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
    • 47. 发明申请
    • Bagging Lawn Mower with Selective Mulch or Discharge Options
    • 采用选择性覆盖或放电选项的草坪割草机
    • US20080307762A1
    • 2008-12-18
    • US11920326
    • 2006-05-17
    • Jeffrey R. KuceraKenneth R. SmithEwald Buchdrucker
    • Jeffrey R. KuceraKenneth R. SmithEwald Buchdrucker
    • A01D43/063
    • A01D43/063A01D2101/00
    • A multi-use lawn mower capable of operating as a mulching, side-discharge, or a bagging mower. The lawn mower (10) includes; a mower deck (14) having an opening (58) therein forming a passageway through which grass clippings exit the cutting chamber during select modes of operation. The lawn mower also includes a grass-collecting hopper (40) removably mounted on the mower deck (14), the grass-collecting hopper (40) having a basket portion (42) for receiving grass clippings cut by the cutting blade (36) and a multi-station mounting portion (60) configured to interface with the opening (58) in the mower deck in a plurality of orientations. The mounting portion includes a mulching station (64) that configures the lawn mower to function as a mulching mower, a bagging station (66) that configures the lawn mower to function as a bagging mower, and a side-discharge station (68) that configures the lawn mower to function as a side-discharge mower. When the multi-station mounting portion mounts the grass-collecting hopper on the mower deck, a single one of the stations interfaces with the opening in the mower deck to configure the lawn mower for desired mode of operation.
    • 一种多用途草坪割草机,能够作为覆盖,侧面排放或装袋割草机操作。 割草机(10)包括 在其中具有开口(58)的割草机甲板(14)形成通道,在选择操作模式期间,草屑通过该通道离开切割室。 草坪割草机还包括可拆卸地安装在割草机甲板(14)上的集草料斗(40),集草料斗(40)具有用于接收由切割刀片(36)切割的草屑的筐部分(42) 以及多工位安装部分(60),其构造成以多个取向与割草机甲板中的开口(58)相接。 所述安装部分包括:配置所述割草机以覆盖覆盖的割草机的覆盖站(64),将所述割草机配置为装袋割草机的装袋站(66)以及排放站(68) 将割草机配置为侧放式割草机。 当多工位安装部分将草地收集料斗安装在割草机甲板上时,单个一个工位与割草机甲板上的开口接合,以将草坪割草机配置为所需的操作模式。
    • 48. 发明授权
    • Wafer probe station having a skirting component
    • 具有踢脚线组件的晶圆探针台
    • US07330023B2
    • 2008-02-12
    • US11112813
    • 2005-04-21
    • Randy J. SchwindtWarren K. HarwoodPaul A. TervoKenneth R. SmithRichard H. Warner
    • Randy J. SchwindtWarren K. HarwoodPaul A. TervoKenneth R. SmithRichard H. Warner
    • G01R31/02G01R31/28
    • G01R31/2886A46D1/00G01R1/0416G01R1/06705G01R1/06794G01R1/07392G01R1/18G01R31/2887H01L21/68785
    • A probe station includes a fully guarded chuck assembly and connector mechanism for increasing sensitivity to low-level currents while reducing settling times. The chuck assembly includes a wafer-supporting first chuck element surrounded by a second chuck element having a lower component, skirting component and upper component each with a surface portion extending opposite the first element for guarding thereof. The connector mechanism is so connected to the second chuck element as to enable, during low-level current measurements, the potential on each component to follow that on the first chuck element as measured relative to an outer shielding enclosure surrounding each element. Leakage current from the first chuck element is thus reduced to virtually zero, hence enabling increased current sensitivity, and the reduced capacitance thus provided by the second chuck element decreases charging periods, hence reducing settling times. With similar operation and effect, where any signal line element of the connector mechanism is arranged exterior of its corresponding guard line element, such as adjacent the chuck assembly or on the probe-holding assembly, a guard enclosure is provided to surround and fully guard such signal line element in interposed relationship between that element and the outer shielding enclosure.
    • 探测台包括一个完全防护的卡盘组件和连接器机构,用于在降低沉降时间的同时提高对低电平电流的灵敏度。 卡盘组件包括由第二卡盘元件围绕的晶片支撑的第一卡盘元件,所述第二卡盘元件具有下部元件,裙边元件和上部元件,每个元件具有与第一元件相对延伸的表面部分,用于保护其。 连接器机构被连接到第二卡盘元件,以便在低电平电流测量期间,每个部件上的电位能够相对于围绕每个元件的外部屏蔽外壳测量的跟随第一卡盘元件上的电位。 因此,来自第一卡盘元件的泄漏电流几乎为零,因此能够提高电流灵敏度,并且由第二卡盘元件提供的减小的电容减少了充电周期,因此降低了稳定时间。 具有类似的操作和效果,其中连接器机构的任何信号线元件布置在其对应的保护线元件的外部,例如邻近卡盘组件或探针保持组件,防护罩被设置成围绕并完全保护 信号线元件在该元件和外屏蔽外壳之间的插入关系中。