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
    • 1. 发明申请
    • Oil sensor placement structure in engine
    • 发动机油传感器放置结构
    • US20100059011A1
    • 2010-03-11
    • US12314331
    • 2007-04-11
    • Yoshiaki KoyamaHideo UeshimaYusuke Endo
    • Yoshiaki KoyamaHideo UeshimaYusuke Endo
    • F02B75/06F01M1/02
    • F01M11/12F02B75/06
    • In an engine, an oil level sensor (47) provided in a bottom part of an oil pan (15) storing engine oil so as to stand vertically upright is placed between a mutually parallel pair of balancer shafts (27, 28) housed in a balancer housing (21) provided between a lower face of a cylinder block and the oil pan (15). This not only enables the oil level sensor (47) to be placed compactly by utilizing effectively dead space formed between the pair of balancer shafts (27, 28), but also enables agitation of engine oil to be suppressed by the pair of balancer shafts (27, 28) and any degradation in detection precision due to engine oil splashing over the oil level sensor (47) to be prevented.
    • 在发动机中,设置在油盘(15)的底部的油位传感器(47)设置在彼此平行的一对平衡轴(27,28)之间,平衡轴 设置在气缸体的下表面和油盘(15)之间的平衡器壳体(21)。 这不仅能够通过有效地利用一对平衡轴(27,28)之间形成的空隙来紧凑地设置油位传感器(47),而且还能够使由一对平衡轴(6)抑制的发动机油的搅拌 并且由于发动机油溅射在油位传感器(47)上而导致的检测精度的任何劣化被防止。
    • 2. 发明授权
    • Oil sensor placement structure in engine
    • 发动机油传感器放置结构
    • US07931004B2
    • 2011-04-26
    • US12314331
    • 2007-04-11
    • Yoshiaki KoyamaHideo UeshimaYusuke Endo
    • Yoshiaki KoyamaHideo UeshimaYusuke Endo
    • F01M11/10F02B75/06
    • F01M11/12F02B75/06
    • In an engine, an oil level sensor (47) provided in a bottom part of an oil pan (15) storing engine oil so as to stand vertically upright is placed between a mutually parallel pair of balancer shafts (27, 28) housed in a balancer housing (21) provided between a lower face of a cylinder block and the oil pan (15). This not only enables the oil level sensor (47) to be placed compactly by utilizing effectively dead space formed between the pair of balancer shafts (27, 28), but also enables agitation of engine oil to be suppressed by the pair of balancer shafts (27, 28) and any degradation in detection precision due to engine oil splashing over the oil level sensor (47) to be prevented.
    • 在发动机中,设置在油盘(15)的底部的油位传感器(47)设置在彼此平行的一对平衡轴(27,28)之间,平衡轴 设置在气缸体的下表面和油盘(15)之间的平衡器壳体(21)。 这不仅能够通过有效地利用一对平衡轴(27,28)之间形成的空隙来紧凑地设置油位传感器(47),而且还能够使由一对平衡轴(6)抑制的发动机油的搅拌 并且由于发动机油溅射在油位传感器(47)上而导致的检测精度的任何劣化被防止。
    • 4. 发明申请
    • Engine
    • 发动机
    • US20080173275A1
    • 2008-07-24
    • US12009178
    • 2008-01-17
    • Yoshiaki Koyama
    • Yoshiaki Koyama
    • F01M1/02F16F15/26F01M1/08
    • F16H7/08F01M1/08F16H2007/0812
    • A tensioner for applying tension to a balancer drive chain is mounted in a balancer housing which accommodates balancer shafts. Oil is supplied from a reservoir chamber to the tensioner. An oil jet member for lubricating the balancer drive chain is mounted at a position downstream in an oil flow direction from the reservoir chamber. Therefore, while enabling foreign matter contained in the oil to be discharged from the oil jet member without being accumulated within the tensioner, a predetermined pressure can be maintained in the reservoir chamber by a resistance to the flow of oil passing through the oil jet member. Also, a constriction is provided between the reservoir chamber and the oil jet member. Therefore, it is difficult for the oil to flow out of the reservoir chamber even after stoppage of an engine, thereby supplying the oil to the tensioner upon the next start of the engine without delay. Thus, it is possible to prevent the foreign matter from entering the tensioner for the balancer drive chain.
    • 用于向平衡器驱动链施加张力的张紧器安装在平衡器壳体中,该平衡器壳体容纳平衡器轴。 油从储存室供应到张紧器。 用于润滑平衡器驱动链的喷油构件安装在从储存室沿油流方向下游的位置处。 因此,能够使容纳在油中的异物从喷油部件排出而不会积聚在张紧器内,因此能够通过耐油流动部件的油的流动来保持储存室中的规定的压力。 此外,在储存室和喷油构件之间提供收缩。 因此,即使在发动机停止之后,油也难以从储存室流出,从而在发动机的下一次启动时将油直接供给张紧器。 因此,可以防止异物进入平衡器驱动链的张紧器。
    • 8. 发明授权
    • Cover member to engines
    • 封面成员引擎
    • US08770169B2
    • 2014-07-08
    • US12677244
    • 2008-08-22
    • Yoshiaki Koyama
    • Yoshiaki Koyama
    • F02B77/13F02B77/11
    • F02B77/13F02B67/06F02F7/0073
    • Provided is a cover member (7) such as chain cover member for engines, configured to reduce significantly its own vibrations and noises generated or transmitted therefrom compared to other conventional cover members. On its central portion, the cover member (7) of the present invention is provided with circular compartments (17) each defined by a concave surface facing outward and a convex surface facing inward. At least, the concave surfaces facing outward jointly define a continuous curved surface. Therefore, the flat surfaces (flat portions) on the cover member (7) decrease, thereby reducing sound emission, and thus noises from the cover member (7). In addition, when the cover member (7) of the present invention has at least three circular compartments (17), in each three circular compartments (17) adjoining to each other, the three circular compartments (17) are arranged in a triangular pattern, and each one of them circumscribe the other two circular compartments (17). Therefore, the at least three circular compartments (17) can be arranged in the densest pattern on the cover member (7), and thus flat portions (18) each surrounded by three circular compartments (17) can be minimized, thereby reducing sound emission from the cover member (7).
    • 提供了一种诸如用于发动机的链盖构件的盖构件(7),其被配置成与其他常规盖构件相比显着地减小其自身的振动和产生或传递的噪声。 本发明的盖部件(7)在其中心部分设置有圆形隔室(17),每个圆形隔室(17)由面向外的凹面和向内的凸面形成。 至少,面向外的凹面表示连续的曲面。 因此,盖构件(7)上的平面(平坦部)减小,从而减少声发射,从而降低盖构件(7)的噪声。 此外,当本发明的盖构件(7)具有至少三个圆形隔室(17)时,在彼此相邻的每个三个圆形隔室(17)中,三个圆形隔室(17)被布置成三角形图案 ,并且它们中的每一个围绕另外两个圆形隔室(17)。 因此,至少三个圆形隔室(17)可以以最密集的图案布置在盖构件(7)上,因此可以使由三个圆形隔室(17)围绕的平坦部分(18)最小化,从而减少声音发射 从盖构件(7)。
    • 9. 发明授权
    • Engine
    • 发动机
    • US07882819B2
    • 2011-02-08
    • US12009178
    • 2008-01-17
    • Yoshiaki Koyama
    • Yoshiaki Koyama
    • F01M1/02F01M9/10F01M11/02
    • F16H7/08F01M1/08F16H2007/0812
    • A tensioner for applying tension to a balancer drive chain is mounted in a balancer housing which accommodates balancer shafts. Oil is supplied from a reservoir chamber to the tensioner. An oil jet member for lubricating the balancer drive chain is mounted at a position downstream in an oil flow direction from the reservoir chamber. Therefore, while enabling foreign matter contained in the oil to be discharged from the oil jet member without being accumulated within the tensioner, a predetermined pressure can be maintained in the reservoir chamber by a resistance to the flow of oil passing through the oil jet member. Also, a constriction is provided between the reservoir chamber and the oil jet member. Therefore, it is difficult for the oil to flow out of the reservoir chamber even after stoppage of an engine, thereby supplying the oil to the tensioner upon the next start of the engine without delay. Thus, it is possible to prevent the foreign matter from entering the tensioner for the balancer drive chain.
    • 用于向平衡器驱动链施加张力的张紧器安装在平衡器壳体中,该平衡器壳体容纳平衡器轴。 油从储存室供应到张紧器。 用于润滑平衡器驱动链的喷油构件安装在从储存室沿油流方向下游的位置处。 因此,能够使容纳在油中的异物从喷油构件排出而不会积聚在张紧器内,因此能够通过对通过喷油构件的油流的阻力来保持储存室中的预定压力。 此外,在储存室和喷油构件之间提供收缩。 因此,即使在发动机停止之后,油也难以从储存室流出,从而在发动机的下一次启动时将油直接供给到张紧器。 因此,可以防止异物进入平衡器驱动链的张紧器。
    • 10. 发明申请
    • COVER MEMBER TO ENGINES
    • 盖会员到发动机
    • US20100192902A1
    • 2010-08-05
    • US12677244
    • 2008-08-22
    • Yoshiaki Koyama
    • Yoshiaki Koyama
    • F02B77/00
    • F02B77/13F02B67/06F02F7/0073
    • Provided is a cover member (7) such as chain cover member for engines, configured to reduce significantly its own vibrations and noises generated or transmitted therefrom compared to other conventional cover members. On its central portion, the cover member (7) of the present invention is provided with circular compartments (17) each defined by a concave surface facing outward and a convex surface facing inward. At least, the concave surfaces facing outward jointly define a continuous curved surface. Therefore, the flat surfaces (flat portions) on the cover member (7) decrease, thereby reducing sound emission, and thus noises from the cover member (7). In addition, when the cover member (7) of the present invention has at least three circular compartments (17), in each three circular compartments (17) adjoining to each other, the three circular compartments (17) are arranged in a triangular pattern, and each one of them circumscribe the other two circular compartments (17). Therefore, the at least three circular compartments (17) can be arranged in the densest pattern on the cover member (7), and thus flat portions (18) each surrounded by three circular compartments (17) can be minimized, thereby reducing sound emission from the cover member (7).
    • 提供了一种诸如用于发动机的链盖构件的盖构件(7),其被配置成与其他常规盖构件相比显着地减小其自身的振动和产生或传递的噪声。 本发明的盖部件(7)在其中心部分设置有圆形隔室(17),每个圆形隔室(17)由面向外的凹面和向内的凸面形成。 至少,面向外的凹面表示连续的曲面。 因此,盖构件(7)上的平面(平坦部)减小,从而减少声发射,从而降低盖构件(7)的噪声。 此外,当本发明的盖构件(7)具有至少三个圆形隔室(17)时,在彼此相邻的每个三个圆形隔室(17)中,三个圆形隔室(17)被布置成三角形图案 ,并且它们中的每一个围绕另外两个圆形隔室(17)。 因此,至少三个圆形隔室(17)可以以最密集的图案布置在盖构件(7)上,因此可以使由三个圆形隔室(17)围绕的平坦部分(18)最小化,从而减少声音发射 从盖构件(7)。