DIVE COMPUTER WITH GLOBAL POSITIONING SYSTEM RECEIVER
5 Assignments
0 Petitions
Accused Products
Abstract
Dive computers and methods of logging information including position, audio and video information are disclosed. In one embodiment, the invention includes a processor, a global positioning system receiver connected to the processor and a pressure transducer connected to the processor.
-
Citations
50 Claims
-
1-20. -20. (canceled)
-
21. A dive computer comprising:
-
a processor; a global positioning system receiver connected to the processor; a display connected to the processor; a pressure transducer connected to the processor; and clock circuitry connected to the processor; wherein the processor is configured to determine time using the clock circuitry; wherein the processor is configured to determine depth of submersion using the pressure transducer; wherein the processor is configured to generate position information using the global positioning system receiver; wherein the processor is configured to provide depth and time information using the display; and wherein the processor is configured to combine the time, depth, and position information into a dive log.
-
-
22. The dive computer of claim 21, wherein the processor is configured to calculate the amount of time a diver can remain at a particular depth without the need for decompression stops.
-
23. The dive computer of claim 21, wherein the processor is configured to calculate a decompression stop depth and a stop duration.
-
24. The dive computer of claim 21, further comprising a temperature sensor, wherein the processor is configured to determine water temperature using the temperature sensor.
-
25. The dive computer of claim 21, wherein the processor is configured to calculate when a diver can safety board an airplane.
-
26. The dive computer of claim 21, further comprising:
-
a memory system connected to the processor; wherein the memory system comprises a plurality of memory units; and wherein at least one memory unit is removable from the dive computer.
-
-
27. The dive computer of claim 21, further comprising:
-
a communications port connected to the processor; and wherein the communications port is configured to communicate with external devices.
-
-
28. The dive computer of claim 21, further comprising:
-
an impeller connected to the processor; and a compass connected to the processor; wherein the processor is configured to determine speed and bearing using the impeller and compass.
-
-
29. The dive computer of claim 21, further comprising a buoy including a G.P.S. antenna connected to the global. positioning system receiver via a communication cable.
-
30-40. -40. (canceled)
-
41. A dive computer, comprising:
-
a processor; a pressure transducer connected to the processor; clock circuitry connected to the processor; and a global positioning system receiver separate from the processor and configured to generate position information; wherein the processor is configured to generate depth and time information using the pressure transducer and the clock circuitry; wherein the processor is configured to download position information from the global positioning system receiver; and wherein the processor is configured to combine the depth and time information with the position information.
-
-
42. The underwater computing system of claim 41, wherein the processor downloads information from the global positioning system receiver over a wireless link.
-
43. The underwater computing system of claim 41, wherein the processor downloads information from the global positioning system receiver over a wired link.
-
44. The underwater computing system of claim 41, wherein the processor, pressure transducer and clock circuitry are configured to be worn on the wrist of the diver.
-
45. The underwater computing system of claim 41, wherein the global positioning system receiver is configured to attach to the diver or a diving apparatus attached with the diver.
-
46. The dive computer of claim 41, wherein the processor is configured to calculate the amount of time a diver can remain at a particular depth without the need for decompression stops.
-
47. The dive computer of claim 41, wherein the processor is configured to calculate a decompression stop depth and a stop duration.
-
48. The dive computer of claim 41, further comprising a temperature sensor, wherein the processor is configured to determine water temperature using the temperature sensor.
-
49. The dive computer of claim 41, wherein the processor is configured to calculate when a diver can safely board an airplane.
-
50. The dive computer of claim 41, further comprising:
-
a memory system connected to the processor; wherein the memory system comprises a plurality of memory units; and wherein at least one memory unit is removable from the dive computer.
-
Specification