首页> 外国专利> Connecting method of the steel component, being connecting method of the steel component which connects the plural steel components which consist of the steel material which contains connecting power strengthening method, the production

Connecting method of the steel component, being connecting method of the steel component which connects the plural steel components which consist of the steel material which contains connecting power strengthening method, the production

机译：钢构件的连接方法是将包含由连接力强化法构成的钢材构成的多个钢构件连接的钢构件的连接方法，生产

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摘要

The present invention provides a method of bonding steel members by bonding a plurality of steel members made of a Cr-containing steel material to each other. The method includes a united body forming step S10 in which a united body is formed by making the plurality of steel members butted to each other and by heating the plurality of steel members to a first temperature while pressing the plurality of steel members under a predetermined pressure condition; and a bonding strength enhancing step S30 in which the united body is heated to a second temperature equal to or above an A₁transformation point of the steel material and, subsequently, is gradually cooled to a third temperature equal to or below 600° C. under a condition that lowering of temperature to 600° C. from A₁transformation point takes 10 hours or more in this order. According to the method of bonding steel members of the present invention, even when the united body is manufactured by bonding the plurality of steel members made of a Cr-containing steel material to each other, the united body can acquire a sufficiently high bonding strength.

机译：本发明提供一种通过将多个由含Cr的钢材制成的钢构件彼此粘结来粘结钢构件的方法。该方法包括一体成型体形成步骤S 10 ，在该步骤中，通过使多个钢构件彼此对接并且通过在挤压该钢构件的同时将多个钢构件加热至第一温度来形成一体体。在预定压力条件下的多个钢构件;结合强度增强步骤S 30 ，其中，将一体体加热到等于或高于钢材的A _{1 转变点的第二温度，然后，在将温度从A _{1 转变点降低至600°C的顺序进行10小时或更长时间的条件下，将其逐渐冷却至等于或低于600°C的第三温度。根据本发明的钢构件的接合方法，即使在通过将由含Cr的钢材构成的多个钢构件彼此接合来制造整体的情况下，也能够获得足够高的接合强度。}} 展开▼

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公开/公告号JP4294081B2

专利类型

公开/公告日2009-07-08

原文格式PDF

申请/专利权人株式会社ＭＯＬＥ’ＳＡＣＴ;
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申请/专利号JP20080506074

发明设计人北澤敏明;藤森 ▲隆▼幸;
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申请日2006-03-16

分类号B23K20/00;B23K20/227;B23K20/14;

国家 JP

入库时间 2022-08-21 19:38:03

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