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    • 5. 发明专利
    • Load bearing frame
    • 负载轴承框架
    • JP2007191854A
    • 2007-08-02
    • JP2006008217
    • 2006-01-17
    • Kobe Steel Ltd株式会社神戸製鋼所
    • NAKAGAWA TOMOKAZUHATANAKA TADAOKARATSU TOSHIICHIHIURA YORIOTAMADA TETSUOMORII TAKESHISUGA TAKEOWATANABE FUMIO
    • E04B2/56E04C2/38
    • E04B1/24E04B2001/2415E04B2001/2454E04B2001/2496
    • PROBLEM TO BE SOLVED: To provide a load bearing frame with high deformability, which suppresses the occurrence of the buckling of a diagonal member and the destruction of a connection part.
      SOLUTION: This load bearing frame 1 comprises two column materials 2 and 3, two frame materials 4 and 5, and four diagonal members 6-9. A connecting point 41 between the column material 3 and the frame material 4, and a connecting point 43 between the column material 3 and the diagonal member 6 arranged in an uppermost position are brought away from each other by a distance L1. A connecting point 48 between the column material 3 and the frame material 5, and a connecting point 47 between the column material 3 and the diagonal member 9 arranged in a lowermost position are brought away from each other by a distance L2.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种具有高变形能力的承载框架,其抑制对角构件的弯曲的发生和连接部件的破坏。 解决方案:该承载架1包括两个柱材料2和3,两个框架材料4和5以及四个对角构件6-9。 柱材料3和框架材料4之间的连接点41和布置在最上位置的柱材料3和对角构件6之间的连接点43彼此远离距离L1。 柱材料3和框架材料5之间的连接点48和布置在最低位置的柱材料3和对角构件9之间的连接点47彼此远离距离L2。 版权所有(C)2007,JPO&INPIT
    • 7. 发明专利
    • IRON REINFORCEMENT UNIT AND ARRANGED REINFORCEMENT CONSTRUCTION METHOD
    • JPH02140348A
    • 1990-05-30
    • JP29300488
    • 1988-11-18
    • TAISEI CORPKOBE STEEL LTD
    • KADOTA FUMIOTSUNODA OSAMUHANADA SEIJIKARATSU TOSHIICHINAGAI YOSHINORI
    • E04C5/06E04G21/12
    • PURPOSE:To improve workability and economize construction cost by assembling a longitudinal reinforcement unit by integrally forming a plurality of inside and outside longitudinal reinforcements and iron reinforcement supporting bodies and assembling a lateral reinforcement unit similarly. CONSTITUTION:A plurality of iron reinforcement supporting frame bodies 2 which cross with each longitudinal reinforcement 1 are arranged in parallel to the longitudinal reinforcement axis direction between a plurality of inside longitudinal reinforcement 1 arranged in parallel to the inside part in the reinforcement arrangement position and a plurality of outside longitudinal reinforcement arranged in parallel to the outside part in the reinforcement arrangement position. Then, the longitudinal reinforcements 1 are connected with each other with the degree of freedom in the longitudinal reinforcement axis direction and the radial direction, and a longitudinal reinforcement unit A is assembled. Then, a lateral reinforcement unit B is assembled similarly from a plurality of lateral reinforcements 6 and iron reinforcement supporting body 4. The longitudinal reinforcement units A are continuously arranged in the lateral and vetical directions at the reinforcement arrangement position, and the longitudinal reinforcement unit A and the lateral reinforcement unit B are connected by crossing- arranging the lateral reinforcement 6 of the lateral reinforcement unit B and the longitudinal reinforcement 1 of the longitudinal reinforcement unit A.