detent
简明释义
n. (机械中的)止动器,爪;(时钟中的)鸣钟报时控制器
英英释义
A device that holds a mechanism in place, often used to lock or position moving parts. | 一种将机制固定在某个位置的装置,通常用于锁定或定位运动部件。 |
单词用法
定位机构 | |
定位销 | |
弹簧定位器 | |
定位动作 | |
定位特性 | |
定位位置 |
同义词
卡扣 | 门上的卡扣将其牢牢关闭。 | ||
闩 | 离开之前确保将大门闩上。 | ||
停止装置 | 停止装置防止抽屉完全滑出。 | ||
锁 | 你需要锁上柜子以保持内容安全。 |
反义词
释放 | The mechanism will release the latch when the button is pressed. | 当按钮被按下时,机制将释放锁舌。 | |
松开 | 在调整位置之前,您需要松开螺丝。 |
例句
1.Relative rotation of the two-part housing resets the lock cylinder via the reset member and detent pin, and allows the lock cylinder to be placed in a learn mode for rekeying without a valid key.
两部分壳体的相对旋转通过复位构件和定位销来复位锁芯,并且允许锁芯处于记忆模式,用以在不需要有效钥匙的情况下更换钥匙。
2.Similarly, a detent pin is slidably seated in the post and is engaged by the cam for axial displacement into the lock cylinder.
同样,定位销可 滑动地固定在杆内并且被凸轮接合,以轴向移入锁芯中。
3.He was one of the most inventive watchmakers of his day and held patents for a detent escapement, bimetallic balance and helical balance spring.
他是那个时代最具创造力的制表大师之一,他拥有锁簧式擒纵机构、双金属摆轮以及螺旋游丝的专利。
4.Through the design of unequal tooth pitch, the detent torque can be effectively minimized for improved operation performance.
采用不等齿距的设计,减小二相电动机的定位转矩,提高其运行性能。
5.A detent is one notch of the mouse wheel.
制动器是鼠标轮的一个凹口。
6.We use a soft stop detent to indicate the desired touchdown sink rate in the STOVL mode.
我们用一个软着陆闭锁装置来标明垂直起降模式下所需要的着陆下沉速率。
7.Currently, a value of 120 is the standard for one detent.
当前,120是一个制动器的标准值。
8.Slag collector: wet slag discharge is made by hydraulic ratchet wheel, detent, worm wheel or worm from both sides.
清灰机构:采用液压驱动棘轮、棘爪装置或蜗轮蜗杆装置湿式双侧除灰。
9.The lever clicks into place thanks to the detent, ensuring it stays secure.
由于定位装置,杠杆咔嗒一声锁定到位,确保其保持安全。
10.When adjusting the settings, you can feel the detent engage at each interval.
在调整设置时,您可以感受到每个间隔处的定位装置锁定。
11.The detent mechanism in the camera allows for precise angle adjustments.
相机中的定位装置机制允许进行精确的角度调整。
12.To lock the door, simply push the knob until you hear the detent click.
要锁上门,只需按下旋钮,直到听到定位装置咔嗒声。
13.The joystick has a built-in detent that helps guide your movements.
操纵杆内置的定位装置有助于引导您的动作。
作文
In the world of mechanics and engineering, precision is paramount. One of the critical components that contribute to this precision is the detent, a device designed to hold an object in a specific position or to allow controlled movement. The detent serves as a locking mechanism that can secure parts in place, preventing unwanted movement while still allowing for intentional adjustments when necessary. This functionality is essential in various applications, from simple household items to complex machinery. For instance, consider the common rotary switch found in many electronic devices. The detent within the switch provides tactile feedback to the user, indicating that the switch has been moved to a new setting. This not only enhances user experience but also ensures that the device operates correctly by preventing accidental adjustments. The design of the detent is crucial; it must be robust enough to withstand wear and tear yet precise enough to provide reliable feedback. Moreover, the application of detents extends beyond just switches. In automotive engineering, detents are employed in gear shifters to ensure that drivers can easily select the desired gear without confusion. The sensation of a gear 'clicking' into place is largely due to the presence of a detent. This not only improves safety by preventing incorrect gear selection but also enhances the overall driving experience. In more advanced machinery, such as robotics and CNC machines, detents play a vital role in positioning systems. They help maintain the alignment of tools or parts, ensuring that operations are performed accurately. Without effective detents, the risk of misalignment increases, potentially leading to costly errors and inefficiencies. The design and implementation of detents require a deep understanding of physics and material science. Engineers must consider factors such as friction, wear, and load-bearing capacity when creating these components. The goal is to achieve a balance between ease of use and durability, ensuring that the detent functions reliably over time. Furthermore, the concept of a detent can also be applied metaphorically in our daily lives. Just as a mechanical detent provides stability and control, we often seek similar forms of structure in our routines and decision-making processes. For example, setting personal goals can act as a detent in our lives, guiding us towards specific outcomes while allowing for flexibility in how we achieve them. In conclusion, the detent is an indispensable component in both mechanical systems and metaphorical applications. Its ability to provide precision and control is essential in various contexts, highlighting the importance of thoughtful design and engineering. Understanding the role of a detent not only enhances our appreciation for mechanical systems but also encourages us to find stability and direction in our own lives.
在机械和工程的世界中,精确性至关重要。一个关键组成部分是detent,它是一种设计用于将物体保持在特定位置或允许受控移动的装置。detent作为一种锁定机制,可以将部件固定在适当的位置,防止不必要的移动,同时在必要时允许有意的调整。这一功能在从简单的家用物品到复杂的机械设备等各种应用中都是必不可少的。 例如,考虑到许多电子设备中常见的旋转开关。开关内的detent为用户提供触觉反馈,指示开关已移动到新设置。这不仅提升了用户体验,还通过防止意外调整确保设备正常运行。detent的设计至关重要;它必须足够坚固以承受磨损,但又必须足够精确以提供可靠的反馈。 此外,detents的应用不仅限于开关。在汽车工程中,detents被用于换挡杆,以确保驾驶员可以轻松选择所需的档位而不会感到困惑。档位“卡入”的感觉在很大程度上归功于detent的存在。这不仅通过防止错误的档位选择来提高安全性,还增强了整体驾驶体验。 在更先进的机械设备中,例如机器人和数控机床,detents在定位系统中发挥着重要作用。它们帮助保持工具或部件的对齐,确保操作的准确性。如果没有有效的detents,对齐的风险会增加,可能导致代价高昂的错误和低效率。 detents的设计和实施需要对物理学和材料科学的深入理解。工程师在创造这些组件时必须考虑摩擦、磨损和承载能力等因素。目标是实现使用便利性与耐用性之间的平衡,确保detent能够长期可靠地运行。 此外,detent的概念在我们的日常生活中也可以比喻性地应用。正如机械detent提供稳定性和控制,我们常常在日常事务和决策过程中寻求类似的结构。例如,设定个人目标可以在我们的生活中充当detent,引导我们朝着特定的结果前进,同时在实现目标的方式上保持灵活性。 总之,detent是机械系统和比喻应用中不可或缺的组成部分。它提供精确性和控制的能力在各种环境中都是必不可少的,突显出深思熟虑的设计和工程的重要性。理解detent的作用不仅增强了我们对机械系统的欣赏,也鼓励我们在自己的生活中找到稳定性和方向。
文章标题:detent的意思是什么
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