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    • 4. 发明申请
    • MONITORING CIRCUIT FOR AN ENERGY STORE AND METHOD FOR MONITORING AN ENERGY STORE
    • 监控能源存储的电路和监控能源存储的方法
    • US20100308836A1
    • 2010-12-09
    • US12809165
    • 2008-12-18
    • Mathias BüchelMarkus GilchUwe Zimmermann
    • Mathias BüchelMarkus GilchUwe Zimmermann
    • G01N27/416
    • G01R31/3658
    • A monitoring circuit is provided for an energy storage device. The energy storage device has a plurality of cells which each provide a voltage between their first and second connections and are switched in series. At least two voltage measuring circuits are provided, wherein the voltage measuring circuits each measure the voltage between a first measurement input and a second measurement input. A first connection conductor connects the first terminal of the first cell to the first measurement input of a first voltage measurement circuit. A second connection conductor connects the second terminal of the first cell to the second measurement input of a first voltage measurement circuit. A first load resistor can be switched between the first measurement input of the second voltage measurement circuit and a first fixed potential.
    • 为能量存储装置提供监视电路。 能量存储装置具有多个单元,每个单元在其第一和第二连接之间提供电压并串联切换。 提供至少两个电压测量电路,其中电压测量电路各自测量第一测量输入和第二测量输入之间的电压。 第一连接导体将第一单元的第一端子连接到第一电压测量电路的第一测量输入端。 第二连接导体将第一单元的第二端子连接到第一电压测量电路的第二测量输入端。 可以在第二电压测量电路的第一测量输入和第一固定电位之间切换第一负载电阻。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR MOVING A FREE-SWINGING LOAD FROM A STARTING POINT TO A TARGET POINT
    • 将起动点自由摆动的装置移动到目标点的方法和装置
    • US20100094464A1
    • 2010-04-15
    • US12514138
    • 2007-11-08
    • Uwe Zimmermann
    • Uwe Zimmermann
    • G05B11/01
    • B66C13/063B25J9/1669G05B2219/40043
    • In a method and apparatus for moving a free-swinging load that is suspended relative to a suspension point, a first path along which the load should be moved from a starting point to a destination, with a first location-dependent velocity, is provided to a processor. In the processor, a second path is automatically determined along which the suspension point should be moved with a second location-dependent velocity to cause the load to move along the first path from the starting point to the destination with the first location-dependent velocity. A movement-imparted mechanism, connected to the suspension point, is automatically controlled from the processor to move the freely-suspended load from the starting point to the destination by moving the suspension point along the second path with the second location-dependent velocity.
    • 在用于移动相对于悬挂点悬挂的自由摆动负载的方法和装置中,提供了以第一位置相关速度将载荷从起始点移动到目的地的第一路径 一个处理器 在处理器中,自动确定第二路径,沿着该第二路径,悬挂点应以第二位置相关速度移动,以使得负载沿着第一路径从起始点到目的地以第一位置相关速度移动。 连接到悬挂点的运动赋予机构从处理器自动控制,以通过以第二位置相关速度沿着第二路径移动悬架点,将自由悬挂的载荷从起始点移动到目的地。
    • 10. 发明授权
    • Method for processing output or base signals from a device for determining a distance of an object
    • 用于处理来自用于确定对象的距离的设备的输出或基本信号的方法
    • US07034744B2
    • 2006-04-25
    • US10466049
    • 2002-01-09
    • Uwe ZimmermannAchim PrukschWerner Uhler
    • Uwe ZimmermannAchim PrukschWerner Uhler
    • G01S13/08
    • G01S7/2922
    • To provide a method of processing output or base signals (S), in particular intermediate frequency output or base signals, from at least one device, in particular at least one radar device, for determining a distance (d), in particular a small distance on the order of magnitude of approximately zero meters to approximately 7 meters, of an object, by which it is possible to obtain from the raw signals, i.e., the output or base signals, distance information with respect to at least one object located in the detection or sensing range of the device, the following steps are provided: (a) Adaptively determining the background signal (S0) by localized filtering of the output or base signal (S) using at least one localized filter having a specified width (B); (b) Correcting the background of the output or base signal (s) by (b.1) subtracting the determined background signal (S0) from the output or base signal (S) and (b.2) forming a signal, in particular (s=abs (S−S0)), for example, from the difference (S−S0) of the output or base signal (S) and the background signal (S0); (c) Low-pass filtering, in particular temporal low-pass filtering, of the absolute value signal (s); (d) Forming a correlation signal (k=korr(s)) by correlating, in particular folding, the low-pass filtered absolute value signal (s) with at least one reference maximum having a half-value width; and (e) Determining the at least one object maximum (M) using at least one location-variable, adaptive threshold value (t) which may be determined from the correlation signal (k).
    • 为了提供一种从至少一个设备,特别是至少一个雷达设备处理输出或基本信号(S),特别是中频输出或基本信号的方法,用于确定距离(d),特别是小距离 在大约零米至大约7米的数量级上,可以从原始信号(即,输出或基本信号)获得相对于位于该位置的至少一个物体的距离信息 检测或感测范围,提供以下步骤:(a)通过使用至少一个局部化的局部滤波对输出或基本信号(S)进行局部滤波来自适应地确定背景信号(S 0> 0) 具有指定宽度(B)的滤波器; (b)通过(b.1)从输出或基本信号(S)中减去所确定的背景信号(S 0)来校正输出或基本信号的背景,(b) 2)形成信号,特别是(s = abs(SS< 0>)),例如,根据输出或基本信号(S )和背景信号(S0> 0); (c)绝对值信号的低通滤波,特别是时间低通滤波; (d)通过将低通滤波的绝对值信号与具有半值宽度的至少一个参考最大值相关联,特别地折叠来形成相关信号(k = korr(s)); 以及(e)使用可以从所述相关信号(k)确定的至少一个位置变量的自适应阈值(t)来确定所述至少一个对象最大值(M)。