초록 ▼

The setpoint generator according to the invention utilizes the information "pedal travel s" in combination with the information "pedal force p" by weighting them in input circuits 4,5 and summing up the corresponding partial setpoints p'.sub.s and p'.sub.p to form a setpoint p'.sub.Hz. Here, a count

The setpoint generator according to the invention utilizes the information "pedal travel s" in combination with the information "pedal force p" by weighting them in input circuits 4,5 and summing up the corresponding partial setpoints p'.sub.s and p'.sub.p to form a setpoint p'.sub.Hz. Here, a countercurrent weighting takes place: If a small force acts on the pedal, the pedal travel is dominant; as the pedal force is growing, the latter is weighted more heavily. In this way, a smooth brake behavior is attained, whereby the comfort is enhanced and the wear of the employed components is reduced.

대표청구항 ▼

[ What is claimed is:] [1.] A setpoint generator for a pedal in an electrically controlled system, comprising:at least two parallely connected sensors working in accordance with different principles and generating different sensor output signals,electronic input circuits, coupled to said output sign

[ What is claimed is:] [1.] A setpoint generator for a pedal in an electrically controlled system, comprising:at least two parallely connected sensors working in accordance with different principles and generating different sensor output signals,electronic input circuits, coupled to said output signals, for generating an electric setpoint signal, wherein the output signals of the sensors are weighted in the electronic input circuits, and are summed to form said electric setpoint signal, wherein the weighting takes place in dependence on at least one of a temperature sensor signal or an humidity sensor signal, and wherein said weighting is effective for reducing the signal to noise ratio of said electric setpoint signal.