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公开(公告)号：US5855260A
公开(公告)日：1999-01-05
申请号：US768017
申请日：1996-12-13
Applicant: Sheldon Rubin
Inventor： Sheldon Rubin
Abstract: Broadband particulate absorbers include a suspended container for containing particulate beads that absorb vibration energy over a broad bandwidth so reduce coupled vibrations of mechanical systems over the broad bandwidth. The absorbers preferably include two opposing aluminum containers for containing particulate teflon beads. The aluminum containers are suspended and separated by aluminum I-beams attached to stringers of a rocket subjected during lift off to atmospheric pressure vibrations exerted on the vehicular skin coupling vibration through the stringers to trusses supporting sensitive inertial navigation payloads. The absorbers can be finely tuned using variably thick mass or various amounts of beads for reducing peak vibrations coupled into the payloads.
Abstract translation: 宽带颗粒吸收剂包括用于容纳在宽带宽上吸收振动能量的微粒珠的悬浮容器，从而减少机械系统在宽带宽上的耦合振动。 吸收体优选包括两个相对的铝容器，用于容纳微粒聚四氟乙烯微珠。 铝制容器被悬挂和分离，铝I型梁连接到在提升期间经受的火箭的桁条上，施加在车辆皮肤上的大气压力振动，通过桁条将振动耦合到支撑敏感惯性导航有效载荷的桁架。 可以使用可变厚的质量或各种量的珠来精细地调节吸收体，以减少耦合到有效载荷中的峰值振动。
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公开(公告)号：US5775049A
公开(公告)日：1998-07-07
申请号：US662167
申请日：1996-06-12
Applicant: J. Robert Fricke
Inventor： J. Robert Fricke
Abstract: The damped structural member includes a structural member and granular material in intimate contact with the member. In one embodiment the granular material is lightweight and has a bulk specific gravity of less than 1.5. When low weight is important, the granular material has a bulk specific gravity of less than or equal to one. The particles of the granular material are also in intimate contact with one another. The granular material may be substantially non-viscoelastic. Preferred granular material is low density polyethylene and glass microspheres. The granular material fills hollow structural members or is placed into intimate contact with open structural members. The lightweight fill effectively damps vibrational modes without excessively increasing the weight of the structural member.
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公开(公告)号：US5156371A
公开(公告)日：1992-10-20
申请号：US718502
申请日：1991-06-20
Applicant: Victor M. Samarov
Inventor： Victor M. Samarov
CPC classification number: F16F1/445 , F16F7/015 , F16F2236/045
Abstract: A triaxially-equalized action shock and vibration-insulation mount is provided for the protection of a dynamic load-sensitive component, such as a mass-storage device, from external multidirectional dynamic loads above a predetermined magnitude. A substantially uniform, attenuated response of the component to such dynamic loads is the result, regardless of the direction of application of the loads. In order to achieve substantially uniform reactions to such external loads applied along any of the three orthogonal spatial axes, and further in order to achieve higher structural integrity of the mount by reducing flexural, tensile and/or shear stresses, the shock mount comprises a body of elastic, preferably foamed elastomer material, which is confined at its periphery in a rigid, stationary shell, substantially symmetrical relative to the orthogonal spatial axes and partially open at one side. The elastic material body is shaped at its geometrical center to provide a tight, e.g., spherical, socket for an enlarged symmetrical, e.g. spherical, end portion of a rigid rod extending outward from said socket, through the partially open side of the shell, into rigid connection with the load-sensitive component. The elastic material of the body is stressed primarily in compression along each of its axes. The elastomeric material may alternatively be constituted by a plurality of relatively small-diameter tightly randomly packed, solid elastic spheres.
Abstract translation: 提供了三相均衡的动作冲击和隔振安装件，用于保护动态载荷敏感部件（例如大容量存储装置）从高于预定大小的外部多向动态载荷。 结果，组件对这种动态负载的基本均匀的衰减响应是与负载的施加方向无关的。 为了实现对沿着三个正交空间轴中的任何一个施加的这种外部载荷的基本均匀的反应，并且为了通过减少弯曲，拉伸和/或剪切应力来实现安装件的更高的结构完整性，冲击载架包括主体 弹性材料，优选泡沫弹性体材料，其限制在其周边处于刚性固定壳体中，相对于正交空间轴线基本对称并且在一侧部分地打开。 弹性材料体在其几何中心处成形以提供紧密的，例如球形的插座，用于扩大的对称，例如。 从所述插座向外延伸穿过壳体的部分开放侧的刚性杆的球形端部与负载敏感部件形成刚性连接。 主体的弹性材料主要是沿其每个轴线受到压缩。 弹性体材料可替代地由多个相对小直径的紧随机填充的固体弹性球构成。
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公开(公告)号：US5067414A
公开(公告)日：1991-11-26
申请号：US627184
申请日：1990-12-13
Applicant: Archie S. Moore, deceased , Robert J. Teske , Gareth D. Summa
Inventor： Archie S. Moore, deceased , Robert J. Teske , Gareth D. Summa
CPC classification number: B61B10/022 , B61B10/04 , F16F7/015
Abstract: A self-adjusting shock absorbing carrier for inverted powder and free conveyors includes a telescoping tubular main carrier frame with a support trolley connected to a rear end of an outer tube and a drive trolley connected to a front end of an inner tube of the frame. Tubular friction pads are positioned between the inner and outer tubes and located so that the weight of a load supported by the main frame determines the frictional engagement between the inner and outer tubes and the friction pads. When the drive trolley is abruptly engaged by a pusher dog on a conveyor drive chain or when the drive trolley is abruptly braked, the shock generated thereby is dissipated in frictional resistance to relative movement between the inner and outer tubes to thereby cushion startup and braking of the carrier.
Abstract translation: 用于倒置粉末和自由输送机的自调节减震载体包括：伸缩管状主载架，其具有连接到外管后端的支撑手推车和连接到框架内管前端的驱动手推车。 管状摩擦垫定位在内管和外管之间并且定位成使得由主框架支撑的负载的重量确定内管和外管与摩擦垫之间的摩擦接合。 当驱动台车通过传送链上的推动爪突然接合时，或者当驱动台车突然制动时，由此产生的冲击消耗在对内管和外管之间的相对运动的摩擦阻力中，从而缓和起动和制动 承运人
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公开(公告)号：US4011929A
公开(公告)日：1977-03-15
申请号：US573827
申请日：1975-05-02
Applicant: Edward M. Jeram , Richard A. Striker
Inventor： Edward M. Jeram , Richard A. Striker
CPC classification number: F16F7/01
Abstract: There is provided a new improved dampening medium for a shock dampening device. The dampening device comprises a closed chamber, a movable piston rod extending through the chamber and an enlarged piston head located on the piston rod. Located in the interior space of the closed chamber under pressure is a compressible solid, fragmented, particulate mass of cured unfilled silicone rubber composition for producing a damping effect on the piston rod and head. The damper device includes a threaded plug for varying the internal static pressure on the compressible mass within the chamber and apertures extending through the piston head or an annular space between the outer edge of the piston head and the interior of the chamber for bypassing the compressible mass.
Abstract translation: 提供了一种用于冲击阻尼装置的新的改进的阻尼介质。 阻尼装置包括封闭室，延伸穿过室的可移动活塞杆和位于活塞杆上的增大的活塞头。 位于封闭室的内部空间内的压力是可固化的，碎片的，固化的未填充的硅橡胶组合物的颗粒物质，用于在活塞杆和头部上产生阻尼作用。 阻尼器装置包括用于改变腔室内的可压缩物质上的内部静压力的螺纹塞子，以及延伸穿过活塞头部的孔或活塞头的外边缘与腔室内部之间的环形空间，用于绕过可压缩质量块 。
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Patent Agency Ranking
公开(公告)号：US3020980A
公开(公告)日：1962-02-13
申请号：US9527961
申请日：1961-03-13
Applicant: SPERRY RAND CORP
Inventor： BAKER DONALD H , KESSELRING DONALD J
CPC classification number: F16F15/14 , F16F7/01 , Y10T74/2111
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公开(公告)号：US1751479A
公开(公告)日：1930-03-25
申请号：US20875227
申请日：1927-07-27
Applicant: AMERICAN CHAIN & CABLE CO
Inventor： HOLMES BRADFORD B
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公开(公告)号：US20240141966A1
公开(公告)日：2024-05-02
申请号：US18384959
申请日：2023-10-30
Applicant: Theodore Joseph Stack
Inventor： Theodore Joseph Stack
IPC: F16F7/01
CPC classification number: F16F7/01 , F16F2230/30
Abstract: A particle damping assembly designed provides enhanced vibration control, especially for use with sound systems. The assembly comprises a housing encompassing multiple containers. Each container is designed to hold particles of varying sizes that contribute to the particle impact damping effect, offering improved sound quality by mitigating unwanted vibrations.
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公开(公告)号：US20230304491A1
公开(公告)日：2023-09-28
申请号：US18190395
申请日：2023-03-27
Applicant: Baker Hughes Oilfield Operations, LLC
Inventor： Ameen Roshdy
CPC classification number: F04B47/06 , E21B43/128 , F04B17/03 , F04B39/0044 , F16F7/015
Abstract: Systems and methods for reducing vibration in downhole tools using particle dampers. In one embodiment, an ESP system has components including at least a pump and a motor. The motor is coupled to the pump and is configured to drive the pump to pump fluid from a well. The ESP system also includes a particle damping unit which is mechanically coupled to at least one of the ESP components. The particle damping unit has one or more compartments, each of which contains a collection of particles that are loose within the corresponding compartment. Vibration in the ESP components causes movement of the particles within the compartments of the particle damping units, and the movement of the particles dissipates the vibrational energy, causing damping of the vibration.
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