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    • 4. 发明授权
    • Support structure for a portable air compressor
    • 便携式空气压缩机的支撑结构
    • US07686591B2
    • 2010-03-30
    • US11355377
    • 2006-02-16
    • Michael P. BaronMark DownesJohn E. Buck
    • Michael P. BaronMark DownesJohn E. Buck
    • F04B53/00
    • F04B35/06
    • A portable air compressor assembly includes a tubular frame having a pair of parallelogram shaped side sections. A support plate is connected between the side sections and horizontally positioned in a compressor normal operating position. A plurality of operating components connect to the support plate. A fluid pressure tank is supported perpendicular to the side sections and forward of the operating components. The frame envelopes the operating components' outer perimeter and angularly extends to a stop point rearward of the operating components. When tipped rearward to the stop point, the compressor assembly returns by gravity to the compressor normal operating position. An instrument and connector panel including an engine on/off switch is mounted in a protected position. Wheels and structural feet are removable and a handle is retractable and removable for shipping.
    • 便携式空气压缩机组件包括具有一对平行四边形形状的侧部的管状框架。 支撑板连接在侧部之间并且水平地定位在压缩机正常操作位置。 多个操作部件连接到支撑板。 流体压力罐垂直于侧部和操作部件的前方支撑。 框架包围操作部件的外周,并角度地延伸到操作部件后方的停止点。 当向后倾斜到停止点时,压缩机组件通过重力返回到压缩机正常操作位置。 包括发动机开/关开关的仪器和连接器面板安装在受保护的位置。 车轮和结构脚是可拆卸的,并且手柄可伸缩并可移动以用于运输。
    • 5. 发明授权
    • Support structure for a portable air compressor
    • 便携式空气压缩机的支撑结构
    • US07029240B2
    • 2006-04-18
    • US10392567
    • 2003-03-20
    • Michael P. BaronMark DownesJohn E. Buck
    • Michael P. BaronMark DownesJohn E. Buck
    • F04B53/00
    • F04B35/06
    • A portable air compressor assembly includes a tubular frame having a pair of parallelogram shaped side sections. A support plate is connected between the side sections and horizontally positioned in a compressor normal operating position. A plurality of operating components connect to the support plate. A fluid pressure tank is supported perpendicular to the side sections and forward of the operating components. The frame envelopes the operating components' outer perimeter and angularly extends to a stop point rearward of the operating components. When tipped rearward to the stop point, the compressor assembly returns by gravity to the compressor normal operating position. An instrument and connector panel including an engine on/off switch is mounted in a protected position. Wheels and structural feet are removable and a handle is retractable and removable for shipping.
    • 便携式空气压缩机组件包括具有一对平行四边形形状的侧部的管状框架。 支撑板连接在侧部之间并且水平地定位在压缩机正常操作位置。 多个操作部件连接到支撑板。 流体压力罐垂直于侧部和操作部件的前方支撑。 框架包围操作部件的外周,并角度地延伸到操作部件后方的停止点。 当向后倾斜到停止点时,压缩机组件通过重力返回到压缩机正常操作位置。 包括发动机开/关开关的仪器和连接器面板安装在受保护的位置。 车轮和结构脚是可拆卸的,并且手柄可伸缩并可移动以用于运输。
    • 6. 发明授权
    • Depth adjusting device for a power tool
    • 电动工具深度调节装置
    • US07677425B2
    • 2010-03-16
    • US12061431
    • 2008-04-02
    • Lee Michael BrendelPaul G. GrossJames J. KennyLarry Eugene GregoryJohn E. Buck
    • Lee Michael BrendelPaul G. GrossJames J. KennyLarry Eugene GregoryJohn E. Buck
    • B25C1/04
    • B25C1/06B25C1/008
    • A fastening tool can include a housing and a motor assembly in the housing. The motor assembly can include an output member and a motor for translating the output member. A knob can be rotatably mounted in the housing around a first axis and define a plurality of locating formations arranged thereon. An adjustment rod can be operatively coupled for movement with the knob. A lower contact trip can be coupled to the adjustment rod. An indexing member can be movable along a second axis parallel to the first axis. The indexing member can be selectively biased into engagement with one of the locating formations upon rotation of the knob to resist rotation of the knob relative to the housing. Rotation of the knob can cause the contact trip to translate toward and away from the housing to define a desired penetration depth for the fastener.
    • 紧固工具可以包括壳体和壳体中的马达组件。 马达组件可以包括输出构件和用于平移输出构件的马达。 旋钮可以围绕第一轴线可旋转地安装在壳体中并且限定布置在其上的多个定位结构。 调节杆可以可操作地联接以与旋钮一起移动。 下接触跳闸可以联接到调节杆。 分度构件可以沿着平行于第一轴线的第二轴线移动。 当旋钮旋转时,分度构件可被选择性地偏置成与定位结构之一接合,以抵抗旋钮相对于壳体的旋转。 旋钮的旋转可导致接触跳闸朝向和远离壳体平移以限定紧固件的期望的穿透深度。