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    • 1. 发明申请
    • Scraper Blade
    • 刮刀
    • US20090320299A1
    • 2009-12-31
    • US12492792
    • 2009-06-26
    • Justin KuhnBrad AllenRyan Campbell
    • Justin KuhnBrad AllenRyan Campbell
    • B26D1/06B26D7/26B26B7/00
    • B28D1/183B08B1/00B08B1/008B23D79/06B44D3/164
    • A scraper blade preferably configured for use with a reciprocating saw. The blade has a first end comprising a mounting structure, and a second end with a cutting edge. The second end is coupled with and spaced apart from the first end. Preferably, the first end is configured to be mounted in a reciprocating saw chuck and the first and second ends are integral. Further, the first and second ends are preferably manufactured from heat treated steel comprising between approximately 0.45 to 1.05% carbon and between approximately 0.3 to 1.0% manganese. Preferably, the steel has a yield tensile strength of between approximately 150,000 to 250,000 pounds per square inch, a modulus of elasticity of between approximately 20,000 to 40,000 kilopounds per square inch, and a hardness on the Rockwell C scale of between approximately 30 to 60.
    • 优选地构造成与往复锯一起使用的刮刀。 刀片具有包括安装结构的第一端和具有切削刃的第二端。 第二端与第一端连接并间隔开。 优选地,第一端构造成安装在往复式锯夹头中,并且第一和第二端是一体的。 此外,第一端和第二端优选由包含约0.45至1.05%的碳和约0.3至1.0%的锰之间的热处理钢制成。 优选地,钢的屈服拉伸强度在约150,000至250,000磅/平方英寸之间,弹性模量在约20,000至40,000千磅/平方英寸之间,以及洛氏C尺度上的硬度在约30至60之间。
    • 7. 发明授权
    • Reversible life raft system
    • 可逆救生筏系统
    • US08382541B1
    • 2013-02-26
    • US12932206
    • 2011-02-18
    • Ryan Campbell
    • Ryan Campbell
    • B63B35/58
    • B63C9/04
    • An upper smart arch extends upwardly from an inflatable upper tube and a lower smart arch extends downwardly from a lower inflatable. An orientation sensing transfer valve is located at each interface of the upper smart arch and upper tube and a lower orientation sensing transfer valve is located at each interface between the lower smart arch and the lower tube. Deployment of the upper smart arch along with an upper canopy will be deployed with the opening of the upper orientation sensing transfer valve and the lower smart arch and a lower canopy will not be deployed since the lower orientation sensing transfer valve remains closed.
    • 上部智能拱形件从可膨胀的上部管道向上延伸,而较低的智能拱门从下部可充气式向下延伸。 定向感应转换阀位于上智能拱顶和上管的每个界面处,下方向感应转换阀位于下智能拱和下管之间的每个界面处。 上部智能拱门与上部冠层的部署将随着上部定向传感阀和下部智能拱门的打开而部署,而下部定向传感阀保持闭合,则不会部署下部罩盖。