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    • 5. 发明公开
    • Coating of a swash plate bearing
    • Beschichtung einerSchrägscheibenlagerung
    • EP0926340A3
    • 2000-05-24
    • EP98124481.7
    • 1998-12-23
    • Kabushiki Kaisha Toyoda Jidoshokki Seisakusho
    • Kawaguchi, MasahiroMiura, ShintaroOkuno, TakuyaMizutani, HidekiTakenaka, KenjiSugiura, ManabuKayukawa, Hiroaki
    • F04B27/10
    • F04B27/1054F05C2201/0475F05C2201/049F05C2201/0493F05C2203/086F05C2253/12
    • A single-headed piston type swash-plate-operated refrigerant compressor is provided with a swash plate mounted on a rotatable drive shaft and having front and rear opposite surfaces, single headed pistons arranged on the rear side of the swash plate to reciprocate in respective cylinder bores, and front and rear shoes to be held in slide-contact with the peripheral parts of the front and rear surfaces of the swash plate to engage a tail end part of each of the single headed pistons with the swash plate in which the front and rear surfaces of the swash plate are provided with respective uppermost layers having physical surface properties different from one another. A front uppermost and a rear uppermost layer of the swash plate are formed of a sprayed coating of, for example, a copper-base material and the rear uppermost layer is coated by a solid lubricant layer containing a solid lubricant, such as molybdenum disulfide, at least in a part of the solid lubricant. The thickness of the solid lubricant layer is measured and controlled by using the surface of the front layer as a reference plane.
    • 单头活塞式斜盘式制冷剂压缩机设置有安装在可旋转驱动轴上并具有前后相对表面的斜盘,单头活塞布置在斜盘的后侧以在相应的气缸中往复运动 孔和前后鞋保持与斜盘前表面和后表面的周边部分滑动接触,以使每个单头活塞的尾端部分与斜盘接合,其中前, 旋转斜盘的后表面设置有具有彼此不同的物理表面性质的相应的最上层。 旋转斜盘的前部最上层和后部最上层由例如铜基材料的喷涂涂层形成,后部最上层由含有固体润滑剂(例如二硫化钼)的固体润滑剂层涂覆, 至少部分固体润滑剂。 通过使用前层的表面作为参考平面来测量和控制固体润滑剂层的厚度。
    • 6. 发明公开
    • Fluid friction vehicle heaters
    • ReibungswärmegeneratorfürKraftfahrzeuge
    • EP0862029A2
    • 1998-09-02
    • EP98103474.7
    • 1998-02-27
    • Kabushiki Kaisha Toyoda Jidoshokki Seisakusho
    • Moroi, TakahiroBan, TakashiHoshino, NobuakiOkada, MasahikoTakenaka, Kenji
    • F24J3/00
    • F24V40/00
    • A viscous fluid type heater includes a heating chamber (7) for holding viscous fluid and a rotor (14) located in the heating chamber (7). A holding chamber (19; 63) is located below the heating chamber (7) to communicate with the heating chamber (7). A plunger (35; 62), which is actuated by a solenoid (30; 50), is movable between a forward position for maximizing the volume of the holding chamber (19; 63) and a rearward position for minimizing the volume of the holding chamber (19; 63). When the plunger (35; 62) is at the forward position, viscous fluid is discharged from the heating chamber (7) to the holding chamber (19; 63). When the plunger (35; 62) is at the rearward position, viscous fluid is supplied from the holding chamber (19; 63) to the heating chamber (7). This allows the load of the heater to be removed or reinstated selectively. In an engine-driven vehicle, the engine (E) can thus started without being hindered by the heater.
    • 粘性流体型加热器包括用于保持粘性流体的加热室(7)和位于加热室(7)中的转子(14)。 保持室(19; 63)位于加热室(7)的下方,与加热室(7)连通。 由螺线管(30; 50)致动的柱塞(35; 62)能够在用于使保持室(19; 63)的体积最大化的向前位置和用于使保持室 室(19; 63)。 当柱塞(35; 62)处于向前位置时,粘性流体从加热室(7)排出到保持室(19; 63)。 当柱塞(35; 62)处于向后位置时,粘性流体从保持室(19; 63)供应到加热室(7)。 这允许选择性地去除或恢复加热器的负载。 在发动机驱动的车辆中,发动机(E)因此可以起动而不受加热器的阻碍。
    • 9. 发明公开
    • Lubricating mechanism for piston type compressor
    • SchmiervorrichtungfürKolbenverdichter
    • EP0738832A1
    • 1996-10-23
    • EP96106022.5
    • 1996-04-17
    • Kabushiki Kaisha Toyoda Jidoshokki Seisakusho
    • Hoshino, TatsuyukiTakenaka, Kenji
    • F04B27/10
    • F04B27/1081F04B27/109Y10T74/18336
    • A lubricating mechanism for a piston type compressor in a refrigeration system. A cam plate (27) is mounted on a drive shaft (16) for integral rotation therewith in a crank chamber (22), which is defined in a casing (11, 12, 13; 51, 52, 13). Pistons (20) are coupled to the cam plate (27) and reciprocate in cylinder bores (20) extending parallel to the drive shaft (16). Each piston (21) compresses refrigerant gas containing lubricating oil mist and discharges the compressed refrigerant gas from the compressor during rotation of the cam plate (27). The refrigerant gas is supplied into the crank chamber (22) and is circulated in the casing (11, 12, 13; 51, 52, 13). The lubricating oil is supplied to various moving parts from a location near the drive shaft (16). An oil pan (37; 53) is provided outside and to the side of the casing (11, 12, 13; 51, 52, 13) for collecting lubricating oil. A recovering passage (38; 57) connects the oil pan (37; 53) with the crank chamber (22) to convey the lubricating oil from the crank chamber (22) to the oil pan (37; 53) for collection. A guide passage (39; 54) guides the lubricating oil collected in the oil pan (37; 53) to the location near the drive shaft (16) using gravitational force. By mounting the oil pan (37; 53) on the side of the casing (11, 12, 13; 51, 52, 13), the oil pan (37; 53) collects relatively less liquefied refrigerant and more oil, and thus improves lubrication of the compressor.
    • 一种制冷系统中的活塞式压缩机的润滑机构。 凸轮板(27)安装在驱动轴(16)上,用于与壳体(11,12,13; 51,52,13)中限定的曲柄室(22)一体旋转。 活塞(20)联接到凸轮板(27)并且在平行于驱动轴(16)延伸的气缸孔(20)中往复运动。 每个活塞(21)压缩含有润滑油雾的制冷剂气体,并且在凸轮板(27)旋转期间从压缩机排出压缩的制冷剂气体。 制冷剂气体被供应到曲柄室(22)中并在壳体(11,12,13; 51,52,13)中循环。 润滑油从靠近驱动轴(16)的位置供应到各种运动部件。 油箱(37; 53)设置在用于收集润滑油的壳体(11,12,13; 51,52,13)的外侧和侧面。 回收通道(38; 57)将油盘(37; 53)与曲柄室(22)连接,以将润滑油从曲柄室(22)输送到油底壳(37; 53)以进行收集。 引导通道(39; 54)使用重力将收集在油盘(37; 53)中的润滑油引导到驱动轴(16)附近的位置。 通过将油盘(37; 53)安装在壳体(11,12,13; 51,52,13)侧,油盘(37; 53)收集相对较少的液化制冷剂和更多的油,从而改善 压缩机润滑。