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    • 2. 发明授权
    • Self calibrating lighting control system
    • 自校准照明控制系统
    • US5381074A
    • 1995-01-10
    • US69480
    • 1993-06-01
    • Robert G. RudzewiczGary B. FlaishansMichael A. Dahl
    • Robert G. RudzewiczGary B. FlaishansMichael A. Dahl
    • B60Q3/04B60Q7/00
    • B60Q3/046B60Q3/001B60Q3/048B60K2350/2069
    • A lighting control system with self calibration for employing the entire physical travelling range of a dimmer switch. A lookup table and linear interpolation are used in conjunction with the voltage output of the dimmer switch in order to identify the appropriate duty cycle of a Pulse Width Modulated signal which drives the lamps in the system. Two of the values in the lookup table are default minimum and maximum values of voltage which can be expected from a worst case switch device. The system dynamically determines and stores any new maximum or minimum voltage which is received from the dimmer switch. These dynamically determined minimum and maximum values are used to replace the default values in the lookup table thus calibrating the lookup table. The calibrated lookup will take into account the operating parameters of the actual switch in the vehicle and will therefore always produce a corresponding change in illumination intensity over the entire physical range of the dimmer switch.
    • 一种具有自校准功能的照明控制系统,用于采用调光开关的整个物理行驶范围。 查找表和线性内插与调光开关的电压输出结合使用,以便识别驱动系统中的灯的脉宽调制信号的适当占空比。 查找表中的两个值是从最坏情况开关器件可以预期的默认最小值和最大值。 系统动态地确定并存储从调光开关接收的任何新的最大或最小电压。 这些动态确定的最小值和最大值用于替换查找表中的默认值,从而校准查找表。 经校准的查找将考虑车辆中实际开关的操作参数,因此总是在调光开关的整个物理范围内产生相应的照明强度变化。
    • 3. 发明授权
    • Vehicle climate control multiplex system
    • 车辆气候控制多重系统
    • US5699857A
    • 1997-12-23
    • US579067
    • 1995-12-22
    • Gary B. FlaishansRobert G. RudzewiczMichael A. Dahl
    • Gary B. FlaishansRobert G. RudzewiczMichael A. Dahl
    • B60H1/00F25B29/00H04Q9/00
    • B60H1/00507B60H1/00642
    • An automotive heater, ventilation and air conditioning (HVAC) control system reduces overall system cost and improves system reliability by reducing the number of wire interconnects between the climate control head and the multifunction body control module. Wire reduction from as many as seven to as few as one is possible with the inventive resistively multiplex system. The inventive system combines rear defrost, airconditioning on/off and a set of mode door drive motor select signals within a single climate control head. The inventive climate control head includes a series of resistors and switches that effectively allow a vehicle user to select the various modes of HVAG system operation. The climate control head effectively combines the various possible mode signals into one analog signal that varies according to the selected mode. The single analog signal is fed into a single analog-to-digital port in the multifunction control module. The multifunction control module operates on the internally converted digital signals and responsively controls the HVAC system.
    • 汽车加热器,通风和空调(HVAC)控制系统通过减少气候控制头和多功能体控制模块之间的电线互连数量,降低整体系统成本,提高系统可靠性。 使用本发明的电阻式多路复用系统,可以将多达七个至少一个的电线减少到一个。 本发明的系统将后除霜,空调打开/关闭以及单个气候控制头内的一组模式门驱动电机选择信号相结合。 本发明的气候控制头包括一系列电阻和开关,其有效地允许车辆用户选择HVAG系统操作的各种模式。 气候控制头将各种可能的模式信号有效地组合成根据所选择的模式变化的一个模拟信号。 单个模拟信号被馈送到多功能控制模块中的单个模拟 - 数字端口。 多功能控制模块对内部转换的数字信号进行操作,并响应控制HVAC系统。