Abstract:
An injection control method for controlling a "common rail" (CR) fuel injection system in a Diesel engine is described. The method comprises the following steps: a. an initialising step for acquiring engine control parameters; and b. a main adjustment cycle for adjusting operational variables of the engine. Advantageously according to the invention, the injection control method further comprises the following steps: c. an interrupting step for adjusting an injection procedure proper of the injection system by variation of all the characteristic parameters of the injection procedure. Also described is an injection control system for a Diesel engine based on the above method.
Abstract:
An injection control method for controlling a "common rail" (CR) fuel injection system in a Diesel engine is described. The method comprises the following steps:
a. an initialising step for acquiring engine control parameters; and b. a main adjustment cycle for adjusting operational variables of the engine. Advantageously according to the invention, the injection control method further comprises the following steps:
c. an interrupting step for adjusting an injection procedure proper of the injection system by variation of all the characteristic parameters of the injection procedure.
Also described is an injection control system for a Diesel engine based on the above method.
Abstract:
An injection control method for controlling a "common rail" (CR) fuel injection system in a Diesel engine is described. The method comprises the following steps: a. an initialising step for acquiring engine control parameters; and b. a main adjustment cycle for adjusting operational variables of the engine. Advantageously according to the invention, the injection control method further comprises the following steps: c. an interrupting step for adjusting an injection procedure proper of the injection system by variation of all the characteristic parameters of the injection procedure. Also described is an injection control system for a Diesel engine based on the above method.
Abstract:
A method of assessing the neuro-psycho-physical condition of a person consists in acquiring, by self-contained hand-held instrumental means, reaction time, execution time and ergometric data of actions performed by the person in carrying out a certain test comprises the steps of processing said time data and said ergometric data calculating the power exerted in performing each action; processing, on the basis of a certain software, data of reaction time and exerted power, producing an information on the neuro-psycho-physical condition. Most preferably, ergometric and reaction time data are processed by a Fuzzy logic processor. The hand held instrument may optionally include also motion and voice articulation classifiers.
Abstract:
A portable automatic system for acquisition and recording of information concerning the global motion activity of a subject during predetermined time interval comprises one or more motion sensors respectively placed on parts of the body of the subject under observation; an analog-to-digital converter associated with each sensor converting an analog signal generated by the sensor into digital data; a logic block for calculation of predefined parameters from successive sequences of said digital data; first fuzzy logic means processing said calculated parameters and storing corresponding fuzzy classification labels of the movement detected by each of said sensors during the same predetermined time interval; and second fuzzy logic processing means for classifying the global motion activity of the subject under observation with sets of fuzzy labels relative to the different motion sensors and a display presenting the subject's global motion activity in said interval.