tinkering

简明释义

英['tɪŋkərɪŋ]美[ˈtɪŋkərɪŋ]

n. 铸补，熔补

v. 做焊锅匠，笨拙的修补（tinker 的现在分词形式）

英英释义

单词用法

同义词

反义词

例句

1.But such tinkering, effective though it sometimes is, may no longer be enough.

不过，这样的微调举措尽管有时也是有效的，但可能再也不够了。

2.Nor does Lord Turner believe that tinkering with the structure will improve supervision.

特纳勋爵也认为修补结构将改善监督。

3.You might want to go through the readme file for some advanced tinkering.

你可能需要阅读以下自述文件查看一些比较高级的补充功能。

4.It also frees up more spectrum for tinkering on unlicensed space.

它也释放了更多的频谱空间来修复无牌照空间。

5.The Puffin may never fly, but other inventors are tinkering.

也许海雀还不能飞，但其他的发明家仍在努力。

6.Stop tinkering with that clock and take it to the repair shop.

别摆弄那只钟了，把它送到修理店去修吧。

7.The engineer is always tinkering with new designs for better efficiency.

这位工程师总是在修改新设计，以提高效率。

8.She enjoys tinkering in the garden, rearranging the flowers.

她喜欢在花园里摆弄花朵，重新排列它们。

9.He was tinkering with the computer settings to improve its performance.

他在调整电脑设置，以提高其性能。

10.He spent the afternoon tinkering with his old motorcycle.

他花了一下午的时间在他的旧摩托车上修修补补。

11.The kids were tinkering with their toys, trying to make them work again.

孩子们在摆弄他们的玩具，试图让它们重新运作。

作文

In the world of innovation and creativity, tinkering plays a crucial role. The term tinkering refers to the act of making small adjustments or improvements to something, often in a casual or experimental manner. This concept can be applied to various fields, including engineering, art, and even personal projects. By engaging in tinkering, individuals can explore their ideas, test hypotheses, and ultimately create something new and valuable.For instance, consider the story of Thomas Edison, one of the most famous inventors in history. His success was not merely due to his intelligence but also his relentless spirit of tinkering. Edison famously said, 'I have not failed. I've just found 10,000 ways that won't work.' This mindset of tinkering allowed him to experiment with different materials and designs until he finally created the electric light bulb. His journey was filled with trial and error, showcasing how tinkering can lead to groundbreaking inventions.Moreover, tinkering is not limited to professional inventors; it can be embraced by anyone interested in learning and creating. For example, hobbyists often engage in tinkering with electronics, building robots or modifying existing devices. This hands-on approach fosters a deep understanding of how things work and encourages problem-solving skills. As individuals tinker with various components, they learn from their mistakes and successes, leading to improved abilities and confidence.In education, the concept of tinkering has gained traction as a valuable learning strategy. Many educators now incorporate tinkering into their curricula, allowing students to explore scientific concepts through experimentation. For instance, in a science class, students might be encouraged to tinker with simple machines, adjusting levers and pulleys to see how they affect movement. This experiential learning not only makes the subject matter more engaging but also helps students develop critical thinking skills.Furthermore, tinkering promotes creativity and innovation in the workplace. Companies that encourage a culture of tinkering often see higher levels of employee satisfaction and productivity. Employees who feel free to experiment and suggest improvements are more likely to contribute valuable ideas. For example, tech giants like Google have implemented policies that allow employees to dedicate a portion of their work hours to personal projects, leading to innovative products like Gmail and Google Maps.In conclusion, tinkering is an essential practice that fosters creativity, innovation, and problem-solving skills. Whether in the context of historical inventions, personal hobbies, education, or professional environments, tinkering encourages exploration and learning. By embracing the spirit of tinkering, individuals can unlock their potential and contribute meaningfully to their fields. Ultimately, the act of tinkering is not just about making things better; it’s about the journey of discovery that leads to greater understanding and achievement.

在创新和创造力的世界中，修补发挥着至关重要的作用。这个词的意思是对某物进行小幅调整或改进，通常以随意或实验的方式进行。这一概念可以应用于多个领域，包括工程、艺术甚至个人项目。通过参与修补，个人可以探索他们的想法，测试假设，并最终创造出新的有价值的东西。例如，考虑托马斯·爱迪生的故事，他是历史上最著名的发明家之一。他的成功不仅仅源于他的智慧，还源于他不懈的修补精神。爱迪生曾说过：“我没有失败。我只是发现了1万种行不通的方法。”这种修补的心态使他能够尝试不同的材料和设计，直到最终创造出电灯泡。他的旅程充满了反复试验，展示了修补如何导致突破性的发明。此外，修补并不仅限于专业发明家；任何对学习和创造感兴趣的人都可以接受它。例如，爱好者常常参与电子产品的修补，构建机器人或修改现有设备。这种动手实践的方法促进了对事物运作方式的深刻理解，并鼓励解决问题的能力。当个人对各种组件进行修补时，他们从错误和成功中学习，从而提高能力和信心。在教育中，修补的概念作为一种有价值的学习策略逐渐受到重视。许多教育工作者现在将修补纳入他们的课程，允许学生通过实验探索科学概念。例如，在科学课上，学生可能会被鼓励去修补简单的机器，调整杠杆和滑轮，以观察它们如何影响运动。这种体验式学习不仅使学科内容更具吸引力，而且帮助学生培养批判性思维能力。此外，修补在工作场所促进创造力和创新。鼓励修补文化的公司通常会看到员工满意度和生产力的提高。那些感到自由去实验和提出改进建议的员工更有可能贡献出有价值的想法。例如，谷歌等科技巨头实施了政策，允许员工将部分工作时间用于个人项目，从而催生了Gmail和谷歌地图等创新产品。总之，修补是一种基本的实践，促进创造力、创新和解决问题的能力。无论是在历史发明、个人爱好、教育还是专业环境中，修补都鼓励探索和学习。通过拥抱修补的精神，个人可以解锁自己的潜力，并在其领域中做出有意义的贡献。最终，修补的行为不仅仅是为了改善事物；它是通往更大理解和成就的发现之旅。