the performance of machines ranging from simple clocks to complex industrial equipment. In this context, 机械互锁不仅提高了设备的效率，还延长了其使用寿命。 Another area where mechanical interlocking is crucial is in the construction of buildings. For example, bricks and blocks are often designed with interlocking features that allow them to fit together tightly. This design not only provides structural stability but also facilitates quicker assembly. Furthermore, it reduces the reliance on mortar, which can be susceptible to weathering over time. By utilizing mechanical interlocking in construction, builders can create more resilient structures that stand the test of time, showcasing the importance of 机械互锁 in architectural design. In the realm of electronics, mechanical interlocking is used to secure components within devices. For instance, circuit boards often employ interlocking features to hold various parts in place, ensuring that they remain stable during operation. This minimizes the risk of disconnection or damage due to vibrations or movement. The application of 机械互锁 in electronics exemplifies how this principle can enhance reliability and performance in devices we use daily, from smartphones to computers. Moreover, the concept of mechanical interlocking extends to safety mechanisms in various applications. For example, safety locks often utilize interlocking designs to prevent unauthorized access. These locks are engineered so that the mechanism only functions when specific conditions are met, thereby enhancing security. The role of 机械互锁 in safety devices underscores its versatility and importance across different sectors. In conclusion, mechanical interlocking is a fundamental principle that underpins many aspects of engineering and design. Its applications range from the intricate workings of machinery to the robust structures of buildings and the reliable operation of electronic devices. By understanding and employing 机械互锁, engineers and designers can create systems that are not only efficient but also durable and secure. As technology continues to advance, the relevance of mechanical interlocking will undoubtedly persist, guiding innovations and improvements across various fields.