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    • 1. 发明授权
    • Frame brace
    • 框架大括号
    • US5315803A
    • 1994-05-31
    • US575225
    • 1990-08-30
    • Arthur R. Turner
    • Arthur R. Turner
    • E04B2/70E04C3/02E04C3/04E04C3/07E04C3/292
    • E04C3/07E04B2/706E04C3/292E04B2001/2696E04C2003/026E04C2003/0421E04C2003/0434E04C2003/046
    • The present invention comprises a metal brace consisting of a strip of sheet metal the side portions of which are doubled over or bent through about 180 degrees, so that the strip, or at least a nailing flange of the strip, is of double thickness sheet metal. In this way the raw edges of the strip are safely displaced from the sides of the brace. Moreover, it has been found that it is much easier to drive a nail through two superimposed thicknesses of sheet metal than to drive it through a single piece of sheet metal of double the thickness. Therefore the bracing strip according to the invention made of light gauge sheet metal may have high strength in compression, but be easier to nail, without preformed nail holes, than a conventional bracing strip. An alternative embodiment may have formed in it a plurality of access locations to use as nail holes. The portion of the strip which is of double thickness and the access locations (if present) are flattened such that they do not have an overall thickness which is substantially equal to twice the thickness of the sheet metal.
    • 本发明包括金属支架,金属支架由金属片条组成,其侧面部分被加倍或弯曲大约180度,使得带材或至少一个钉带的凸缘具有双层厚度的金属板 。 以这种方式,条的原始边缘从支架的侧面安全地移位。 此外,已经发现,通过两个叠加的金属板厚度驱动钉比将其驱动通过厚度为双倍的单片金属片要容易得多。 因此,根据本发明的由轻量板金属制成的支撑带可以具有高的压缩强度,但是比传统的支撑带更容易钉住,没有预成型的钉孔。 一个替代实施例可以在其中形成用作钉孔的多个访问位置。 条带的双重厚度部分和进入位置(如果存在)被平坦化,使得它们的总厚度基本上不等于金属片的厚度的两倍。
    • 2. 发明授权
    • Construction member and method for forming curved wall and the like
    • 用于形成弯曲壁等的构造构件和方法
    • US5291717A
    • 1994-03-08
    • US701282
    • 1991-05-16
    • Arthur R. Turner
    • Arthur R. Turner
    • E04B2/74E04B2/80E04G21/00
    • E04B2/7457E04B2/80E04B2002/7481
    • A method and resulting wood frame that can be used to construct a wall. To create a curved wall, lines are scribed onto the floor to define the wall radius. The wood frame is constructed by first arranging a plurality of studs in a spaced apart arrangement. The studs have first and second surfaces along the longitudinal axis, which terminate at first and second ends that have bottom and top surfaces respectively. A flexible flat member is then attached to the first end of the studs. The flexible member has a base portion which is nailed to the first surface of the studs and a plurality of spaced apart tabs. Some of the tabs are immediately adjacent the bottom of the studs, while other tabs are located between the spaced apart studs. The attached studs are then lifted into place and the flexible member is bent until the curved member follows the scribed outline. The frame is then nailed to the floor through the tabs that are located between the studs. A second flexible member is then attached to the first end of the studs by nailing the base portion of the second member to the second surface of the studs. The tabs of the second member are nailed to the floor, such that the studs are rigidly attached to the floor in an arrangement to form a portion of an arc. Flexible wallboard is then attached to the studs to create a curved wall.
    • 一种可用于构建墙壁的方法和结果木框架。 为了创建一个弯曲的墙壁,将线条刻在地板上以定义墙壁半径。 木框架通过以间隔开的布置首先布置多个螺柱构成。 螺柱具有沿着纵向轴线的第一和第二表面,其在分别具有底面和顶面的第一端和第二端处终止。 然后将柔性平坦构件附接到螺柱的第一端。 柔性构件具有钉在螺柱的第一表面上的基部和多个间隔开的突片。 一些突片紧邻螺柱的底部,而其它突片位于间隔开的螺柱之间。 然后将附接的螺柱提升到适当位置,并且柔性构件被弯曲直到弯曲构件遵循划线轮廓。 然后通过位于螺柱之间的突出部将框架钉在地板上。 然后将第二柔性构件通过将第二构件的基部钉钉到螺柱的第二表面而附接到螺柱的第一端。 第二构件的突出部被钉在地板上,使得螺柱以布置形式刚性地附接到地板以形成弧的一部分。 然后将柔性墙板连接到螺柱以形成弯曲的壁。
    • 4. 发明授权
    • Frame brace
    • 框架大括号
    • US5454203A
    • 1995-10-03
    • US248607
    • 1994-05-25
    • Arthur R. Turner
    • Arthur R. Turner
    • E04B2/70E04C3/02E04C3/04E04C3/07E04C3/292
    • E04B2/706E04C3/07E04C3/292E04B2001/2696E04C2003/026E04C2003/0421E04C2003/0434E04C2003/046
    • The present invention comprises a metal brace consisting of a strip of sheet metal the side portions of which are doubled over or bent through about 180 degrees, so that the strip, or at least a nailing flange of the strip, is of double thickness sheet metal. In this way the raw edges of the strip are safely displaced from the sides of the brace. Moreover, it has been found that it is much easier to drive a nail through two superimposed thicknesses of sheet metal than to drive it through a single piece of sheet metal of double the thickness. Therefore the bracing strip according to the invention made of light gauge sheet metal may have high strength in compression, but be easier to nail, without preformed nail holes, than a conventional bracing strip. An alternative embodiment may have formed in it a plurality of access locations to use as nail holes. The portion of the strip which is of double thickness and the access locations (if present) are flattened such that they do not have an overall thickness which is substantially equal to twice the thickness of the sheet metal.
    • 本发明包括金属支架,金属支架由金属片条组成,其侧面部分被加倍或弯曲大约180度,使得带材或至少一个钉带的凸缘具有双层厚度的金属板 。 以这种方式,条的原始边缘从支架的侧面安全地移位。 此外,已经发现,通过两个叠加的金属板厚度驱动钉比将其驱动通过厚度为双倍的单片金属片要容易得多。 因此,根据本发明的由轻量板金属制成的支撑带可以具有高的压缩强度,但是比传统的支撑带更容易钉住,没有预成型的钉孔。 一个替代实施例可以在其中形成用作钉孔的多个访问位置。 条带的双重厚度部分和进入位置(如果存在)被平坦化,使得它们的总厚度基本上不等于金属片的厚度的两倍。
    • 5. 发明授权
    • Structural utility strap carton and dispenser
    • 结构实用带纸箱和分配器
    • US5284247A
    • 1994-02-08
    • US891665
    • 1992-05-29
    • Arthur R. Turner
    • Arthur R. Turner
    • B65D83/08B65D85/671B65D85/66
    • B65D83/0805B65D85/671
    • A length of galvanized steel structural utility strap, normally 18- to 20-gauge thickness, is shaped in a continuous coil and placed inside a dispensing carton. A length of the utility strap is dispensed from an end wall of the container, from the outer portion of the coil, after which the dispensed strap can be cut off to a desired length. The dispensing carton can contain large centrally located holes on opposite front and rear faces of the carton for use in carrying the carton and the heavy coiled utility strapping material contained within. A measuring gauge located on one or more end walls of the carton is used in measuring preselected lengths of strapping material, which are dispensed and then cut to a preselected length.
    • 通常为18至20度厚度的镀锌钢结构实用带的长度成形为连续的线圈并放置在分配纸盒内。 实用带的长度从容器的端壁从线圈的外部分配出来,之后分配的带可被切断到期望的长度。 分配纸盒可以在纸箱的相对的前后表面上容纳大的位于中心的孔,用于携带纸箱和包含在其中的重卷曲的公用包装材料。 位于纸箱的一个或多个端壁上的测量计用于测量预选的捆扎材料的长度,其被分配,然后切割成预选长度。
    • 9. 发明授权
    • Bracing element
    • 支撑元素
    • US4503652A
    • 1985-03-12
    • US417181
    • 1982-09-13
    • Arthur R. Turner
    • Arthur R. Turner
    • E04C3/02E04C3/292
    • E04C3/02E04C2003/026
    • A bracing element comprises a pair of metal members 1A' and 1A" which have respective cross-sectional shapes which approximate one another and which enable one member 1A' to be retained and accommodated in a slidable nested relationship with the other member 1A" so that relative movement of the members 1A' and 1A" can telescope the members so as to extend the overall length of the bracing element. In another embodiment the inner of the two members has part of its cross-sectional shape compressed so that the compressed portion can be slidably accommodated within the uncompressed cross-sectional shape of the outer of the two members.
    • 支撑元件包括一对金属构件1A'和1A“,它们各自具有彼此近似的横截面形状,并且使一个构件1A'能够以与另一个构件1A”'滑动嵌套的关系保持和容纳 使得构件1A'和1A“的相对运动可以使构件望远镜以便延伸支撑构件的整个长度。 在另一个实施例中,两个构件的内部具有被压缩的部分横截面形状,使得压缩部分可以可滑动地容纳在两个构件外部的未压缩横截面形状中。