Scuba tank air pressure monitor system
First Claim
1. A scuba tank pod configured to interface with a scuba tank, the scuba tank pod comprising:
- an air pressure detector configured to detect an internal air pressure of the scuba tank and communicate an air pressure electronic signal;
a transducer element configured to transmit sonar waves including scuba tank related status data having a first frequency range and transmit sonar waves including alert tones having a second frequency range; and
a processing element in electronic communication with a memory element, the processing element configured or programmed toreceive the air pressure electronic signal,determine the internal air pressure and scuba tank related status data from the air pressure electronic signal,control the transducer element to transmit sonar waves including the scuba tank related status data, andcontrol the transducer element to transmit sonar waves including the alert tones based on the scuba tank related status data.
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Accused Products
Abstract
A scuba tank pressure monitor system comprises a scuba tank pod and a wearable electronic device. The scuba tank pod includes an air pressure detector, a first transducer element, and a first processing element. The air pressure detector detects an internal air pressure of the scuba tank. The first transducer element transmits sonar waves including scuba tank related status data having a first frequency range. The first processing element controls the first transducer element to transmit sonar waves including the scuba tank related status data. The wearable electronic device includes a second transducer element, and a second processing element. The second transducer element receive sonar waves including the scuba tank related status data from the scuba tank pod and transmits sonar waves including alert tones having a second frequency range. The second processing element controls the second transducer element to transmit sonar waves including the alert tones.
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Citations
20 Claims
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1. A scuba tank pod configured to interface with a scuba tank, the scuba tank pod comprising:
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an air pressure detector configured to detect an internal air pressure of the scuba tank and communicate an air pressure electronic signal; a transducer element configured to transmit sonar waves including scuba tank related status data having a first frequency range and transmit sonar waves including alert tones having a second frequency range; and a processing element in electronic communication with a memory element, the processing element configured or programmed to receive the air pressure electronic signal, determine the internal air pressure and scuba tank related status data from the air pressure electronic signal, control the transducer element to transmit sonar waves including the scuba tank related status data, and control the transducer element to transmit sonar waves including the alert tones based on the scuba tank related status data. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A wearable electronic device for use with scuba diving, the wearable electronic device comprising:
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a transducer element configured to receive sonar waves having a first frequency range and communicate a corresponding receive electronic signal, the transducer element further configured to transmit sonar waves including alert tones having a second frequency range; and a processing element in electronic communication with a memory element, the processing element configured or programmed to receive the receive electronic signal, determine scuba tank related status data from the receive electronic signal, and control the transducer element to transmit sonar waves including the alert tones based on the scuba tank related status data. - View Dependent Claims (10, 11, 12, 13, 14)
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15. A scuba tank pressure monitor system comprising:
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a scuba tank pod including an air pressure detector configured to detect an internal air pressure of a scuba tank and communicate an air pressure electronic signal; a first transducer element configured to transmit sonar waves including scuba tank related status data having a first frequency range; and a first processing element in electronic communication with a first memory element, the first processing element configured or programmed to receive the air pressure electronic signal, determine the internal air pressure and scuba tank related status data from the air pressure electronic signal, and control the first transducer element to transmit sonar waves including the scuba tank related status data; and a wearable electronic device including a second transducer element configured to receive sonar waves including the scuba tank related status data and communicate a receive electronic signal including the scuba tank related status data, the second transducer element further configured to transmit sonar waves including alert tones having a second frequency range; and a second processing element in electronic communication with a second memory element, the second processing element configured or programmed to receive the receive electronic signal, determine scuba tank related status data from the receive electronic signal, and control the second transducer element to transmit sonar waves including the alert tones based on the scuba tank related status data. - View Dependent Claims (16, 17, 18, 19, 20)
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Specification