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. 发明授权
    • Backlash reducer for gear transmission system
    • 齿轮传动系统齿隙减速机
    • US4739670A
    • 1988-04-26
    • US872280
    • 1986-06-09
    • Takao TomitaNoriaki KawaiKatsura Shinoda
    • Takao TomitaNoriaki KawaiKatsura Shinoda
    • F16H55/18
    • F16H55/18Y10T74/19623Y10T74/19898
    • A backlash reducer for a gear transmission system comprises a main gear and an auxiliary gear which form one of a driving gear and a driven gear in mesh therewith of the gear transmission system. The main gear is mounted on a rotary shaft for rotation therewith, and the auxiliary gear is mounted on the rotary shaft for rotation relative thereto. A backlash reducing mechanism is operable in response to a centrifugal force due to rotation of the rotary shaft for angularly moving the main and auxiliary gears relative to each other to reduce a backlash between the driving and driven gears. The backlash reducer may further comprise a mechanism for restraining the backlash reducing action of the backlash reducing mechanism. Alternatively, the backlash reducer may comprise a first mechanism operable in response to the centrifugal force to move the auxiliary gear axially thereof and a second mechanism for converting the axial movement of the auxiliary gear to circumferential movement thereof.
    • 用于齿轮传动系统的齿隙减速器包括主齿轮和辅助齿轮,所述主齿轮和辅助齿轮形成与齿轮传动系统啮合的驱动齿轮和从动齿轮中的一个。 主齿轮安装在旋转轴上以与其一起旋转,辅助齿轮安装在旋转轴上以相对于其旋转。 齿隙减小机构响应于由于旋转轴的旋转而产生的离心力而可操作,用于相对于彼此角主动地移动主齿轮和辅助齿轮,以减少驱动齿轮与从动齿轮之间的间隙。 齿隙减速器还可以包括用于抑制齿隙减速机构的齿隙减小作用的机构。 或者,齿隙减速器可以包括可响应于离心力而使辅助齿轮沿轴向运动的第一机构和用于将辅助齿轮的轴向运动转换成其周向运动的第二机构。
    • 3. 发明授权
    • Vibration sound reducing device, and process for assembling elastic membrane in vibration sound reducing device
    • 振动减震装置,振动减震装置弹性膜组装工艺
    • US06763794B1
    • 2004-07-20
    • US09190235
    • 1998-11-13
    • Terukazu TorikaiKojiro KamataShinichi WatanabeMotoyuki SunaokaMasao SakashitaNoriaki Kawai
    • Terukazu TorikaiKojiro KamataShinichi WatanabeMotoyuki SunaokaMasao SakashitaNoriaki Kawai
    • F02B7506
    • F02B77/005F01P11/0209F01P11/0214F01P11/029F02B77/13F02B2075/1816
    • A through-bore is provided in an outer wall of a passage defining structure defining a liquid passage faced by at least a portion of a vibration generating section, and opens at its inner end into the liquid passage. A vibration absorbing device includes an occluding member mounted to the outer wall to occlude the through-bore, an elastic membrane with its one end facing the liquid passage and other end facing a space defined between the elastic membrane and the occluding member, and a retaining member mounted to the occluding member for retaining the elastic membrane between the retaining member and the occluding member. Thus, a variation in pressure of a liquid in the liquid passage which is induced by the vibration generated in the vibration generating section is absorbed by flexing of the elastic membrane, whereby an exciting force applied from the liquid to the passage defining structure is effectively reduced, and a vibration sound radiated from the passage defining structure is reduced. Moreover, it is possible to suppress the increase in weight of the passage defining structure due to the mounting of the vibration absorbing device to a small level to the utmost. In addition, it is possible to avoid reduction in the sealability due to the liquid pressure in the liquid passage or due to the deterioration of the elastic membrane, and the elastic membrane can be reliably retained between the occluding member and the retaining member to ensure a sufficient sealing.
    • 通孔设置在通道限定结构的外壁中,该通道限定结构限定了由振动产生部分的至少一部分面对的液体通道,并且其内端在液体通道中开口。 一种振动吸收装置,包括安装在外壁上以封闭通孔的阻塞构件,弹性膜,其一端面向液体通道,另一端面向限定在弹性膜与闭塞构件之间的空间, 安装到阻塞构件的构件,用于将弹性膜保持在保持构件和闭塞构件之间。 因此,由振动产生部产生的振动引起的液体通道中的液体的压力变化被弹性膜的挠曲吸收,由此从液体施加到通道限定结构的激励力被有效地减小 并且从通道限定结构辐射的振动声减少。 此外,由于将振动吸收装置最大限度地安装到一个较小的水平,所以可以抑制通道限定结构的重量的增加。 此外,可以避免由于液体通道中的液体压力或由于弹性膜的劣化导致的密封性的降低,并且弹性膜可以可靠地保持在阻塞构件和保持构件之间,以确保 充分密封。
    • 4. 发明授权
    • Piston for internal combustion engine
    • 内燃机活塞
    • US06345569B1
    • 2002-02-12
    • US09490150
    • 2000-01-24
    • Kazuhide TakeReiko HiraideNoriaki Kawai
    • Kazuhide TakeReiko HiraideNoriaki Kawai
    • F16J104
    • F16J1/02F02F3/022F16J1/04
    • An object of the present invention is to effectively achieve the reduction in piston slap sound in both of an expansion stroke and a compression stroke in consideration of a difference between the behaviors of a piston in the expansion stroke and the compression stroke. For this purpose, in a piston P having a skirt 12 formed into an intermediately bulged barrel type, the axis L2 of a piston pin is offset with respect to the cylinder axis L1, and the decrement in radius of a lower skirt portion 20 is set to be large on a thrust side and small in an anti-thrust side. In the expansion stroke, the piston is positively swung, while the skirt 12 is put into abutment against a wall surface of a cylinder bore, thereby reducing the piston slap sound.
    • 本发明的目的在于考虑到膨胀冲程中的活塞的行为与压缩行程之间的差异,有效地实现膨胀冲程和压缩冲程两者的活塞敲击声的减小。 为此,在具有形成为中间膨胀筒型的裙部12的活塞P中,活塞销的轴线L2相对于气缸轴线L1偏移,并且下裙部20的半径减小设定 在推力侧较大,在反推力侧较小。 在膨胀冲程中,活塞被积极地摆动,而裙部12被压靠在气缸孔的壁表面上,从而减小活塞敲击声。
    • 8. 发明申请
    • Machine provided with pulsating oil pressure reducing device
    • 机器配有脉动油减压装置
    • US20070227476A1
    • 2007-10-04
    • US11717176
    • 2007-03-13
    • Tatsunori TsurutaNoriaki KawaiChihiro NishikawaNobuharu Takahashi
    • Tatsunori TsurutaNoriaki KawaiChihiro NishikawaNobuharu Takahashi
    • F01M13/00F01M3/04F02B25/06F01M1/02
    • F01M1/16F01M11/02
    • A pulsating oil pressure reducing device 40 for an internal combustion engine has an oil chamber 41 for reducing pulsating oil pressure in a discharge passage 30 for carrying oil discharged from an oil pump 20. The oil chamber 41 communicates with the discharge passage 30 by way of a connecting port 41a1 and makes the oil stagnate therein. The oil chamber 41 is connected to the discharge passage 30 by an air vent passage 45 through which air is discharged from the oil chamber 41 into the discharge passage 30. The air vent passage 45 has an inlet port 45a opening into a top part 41a of the oil chamber 41 and a discharge port 45b opening into the oil passage 30 at a level above the inlet port 45a. Since the pulsating oil pressure reducing device 40 having the air vent passage separately from the connecting port, air can be efficiently discharged from the oil chamber and the degree of freedom of placement of the oil passage and the oil chamber is increased.
    • 用于内燃机的脉动油减压装置40具有油室41,用于减少用于承载从油泵20排出的油的排出通道30中的脉动油压。 油室41通过连接口41a1与排出通道30连通,并使油滞留在其中。 油室41通过排气通道45连接到排出通道30,空气从油室41排出到排放通道30中。 排气通道45具有通向油室41的顶部41a的入口45和在入口端口45a上方的通向油通道30的排出口45b。 由于具有与连接口分开的排气通道的脉动油减压装置40,因此能够从油室高效地排出空气,并且油路和油室的配置自由度增大。