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    • 1. 发明专利
    • Oscillating swash plate type compressor
    • 振荡式滑板式压缩机
    • JP2006220001A
    • 2006-08-24
    • JP2005031455
    • 2005-02-08
    • Denso CorpNippon Soken Inc株式会社デンソー株式会社日本自動車部品総合研究所
    • TAKAHASHI TAKUDOMATSUDA MIKIOKAWANO SHIGERU
    • F04B27/08F04B39/00
    • PROBLEM TO BE SOLVED: To provide an oscillating swash plate type compressor capable of suppressing vibration noise. SOLUTION: This oscillating swash plate type compressor comprises: cylinder bores 103 juxtaposed on the circumference around a centerline L 0 of a drive shaft 106; pistons 112 capable of reciprocating in cylinder bores 103; turning members 108 rotated together with the drive shaft 106 and having inclined faces 108a inclined to L 0 ; oscillating members 110 oscillated while slidingly contacting the inclined faces 108a; rotation regulating oscillation supporting members 114 regulating rotation of the oscillating members 110 around L 0 ; and connection members 113 which have first spherical joints 1 connected with the pitons 112 and reciprocated on the centerlines of the cylinder bores 103 and second spherical joints 2 connected with the oscillating members 110 and arranged on the circumference around L 0 at the both ends. Straight lines connecting the centers of the first spherical joints 1 and the centers of the second spherical joints 2 are circumferentially inclined to parallel lines which pass through the centers of the first spherical joints 1 and are parallel with L 0 . COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种能够抑制振动噪声的摆动斜盘式压缩机。 解决方案:该摆动斜盘式压缩机包括:围绕驱动轴106的中心线L 0 的圆周并排的气缸孔103; 活塞112能够在气缸孔103中往复运动; 转动构件108与驱动轴106一起旋转并且具有倾斜于L 0 的倾斜面108a; 摆动构件110在滑动地接触倾斜面108a的同时摆动; 旋转调节振动支撑构件114调节摆动构件110在L 0周围的旋转; 以及连接构件113,其具有与脚112连接的第一球形接头1,并且在圆筒孔103的中心线和第二球形接头2上往复运动,第二球形接头2与摆动构件110连接并布置在围绕L 0 在两端。 连接第一球面接头1的中心和第二球形接头2的中心的直线沿着平行线周向倾斜,平行线穿过第一球形接头1的中心并且平行于L 0 。 版权所有(C)2006,JPO&NCIPI
    • 4. 发明专利
    • Swash plate type variable displacement compressor
    • 洗板式可变位移压缩机
    • JP2003083244A
    • 2003-03-19
    • JP2001270919
    • 2001-09-06
    • Denso CorpNippon Soken Inc株式会社デンソー株式会社日本自動車部品総合研究所
    • MATSUDA MIKIOUEDA MOTOHIKO
    • F04B49/00F04B27/14F04B27/18
    • F04B27/1804F04B2027/1854F04B2201/1202
    • PROBLEM TO BE SOLVED: To realize a low cost by simplifying a displacement control valve in a swash plate type variable displacement compressor in the form of varying a delivery displacement by varying a pressure in a swash plate chamber. SOLUTION: In the swash plate type variable displacement compressor, a part of fluid pressurized in a delivery chamber 28 is fed to the swash plate chamber 23 to impart a back pressure to a piston 7 and the back pressure is varied using the displacement control valve 29. A closing valve such as a two-way solenoid valve is merely used as the displacement control valve 29. If this closing valve is duty-controlled, a displacement of the compressor can be continuously varied. This compressor is used as a coolant compressor for a vehicle air conditioner and if it is constituted such that a displacement of the compressor is varied at least corresponding to an operation state of a vehicle or an engine by detecting torque of the compressor and interlocking a control device or the compressor with a control device for the vehicle or the engine, drivability of the vehicle air conditioner and a fuel consumption rate of the engine can be enhanced.
    • 要解决的问题:通过简化旋转斜盘式可变排量压缩机中​​的位移控制阀来实现低成本,其形式是通过改变斜盘室中的压力来改变输送位移。 解决方案:在斜盘式可变排量压缩机中​​,在输送室28中加压的流体的一部分被供给到斜盘室23,以向活塞7施加背压,并且使用排量控制阀29改变背压 仅使用诸如双向电磁阀的关闭阀作为位移控制阀29.如果该关闭阀是负责控制的,则可以连续地改变压缩机的位移。 该压缩机用作车辆空调的冷却剂压缩机,如果通过检测压缩机的扭矩并使控制器的互锁将压缩机的排量至少对应于车辆或发动机的运转状态变化, 可以提高具有用于车辆或发动机的控制装置,车辆空调的驾驶性能和发动机的燃料消耗率的装置或压缩机。
    • 10. 发明专利
    • Fluid machine
    • 流体机
    • JP2006070871A
    • 2006-03-16
    • JP2004258334
    • 2004-09-06
    • Denso CorpNippon Soken Inc株式会社デンソー株式会社日本自動車部品総合研究所
    • HOTTA TADASHIMATSUDA MIKIOOGAWA HIROSHIIWANAMI SHIGEKIASA HIROTOMOTAKEUCHI YASUHIRO
    • F04C18/02F01C1/02F01C21/04F04B39/02F04C29/02
    • PROBLEM TO BE SOLVED: To prevent drop of expansion efficiency at a time of expansion operation when an oil separator is mounted on a compression and expansion machine. SOLUTION: The compression and expansion machine 10 blows out compressed refrigerant to a separation chamber 14 from a high presser chamber 111 with a restrictor 113 in operation of a compressor mode, and centrifugally separate oil 100 mixed in refrigerant by swirl flow around a pipe 116 and stores the same in an oil reservoir chamber 117. An oil return valve 200 is provided between a bottom part of the oil reservoir chamber and a return flow passage 300. The oil return valve has a structure to be opened by difference of viscosity of oil and refrigerant. Oil is returned to a low pressure side and is circulated in the compression and expansion machine when oil exists in the oil reservoir chamber in a compression mode and in early part of start of expansion mode. The oil return valve is closed to prevent bypass of high pressure refrigerant at a time of power recovery and energy recovery efficiency is increased when oil does not exist in expansion mode. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了防止在油分离器安装在压缩和膨胀机器上时膨胀操作时的膨胀效率降低。 解决方案:压缩和膨胀机10在压缩机模式下操作时,用限制器113将压缩的制冷剂从高压室111吹出到分离室14中,并通过绕流动的涡旋流离心地分离制冷剂中混合的油100 管116并将其储存在储油室117中。在油储存室的底部和回流通道300之间设置有止回阀200.回油阀具有通过粘度差打开的结构 的油和制冷剂。 油回到低压侧,并且在压缩模式和膨胀模式开始的早期阶段存在油储存器中的油时,在压缩和膨胀机中循环。 关闭回油阀,以防止在功率恢复时旁路高压制冷剂,并且在膨胀模式下不存在油时能量回收效率提高。 版权所有(C)2006,JPO&NCIPI