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    • 31. 发明授权
    • Golf club
    • 高尔夫俱乐部
    • US4432550A
    • 1984-02-21
    • US398967
    • 1982-07-16
    • Larry W. ByarsEric Jackson
    • Larry W. ByarsEric Jackson
    • A63B53/04
    • A63B53/04A63B53/0466A63B2053/0416A63B2053/0433
    • A golf club, such as a driver, includes a body portion formed of natural uncompressed hard wood having an angled face on one side thereof. A wedge component formed of laminated highly compressed densified wood is bonded to the angled face of the body portion and forms a striking face and partial bottom face for the club head. Weight is concentrated near the striking face and bottom face to improve club controllability, balance and striking efficiency. Pre-weighing of wood veneers prior to compressing enables control and location of club head center of gravity. Final shaping of the club head is accomplished on a copying lathe.
    • 诸如驾驶员的高尔夫球杆包括由其一侧具有成角度的面的天然未压缩硬木形成的主体部分。 由层压的高度压缩的致密化木材形成的楔形部件结合到主体部分的倾斜面上,并且形成用于球杆头的击打面和部分底面。 重量集中在打击面和底面附近,以提高球杆的可控性,平衡和打击效率。 在压缩前预先称重木材单板,可以控制和定位球杆头重心。 球杆头的最终成形是在复印车床上完成的。
    • 32. 发明授权
    • Microbubble therapy method and generating apparatus
    • 微泡治疗方法和发生装置
    • US08579266B2
    • 2013-11-12
    • US12352181
    • 2009-01-12
    • Jeffrey L. CunninghamEric JacksonRemo C. Jacuzzi
    • Jeffrey L. CunninghamEric JacksonRemo C. Jacuzzi
    • B01F3/04
    • A61H33/02A01K13/001A01K63/042A61H7/003A61H33/60A61H33/6036A61H2033/0029A61H2033/0079A61H2033/0083A61H2201/102B01F3/0446B01F5/0661D06F35/002
    • A micro bubble generating system includes a shell having a well for retaining a first liquid to immerse an object. A micro bubble apparatus is provide to the shell for providing a pressurized mixture of a second liquid and a dissolved gas into the well so as to create a plurality of micro bubbles within the first liquid for engaging the object. A micro bubble generating apparatus may include a housing body having a first fluid passage for a pressurized mixture of a liquid and a dissolved gas in a direction towards a fluid flow. An orifice member can be releasably engaged with the housing body and the orifice member may have a second fluid passage being disposed therein; and the second fluid passage being disposed at an angle with respect to the first fluid passage for generating a plurality of micro bubbles from the mixture; and an opening in the housing body for releasing the plurality of micro bubbles.
    • 微泡产生系统包括具有用于保持第一液体以浸没物体的井的壳体。 向壳体提供微泡装置,以将第二液体和溶解气体的加压混合物提供到井中,以便在第一液体内产生多个微气泡以接合物体。 微气泡产生装置可以包括壳体主体,其具有用于在朝向流体流动的方向上的液体和溶解气体的加压混合物的第一流体通道。 孔构件可以与壳体主体可释放地接合,并且孔构件可以具有设置在其中的第二流体通道; 并且所述第二流体通道相对于所述第一流体通道以一定角度设置,用于从所述混合物产生多个微气泡; 以及在壳体中的用于释放多个微气泡的开口。
    • 37. 发明申请
    • Excavation apparatus and method
    • 挖掘装置和方法
    • US20060000121A1
    • 2006-01-05
    • US11112754
    • 2005-04-22
    • Eric JacksonJim Friant
    • Eric JacksonJim Friant
    • E02F1/00
    • E02F5/08E02F3/20
    • In one embodiment, an excavation method is provided that includes the steps of: (a) contacting a rotating powered cutting head 440 of an excavator 400 with an excavation face 452, wherein, at any one time, a first set of the cutting elements is in contact with the excavation face and a second set of the cutting elements is not in contact with the excavation face, the cutting head excavating the excavation face in at least a first direction; and (b) during the contacting step, using an elongated support member 404 extending from the excavator 400 to a powered device 118 to apply a force to the excavator 400 in at least the first direction to provide at least a portion of the cutting force. The powered device 118 is located at a distance from the excavator 400.
    • 在一个实施例中,提供了一种挖掘方法,其包括以下步骤:(a)将挖掘机400的旋转动力切割头440与挖掘面452接触,其中,在任何时间,第一组切割元件为 与挖掘面接触并且第二组切割元件不与挖掘面接触,切割头在至少第一方向上挖掘挖掘面; 和(b)在接触步骤期间,使用从挖掘机400延伸到动力装置118的细长支撑构件404,以在至少第一方向上向挖掘机400施加力以提供切削力的至少一部分。 动力装置118位于与挖掘机400一定距离处。
    • 38. 发明授权
    • CMOS devices hardened against total dose radiation effects
    • CMOS设备硬化总剂量辐射效应
    • US06777753B1
    • 2004-08-17
    • US09614682
    • 2000-07-12
    • Geoffery SummersMichael XapsosEric Jackson
    • Geoffery SummersMichael XapsosEric Jackson
    • H01L2976
    • H01L27/092H01L2924/0002H01L2924/00
    • A CMOS or NMOS device has one or more n-channel FETs disposed on a substrate, the device being resistant to total dose radiation failures, the device further including a negative voltage source, for applying a steady negative back bias to the substrate of the n-channel FETs to mitigate leakage currents in the device, thereby mitigating total dose radiation effects. A method for operating a CMOS or NMOS device to resist total dose radiation failures, the device having one or more n-channel FETs disposed on a substrate, has the steps: (a) disposing the CMOS or NMOS device in a radiation environment, the radiation environment delivering a dose on the order of tens or hundreds of krad (Si) over the period of use of the CMOS device; and (b) applying a negative back bias to the substrate of the NMOS FETs, at a voltage for mitigating leakage currents about the n-channel FETs.
    • CMOS或NMOS器件具有设置在衬底上的一个或多个n沟道FET,该器件抵抗总剂量辐射故障,该器件还包括负电压源,用于向n的衬底施加稳定的负反向偏压 通道FET以减轻器件中的漏电流,从而减轻总剂量辐射效应。 一种用于操作CMOS或NMOS器件以抵抗总剂量辐射故障的方法,具有设置在衬底上的一个或多个n沟道FET的器件具有以下步骤:(a)将CMOS或NMOS器件设置在辐射环境中, 辐射环境在CMOS器件的使用期间内递送数十或数百克拉(Si)量级的剂量; 并且(b)在用于减轻围绕n沟道FET的漏电流的电压处施加负反向偏压到NMOS FET的衬底。