mhurhangee/ep-ind-claims huggingface dataset:
A return electrode monitoring system, comprising: at least one return electrode pad including at least one pair of split electrode pads; and processing circuitry operatively coupled to the at least one pair of split electrode pads and to a controller for supplying a drive signal and receiving and sweeping the drive signal over a frequency range, the drive signal generating at least one feedback signal, wherein frequency shift information corresponding to the feedback signal, is used by the processing circuitry for determining a reactance of a complex impedance across the at least one pair of split electrode pads, the frequency shift information is a frequency shift between a resonant frequency of an initial circuit response when the pad is not connected to a patient and resonant frequency of a loaded circuit response when the pad is connected to a patient, wherein the processing circuitry is configured to increase, decrease or keep constant a frequency of the drive signal in accordance with magnitude information corresponding to the feedback signal, wherein the processing circuitry is configured so that magnitude information of the feedback signal is measured and, based thereon, an amplitude maximum of the magnitude information of the feedback signal is determined, wherein the frequency of the drive signal at the amplitude maximum of the feedback signal corresponds to a resonant frequency of the return electrode monitoring system, and the processing circuitry is configured so that the drive signal is set at the frequency of the amplitude maximum. at least one return electrode pad including at least one pair of split electrode pads; and processing circuitry operatively coupled to the at least one pair of split electrode pads and to a controller for supplying a drive signal and receiving and sweeping the drive signal over a frequency range, the drive signal generating at least one feedback signal, wherein frequency shift information corresponding to the feedback signal, is used by the processing circuitry for determining a reactance of a complex impedance across the at least one pair of split electrode pads, the frequency shift information is a frequency shift between a resonant frequency of an initial circuit response when the pad is not connected to a patient and resonant frequency of a loaded circuit response when the pad is connected to a patient, wherein the processing circuitry is configured to increase, decrease or keep constant a frequency of the drive signal in accordance with magnitude information corresponding to the feedback signal, wherein the processing circuitry is configured so that magnitude information of the feedback signal is measured and, based thereon, an amplitude maximum of the magnitude information of the feedback signal is determined, wherein the frequency of the drive signal at the amplitude maximum of the feedback signal corresponds to a resonant frequency of the return electrode monitoring system, and the processing circuitry is configured so that the drive signal is set at the frequency of the amplitude maximum.
A method for preparing insulin glargine crystals having an average size that is greater than 10 μm comprising: (a) providing a solution comprising 2.0 ± 0.25g/L insulin glargine, 9.5% (v/v) to 10.5% (v/v) isopropanol, 0.2% (w/v) meta-cresol and 80 to 150 mM ammonium acetate wherein the solution has a pH of 9.2 ± 0.1; and (b) adding zinc chloride to the solution and incubating the solution at a temperature of 17°C to 23°C with agitation for four to eight hours for the insulin glargine to crystalize and produce the insulin glargine crystals with an average size that is greater than 10 μm, wherein the zinc choride is added to provide a final concentration of 13.2 mg to 16.8 mg zinc chloride per gram of insulin glargine. (a) providing a solution comprising 2.0 ± 0.25g/L insulin glargine, 9.5% (v/v) to 10.5% (v/v) isopropanol, 0.2% (w/v) meta-cresol and 80 to 150 mM ammonium acetate wherein the solution has a pH of 9.2 ± 0.1; and (b) adding zinc chloride to the solution and incubating the solution at a temperature of 17°C to 23°C with agitation for four to eight hours for the insulin glargine to crystalize and produce the insulin glargine crystals with an average size that is greater than 10 μm, wherein the zinc choride is added to provide a final concentration of 13.2 mg to 16.8 mg zinc chloride per gram of insulin glargine.
An internal mixer with a mixing chamber that is enclosed by a housing, with a feeding shaft, in which a ram is guided, with a closable emptying flap and with a meshing rotor system consisting of a pair of rotors (7; 8), which respectively are rotatable about a longitudinal rotor axis (13; 14), wherein each rotor (7; 8) has a main rotor body (9; 10), on which at least one rotor blade (11, 12) is respectively arranged, and wherein the rotor blades of the two rotors meshing with one another, characterized in that the main rotor body (9; 10) of at least one of the rotors (7; 8) is at least in partial regions realized non-cylindrical and with a non-circular cross section in the surface sections, in which no rotor blades (11; 12) are arranged on its main rotor body (9; 10) and which lie in the interacting region with the rotor blade tips (18, 17) of the second rotor (8, 7), wherein non-cylindrical and non-circular mean an arbitrary envelope of the main rotor bodies (9, 10) in the interacting surface sections, in which depressions are purposefully produced in the surface of the main rotor body (9, 10) or elevations are purposefully applied onto the surface of the main rotor body (9, 10) at certain locations.
A container (10, 100) for radioactive waste (26, 126) comprising: a steel outer wall (12, 112) a steel inner wall (14, 114) a steel bottom (18, 118) a steel lid (20, 120) a volume of quartz sand (22, 122) inside the container (10, 110) at least one inner vessel (24 1, 24 2, 124) coated at least partially with quartz sand (22, 122) and radioactive waste (26, 126) inside the vessel (24 1, 24 2, 124) characterized in that it also comprises a lead layer (16, 116) between the two steel walls (12, 112, 14, 114). a steel outer wall (12, 112) a steel inner wall (14, 114) a steel bottom (18, 118) a steel lid (20, 120) a volume of quartz sand (22, 122) inside the container (10, 110) at least one inner vessel (24 1, 24 2, 124) coated at least partially with quartz sand (22, 122) and radioactive waste (26, 126) inside the vessel (24 1, 24 2, 124) characterized in that it also comprises a lead layer (16, 116) between the two steel walls (12, 112, 14, 114).
An ion guide or ion trap comprising: a first group of inner electrodes; a second group of outer electrodes; an annular ion guiding region arranged between said first and second groups of electrodes; a RF voltage device arranged and adapted to apply a RF voltage to said first and second groups of electrodes so that ions are confined within said annular ion guiding region by a first radial RF or pseudo-potential barrier and by a second different radial RF or pseudo-potential barrier, wherein different phases of a RF voltage are applied to different electrodes of the inner and/or outer electrodes; and a DC voltage device arranged and adapted to apply a DC voltage to said first group of electrodes and/or to said second group of electrodes and/or to one or more additional electrodes in order to maintain a DC quadratic or other DC potential well along at least a portion of the axial length of said ion guide or ion trap; wherein ions are substantially unconfined or unrestrained in a tangential direction which is orthogonal both to a radial direction and to the longitudinal axis of said ion guide or ion trap. a first group of inner electrodes; a second group of outer electrodes; an annular ion guiding region arranged between said first and second groups of electrodes; a RF voltage device arranged and adapted to apply a RF voltage to said first and second groups of electrodes so that ions are confined within said annular ion guiding region by a first radial RF or pseudo-potential barrier and by a second different radial RF or pseudo-potential barrier, wherein different phases of a RF voltage are applied to different electrodes of the inner and/or outer electrodes; and a DC voltage device arranged and adapted to apply a DC voltage to said first group of electrodes and/or to said second group of electrodes and/or to one or more additional electrodes in order to maintain a DC quadratic or other DC potential well along at least a portion of the axial length of said ion guide or ion trap; wherein ions are substantially unconfined or unrestrained in a tangential direction which is orthogonal both to a radial direction and to the longitudinal axis of said ion guide or ion trap.
A method for managing interruptions in a computing environment, the method comprising steps of initiating, by a processor, a transaction by executing a transaction begin instruction, the transaction effectively delaying committing transactional stores to main memory until completion of a selected transaction, the method being characterized by: the transaction begin instruction including a field specifying a program interruption filtering control, the program interruption filtering control controlling whether certain classes of program exception conditions that occur while the processor is in transactional execution mode result in an interruption; detecting, by the processor, during transactional processing, a program exception condition, the program exception condition having at least one transactional execution class depending on a severity of the program exception condition; aborting the transaction, based on detecting the program exception condition; determining, based on detecting the program exception condition, whether an interrupt is to be presented, wherein the determining employs the program interruption filtering control and a transactional execution class of the program exception condition; based on the determining indicating the interrupt is not to be presented, program exception conditions are blocked from causing an interrupt (1758, 1760); and re-executing one or more instructions of the selected transaction based on the transaction aborting and determining the interrupt is not to be presented. the transaction begin instruction including a field specifying a program interruption filtering control, the program interruption filtering control controlling whether certain classes of program exception conditions that occur while the processor is in transactional execution mode result in an interruption; detecting, by the processor, during transactional processing, a program exception condition, the program exception condition having at least one transactional execution class depending on a severity of the program exception condition; aborting the transaction, based on detecting the program exception condition; determining, based on detecting the program exception condition, whether an interrupt is to be presented, wherein the determining employs the program interruption filtering control and a transactional execution class of the program exception condition; based on the determining indicating the interrupt is not to be presented, program exception conditions are blocked from causing an interrupt (1758, 1760); and re-executing one or more instructions of the selected transaction based on the transaction aborting and determining the interrupt is not to be presented.
A method for producing a shelf-stable, acid whey liquid composition having a whey protein content of 9-13.5 g/100 g based on the total weight of the composition, wherein the total protein content is composed of 90%-100% whey protein, wherein said composition has an energy content ranging from 185 kcal/100 g to 260 kcal/100 g, said method comprising: (a) admixing water, at least one emulsifier and at least one whey protein having a total energy intake of 14-54% to form a first mixture at a temperature range of 30-55°C for 10 min; (b) admixing to the first mixture, 12-30% of at least one carbohydrate source and up to 12% of at least one fat source, based on the total weight of the composition, to form a second mixture; (c) adjusting the pH of the second mixture to 3.5 to 4.3 by adding a food grade acid or an alkali solution to obtain an acid whey mixture; (d) preheating said acid whey mixture at a temperature range of 60-80°C for 1-10 seconds, (e) heating the acid whey mixture at a temperature of 120°C for 11 seconds under direct steam injection, followed by a flash at a temperature of 60-80°C to obtain a shelf-stable, acid whey composition; (f) homogenizing said shelf-stable, acid whey composition at 100-240 bar pressure; (g) optionally, cooling said shelf-stable, acid whey composition at a temperature range of 20°C to 30°C; and (h) transferring said shelf-stable, acid whey composition into a sterile container. (a) admixing water, at least one emulsifier and at least one whey protein having a total energy intake of 14-54% to form a first mixture at a temperature range of 30-55°C for 10 min; (b) admixing to the first mixture, 12-30% of at least one carbohydrate source and up to 12% of at least one fat source, based on the total weight of the composition, to form a second mixture; (c) adjusting the pH of the second mixture to 3.5 to 4.3 by adding a food grade acid or an alkali solution to obtain an acid whey mixture; (d) preheating said acid whey mixture at a temperature range of 60-80°C for 1-10 seconds, (e) heating the acid whey mixture at a temperature of 120°C for 11 seconds under direct steam injection, followed by a flash at a temperature of 60-80°C to obtain a shelf-stable, acid whey composition; (f) homogenizing said shelf-stable, acid whey composition at 100-240 bar pressure; (g) optionally, cooling said shelf-stable, acid whey composition at a temperature range of 20°C to 30°C; and (h) transferring said shelf-stable, acid whey composition into a sterile container.
A hand-held controller, comprising: a handle extending in a longitudinal direction, the handle shaped and dimensioned to be grasped by a hand of a user; a ring attached to an end of the handle and having: an annular surface defining a plane that forms a predetermined angle with respect to the longitudinal direction, and a curved outer surface; and an optical proximity sensor embedded within the ring or the handle and configured to: emit light in a direction of the hand of the user, measure a time interval between the optical proximity sensor emitting the light and receiving reflected light, determine the hand to be one of a right hand or a left hand of the user responsive to the time interval being below a threshold, and determine the hand to be another of the right hand or the left hand of the user responsive to the time interval being above the threshold. a handle extending in a longitudinal direction, the handle shaped and dimensioned to be grasped by a hand of a user; a ring attached to an end of the handle and having: an annular surface defining a plane that forms a predetermined angle with respect to the longitudinal direction, and a curved outer surface; and an optical proximity sensor embedded within the ring or the handle and configured to: emit light in a direction of the hand of the user, measure a time interval between the optical proximity sensor emitting the light and receiving reflected light, determine the hand to be one of a right hand or a left hand of the user responsive to the time interval being below a threshold, and determine the hand to be another of the right hand or the left hand of the user responsive to the time interval being above the threshold. an annular surface defining a plane that forms a predetermined angle with respect to the longitudinal direction, and a curved outer surface; and an optical proximity sensor embedded within the ring or the handle and configured to: emit light in a direction of the hand of the user, measure a time interval between the optical proximity sensor emitting the light and receiving reflected light, determine the hand to be one of a right hand or a left hand of the user responsive to the time interval being below a threshold, and determine the hand to be another of the right hand or the left hand of the user responsive to the time interval being above the threshold. emit light in a direction of the hand of the user, measure a time interval between the optical proximity sensor emitting the light and receiving reflected light, determine the hand to be one of a right hand or a left hand of the user responsive to the time interval being below a threshold, and determine the hand to be another of the right hand or the left hand of the user responsive to the time interval being above the threshold.
A process for producing 2-hydroxy-4-methylthiobutyric acid comprising the following steps to:: hydrolyzing 2-hydroxy-4-methylthiobutyronitrile in the presence of sulfuric acid,: separating the reaction mixture obtained in the step into an oil layer containing 2-hydroxy-4-methylthiobutyric acid and a water layer,: concentrating the oil layer obtained in the step,: mixing the concentrated product obtained in the step with water to adjust the water content to be 5 to 15% by weight, and: heating the concentrated product obtained in the step.: hydrolyzing 2-hydroxy-4-methylthiobutyronitrile in the presence of sulfuric acid,: separating the reaction mixture obtained in the step into an oil layer containing 2-hydroxy-4-methylthiobutyric acid and a water layer,: concentrating the oil layer obtained in the step,: mixing the concentrated product obtained in the step with water to adjust the water content to be 5 to 15% by weight, and: heating the concentrated product obtained in the step.
A radiation-shielding masonry block for constructing walls capable of blocking radiation, including but not limited to photon, gamma and neutron radiation, the block having planar opposed front and rear surfaces defining a thickness of the block, continuously curved opposed left and right surfaces, and continuously curved opposed top and bottom surfaces, characterized in that the continuously curved surfaces have a regular sinusoidal wave pattern having a wave direction that is perpendicular to the planar opposed front and rear surfaces, and in that each one of said continuously curved surfaces is two complete wavelengths long and extends in the wave direction over the entire thickness of the block.
A machine for renewing a track, including the following features: a) a main frame is equipped with devices for picking up old sleepers and for laying new sleepers and is composed of a front frame section - with regard to a working direction - and a rear frame section connected to the former by means of a frame joint, b) associated with the front frame section is a crawler track, vertically adjustable by a drive and mobile on sleepers, as well as an adjacent front on-track undercarriage, characterized by the following features: c) the front frame section includes a support frame having a front end projecting beyond the front on-track undercarriage, d) the main frame is preceded by a vehicle, having a chassis frame, which is mobile on the track by means of a rear and a front on-track undercarriage, e) provided between the front end of the projecting support frame and the rear on-track undercarriage of the preceding vehicle is a support means which is equipped with a vertically adjustable supporting leg for selectively supporting the front end on the chassis frame positioned under the same. a) a main frame is equipped with devices for picking up old sleepers and for laying new sleepers and is composed of a front frame section - with regard to a working direction - and a rear frame section connected to the former by means of a frame joint, b) associated with the front frame section is a crawler track, vertically adjustable by a drive and mobile on sleepers, as well as an adjacent front on-track undercarriage, characterized by the following features: c) the front frame section includes a support frame having a front end projecting beyond the front on-track undercarriage, d) the main frame is preceded by a vehicle, having a chassis frame, which is mobile on the track by means of a rear and a front on-track undercarriage, e) provided between the front end of the projecting support frame and the rear on-track undercarriage of the preceding vehicle is a support means which is equipped with a vertically adjustable supporting leg for selectively supporting the front end on the chassis frame positioned under the same.
A radio base station device comprising: a plurality of transmission antennas; a reference signal generator for generating orthogonal downlink reference signals, the orthogonal downlink reference signals using radio resources allocated in two dimensions of frequency direction and time direction, and successive symbols of radio resources that are of same frequency and allocated in the time direction being mapped sequentially with codes of a two-dimensional orthogonal code for orthogonalization between transmission layers; a multiplexer for multiplexing transmission data and the orthogonal downlink reference signals; and a transmitter for transmitting transmission signals obtained by multiplexing the transmission data and the orthogonal downlink reference signals at the multiplexer, via the transmission antennas in the transmission layers, wherein a mapping direction of the codes mapped to the radio resources for the orthogonal downlink reference signals adjacent in the time direction is reversed between the radio resources adjacent in the frequency direction. a plurality of transmission antennas; a reference signal generator for generating orthogonal downlink reference signals, the orthogonal downlink reference signals using radio resources allocated in two dimensions of frequency direction and time direction, and successive symbols of radio resources that are of same frequency and allocated in the time direction being mapped sequentially with codes of a two-dimensional orthogonal code for orthogonalization between transmission layers; a multiplexer for multiplexing transmission data and the orthogonal downlink reference signals; and a transmitter for transmitting transmission signals obtained by multiplexing the transmission data and the orthogonal downlink reference signals at the multiplexer, via the transmission antennas in the transmission layers,
Vehicle wheel with a tread, the tread being arranged on the outer side of a ring element and the vehicle wheel having a multiplicity of suspension elements, the vehicle wheel having a skeleton structure, and an electronic sensor (6, 7) being arranged on at least one skeleton element (4, 5) of the skeleton structure, the skeleton structure comprising an inner and an outer ring element (3, 4), which are connected by the multiplicity of suspension elements, characterized in that the electronic sensor (6, 7) is connected to a skeleton element (4, 5) by a plug-in connection, the plug-in connection comprising individual clip connections on the skeleton element. the tread being arranged on the outer side of a ring element and the vehicle wheel having a multiplicity of suspension elements, the vehicle wheel having a skeleton structure, and an electronic sensor (6, 7) being arranged on at least one skeleton element (4, 5) of the skeleton structure, the skeleton structure comprising an inner and an outer ring element (3, 4), which are connected by the multiplicity of suspension elements, characterized in that the electronic sensor (6, 7) is connected to a skeleton element (4, 5) by a plug-in connection, the plug-in connection comprising individual clip connections on the skeleton element.