Abstract: A mobile, touchless washing station capable of providing on-demand heated water is provided. The washing station comprises a touchless faucet, a touchless soap dispenser, a touchless towel dispenser, and a sink disposed in a countertop below the faucet. The washing station can further comprise an integrated cabinet configured to house a fresh water source and water heater fluidly connected to the faucet, and a waste water collector fluidly connected to the sink.

Abstract: A system and method for providing integrated telephony and Internet services is described. An embodiment of the present invention comprises passively collecting incoming and/or outgoing call information from communications links communicatively coupled to a first party. The call information is extracted and customer information, such as demographic information, is retrieved. The customer information may be, for example, retrieved from a data provider or may have been previously collected or gathered. Thereafter, reports, charts, graphs, maps, and the like may be made available. In an embodiment, the reports, charts, graphs, maps, and the like are made available via a network such as the Internet.

Abstract: A transtelephonic process and storage apparatus (10) for use with a blood sugar monitor or like standalone monitoring apparatus having an output port to download acquired digital data signals is disclosed. The apparatus (10) has a memory (18), a controlling (14), a transducer (17) and an output (12), wherein the downloaded acquired digital is converted into audio transmission signals by the transducer (17), and the audio transmission signal is stored in memory (18) for delayed transmission over a telephone network.

Abstract: A method synchronous parallel transmission of digital signals over a telephone line is disclosed. The method includes the steps of generating a synchronization signal having at least two frequencies (6 and 7), simultaneously generating data signals having at least two separate frequencies from the digital signals, converting the synchronization signal and the data signals into audio signals having frequencies corresponding to frequencies of the synchronization signal and the data signals to be transmitted over the telephone line and transmitting at least three frequencies of the audio signals simultaneously over the telephone line.

Abstract: A diagnostic medical device which monitors physiological parameters during sleep is disclosed. The device includes mask means (2) adapted to fit over the nose and mouth of a patient being monitored, and an acquisition unit (5) is adapted to be removeably fitted to the mask means (2). The mask means (2) has inlet means (3) to allow the patient to breath, sensor means (8) which monitor physiological conditions and which provide physiological signals thereto for storage or real time data transmission to external devices.