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    • 1. 发明授权
    • Apparatus and method for enhancing flexible magnet disk performance
    • 增强柔性磁盘性能的装置和方法
    • US4604672A
    • 1986-08-05
    • US499189
    • 1983-05-31
    • C. Paul DavisEli Neuman
    • C. Paul DavisEli Neuman
    • G11B23/50G11B23/00
    • G11B23/505F16N2230/10
    • A method and system for treating a floppy disk with fluid is described. The system comprises a mechanism for grasping the floppy disk about its center and rotating it, fluid absorbing pads which are movable into and out of contact with the magnetic surfaces of the floppy disk through the read/write openings in the floppy disk envelope and a dispensing source for providing fluid to the pads. In a preferred embodiment, electrical signals control the sequence of operations whereby the floppy disk is grasped by a clutch and spindle mechansim and rotated, fluid is dispensed to the pads, and the pads are moved into contact with the surfaces of the floppy disk to treat the disk. Periodic treatment of a floppy disk with a fluid containing a lubricant enhances the reliability and increases the life of the floppy disk.
    • 描述了用流体处理软盘的方法和系统。 该系统包括用于将软盘围绕其中心夹持并旋转的机构,流体吸收垫可通过软盘封套中的读/写开口移动到软磁盘的磁性表面或与软磁盘的磁性表面接触,并且分配 用于向衬垫提供流体的源。 在优选实施例中,电信号控制操作顺序,由此通过离合器和主轴机构将软盘夹持并将旋转的流体分配到垫中,并且将垫移动到与软盘的表面接触以对待 磁盘。 使用含有润滑剂的流体对软盘进行定期处理可提高可靠性并延长软盘的使用寿命。
    • 2. 发明授权
    • Tape cartridge drive head cleaner
    • 磁带机驱动器头清洁器
    • US4631614A
    • 1986-12-23
    • US442647
    • 1982-11-18
    • C. Paul DavisEli Neuman
    • C. Paul DavisEli Neuman
    • G11B5/41G11B23/04
    • G11B23/049G11B5/41
    • Disclosed is a cleaning cartridge for cleaning the magnetic heads and the scraper of computer tape drives that use tape cartridges and more particularly streamer and start-stop drives. This cleaning cartridge can be inserted into the tape drive and can simultaneously clean the heads and the scraper by rubbing a cleaning pad against the heads and the scraper in a direction that is perpendicular to the tape path. This pad is made from an absorbent material that can be saturated with a cleaning fluid, so the pad will collect foreign particles when it is rubbed against the heads. The cartridge can be manually operated or it can engage the drive mechanism of the tape drive.
    • 公开了一种用于清洁磁头的清洁带和使用带盒的计算机磁带驱动器的刮刀,更具体地说是流光和启动 - 停止驱动。 该清洁带可以插入到磁带驱动器中,并且可以通过沿着与磁带路径垂直的方向将清洁垫与头部和刮刀相摩擦来同时清洁磁头和刮刀。 该垫由可以用清洁液饱和的吸收材料制成,因此当其与头部摩擦时,垫将收集外来颗粒。 墨盒可以手动操作,也可以与磁带驱动器的驱动机构接合。
    • 3. 发明授权
    • Manually operated conditioner for flexible magnetic disks
    • 手动式柔性磁碟机
    • US4490767A
    • 1984-12-25
    • US366544
    • 1982-04-08
    • Eli NeumanC. Paul Davis
    • Eli NeumanC. Paul Davis
    • G11B23/50G11B5/00
    • G11B23/505F16N2230/10
    • A simple and inexpensive apparatus for treating a floppy disk with conditioning fluid in order to clean, lubricate and destaticize the floppy disk is described. The apparatus comprises a means for grasping the floppy disk about its center and rotating it, fluid absorbing pads which are moveable into and out of contact with the magnetic surfaces of the floppy disk through the read/write opening in the floppy disk envelope by mechanical means and a means for dispensing fluid to the pads. In one preferred embodiment, the mechanical rotation of a lever causes the floppy disk to be grasped and released through the cooperation of an axial cam and a pin riding on the cam. Rotation of the lever also moves the pads into and out of contact with the floppy disk. In a second preferred embodiment, a timer provided with a gear wheel controls an axial cam for grasping and releasing the floppy disk and a radial cam which moves the pads into and out of contact with the floppy disk.
    • 描述了一种用于处理具有调理流体的软盘以便清洁,润滑和去除软盘的简单和便宜的装置。 该装置包括用于将软盘围绕其中心夹持并旋转的装置,可通过机械装置通过软盘封套中的读/写开口与软盘的磁性表面移动和脱离接触的流体吸收垫 以及用于将液体分配到垫的装置。 在一个优选实施例中,杆的机械旋转使得软盘通过轴向凸轮和骑在凸轮上的销的配合被抓住并释放。 杠杆的旋转也可以使垫进入和脱离与软盘的接触。 在第二优选实施例中,设置有齿轮的定时器控制用于抓取和释放软盘的轴向凸轮以及使垫移动和脱离与软盘接触的径向凸轮。
    • 4. 发明申请
    • Stability and load sensors for wheeled vehicles
    • 轮式车辆的稳定性和负载传感器
    • US20080271541A1
    • 2008-11-06
    • US12074747
    • 2008-03-07
    • Eli Neuman
    • Eli Neuman
    • G01L1/00G01M1/00
    • G07C5/085G01G19/12G01G23/3728G01L1/2237G01L5/0019
    • A stability sensing and load monitoring system for wheeled vehicles, in particular for the construction and agricultural industries, is disclosed. The system is based on strain sensors mounted on each wheel such that the measured strain represents the load on this wheel. A power source and a local wheel controller are located near the strain sensors. The data from the strain sensors is processed by the local wheel controller and then wirelessly transmitted to a single central unit, located in the cabin. The central controller communicates with all four local wheel controllers, collects the data, and then processes it to calculate the total load on the vehicle, its center of gravity, and the stability status.
    • 公开了用于轮式车辆的稳定性感测和负载监测系统,特别是用于建筑和农业行业。 该系统基于安装在每个车轮上的应变传感器,使得测量的应变代表该车轮上的负载。 电源和局部轮控制器位于应变传感器附近。 来自应变传感器的数据由本地轮控制器处理,然后无线传输到位于机舱内的单个中心单元。 中央控制器与所有四个本地轮控制器通信,收集数据,然后处理它以计算车辆上的总负载,其重心和稳定状态。
    • 6. 发明授权
    • Platform load sensing for vertical lifts
    • 用于垂直升降机的平台载荷感应
    • US07493987B2
    • 2009-02-24
    • US10236911
    • 2002-09-09
    • Ignacy PuszkiewiczMohamed YahiaouiLouis A. BafileEli Neuman
    • Ignacy PuszkiewiczMohamed YahiaouiLouis A. BafileEli Neuman
    • B66F11/00
    • B66F17/006
    • A scissors lift includes a scissors arm assembly secured at one end to a base and coupled with a lift mechanism that expands and contracts the scissors arm assembly. A platform is supported at an opposite end of the scissors arm assembly via a plurality of load sensing pins that detect a vertical load on the platform. An interface module receives signals from the load sensing pins and communicates with the lift mechanism, wherein the interface module controls operation of lift functions and the lift mechanism according to the signals from the load sensing pins. Preferably, the load sensing pins are sized substantially the same as the conventional pins they replace. As a consequence, no redesign or additional structures are necessary to install the load sensing system and provide a safe operation of the scissors lift machine.
    • 剪刀升降机包括剪刀臂组件,其一端固定到基座上,并与升降机构联接,该升降机构使剪刀臂组件膨胀和收缩。 平台通过检测平台上的垂直负载的多个负载传感销支撑在剪刀臂组件的相对端。 接口模块从负载感应销接收信号并与提升机构通信,其中接口模块根据来自负载感测引脚的信号来控制升降功能和升降机构的操作。 优选地,负载感测销的尺寸基本上与它们所代替的常规销相同。 因此,不需要重新设计或额外的结构来安装负载感测系统,并提供剪刀提升机的安全操作。
    • 7. 发明授权
    • Viscous damping apparatus for damping load cells of weighing devices
    • 用于阻尼称重装置称重传感器的粘性阻尼装置
    • US5232062A
    • 1993-08-03
    • US775411
    • 1991-10-15
    • Eli Neuman
    • Eli Neuman
    • G01G23/08
    • G01G23/08
    • The present invention is a viscous damping apparatus for damping mechanical shocks discharged on an object. It comprises a container having an inner chamber which has a flat bottom surface, a damping member having a flat lower surface, and means for suspending the damping member such that its flat lower surface is positioned parallel and very close to the flat bottom surface of the inner chamber of the container. The space between the flat lower surface of the damping member and the flat bottom surface of the inner chamber of the container is very narrow and is filled with a body of viscous fluid. When the damping member vibrates and causes its flat lower surface to move toward the flat bottom surface of the inner chamber of the container, the viscous fluid is compressed, which in turn creates an extremely strong resistance force on the damping member that effectively damps the vibration of the damping member. A preferred embodiment of the present invention viscous damping apparatus is incorporated into a weighing device to damp the vibration of the load cell of the weighing device.
    • 本发明是用于阻止在物体上排出的机械冲击的粘性阻尼装置。 它包括一个容器,该容器具有一个具有平坦的底面的内部腔室,一个具有平坦的下表面的阻尼构件,以及用于悬挂阻尼构件的装置,使得其平坦的下表面平行并非常靠近平坦的底面 容器的内腔。 阻尼构件的平坦下表面与容器内腔的平坦底表面之间的空间非常窄,并且填充有粘性流体。 当阻尼构件振动并使其平坦的下表面朝向容器的内腔的平坦底表面移动时,粘性流体被压缩,这进而在阻尼构件上产生非常强大的阻力以有效地抑制振动 的阻尼构件。 本发明的粘性阻尼装置的优选实施例被结合到称重装置中以阻尼称重装置的称重传感器的振动。
    • 9. 发明授权
    • Floppy diskette storage container
    • 软盘存储容器
    • US4609231A
    • 1986-09-02
    • US685896
    • 1984-12-24
    • Eli Neuman
    • Eli Neuman
    • B65D85/57B65D83/08G11B23/023G11B33/04A47B81/06
    • G11B33/0438
    • A container for storing floppy diskettes or similarly shaped objects which enables a selected stored floppy diskette to be located and retrieved rapidly and efficiently is described. The container comprises a box having parallel guideways on opposite sides, the guideways defining storage spaces for the floppy diskettes. A lifter tree comprising a hinged support arm corresponding to each floppy diskette and located within the space for each floppy diskette is swingable to raise the floppy diskette. A rotating camshaft extending the length of the storage container has cams corresponding to each support arm, the cams corresponding to adjacent support arms being located at different radial positions around the camshaft. The cams engage lever arms located on the support arms of the lifter tree. The floppy diskettes may have identification labels located near their top edges serially scanned by rotating the camshaft, thereby serially engaging the cams with the lever arms of the support arms serially swinging the support arms and serially raising the floppy diskettes.
    • 描述了用于存储软盘或类似形状的对象的容器,其使得能够快速且有效地定位和检索所选存储的软盘。 容器包括在相对侧上具有平行导轨的盒,该导轨限定软盘的存储空间。 包括与每个软盘相对应并且位于每个软盘的空间内的铰接支撑臂的升降器可摆动以升高软盘。 延伸存储容器的长度的旋转凸轮轴具有对应于每个支撑臂的凸轮,对应于相邻支撑臂的凸轮位于围绕凸轮轴的不同的径向位置。 凸轮接合位于升降机树的支撑臂上的杠杆臂。 软盘可以具有位于其顶部边缘附近的识别标签,其通过旋转凸轮轴而被顺序地扫描,从而使凸轮与支撑臂的杠杆臂串联地摆动支撑臂并且连续地升高软盘。
    • 10. 发明授权
    • Computer input device
    • 计算机输入设备
    • US06690355B2
    • 2004-02-10
    • US10049430
    • 2002-02-12
    • Eli Neuman
    • Eli Neuman
    • G09G500
    • G06F3/0362
    • A computer input device consists of a long and slender, pencil like, cylinder which is horizontally and rotatably disposed on two supports at both its ends. A finger touching the cylinder applies a force on it which is countered by reactions at the supports. These reactions are sensed by force sensors and the ratio between them is used to calculate the position of the finger along the cylinder. This position is the “X” input of the device. The same finger can rotate the cylinder around itself in both directions. The angular position of the cylinder is measured by a rotary sensor and is then used as the second, “Y”, input.
    • 计算机输入装置包括长而细长的铅笔状的圆柱体,其水平和可旋转地设置在两个支撑件的两端。 接触圆筒的手指在其上施加一个力,该力被支撑物上的反应所抵消。 这些反应由力传感器检测,并且它们之间的比率用于计算手指沿气缸的位置。 该位置是设备的“X”输入。 相同的手指可以在两个方向上围绕自身旋转圆筒。 气缸的角位置由旋转传感器测量,然后用作第二个“Y”输入。