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    • 4. 发明申请
    • Reconfigurable Seating Arrangement
    • 可重组座椅安排
    • US20110062751A1
    • 2011-03-17
    • US12993624
    • 2009-04-29
    • Håkan Andersson
    • Håkan Andersson
    • B60N2/24A47C13/00
    • A61G3/0808B60N2/3047
    • The present invention relates to a reconfigurable seating arrangement (10) for car, bus, trains, or the like, comprising first (1) and second (2) frame section elements connected with a backrest part (IA) and a seat part (2A), respectively. A connection and reconfiguration device (3) connects said first frame section element (1) with said second frame section element (2) so that the seating arrangement (10) can be reconfigured between a first functional state wherein the seat part (2A) and the backrest part (IA) form a seat having a backrest, and a second functional state wherein the lower part of the seat part (2A2) forms vertical support to wheelchair (20) or the like.
    • 本发明涉及一种用于汽车,公共汽车,火车等的可重构座椅装置(10),包括与靠背部件(IA)和座椅部件(2A)连接的第一(1)和第二(2)框架部件 ), 分别。 连接和重新配置装置(3)将所述第一框架部件(1)与所述第二框架部件(2)连接,使得所述安装件(10)可以在第一功能状态之间重新配置,其中所述座椅部件(2A)和 靠背部(IA)形成具有靠背的座椅和第二功能状态,其中座椅部件(2A2)的下部形成对轮椅(20)的垂直支撑等。
    • 6. 发明授权
    • Determining and displaying geometric relationship between objects in a computer-implemented graphics system
    • 确定和显示计算机实现的图形系统中对象之间的几何关系
    • US06801217B2
    • 2004-10-05
    • US09939815
    • 2001-08-27
    • Håkan Andersson
    • Håkan Andersson
    • G06T1100
    • G06F3/04845
    • Method for the modification of three-dimensional objects via an input device allowing only two-dimensional input. The method comprises creating a three-dimensional object, displaying a three-dimensional representation, activating the three-dimensional object, displaying a representation of a three-dimensional coordinate system, selecting one of the axes of the three-dimensional coordinate system assigned to the object, shifting the origin of the assigned coordinate system within a global three-dimensional coordinate system along a line defined by the orientation of the selected axis of the assigned coordinate system within the global three-dimensional coordinate system, computing the three-dimensional object relative to the global coordinate system after shifting according to the displacement of the origin of the assigned coordinate system, and displaying a representation of the shifted three-dimensional object on the computer screen.
    • 通过仅允许二维输入的输入装置修改三维物体的方法。 该方法包括创建三维对象,显示三维表示,激活三维对象,显示三维坐标系的表示,选择分配给三维坐标系的三维坐标系的轴之一 对象,沿着由全局三维坐标系中所分配的坐标系的所选择的轴的方位定义的线将所分配的坐标系的原点移动到全局三维坐标系中,计算三维物体相对 根据所分配的坐标系的原点的位移移动到全局坐标系,并且在计算机屏幕上显示移位的三维对象的表示。
    • 7. 发明授权
    • Driver circuit and method of operating the same
    • 驱动电路及其操作方法
    • US06198405B1
    • 2001-03-06
    • US09002371
    • 1998-01-02
    • Håkan AnderssonJohan Uggmark
    • Håkan AnderssonJohan Uggmark
    • G08B522
    • H05B33/0818
    • A driver circuit 1000 for driving functional devices, such as an LED 1020-1023, a buzzer 1060, a voltage converter or an EL-lamp, and a method of operating the driver circuit are provided. The circuit includes an inductor 1030, first and second connection points for connection of a voltage source 1050, switching means 1040 which when in a first state allows an electrical current to flow from the first connection point and through the inductor to thereby charge the inductor with energy and when in a second state substantially prevents an electrical current from flowing from the first connection point to the inductor and at least two functional devices, the function of which are activated when energy is discharged from the inductor to the at least two functional devices.
    • 提供了用于驱动诸如LED 1020-1023,蜂鸣器1060,电压转换器或EL灯等功能器件的驱动器电路1000以及驱动电路的操作方法。 该电路包括电感器1030,用于连接电压源1050的第一和第二连接点,切换装置1040,其在第一状态允许电流从第一连接点流过并通过电感器,从而为 能量并且当处于第二状态时基本上防止电流从第一连接点流向电感器和至少两个功能器件,当功率从电感器放电到至少两个功能器件时,其功能被激活。
    • 10. 发明授权
    • Intra-subframe time multiplexing
    • 子帧间时间复用
    • US09014079B2
    • 2015-04-21
    • US12712413
    • 2010-02-25
    • Niclas WibergHåkan AnderssonChristian Hoymann
    • Niclas WibergHåkan AnderssonChristian Hoymann
    • H04B7/14H04B7/155
    • H04B7/15542
    • A relay node (29) radio access network (RAN) is configured to communicate using backhaul subframes over a Un radio interface with a donor base (27) station node and to communicate using access subframes over a Uu radio interface with a wireless terminal (30). Downlink backhaul subframes and downlink access subframes are transmitted over an air interface using the same frequency band, but a beginning of a selected downlink access subframe precedes a beginning of a next-in-time downlink backhaul subframe by a downlink timing advance (TA). The relay node (29) both receives downlink control information from the donor base station node and transmits downlink control information to the wireless terminal during the downlink backhaul subframe, e.g., during a time to which the downlink backhaul subframe has been allocated.
    • 中继节点(29)无线电接入网络(RAN)被配置为使用回程子帧通过Un无线电接口与施主基站(27)站节点进行通信,并且通过Uu无线电接口与无线终端(30)进行接入子帧的通信 )。 下行链路回程子帧和下行链路接入子帧通过空中接口使用相同的频带发送,但是下行链路接入子帧的开始在下一个时间下行链路回程子帧的开始之前通过下行链路定时提前(TA)。 中继节点(29)都从施主基站节点接收下行链路控制信息,并且在下行回程子帧期间,例如在已经分配了下行回程子帧的时间内,向无线终端发送下​​行链路控制信息。