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    • 2. 发明授权
    • Variable cam phaser and method of assembly
    • 可变凸轮移相器和组装方法
    • US5588404A
    • 1996-12-31
    • US353776
    • 1994-12-12
    • Thomas H. LichtiDaniel R. CuattMark A. ShostRonald A. WaydelisMichael J. Fox
    • Thomas H. LichtiDaniel R. CuattMark A. ShostRonald A. WaydelisMichael J. Fox
    • F01L1/344
    • F01L1/34406Y10T29/49231Y10T29/49826Y10T74/2102
    • A variable cam phaser has drive and driven members connected by helical splines of an annular phase control piston and a lash control piston, axial motion of which varies the angular phase relation between the drive and driven members. A single wave spring received in a groove in one of the pistons biases them apart to take up lash in the splines. A return spring biases the phase control piston to an initial phase setting. Pre-timing of the members is provided for by a driven (or drive) member comprising two components, a hub flange that supports the other member and a splined hub carried by and initially rotatable on a tubular protrusion of the hub flange. After assembly of the phasing mechanism, the hub is rotated on the hub flange to pre-time the initial phasing of the members. An end of the tubular protrusion is then deformed into a flange engaging an annular shoulder on the hub to lock the hub and hub flange members together and maintain the pre-timing. An annular cover is then installed and retained by a retaining ring to close a hydraulic pressure chamber and help support the members. Upon assembly to a camshaft, a center bolt clamps the cover, hub and hub flange to the camshaft and relieves the locking means from operational torque loads.
    • 可变凸轮移相器具有通过环形相位控制活塞的螺旋花键和间隙控制活塞连接的驱动和驱动构件,其轴向运动改变了驱动构件和被驱动构件之间的角度相位关系。 接收在其中一个活塞中的凹槽中的单波形弹簧将它们分开偏压以在花键中卷起睫毛。 复位弹簧将相位控制活塞偏置到初始相位设置。 构件的预定时由包括两个部件的驱动(或驱动)构件提供,支撑另一个构件的轮毂凸缘和由轮毂凸缘的管状突起承载并最初可旋转的花键毂。 在相位机构的组装之后,轮毂在轮毂凸缘上旋转以预先准备构件的初始定相。 然后,管状突起的端部变形成与轮毂上的环形肩部接合的凸缘,以将轮毂和轮毂凸缘构件锁定在一起并保持预定时。 然后通过保持环安装并保持环形盖以关闭液压室并帮助支撑构件。 在组装到凸轮轴上时,中心螺栓将盖,轮毂和轮毂凸缘夹紧到凸轮轴,并且使锁定装置免于操作扭矩负载。
    • 3. 发明授权
    • Planar sensor and a method for measuring the temperature of same
    • 平面传感器和测量温度的方法
    • US07279133B2
    • 2007-10-09
    • US10029049
    • 2001-12-20
    • David K. ChenDavid P. WallaceDa Yu WangWalter T. SymonsPaul C. KikuchiYingjie LinLora ThrunMark A. ShostJoseph G. Ralph
    • David K. ChenDavid P. WallaceDa Yu WangWalter T. SymonsPaul C. KikuchiYingjie LinLora ThrunMark A. ShostJoseph G. Ralph
    • B32B5/02B32B27/12B32B27/04G01N27/00G01N27/26
    • G01K7/223G01N27/419Y10T436/207497
    • In a planar oxygen sensor having a pump cell, a reference cell, a sensor chamber and a heating device, a ground plane electrode is provided and includes a sensing portion having a first sense lead and a second sense lead and a measuring portion having a first measuring lead and a second measuring lead, wherein the first measuring lead and the second measuring lead have increased surface area relative to said sensing portion such that the resistance between the first measuring lead and the second measuring lead is reduced and wherein the first measuring lead is disposed so as to be communicated with the first sense lead and the second measuring lead is disposed so as to be communicated with the second sense lead. Also, in a planar oxygen sensor having a pump cell, a reference cell, a sensor chamber, a heating device and a ground plane electrode that includes a sensing portion having a first sense lead and a second sense lead and a measuring portion having a first measuring lead and a second measuring lead, a method for measuring the temperature of the planar oxygen sensor is provided and includes obtaining a temperature measurement device, communicating the temperature measurement device with the first measuring lead and the second measuring lead, operating the planar oxygen sensor so as to cause the heating device to heat the planar oxygen sensor, and measuring the resistance between the first measuring lead and the second measuring lead.
    • 在具有泵电池,参考电池,传感器室和加热装置的平面氧传感器中,提供接地平面电极,并且包括具有第一感测引线和第二感测引线的感测部分和具有第一 测量引线和第二测量引线,其中所述第一测量引线和所述第二测量引线相对于所述感测部分具有增加的表面积,使得所述第一测量引线和所述第二测量引线之间的电阻减小,并且其中所述第一测量引线为 被布置成与第一感测引线连通,并且第二测量引线被设置成与第二感测引线连通。 此外,在具有泵电池,参考电池,传感器室,加热装置和接地平面电极的平面氧传感器中,包括具有第一感测引线和第二感测引线的感测部分和具有第一感测引线的测量部分 测量引线和第二测量引线,提供了一种用于测量平面氧传感器的温度的方法,包括获得温度测量装置,将温度测量装置与第一测量引线和第二测量引线连通,操作平面氧传感器 以使加热装置加热平面氧传感器,并测量第一测量引线和第二测量引线之间的电阻。
    • 7. 发明申请
    • Selective NOx catalytic reduction system including an ammonia sensor
    • 选择性NOx催化还原系统包括氨传感器
    • US20090133383A1
    • 2009-05-28
    • US11998073
    • 2007-11-28
    • Mark A. Shost
    • Mark A. Shost
    • F01N3/20
    • F01N3/2066F01N13/0093F01N13/0097F01N2560/021F01N2610/02Y02T10/24
    • An improved SCR system for controlling NOx levels in internal combustion engine exhaust, comprising a least one ammonia sensor disposed at an intermediate longitudinal location in an SCR catalyst and in communication with a System Control Module (SCM). The ammonia measurement permits calculation of ammonia storage on catalyst sites via a stored SCM algorithm. Locating the ammonia sensor midway in the catalyst allows for optimum control of NOx reduction and permits the portion of the catalyst downstream of the sensor to be treated as a slip catalyst, thus minimizing or eliminating the need for a second slip catalyst and housing, and reducing the size, volume, complexity, and cost of an SCR system. In-brick ammonia sensor permits the system to manage engine exhaust to a desired NOx conversion level and ammonia slip target value, thus minimizing the rate of consumption of ammonia while meeting required limits for NOx emissions.
    • 一种用于控制内燃机排气中的NOx水平的改进​​的SCR系统,包括设置在SCR催化剂中的中间纵向位置并与系统控制模块(SCM)通信的至少一个氨传感器。 氨测量允许通过存储的SCM算法计算催化剂位点上的氨储存。 在催化剂中途定位氨传感器可以最大程度地控制NOx还原,并允许将传感器下游的催化剂部分作为滑动催化剂进行处理,从而最大限度地减少或消除了对第二滑移催化剂和壳体的需求,并减少 SCR系统的尺寸,体积,复杂性和成本。 砖内氨传感器允许系统将发动机排气管理到所需的NOx转化水平和氨滑移目标值,从而使氨的消耗速率最小化,同时满足NOx排放的要求限制。