Apparatus and method for simultaneously transmitting biomedical data and human voice over conventional telephone lines
First Claim
1. An apparatus for simultaneously transmitting biomedical readings from a patient and for bidirectionally communicating voice signals over a telephone, the telephone having a telephone microphone and a telephone speaker, the apparatus comprising:
- a sensor to sense the biomedical readings; and
a transmitter device comprising a converter to convert the biomedical readings into electrical drive signals and an acoustic circuit to convert the electrical drive signals into acoustic signals, the acoustic signals being translatable back to signals representative of the biomedical readings by a remote receiving unit, the transmitter device being disposed within acoustic range of the telephone microphone such that the acoustic circuit transmits the acoustic signals to the telephone microphone, the transmitter device being disposed such that the telephone microphone is also simultaneously available to receive oral communication from the patient simultaneously with the acoustic signals converted from the biomedical readings, the telephone speaker being disposed to be available to produce audible voice signals to the patient while the acoustic signals converted from the biomedical readings are being transmitted.
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Accused Products
Abstract
The present invention is an apparatus for simultaneously transmitting biomedical signals and human voice over a telephone. The invention is also a telephone line adapted to receive communication from the receiving unit at a second end of the line while simultaneously transmitting biomedical signals and human voice from the first end. The apparatus comprises a sensor, a cable, and a transmitter device. The sensor comprises electrodes attached to a pad with a wire connected to each electrode. The cable groups the wires into a single unit and leads them to the transmitter device. The transmitter device comprises a converter and a acoustic. In operation, the sensor takes biomedical signals in the form of electronic data. The data is conveyed via the wires where it reaches the converter. The converter converts the biomedical electronic data into acoustic signal which is emitted by the acoustic in circuit with the converter. The acoustic signals are translatable back to biomedical signals by the receiving unit. The acoustic is disposed within acoustic range of the microphone of a telephone. The acoustic is disposed in such a manner as to allow oral speech from the patient to be transmitted simultaneously with the transmission of the sound. The invention may also comprise its own telephone member which may then be plugged into an conventional telephone base.
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Citations
23 Claims
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1. An apparatus for simultaneously transmitting biomedical readings from a patient and for bidirectionally communicating voice signals over a telephone, the telephone having a telephone microphone and a telephone speaker, the apparatus comprising:
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a sensor to sense the biomedical readings; and
a transmitter device comprising a converter to convert the biomedical readings into electrical drive signals and an acoustic circuit to convert the electrical drive signals into acoustic signals, the acoustic signals being translatable back to signals representative of the biomedical readings by a remote receiving unit, the transmitter device being disposed within acoustic range of the telephone microphone such that the acoustic circuit transmits the acoustic signals to the telephone microphone, the transmitter device being disposed such that the telephone microphone is also simultaneously available to receive oral communication from the patient simultaneously with the acoustic signals converted from the biomedical readings, the telephone speaker being disposed to be available to produce audible voice signals to the patient while the acoustic signals converted from the biomedical readings are being transmitted. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. An apparatus for simultaneously transmitting biomedical readings and human voice over a telephone, the telephone having a handset with a handset speaker and a handset microphone, the apparatus comprising:
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a sensor having at least one electrode to take the biomedical readings, a wire coupled to each electrode, and a pad, the electrode being disposed on the skin pad in a predetermined relative pattern with respect to each other where the pad carries multiple electrodes;
a cable grouping the wires into a single bundle where the pad carries multiple electrodes; and
a transmitter device comprising a converter to convert the biomedical readings into acoustic signals and an acoustic circuit, the acoustic signals being translatable back to biomedical readings by a remote receiving unit, the transmitter device being disposed adjacent to the handset microphone such that the acoustic circuit inputs acoustic signals into the handset microphone, the transmitter device being disposed adjacent to the handset microphone such that the handset microphone is also available to simultaneously transmit voice signals from the patient into the handset microphone together with the acoustic signals converted from the biomedical readings, the handset speaker being disposed to provide audible voice signals from the remote receiving unit to the patient simultaneously with the transmission of biomedical readings to the remote unit. - View Dependent Claims (11, 12, 13, 14)
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15. An apparatus for simultaneously transmitting EKG signals and human voice over a telephone system, the apparatus comprising:
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a telephone unit having a telephone microphone and a telephone speaker, a sensor having electrodes to take the EKG signals, a wire connected to each electrode, and a skin pad, the electrodes being disposed on the skin pad in a predetermined pattern adapted to obtain the EKG signals, the wires coupling the EKG signals from the electrodes;
a cable grouping the wires into a single bundle; and
a transmitter device comprising a converter to convert the EKG signals into acoustic signals and an acoustic circuit, the acoustic signals being translatable back to EKG signals by a receiving unit, the transmitter device being disposed within acoustic range of the telephone microphone such that the acoustic circuit inputs the acoustic signals into the telephone microphone, the transmitter device being disposed such that the telephone microphone is also available for voice signals being simultaneously transmitted into the telephone microphone with the acoustic signals converted from the EKG signals. - View Dependent Claims (16, 17, 18, 19, 20)
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21. A method of simultaneously transmitting biomedical signals and human voice over a telephone, the telephone having a telephone microphone and a telephone speaker, the method comprising:
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sensing the biomedical data;
converting the sensed biomedical data into an acoustic signal;
transmitting the acoustic signal to the telephone microphone; and
simultaneously receiving an audible voice signal from a receiving unit through the telephone speaker while transmitting of the acoustic signal. - View Dependent Claims (22, 23)
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Specification