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    • 1. 发明申请
    • ROTARY CATHETER FOR REMOVING OBSTRUCTIONS FROM BODILY VESSELS
    • 旋转导管,用于从机体上移除障碍物
    • WO2011139460A1
    • 2011-11-10
    • PCT/US2011/031197
    • 2011-04-05
    • SHIBER, Samuel
    • SHIBER, Samuel
    • A61B17/22
    • A61B17/22A61B17/320758A61B2017/00336A61B2017/00398A61B2017/00734A61B2017/22039A61B2017/22048A61B2017/22054A61B2017/22079A61B2017/320766A61B2090/3966
    • A motorized rotary catheter, for breaking down and aspirating an obstruction from within a bodily vessel comprising a flexible tube containing a motor-driven, flexible, hollow shaft that is rotatable and slidable over a guidewire; a distal portion of the shaft is made of a closely wound spiraled wire and a distal portion of that spiraled wire is extendable out of a distal end of the tube; a bit affixed to a distal end of the spiraled wire forms therewith a tip that has first and second opposing sides for impacting and breaking down the obstruction as the shaft rotates; the tip also has a base and an opposing crown that is offset away from a longitudinal axis of the shaft further than the base is, enlarging the area that the tip sweeps as it rotates; a distance between the sides being smaller than a distance between the crown and the base, enhancing the ability of the tip to pass thorugh tight spots along the vessel; as the tip rotates and the crown atraumatically slides against a wall of the vessel it displaces the distal end of the tip away from the wall to prevent the distal end of the tip from starting to tunnel through the obstruction too close to the wall.
    • 一种电动旋转导管,用于从体内容器中分解和吸入障碍物,其包括柔性管,所述柔性管包含可在导丝上旋转和滑动的电机驱动的柔性中空轴; 轴的远端部分由紧密缠绕的螺旋线制成,并且该螺旋线的远端部分可延伸出管的远端; 固定到螺旋形线的远端的一点与其形成具有第一和第二相对侧的尖端,用于当轴旋转时用于冲击和分解障碍物; 尖端还具有基座和相对的冠部,其远离基座的轴的纵向轴线偏移,从而扩大尖端在其旋转时扫掠的区域; 侧面之间的距离小于冠部和基部之间的距离,增强尖端沿着容器穿过紧密点的能力; 当尖端旋转并且冠部无损伤地滑动到容器的壁上时,它使尖端的远端远离壁移动,以防止尖端的远端开始穿过障碍物太靠近壁。
    • 3. 发明申请
    • COMBINED TRAY AND BOWL SYSTEM FOR FOOD PREPARATION SINK
    • 用于食品准备的组合托盘和碗系统
    • WO2010126952A1
    • 2010-11-04
    • PCT/US2010/032688
    • 2010-04-28
    • KOHLER CO.EILMUS, Niels, J.MILLER, Jason, R.
    • EILMUS, Niels, J.MILLER, Jason, R.
    • A47J47/00A47J47/20
    • A47J47/20A47J47/005
    • A food preparation system is disclosed. It has a sink (14) with an upper rim (18), a carry tray (12) slideable along the rim regardless of whether inverted or not, the carry tray having a carry cavity (30) on an upper side and a cutting board surface (36) on a bottom side, and at least one bowl (10) capable of being oriented in the carry cavity in either of two inverse orientations. The bowl has a first upward facing compartment (38) defining a first volume (40) for larger items, and a second downward facing compartment (44) defining a second volume for smaller items. The system provides, in a compact way, cutting board, carry tray, and customized bowl storage capability adjacent a food preparation sink. Specialized bowls for use therewith are also disclosed.
    • 公开了一种食物制备系统。 它具有一个具有上边缘(18)的凹槽(14),一个可沿着边缘滑动的托盘(12),而不管是否翻转,托盘具有在上侧的运送腔(30)和切板 在底侧上的表面(36)和至少一个碗(10),其能够以两个反向取向中的任一个取向在所述进位空腔中。 碗具有第一向上的隔室(38),其限定用于较大物品的第一容积(40)和限定较小物品的第二容积的第二朝下隔间(44)。 该系统以紧凑的方式提供切割板,携带托盘以及与食物准备槽相邻的定制的碗储存能力。 还公开了专门用于其的碗。
    • 5. 发明申请
    • BREATHER ASSEMBLY WITH STANDPIPE FOR AN INTERNAL COMBUSTION ENGINE
    • 用于内燃机发动机的呼吸器总成
    • WO2009151629A1
    • 2009-12-17
    • PCT/US2009/003534
    • 2009-06-12
    • KOHLER CO.ATKINSON, William, H.NELSON, Dean, M.
    • ATKINSON, William, H.NELSON, Dean, M.
    • F01M13/02F01M13/04
    • F01M13/022F01M13/04F01M2013/0438F01M2013/0444F02B75/007
    • Disclosed herein is a breather assembly for use in an internal combustion engine and a method of operating an internal combustion engine. In at least one embodiment, the breather assembly includes an input chamber for receiving blow-by gas, the input chamber bounded at least partially by a crankcase exterior, and a standpipe situated inside the input chamber for directing blow-by gas into the input chamber. Additionally, the breather assembly can include an input drainback passage situated inside the input chamber and an output chamber situated adjacent the input chamber, the chamber having an inner wall with a one-way valve that allows blow-by gas to flow from the input chamber to the output chamber. The breather assembly can also include an output drainback aperture situated in the inner wall and an output chamber housing that substantially encloses the output chamber and includes an exhaust port for exhausting blow-by gas.
    • 本文公开了一种用于内燃机的通气组件和操作内燃机的方法。 在至少一个实施例中,通气组件包括用于接收窜气的输入室,至少部分地由曲轴箱外部限定的输入室和位于输入室内部的竖管,用于将窜气引导到输入室 。 此外,呼吸器组件可以包括位于输入室内部的输入回流通道和位于输入室附近的输出腔,该腔室具有带有单向阀的内壁,该单向阀允许窜气从输入腔 到输出室。 通气组件还可以包括位于内壁中的输出排水孔和基本上包围输出室的输出室壳体,并且包括用于排出窜气的排气口。
    • 10. 发明申请
    • SYSTEM AND METHOD FOR INHIBITING VAPORIZATION FROM LIQUIDS
    • 从液体中抑制蒸发的系统和方法
    • WO2009105159A1
    • 2009-08-27
    • PCT/US2009/000746
    • 2009-02-06
    • KOHLER CO.SNYDER, Dale, D.VOGT, Nathan, R.HUDAK, Eric, B.
    • SNYDER, Dale, D.VOGT, Nathan, R.HUDAK, Eric, B.
    • B60K15/077
    • B60K15/077B60K15/03B60K2015/0772
    • A liquid tank (2) such as a liquid fuel tank, as well as a method of operating such a tank (2) and a structure (12) for implementation in such a tank, are disclosed. In at least one embodiment, the liquid tank (2) is a liquid fuel tank (2) that includes a housing (19) having an inner chamber capable of containing liquid fuel (16) as well as an air space (10) above an upper surface of the liquid fuel (6), and a floating member (12) included within the inner chamber (19), where the floating member (12) is configured to float proximate the upper surface (18) of the liquid fuel (9) when the liquid fuel (9) is present within the inner chamber. The floating member (11) includes at least one tapered surface, and the floating member covers a majority of the upper surface of the liquid fuel (9), whereby the liquid fuel (9) evaporates to a lesser degree than would occur if the floating member (12) was absent.
    • 公开了一种液体罐(2),例如液体燃料箱,以及用于操作这种罐(2)和在这种罐中实施的结构(12)的方法。 在至少一个实施例中,液体箱(2)是液体燃料箱(2),其包括具有能够容纳液体燃料(16)的内室的壳体(19)以及在其上方的空气空间(10) 液体燃料(6)的上表面和包括在内腔(19)内的浮动构件(12),其中浮动构件(12)构造成在液体燃料(9)的上表面(18)附近浮动 )当液体燃料(9)存在于内腔内时。 浮动构件(11)包括至少一个锥形表面,并且浮动构件覆盖液体燃料(9)的上表面的大部分,由此液体燃料(9)蒸发到比如果浮动 成员(12名)缺席。