Intelligent lamp and control method thereof

An intelligent lamp for working according to habit of people, the lamp comprising:

• an input unit to receive user inputs;
• a memory to store data;
• a time unit to supply current time;
• a lighting unit;
• and
• a processing unit comprising:
• a creating module to generate a table in the memory, wherein the table records values of a plurality of groups of operational parameters of the intelligent lamp generated by each time a user operates the intelligent lamp, each of the groups comprising a lighting time representing the time the user operates the intelligent lamp, and further comprising a plurality of operational parameters of the intelligent lamp corresponding to the lighting time;
• a determining module to determine whether one operation on the intelligent light in a predetermined time period in one day in last one week/month/year is a frequent event or an accidental event;
• a calculating module to obtain all values of the operational parameters of the frequent events, and respectively calculate an accuracy value for each operational parameter according to an algorithm, wherein the algorithm is T/2, wherein T=MAX−MIN, MAX is a maximum value of all values of each of the operational parameters, and MIN is a minimum value of all values of each of the operational parameters;
• and
• a control module to control the lighting unit to work according to the accuracy values of each of the operational parameters when the current time is the lighting time of the one group of operational parameters.

A method for controlling an intelligent lamp to work automatically according to habit of people comprising:

• generating a table in the memory, wherein the table records values of plurality of groups of operational parameters of the intelligent lamp generated by each time a user operates the intelligent lamp, each of the groups comprising a lighting time representing the time the user operates the intelligent lamp, and further comprising a plurality of operational parameters of the intelligent lamp corresponding to the lighting time;
• determining whether one operation on the intelligent light in a predetermined time period in one day in last one week/month/year is a frequent event or an accidental event;
• obtaining all values of the operational parameters of the frequent events, and respectively calculating an accuracy value for each operational parameter according to an algorithm, wherein the algorithm is (X−U)/(T/2), wherein X is an average value of all values of each of the operational parameters of the frequent events, T=MAX−MIN, U=(MAX+MIN)/2, MAX is a maximum value of all values of each of the operational parameters, and MIN is a minimum value of all values of each of the operational parameters;
• and
• controlling the intelligent lamp to work according to the accuracy values of each of the operational parameters when the current time is the lighting time of the one group of operational parameters.