首页> 外国专利> ASSEMBLING APPARATUS AND ASSEMBLING METHOD, APPARATUS FOR MANUFACTURING MICROSCOPIC OBJECT ASSEMBLY STRUCTURE, APPARATUS FOR ASSEMBLING AND REMOVING MICROORGANISM, APPARATUS FOR DETECTING DETECTION TARGET SUBSTANCE, APPARATUS FOR SEPARATING SEPARATION TARGET SUBSTANCE, AND APPARATUS FOR INTRODUCING INTRODUCTION TARGET SUBSTANCE

ASSEMBLING APPARATUS AND ASSEMBLING METHOD, APPARATUS FOR MANUFACTURING MICROSCOPIC OBJECT ASSEMBLY STRUCTURE, APPARATUS FOR ASSEMBLING AND REMOVING MICROORGANISM, APPARATUS FOR DETECTING DETECTION TARGET SUBSTANCE, APPARATUS FOR SEPARATING SEPARATION TARGET SUBSTANCE, AND APPARATUS FOR INTRODUCING INTRODUCTION TARGET SUBSTANCE

机译:组装设备和组装方法,制造微观物体组装结构的设备,组装和去除微生物的设备,用于检测目标物质的检测设备,用于分离样品的仪器和引入物

摘要

PROBLEM TO BE SOLVED: To provide a method allowing assembly of a microscopic object dispersed in a liquid with irradiation with light.SOLUTION: A plurality of types of microscopic objects include a plurality of first beads and a plurality of second beads each having a smaller size than the first beads. An assembling method of microscopic objects includes the steps of: heating a thin film by irradiating the thin film with light that is emitted from a light source 20 and condensed by an objective lens 22; and producing microbubbles on the thin film by heating the thin film and causing convection in a liquid, and moving the plurality of types of microscopic objects toward the microbubbles by the convection to assemble the first and second beads in a stagnation region that is formed between the microbubbles and the thin film. The thickness of the thin film is a value determining the absorption saturation of the thin film and the thermal conductivity of the thin film. Intensity of light that is emitted from the light source 20, a magnification of the objective lens 22, and a thickness of the thin film are determined in accordance with the absorption saturation and the thermal conductivity of the thin film.SELECTED DRAWING: Figure 1
机译:解决的问题:提供一种允许在光的照射下组装分散在液体中的微观物体的方法。解决方案:多种类型的微观物体包括多个第一珠和多个第二珠,每个均具有较小的尺寸比第一个珠子。微观物体的组装方法包括以下步骤:通过用从光源20发射并被物镜22会聚的光照射薄膜来加热薄膜;通过加热薄膜并在液体中引起对流,并通过对流将多种类型的微观物体移向微气泡,以将第一和第二微珠组装在形成于微气泡之间的停滞区域中,从而在薄膜上产生微气泡。微气泡和薄膜。薄膜的厚度是确定薄膜的吸收饱和度和薄膜的热导率的值。从光源20发射的光的强度,物镜22的放大率以及薄膜的厚度是根据薄膜的吸收饱和度和导热率来确定的。

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