drawplate

简明释义

英[ˈdrɔːpleɪt]美[ˈdrɔˌplet]

n. 拉模板

英英释义

单词用法

同义词

反义词

例句

1.Harding commenced by manufacturing a drawplate, that is to say, a plate of steel, pierced with conical holes of different sizes, which would successively bring the wire to the wished-for tenacity.

史密斯第一步先制造拉模板，这是一种钻有大小不同的圆锥形窟窿的钢板，它可以逐渐使铁丝达到要求的粗细。

2.Harding commenced by manufacturing a drawplate, that is to say, a plate of steel, pierced with conical holes of different sizes, which would successively bring the wire to the wished-for tenacity.

史密斯第一步先制造拉模板，这是一种钻有大小不同的圆锥形窟窿的钢板，它可以逐渐使铁丝达到要求的粗细。

3.The jeweler used a drawplate to shape the wire into the desired thickness.

珠宝商使用拉模将金属线塑造成所需的厚度。

4.A drawplate is essential for any metalworking workshop that deals with wire.

对于任何处理金属线的金工车间来说，拉模是必不可少的。

5.By pulling the metal through the drawplate, he was able to create fine, delicate pieces.

通过将金属拉过拉模，他能够制作出精细而精致的作品。

6.The drawplate can be made from various materials, including steel and tungsten.

拉模可以由多种材料制成，包括钢和钨。

7.After several passes through the drawplate, the wire became much stronger.

经过多次通过拉模，金属线变得更强韧。

作文

In the world of metalworking and jewelry making, tools play a crucial role in shaping and forming materials into beautiful and functional items. One such tool that is essential for creating wire or thin metal strands is the drawplate. A drawplate is a specialized device used to reduce the diameter of a wire by drawing it through a series of holes. Each hole in the drawplate is progressively smaller than the previous one, allowing artisans to refine the thickness of the wire incrementally. This process not only ensures precision but also enhances the strength of the metal by work hardening it as it is pulled through the holes. The history of the drawplate dates back thousands of years, with evidence suggesting that ancient civilizations utilized similar tools to manipulate metals. As metallurgy evolved, so did the design and functionality of the drawplate. Modern versions are often made from durable materials such as steel or tungsten carbide, capable of withstanding the significant forces exerted during the drawing process. Using a drawplate requires skill and technique. Artisans must carefully select the appropriate size of the initial wire and determine the desired final diameter. The process begins with the wire being inserted into the largest hole of the drawplate. By pulling the wire through this hole using a drawbench or a simple hand tool, the artisan can gradually reduce the wire's diameter. After passing through the first hole, the wire is then drawn through the next smaller hole, and this continues until the desired thickness is achieved. One of the key benefits of using a drawplate is the ability to create uniform wire that can be used for various applications, including making chains, rings, and intricate designs in jewelry. Moreover, the drawplate allows for greater control over the wire's properties, enabling artisans to manipulate the material's characteristics to suit their creative vision. In addition to its practical uses, the drawplate also holds an artistic value. Many jewelers appreciate the process of drawing wire as a form of meditation and craftsmanship. The repetitive motion and focus required to use a drawplate can lead to a state of flow, where the artisan becomes fully immersed in their work, resulting in unique and beautiful creations. In conclusion, the drawplate is an indispensable tool in the realms of metalworking and jewelry making. Its ability to transform raw materials into refined products showcases the artistry and skill involved in these crafts. Whether you are a seasoned jeweler or a beginner exploring the world of metalwork, understanding the function and application of the drawplate is essential for achieving high-quality results. The journey of working with a drawplate not only enhances technical skills but also fosters a deeper appreciation for the art of metal manipulation. As artisans continue to innovate and push the boundaries of their craft, the drawplate will undoubtedly remain a vital component of their toolkit, bridging the gap between tradition and modernity in the art of metalworking.

在金属加工和珠宝制作的世界中，工具在塑造和形成材料为美丽和功能性物品方面发挥着至关重要的作用。一个对创造线材或细金属丝至关重要的工具是拉板。拉板是一种专用设备，用于通过将金属丝穿过一系列孔来减少其直径。拉板中的每个孔都比前一个孔小，允许工匠逐步精炼金属丝的厚度。这个过程不仅确保了精确性，而且通过在拉动过程中使金属工作硬化来增强金属的强度。 拉板的历史可以追溯到数千年前，有证据表明，古代文明利用类似的工具来操纵金属。随着冶金学的发展，拉板的设计和功能也不断演变。现代版本通常由耐用材料如钢或碳化钨制成，能够承受在拉伸过程中施加的巨大力量。 使用拉板需要技巧和技术。工匠必须仔细选择初始金属丝的适当尺寸，并确定所需的最终直径。这个过程从金属丝被插入拉板的最大孔开始。通过使用拉床或简单的手动工具将金属丝拉过这个孔，工匠可以逐渐减少金属丝的直径。在通过第一个孔后，金属丝随后被拉过下一个更小的孔，这样继续，直到达到所需的厚度。 使用拉板的一个主要好处是能够创建均匀的金属丝，可以用于各种应用，包括制作链条、戒指和珠宝中的复杂设计。此外，拉板还允许对金属丝的特性进行更大的控制，使工匠能够根据他们的创作愿景操纵材料的特性。 除了其实用用途外，拉板还具有艺术价值。许多珠宝匠欣赏拉丝的过程，视其为一种冥想和工艺的形式。使用拉板所需的重复动作和专注可以导致一种流动状态，工匠完全沉浸于他们的工作中，从而产生独特而美丽的作品。 总之，拉板是金属加工和珠宝制作领域中不可或缺的工具。它将原材料转变为精细产品的能力展示了这些工艺中涉及的艺术性和技巧。无论你是经验丰富的珠宝匠还是探索金属加工世界的初学者，理解拉板的功能和应用对于实现高质量的结果至关重要。使用拉板的过程不仅提升了技术技能，还培养了对金属操控艺术的更深刻的欣赏。随着工匠们不断创新，推动他们工艺的边界，拉板无疑将继续作为他们工具箱中的重要组成部分，架起传统与现代之间的桥梁。