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    • 1. 发明申请
    • MECHANICAL SERPENTINE DEVICE
    • 机械伺服设备
    • WO2006060775A3
    • 2007-01-04
    • PCT/US2005043939
    • 2005-12-02
    • SARCOS INVEST LCJACOBSEN STEPHEN CMARKUS DAVID TMARCEAU DAVIDZURN SHAYNE
    • JACOBSEN STEPHEN CMARKUS DAVID TMARCEAU DAVIDZURN SHAYNE
    • B25J18/06B25J17/02
    • B25J18/06Y10T74/20305
    • A serpentine device (10) having a proximal end and (34) a distal end comprising a series of discs (14) arrayed in succession and on center along a common, neutral axis (4), wherein the discs (14) comprise a first and second surface; and at least one flexible interconnect (54) extending between and connecting each disc (14) to any succeeding disc (14) according to a pre-determined connection configuration, wherein the interconnects (54) are indirectly connected to one another through the discs (14) and configured to provide torsional and bending support to each of the discs (14) connected thereto under an applied load, thus achieving a continuum of flexibility along an entire length of the serpentine device (10), as well as to facilitate the torquability of the serpentine device (10). The serpentine device (10) may further comprise a bendable member and at least one transfer element configured to perform one or more transfer functions, namely the transfer of energy, work, fluid, electricity, light energy, sound energy, matter, etc. from one location to another location, and particularly from a source to one or more of the discs (14) of the serpentine device (10). An actuation system is also featured, which is configured to selectively actuate the discs (14) in a pre-determined direction in three-dimensional space.
    • 具有近端的蛇形装置(10)和(34)远端,包括沿着共同的中立轴线(4)连续排列并且沿中心排列的一系列盘(14),其中所述盘(14)包括第一 和第二表面; 以及根据预定的连接配置,在每个盘(14)之间延伸并连接到任何后续盘(14)的至少一个柔性互连(54),其中所述互连(54)通过所述盘彼此间接连接 14),并且被配置成在施加的负载下为连接到其上的每个盘(14)提供扭转和弯曲支撑,从而在蛇形装置(10)的整个长度上实现柔性的连续性,并且促进扭矩 的蛇形装置(10)。 蛇形装置(10)还可以包括可弯曲构件和至少一个传送构件,其被配置为执行一个或多个传递功能,即能量,工作,流体,电,光能,声能,物质等从 一个位置到另一个位置,特别是从源头到蛇形装置(10)的一个或多个盘(14)。 还具有致动系统,其被构造成在三维空间中以预定方向选择性地致动盘(14)。
    • 3. 发明申请
    • MICRO FLUID TRANSFER SYSTEM
    • 微流体传输系统
    • WO2008103963A1
    • 2008-08-28
    • PCT/US2008/054806
    • 2008-02-22
    • STERLING INVESTMENTS LCJACOBSEN, Stephen, C.ZURN, Shayne, M.
    • JACOBSEN, Stephen, C.ZURN, Shayne, M.
    • B81B3/00F04B43/00
    • F04B19/006Y10T29/49Y10T137/8593Y10T137/85978
    • A micro fluid transfer system for transferring fluid within a micro-environment, wherein the micro fluid transfer system comprises: (a) an elongate body having first and second ends and an outer surface; (b) a plurality of bores formed within the elongate body, the bores extending along at least a portion of a length of the elongate body for carrying fluid therein; and (c) at least one interconnecting slot intercepting at least two of the plurality of bores within the elongate body at a strategic, pre-determined location and orientation so as to fluidly connect the at least two bores and to define a plurality of potential fluid passageways through the elongate body. The micro fluid transfer system further comprises at least one access slot intercepting one of the plurality of bores within the elongate body at a strategic, pre-determined location and orientation so that the access slot and the bore are in fluid communication with one another, the access slot further defining additional potential fluid passageways within the elongate body. The micro fluid transfer system further comprises at least one rod disposed within each of the plurality of bores, the rod being selectively positioned to define a particular pre-determined fluid passageway and subsequent fluid flow path and to manipulate and control fluid flow through the fluid flow path.
    • 一种用于在微环境内传送流体的微流体输送系统,其中所述微流体转移系统包括:(a)具有第一和第二端和外表面的细长体; (b)形成在细长主体内的多个孔,所述孔沿着细长体的长度的至少一部分延伸,用于在其中承载流体; 以及(c)至少一个相互连接的狭槽,其在所述细长主体内以预定的位置和方向在所述长度方向上截留所述多个孔中的至少两个,以便流体连接所述至少两个孔并且限定多个潜在流体 通过细长体的通道。 微流体输送系统还包括至少一个进入狭槽,该入口狭槽在细长主体内以战略的预定位置和方向拦截多个孔中的一个,使得进入狭槽和孔彼此流体连通, 进入槽进一步限定细长体内的附加潜在流体通道。 微流体输送系统还包括设置在多个孔中的每一个中的至少一个杆,所述杆被选择性地定位成限定特定的预定流体通道和随后的流体流动路径,并且操纵和控制通过流体流动的流体流动 路径。
    • 10. 发明申请
    • VERTICAL FIELD EMISSION DEVICES AND METHODS OF FABRICATION WITH APPLICATIONS TO FLAT PANEL DISPLAYS
    • 垂直场发射装置及其应用于平板显示器的制造方法
    • WO1996018206A1
    • 1996-06-13
    • PCT/US1995015760
    • 1995-12-05
    • ZURN, Shayne, MatthewSCHILLER, Peter, JosephPOLLA, Dennis, Lee
    • H01J27/10
    • H01J1/3042H01J2329/00
    • Vertical field emission devices (10) are described with very small anode to cathode separations. Preferred cathodes have sharp edge emitters (30) extending, outward perpendicular to the surface of the underlying substrate (12). These sharp edge emitters (30) are produced within planar photolithography by coating sacrificial conformal walls (32) and anisotropic etching. Microencapsulation is used to produce a sealed cavity under low pressure which includes space between the anode and cathode. The field emission components can be adapted for the production of light emitting field emission diodes. The individual cathode emitters can be integrated with solid state components on the substrate with each cathode being independently addressable. Arrays of closely packed light emitting, field emission diodes of the present invention are particularly suitable for use in displays. These displays would be useful for plat-panel computer displays and high definition television.
    • 用非常小的阳极至阴极分离来描述垂直场致发射器件(10)。 优选的阴极具有垂直于下面的衬底(12)的表面向外延伸的尖锐的边缘发射器(30)。 这些锋利的边缘发射器(30)通过涂覆牺牲保形壁(32)和各向异性蚀刻在平面光刻内产生。 微囊化用于在低压下产生密封空腔,其包括阳极和阴极之间的空间。 场发射部件可以适用于制造发光场致发射二极管。 各个阴极发射器可以与衬底上的固态组件集成,每个阴极可独立寻址。 本发明的紧密堆积的发光场发射二极管阵列特别适用于显示器。 这些显示器对于平板电脑显示器和高清电视将是有用的。