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    • 3. 发明申请
    • IMAGE SIGNAL SENSING PROCESS
    • 方法跟踪的图像信号
    • WO1998019454A1
    • 1998-05-07
    • PCT/EP1997005899
    • 1997-10-24
    • FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V.BAYERISCHE MOTOREN WERKE AGBODENSEEWERK GERÄTETECHNIK GMBHSCHANZ, MichaelHOSTICKA, BedrichWERTHEIMER, ReinerKISAKÜREK, Hakan
    • FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V.BAYERISCHE MOTOREN WERKE AGBODENSEEWERK GERÄTETECHNIK GMBH
    • H04N03/15
    • H04N5/3535H04N5/355H04N5/374H04N5/3745
    • In a process for sensing an image signal by means of an array (30) of photosensitive components (10) capable of varying the charge of a capacity (12), an optical signal (20) from each photosensitive component is at first sensed by the following partial steps: a charge state of the capacity is generated with a predetermined voltage (+U_DD), the charge of the capacity (12) is altered by means of a photocurrent generated by the optical signal (20) in the photosensitive component (10) or by means of a value derived therefrom, and the voltage through the capacity (12) is sensed after a predetermined period. The sensed voltage is evaluated to verify if it lies within a valid range. If that is the case, a valid signal which characterises the sensed optical signal is determined on the basis of the sensed voltage. If that is not the case, the above-mentioned steps are repeated, applying a period which differs from the predetermined period, for a predetermined number of times or until the sensed voltage is detected to be in a valid range. Afterwards, the optical signal sensed by each photosensitive component (10) is stored together with the period during which a valid signal was detected. Finally, the image signal is extracted from the stored optical signals for the individual photosensitive components and their respective periods.
    • 在通过光敏元件(10)的阵列(30)来检测的图像信号,用其中的每一个的电荷的电容的方法(12)是可变的,将光信号(20)被检测到的每个光敏器件通过的第一的以下子步骤的装置:生成 具有预定电压(+ U_DD)的电容的充电状态,以在光敏器件的光信号(20)中的一个改变充电的电容器(12)的(10)中产生或从相同的大小导出并横跨检测电压光电流 在预定的时间段之后的电容(12),判断所述检测到的电压是否位于有效范围,并且如果是这样的话,确定有效,表征信号所检测到的光信号由于检测到的电压,如果不是这种 是的情况下,重复所述与Zeitdaue的预定的一个步骤 r用于的预定次数或直到它确定检测到的电压位于一个有效的范围内的不同时间段。 随后,为每个光敏器件(10)被检测到的光信号,被一起用于对已经检测到有效信号的时间段存储。 最后,获得从用于各个光敏器件所存储的光信号和相应的分配的时间段的图象信号。
    • 10. 发明申请
    • VEHICLE INCORPORATING A PASSIVE BELT
    • 装有被动皮带的车辆
    • WO1981003468A1
    • 1981-12-10
    • PCT/EP1981000047
    • 1981-05-16
    • BAYERISCHE MOTOREN WERKE AGWIMMER RLEVAI L
    • BAYERISCHE MOTOREN WERKE AG
    • B60R21/10
    • B60R22/06
    • A passive diagonal belt (6) is anchored into a motor vehicle, on one hand along the edge of the door by means of an automatic winding device (11), and on the other hand to the seat (2); said belt passes on top of a device (10) for changing direction, fixed to the stile (9) of the door at the height of the shoulders. Along the upper edge of the frame of the door (3) there is arranged a cable which may be driven by the motion of the door (4); said cable is connected to the diagonal belt (6) via a driving device (15) which may slide on the belt and via a stringing (16). To avoid hindering the vehicle occupant by the belt (6), and to prevent the latter from touching the occupant's head, the diagonal belt is held, when the occupant takes place, in an inclined way frontwardly in its upper portion, by a sliding stringing (16) passing on top of a deflecting device (22); finally, the belt is held by means of a hook (20), by the cable (14) in a direction along the upper frame of the door (3). When putting the belt on, the direction changing device (10) is moved downwardly and the belt is attached with an inclined direction from top to bottom.
    • 被动斜对角线(6)一方面通过自动上链装置(11)沿着门的边缘锚定到机动车辆中,另一方面被固定到座椅(2)上; 所述带通过装置(10)的顶部,用于改变方向,固定在肩部的高度处的门的立柱(9)上。 沿着门(3)的框架的上边缘布置有可以由门(4)的运动驱动的电缆; 所述电缆经由驱动装置(15)连接到对角线带(6),所述驱动装置可以在带上滑动并且经由弦线(16)滑动。 为了避免由带(6)阻碍车辆乘员,并且为了防止车辆乘员接触乘员的头部,当乘员发生时,斜面带以其向上倾斜的方式通过滑动线 (16)通过偏转装置(22)的顶部; 最后,带通过电缆(14)沿着门(3)的上框架的方向由钩(20)保持。 当将皮带打开时,方向改变装置(10)向下移动,并且带从上到下以倾斜的方向附着。