Wireless synchronous time system

A method of synchronizing an event system, the method comprising:

• receiving an instruction at a primary event device, the instruction including a time element and a function element;
• processing the instruction;
• wirelessly transmitting the instruction;
• wirelessly receiving the instruction at a second receiver;
• and
• executing the function element based at least in part on the time element.

A method of controlling a timed-system, the method comprising:

• receiving a GPS time signal at a primary master device;
• processing the GPS time signal to produce a first internal time;
• retrieving operational data from a memory;
• wirelessly transmitting the first internal time and the operational data;
• wirelessly receiving the first internal time and the operational data at a second device including a second receiver;
• selectively storing the operational data in a second memory coupled to the second receiver;
• storing the first internal time in the second memory coupled to the second receiver to produce a second internal time;
• and
• executing an event at the second device coupled to the second receiver based at least in part on the second internal time and the operational data.

A method of wirelessly synchronizing a timed-system, the method comprising:

• receiving a GPS time signal at a primary master device;
• setting the GPS time signal in a first internal clock;
• incrementing the first internal clock relative to the GPS time signal;
• retrieving operational data including a preprogrammed time element and a preprogrammed functional element from a memory;
• retrieving a first internal time from the first internal clock;
• wirelessly transmitting the first internal time and the operational data;
• wirelessly receiving the first internal time and the operational data at a second receiver;
• selectively registering the operational data in a second memory;
• setting a second internal clock to the first internal time;
• incrementing the second internal clock relative to the first internal time;
• retrieving a second internal time from the second internal clock;
• displaying the second internal time;
• identifying a function from the preprogrammed functional element;
• and
• executing the function when the second internal time matches the preprogrammed time element.

A method of wirelessly synchronizing a timed-system, the method comprising:

• receiving a GPS time signal at a primary master device;
• setting the GPS time signal in a first internal clock;
• incrementing the first internal clock relative to the GPS time signal;
• retrieving a first internal time from the first internal clock;
• wirelessly transmitting the first internal time;
• wirelessly receiving the first internal time at a second receiver;
• selecting a time zone;
• setting a second internal clock coupled to the second receiver to the first internal time;
• incrementing the second internal clock relative to the first internal time and the time zone;
• retrieving a second internal time from the second internal clock time;
• and
• displaying the second internal time.

A method of wirelessly synchronizing a timed-system, the method comprising:

• receiving a GPS time signal at a primary master device;
• setting the GPS time signal in a first internal clock;
• incrementing the first internal clock relative to the GPS time signal;
• retrieving a first internal time from the first internal clock;
• wirelessly transmitting the first internal time;
• wirelessly receiving the first internal time at a second receiver;
• selecting a daylight savings bypass switch;
• setting a second internal clock coupled to the second receiver to the first internal time;
• incrementing the second internal clock relative to the first internal time and the daylight savings bypass switch;
• retrieving a second internal time from the second internal clock time;
• and
• displaying the second internal time.

A synchronous event system comprising:

• a first device including
• a first receiver operable to receive a time signal,
• a first processor coupled to the first receiver and operable to process the time signal to produce a processed time component,
• a memory coupled to the first processor and operable to store a programmed instruction including a time element,
• an internal clock coupled to the first processor to store the processed time component and to increment relative to the processed time component thereafter to produce a first internal time, and
• a transmitter coupled to the first processor and operable to transmit the first internal time and the programmed instruction;
• and
• a second device including
• a second receiver operable to wirelessly receive the first internal time and the programmed instruction,
• an internal clock coupled to the second receiver to store the first internal time and to increment relative to the first internal time thereafter to produce a second internal time, and
• an event switch operable to execute the programmed instruction when the second internal time matches the time element of the programmed instruction.