mhurhangee/ep-ind-claims huggingface dataset:
A method of phase to digital conversion, the method comprising: receiving by means of a path selection multiplexer a reference clock signal at a first input and an oscillator signal at a second input, and outputting by means of the path selection multiplexer an earlier arriving edge of one of the reference clock signal and the oscillator signal based on a control input signal; initiating by means of a first pulse generator a first pulse of fixed duration based on the earlier arriving edge; receiving by means of a loop multiplexer the first pulse of fixed duration at a first input and a delayed pulse signal at a second input, and providing an output signal to a delay line; coupling an output of the loop multiplexer to an input of the delay line; providing by means of the delay line the delayed pulse signal; determining a conversion termination signal based on a later arriving edge of one of the reference clock signal and the oscillator signal; counting by means of a counter a number of pulses output by the delay line and outputting the number of pulses upon receipt of the conversion termination signal; and indicating a fractional part of a transition of the first pulse of fixed duration through the delay line upon receipt of the conversion termination signal. receiving by means of a path selection multiplexer a reference clock signal at a first input and an oscillator signal at a second input, and outputting by means of the path selection multiplexer an earlier arriving edge of one of the reference clock signal and the oscillator signal based on a control input signal; initiating by means of a first pulse generator a first pulse of fixed duration based on the earlier arriving edge; receiving by means of a loop multiplexer the first pulse of fixed duration at a first input and a delayed pulse signal at a second input, and providing an output signal to a delay line; coupling an output of the loop multiplexer to an input of the delay line; determining a conversion termination signal based on a later arriving edge of one of the reference clock signal and the oscillator signal; counting by means of a counter a number of pulses output by the delay line and outputting the number of pulses upon receipt of the conversion termination signal; and indicating a fractional part of a transition of the first pulse of fixed duration through the delay line upon receipt of the conversion termination signal.
A gas turbine engine (10; 100) comprising: an engine core having, in serial flow communication, a low-pressure compressor, a high-pressure compressor, a high-pressure turbine drivingly connected to the high-pressure compressor, and a low-pressure turbine drivingly connected to an output shaft; and characterised by a first clutch (40; 140) having a disengaged configuration in which the low-pressure turbine is drivingly disconnected from the low-pressure compressor such that, in the disengaged configuration, the first clutch (40; 140) disengages the low-pressure turbine from the low-pressure compressor, and an engaged configuration in which the low-pressure turbine is drivingly connected to the low-pressure compressor, the low-pressure turbine drivingly connected to the output shaft in both of the engaged and disengaged configurations of the first clutch (40; 140); and by a second clutch (42; 142) having a second engaged configuration in which the low-pressure compressor is drivingly connected to the high-pressure compressor and in a second disengaged configuration in which the high-pressure compressor is drivingly disconnected from the low-pressure compressor. an engine core having, in serial flow communication, a low-pressure compressor, a high-pressure compressor, a high-pressure turbine drivingly connected to the high-pressure compressor, and a low-pressure turbine drivingly connected to an output shaft; and characterised by a first clutch (40; 140) having a disengaged configuration in which the low-pressure turbine is drivingly disconnected from the low-pressure compressor such that, in the disengaged configuration, the first clutch (40; 140) disengages the low-pressure turbine from the low-pressure compressor, and an engaged configuration in which the low-pressure turbine is drivingly connected to the low-pressure compressor, the low-pressure turbine drivingly connected to the output shaft in both of the engaged and disengaged configurations of the first clutch (40; 140); and by a second clutch (42; 142) having a second engaged configuration in which the low-pressure compressor is drivingly connected to the high-pressure compressor and in a second disengaged configuration in which the high-pressure compressor is drivingly disconnected from the low-pressure compressor.
A ballistic correction device (1, 1') for the sight members, or lens optics, of weapons equipped with an elevation adjustment turret, the device (1, 1') including: - detecting means to detect the rotations imparted by the shooter to the adjustment ring of the elevation turret; - displaying means to display the shooting distance and/or other shooting settings corresponding to the position of said ring, characterized being removably mountable the outside of the sight member as an accessory. - detecting means to detect the rotations imparted by the shooter to the adjustment ring of the elevation turret; - displaying means to display the shooting distance and/or other shooting settings corresponding to the position of said ring,
Fluorine resin film comprising indium tin oxide with an average particle diameter of 10 to 200 nm and a blue pigment with an average particle diameter of 10 to 200 nm and satisfying the following formulae and simultaneously: 10 / t ≤ A ≤ 60 / t 0.05 A ≤ B ≤ 0.3 A wherein A, B, and t represent the content (wt%) of the indium tin oxide, the content (wt%) of the blue pigment, and the thickness (μm) of the film, respectively, and wherein the average particle diameter of indium tin oxide and blue pigment particles is determined by preparing an ultrathin section with a thickness of 0.1 μm or less by slicing a fluorine resin film containing these particles perpendicularly to the film surface, and observing by a transmission electron microscope at an observing magnification of 200,000 times, whereby in the observation field of view, 50 particles are selected randomly and the diameter of each particle is measured at such a point where the diameter, i.e. the size across the particle, reaches its maximum, followed by calculating the average over the particles. wherein A, B, and t represent the content (wt%) of the indium tin oxide, the content (wt%) of the blue pigment, and the thickness (μm) of the film, respectively, and wherein the average particle diameter of indium tin oxide and blue pigment particles is determined by preparing an ultrathin section with a thickness of 0.1 μm or less by slicing a fluorine resin film containing these particles perpendicularly to the film surface, and observing by a transmission electron microscope at an observing magnification of 200,000 times, whereby in the observation field of view, 50 particles are selected randomly and the diameter of each particle is measured at such a point where the diameter, i.e. the size across the particle, reaches its maximum, followed by calculating the average over the particles.
A machine for laying sliced food products in containers, comprising: a first conveyor able to convey slices or groups of slices along at least one advancement direction and provided with an end portion from which the slices are released; a second conveyor able to convey containers suitable for receiving one or more slices from said end portion of the first conveyor, said second conveyor being placed under the first conveyor; and a positioning apparatus (45, 46, 47, 81, 82) for regulating the arrangement of the first and the second conveyor (4, 5) with respect to each other; at least a detection apparatus able to determine an arrangement of the slices or of the groups of slices on the first conveyor, and a processing unit connected to said positioning and detection apparatuses and configured to control the positioning apparatus, according to detections carried out by the detection apparatus; the machine being characterized by comprising a first and a second actuator (43, 44, 51, 52) able to activate the first and the second conveyor (4, 5), respectively, the processing unit comprising a first and a second transport module (71, 72), to which the first and the second actuator are respectively subjected, said first and second modules (71, 72) being configured to determine advancement speed and direction of the first and of the second conveyor (4, 5). a first conveyor able to convey slices or groups of slices along at least one advancement direction and provided with an end portion from which the slices are released; a second conveyor able to convey containers suitable for receiving one or more slices from said end portion of the first conveyor, said second conveyor being placed under the first conveyor; and a positioning apparatus (45, 46, 47, 81, 82) for regulating the arrangement of the first and the second conveyor (4, 5) with respect to each other; at least a detection apparatus able to determine an arrangement of the slices or of the groups of slices on the first conveyor, and a processing unit connected to said positioning and detection apparatuses and configured to control the positioning apparatus, according to detections carried out by the detection apparatus; the machine being characterized by comprising a first and a second actuator (43, 44, 51, 52) able to activate the first and the second conveyor (4, 5), respectively, the processing unit comprising a first and a second transport module (71, 72), to which the first and the second actuator are respectively subjected, said first and second modules (71, 72) being configured to determine advancement speed and direction of the first and of the second conveyor (4, 5).
A guide RNA (gRNA) molecule comprising a targeting domain complementary to a target domain within 200 nucleotides of a target position in a USH2A gene, wherein the target position is a guanine deletion at nucleotide position 2299 (2299delG), and wherein the targeting domain has a sequence that is the same as, or differs by no more than 3 nucleotides from, a sequence selected from the group consisting of: GAGUGCAAAAAAGAAGCCAA; GUUAGAUGUCACCAAUUGUA; GGUGUCACACUGAAGUCCUU; GCCAUGGAGGUUACACUGGC; GUCACAGGCCUUACAAU; GUCACACUGAAGUCCUU; UGCAAAAAAGAAGCCAA; UGCAGAGAAAACUUUUA; UGUUCACUGAGCCAUGG; and AUGGAGGUUACACUGGC. GAGUGCAAAAAAGAAGCCAA; GUUAGAUGUCACCAAUUGUA; GGUGUCACACUGAAGUCCUU; GCCAUGGAGGUUACACUGGC; GUCACAGGCCUUACAAU; GUCACACUGAAGUCCUU; UGCAAAAAAGAAGCCAA; UGCAGAGAAAACUUUUA; UGUUCACUGAGCCAUGG; and AUGGAGGUUACACUGGC.
A user apparatus which is configured to communicate with a base station in a mobile communication system which supports carrier aggregation and includes a plurality of cells including a first cell and a second cell which is configured to use a transmission time interval different from the transmission time interval of the first cell, the user apparatus comprising: a communication unit (101, 102) configured to transmit and receive a signal to and from the base station; and a timer control unit configured to, according to a type of a control operation performed by the communication unit (101, 102) for the first and second cells, determine a transmission time interval as a unit time for operating a timer used for the control operation, wherein the transmission time interval is determined among the transmission time intervals of the first or second cells, and wherein the communication unit (101, 102) is configured to perform the control operation by operating the timer by using as a time the transmission time interval determined by the timer control unit. a communication unit (101, 102) configured to transmit and receive a signal to and from the base station; and a timer control unit configured to, according to a type of a control operation performed by the communication unit (101, 102) for the first and second cells, determine a transmission time interval as a unit time for operating a timer used for the control operation, wherein the transmission time interval is determined among the transmission time intervals of the first or second cells, and wherein the communication unit (101, 102) is configured to perform the control operation by operating the timer by using as a time the transmission time interval determined by the timer control unit.
A hand-held electronic device including a first housing and a second housing provided beneath the first housing, wherein the first housing is provided with a stereoscopic display section capable of displaying an image which is stereoscopically visible with naked eyes, and is provided with a pair of imaging sections (23a, 23b) capable of stereoscopic shooting; and a parallax adjusting operation section for adjusting a parallax of the stereoscopic display section, the parallax adjusting operation section being a slider physically moveable in a predetermined direction, and wherein a stereoscopic effect of a stereoscopic image displayed on the stereoscopic display section is adjusted by shifting a position of a right-eye image and a position of a left-eye image taken by the pair of imaging sections (23a, 23b) in horizontal direction in accordance with the position of the slider when the slider is located between a first position and a second position, and a single planar image different from the stereoscopic image is displayed on the stereoscopic display section, after parallax barrier is set to OFF, when the slider is located at a third position which is different from the first position and the second position, wherein the planar image is either one of the two images taken by the pair of imaging sections (23a, 23b).
A computing device for building automation individualization of a building, the computing device comprising: a mobile interface module adapted to receive individualized sensor data from a mobile computing device, wherein the individualized sensor data is indicative of a location of the mobile computing device, a current time, and a building system control parameter; a building automation module adapted to determine a building system configuration based on the individualized sensor data, wherein to determine the building system configuration based on the individualized sensor data comprises to aggregate individualized sensor data to model the building in order to optimize the building system configuration for cost, efficiency, or comfort and to identify anomalies in individualized sensor data as exceedance of one or more expected measurement limits; and a controller interface module adapted to configure a building controller based on the building system configuration to control a building system of the building. a mobile interface module adapted to receive individualized sensor data from a mobile computing device, wherein the individualized sensor data is indicative of a location of the mobile computing device, a current time, and a building system control parameter; a building automation module adapted to determine a building system configuration based on the individualized sensor data, wherein to determine the building system configuration based on the individualized sensor data comprises to aggregate individualized sensor data to model the building in order to optimize the building system configuration for cost, efficiency, or comfort and to identify anomalies in individualized sensor data as exceedance of one or more expected measurement limits; and a controller interface module adapted to configure a building controller based on the building system configuration to control a building system of the building.
Pressure-sensitive adhesive repulpable according to TAPPI Useful Methods 213, containing 2 to 10 wt% of orthophosphoric acid, based on the pure phosphoric acid content in the pressure-sensitive adhesive.
Removable handle assembly for a cooking vessel, including: - a gripping body a front end of which forms a flared jaw, the flared jaw including two projections adapted to clamp the wall of a vessel, said two projections being of substantially linear shape in directions that intersect in front of the gripping body; - a flared mobile jaw mounted on the gripping body to rotate about a first axis between a release position and a clamping position, the flared jaw including two projections of substantially linear shape in directions that intersect in front of the gripping body; - an actuating lever mounted on the gripping body to rotate about a second axis between a deployed position and a retracted position; - a mechanism actuated by the actuating lever for locking the mobile jaw in the clamping position. - a gripping body a front end of which forms a flared jaw, the flared jaw including two projections adapted to clamp the wall of a vessel, said two projections being of substantially linear shape in directions that intersect in front of the gripping body; - a flared mobile jaw mounted on the gripping body to rotate about a first axis between a release position and a clamping position, the flared jaw including two projections of substantially linear shape in directions that intersect in front of the gripping body; - an actuating lever mounted on the gripping body to rotate about a second axis between a deployed position and a retracted position; - a mechanism actuated by the actuating lever for locking the mobile jaw in the clamping position.
A composition for use in the prevention and/or treatment of a condition associated with a disorder, or lack, of genuine microbiota in a subject, wherein the composition comprises an active component comprising microorganisms isolated from the microbiota of his/her mother or other relatives from the maternal side, wherein the microorganisms comprise bacteriophages, optionally combined with bacteria, wherein the condition is selected from ulcerative colitis, irritable bowel syndrome, intestinal permeability syndrome, mucosal candidiasis, bowel dysfunction, flatulence, vaginosis, tumor diseases, diseases and/or conditions diseases associated with long-term antibiotic therapy, X-ray and chemotherapy, the effects of cytostatics or drugs used in transplantology, or antitumor drugs, increased intestinal permeability.
A visualization probe comprising: illumination means; an objective lens assembly; and a CMOS sensor comprising a silicon substrate having: a) a front side at which circuitry is created; b) a back side comprising either conducting balls or pads; and c) through silicon vias to provide electrical connections between the circuitry created on the front side of the silicon substrate and the back side; wherein the back side is patterned to provide electrical conductivity between the bottoms of the through silicon vias and either the conducting balls or pads; and said visualization probe satisfies the condition that its maximum outer diameter is no more than 2,8mm; characterized in that the number of conducting balls or pads consists of one of: i) four balls or pads, respectively connected to voltage input (Vdd), ground (Vss), shutter timing (SHTR), and video signal output current (POUT); and ii) three balls or pads respectively connected to voltage input (Vdd), ground (Vss), and video signal output current (POUT), whereby a predetermined value for the shutter timing (SHTR) is implemented in the circuitry of the silicon. a) a front side at which circuitry is created; b) a back side comprising either conducting balls or pads; and c) through silicon vias to provide electrical connections between the circuitry created on the front side of the silicon substrate and the back side; i) four balls or pads, respectively connected to voltage input (Vdd), ground (Vss), shutter timing (SHTR), and video signal output current (POUT); and ii) three balls or pads respectively connected to voltage input (Vdd), ground (Vss), and video signal output current (POUT), whereby a predetermined value for the shutter timing (SHTR) is implemented in the circuitry of the silicon.
An ink-jet ink comprising an aqueous ink vehicle and an aqueous pigment dispersion, wherein said aqueous dispersion comprises a colorant and a cross-linked polyurethane dispersant, wherein said polyurethane dispersant is comprised of a polymer with: (a) an aqueous dispersing moiety, and (b) a cross-linkable moiety cross-linked with a cross-linking agent, wherein said cross-linkable moiety is pendent to the polymer backbone and terminal to the polymer chain and wherein the cross-linking agent is one or more members selected from the group consisting of epoxide, isocyanate, carbodiimide, N-methylol, oxazoline, silane, and mixtures thereof; wherein the polyurethane dispersant comprises at least one compound of the general structure of Formula I: wherein each X is independently OH, SH, COOH or NHR 4; each Y is independently O, S or NR 4; each W is NH, O or S; each R 1 is independently C 1 -C 20 alkyl, C 3 -C 20 substituted alkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; R 2 is comprised of difunctional isocyanate reactants Z 1, Z 2 and Z 3, wherein there is at least one Z 1, at least one Z 2 and at least one Z 3; each R 3 is independently C 1 -C 20 alkyl or C 3 -C 20 substituted alkyl; each R 4 is independently -R 3 -A, H, C 1 -C 20 alkyl or C 3 -C 20 substituted alkyl; each A is independently OH, SH or COOH; n is an integer from 2 to 30; Z 1 is a difunctional isocyanate reactant substituted with an aqueous dispersing moiety; Z 2 is a difunctional isocyanate reactant substituted with one or more cross-linkable moieties; and Z 3 is a polyol with MW less than 3000; wherein Z 2 may be the same as Z 1, or alternatively Z 2 may be the same as Z 3, provided Z 2 has one or more cross-linkable moieties. (a) an aqueous dispersing moiety, and (b) a cross-linkable moiety cross-linked with a cross-linking agent, wherein said cross-linkable moiety is pendent to the polymer backbone and terminal to the polymer chain and wherein the cross-linking agent is one or more members selected from the group consisting of epoxide, isocyanate, carbodiimide, N-methylol, oxazoline, silane, and mixtures thereof; wherein each X is independently OH, SH, COOH or NHR 4; each Y is independently O, S or NR 4; each W is NH, O or S; each R 1 is independently C 1 -C 20 alkyl, C 3 -C 20 substituted alkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; R 2 is comprised of difunctional isocyanate reactants Z 1, Z 2 and Z 3, wherein there is at least one Z 1, at least one Z 2 and at least one Z 3; each R 3 is independently C 1 -C 20 alkyl or C 3 -C 20 substituted alkyl; each R 4 is independently -R 3 -A, H, C 1 -C 20 alkyl or C 3 -C 20 substituted alkyl; each A is independently OH, SH or COOH; n is an integer from 2 to 30; Z 1 is a difunctional isocyanate reactant substituted with an aqueous dispersing moiety; Z 2 is a difunctional isocyanate reactant substituted with one or more cross-linkable moieties; and Z 3 is a polyol with MW less than 3000;
A dense phase powder pump for conveying coating powder from a first powder reservoir to a second downstream powder reservoir or a downstream powder spray coating gun or similar device for spraying coating powder, wherein the dense phase powder pump has at least one powder conveying chamber which is fluidly connected or connectable to the first powder reservoir via a powder inlet and to the second powder reservoir, or the powder spray coating gun or similar device for spraying coating powder respectively, via a powder outlet, wherein at least one powder inlet valve is provided at the powder inlet and at least one powder outlet valve is provided at the powder outlet, characterized in that the at least one powder inlet valve and/or the at least one powder outlet valve exhibit(s) an effective flow cross section in the respective open state which corresponds to at least 35% of the effective flow cross section of the at least one powder conveying chamber; and the dense phase powder pump is configured as a single-chamber dense phase powder pump and has only one single powder conveying chamber for conveying coating powder.