Abstract:
A control device for a focus system of a compact disk (CD) driver (1), using fuzzy logic, of the type which is incorporated to an audio data processing system (2) of the CD driver and adapted to detect and segregate a light beam reflected by the surface of the compact disk (CD) from an incident light beam to the surface. The control device comprises, according to this invention, a controller (CF) operated on fuzzy logic for determining a focus error signal [Focus Error] and driving a focus servo-system (3) of the CD driver to adjust the distance of the focal plane from the light beam detecting means.
Abstract:
The invention relates to an Intelligent Power Module (101; 201) of the comprising at least a power circuit board (102; 202) comprising a plurality of power devices (103; 203) and being fixed on a base plate (109; 209) of a case body (110; 210) able to be closed with a lid (111; 211) to form a protective case (100; 200) of the Intelligent Power Module (101; 201), and a control circuit board (105; 205, 305) being suitable to drive the power devices (103; 203) of the power circuit board (102; 202). The control circuit board (105; 205, 305) is suitably associate to the lid (111, 211) in such a way that the control circuit board (105; 205, 305) is comprised within the case body (110; 210) when the lid (111; 211) close it, the control circuit board (105; 205, 305) associated with the lid (111; 211) thus realising an intelligent lid of the Intelligent Power Module (101; 201).
Abstract:
Described herein is a process for estimating membership regions of objects in non-structured environments, of the type that envisages the operations of:
sending scanning signals (S) in the direction of one or more objects (O); receiving reflected signals (I) from said one or more objects (O); analysing characteristics (f1, f2, f3) of said reflected signals (I) with respect to characteristics (f1, f2, f3) of said scanning signals (S) to obtain information on a membership region (d, DR) of said one or more objects (O) in said environments,
said process being characterized in that
said operation of sending scanning signals (S) envisages sending a plurality of scanning signals (S1, S2, S3) associated to a plurality of different frequencies (f1, f2, f3); and said operation of analysing characteristics (f1, f2, f3) of reflected signals (I) envisages selecting components (U1, U2, U3) of said reflected signals (I) with respect to said plurality of different frequencies (f1, f2, f3).
Abstract:
The invention relates to an Intelligent Power Module (101; 201) of the comprising at least a power circuit board (102; 202) comprising a plurality of power devices (103; 203) and being fixed on a base plate (109; 209) of a case body (110; 210) able to be closed with a lid (111; 211) to form a protective case (100; 200) of the Intelligent Power Module (101; 201), and a control circuit board (105; 205, 305) being suitable to drive the power devices (103; 203) of the power circuit board (102; 202). The control circuit board (105; 205, 305) is suitably associate to the lid (111, 211) in such a way that the control circuit board (105; 205, 305) is comprised within the case body (110; 210) when the lid (111; 211) close it, the control circuit board (105; 205, 305) associated with the lid (111; 211) thus realising an intelligent lid of the Intelligent Power Module (101; 201).
Abstract:
An intelligent suction device particularly for vacuum cleaners and the like, characterized in that it comprises a fuzzy-logic controller (1) which is suitable to control the motor of a turbine (2), the suction pressure whereof is detected by at least one pressure sensor (3) which feeds back its measurement, in a closed loop, to the controller (1).