Abstract: An electric remote control device (20) includes sliding pushers (27) associated two by two and actuated from an actuating member. Each pusher is associated with a converter for generating an electric signal, a parameter of which is representative of the movement and/or position of the pusher and a signal processor (33) processes the signal produced at the output of the converter. The device provides for storing a defining equation between the position of the actuating member and the parameter of the output signal and the device includes a first storage unit (35) for storing the value of the parameter of the output signal of the converter when the actuating member is in a neutral position, corresponding to zero movement of the pusher, and a second storage (36) unit for storing the value of the parameter of the output signal of the converter when the actuating member is in an endmost position corresponding to maximum movement of the pusher.

Abstract: System for regulating the mean current flowing through a load (1), particularly an electric device controlling the phenomenon to be regulated, from initial variable control information (.alpha.), a DC voltage source (V.sub.alim) being provided for supplying this load, comprising: a measuring device (4) for permanently measuring the value of the variable information (.alpha.); a determination device (5, 6) for causing a mean theoretical current value to be applied to the load (1) to correspond to each value of the information (.alpha.

Abstract: An electric remote control device (20), includes a metal body (25) containing sliding pushers (27) associated two by two and actuated from an actuating member (22). Each pusher is associated with a converter for generating an electric signal one parameter of which is representative of the movement and/or position of the pusher. A signal processor processes the signal collected at the output of the receiver. At the end of the metal body (25) opposite the actuating member is provided a metal base (35) through which pass the rods of the pushers (27) associated with the converter. At least one printed circuit board (40), supporting the electronic components, in particular those of the converter and the signal processor, is disposed substantially perpendicularly to the base (35) in the central zone thereof, between and/or along the rods of the pushers (27). Supports (39) made from heat conducting material are fixed for heat conducting to the base and support the printed circuit boards.