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    • 32. 发明公开
    • Modular refrigeration system for refrigeration appliance
    • ModulareKälteanlagefürKühlgeräte
    • EP1371922A3
    • 2004-09-22
    • EP03013182.5
    • 2003-06-12
    • TECUMSEH PRODUCTS COMPANY
    • Morse, Robert L.
    • F25D11/00F25D19/00F25D21/14F25D23/00
    • F25D21/14F25D17/062F25D19/00F25D23/006F25D2317/0655
    • A modular refrigeration system (22) having an evaporator (36), a condenser (34), a compressor (38), and expansion device (39) fluidly connected by a plurality of conduits (46). The modular refrigeration system (22) includes an integral base plate (32) to which the evaporator (36), condenser (34), expansion device (39), and compressor (38) are mounted. A compressor mount (54) is formed in the base plate (32) and includes at least one integrally formed stud (58) extending from the base plate (32). The compressor (38) has at least one mounting flange (60) in which the stud (58) is received. A fastener (62) is affixed to the stud to secure the compressor (38) to the base plate (32). A drain pan (64) is formed in the base plate (32) beneath the compressor (38) to collect condensate. A drain basin (68) is located beneath the evaporator (36) and is fluidly connected to the drain pan (64) via a trough (70). Condensate from the evaporator (36) drains to the drain pan (64) where it is evaporated.
    • 具有通过多个导管(46)流体连接的蒸发器(36),冷凝器(34),压缩机(38)和膨胀装置(39)的模块化制冷系统(22)。 模块化制冷系统(22)包括一体的基板(32),蒸发器(36),冷凝器(34),膨胀装置(39)和压缩机(38)安装到该基板上。 压缩机座(54)形成在基板(32)中,并且包括从基板(32)延伸的至少一个一体形成的螺柱(58)。 压缩机(38)具有至少一个安装凸缘(60),螺柱(58)被容纳在其中。 紧固件(62)固定到螺柱上以将压缩机(38)固定到基板(32)上。 排水盘(64)形成在压缩机(38)下方的基板(32)中以收集冷凝物。 排水盆(68)位于蒸发器(36)的下方,并通过槽(70)与排水盘(64)流体连接。 来自蒸发器(36)的冷凝物排放到排放盘(64),在其中蒸发。
    • 33. 发明公开
    • Hydrostatic transaxle having axial piston motor
    • 具有轴向柱塞马达的静液压驱动桥
    • EP1442913A2
    • 2004-08-04
    • EP04010626.2
    • 2000-02-04
    • TECUMSEH PRODUCTS COMPANY
    • Jolliff, Norman E.Ruebusch, Richard T.Dowen, Gordon C.Twaddle, Gary T.
    • B60K17/10F16H39/14
    • B60K17/105B60Y2200/223F16H39/14
    • A modular hydrostatic transaxle (8) includes an axle module (12) removably connected to a hydrostatic transmission module (10). The axle module includes a differential connected to a reduction gear train and disposed in an axle casing (18). A pair of axles (20, 22) are connected to the differential and supported within the axle casing. The hydrostatic transmission module (10) comprises a transmission casing (78) separate from the axle casing (18) and hydraulically connected pump (169) and motor (138) disposed in the transmission casing. The motor output connection includes a shaft (26) piloted to an input drive (32) of the reduction gear train, which constitutes the alignment mechanism of the transmission and axle modules. The pump and motor cylinder barrels (116, 140) are hydraulically connected through the pump and motor block (90) at 90 °orientation, and a portion of the pump and motor block forms an inclined surface (184) which supports a face of a thrust bearing (186). At least one homogeneous low friction bearing strip (216) is confined between the swash plate (130) and the interior portion of the casing. A disconnect mechanism (30) includes a spring (212) that urges a sleeve to engage the output and input shafts. The brake disc (64) is disposed on a distal end of the output shaft and a brake cover (74) is fastened to the outer portion of the axle casing and substantially encloses the brake disc.
    • 模块化静液压驱动桥(8)包括可拆卸地连接到静液压传动模块(10)的轴模块(12)。 轴模块包括连接到减速齿轮系并且布置在车轴壳体(18)中的差速器。 一对轴(20,22)连接到差速器并且支撑在轴壳内。 静液压变速器模块(10)包括与车桥壳体(18)分离的变速器壳体(78)以及设置在变速器壳体中的液压连接的泵(169)和马达(138)。 马达输出连接包括被引导到减速齿轮系的输入驱动器(32)的轴(26),该减速齿轮系构成变速器模块和轴模块的对准机构。 泵和马达缸筒(116,140)通过泵和马达块(90)以90°取向液压连接,并且泵和马达块的一部分形成倾斜表面(184),该倾斜表面支撑 止推轴承(186)。 至少一个均匀的低摩擦支承条(216)被限制在斜盘(130)和壳体的内部之间。 断开机构(30)包括弹簧(212),其推动套筒以接合输出轴和输入轴。 制动盘(64)设置在输出轴的远端上,并且制动器盖(74)紧固到轴壳的外部并基本上包围制动盘。
    • 34. 发明公开
    • Hydrostatic transaxle having axial piston motor and method for manufacturing transaxles
    • Hydrostatische Treibachsvorrichtung mit einem Axialkolbenmotor und HerstellungsverfahrenfürTreibachsvorrichtungen
    • EP1442912A2
    • 2004-08-04
    • EP04010625.4
    • 2000-02-04
    • TECUMSEH PRODUCTS COMPANY
    • Jolliff, Norman E.Ruebusch, Richard T.Dowen, Gordon C.Twaddle, Gary T.
    • B60K17/10F16H39/14
    • B60K17/105B60Y2200/223F16H39/14
    • A modular hydrostatic transaxle (8) includes an axle module (12) removably connected to a hydrostatic transmission module (10). The axle module includes a differential connected to a reduction gear train and disposed in an axle casing (18). A pair of axles (20, 22) are connected to the differential and supported within the axle casing. The hydrostatic transmission module (10) comprises a transmission casing (78) separate from the axle casing (18) and hydraulically connected pump (169) and motor (138) disposed in the transmission casing. The motor output connection includes a shaft (26) piloted to an input drive (32) of the reduction gear train, which constitutes the alignment mechanism of the transmission and axle modules. The pump and motor cylinder barrels (116, 140) are hydraulically connected through the pump and motor block (90) at 90°orientation, and a portion of the pump and motor block forms an inclined surface (184) which supports a face of a thrust bearing (186). At least one homogeneous low friction bearing strip (216) is confined between the swash plate (130) and the interior portion of the casing. A disconnect mechanism (30) includes a spring (212) that urges a sleeve to engage the output and input shafts. The brake disc (64) is disposed on a distal end of the output shaft and a brake cover (74) is fastened to the outer portion of the axle casing and substantially encloses the brake disc.
    • 模块化静液驱动桥(8)包括可拆卸地连接到静液压传动模块(10)的轴模块(12)。 轴模块包括连接到减速齿轮系并设置在轴壳体(18)中的差速器。 一对轴(20,22)连接到差速器并支撑在轴套内。 静液压传动模块(10)包括与轴套(18)分离的变速器壳体(78)和设置在变速器壳体中的液压连接的泵(169)和马达(138)。 电动机输出连接包括被引导到减速齿轮系的输入驱动器(32)的轴(26),其构成变速器和车轴模块的对准机构。 泵和马达缸筒(116,140)通过泵和马达块(90)在90度方向上液压连接,并且泵和马达块的一部分形成倾斜表面(184),该倾斜表面支撑 推力轴承(186)。 至少一个均匀的低摩擦轴承条(216)被限制在旋转斜盘(130)和壳体的内部之间。 断开机构(30)包括弹簧(212),该弹簧推动套筒接合输出轴和输入轴。 制动盘(64)设置在输出轴的远端,制动器盖(74)紧固到车轴壳体的外部并且基本上包围制动盘。
    • 35. 发明公开
    • Emissions control system for small internal combustion engines
    • Schadstoffregelungfürkleine Verbrennungsmotoren
    • EP1400686A1
    • 2004-03-24
    • EP03020249.3
    • 2003-09-08
    • TECUMSEH PRODUCTS COMPANY
    • Rado, Gordon E.Brower, David R.Stenz, Dennis N.
    • F02M37/00F02M25/08
    • F02M37/0023F02B63/02F02B75/16F02B2075/1808F02M17/34F02M17/48F02M25/0836F02M37/007
    • An evaporative emissions control system (30a, 30b) for small internal combustion engines (32) includes a control valve (66a, 66b) associated with a fuel line (62) and with a vent line (64) which each connect the fuel tank (54) to the carburetor (34). When the engine is not running, the control valve automatically closes the vent line and the fuel line, thereby trapping fuel vapors within the fuel tank and vent line and preventing the supply of liquid fuel to the carburetor. Upon engine start up, actuation of a bail assembly (39) or vacuum produced within the carburetor causes the control valve to open the vent line and the fuel line, venting fuel vapors from the fuel tank through the vent line to the carburetor for consumption by the engine, and opening the supply of liquid fuel from the fuel tank through the fuel line to the carburetor. Also, the present evaporative emissions control system may be used in conjunction with one or more fuel tank sealing and venting assemblies (100a, 100b), which prevent the escape of fuel vapors from the fuel tank into the atmosphere, yet which allow fluid exchange in a closed manner between the fuel tank and carburetor.
    • 用于小型内燃机(32)的蒸发排放控制系统(30a,30b)包括与燃料管线(62)相关联的控制阀(66a,66b)和排气管线(64),每个连接燃料箱 54)到化油器(34)。 当发动机不运行时,控制阀自动关闭排气管线和燃油管路,从而将燃料蒸气捕获在燃料箱和通风管道内,并防止向化油器供应液体燃料。 在发动机启动时,吊环组件(39)的致动或在化油器内产生的真空使得控制阀打开排气管线和燃油管路,将燃料蒸汽从燃料箱排出通过排气管路进入化油器以供消耗 发动机,并且通过燃料管路将液体燃料从燃料箱供给到化油器。 此外,本蒸发排放控制系统可以与一个或多个燃料箱密封和排气组件(100a,100b)一起使用,这些组件防止燃料蒸汽从燃料箱逸出到大气中,但这允许流体在 在燃料箱和化油器之间封闭的方式。
    • 36. 发明公开
    • Piezoelectric valve actuation
    • PiezoelektrischeVentilbetätigung
    • EP1375846A1
    • 2004-01-02
    • EP03013798.8
    • 2003-06-18
    • TECUMSEH PRODUCTS COMPANY
    • Gatecliff, George W.Brower, Daid R.Rado, Gordon E.Novak, Keith A.
    • F01L9/04H01L41/09F16K31/00
    • F01L9/04F01L2009/0413F01L2101/00F01L2101/02F16K31/005
    • A piezoelectric valve actuation system for an internal combustion engine (10) includes a piezoelectric driver (40, 65, 85) in the form of a pre-stressed wafer or strip including a layer (43) of piezoceramic material such as lead zirconate titanate (PZT). The driver (40, 65, 85) has a central portion which includes an aperture (44) for direct engagement with a valve stem (32) so that the valve (30) is moved between open and closed positions directly by the piezoelectric driver. The piezoelectric driver (40, 65, 85) can have end portions (42) which attach to the engine cylinder head (12) proximate the valve location. The piezoelectric actuator (40, 65, 85) is driven by an electronic control module (ECM) (50) providing electrical signals to control valve operation based various engine parameters along with user input.
    • 用于内燃机(10)的压电阀致动系统包括预应力晶片或带状形式的压电驱动器(40,65,85),其包括诸如锆钛酸铅的压电陶瓷材料层(43) PZT)。 驱动器(40,65,85)具有中心部分,其包括用于与阀杆(32)直接接合的孔(44),使得阀(30)直接由压电驱动器在打开位置和闭合位置之间移动。 压电驱动器(40,65,85)可以具有靠近阀位置附接到发动机气缸盖(12)的端部(42)。 压电致动器(40,65,85)由电子控制模块(ECM)(50)驱动,提供电信号以根据各种发动机参数连同用户输入来控制阀操作。
    • 40. 发明公开
    • Hydraulic lifter assembly
    • HydraulischeStösseleinheit
    • EP1223310A1
    • 2002-07-17
    • EP02000684.7
    • 2002-01-11
    • TECUMSEH PRODUCTS COMPANY
    • Mason, John R.Koblic, David A.Janeczko, Jason
    • F01L1/14
    • F01L1/255F01L1/146F01L1/183F01L1/245
    • A lifter assembly (40a) for an internal combustion engine (10), including an elongate sleeve (46) having an upper radial wall portion (48) provided with oil feed (60) and oil bleed (62) holes therethrough, through which oil respectively enters and exits the lifter assembly. An elongate, hollow lifter body (68) is reciprocatingly disposed within the sleeve, the lifter body being closed at one end (70) thereof. A plunger (72) is reciprocatingly disposed within the lifter body and has an internal cavity (74), a low pressure oil reservoir (76) at least partially defined by the plunger internal cavity, the low pressure oil reservoir in at least periodic fluid communication with the oil feed hole, whereby oil from the oil feed hole is received into the low pressure oil reservoir. A high pressure oil reservoir (78) is at least partially defined by the plunger and the lifter body closed end, and is in one-way fluid communication with the low pressure oil reservoir, whereby oil is received into the high pressure reservoir from the low pressure oil reservoir. A cap (100) is reciprocatingly disposed within the sleeve and engaged with the plunger. First (110) and second (112) seals are located between an outer circumferential surface of the lifter body and an outer circumferential surface of the cap, respectively, and an inner circumferential surface of the sleeve, the seals respectively located between the oil feed hole and one end (52) of the sleeve, and the oil bleed hole and the other end (54) of the sleeve, whereby oil is precluded from exiting the lifter assembly through the ends of the sleeve.
    • 一种用于内燃机(10)的升降机组件(40a),其包括具有设置有进油口(60)的上部径向壁部分(48)和通过其的排油孔(62)的细长套筒(46) 分别进出升降组件。 一个细长的中空升降机体(68)往复地设置在套筒内,升降机主体在其一端(70)处封闭。 柱塞(72)往复地设置在升降机体内,并具有内腔(74),至少部分地由柱塞内腔限定的低压储油器(76),至少周期性流体连通中的低压储油器 具有供油孔,由此来自供油孔的油被接收到低压油箱中。 高压储油器(78)至少部分地由柱塞和升降器主体封闭端限定,并且与低压储油器单向流体连通,由此油从低压储罐 压力油藏。 盖(100)往复地布置在套筒内并与柱塞接合。 第一(110)和第二(112)密封件分别位于提升机体的外周表面和盖的外周表面之间,以及套筒的内周表面,分别位于供油孔 和套筒的一端(52),以及排油孔和套筒的另一端(54),由此油不能通过套筒的端部离开升降机组件。