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    • 4. 发明授权
    • Torch ignitor
    • 火炬点火器
    • US4854857A
    • 1989-08-08
    • US275775
    • 1988-11-23
    • William H. Houtman
    • William H. Houtman
    • F23D14/20F23Q3/00
    • F23Q3/00F23D14/20
    • An electric spark type torch ignitor comprises an ignitor housing tube within which is disposed an electric ignitor. The ignitor housing tube has open forward and rear ends. The forward end is fitted to an annular shelter chamber within which the forward tip end of the electric ignitor is disposed. The electric ignitor is slid into the ignitor housing tube via the open rear end, and is located within the tube by means of several circumferentially spaced dimples that project inwardly from the wall of the tube, the electric ignitor having a shoulder that abuts these dimples. The dimples have inclined surfaces that act upon the shoulder in such a manner that the electric ignitor is centered within the tube so that an annular passageway is created around the electric ignitor within the tube. A resilient retaining spring clip acts to resiliently urge the electric ignitor forwardly within the ignitor housing tube thereby keeping the electric ignitor's shoulder against the dimples. Because the ignitor housing tube is located with respect to the shelter chamber, the tip of the electric ignitor is also located with respect to the shelter chamber. A combustible mixture is passed forwardly through the annular passage into the shelter chamber where it is ignited by a spark from the ignitor tip to create a flame that is emitted from the forward end of the torch ignitor.
    • 一种电火花式割炬点火器包括一个点火器外壳管,其中设置有一个电子点火器。 点火器收纳管具有敞开的前端和后端。 前端装配到环形防护罩室中,电动点火器的前尖端设置在该环形防护罩室内。 电触发器经由开放的后端滑入点火器容纳管中,并且通过几个周向间隔开的凹坑位于管内,该凹部从管的壁向内突出,电点火器具有邻接这些凹坑的肩部。 凹坑具有以这样的方式作用在肩上的倾斜表面,使得电点火器在管内居中,使得围绕管内的电触发器产生环形通道。 弹性保持弹簧夹用于将点火器向前弹性地推动在点火器壳体管内,从而将电触发器的肩部保持在凹坑上。 由于点火器收容管相对于收容室定位,电点火器的尖端也相对于收容室定位。 可燃混合物向前通过环形通道进入收容室,在那里它被来自点火器尖端的火花点燃,从而产生从火炬点火器的前端发射的火焰。
    • 5. 发明授权
    • Stirling engine heating system
    • 斯特林发动机加热系统
    • US4753072A
    • 1988-06-28
    • US13393
    • 1987-02-11
    • Lennart N. JohanssonWilliam H. HoutmanWorth H. Percival
    • Lennart N. JohanssonWilliam H. HoutmanWorth H. Percival
    • F02G1/055F02G1/04
    • F02G1/055F02G2244/10F02G2254/20F02G2270/50
    • A heating system for improving the efficiency of a hot gas engine comprises a "heat pipe" type evaporator and condenser configuration forming a closed system for a condensing medium, such as sodium. The sodium is heated in the evaporator and vaporized. It flows through a conduit to the condenser where it condenses onto tubes which carry the hot working as for the engine, thereby heating the working gas. The condensed liquid sodium flows back through the conduit into the evaporator where it is again vaporized. This is a continuous cycle whereby a thermal power flow from the evaporator to the condenser is continuously induced by the heating of the sodium in the evaporator. The condenser comprises an outer cylindrical walled tube surrounding tubes which carry the hot working gas. These latter tubes are S-shaped and arranged in a bundle. The evaporator comprises inner and outer shells cooperatively arranged to form an evaporating chamber space of upright annular cup-shape which contains a wicking material on the inner shell wall to enhance the spreading of the condensate for efficient evaporation. A further shell is nested within the inner shell to cooperatively define an annular cup-shape heating passage for heating the evaporating chamber space through the inner shell.
    • 用于提高热气发动机效率的加热系统包括形成冷凝介质(例如钠)的封闭系统的“热管”式蒸发器和冷凝器构造。 钠在蒸发器中加热并蒸发。 它通过导管流到冷凝器,在那里冷凝到管子上,这些管子对发动机进行热加工,从而加热工作气体。 冷凝的液态钠通过导管回流到蒸发器中,再次蒸发。 这是一个连续的循环,由蒸发器中的钠的加热连续地引起从蒸发器到冷凝器的热力流。 冷凝器包括一个围绕管子的外圆筒形管,它携带着热的工作气体。 这些后一个管是S形的并且被布置成束。 蒸发器包括内壳和外壳,其协同地布置成形成直立环形杯形状的蒸发室空间,其在内壳壁上包含芯吸材料,以增强冷凝物的扩散以实现有效蒸发。 另外的壳体嵌套在内壳内,以协同地限定一个环形杯形加热通道,用于通过内壳加热蒸发室空间。
    • 6. 发明授权
    • Stirling engine with swashplate actuator
    • 斯特林发动机与斜盘致动器
    • US06751955B1
    • 2004-06-22
    • US10393052
    • 2003-03-20
    • William H. Houtman
    • William H. Houtman
    • F01B2910
    • F02G1/044F01B3/02
    • A hydraulic actuator for a multicylinder Stirling engine provided to enable modulation of the displacement of the engine. The hydraulic actuator incorporates a rotary vane configuration which provides relative rotational adjustment between components of a swashplate assembly. The relative rotation provides adjustments to the angle formed by the swashplate relative to its angle of rotation, and thus varies the stroke of each piston connecting rod, which thereby modulates the swept volume of the respective piston within its cylinder bore.
    • 用于多缸斯特林发动机的液压致动器被设置成能够调节发动机的排量。 液压致动器包括旋转叶片构造,其在斜盘组件的部件之间提供相对旋转调节。 相对旋转提供对由斜盘相对于其旋转角度形成的角度的调节,并因此改变每个活塞连杆的冲程,从而调节相应活塞在其气缸孔内的扫掠体积。
    • 7. 发明授权
    • Fuel conditioner assembly
    • 燃油调节器总成
    • US4754741A
    • 1988-07-05
    • US8630
    • 1987-01-29
    • William H. Houtman
    • William H. Houtman
    • F02M31/125F02M37/00F02M31/00
    • F02M37/0029F02M31/125F02M37/0052F02D2200/0606Y02T10/126
    • A compact fuel conditioner assembly which performs fuel heating and pressure regulation functions in a circuit between a tank and a fuel injector. The assembly's body has two parallel bores arranged side by side. An electrically powered heater is disposed in one bore to heat fuel passing to the injector. The second bore is divided by a transverse wall which has a central hole. A thermal motor actuator is disposed in this second bore on one side of the transverse wall, and a spring-biased valve is disposed in the same bore on the opposite side of the transverse wall. The thermal motor actuator operates the spring-biased valve via a tubular element which passes through the hole in the transverse wall, and controls the recirculation of excess fuel returning from the injector. As the temperature of the fuel passing across the thermal motor actuator becomes relatively warmer, the thermal motor actuator acts to cause a decreasing proportion of the return fuel to recirculate directly to the heater and correspondingly an increasing proportion to recirculate back through the tank. The pressure regulator mounts in a sealed manner on the body's exterior.
    • 一种紧凑的燃料调节器组件,其在罐和燃料喷射器之间的电路中执行燃料加热和压力调节功能。 组件的主体具有并排布置的两个平行孔。 电动加热器设置在一个孔中以加热通过喷射器的燃料。 第二个孔被一个具有中心孔的横向壁分开。 热电动机致动器设置在横向壁的一侧上的该第二孔中,并且弹簧偏压阀设置在横向壁的相对侧上的同一孔中。 热电机致动器通过管状元件操作弹簧偏压阀,该管状元件穿过横向壁中的孔,并且控制从喷射器返回的多余燃料的再循环。 当通过热电动机致动器的燃料的温度变得相对较暖时,热电动机致动器用于使回流燃料的比例减少直接再循环到加热器,并相应地增加比例以再循环通过罐。 压力调节器以密封的方式安装在身体的外部。
    • 10. 发明授权
    • Solar energy diffuser
    • 太阳能扩散器
    • US5735262A
    • 1998-04-07
    • US685927
    • 1996-07-22
    • William H. Houtman
    • William H. Houtman
    • F24S20/20F24S23/70F24J2/46
    • F24J2/07F24J2/10F24J2002/003F24J2002/1014Y02E10/41
    • A diffuser to be used with a solar energy concentrator and a solar energy receiver to more uniformly distribute solar energy to the receiver and to reduce the amount of energy lost due to circulation of air into and out of the receiver. A portion of the solar energy passing through the energy diffusing cavities within the diffuser is reflected by the cavity walls and reoriented and diffused before being emitted to the receiver. The geometry of the energy diffusing cavities and the reflective characteristics of the cavity walls can be engineered to provide the desired degree of diffusional effect. The diffuser reduces the likelihood of inadvertent hot spots being formed, which allows the designed maximum receiver energy flux to be closer to the receiver tube material limits and allows for smaller, more compact, more efficient receivers. The diffuser also limits the circulation of air in the vicinity of the receiver tubes, which reduces energy losses and increases the overall efficiency of the system. These changes can substantially increase the overall efficiency of a solar powered electrical generation system incorporating the inventive diffuser.
    • 与太阳能集中器和太阳能接收器一起使用的扩散器,以将太阳能更均匀地分配到接收器并且减少由于空气进入和离开接收器的循环而损失的能量的量。 通过扩散器内的能量扩散腔的太阳能的一部分被空腔壁反射,并且在被发射到接收器之前被重新定向和扩散。 能量扩散腔的几何形状和空腔壁的反射特性可以被设计以提供期望的扩散效应。 扩散器减少了形成无意的热点的可能性,这允许设计的最大接收器能量通量更接近接收管材料限制,并允许更小,更紧凑,更有效的接收器。 扩散器还限制了接收管附近的空气循环,这降低了能量损失并提高了系统的整体效率。 这些变化可以显着提高并入本发明的扩散器的太阳能发电系统的整体效率。