indicator -regulator

简明释义

调节指示器

英英释义

例句

1.In the car, the fuel indicator -regulator ensures the engine runs efficiently.

在汽车中，燃料指示器-调节器确保发动机高效运行。

2.An effective indicator -regulator is crucial for monitoring water levels in reservoirs.

有效的指示器-调节器对监测水库水位至关重要。

3.The smart home system uses a humidity indicator -regulator to control air quality.

智能家居系统使用湿度指示器-调节器来控制空气质量。

4.The temperature indicator -regulator helps maintain the ideal climate in the greenhouse.

温度指示器-调节器帮助维持温室内的理想气候。

5.The pressure indicator -regulator in the boiler prevents dangerous overpressure situations.

锅炉中的压力指示器-调节器防止危险的过压情况。

作文

In the realm of systems theory and control engineering, the concept of an indicator -regulator plays a crucial role in understanding how various elements interact within a system. An indicator -regulator is essentially a tool that provides feedback on the performance of a system while simultaneously regulating its operations to ensure optimal functionality. This dual function is vital for maintaining stability and efficiency in complex systems, whether they be mechanical, biological, or social in nature.To illustrate the importance of an indicator -regulator, let us consider the example of an automobile's cruise control system. The speedometer acts as an indicator, providing real-time feedback on the vehicle's current speed. Meanwhile, the cruise control module serves as the regulator, adjusting the throttle position to maintain the desired speed set by the driver. In this scenario, the indicator -regulator works harmoniously to ensure a smooth driving experience, demonstrating how feedback and regulation are intertwined.Moreover, the concept of an indicator -regulator extends beyond mechanical systems into various fields such as economics, environmental science, and even healthcare. For instance, in economic models, indicators such as GDP growth rates serve to inform policymakers about the health of the economy. Regulators, such as central banks, then adjust interest rates based on these indicators to either stimulate growth or control inflation. This interplay between indicators and regulators is essential for effective governance and resource allocation.In the context of environmental management, indicators like air quality indices provide critical data regarding pollution levels. Regulatory bodies utilize this information to implement policies aimed at reducing emissions and improving public health. Here again, the indicator -regulator relationship is evident, as indicators guide regulatory actions that ultimately lead to better environmental outcomes.Furthermore, in healthcare, patient monitoring systems employ indicator -regulator principles to enhance patient care. Vital signs such as heart rate and blood pressure act as indicators of a patient's condition. Medical professionals, acting as regulators, interpret these indicators to make informed decisions about treatment adjustments. This dynamic interaction ensures that patients receive timely and appropriate care, highlighting the significance of the indicator -regulator framework in life-critical scenarios.In conclusion, the concept of an indicator -regulator is integral to the functioning of various systems across multiple disciplines. By providing essential feedback and enabling regulation, indicator -regulators facilitate the maintenance of stability, efficiency, and effectiveness. As we continue to navigate increasingly complex systems in our modern world, understanding and leveraging the indicator -regulator relationship will be paramount in achieving desired outcomes and fostering sustainable development.

在系统理论和控制工程的领域中，指示器-调节器的概念在理解各种元素如何在系统中相互作用方面起着至关重要的作用。指示器-调节器本质上是一个工具，它提供有关系统性能的反馈，同时调节其操作以确保最佳功能。这种双重功能对于维护复杂系统的稳定性和效率至关重要，无论这些系统是机械的、生物的还是社会的。为了说明指示器-调节器的重要性，让我们考虑汽车巡航控制系统的例子。速度表充当指示器，提供关于车辆当前速度的实时反馈。同时，巡航控制模块作为调节器，根据驾驶员设定的期望速度调整油门位置。在这种情况下，指示器-调节器和谐地工作，以确保平稳的驾驶体验，展示了反馈和调节是如何交织在一起的。此外，指示器-调节器的概念超越了机械系统，扩展到经济学、环境科学甚至医疗保健等多个领域。例如，在经济模型中，像GDP增长率这样的指标为决策者提供有关经济健康状况的重要信息。然后，中央银行等调节机构根据这些指标调整利率，以刺激增长或控制通货膨胀。指标与调节器之间的这种相互作用对于有效治理和资源配置至关重要。在环境管理的背景下，空气质量指数等指标提供关于污染水平的关键数据。监管机构利用这些信息实施旨在减少排放和改善公共健康的政策。在这里，再次可以看出指示器-调节器的关系，因为指标指导调节行动，最终导致更好的环境结果。此外，在医疗保健中，患者监测系统采用指示器-调节器原理来增强患者护理。心率和血压等生命体征充当患者病情的指标。医务人员作为调节器，解读这些指标，以便就治疗调整做出明智的决策。这种动态互动确保患者及时获得适当的护理，突出指示器-调节器框架在生命关键场景中的重要性。总之，指示器-调节器的概念是各个学科中各种系统功能的核心。通过提供必要的反馈并使调节成为可能，指示器-调节器促进了稳定性、效率和有效性的维持。随着我们继续在现代世界中导航日益复杂的系统，理解和利用指示器-调节器关系将在实现预期结果和促进可持续发展方面至关重要。