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    • 1. 发明申请
    • GAME TOWER
    • 游戏塔
    • US20110115157A1
    • 2011-05-19
    • US12946509
    • 2010-11-15
    • Andrew S. FiloDavid G. CapperCharles Albert
    • Andrew S. FiloDavid G. CapperCharles Albert
    • A63F3/00A63F9/24
    • A63F3/00A63F3/00006A63F3/00072A63F3/00643A63F2003/00078A63F2003/00347A63F2003/00419A63F2003/00652A63F2009/241A63F2009/2419A63F2009/2445A63F2009/2451A63F2009/2457A63F2009/247A63F2009/2486A63F2009/2494
    • A game apparatus and a method using a light source, a convex mirror and an optical sensor, all disposed within a housing, are described. The housing is transparent to the range of wavelengths from the light source and is composed of a low distortion scratch-resistant material. A game board is also used along with retro-reflective elements, such as moveable playing markers or game tokens, cards or regions affixed to and integrated into the game board. A data store stores the locations of the reflective elements and other game-related data, such as data needed to measure a player's score or position in a game or data to provide guided play. The convex mirror is disposed inside the housing such that light reflects from the light source, off the convex mirror, through the housing, and onto the game board. The one or more retro-reflective elements, when placed on the game board, receive light emanated from the light source. The light received by the one or more retro-reflective elements reflects off of the convex mirror and along substantially the same path from which the light was received. The optical sensor receives light reflected from the one or more retro-reflective elements, senses increases and decreases in the intensity of the reflected light, and signals changes in the intensity of the reflected light greater than or equal to a predefined level. A processor, or computer, is responsive to signals from the sensor and the data in the data store.
    • 描述了全部设置在壳体内的使用光源,凸面镜和光学传感器的游戏装置和方法。 外壳对于来自光源的波长范围是透明的,并且由低变形防刮材料构成。 游戏板还与回溯元件一起使用,例如可移动的游戏标记或游戏令牌,附加到游戏板并且集成到游戏板中的卡片或区域。 数据存储器存储反射元件和其​​他游戏相关数据的位置,诸如测量玩家在游戏中的得分或位置所需的数据或数据,以提供指导游戏。 凸面镜设置在壳体内,使得光从光源,凸出的镜子,通过壳体反射到游戏板上。 当放置在游戏板上时,一个或多个回射元件接收从光源发出的光。 由一个或多个后向反射元件接收的光从凸面镜反射出并沿着基本上与光接收的相同路径反射。 光学传感器接收从一个或多个后向反射元件反射的光,感测反射光的强度的增加和减小,并且反射光的强度的信号变化大于或等于预定水平。 处理器或计算机响应来自传感器的信号和数据存储器中的数据。
    • 3. 发明授权
    • Electrotransport system having flexible connector means
    • 具有柔性连接器装置的电子运输系统
    • US5919155A
    • 1999-07-06
    • US374006
    • 1995-01-18
    • Gary A. LattinJ. Richard GyoryCharles AlbertScott Jay Gilbert
    • Gary A. LattinJ. Richard GyoryCharles AlbertScott Jay Gilbert
    • A61N1/30A61N1/32
    • A61N1/044A61N1/30A61N1/303A61N1/325A61N1/0448Y10S439/909
    • A device (10) for the electrically assisted delivery of a therapeutic agent is described. The device (10) has rigid zones or regions (12, 14) which are physically connected by a flexible means (16) such as a web. The flexible means (16) permits the rigid zones (12, 14) to move independently with respect to each other while remaining physically connected or coupled. In a preferred embodiment, the rigid zones are physically and electronically coupled by the flexible means. In another embodiment, the device (500) comprises one or more rigid zones, the skin side of the rigid zone having a radius of curvature (520) which approximates that of the body site to which the device (500) is to be attached. A method of increasing the body surface conformability of an electrotransport device (50, 150, 170) is described. The method involves the step of intentionally placing rigid subcomponents (58, 36, 37) of the device in physically separate zones (52, 54; 152, 154, 156, 158; 172, 174, 176, 178) within the device. The rigid zones (52, 54; 152, 154, 156, 158; 172, 174, 176, 178) are separate and are coupled by flexible connector means (56, 62; 160, 162). In this manner, a conformable mosaic of rigid zones which comprises the device is created.
    • 描述了用于电辅助递送治疗剂的装置(10)。 装置(10)具有刚性区域或区域(12,14),其通过诸如腹板的柔性装置(16)物理连接。 柔性装置(16)允许刚性区域(12,14)相对于彼此独立地移动,同时保持物理连接或联接。 在优选实施例中,刚性区域通过柔性装置物理地和电子地联接。 在另一个实施例中,装置(500)包括一个或多个刚性区域,刚性区域的皮肤侧具有近似于装置(500)所附着的身体部位的曲率半径(520)。 描述了增加电输送装置(50,150,170)的体表顺应性的方法。 该方法包括将装置的刚性子部件(58,36,37)有意地放置在装置内的物理上分离的区域(52,54; 152,154,156,158,172,174,176,178)中的步骤。 刚性区域(52,54; 152,154,156,158,172,174,176,178)是分开的并且通过柔性连接器装置(56,​​62; 160,162)联接。 以这种方式,创建包括该装置的刚性区域的一致的马赛克。