Abstract: System for providing telephonic access to an audio stream comprises an audio transmitting apparatus for transmitting the audio stream from its audio source output to a telephone network, and providing more and more control signals for operating more and more audio source controls. A system for providing telephonic access to an audio stream comprises a computer connected to or integral with a first telephone modem, an internet connection, an accessor, an audio stream generator, an audio source output, a controller, and a DTMF interface device for passing the audio stream from the audio connection to a telephone network. System for providing telephonic access to an audio stream comprises one or more audio transmitting apparatuses, a multi switch, a telephone switch, and an audio stream server.

Abstract: System for providing telephonic access to an audio stream comprises an audio transmitting apparatus for transmitting the audio stream from its audio source output to a telephone network, and providing more and more control signals for operating more and more audio source controls. A system for providing telephonic access to an audio stream comprises a computer connected to or integral with a first telephone modem, an internet connection, an accessor, an audio stream generator, an audio source output, a controller, and a DTMF interface device for passing the audio stream from the audio connection to a telephone network. System for providing telephonic access to an audio stream comprises one or more audio transmitting apparatuses, a multi switch, a telephone switch, and an audio stream server.

Abstract: A method, system and apparatus for locating and monitoring the movement of an object, including a transmitting component and a decoding component, where the decoding component is configured to communicate with the transmitting component through a voice channel of a wireless telephone network, the transmitting component including a global positioning system (GPS) chip, and where the GPS chip is linked with the transmitting component circuitry to transmit location information to said decoding component through a voice channel. Embodiments include a management engine for managing subscriptions to the location information, map software for displaying with the location information a location of the transmitting component and its movement, and a speech translation engine for providing audible voice speech identifying the location information corresponding to the transmitter location or path of travel.

Abstract: A system for projecting a display image from a handheld portable device having a display, such as a cell phone or a GPS device, the system including a housing for containing one or more components, a high intensity light source located adjacent to the display and disposed to emit light through the display, a lens located adjacent to the display and adapted to pass the light emitted from the light source through the display onto an object, where cell phone, GPS device, or handheld portable electronic device components that are normally necessary to operate said cell phone, GPS device or handheld portable electronic device and operably configure to provide a display image. The System may be operated as desired to generate a display image on the display of the handheld portable device, and to project that display image onto another surface, such as a vehicle windshield screen or wall. A powering means for powering the components also may be provided.

Abstract: System for providing telephonic access to an audio stream comprises an audio transmitting apparatus for transmitting the audio stream from its audio source output to a telephone network, and providing more and more control signals for operating more and more audio source controls. A system for providing telephonic access to an audio stream comprises a computer connected to or integral with a first telephone modem, an internet connection, an accessor, an audio stream generator, an audio source output, a controller, and a DTMF interface device for passing the audio stream from the audio connection to a telephone network. System for providing telephonic access to an audio stream comprises one or more audio transmitting apparatuses, a multi switch, a telephone switch, and an audio stream server.

Abstract: A system, method and apparatus for improving the logistical inefficiencies associated with the delivery of liquid petroleum gas or fuel oil to remotely dispersed locations, including a gauge for detecting the level of fluid or liquid in a tank, and a transmission mechanism for transmitting the level detected by the gauge to a remote location for further evaluation and processing to facilitate delivery of the fuel.

Abstract: The present invention provides color images of tissue characteristics for determining the existence can location of tissue anomalies. An image of tissue is received, divided into pre-determined portions and accompanied by X and Y coordinates describeing the tissue relative to a subject. Characteristic data of the tissue is received for each portion of the image and is displayed by color according to characteristic data value. Characteristic data can also be determined and displayed for each portion of the image over multiple levels. Multiple images, one for each level, can be scrolled through for a common set of X and Y coordinates of tissue. Or, a three dimensional image is created, having respective levels displayed simultaneously, with color representative of the tissue characteristics for the entire depth of the tissue investigated. Additionally, color images are developed that compare and display differences in characteristic data of tissue over time.

Abstract: A refreshable display unit with a housing, a plurality of refreshable cells housed in the housing, the cells having a guide block with at least six holes, six motors each with a coupler which may be rotated by the motor, a pin fastened to each coupler and extending into engagement with one of the holes of the guide block, and a stop mounted on each coupler for engaging stop elements mounted on the housing for limiting the rotation of the coupler, the placement of the stop elements on the housing being such that it controls the height extension of the pin fastened to the coupler with respect to the guide block, the unit further having a connector for connecting the display unit to the electronic means of a computer. A unit may have a plurality of keys for inputting a character, including at least two sets of keys, a first set being used when the keyboard is oriented in a first direction and a second set being used when the keyboard is oriented in a second direction.

Abstract: The present invention provides color images of tissue characteristics for determining the existence can location of tissue anomalies. An image of tissue is received, divided into pre-determined portions and accompanied by X and Y coordinates describeing the tissue relative to a subject. Characteristic data of the tissue is received for each portion of the image and is displayed by color according to characteristic data value. Characteristic data can also be determined and displayed for each portion of the image over multiple levels. Multiple images, one for each level, can be scrolled through for a common set of X and Y coordinates of tissue. Or, a three dimensional image is created, having respective levels displayed simultaneously, with color representative of the tissue characteristics for the entire depth of the tissue investigated. Additionally, color images are developed that compare and display differences in characteristic data of tissue over time.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating a breast in a full scan manner to detect small lumps or anomalies. The patient is positioned on a fully adjustable bed and oriented relative to the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate monitoring of suspicious areas over an extended time period. Several different embodiments of the detection head and location head are described.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating a breast in a full scan manner to detect small lumps or anomalies. The patient is positioned on a fully adjustable bed and oriented relative to the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate monitoring of suspicious areas over an extended time period. Several different embodiments of the detection head and location head are described.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating a breast in a full scan manner to detect small lumps or anomalies. The patient is positioned on a fully adjustable bed and oriented relative to the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate monitoring of suspicious areas over an extended time period. Several different embodiments of the detection head and location head are described.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating a breast in a full scan manner to detect even very small lumps or other anomalies. The patient is positioned on a fully adjustable bed and oriented relative the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability of the palpation scan during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate, monitoring of suspicious areas over an extended time period. Several different embodiments of the detection head and location head are described.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating a breast in a full scan manner to detect even very small lumps or other anomalies. The patient is positioned on a fully adjustable bed and oriented relative the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability of the palpation scan during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate, monitoring of suspicious areas over an extended time period. Several different embodiments of the detection head and location head are described.

Abstract: A computer controlled apparatus for detecting breast tumors by mechanically palpating in a full surface scan manner to detect even very small lumps or other anomalies. The patient is positioned on a fully adjustable bed and oriented relative the apparatus. A detection head mounted for movement in three dimensions is positioned above the bed. A palpation finger is brought into pressure contact with a sequence of small areas across the entire breast, palpating each area to measure tissue density. Concurrent with the palpation scan, a scan of breast color and temperature is conducted. A locator head positions the detector for the scan in a manner that assures repeatability of the palpation scan during each of a series of periodic examinations. This system detects very small lumps and allows easy, accurate, monitoring of suspicious areas over an extended time period.

Abstract: A monitoring system for monitoring detectable intermittent signals generated by a living being. In one embodiment, a pregnancy monitoring system monitors fetal heat beat and/or uterine contractions. A belt is configured to fit around the abdomen of a pregnant woman, with belt ends fastened together at her back. A number of sensors are mounted on the belt to detect fetal heartbeat and transmit corresponding electrical systems, preferably by wireless means, to a distant monitoring station. At least one uterine contraction sensor may also be mounted on the belt for detecting uterine contractions and transmitting a corresponding electrical signal to the monitoring station. In a second embodiment, an apron or jacket for placement in tight, uniform contact over the chest contains a plurality of sensors for detecting cardiac signals. These electrocardiographic signals are transmitted by a wireless transmitter to a distant, central monitoring system to produce a valid data signal at the remote station.