会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 21. 发明申请
    • TURBOCHARGER
    • 涡轮增压器
    • US20110182717A1
    • 2011-07-28
    • US12295013
    • 2007-03-28
    • Timo TriesRalf BoeningDirk Frankenstein
    • Timo TriesRalf BoeningDirk Frankenstein
    • F04D29/56
    • F01D17/165F05D2220/40F05D2230/64F05D2250/182F05D2250/312F05D2260/50F05D2260/79
    • The invention relates to a turbocharger (1) with variable turbine geometry (VTG), comprising a multiplicity of guide blades (7). Each guide blade (7) has a blade lever (19, 19′), wherein the center plane (Em2) of an intermediate region (24; 24′) of the blade lever (19, 19′) is arranged so as to be offset axially along a blade shaft longitudinal axis (L) at a distance (a) from the center plane (Em1) of a first end region (20; 20′) of the blade lever (19, 19′) and of a second end region (23; 23′) of the blade lever (19, 19′), and wherein a recess (26; 26′) is arranged adjacent to the intermediate region (24; 24′) between the first end region (20; 20′) and the second end region (23; 23′).
    • 本发明涉及具有可变涡轮几何形状(VTG)的涡轮增压器(1),其包括多个导向叶片(7)。 每个引导刀片(7)具有刀片杆(19,19'),其中刀片杆(19,19')的中间区域(24; 24')的中心平面(Em2)被布置成 与叶片杆纵向轴线(L)轴距地偏离与叶片杆(19,19')的第一端部区域(20,20')的中心平面(Em1)的距离(a),第二端 所述刀片杆(19,19')的区域(23; 23'),并且其中在所述第一端部区域(20,20)之间邻近所述中间区域(24; 24')布置有凹部(26; 26' ')和第二端区域(23; 23')。
    • 23. 发明授权
    • Turbocharger
    • 涡轮增压器
    • US07008194B2
    • 2006-03-07
    • US10653436
    • 2003-09-02
    • Dirk Frankenstein
    • Dirk Frankenstein
    • F04B17/00F01D25/18
    • F01D25/183F05D2220/40F05D2260/6022F16J15/004
    • Turbocharger comprising a rotor shaft (5), a turbine housing (2), a compressor housing (3) connected to the turbine housing (2), and including at least one air supply channel (13′) for supplying air to be compressed and at least one discharge channel (11) for delivering compressed air. One end of the rotor shaft projects into the compressor housing and supports a compressor rotor (21). A bearing (12) in the region of the compressor rotor supports the rotor shaft, and forms a bearing gap. The bearing includes two seals (29,30) axially spaced from one another to seal the bearing gap and to leave an intermediate space (31) between them. A suction channel (33,34) is connected to a vacuum source and sucks gas out of this intermediate space.
    • 涡轮增压器包括转子轴(5),涡轮机壳体(2),连接到涡轮机壳体(2)的压缩机壳体(3),并且包括用于供应被压缩空气的至少一个供气通道(13') 至少一个用于输送压缩空气的排放通道(11)。 转子轴的一端突出到压缩机壳体中并支撑压缩机转子(21)。 压缩机转子区域中的轴承(12)支承转子轴,形成轴承间隙。 轴承包括彼此轴向间隔开的两个密封件(29,30),以密封轴承间隙并在它们之间留下一个中间空间(31)。 抽吸通道(33,34)连接到真空源并将气体从该中间空间吸出。
    • 28. 发明授权
    • Fluid flow engine and method of producing a guiding grid
    • 流体流动引擎及其制造方法
    • US07303370B2
    • 2007-12-04
    • US10974321
    • 2004-10-27
    • Dietmar MetzDirk FrankensteinRalf Boening
    • Dietmar MetzDirk FrankensteinRalf Boening
    • F01D17/12
    • F01D17/165F05D2220/40
    • A fluid flow engine comprises: a turbine housing including at least one supply channel for supplying a driving fluid; at least one turbine rotor rotatably supported in the turbine housing about an axis of rotation; and a guiding grid of variable turbine geometry radially outside and surrounding the turbine rotor. The guiding grid comprises a nozzle ring forming one end limitation of a vane space and a plurality of guiding vanes each being pivoted about a pivoting axis and being supported by the nozzle ring so as to supply an adjustable amount of fluid from the supply channel to the turbine rotor. At least one spacer is connected to the nozzle ring for securing an axial distance for enabling the vanes to wove freely. The spacer includes at least one bolt or pin tat penetrates into the nozzle ring. This bolt or pin forms itself the spacer by inserting one end of it between the nozzle ring and a part in the turbine housing, while it is fixed to the axial distance of the vane space at the other end by a connection material which may be applied in molten condition, but is then temperature resistant.
    • 流体流动发动机包括:涡轮壳体,其包括用于供应驱动流体的至少一个供应通道; 至少一个涡轮机转子可旋转地支撑在涡轮机壳体中绕轴线旋转; 以及可变涡轮机几何形状的引导格栅,其径向地在涡轮机外侧并围绕涡轮转子 引导格栅包括形成叶片空间的一个端部限制的喷嘴环和多个导向叶片,每个导向叶片围绕枢转轴线枢转并且被喷嘴环支撑,以便将可调节量的流体从供应通道供应到 涡轮转子。 至少一个间隔件连接到喷嘴环,用于固定轴向距离以使得叶片能够自由地进行编织。 间隔件包括至少一个螺栓或针头贯穿喷嘴环。 该螺栓或销通过将其一端插入在喷嘴环和涡轮机壳体中的一部分之间而将其自身形成为间隔件,同时其通过可应用的连接材料固定在另一端的叶片空间的轴向距离 在熔融状态下,然后耐温。
    • 29. 发明申请
    • Fluid flow engine and method of producing a guiding grid
    • 流体流动引擎及其制造方法
    • US20050169748A1
    • 2005-08-04
    • US10974321
    • 2004-10-27
    • Dietmar MetzDirk FrankensteinRalf Boening
    • Dietmar MetzDirk FrankensteinRalf Boening
    • F02B37/24F01D17/16F04D15/00
    • F01D17/165F05D2220/40
    • A fluid flow engine comprises: a turbine housing including at least one supply channel for supplying a driving fluid; at least one turbine rotor rotatably supported in the turbine housing about an axis of rotation; and a guiding grid of variable turbine geometry radial outside and surrounding the turbine rotor. The guiding grid comprises a nozzle ring forming one end limitation of a vane space and a plurality of guiding vanes each being pivoted about a pivoting axis and being supported by the nozzle ring so as to supply an adjustable amount of fluid from the supply channel to the turbine rotor. At least one spacer is connected to the nozzle ring means for securing an axial distance for enabling the vanes to move freely. The spacer includes at least one bolt or pin that penetrating into the nozzle ring. This bolt or pin forms itself the spacer by inserting one end of it between said nozzle ring and a part in the turbine housing, while it is fixed to the axial distance of the vane space at the other end by means of a connection material which may be applied in molten condition, but is then temperature resistant.
    • 流体流动发动机包括:涡轮壳体,其包括用于供应驱动流体的至少一个供应通道; 至少一个涡轮机转子可旋转地支撑在涡轮机壳体中绕轴线旋转; 以及可变涡轮机几何形状的引导格栅,其径向外部并围绕涡轮转子。 引导格栅包括形成叶片空间的一个端部限制的喷嘴环和多个导向叶片,每个导向叶片围绕枢转轴线枢转并且被喷嘴环支撑,以便将可调节量的流体从供应通道供应到 涡轮转子。 至少一个间隔件连接到喷嘴环装置,用于固定轴向距离,以使叶片能够自由移动。 间隔件包括至少一个穿入喷嘴环的螺栓或销。 该螺栓或销通过将其一端插入在所述喷嘴环和涡轮机壳体中的一部分之间而将其自身形成为间隔件,同时通过连接材料将连接材料固定在另一端的叶片空间的轴向距离 应用于熔融状态,但耐温。