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    • 1. 发明授权
    • Windshield wiper motor with molded sleeve and thrust elements
    • 挡风玻璃刮水器电机,带有模制套筒和推力元件
    • US06863858B2
    • 2005-03-08
    • US10264247
    • 2002-10-03
    • Peter J. DanishFrank R. LombardoGary S. AndrewsDavid M. Williams
    • Peter J. DanishFrank R. LombardoGary S. AndrewsDavid M. Williams
    • B29C45/16F16C17/02F16C17/04F16C17/26F16C33/20H02K7/08B29C45/14
    • H02K7/081B29C45/1671F16C17/02F16C17/04F16C17/26F16C33/20F16C2220/04F16C2380/27Y10T29/49009
    • A method and apparatus for forming and mounting a sleeve and a thrust member in a bore in a motor/gear drive housing shaft to support the motor/gear drive shaft against radial and axial movement. Gates are formed in the motor/gear drive housing and communicate with separate first and second bores in the housing. A mold core is inserted into the housing and closes off one bore to allow the injection of molten plastic into a cavity formed between the tip end portion of the mold core and the first bore to form an annular sleeve. The annular sleeve has an inner diameter larger than the outer diameter of the end tip portion of the motor/gear drive shaft to be nominally spaced from the outer diameter of the drive shaft, but is supportingly engaged by the drive shaft under radial deformation of the drive shaft. Insertion of the drive shaft into the housing causes the tip end portion of the drive shaft to sealing close the second bore in the housing allowing the injection of molten plastic into the second bore to form a thrust member axially engaged with the end of the drive shaft to resist axial movement of the drive shaft during operation.
    • 一种用于在电机/齿轮驱动器壳体轴的孔中形成和安装套筒和推力构件以支撑马达/齿轮驱动轴以防止径向和轴向运动的方法和装置。 门形成在马达/齿轮驱动器壳体中,并与壳体中的单独的第一和第二孔连通。 将模芯插入到壳体中并封闭一个孔,以允许将熔融塑料注入形成在模芯的末端部分和第一孔之间的空腔中以形成环形套筒。 环形套筒的内径大于马达/齿轮传动轴的端部末端部分的外径,与驱动轴的外径标称间隔,但在径向变形时由驱动轴支承地接合 传动轴。 驱动轴插入壳体中使得驱动轴的末端部分密封壳体中的第二孔,从而将熔融塑料注入第二孔中以形成与驱动轴的端部轴向接合的推力构件 以防止在操作期间驱动轴的轴向运动。
    • 2. 发明授权
    • Windshield wiper motor with molded sleeve and thrust elements
    • 挡风玻璃刮水器电机,带有模制套筒和推力元件
    • US06809447B1
    • 2004-10-26
    • US09467530
    • 1999-12-20
    • Peter J. DanishFrank R. LombardoGary S. AndrewsDavid M. Williams
    • Peter J. DanishFrank R. LombardoGary S. AndrewsDavid M. Williams
    • H02K516
    • H02K7/081B29C45/1671F16C17/02F16C17/04F16C17/26F16C33/20F16C2220/04F16C2380/27Y10T29/49009
    • A method and apparatus for forming and mounting a sleeve and a thrust member in a bore in a motor/gear drive housing shaft to support the motor/gear drive shaft against radial and axial movement. Gates are formed in the motor/gear drive housing and communicate with separate first and second bores in the housing. A mold core is inserted into the housing and closes off one bore to allow the injection of molten plastic into a cavity formed between the tip end portion of the mold core and the first bore to form an annular sleeve. The annular sleeve has an inner diameter larger than the outer diameter of the end tip portion of the motor/gear drive shaft to be nominally spaced from the outer diameter of the drive shaft, but is supportingly engaged by the drive shaft under radial deformation of the drive shaft. Insertion of the drive shaft into the housing causes the tip end portion of the drive shaft to sealing close the second bore in the housing allowing the injection of molten plastic into the second bore to form a thrust member axially engaged with the end of the drive shaft to resist axial movement of the drive shaft during operation.
    • 一种用于在电机/齿轮驱动器壳体轴的孔中形成和安装套筒和推力构件以支撑马达/齿轮驱动轴以防止径向和轴向运动的方法和装置。 门形成在马达/齿轮驱动器壳体中,并与壳体中的单独的第一和第二孔连通。 将模芯插入到壳体中并封闭一个孔,以允许将熔融塑料注入形成在模芯的末端部分和第一孔之间的空腔中以形成环形套筒。 环形套筒的内径大于马达/齿轮传动轴的端部末端部分的外径,与驱动轴的外径标称间隔,但在径向变形时由驱动轴支承地接合 传动轴。 驱动轴插入壳体中使得驱动轴的末端部分密封壳体中的第二孔,从而将熔融塑料注入第二孔中以形成与驱动轴的端部轴向啮合的止推构件 以防止在操作期间驱动轴的轴向运动。
    • 7. 发明授权
    • Method and apparatus for analyzing feet
    • 用于分析脚的方法和装置
    • US5361133A
    • 1994-11-01
    • US903017
    • 1992-06-23
    • Algie C. BrownCarl T. WeltyHenry G. WilliamsDavid M. WilliamsJames M. Dabbs, III
    • Algie C. BrownCarl T. WeltyHenry G. WilliamsDavid M. WilliamsJames M. Dabbs, III
    • A43D1/02A61B5/103A61B5/107G01B11/24
    • A61B5/1074A43D1/025A61B5/1036A61B5/7445
    • A method and apparatus for measuring feet for fitting shoes which utilizes matrixes of pressures sensors and optical sensors connected to a controller and a monitor. An apparatus of the invention includes a housing which houses a controller and a monitor and defines left and right foot wells for receiving left and right feet, respectively. The floor of each foot well includes a pressure pad assembly which includes a matrix of pressure sensor contacts covered by a variably resistive pressure pad to form pressure sensor matrixes. A digital signal processor normalizes and smooths the pressure data for display on the monitor. Infrared LED's and phototransistors are located around the perimeter of each foot well and are utilized to measure the length, width, and heights of a foot. A microprocessor addresses each LED and phototransistor separately. The controller reads data created by the DSP and IR microprocessor, calculates additional data, and displays the resulting data on the monitor. The pressure sensors and optical sensors are utilized to determine, among others, foot length, foot width, shoe size, foot volume, foot shape, force distribution, pronation, arch type, and recommended last type. Such determinations, along with intended use information obtained from the customer, are compared to a database of available shoes to determine recommended best fits for each customer. Such data can also be stored or transferred to an external system for storage with reference to each particular customer.
    • 一种用于测量用于装配鞋的脚的方法和装置,其利用连接到控制器和监视器的压力传感器和光学传感器的矩阵。 本发明的装置包括容纳控制器和监视器并且分别定义用于接收左脚和右脚的左右脚孔的壳体。 每个脚井的底板包括压力垫组件,其包括由可变阻力压力垫覆盖的压力传感器触点的矩阵,以形成压力传感器矩阵。 数字信号处理器将压力数据归一化并平滑显示在显示器上。 红外LED和光电晶体管位于每个脚井的周边周围,并用于测量脚的长度,宽度和高度。 微处理器分别对每个LED和光电晶体管进行寻址。 控制器读取由DSP和IR微处理器创建的数据,计算附加数据,并在监视器上显示结果数据。 压力传感器和光学传感器用于确定脚长度,脚宽,鞋尺寸,足部体积,脚形,力分布,旋前,弓形和推荐的最后类型。 将这样的确定以及从客户获得的预期用途信息与可用鞋的数据库进行比较,以确定每个客户的推荐最佳配合。 这些数据也可以存储或传输到外部系统,以便参考每个特定客户进行存储。
    • 8. 发明授权
    • Circuit protection arrangement
    • 电路保护装置
    • US5319515A
    • 1994-06-07
    • US774686
    • 1991-10-11
    • Dennis M. PryorIan P. AtkinsMichael ChallisDavid M. Williams
    • Dennis M. PryorIan P. AtkinsMichael ChallisDavid M. Williams
    • H02H3/07H02H3/087H02H3/00
    • H02H3/07H02H3/087
    • A number of arrangements for protecting an electrical circuit from an electrical overcurrent are disclosed. In the arrangements the base or gate of a switching transistor (4, 101, 161, 222, 401) is held in a voltage divider, one arm of which comprises a control transistor (6, 102, 162, 222, 404) whose base or gate is itself held in a voltage divider. When an overcurrent is experienced the control transistor switches on causing the switching transistor to turn off. The arrangement may include a shunt switching circuit to shunt the overcurrent across the load. It may include a resetting circuit that will attempt to reset the switching circuit after the overcurrent has been experienced. In one embodiment the arrangement includes means such as a battery, dc--dc voltage converter or Seebeck device in order to reduce or eliminate any initial voltage drop across the switching circuit.
    • 公开了一种用于保护电路免受电过电流的布置。 在这种布置中,开关晶体管(4,101,161,222,401)的基极或栅极保持在分压器中,其一个臂包括控制晶体管(6,102,162,222,404),其基极 或门本身保持在分压器中。 当发生过电流时,控制晶体管导通,导致开关晶体管截止。 该装置可以包括分流开关电路,以分流跨过负载的过电流。 它可能包括在经历过电流之后尝试复位开关电路的复位电路。 在一个实施例中,该装置包括诸如电池,dc-dc电压转换器或Seebeck装置的装置,以便减少或消除开关电路两端的任何初始电压降。
    • 10. 发明授权
    • Blade sharpener
    • 刀片磨刀机
    • US5121659A
    • 1992-06-16
    • US761325
    • 1991-09-17
    • David M. Williams
    • David M. Williams
    • B24D15/08
    • B24D15/084
    • A blade sharpener of the kind having a pair of overlapping plates which are relatively arranged to form a vee shaped sharpening recess between them. Each of the opposite sloping sides of that recess is formed by an operative edge of a respective one of the two plates, and each of those edges extends between a front face and a back face of the respective plate. A relatively sharp corner is formed between each operative edge and the back face of the respective plate, and a relatively blunt--e.g., rounded--corner is formed between each operative edge and the front face of the respective plate. The plates may be mounted on a member which can pivot between a position at which the plates tilt forward and a position at which the plates tilt back. Spring means may be operative to engage the back edge of a blade located in the recess so as to press the cutting edge of the blade against the plates. The arrangement is such that longitudinal movement of a blade through the recess in a direction towards the plate front faces, causes the sharp edges of the plates to be operative to sharpen the cutting edge of the blade, whereas in the reverse direction of the blade the blunt edges come into contact with the blade cutting edge so that sharpening of that edge does not occur.