会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 71. 发明授权
    • Metal framing member
    • 金属框架构件
    • US07797908B2
    • 2010-09-21
    • US11980235
    • 2007-10-30
    • James F. Keys
    • James F. Keys
    • E04C2/34E04C3/00E04C2/38E04B1/18B21K23/00
    • E04C3/086E04B2/7412E04B2001/2472E04C3/09E04C2003/0413E04C2003/0452E04C2003/0473E04C2003/0482Y10T29/49634
    • A metal framing member for use in a wide variety of applications including interior and exterior walls, structural insulated panels (SIPs), as well as floors, ceilings and roofs of residential and commercial buildings, to name but a few. The metal framing member generally includes first and second metal components, where each of the metal components is a separate piece and includes an elongated support with a series of fingers extending therefrom. The two metal components are attached together near tips of the fingers so that an alternating sequence of fingers and spaces is formed in an intermediate area between the two supports. This sequence can result in weight, material and cost savings, reduced thermal and acoustic conductivity across the metal framing member, and trade-ready holes for passing through items such as wires, pipes, etc.
    • 用于各种应用的金属框架构件,包括内墙和外墙,结构绝缘板(SIP)以及住宅和商业建筑物的地板,天花板和屋顶,仅举几例。 金属框架构件通常包括第一和第二金属部件,其中每个金属部件是分开的部件,并且包括具有从其延伸的一系列指状物的细长支撑件。 两个金属部件在手指的尖端附近附接在一起,使得在两个支撑件之间的中间区域中形成交替的指状和间隔的顺序。 该顺序可以导致重量,材料和成本节省,降低金属框架构件的热和声传导性,以及用于通过诸如电线,管道等的物品的交易准备孔。
    • 73. 发明授权
    • Moment-resistant structure, sustainer and method of resisting episodic
loads
    • 抗震结构,持续性和抵抗偶发负荷的方法
    • US6012256A
    • 2000-01-11
    • US927574
    • 1997-09-06
    • Mark Amos Aschheim
    • Mark Amos Aschheim
    • E04B1/24E04C3/04E04C3/08E04H9/02
    • E04C3/086E04B1/24E04B2001/2415E04B2001/2448E04B2001/2487E04C2003/0413E04C2003/0417E04C2003/0421E04C2003/0434E04C2003/0452E04C2003/0465
    • The present invention relates to a moment-resistant structure, sustainer, and method of construction for deformably resisting episodic loads, particularly those of high intensity. The episodic loads may be due to earthquake, impact, or other intense episodic sources. The structure and sustainer may be in buildings, bridges, or other civil works, land vehicles, watercraft, aircraft, spacecraft, machinery, or other structural systems or apparati. Deformation capacity is enhanced by the use of multiple dissipative zones. Dissipative zones that function in a manner similar to plastic hinges are determined by one or more voids that are located in the web of a sustainer. The one or more voids are of a size, shape, and configuration to assure that the dissipative zones deform inelastically when a critical stress, i.e., a maximum allowable demand, is reached, thereby developing the action of a structural fuse, preventing the occurrence of stress and strain demands sufficient to cause fracture of the connection welds or adjacent heat-affected zones, i.e., preventing the stress and strain demands from exceeding the strength capacity of the connection welds or adjacent heat-affected zones. The sustainers may be removably connected to the remainder of the structure, facilitating their replacement after inelastic deformation. The structure, sustainer, and method of construction may be utilized in new construction and in the rehabilitation of existing construction. Mechanical equipment and utilities may pass through the voids.
    • 本发明涉及一种抗变形结构,保持器和可变形地抵抗剧烈负荷的结构的方法,特别是高强度的结构。 偶发负荷可能是由于地震,冲击或其他强烈的情景来源。 结构和维护者可能在建筑物,桥梁或其他土木工程,陆地车辆,船舶,飞机,航天器,机械或其他结构系统或装置中。 通过使用多个耗散区增强变形能力。 以类似于塑料铰链的方式起作用的耗散区由位于维持器的腹板中的一个或多个空隙确定。 一个或多个空隙具有尺寸,形状和构造,以确保当达到临界应力(即最大允许需求)时,耗散区变形变形,从而发展结构保险丝的作用,从而防止发生 应力和应变要求足以引起连接焊缝或相邻热影响区域的断裂,即防止应力和应变要求超过连接焊缝或相邻热影响区域的强度能力。 维持器可以可拆卸地连接到结构的其余部分,便于在非弹性变形之后进行更换。 结构,维护和施工方式可用于新建筑和现有施工的恢复。 机械设备和设施可能会通过空隙。