技术创新的几何成分

Николай Сальков, N. Sal'kov
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引用次数: 26

摘要

在与创新发展有关的技术发明中,几何学的作用是其主要组成部分之一。人们采用了以下假设:在技术发明中,几何成分是决定因素。这一假设适用于技术发明,可以通过俄罗斯和国外的任何版权证书、任何专利来证实。本文以下列发明的几何学为基础,用实例证明了这一说法。1. 粘性物料筛给料机。筛网给料机的格栅是成对的,格栅对之间有间隙,用于筛选物料的大小确定的分数。在给筛机中提出了一种栅格的几何形状,使每一对栅格能够相互清洗,从而防止粘在表面并破坏栅格之间的间隙,从而将通常的圆柱形栅格给筛机改造为普通给筛机。2. 双螺杆糊状混合机。混合器由两个连续的蠕虫组成。它们的表面是螺旋形的,在横截面上由两个四分之一的圆堆叠在两端。这样的横截面可以使混合的糊状材料以最好的方式均匀化,也可以在挤压头中承受更高的压力,从而提高最终产品的质量。3.加工多面表面的机器。本发明用于制造具有相同半径和角度的两个、三个等圆组成的横截面的蠕虫。用这台机器制造的蠕虫是为上述双螺杆混合机设计的。4. 机械加工方法。该方法也适用于双螺杆混合机用螺杆的制造。
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The Geometric Component Of Technical Innovations
In technical inventions related to innovative developments, the role of one of the main components belongs to geometry. A follow hypothesis has been adopted: in technical inventions the geometrical component is the determining one. This hypothesis applied to technical inventions can be confirmed by any copyright certificate, any patent both in Russia and abroad. In proposed paper this statement is proved by examples developed based on geometry of following inventions. 1. Screen feeder for sticky masses. Screen feeder’s grates are made in pairs, and between grate pairs there are gaps for screening of material’s size-defined fractions. In the screen-feeder has been proposed such geometry of grates that grates of each pair could clean each other, thereby preventing sticking on the surface and destroying the gaps between the pairs, which transforms the usual screen-feeder with cylindrical grates at an ordinary feeder. 2. Double-screw mixer for paste-like masses. The mixer consists of two contiguous worms. Their surfaces are the helical ones, in cross-section consisting of two quarters of circles stacked at the ends. Such cross-section allows homogenize the mixed paste-like material in the best way, and also deliver it under higher pressure in an extrusion head, that improves a final product. 3. Machine for processing of multi-faceted surfaces. This invention serves for manufacture of worms with a cross-section composed of two, three, etc. pieces of circles of the same radius and angle. Worms, made with this machine, are designed for the above mentioned two-screw mixer. 4. Method of mechanical processing. This method is also intended to manufacture of worms for two-screw mixer.
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