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
    • 13. 发明授权
    • Vibration free container for transportation
    • 无振动的运输容器
    • US4877136A
    • 1989-10-31
    • US182706
    • 1988-04-18
    • Keiichiro MizunoKazuyoshi Iida
    • Keiichiro MizunoKazuyoshi Iida
    • B65D81/07
    • B65D81/07
    • A vibration free container for transportation comprises vibration isolating device which are arranged under the container and comprises a lower layer and an upper layer. The lower layer consists of at least two long laminated rubber bodies in the form of a parallelepiped extending in parallel with each other and upper layer consists of a plurality of column-shaped vibration isolators fixed between a bottom plate of the container and upper surfaces of the lamianted rubber bodies. Each of the laminated rubber bodies comprises rubber layers and metal plates alternately laminated. In another aspect the vibration free container comprises an outer casing and an inner casing received in the outer casing, and the vibration insulating device is interposed between the outer and inner casing to support the inner casing relative to the outer casing.
    • 用于运输的无振动容器包括布置在容器下方并包括下层和上层的防振装置。 下层由平行六面体形式的至少两层长的层叠橡胶体组成,并且上层由固定在容器的底板和容器的上表面之间的多个柱状隔振器 跛脚橡胶体。 每个层压橡胶体包括交替层压的橡胶层和金属板。 在另一方面,无振动容器包括容纳在外壳中的外壳和内壳,并且隔振装置插入在外壳和内壳之间,以相对于外壳支撑内壳。
    • 14. 发明授权
    • Device for controlling a propagation direction of noise
    • 用于控制噪声传播方向的装置
    • US4158401A
    • 1979-06-19
    • US703985
    • 1976-07-09
    • Masayasu MatsumotoKazuyoshi IidaYoshikazu KondoKeiichiro MizunoSadao NomotoNoriaki MurayamaKei WatanabeTomonori Katayama
    • Masayasu MatsumotoKazuyoshi IidaYoshikazu KondoKeiichiro MizunoSadao NomotoNoriaki MurayamaKei WatanabeTomonori Katayama
    • E01B2/00E01F8/00G10K11/175G10K11/00E04H17/00
    • E01B2/003E01F8/0076G10K11/175E01B19/003
    • A device for controlling a propagation direction of noise, which is preferably associated with a sound insulating wall to significantly improve its sound reducing effect of alleviating noise emitted from a noise source such as a railroad, highway and the like on which an electric car and automobiles run. The device comprises a hollow structural body composed of a plurality of elongated vertical hollow passages arranged at right angles to a substrate and spaced apart from each other by means of partition walls. The upper noise inlet side surface of the hollow passages face a propagation direction of noise emitted from the noise source and serve to refract and lag in phase the noise passed therethrough, thereby producing a sound reducing region located intermediate between a direct sound propagation and the refracted sound propagation. In one embodiment, a pair of hollow structural bodies are arranged in opposition to each other to form an arch type device. In another embodiment, the hollow structural body may be provided at its noise inlet or outlet side surface with an extension of the hollow passages.
    • 一种用于控制噪声传播方向的装置,其优选地与隔音壁相关联,以显着改善其减轻从诸如铁路,公路等的噪声源发出的噪声的声音降低效果,其中电动汽车和汽车 跑。 该装置包括中空结构体,该中空结构体由多个细长的垂直中空通道构成,该垂直中空通道以与基底成直角的方式布置并且通过分隔壁彼此间隔开。 中空通道的上部噪声入口侧表面面对从噪声源发出的噪声的传播方向,并且用于使通过的噪声相位折射和滞后,从而产生位于直接声音传播和折射之间的声音降低区域 声音传播。 在一个实施例中,一对中空结构体彼此相对布置以形成拱形装置。 在另一个实施例中,中空结构体可以设置在其噪声入口或出口侧表面,并具有中空通道的延伸部分。
    • 16. 发明申请
    • LOW-NOISE MACHINE PACKAGE
    • 低噪声机包装
    • US20080179135A1
    • 2008-07-31
    • US12023083
    • 2008-01-31
    • Toshiaki YABEKazuaki ShiinokiKazuyoshi IidaKoji Ikeda
    • Toshiaki YABEKazuaki ShiinokiKazuyoshi IidaKoji Ikeda
    • F01N1/10
    • F01N1/10F01N2590/00
    • A conventional machine package faces problems concerned with costs, weight, etc. and also a problem of antinomy that an attempt to enhance the noise reducing performance increases the airflow resistance and then deteriorates the cooling performance. Providing a sound absorbing structure with the heat radiation performance ensured within a practical range and then with considerably improved noise reducing effect achieves a low-noise machine package with a downsized casing and a reduced cooling fan power. There is provided a sound absorbing structure having a plurality of polyester fiber sound absorbing cylinders each formed into a circular-cylindrical shape, formed of a base material of polyester fiber whose surface is combined and covered with polymer nonwoven fabric of polyester fiber or the like, and arranged at a support member in at least either of a suction port and an exhaust port in such a manner that long axes of the sound absorbing cylinders intersect substantially perpendicularly with a flow direction of air flowing through the suction port or the exhaust port. This makes it possible to reduce noise while controlling the airflow resistance minimum, thus achieving downsizing of a cooling fan and reduction of a cooling fan power.
    • 常规的机器包装面临成本,重量等问题,并且还存在着提高降噪性能的尝试增加了气流阻力,从而降低冷却性能的问题。 提供具有散热性能的吸音结构,确保在实用范围内,然后显着改善降噪效果,实现了具有小型外壳的低噪声机器封装和降低的冷却风扇功率。 提供了一种吸音结构,其具有多个聚酯纤维吸音筒,每个聚酯纤维吸音筒形成圆筒形,由表面组合并被聚酯纤维等的聚合物无纺布覆盖的聚酯纤维的基材形成, 并且以这样的方式布置在吸入口和排气口中的至少一个中的支撑构件处,使得吸音缸的长轴与流过吸入口或排气口的空气的流动方向大致垂直地相交。 这使得可以在控制气流阻力最小的同时降低噪声,从而实现冷却风扇的小型化并降低冷却风扇功率。
    • 17. 发明授权
    • Noise reducing apparatus
    • 噪音降低装置
    • US5168130A
    • 1992-12-01
    • US376091
    • 1989-07-06
    • Hiroshi ShimaMasanori MuraseNaotaka TomitaKazuyoshi Iida
    • Hiroshi ShimaMasanori MuraseNaotaka TomitaKazuyoshi Iida
    • G01K11/16B64F1/26F01N1/06F02B77/13G10K11/175
    • G10K11/175
    • A noise reducing apparatus comprising a first passageway group consisting of a plurality of first passageways aligned in parallel with each other for forming a first flat wave A by sound waves having a first same phase passed through each first passageway from a sound source, and a second passageway group consisting of a plurality of second passageways aligned in parallel with each other for forming a second flat wave B by sound waves being a second same phase passed through each second passageway from the sound source, said first passageway group having positioned above said second passageway group, and the phase of said first flat wave being advanced by a phase difference of 240.degree..+-.60.degree. with respect to the phase of said second flat wave to thereby reduce noise emitted from the sound source by interference of the first and second flat waves A and B.
    • 一种降噪装置,包括由多个彼此平行排列的第一通道组成的第一通道组,用于通过具有从声源穿过每个第一通道的第一相位相位的声波形成第一平坦波A,以及第二通道 通道组由多个彼此平行排列的第二通道组成,用于通过声波形成第二平坦波B,声波是从声源穿过每个第二通道的第二相同相位,所述第一通道组位于所述第二通道 并且相对于所述第二平面波的相位,所述第一平坦波的相位相对于相位差240°+/- 60°前进,从而通过第一和第二平面波的干涉减少从声源发出的噪声 平波A和B