BUCKLING RESTRAINT BRACE MANUFACTURING METHOD AND ROTATION JIG
To provide an efficient method for manufacturing a buckling restraint brace.SOLUTION: There provided is a method for manufacturing a buckling restraint brace which includes: a first process in which a first core material 310 is placed on a first jig 1000, a second core material 320 is welded to the...
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Zusammenfassung: | To provide an efficient method for manufacturing a buckling restraint brace.SOLUTION: There provided is a method for manufacturing a buckling restraint brace which includes: a first process in which a first core material 310 is placed on a first jig 1000, a second core material 320 is welded to the first core material 310, and the first core material 310 is provided with an unbonded material 330; and a second process in which the first jig 1000 on which a core material 300 provided with the unbonded material 330 is arranged, and a second jig 2000 on which a steel pipe 200 is arranged are relatively moved to approach, and the core material 300 is inserted into the steel pipe 200 on the second jig 2000. And in the first step, after welding the second core material 320 to the first core material 310, the core material 300 is rotated on the first jig 1000, and then the unbonded material 330 is provided on the first core material 310.SELECTED DRAWING: Figure 7
【課題】効率的な座屈拘束ブレースの製造方法を提供する。【解決手段】座屈拘束ブレースの製造方法であって、第1治具1000の上に第1芯材310を配置し、第1芯材310に第2芯材320を溶接するとともに第1芯材310にアンボンド材330を設ける第1工程と、アンボンド材330が設けられた芯材300が配置された第1治具1000と、鋼管200が配置された第2治具2000と、を移動して相対的に接近させ、芯材300を第2治具2000の上の鋼管200の中に挿入する第2工程と、を備え、第1工程では、第1芯材310に第2芯材320を溶接した後、第1治具1000の上で芯材300を回転させ、その後、第1芯材310にアンボンド材330を設ける。【選択図】図7 |
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