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    • 1. 发明授权
    • Unitized overhead glazing systems
    • 组合架空玻璃系统
    • US08356454B2
    • 2013-01-22
    • US12903831
    • 2010-10-13
    • Nicholas A. NaporaVincent T. Van Son
    • Nicholas A. NaporaVincent T. Van Son
    • E04B1/00E04G23/02
    • E04D3/08E04D2003/0868E04F10/005E04H6/025F24S20/67F24S25/20F24S25/35F24S2025/014H02S20/23H02S40/34H02S40/36Y02B10/12Y02B10/20Y02E10/47Y10T29/49629
    • In an embodiment, a unitized overhead glazing system of the present invention includes an array of assembled structural framing cassettes each having at least five photovoltaic modules. In an embodiment, each cassette forms one electrical string and is pre-wired, tested, and shipped ready to install for a variety of applications, including, but not limited to, parking canopies, covered walkways and specialty awnings. The unitized overhead glazing system can be utilized to generate electricity, provide shade, collect water, reduce heat island effect, provide more controlled lighting and support infrastructure for plug-in vehicles. The unitized overhead glazing system is designed to be installed and maintained from below, eliminating safety concerns associated with conventional canopies where work must be performed while on top of the canopy. The unitized overhead glazing system incorporates sealing methods and components to manage water, limit debris build up, and maximize energy yield.
    • 在一个实施例中,本发明的单元化顶置玻璃窗系统包括每个具有至少五个光伏模块的组合结构框架盒阵列。 在一个实施例中,每个盒形成一个电线并且被预先布线,测试和出货准备安装用于各种应用,包括但不限于停车棚,有盖人行道和特殊遮阳篷。 组合式高架玻璃系统可用于发电,提供阴凉,收集水,降低热岛效应,为插电式车辆提供更多受控照明和支持基础设施。 单元化的高架玻璃系统设计为从下方安装和维护,消除了与在顶篷上进行工作的传统檐篷相关的安全问题。 组合式顶置玻璃系统采用密封方法和组件来管理水分,限制碎屑堆积,并最大限度地提高能量产出。
    • 2. 发明申请
    • UNITIZED OVERHEAD GLAZING SYSTEMS
    • US20110162315A1
    • 2011-07-07
    • US12903831
    • 2010-10-13
    • Nicholas A. NaporaVincent T. Van Son
    • Nicholas A. NaporaVincent T. Van Son
    • E04C2/38B23P6/00
    • E04D3/08E04D2003/0868E04F10/005E04H6/025F24S20/67F24S25/20F24S25/35F24S2025/014H02S20/23H02S40/34H02S40/36Y02B10/12Y02B10/20Y02E10/47Y10T29/49629
    • In an embodiment, a unitized overhead glazing system of the present invention includes an array of assembled structural framing cassettes each having at least five photovoltaic modules. In an embodiment, each cassette forms one electrical string and is pre-wired, tested, and shipped ready to install for a variety of applications, including, but not limited to, parking canopies, covered walkways and specialty awnings. The unitized overhead glazing system can be utilized to generate electricity, provide shade, collect water, reduce heat island effect, provide more controlled lighting and support infrastructure for plug-in vehicles. The unitized overhead glazing system is designed to be installed and maintained from below, eliminating safety concerns associated with conventional canopies where work must be performed while on top of the canopy. The unitized overhead glazing system incorporates sealing methods and components to manage water, limit debris build up, and maximize energy yield.
    • 在一个实施例中,本发明的单元化顶置玻璃窗系统包括每个具有至少五个光伏模块的组合结构框架盒阵列。 在一个实施例中,每个盒形成一个电线并且被预先布线,测试和出货准备安装用于各种应用,包括但不限于停车棚,有盖人行道和特殊遮阳篷。 组合式高架玻璃系统可用于发电,提供阴凉,收集水,降低热岛效应,为插电式车辆提供更多受控照明和支持基础设施。 单元化的高架玻璃系统设计为从下方安装和维护,消除了与在顶篷上进行工作的传统檐篷相关的安全问题。 组合式顶置玻璃系统采用密封方法和组件来管理水分,限制碎屑堆积,并最大限度地提高能量产出。
    • 4. 发明授权
    • Components for roof assemblies
    • 屋顶组件的组件
    • US06631594B2
    • 2003-10-14
    • US09749312
    • 2000-12-27
    • Richard Anthony Whiting
    • Richard Anthony Whiting
    • E06B3964
    • E04D13/0722E04B7/063E04B2007/066E04D3/08E04D2003/0812E04D2003/085E04D2003/0868E04D2003/0875E04D2003/0881
    • Components for a roof assembly include a glazing having a main support member and a cap engaging member. The cap engaging member has a detent portion extending from an edge region back towards an opposite edge region. The component also includes a beam member a main support member and a rafter support member for supporting a rafter assembly. The rafter support member has a securing portion extending from an edge region. A ridge end member is also disclosed which has a plurality of segment extending radially outwardly from a hub member. Each segment has an elongate mounting member on an edge opposite the hub member. There is also disclosed a wing member for a valley rafter assembly. The wing member has first and second elements secured together. Each of the elements comprises a portion of a mounting formation to which a glazing bar can be mounted. The components further include a bracket arrangement comprising a first bracket mountable on a first rafter assembly, and a second bracket mountable on a second rafter assembly. Securing means is provided to secure the first bracket to the second bracket.
    • 用于屋顶组件的组件包括具有主支撑构件和盖接合构件的玻璃窗。 盖接合构件具有从边缘区域向后朝向相对边缘区域延伸的制动部分。 该部件还包括梁构件,主支撑构件和用于支撑椽组件的椽支撑构件。 椽子支撑构件具有从边缘区域延伸的固定部分。 还公开了一种脊端部构件,其具有从毂构件径向向外延伸的多个段。 每个段在与毂构件相对的边缘上具有细长的安装构件。 还公开了一种用于谷椽组件的翼构件。 翼构件具有固定在一起的第一和第二元件。 每个元件包括可安装玻璃条的安装结构的一部分。 所述部件还包括支架装置,其包括可安装在第一椽组件上的第一支架和可安装在第二椽组件上的第二支架。 提供固定装置以将第一支架固定到第二支架。
    • 6. 发明授权
    • Connector for solid or hollow profile sections
    • 固体或中空型材截面的连接器
    • US6098366A
    • 2000-08-08
    • US981868
    • 1998-01-26
    • Jacques Guichard
    • Jacques Guichard
    • E04B1/00E04B1/26E04C3/00E04D3/08E06B3/964E04B1/19E04B1/38E06B3/96
    • E04B1/2604E04B1/0046E04B1/2608E04C3/00E06B3/9644E04B2001/2644E04D2003/0868Y10T403/46
    • A connector for profile sections having axes that intersect at a certain angle (.alpha., .beta.) includes a connecting member folded or cut so that it defines a bearing surface provided with a through-bore and arranged to be attached to any one of the surfaces of a first profile section, the connecting member being pivotable about a first axis parallel or orthogonal to the longitudinal axis of the through-bore, and at least one portion of the member further being pivotable about a second axis orthogonal to the first axis (D1); the part of the connector located beyond a plane parallel to the first axis and passing through the second pivot axis forms an initial attachment portion to which a second profile section is attached either directly or by an insert.
    • PCT No.PCT / FR96 / 01009 Sec。 371日期1998年1月26日 102(e)1998年1月26日PCT PCT 1996年6月28日PCT公布。 出版物WO97 / 02389 日期1997年1月23日用于具有以一定角度(α,β)相交的轴的轮廓截面的连接器包括折叠或切割的连接构件,使得其限定具有通孔的支承表面,并且被布置成附接到任何 第一轮廓部分的表面中的一个,连接构件可围绕平行于或垂直于通孔的纵向轴线的第一轴线枢转,并且该构件的至少一部分还可绕与第二轮廓正交的第二轴线枢转 第一轴(D1); 连接器的位于平行于第一轴线并穿过第二枢转轴线的平面之外的部分形成初始附接部分,第二轮廓部分直接或通过插入件附接到初始附接部分。
    • 7. 发明授权
    • Solarium structure
    • 日光浴室结构
    • US5568707A
    • 1996-10-29
    • US377010
    • 1995-01-23
    • Masayoshi IshikawaEdward T. Fitzhenry, Jr.
    • Masayoshi IshikawaEdward T. Fitzhenry, Jr.
    • E04B1/00E04D3/08E04B7/18
    • E04B1/0046E04D3/08E04D2003/0856E04D2003/0868E04D2003/0881
    • A solarium structure (S) is comprised of a vertical wall frame (3); a sloped roof frame (1) mounted thereon. The vertical wall frame (3) includes two mullions (13) and a head (9) joined at the opposed ends with the sides of the upper ends of the mullions (13), the head (9)having a first-mentioned circular-arc surface (143) formed throughout the entire length thereof. The sloped roof frame (1) includes two rafters (17) and a bottom purlin (23) joined at the opposed ends with the sides of the lower ends of the rafters (17), the bottom purlin (23) having a second-mentioned circular-arc surface (163) formed throughout the entire length thereof. The lower ends of the rafters (17) are mitered to the upper ends of mullions (13). The bottom purlin (23)is placed on the head (9) with the second-mentioned circular-arc surface (163) of the former coming into surface-to-surface engagement with the first-mentioned circular-arc surface (143) of the latter so that the head (9) and bottom purlin (23) can be angularly adjusted to each other and so that draft and light can be prevented from passing between the sloped roof frame (1) and the vertical wall frame (3). The solarium structure (S) further includes means (183) for joining the lower ends of the rafters (17) and the upper ends of the mullions (13) so as to be angularly adjusted to each other.
    • 日光浴室结构(S)由垂直壁架(3)组成; 安装在其上的倾斜屋顶框架(1)。 垂直壁框架(3)包括两个竖框(13)和在竖框(13)的上端的相对端处连接的头部(9),头部(9)具有首先提到的圆形 在其整个长度上形成弧形表面(143)。 倾斜的车顶框架(1)包括两个椽子(17)和在椽子(17)的下端的相对端处连接的底部pur条(23),底部pur条(23)具有第二提及 在其整个长度上形成圆弧表面(163)。 椽子(17)的下端倾斜到竖框(13)的上端。 底部pur条(23)被放置在头部(9)上,其中前述的第二个圆弧表面(163)与首先提到的圆弧表面(143)进行表面 - 表面接合 后者使得头部(9)和底部pur条(23)能够彼此角度地调节,使得能够防止通过斜面的车顶框架(1)和垂直壁架(3)之间的通风和光线。 日光浴室结构(S)还包括用于接合椽子(17)的下端和竖框(13)的上端以便彼此成角度地调节的装置(183)。
    • 8. 发明授权
    • Glazing system
    • 玻璃窗系统
    • US5356675A
    • 1994-10-18
    • US997690
    • 1992-12-28
    • Frederick C. UngerRonald M. Hays
    • Frederick C. UngerRonald M. Hays
    • E04B1/00E04D3/08E04D3/14B32B9/00
    • E04B1/0046E04D3/14E04D2003/0831E04D2003/0856E04D2003/0868E04D2003/0893Y10T428/24008
    • A glass panel assembly includes at least one elastomeric base plate which is received on a supporting frame structure, at least one elongated rigid attachment element received on the base plate for attaching it to the frame structure, at least one glass panel received on the base plate so that it is supported thereon and at least one pressure plate received on the glass panel and secured to the attachment element for securing the glass panel in the assembly. The assembly is adapted to compensate for dimensional irregularities and different angular planes in the supporting frame structure as well as differences in the thermal expansion properties of the various components in the assembly and the support frame structure. The assembly is further adapted to minimize thermally conductive paths between interior and exterior assembly components in order to minimize condensation on interior components, and the one or more base plates of the assembly include gutters for removing moisture from the assembly.
    • 玻璃面板组件包括至少一个容纳在支撑框架结构上的弹性体基板,容纳在基板上的至少一个细长刚性附接元件,用于将其附接到框架结构,容纳在基板上的至少一个玻璃板 使得其被支撑在其上,并且至少一个压板容纳在玻璃面板上并固定到附接元件,用于将玻璃面板固定在组件中。 该组件适于补偿支撑框架结构中的尺寸不规则和不同的角平面以及组件和支撑框架结构中各种部件的热膨胀特性的差异。 该组件还适于最小化内部和外部组件部件之间的导热路径,以便最小化内部部件上的冷凝,并且该组件的一个或多个底板包括用于从组件除去水分的排水沟。
    • 10. 发明授权
    • Modular lean-to post and beam structure
    • 模块化的倾斜柱和梁结构
    • US4815242A
    • 1989-03-28
    • US929271
    • 1986-11-12
    • Terry L. Gilliland
    • Terry L. Gilliland
    • E04B1/00E04B7/02E04D3/08
    • E04D3/08E04B1/0046E04B7/02E04D2003/0856E04D2003/0868F16B2012/466Y10T403/555Y10T403/581Y10T403/7094
    • A prefabricated post and beam lean-to or free standing structure, incorporating a self-aligning, load bearing mortise and tenon joint assembly which results in a mitred joint with no visible hardware when fabricated. The structure is formed from a plurality of post and beams arranged in spaced, parallel, vertical and inclined. Attitudes extending from a lower support surface at the base of the post, with the inclined beams attaching at a higher support surface. The prefabricated sloping mortise in the post allows the beam's prefabricated tenons to be modified, on site, to descend further into the sloping mortise channel enabling the slope to be adjusted. This frame system then supports single or double glass or other sheets of material for lateral support over the enclosure. The horizontal spacing between the posts and beams is achieved by using prefabricated and sized muntins, purlins and eave header components which are fitted with fastening hardware that rigidly connects the multiple posts and beams into a structural frame.
    • 一种预制柱和梁倾斜或自由站立结构,结合了自对准,承重榫眼和榫头接头组件,导致在制造时没有可见硬件的轻度接头。 该结构由间隔开,平行,垂直和倾斜的多个柱和梁形成。 姿态从柱的底部的下支撑表面延伸,倾斜梁附接在较高的支撑表面。 柱中预制的倾斜榫眼允许梁的预制榫头在现场进行修改,进一步下降到倾斜的榫眼通道中,使斜坡能够被调整。 该框架系统然后支撑单层或双层玻璃或其他材料片,用于在外壳上的横向支撑。 柱和梁之间的水平间距通过使用预制和尺寸的笨蛋,pur条和檐部头部件来实现,该组件装配有将多个柱和梁刚性连接到结构框架中的紧固件。