We claim:
1. A system (102) for regulating a fan comprises:
a microphone, wherein the microphone is configured to
capture a voice commands from a user thereby producing a
5 command data;
a gesture detector, wherein the gesture detector is configured
to detect gestures from the user thereby producing a gesture data;
a plurality of sensors, wherein the plurality of sensors is
configured to detect temperature, humidity and air quality of the
10 environment where the fan is installed thereby producing an
environmental data;
the system is communicatively coupled to the microphone, the
gesture detector and the plurality of sensors, wherein the system
comprises:
15 a receiving module (212), coupled with a processor (202),
wherein the receiving module (212) is configured to receive the
command data or the gesture data, and the environmental data;
a cross-co-relation module (214), coupled with the
processor (202), wherein the cross-co-relation module (214) is
20 configured to cross corelate the gesture data or the command
data with the environmental data thereby creating co-relation
data depicting the degree of similarity between the command
data or the gesture data and the environmental data;
an auto co-relation module (216), coupled to the processor
25 (202), wherein the auto co-relation module (216) is configured
to by-pass the environmental data based on a specific
instructions in the command data or the gesture data thereby
generating an auto-corelation data;
18
a priority module (218), coupled with the processor (202),
wherein the priority module (218) is configured to prioritize, in
real time, between the auto-corelation data and the crosscorelating data thereby creating a prioritization data;
5 generating module (220), coupled with the processor (202),
wherein the generating module (220) is configured to generate
a control signals for regulating speed of the fan based on the
prioritization data; and
a regulating module (222), coupl