Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: A non-contact solids flow meter for measuring solid particulate flow is comprised of a flow tube, a sensor, and an indicator. The product enters the flow tube at one end and flows downward by gravity past the sensor and then exits the flow tube at the bottom. The sensor is placed in a sensor tube at an angle to the flow of particulate solids. As the product passes the sensor signal (low microwave energy), this energy upon contacting the particulates undergoes a Doppler shift which is detected by the sensor. The width of the sensor beam has to be at least the diameter of the flow tube so that it covers the entire cross-sectional area of the flow tube. In this manner, all particulate materials flowing through the flow tube come in contact with the beam and are thus reflected. The instrument is calibrated and algorithms determined from the calibration to cause the indicator to provide a best fit function over the output range of the indicator.

Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: A telecommunications system (10) is provided that provides for telephone functions to be accessed through client computer system (14). A server computer system (16) provides telephony services, database services and access to E-mail, voice mail, video conferencing and facsimile systems. A graphical user interface 116 is presented to a user to allow the user to perform a large number of functions and to access databases of information associated with calling and called parties.

Abstract: An automated procurement system, in which a buyer workstation is in communication with a mainframe database that stores global data relevant to procurement documents and reports. The workstation is programmed with an interactive buyer interface that displays procurement documents, provides support data to aid in decision-making, and provides various document attachments. Data is uploaded and downloaded to and from the mainframe and the workstation in a manner that is transparent to the buyer.

Abstract: Lactose having reproducible pH and a lowered ash level can be produced from lactose rich permeate resulting from the ultrafiltration of whey, by adding a small amount of a chelating agent such as a salt of ethylenediaminetetraacetic acid as, for instance, the disodium salt, the calcium disodium salt, or an alkali metal polyphosphate, as sodium hexametaphosphate to the lactose containing permeate prior to crystallization of the lactose.

Abstract: A method of producing USP quality lactose which involves(a) adding to lactose rich permeate derived from passing whey through a semipermeable membrane an effective amount of a food grade chelating agent;(b) filtering the lactose rich permeate through a simple filtration system at from about 71.degree.-88.degree. C.;(c) crystallizing the lactose from the permeate at a temperature of from 10.degree.-24.degree. C.; and(d) heating the permeate and lactose crystals to from about 32.degree.-44.degree. C.; and(e) separating, washing and drying the USP quality lactose product.

Abstract: A method of producing hydrocarbonaceous liquids and gases from subterranean kerogen-containing oil shale formations comprising (a) penetrating the oil shale deposits with at least two well bores; (b) fracturing the oil shale deposits in a lower vertical portion thereof; (c) igniting the hydrocarbonaceous deposit; (d) introducing through the first well bore a free oxygen-containing gas to the ignited point of the oil shale deposit to effect thermal decomposition of the hydrocarbonaceous material therein and to propagate a combustion zone through the fractured communication area and the second well bore, thereby forming a region of combusted shale between the first well bore and the second well bore; (e) allowing the combustion to continue until a sufficient volume of combusted shale has been formed; (f) then jetting an aqueous liquid into and through the combusted shale zone to remove the mineral residue remaining after combustion; (g) positioning conventional explosives in the oil shale deposit in the vicinit

Abstract: A method for creating a zone of relatively high permeability within a subterranean carbonaceous deposit which includes gasifying a portion of the carbonaceous deposit to provide a cavity, placing at least one explosive device in the deposit in the vicinity of the cavity so that energy generated upon detonation of the explosive device extends into the cavity, and detonating the explosive device thereby causing a portion of the carbonaceous deposit to be fragmented and to collapse into the cavity.

Abstract: A method for locating and identifying sand producing zones in friable, unconsolidated sandstone formations of a subterranean reservoir traversed by a well bore. The method comprises the following steps:A. introducing into said reservoir through said well bore, a radioactive material which is preferentially retained in the porous portions of the formation surrounding said well bore;B. passing a radioactivity detection means through the well bore and recording the measurement of radioactivity of said reservoir;C. returning the reservoir to production; and,D. passing a radioactivity detection means through said well bore and recording the measurement of radioactivity of said formation for a second time and correlating the measurements of radio activity of each measurement with measurement of depth to thus locate sand producing zones in said reservoir.

Abstract: A method for locating water-producing zones and/or water thief zones in a subterranean formation penetrated by a well bore comprising the sequential steps of:A. injecting into said formation an aqueous solution containing from about 0.01 to 7.5 weight percent of an irradiated water soluble compound, said compound having preferential silica adsorptive characteristics;B. passing radioactivity detection means through the well bore and recording the measurement of radioactivity;C. returning the reservoir or injection well to normal production or normal water injection;D. passing said radioactivity detection means through the well bore and recording the measurement of radioactivity of said formation; and,E. comparing the measurements of radioactivity to determine water producing zones and/or water thief zones.