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    • 63. 发明授权
    • Throttle body having internally connected double pipe structure
    • 节气门体具有内部连接的双管结构
    • US07047935B2
    • 2006-05-23
    • US10901084
    • 2004-07-29
    • Tsuyoshi AraiNaoki HiraiwaHiroki Shimada
    • Tsuyoshi AraiNaoki HiraiwaHiroki Shimada
    • F02D9/08
    • F02D11/04F02D9/104F02D9/105F02D9/1055F02D9/106F02D9/107F02D2009/0254
    • A resinous throttle body has a bore wall part having a double pipe structure constructed with a bore inner pipe and a bore outer pipe that are connected with each other via an annular connecting part. The annular connecting part has axial board thickness set to be less than the minimum radial thickness of a portion of the bore inner pipe and a portion of the bore outer pipe that are located around the annular connecting part. Therefore, the annular connecting part can be formed to be in a thin-walled radially elongated plate shape. The annular connecting part has a radially cross-sectional length larger than its axial board thickness, so that rigidity and strength of the annular connecting part is decreased. Therefore, contraction of the bore outer pipe occurred in its molding process does not largely affect the bore inner pipe, so that a cylindrical-shaped inner periphery of the bore inner wall, which rotatably receives a disc-shaped throttle valve, can be restricted from being deformed.
    • 树脂节流阀体具有孔壁部分,其具有双孔管结构,该双层管结构通过孔内管和孔外管经由环形连接部彼此连接而构成。 环形连接部分的轴向板厚度被设定为小于孔内管的一部分的最小径向厚度和位于环形连接部分周围的孔外管的一部分。 因此,环形连接部可以形成为薄壁的径向细长的板状。 环形连接部分的径向截面长度大于其轴向板厚度,使得环形连接部件的刚性和强度降低。 因此,在其成型过程中发生的孔外管的收缩不会很大地影响孔内管,从而可以限制可旋转地容纳盘形节流阀的孔内壁的圆柱形内周边 变形
    • 65. 发明申请
    • Reduced wear throttle valve bearing
    • 减速机节流阀轴承
    • US20060048388A1
    • 2006-03-09
    • US11217476
    • 2005-09-02
    • Christian LorenzRoland ZoelchFrank Schonder
    • Christian LorenzRoland ZoelchFrank Schonder
    • B21K1/20
    • F02D9/106Y10T29/49298Y10T29/49307Y10T29/49314Y10T29/49412Y10T29/4998
    • A method for optimizing the friction, wear, and function of an injection-molded throttle valve unit, including a throttle valve housing and a throttle valve that can move in relation to it. The throttle valve housing is injection molded out of a first plastic material inside a first cavity, then transferred to a second cavity. Bearing bushes are inserted into the throttle valve housing to constitute a hard/hard friction pairing between the bearing bushes and the throttle valve housing; either the bearing bushes are inserted into the throttle valve housing in a non-rotating fashion and the valve shaft rotates in relation to the bearing bushes or the bearing bushes rotate in relation to the throttle valve housing. The bearing bushes are preferably manufactured out of a metallic material and remain dimensionally stable when subjected to the injection pressure.
    • 一种用于优化注塑节流阀单元的摩擦,磨损和功能的方法,包括可以相对于其移动的节流阀壳体和节流阀。 节流阀壳体由第一塑料材料注入模制在第一腔内,然后转移到第二腔。 轴承衬套插入节流阀壳体中,构成轴承衬套和节流阀壳体之间的硬/硬摩擦配对; 轴承衬套以非旋转方式插入节流阀壳体中,并且阀轴相对于轴承衬套旋转,或者轴承衬套相对于节流阀壳体旋转。 轴承衬套优选地由金属材料制成,并且当受到注射压力时保持尺寸稳定。
    • 67. 发明授权
    • Intake valve device
    • 进气阀装置
    • US06874466B2
    • 2005-04-05
    • US10844587
    • 2004-05-13
    • Yukihiro ShibataToru Sakurai
    • Yukihiro ShibataToru Sakurai
    • F02D9/10
    • F02D9/1005F02D9/106F02D9/1065
    • An intake valve device includes a throttle body defining a bore for the flow of intake air. A throttle shaft is rotatably mounted to the throttle body. A slit is formed in the throttle shaft in a diametrical direction and extends throughout the diameter of the throttle shaft. The slit has opposing end walls along the rotational axis of the throttle shaft. A throttle valve is inserted into the slit of the throttle shaft and fixed in position relative to the throttle shaft. Possible intake air leakage channels are defined between the outer periphery of the throttle valve and the end walls of the slit. At least one restriction portion is formed on the throttle valve so as to extend into at least one of the possible leakage channels in order to narrow the possible leakage channel and reduce or inhibit the leakage of intake air.
    • 进气门装置包括限定用于进气流动的孔的节气门体。 节气门轴可旋转地安装在节气门体上。 节流轴在直径方向上形成狭缝,并且在节流轴的直径上延伸。 狭缝沿着节流轴的旋转轴线具有相对的端壁。 节流阀插入节流阀的狭缝中并相对于节流轴固定在适当的位置。 可能的进气泄漏通道限定在节流阀的外周和狭缝的端壁之间。 至少一个限制部分形成在节流阀上,以便延伸到至少一个可能的泄漏通道中,以便缩小可能的泄漏通道并减少或抑制进气的泄漏。
    • 70. 发明申请
    • Throttle body having internally connected double pipe structure
    • 节气门体具有内部连接的双管结构
    • US20050022787A1
    • 2005-02-03
    • US10901084
    • 2004-07-29
    • Tsuyoshi AraiNaoki HiraiwaHiroki Shimada
    • Tsuyoshi AraiNaoki HiraiwaHiroki Shimada
    • B29C45/56F02D9/02F02D9/04F02D9/10F02D11/04F02D11/10F02M25/07F02D9/08
    • F02D11/04F02D9/104F02D9/105F02D9/1055F02D9/106F02D9/107F02D2009/0254
    • A resinous throttle body has a bore wall part having a double pipe structure constructed with a bore inner pipe and a bore outer pipe that are connected with each other via an annular connecting part. The annular connecting part has axial board thickness set to be less than the minimum radial thickness of a portion of the bore inner pipe and a portion of the bore outer pipe that are located around the annular connecting part. Therefore, the annular connecting part can be formed to be in a thin-walled radially elongated plate shape. The annular connecting part has a radially cross-sectional length larger than its axial board thickness, so that rigidity and strength of the annular connecting part is decreased. Therefore, contraction of the bore outer pipe occurred in its molding process does not largely affect the bore inner pipe, so that a cylindrical-shaped inner periphery of the bore inner wall, which rotatably receives a disc-shaped throttle valve, can be restricted from being deformed.
    • 树脂节流阀体具有孔壁部分,其具有双孔管结构,该双层管结构通过孔内管和孔外管经由环形连接部彼此连接而构成。 环形连接部分的轴向板厚度被设定为小于孔内管的一部分的最小径向厚度和位于环形连接部分周围的孔外管的一部分。 因此,环形连接部可以形成为薄壁的径向细长的板状。 环形连接部分的径向截面长度大于其轴向板厚度,使得环形连接部件的刚性和强度降低。 因此,在其成型过程中发生的孔外管的收缩不会很大地影响孔内管,从而可以限制可旋转地容纳盘形节流阀的孔内壁的圆柱形内周边 变形