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    • 3. 发明申请
    • Connectors and Methods of Construction for a Precast Special Concrete Moment Resisting Shear Wall and Precast Special Concrete Moment Resisting Frame Building Panel System
    • 预制专用混凝土剪力墙和预制专用混凝土扭矩框架建筑面板系统的连接器和施工方法
    • US20080098676A1
    • 2008-05-01
    • US11554611
    • 2006-10-31
    • John Francis Hutchens
    • John Francis Hutchens
    • E04B1/38E04B7/00
    • E04B1/043B28B7/0026B28B7/0032B28B19/003B28B23/00B28B23/0025E04B1/06E04B2/86E04B2002/8682
    • A precast concrete wall panel molding system for fabricating a wall shell and a plurality of ribs and beams. A precast concrete wall panel molding system with facilities for incorporating door and window frames. A ductile panel end connector for attaching panels one to another whether in parallel or angled as in inside or outside corners. A ductile panel end connector for attaching panels to columns. A wall anchor/shear plate with post-tensioning brace plate. A hybrid precast/cast-in-place special moment resisting shear wall/special moment resisting frame reinforced concrete building system for regions of potential seismic activity. A prescriptive method building system for composite structural building assemblies with conventional wood and light-gauge steel framing, structural steel, and other building code approved and tested building systems, building components, building panel systems, building roofing systems, modular and manufactured buildings, and building electrical, mechanical, and plumbing systems. A precast concrete wall panel system conforming to industry practices and standards as published by the Precast/Prestressed Concrete Institute, (PCI) in it's “PCI Design Handbook” (fifth edition, 1999), the American Concrete Institute “Building Code Requirements for Structural Concrete” (ACI 318-05), The “International Building Code 2006” and the “Uniform Building Code”.
    • 一种用于制造壁壳和多个肋和梁的预制混凝土墙板模制系统。 一种预制混凝土墙板成型系统,具有门窗框架结合的设施。 一种延展性面板端连接器,用于将面板彼此附接,不论是在内侧还是外侧角落处于平行或成角度。 用于将面板连接到柱的延性面板端连接器。 具有后张紧支撑板的墙锚/剪板。 混凝土预制/现浇特殊抗力抗震墙/特殊抗力框架钢筋混凝土建筑系统,用于潜在地震活动区域。 具有常规木材和轻型钢框架,结构钢和其他建筑规范的批准和测试的建筑系统,建筑构件,建筑面板系统,建筑物屋顶系统,模块化和制造建筑物的复合结构建筑组件的规范性方法建造系统,以及 建筑电气,机械和管道系统。 预制混凝土墙板系统符合Precast / Prestressed Concrete Institute(PCI)在其“PCI设计手册”(第五版,1999年)出版的行业实践和标准,美国混凝土研究所“结构混凝土的建筑规范要求 “(ACI 318-05),”2006年国际建筑规范“和”统一建筑规范“。
    • 4. 发明申请
    • Apparatus and method for forming concrete panels
    • 用于形成混凝土板的装置和方法
    • US20070051867A1
    • 2007-03-08
    • US11493032
    • 2006-07-26
    • Stephen Knowles
    • Stephen Knowles
    • E04G9/00
    • E04G21/16B28B7/0017B28B7/0032B28B7/0085E04G13/00E04G17/001E04G17/004
    • The invention provides a form member for use in forming concrete panels comprising a pair of upright walls connected by a plurality of ribs. Each of the ribs includes an aperture for allowing a fastener through. The fastener passes through each of the ribs into a casting floor to fix the form member to the floor. A plurality of form members can be arranged to define enclosures, concrete is then poured into the enclosures to the level of the upright walls, smoothed and allowed to cure to form concrete panels. The form members of the present invention allow a number of panels to be formed at the same time, with some form members common to more than one concrete panel. The invention provides easy of use and savings in space, time and labour.
    • 本发明提供了一种用于形成混凝土板的模板构件,其包括通过多个肋连接的一对直立壁。 每个肋包括用于允许紧固件穿过的孔。 紧固件通过每个肋条进入铸造地板,以将模板构件固定在地板上。 可以将多个形状构件布置成限定外壳,然后将混凝土倒入直立壁的水平面上,使其平整并允许固化以形成混凝土板。 本发明的形式构件允许同时形成多个面板,其中一些形式构件与多于一个的混凝土面板共同。 本发明提供了易于使用和节省空间,时间和劳动力。
    • 5. 发明授权
    • Method of constructing a modular structure
    • US5890341A
    • 1999-04-06
    • US896942
    • 1997-07-18
    • Robert E. BridgesArchie C. Epes
    • Robert E. BridgesArchie C. Epes
    • B28B7/00B28B7/22B28B19/00E04B1/344B60P3/022E04B1/35E04G21/00
    • B28B19/00B28B7/0032B28B7/22E04B1/3442Y10S52/90
    • A modular structure consisting of three modular units of approximately the same size, the center module being the primary module containing the mechanical components of the building, with plumbing, air conditioning and heating ducts, and electrical wiring in the slab floor structural foundation and door jambs. The primary module used to transport the entire structure is completed at the factory, requiring no further work at jobsite, with heating and cooling unit, hot water heater, cabinets and appliances, plumbing and light fixtures and accessories installed at the factory in permanent locations. The major exterior walls, slab floor foundation panels, and ceiling/roof panels for all three modules are similarly manufactured in one piece in full width and the length of the building, eliminating joints, speeding assembly and strengthening the components. The major components of the side modules, consisting of the slab floor foundation panels, ceiling/roof panels and the exterior side walls, are all hinged so that they fold to the side and on top of the primary module. Accessories and wall panels and partitions not hinged are placed on top of the primary module for transportation. Two end walls are bolted to the center module during transportation to the site. At the pre-leveled permanent site, the primary module is lowered to the ground and the hinged slab floor foundation panels, which include hinged and folded exterior walls, along with the ceiling/roof panels, are unfolded and permanently fastened in place for that site, but can be refolded if later relocation is needed. The slab floor foundation panels for all three modules are placed directly on the ground or on a pre-built foundation, single or multi-level design. If a pitched roof was ordered, trusses and pre-sized roofing panels transported on top of the primary module are attached to the flat roof of the center module. Two or more of these triple modules can be joined side-to-side or end-to-end or on top of each other, for erection of multiple-unit buildings.
    • 6. 发明授权
    • Process and apparatus for making a plurality of building modules having
a foam core and a cementitious shell
    • 用于制造具有泡沫芯和水泥壳的多个建筑模块的方法和装置
    • US4280974A
    • 1981-07-28
    • US956014
    • 1978-10-30
    • Matthew R. Piazza
    • Matthew R. Piazza
    • B28B1/52B28B7/00B28B19/00E04C2/288B28B1/08
    • B28B19/003B28B1/52B28B7/0032E04C2/2885Y10S264/57
    • A process and apparatus for making a plurality of building modules each having a foam core encased in a shell of fiber reinforced cement. A bottom layer is cast and fiber reinforced in a casting zone having side rails along a base and division members corresponding to the lengths of the modules being formed. End members are placed on top of the division members and foam cores are placed on the bottom layer between end members leaving free space between the core member, the side rails and the end members. Wet cement is applied to fill the free space surrounding each core member and to form a top layer which covers each core member thereby separately encasing each core member. Fiber reinforcement is applied to the top layer and a plurality of cured modules are removed from the casting zone.
    • 一种用于制造多个建筑模块的工艺和设备,每个建筑模块都具有包封在纤维增强水泥的外壳中的泡沫芯。 底层被铸造并且在具有沿着基部的侧轨的铸造区域中的纤维增强并且与形成的模块的长度相对应的分隔构件。 端部构件放置在分隔构件的顶部上,并且泡沫芯被放置在端部构件之间的底层上,在芯构件,侧轨和端构件之间留出自由空间。 施加湿水泥以填充每个芯构件周围的自由空间,并形成覆盖每个芯构件的顶层,从而分别地包封每个芯构件。 将纤维增强层施加到顶层,并且多个固化的模块从铸造区域移除。
    • 9. 发明申请
    • CUTTING PLATFORM FOR CUTTING AND SHAPING A CLAY SLAB
    • 切割和切割粘合板的切割平台
    • US20120160074A1
    • 2012-06-28
    • US13271999
    • 2011-10-12
    • David Lee
    • David Lee
    • B26D7/01B25B11/00
    • B26D7/20B28B7/0032B28B7/46Y10T83/849
    • The present invention relates to a cutting platform for cutting and shaping a clay slab. The platform has a water-absorbing cutting mat with a top surface for receiving the clay slab. The platform has a bottom surface opposite the top surface. The bottom surface is adapted to overlay a board. The platform includes grid-pattern indicia extending across the top surface of the mat. The grid-pattern indicia includes a first set of spaced-apart lines in parallel with each other and a second set of spaced-apart lines in parallel with each other. The first set of lines intersect with and are perpendicular to the second set of apart lines. The grid-pattern indicia includes unit measurement indicia. Cutting of the clay slab to a desired shape is facilitated by the cutting platform thereby.
    • 本发明涉及一种用于切割和成型粘土板的切割平台。 该平台具有一吸水切割垫,其上表面用于接收粘土板。 该平台具有与顶部表面相对的底面。 底表面适于覆盖板。 该平台包括延伸穿过垫的顶表面的网格图案标记。 网格图案标记包括彼此平行的第一组间隔开的线和彼此平行的第二组间隔开的线。 第一组线与第二组分离线相交并垂直于第二组分离线。 网格图案标记包括单位测量标记。 通过切割平台便可以将粘土板切割成所需的形状。