auto zero

简明释义

自动调零;

英英释义

例句

1.When you turn on the scale, it will automatically perform an auto zero 自动归零 to ensure accuracy.

当你打开秤时，它会自动执行一个auto zero 自动归零以确保准确性。

2.In the laboratory, we rely on the auto zero 自动归零 feature to ensure our measurements are accurate.

在实验室中，我们依赖于auto zero 自动归零功能来确保我们的测量是准确的。

3.Before measuring the weight of the ingredients, make sure to auto zero 自动归零 the balance.

在测量成分的重量之前，请确保auto zero 自动归零天平。

4.The digital thermometer features an auto zero 自动归零 function for precise temperature readings.

数字温度计具有auto zero 自动归零功能，以获得精确的温度读数。

5.After each use, the device should auto zero 自动归零 to maintain its calibration.

每次使用后，设备应进行auto zero 自动归零以保持其校准。

作文

In today's world of technology and automation, we often encounter various terms that may seem complex at first glance. One such term is auto zero, which plays a significant role in several fields, particularly in engineering and computing. Understanding this term can enhance our comprehension of automated systems and their functionalities.

To begin with, auto zero refers to a process or feature in devices that allows them to automatically calibrate themselves to a baseline measurement. This is particularly important in instruments such as weighing scales, pressure gauges, and other sensors where precision is crucial. When a device is set to auto zero, it eliminates any offset or error that may have accumulated over time, ensuring that the readings are accurate and reliable.

For instance, consider a digital weighing scale used in a kitchen. Before weighing ingredients, the user typically places an empty bowl on the scale. By activating the auto zero function, the scale resets itself to zero with the bowl in place. This means that when the user adds flour or sugar to the bowl, the scale will only display the weight of the added ingredients, not the bowl itself. This automatic calibration simplifies the cooking process, allowing for more precise measurements without manual adjustments.

Moreover, auto zero is not limited to just weighing scales. In the realm of data acquisition systems, sensors often utilize this feature to maintain accuracy in their measurements. For example, a temperature sensor might experience drift due to environmental factors or aging components. By incorporating auto zero functionality, the sensor can periodically recalibrate itself, thus ensuring that the data it provides remains valid and useful.

In addition to its practical applications, understanding auto zero can also lead to greater insights into the design of automated systems. Engineers and developers must consider how to implement this feature effectively, taking into account the potential sources of error and the conditions under which the system operates. This involves not only technical knowledge but also an understanding of user needs and the context in which the device will be used.

Furthermore, the concept of auto zero extends beyond physical devices into the realm of software applications. For instance, in data analysis, certain algorithms may include an auto zero feature to normalize data sets before processing. This ensures that the analysis is based on relevant data points, free from biases introduced by previous values.

In conclusion, the term auto zero encapsulates a vital function across various technologies, enhancing accuracy and reliability in measurements. Whether in the kitchen, in scientific research, or in automated systems, auto zero serves as a reminder of the importance of precision in our increasingly automated world. As technology continues to evolve, a deeper understanding of terms like auto zero will empower us to utilize these innovations more effectively, leading to better outcomes in both personal and professional realms.

在当今技术和自动化的世界中，我们经常会遇到各种看似复杂的术语。其中一个术语是auto zero，它在多个领域中发挥着重要作用，特别是在工程和计算机领域。理解这个术语可以增强我们对自动化系统及其功能的理解。

首先，auto zero指的是设备中的一个过程或功能，它使设备能够自动将自身校准到基线测量。这在诸如称重秤、压力计和其他传感器等仪器中尤为重要，因为精确性至关重要。当设备设置为auto zero时，它消除了可能随着时间积累的任何偏移或误差，从而确保读数准确可靠。

例如，考虑一下厨房中使用的数字称重秤。在称量食材之前，用户通常会在秤上放一个空碗。通过激活auto zero功能，秤在碗放置时将自己重置为零。这意味着当用户向碗中添加面粉或糖时，秤只会显示添加成分的重量，而不是碗本身的重量。这种自动校准简化了烹饪过程，使得在没有手动调整的情况下可以更精确地进行测量。

此外，auto zero不仅限于称重秤。在数据采集系统的领域中，传感器通常利用此功能来保持其测量的准确性。例如，温度传感器可能由于环境因素或老化组件而出现漂移。通过结合auto zero功能，传感器可以定期重新校准，从而确保其提供的数据仍然有效且有用。

除了其实际应用，理解auto zero还可以带来对自动化系统设计的更深入见解。工程师和开发人员必须考虑如何有效地实现此功能，同时考虑潜在的误差来源和系统运行的条件。这不仅涉及技术知识，还包括对用户需求和设备使用背景的理解。

此外，auto zero的概念超越了物理设备，延伸到软件应用程序的领域。例如，在数据分析中，某些算法可能包括auto zero功能，以在处理之前规范化数据集。这确保分析是基于相关数据点，而不受先前值引入的偏见影响。

总之，术语auto zero概括了各种技术中一个至关重要的功能，增强了测量的准确性和可靠性。无论是在厨房、科学研究还是自动化系统中，auto zero都提醒我们在日益自动化的世界中精确性的重要性。随着技术的不断发展，对像auto zero这样的术语的深入理解将使我们能够更有效地利用这些创新，从而在个人和职业领域获得更好的成果。