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    • 1. 发明申请
    • Wall Panel With Extended Integral Post
    • 具有扩展积分柱的墙面板
    • US20130186025A1
    • 2013-07-25
    • US13788270
    • 2013-03-07
    • Rodney I. Smith
    • Rodney I. Smith
    • E02D29/02E04G21/02
    • E02D29/02E01F8/0023E04G21/02
    • A wall module for a modular wall structure integrates a wall panel portion with a post portion having top or upper and bottom or lower extensions and at least one groove for receiving a distal end portion of a wall panel portion of an adjacent module. The bottom/lower extension is set within an exposed portion of a reinforcing cage of a caisson or pier extending below grade and the reinforcing cage and bottom/lower extension are encapsulated with a material such as concrete to integrate the caisson or pier with the bottom/lower post extension. Alternatively, the bottom post extension can be formed to have a length sufficient to support the module in soil and a pier or caisson integrally formed therewith by pouring concrete around the bottom post extension within a post hole.
    • 用于模块化壁结构的壁模块将壁板部分与具有顶部或上部和底部或底部或下部延伸部的柱部分相结合,并且至少一个凹槽用于接收相邻模块的壁板部分的远端部分。 底部/下部延伸部设置在下方延伸的沉箱或码头的加强笼的暴露部分中,并且加强笼和底部/下部延伸部用诸如混凝土的材料包封以将沉箱或码头与底部/ 较低的后期延期。 或者,底部柱延伸部可以形成为具有足够的长度以将模块支撑在土壤中,并且通过在柱孔内将浇注混凝土围绕底部柱延伸部一体地形成在其中而与其一体形成的墩或沉箱。
    • 2. 发明申请
    • NON-BOLTED BRIDGE PARAPET BARRIER
    • 非螺栓桥式障碍物
    • US20120288327A1
    • 2012-11-15
    • US13558486
    • 2012-07-26
    • Rodney I. Smith
    • Rodney I. Smith
    • E01F15/02
    • E01D19/103E01F15/083E01F15/088
    • Increased resistance to displacement of a barrier or barrier sections thereof in response to a lateral force without anchoring or bolting barrier sections together is achieved by providing an attachment arrangement near the top of an end of barrier sections which is capable of carrying a tensile force and developing that tensile force using a tightening bolt/nut arrangement located at deflection stops at lower corners of the barrier sections to develop a compressive force. The barrier sections are thus rigidly attached together such that a lateral force applied to one or more barrier sections is partially transferred to additional attached barrier sections effectively increasing the mass against which the lateral force is applied. The tightening bolt/nut arrangements are retained by and are captive to the respective barrier sections when barrier sections are disassembled from each other.
    • 通过在能够承受张力和显影的阻挡部分的端部的顶部附近提供附接装置来实现响应于横向力而不将锚固或螺栓连接阻挡部分放置在一起的阻挡层或阻挡部分的阻挡层或阻挡部分的移动阻力增加 使用位于偏转处的紧固螺栓/螺母装置的张力停止在阻挡部分的下角处以产生压缩力。 因此,阻挡部分被刚性地附接在一起,使得施加到一个或多个阻挡部分的横向力被部分地转移到附加的附接的阻挡部分,从而有效地增加施加横向力的质量。 当挡板部分彼此拆卸时,紧固螺栓/螺母装置由相应的阻挡部分保持并固定。
    • 3. 发明申请
    • PREFABRICATED BUILDING PANEL
    • 预制建筑面板
    • US20160222660A1
    • 2016-08-04
    • US14613942
    • 2015-02-04
    • Rodney I. Smith
    • Rodney I. Smith
    • E04C2/34E04C2/04
    • E04C2/34E04C2/049E04C2002/3488
    • Prefabricated building panels combine new and unexpected element dimensions and materials with the effect of reducing overall weight and depth while simultaneously improving panel performance such as thermal insulation. As compared to former panels, prefabricated building panels according to exemplary embodiments of the invention generally include thinner concrete slabs, wider separations between concrete and support framing, and new material choices for anchors connecting slabs with framing. Exemplary panels are compliant with energy codes such as the latest ASHRAE and IECC.
    • 预制建筑面板结合了新的和意想不到的元件尺寸和材料,具有减少总体重量和深度的作用,同时提高面板性能,如隔热。 与以前的面板相比,根据本发明的示例性实施例的预制建筑面板通常包括较薄的混凝土板,混凝土和支撑框架之间的更宽的分离,以及用于连接框架的板的锚的新材料选择。 示例性面板符合能量代码,如最新的ASHRAE和IECC。
    • 4. 发明授权
    • Non-bolted bridge parapet barrier
    • 非螺栓桥梁护栏障碍物
    • US08356956B2
    • 2013-01-22
    • US13558486
    • 2012-07-26
    • Rodney I. Smith
    • Rodney I. Smith
    • E01F15/02
    • E01D19/103E01F15/083E01F15/088
    • Increased resistance to displacement of a barrier or barrier sections thereof in response to a lateral force without anchoring or bolting barrier sections together is achieved by providing an attachment arrangement near the top of an end of barrier sections which is capable of carrying a tensile force and developing that tensile force using a tightening bolt/nut arrangement located at deflection stops at lower corners of the barrier sections to develop a compressive force. The barrier sections are thus rigidly attached together such that a lateral force applied to one or more barrier sections is partially transferred to additional attached barrier sections effectively increasing the mass against which the lateral force is applied. The tightening bolt/nut arrangements are retained by and are captive to the respective barrier sections when barrier sections are disassembled from each other.
    • 通过在能够承受张力和显影的阻挡部分的端部的顶部附近提供附接装置来实现响应于横向力而不将锚固或螺栓连接阻挡部分放置在一起的阻挡层或阻挡部分的阻挡层或阻挡部分的移动阻力增加 使用位于偏转处的紧固螺栓/螺母装置的张力停止在阻挡部分的下角处以产生压缩力。 因此,阻挡部分刚性地附接在一起,使得施加到一个或多个阻挡部分的横向力被部分地转移到附加的附接的阻挡部分,从而有效地增加施加横向力的质量。 当挡板部分彼此拆卸时,紧固螺栓/螺母装置由相应的阻挡部分保持并固定。
    • 5. 发明授权
    • Post tensioning system for prefabricated building panel
    • 预制建筑面板后张紧系统
    • US5875595A
    • 1999-03-02
    • US988560
    • 1997-12-11
    • Rodney I. Smith
    • Rodney I. Smith
    • E04C5/08E04C5/12E04B1/06
    • E04C5/122E04C5/08
    • An improved post tensioning system for prefabricated building panels in which a concentric uniform radial compression is maintained in the slab. A post tensioning cable is placed in the concrete slab to form a perimeter loop starting from one corner of the slab to a point where the cable entered the slab and at a point turning 90.degree. to follow that portion of the cable in the periphery to a point midway up the Y axis and then turning 90.degree. across the X axis to bisect the slab and cross the opposite parallel portion of the cable to exit out the adjacent side of the slab. This creates a cable pattern with no less than 2.5 parallel cables in any direction.
    • 一种用于预制建筑板的改进的后张紧系统,其中在板中保持同心均匀的径向压缩。 后张紧缆绳放置在混凝土板中,以形成从板坯的一个角落开始到电缆进入板坯的点,并且在转动90°的点处的周边环路,以便将外围的电缆的那部分跟随到 点在Y轴上方,然后在X轴上转动90度,以平分平板,并穿过电缆的相对的平行部分,以从板的相邻侧排出。 这样可以在任何方向上产生不少于2.5根并行电缆的电缆图案。
    • 6. 发明授权
    • Prefabricated fireplace
    • 预制壁炉
    • US4384566A
    • 1983-05-24
    • US177284
    • 1980-08-11
    • Rodney I. Smith
    • Rodney I. Smith
    • F24B1/18F24B1/188F24B1/192F24B7/00E04H12/28
    • F24B1/18F24B1/1883F24B1/192
    • A prefabricated fireplace comprises a firebox and flue enclosed by concrete cast as a unit. The firebox has inner walls defining a fuel box in which combustion occurs and outer walls which define a circulation space around the fuel box for room air to be heated. The fuel box is sealed from the room by glass doors which open to supply fuel and, when closed, allow light and heat to pass, and oxygen reaches the fire through an outdoor duct. The prefabricated fireplace has around its base edges a plurality of weldplates which allow quick installation by welding to metal base plates cast in the foundation. The prefabricated fireplace may also include means to interface with home forced-air and water heating systems for heating of air and water.
    • 一个预制的壁炉包括一个燃烧箱和一个由混凝土铸造作为一个单元包围的烟道。 火箱具有限定燃烧箱的内壁,其中燃烧发生的外壁和限定燃料箱周围的循环空间的外壁,用于室内空气被加热。 燃料箱通过玻璃门与房间密封,玻璃门打开供应燃料,并且在关闭时允许光和热通过,氧气通过室外管道到达火。 预制壁炉在其基部边缘处具有多个焊接板,其允许通过焊接快速安装到铸造在基础中的金属基板。 预制壁炉还可以包括与家用强制空气和水加热系统相连以加热空气和水的装置。
    • 9. 发明申请
    • ONE-PIECE INTEGRATED COMPOSITE WALL FOUNDATION AND FLOOR SLAB SYSTEM
    • 一体式综合复合墙基和地板系统
    • US20110131906A1
    • 2011-06-09
    • US12959806
    • 2010-12-03
    • Rodney I. Smith
    • Rodney I. Smith
    • E04C5/08E04B1/20
    • E02D27/02
    • A unitary, composite wall foundation and floor slab structure and system is provided by a pre-stressed cast concrete structure having a wall foundation region, a floor slab region and a transitional region therebetween and strands passing through all of those regions. One or more such structures are also post-tensioned using cables passing through tube embedded in the cast concrete structure and, when a plurality of such structures are employed in a modular manner, such post-tensioning draws all such modules into a larger unitary composite wall foundation and floor slab structure. The transition region may be further reinforced by angular reinforcing elements. Intermediate and end sections of varied shape may be used to complete the structure.
    • 通过预应力铸造混凝土结构提供了一体的复合墙基础和地板结构和系统,该预应力铸造混凝土结构具有墙基础区域,楼板区域和其间的过渡区域以及穿过所有这些区域的股线。 一个或多个这样的结构还使用穿过嵌入铸造混凝土结构中的管的电缆进行后张紧,并且当以模块化方式采用多个这种结构时,这种后张紧将所有这些模块拉制成更大的单一复合壁 基础和楼板结构。 过渡区域可以通过角加固元件进一步加强。 可以使用各种形状的中间和端部来完成结构。
    • 10. 发明授权
    • Mounting and draining system for prefabricated building panels
    • 预制建筑面板的安装和排水系统
    • US06216405B1
    • 2001-04-17
    • US09311579
    • 1999-05-14
    • Rodney I. Smith
    • Rodney I. Smith
    • E04B290
    • E04B2/94
    • A mounting and drainage system of a prefabricated building panel. The mounting system includes a first mounting plate mounted to a vertical stud of a frame and a second mounting plate mounted to an adjacent vertical stud of the frame. The first and second mounting plates face one another. A landing pad extends between the first and second mounting plates and is mounted on a landing hook that extends outward from a floor of a building. The landing pad is retained on the landing hook by a retaining plate extending from the landing hook. Welding plates having a slot therein are also provided on other mounting plates and are welded to an edge of the floor. The landing pad is removable once the prefabricated building panel is mounted on the building. A drainage system is also provided. The drainage system includes a drain aperture positioned on a lower track between an inner wall of building and the wall of the prefabricated building panel. A drain tube is connected to a bottom portion of the drain aperture and extends through an aperture of one of the studs, the drain tube leading to the outside.
    • 预制建筑面板的安装和排水系统。 安装系统包括安装到框架的垂直立柱上的第一安装板和安装到框架的相邻立柱上的第二安装板。 第一和第二安装板彼此面对。 着陆垫在第一和第二安装板之间延伸并且安装在从建筑物的地板向外延伸的着陆钩上。 着陆垫通过从着陆钩延伸的保持板保持在着陆钩上。 在其中具有狭槽的焊接板也设置在其它安装板上并焊接到地板的边缘。 一旦将预制建筑面板安装在建筑物上,着陆垫就可拆卸。还提供排水系统。 排水系统包括位于建筑物的内壁和预制建筑面板的墙壁之间的下轨道上的排水孔。 排水管连接到排水孔的底部,并延伸穿过其中一个螺柱的孔,排水管通向外部。