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公开(公告)号：US6019769A
公开(公告)日：2000-02-01
申请号：US140958
申请日：1998-08-27
CPC分类号： A61B17/663 , A61B17/6416
摘要： A method of performing angular distraction osteogenesis by drilling bone-pin holes into the first and second sides of a segmented bone, inserting bone-pins into the bone-pin holes, attaching the bone-pins in each side of the segmented bone to a distraction device and adjusting the distraction devise so that the bone portion of the first side of the segmented bone angularly adjusts, rotates or pivots its position relative to the bone portion on the second side of the segmented bone in precise, gradual and predetermined incremental amounts over a period of time so that the bone tissue remains healthy and the blood vessels and nerve endings remain intact during the bending distraction process. A device for achieving angular distraction osteogenesis is provided having a support member extending across a segmented piece of bone, means for securing the first side of the segmented bone to the support member and the second side of the segmented bone to the support member, and means for angularly adjusting the first section of segmented bone relative to the second section of segmented bone. The angular adjustment means includes a gear and a cooperating adjustment screw which rotates the gear when the screw is adjusted in order to easily angularly adjust or rotate the support member or the means for securing the segmented bone pieces to the support member in precise, small incremental predetermined amounts over a period of time. The means for securing the segmented bone pieces to the support member include bone-pin clamps which can be adjusted linearly or translated in precise, gradual and incremental distances along the length of the support member. In one embodiment, the device has two arms, a central joint for angularly adjusting the two arms and two bone-pin clamps for attaching at least one bone-pin on each side of the segmented bone to a respective arm. The arms are attached to the central joint and angularly adjust or rotate in planes that are oriented different from one another and perhaps perpendicularly and the bone-pin clamps linearly translate along each arm.
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公开(公告)号：US20100017725A1
公开(公告)日：2010-01-21
申请号：US12506538
申请日：2009-07-21
申请人： Joseph F. McCarthy , Yogi Patel , Sameer Ahuja , Shelly Farnham , William R. Hazlewood , Josh Lind
发明人： Joseph F. McCarthy , Yogi Patel , Sameer Ahuja , Shelly Farnham , William R. Hazlewood , Josh Lind
CPC分类号： H04W4/021
摘要： Disclosed are methods and systems for automatically displaying media items (130) preselected by a user (110) on a collage display (700) located at a social gathering spot when the user is present. A user of the system sets up a personal online profile (110) through a website (100,200) and the profile identifies a portable device (500) associated with the user. User online profiles (110) are stored in a database (400) on a system web server (300), and may include selected media items (132) selected by the user. At a venue, the user's presence is automatically detected by various electronic means, and a personalized welcome message (702) may be displayed on the collage display screen (700) to notify other patrons of the venue. Users present may comment or vote (182,184) on the media items seen on the collage display, as well as send text messages to the display (164,750).
摘要翻译： 公开了用于在用户存在时自动显示由用户（110）预选的媒体项目（130）在位于社交聚集点的拼贴画显示器（700）上的方法和系统。 系统的用户通过网站（100,200）设置个人在线简档（110），并且简档识别与用户相关联的便携式设备（500）。 用户在线简档（110）被存储在系统web服务器（300）上的数据库（400）中，并且可以包括由用户选择的所选择的媒体项（132）。 在场地，通过各种电子装置自动检测用户的存在，并且可以在拼贴画显示屏幕（700）上显示个性化的欢迎消息（702）以通知场地的其他顾客。 用户可以在拼贴画上看到的媒体项目上发表评论或投票（182,184），并向显示器发送短信（164,750）。
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公开(公告)号：US5846245A
公开(公告)日：1998-12-08
申请号：US546208
申请日：1995-10-20
CPC分类号： A61B17/663 , A61B17/6416
摘要： A method of performing angular distraction osteogenesis by drilling bone-pin holes into the first and second sides of a segmented bone, inserting bone-pins into the bone-pin holes, attaching the bone-pins in each side of the segmented bone to a distraction device and adjusting the distraction devise so that the bone portion of the first side of the segmented bone angularly adjusts, rotates or pivots its position relative to the bone portion on the second side of the segmented bone in precise, gradual and predetermined incremental amounts over a period of time so that the bone tissue remains healthy and the blood vessels and nerve endings remain intact during the bending distraction process. A device for achieving angular distraction osteogenesis is provided having a support member extending across a segmented piece of bone, members for securing the first side of the segmented bone to the support member and the second side of the segmented bone to the support member, and a member for angularly adjusting the first section of segmented bone relative to the second section of segmented bone. The angular adjustment member includes a gear and a cooperating adjustment screw which rotates the gear when the screw is adjusted in order to easily angularly adjust or rotate the support member or the members for securing the segmented bone pieces to the support member in precise, small incremental predetermined amounts over a period of time. The members for securing the segmented bone pieces to the support member include bone-pin clamps which can be adjusted linearly or translated in precise, gradual and incremental distances along the length of the support member. In one embodiment, the device has two arms, a central joint for angularly adjusting the two arms and two bone-pin clamps for attaching at least one bone-pin on each side of the segmented bone to a respective arm. The arms are attached to the central joint and angularly adjust or rotate in planes that are oriented different from one another and perhaps perpendicularly and the bone-pin clamps linearly translate along each arm.
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