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
    • 1. 发明申请
    • DIGITAL KERATOCONUS SCLERAL SHELL PROSTHETIC EYE DEVICE
    • 数字KERATOCONUS SCLERAL SHELL PROSTHETIC EYE DEVICE
    • WO2012061124A1
    • 2012-05-10
    • PCT/US2011/057666
    • 2011-10-25
    • LEWIS, Carole
    • LEWIS, Carole
    • A61F2/14
    • B29D11/02A61F2/141
    • A process for making a prosthetic eye device (10) includes the steps of forming an iris substrate (24) and extending a stem (26) away from the iris substrate (24). A scleral shell assembly (34) is molded, the iris substrate (24) being molded together with the scleral shell assembly (34), the stem (26) extending away from the scleral shell assembly (34). An iris member (38) is provided, the iris member (38) generally matching the appearance of the iris of a natural eye, the iris member (38) further including an aperture (42) extending therethrough. The iris member (38) is assembled to the scleral shell assembly (34), the aperture (42) of the iris member (38) engaging the stem (26). A first, generally transparent, plastic layer (44) is applied to the assembled iris member (38) and scleral shell assembly (34), the first plastic layer (44) generally covering the iris member (38).
    • 制造假眼装置(10)的方法包括以下步骤:形成虹膜基底(24)并使杆(26)远离虹膜基底(24)延伸。 模制巩膜壳组件(34),所述虹膜基底(24)与巩膜壳组件(34)一起模制,所述杆(26)远离巩膜壳组件(34)延伸。 设置有虹膜构件(38),所述虹膜构件(38)通常与天然眼睛的虹膜的外观相匹配,所述虹膜构件(38)还包括穿过其延伸的孔(42)。 虹膜构件(38)组装到巩膜壳组件(34)上,虹膜构件(38)的孔(42)接合杆(26)。 将第一,通常为透明的塑料层(44)施加到组装的虹膜构件(38)和巩膜壳组件(34)上,第一塑料层(44)通常覆盖虹膜构件(38)。
    • 3. 发明申请
    • EXPANDABLE GRAVITY-FEED BIN
    • 可膨胀的饲料
    • WO2014107673A1
    • 2014-07-10
    • PCT/US2014/010368
    • 2014-01-06
    • TRADE FIXTURES, LLC
    • BRUNDICK, RonaldJOHNSON, ScottODOM, John Clayton
    • B65D21/08
    • A47F1/08A47F1/02
    • A gravity-feed bin (10) includes a generally hollow main bin (12) that has a storage reservoir (14) and an open end (32). A first generally hollow extension section (30) is selectably coupled to the open end (32) of the main bin (12). The first extension section (30) is in communication with the reservoir (14), and the storage capacity of the reservoir (14) is increased by the first extension section (30). In some embodiments a seal element (34) is intermediate the open end (32) of the main bin (12) and the first extension section (30), the seal element (34) providing a substantially air-tight seal between the main bin (12) and the first extension section (30). A plurality of extension sections (30) and seal elements (34) may be selectably coupled together in a stacked arrangement upon the main bin (12) to increase the storage capacity of the reservoir (14).
    • 重力给料箱(10)包括具有储存容器(14)和开口端(32)的大致中空的主仓(12)。 第一大致中空的延伸部分(30)可选择地联接到主仓(12)的开口端(32)。 第一延伸部(30)与储存器(14)连通,并且储存器(14)的储存容量由第一延伸部分(30)增加。 在一些实施例中,密封元件(34)位于主仓(12)和第一延伸部分(30)的开口端(32)的中间,密封元件(34)在主仓之间提供基本上气密的密封 (12)和第一延伸部(30)。 多个延伸部分(30)和密封元件(34)可以以堆叠布置可选地耦合在主仓(12)上,以增加储存器(14)的储存能力。
    • 6. 发明申请
    • FOAM-APPLYING NOZZLE
    • 泡沫喷嘴
    • WO2014047456A2
    • 2014-03-27
    • PCT/US2013/060957
    • 2013-09-20
    • AKRON BRASS COMPANY
    • PETIT, Kevin J.SINGH, Ajit P.LEWIS, Frederick
    • A62C31/12
    • A62C31/12
    • A foam-applying nozzle (100) including a generally hollow housing (102). An eductor (108) disposed in the housing (102) has a generally hollow body (110) with a wall (120), the hollow of the body (110) forming an eduction chamber (116). An eductor inlet (115) and an opposing eductor outlet (117) are in fluid communication with the eduction chamber (116). A plurality of jet inlets (118) extend into the wall (120) of the body (110), the jet inlets (118) terminating in jet ports (122) that are in fluid communication with the eduction chamber (116). The jet inlets (118) are configured to receive a predetermined portion of a pressurized fluid, the portion exiting through the jet ports (122) generally toward the eductor outlet (117), creating a vacuum in the eduction chamber (116). The vacuum is configured to draw a foam solution into the eductor inlet (115), the foam solution mixing with the aforementioned portion of pressurized fluid in the eduction chamber (116) to form a foam mixture.
    • 一种泡沫施加喷嘴(100),包括大致中空的壳体(102)。 设置在壳体(102)中的喷射器(108)具有一个具有壁(120)的大致中空的本体(110),该主体的中空部分形成一个排气室(116)。 喷射器入口(115)和相对的喷射器出口(117)与排出室(116)流体连通。 多个喷射入口(118)延伸到主体(110)的壁(120)中,喷射入口(118)终止于与排气室(116)流体连通的喷射口(122)中。 喷射入口(118)构造成接收加压流体的预定部分,该部分通过喷射口(122)大致朝向喷射器出口(117)离开,从而在排气室(116)中产生真空。 真空构造成将泡沫溶液抽吸到喷射器入口(115)中,泡沫溶液与排气室(116)中的上述部分加压流体混合以形成泡沫混合物。
    • 7. 发明申请
    • TOUCH SCREEN SYSTEM
    • 触摸屏系统
    • WO2012167199A1
    • 2012-12-06
    • PCT/US2012/040609
    • 2012-06-01
    • POWERS, Winston J.
    • POWERS, Winston J.
    • G06F3/041
    • G06F3/044G06F2203/04103G06F2203/04112
    • A touch screen system (500) has an electrically non-conductive substrate (502). At least one electrically conductive pad (504) is disposed upon the substrate (502), and an electrically non-conductive cover (506) is placed over the pad (504). The system further includes a controller (510) having a touch switch interface (512) and at least one output (520), the touch switch interface (512) being electrically coupled to the pad (504). The controller generates an AC signal, the AC signal being electrically coupled from the controller (510) to the pad (504) through the touch switch interface (512), thereby generating an electrostatic field proximate the pad (504). The controller (510) is also configured to detect at the touch switch interface (512) a change in the electrostatic field resulting from an actuating member contacting the cover (506) proximate the pad (504). The controller (510) provides at the output (520) a signal relating to the change in the electrostatic field.
    • 触摸屏系统(500)具有非导电衬底(502)。 至少一个导电焊盘(504)设置在基板(502)上,并且非导电盖(506)被放置在焊盘(504)上方。 该系统还包括具有触摸开关接口(512)和至少一个输出(520)的控制器(510),该触摸开关接口(512)电耦合到该焊盘(504)。 控制器产生AC信号,AC信号通过触摸开关接口(512)从控制器(510)电连接到焊盘(504),由此在焊盘(504)附近产生静电场。 控制器(510)还被配置为在触摸开关接口(512)处检测由接近靠垫(504)的盖(506)的致动构件产生的静电场的变化。 控制器(510)在输出(520)处提供与静电场的变化有关的信号。
    • 9. 发明申请
    • STACKED CRYSTAL ARRAY FOR DETECTION OF PHOTON EMISSIONS
    • 用于检测光子发射的堆叠晶体阵列
    • WO2010132056A1
    • 2010-11-18
    • PCT/US2009/043882
    • 2009-05-14
    • CALL, JohnNEOPROBE CORPORATION
    • CALL, John
    • G01T1/20
    • G01T1/161
    • A stacked crystal array (46) includes a plurality of crystal slices (20) and a plurality of interconnects (22). The interconnects (22) have electrically conductive, spaced-apart and generally parallel elements (34) joined by electrically conductive spacers (36) extending generally orthogonally therebetween, the spacers (36) being rotationally offset from each other by a predetermined angle. The array (46) further includes a plurality of electrical insulators (24) and an electrically insulative housing (26) having a plurality of slots (40). The crystal slices (20), insulators (24) and interconnects (22) are arranged in the housing (26) to form an assembly wherein the crystal slices (20) are coupled together in a parallel electrical circuit. The assembly provides photon absorption comparable to a monolithic crystal having a thickness generally equivalent to the sum of the thicknesses of the crystal slices (20), but at a lower bias voltage.
    • 叠层晶体阵列(46)包括多个晶片(20)和多个互连(22)。 互连(22)具有导电的,间隔开的和大致平行的元件(34),所述元件(34)通过其间大致垂直延伸的导电间隔件(36)连接,所述间隔件(36)以预定角度彼此旋转偏移。 阵列(46)还包括多个电绝缘体(24)和具有多个槽(40)的电绝缘壳体(26)。 晶体片(20),绝缘体(24)和互连(22)布置在壳体(26)中以形成其中晶体片(20)以并联电路耦合在一起的组件。 组件提供与具有通常等于晶体片(20)的厚度之和但在较低偏压下的厚度的单体晶体相当的光子吸收。