CONTROL DEVICE, DATA STORAGE MEDIUM HAVING DATA STORED THEREON, SIGNAL SEQUENCE REPRESENTING DATA, AND METHOD FOR CONTROLLING A VENTILATION OPENING
First Claim
1. A Control device comprisingat least one fuzzifier having at least one input and at least one output, the fuzzifier being adapted to receive at least two input variables, to fuzzify said input variables and to supply them to the at least one output,at least one decision-making unit having at least one input and at least one output, said input being coupled to the at least one output of the fuzzifier, the decision-making unit being adapted to receive the fuzzified input variables and to provide at least one output variable at the output, andat least one defuzzifier having at least one input and at least one output, said input being coupled to the at least one output of the decision-making unit and said defuzzifier being adapted to receive the at least one output variable from the decision-making unit and to provide at least one actuating variable at the output,wherein the input variables represent at least the CO2 content of the air of a room and the inside temperature of said room, the output variable represents the opening angle of at least one ventilation opening, and the actuating variable can be supplied, as a drive signal, to at least one actuator which influences the ventilation opening.
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Abstract
The invention relates to a method for controlling a ventilation opening of a room comprising the following steps: receiving at least two input variables, fuzzifying said input variables, making a decision about an opening angle of a ventilation opening based on said fuzzified input variables, defuzzifying the decision about the opening angle and providing at least one actuating variable, and delivering said actuating variable to an actuating device, thereby controlling the opening angle of the ventilation opening wherein the input variables represent at least the CO2 content of the air of a room and the inside temperature of said room, and wherein the output variable represents the opening angle of at least one ventilation opening, and the actuating variable being able to be supplied to at least one actuator which moves the ventilation opening. A control device and a storage medium having data stored thereon and a signal sequence which is suitable for transmission via a computer network and represents data, the data representing a program for execution on a microprocessor as part of a control device are also disclosed.
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Citations
54 Claims
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1. A Control device comprising
at least one fuzzifier having at least one input and at least one output, the fuzzifier being adapted to receive at least two input variables, to fuzzify said input variables and to supply them to the at least one output, at least one decision-making unit having at least one input and at least one output, said input being coupled to the at least one output of the fuzzifier, the decision-making unit being adapted to receive the fuzzified input variables and to provide at least one output variable at the output, and at least one defuzzifier having at least one input and at least one output, said input being coupled to the at least one output of the decision-making unit and said defuzzifier being adapted to receive the at least one output variable from the decision-making unit and to provide at least one actuating variable at the output, wherein the input variables represent at least the CO2 content of the air of a room and the inside temperature of said room, the output variable represents the opening angle of at least one ventilation opening, and the actuating variable can be supplied, as a drive signal, to at least one actuator which influences the ventilation opening.
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19. A data storage medium having data stored thereon or signal sequence which is suitable for transmission via a computer network and represents data, the data representing a program for execution on a microprocessor as part of a control device, the program being designed
to implement at least one fuzzifier which is adapted to receive at least two input variables, to fuzzify them and to supply them to a decision-making unit, to implement at least one decision-making unit which is adapted to receive the fuzzified input variables and at the output of which at least one output variable can be provided, and to implement at least one defuzzifier which is adapted to receive the output variable from the decision-making unit and at the output of which at least one actuating variable can be provided, wherein the input variables represent at least the CO2 content of the air of a room and the inside temperature of said room, and wherein the output variable represents the opening angle of at least one ventilation opening, and the actuating variable being able to be supplied to at least one actuator which moves the ventilation opening.
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37. A method for controlling a ventilation opening of a room comprising the following steps:
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receiving at least two input variables, fuzzifying said input variables making a decision about an opening angle of a ventilation opening based on said fuzzified input variables, defuzzifying the decision about the opening angle and providing at least one actuating variable, and delivering said actuating variable to an actuating device, thereby controlling the opening angle of the ventilation opening wherein the input variables represent at least the CO2 content of the air of a room and the inside temperature of said room, and wherein the output variable represents the opening angle of at least one ventilation opening, and the actuating variable being able to be supplied to at least one actuator which moves the ventilation opening. - View Dependent Claims (38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 51, 52, 53, 54)
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Specification