ILLUMINATION APPARATUS AUTOMATICALLY ADJUSTED WITH TIME
First Claim
1. An illumination apparatus automatically adjusted with time, comprising:
- a timing module for setting the time into N sessions, and generating an ith timing signal according to an ith session corresponding to the current time, wherein i and N are natural numbers and i≦
N;
a control module for reading the ith timing signal from the timing module and correspondingly outputting an ith control signal; and
a first power conversion module, coupled to an AC power supply, the control module and a first light source, for converting a received AC power supply signal into a DC power signal and outputting the DC power signal to the control module, and correspondingly outputting an ith DC driving signal to drive the first light source to emit light of an ith situation after receiving the ith control signal from the control module.
1 Assignment
0 Petitions
Accused Products
Abstract
An illumination apparatus which comprises a timing module, a control module and a first power conversion module and can be automatically adjusted with time is provided. The timing module sets the time into N sessions, and generates an ith timing signal according to the ith session corresponding to the current time, wherein i and N are natural numbers and i≦N. The control module reads the ith timing signal from the timing module, and outputs an ith control signal. The first power conversion module, coupled to an AC power supply, the control module and a first light source, converts the AC power supply signal into a DC power signal and outputs the DC power signal to the control module, and outputs an ith DC driving signal to drive the first light source to emit light of the ith situation after receiving the ith control signal.
-
Citations
15 Claims
-
1. An illumination apparatus automatically adjusted with time, comprising:
-
a timing module for setting the time into N sessions, and generating an ith timing signal according to an ith session corresponding to the current time, wherein i and N are natural numbers and i≦
N;a control module for reading the ith timing signal from the timing module and correspondingly outputting an ith control signal; and a first power conversion module, coupled to an AC power supply, the control module and a first light source, for converting a received AC power supply signal into a DC power signal and outputting the DC power signal to the control module, and correspondingly outputting an ith DC driving signal to drive the first light source to emit light of an ith situation after receiving the ith control signal from the control module. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15)
-
Specification