ergonomics

简明释义

英[ˌɜːɡəˈnɒmɪks]美[ˌɜːrɡəˈnɑːmɪks]

n. 工效学；人类工程学

英英释义

单词用法

同义词

反义词

例句

1.Apply the principles of ergonomics and human engineering to the design of jobs workplaces and the total work environment.

依据人机工程原理，并将其应用于岗位设置、车间和工作环境的布置。

2.The ergonomics of text entry will especially be challenging on a device that size.

在这样大小的一台设备上输入文字也着实考验着人体工学设计。

3.This wooden plane is used for configuration ergonomics and correction of drafts.

木质样机是用来对环境工效进行配置以及修正样机的。

4.Ergonomics experts particularly warn about the lumbar implications of multitasking for long periods of time in bed.

人体工学专家特别警告称长时间的床上办公会导致腰椎劳损。

5.Ergonomics has become a major concern within the workplace.

人体工程学已成为工作场所内的主要关注问题。

6.The Shadow Hawk was designed with an emphasis on ergonomics; your comfort is a priority.

影之鹰特别按照人体工程学设计：优先考虑您的舒适感。

7.The office designed with ergonomics (人机工程学) in mind helps reduce employee fatigue.

考虑到ergonomics (人机工程学) 的办公室设计有助于减少员工疲劳。

8.Investing in ergonomics (人机工程学) can lead to higher productivity and lower injury rates.

投资于ergonomics (人机工程学) 可以提高生产力并降低受伤率。

9.The chair's design follows the principles of ergonomics (人机工程学) to support the back properly.

这把椅子的设计遵循ergonomics (人机工程学) 原则，以正确支撑背部。

10.Proper ergonomics (人机工程学) in your workspace can prevent repetitive strain injuries.

在工作空间中采用适当的ergonomics (人机工程学) 可以防止重复性劳损伤害。

11.The new keyboard is designed with ergonomics (人机工程学) to reduce wrist strain.

这款新键盘的设计考虑了ergonomics (人机工程学)，以减少手腕压力。

作文

In today's fast-paced world, the concept of ergonomics (人机工程学) has become increasingly important. It refers to the science of designing the workplace, products, and systems to fit the people who use them. The goal of ergonomics (人机工程学) is to improve comfort, efficiency, and safety, ultimately enhancing productivity and reducing the risk of injury. As we spend more time at our desks, the significance of ergonomics (人机工程学) cannot be overstated. One of the most common areas where ergonomics (人机工程学) plays a crucial role is in office design. A well-designed workspace can greatly reduce the physical strain on employees. For instance, an ergonomic chair that supports the lower back can help prevent chronic pain and discomfort. Similarly, the height of the desk should be adjustable to accommodate different body types, ensuring that employees can maintain a healthy posture while working. This is particularly important as poor posture can lead to long-term health issues such as musculoskeletal disorders. Moreover, the arrangement of tools and equipment in the workplace is another key aspect of ergonomics (人机工程学). Items that are frequently used should be within easy reach to minimize unnecessary stretching or twisting. For example, placing the keyboard and mouse at the same level and close to the body can help maintain a natural arm position, reducing strain on the shoulders and wrists. Additionally, using computer monitors that are positioned at eye level can prevent neck strain and eye fatigue, which are common complaints among office workers. Beyond physical comfort, ergonomics (人机工程学) also encompasses cognitive factors. This includes how information is presented and how tasks are organized. An ergonomic approach to task management can streamline processes and reduce mental overload. For instance, using clear labels and intuitive designs can help employees navigate software and tools more efficiently, leading to improved focus and productivity. In recent years, the rise of remote work has further highlighted the importance of ergonomics (人机工程学). Many individuals have had to set up home offices without the guidance of professional ergonomists. This has led to an increase in reports of discomfort and injuries related to poor workstation setup. Therefore, it is essential for both employers and employees to prioritize ergonomic principles, even in a home environment. Simple adjustments, like using a supportive chair or elevating the laptop screen, can make a significant difference in comfort and overall well-being. Education about ergonomics (人机工程学) should also be part of workplace training programs. Employees should be informed about the best practices for maintaining an ergonomic workspace, as well as the potential risks associated with neglecting these principles. Companies can benefit from investing in ergonomic assessments and providing resources for their employees to create healthier work environments. In conclusion, ergonomics (人机工程学) is a vital aspect of modern work life that impacts both physical and mental health. By understanding and implementing ergonomic principles, organizations can foster a more productive workforce while reducing the likelihood of injuries. As we continue to adapt to changing work environments, the integration of ergonomics (人机工程学) into our daily routines will be essential for achieving optimal performance and well-being.

在当今快节奏的世界中，人机工程学（ergonomics）的概念变得越来越重要。它指的是设计工作场所、产品和系统以适应使用者的科学。人机工程学（ergonomics）的目标是提高舒适度、效率和安全性，最终增强生产力并降低受伤风险。随着我们在桌子前花费更多时间，人机工程学（ergonomics）的重要性不容小觑。 人机工程学（ergonomics）发挥关键作用的最常见领域之一是办公室设计。一个设计良好的工作空间可以大大减少员工的身体压力。例如，支持下背部的符合人体工程学的椅子可以帮助防止慢性疼痛和不适。类似地，桌子的高度应该可调，以适应不同的体型，确保员工在工作时保持健康的姿势。这一点尤为重要，因为不良姿势可能导致长期健康问题，例如肌肉骨骼疾病。 此外，工作场所工具和设备的排列是人机工程学（ergonomics）另一个关键方面。经常使用的物品应放在易于触及的位置，以尽量减少不必要的伸展或扭曲。例如，将键盘和鼠标放置在同一水平，并靠近身体，可以帮助保持自然的手臂位置，减少肩膀和手腕的压力。此外，使用与眼睛平行的计算机显示器可以防止颈部紧张和眼疲劳，这是办公室工作人员常见的抱怨。 除了身体舒适外，人机工程学（ergonomics）还包括认知因素。这包括信息的呈现方式和任务的组织方式。对任务管理采取符合人体工程学的方法可以简化流程，减少心理负担。例如，使用清晰的标签和直观的设计可以帮助员工更有效地导航软件和工具，从而提高专注力和生产力。 近年来，远程工作的兴起进一步突显了人机工程学（ergonomics）的重要性。许多人不得不在没有专业人机工程师指导的情况下设置家庭办公室。这导致有关工作站设置不当引发的不适和受伤报告增加。因此，对于雇主和员工来说，在家庭环境中优先考虑符合人体工程学的原则至关重要。简单的调整，例如使用支撑性椅子或抬高笔记本电脑屏幕，可以在舒适度和整体幸福感上产生重大差异。 关于人机工程学（ergonomics）的教育也应成为工作场所培训计划的一部分。员工应被告知维护符合人体工程学的工作空间的最佳实践，以及忽视这些原则可能带来的潜在风险。公司可以通过投资于人机工程学评估并为员工提供资源来创建更健康的工作环境，从中受益。 总之，人机工程学（ergonomics）是现代工作生活中一个重要的方面，它影响着身体和心理健康。通过理解和实施符合人体工程学的原则，组织可以培养出更具生产力的员工，同时降低受伤的可能性。随着我们继续适应不断变化的工作环境，将人机工程学（ergonomics）融入我们的日常生活对于实现最佳表现和幸福感至关重要。