mhurhangee/ep-ind-claims huggingface dataset:
A method for producing orange juice by only two filters, not counting coarser filtration than microfiltration, being one ultrafilter and one nanofilter, comprising: ultrafiltrating the raw orange juice by a ceramic type ultrafilter having a membrane with a pore size of 19-21 nm and a channel size of 3,5-4,5 mm to produce an ultrafiltered permeate and an ultrafiltered retentate, nanofiltrating the ultrafiltered permeate by a spiral wound nanofilter having a pore size resulting a molecular weight cut-off as 600-800 Dalton to produce a nanofiltered permeate and a nanofiltered retentate, mixing the ultrafiltered retentate and the nanofiltered permeate to produce orange juice having a sugar content in the interval 67% to 77% of the sugar content of the raw orange juice, pasteurizing the orange juice, and aseptically filling packets with the orange juice produced by the mixing. ultrafiltrating the raw orange juice by a ceramic type ultrafilter having a membrane with a pore size of 19-21 nm and a channel size of 3,5-4,5 mm to produce an ultrafiltered permeate and an ultrafiltered retentate, nanofiltrating the ultrafiltered permeate by a spiral wound nanofilter having a pore size resulting a molecular weight cut-off as 600-800 Dalton to produce a nanofiltered permeate and a nanofiltered retentate, mixing the ultrafiltered retentate and the nanofiltered permeate to produce orange juice having a sugar content in the interval 67% to 77% of the sugar content of the raw orange juice, pasteurizing the orange juice, and aseptically filling packets with the orange juice produced by the mixing.
A method for soft-field electrical impedance tomography reconstruction, the method comprising: obtaining applied electrical input and measured electrical output information for an excited object using a plurality of transducers; forming an admittance matrix based on the applied input and measured output information, the admittance matrix including a plurality of admittance elements; transforming the admittance matrix into a transformed admittance matrix using a symmetrical component transform approach; determining a plurality of moments of a moment matrix using the transformed admittance matrix and a precomputed coefficient relating the transformed admittance matrix to the moments of the moment matrix, wherein the moment matrix is defined by an electrical property of the excited object to be calculated and a structure matrix, the structure matrix being precomputed based on the geometry of a soft-field tomography instrument that obtains the applied input and measured output information for the excited object using the plurality of transducers; and calculating the property distribution of the excited object using the plurality of moments. obtaining applied electrical input and measured electrical output information for an excited object using a plurality of transducers; forming an admittance matrix based on the applied input and measured output information, the admittance matrix including a plurality of admittance elements; transforming the admittance matrix into a transformed admittance matrix using a symmetrical component transform approach; determining a plurality of moments of a moment matrix using the transformed admittance matrix and a precomputed coefficient relating the transformed admittance matrix to the moments of the moment matrix, wherein the moment matrix is defined by an electrical property of the excited object to be calculated and a structure matrix, the structure matrix being precomputed based on the geometry of a soft-field tomography instrument that obtains the applied input and measured output information for the excited object using the plurality of transducers; and calculating the property distribution of the excited object using the plurality of moments.
A balloon catheter comprising: an elongate catheter tube; and an inflatable balloon communicating with an interior of said elongate catheter tube; characterised by an instrument channel extension assembly including: a connector configured for selectable coupling to an instrument channel port of an endoscope; and an instrument channel extension tube attached at a first end thereof to said connector, wherein said elongate catheter tube extends through said connector and said instrument channel extension tube, with said balloon and at least one of said connector and said instrument channel extension tube being sized so that when deflated, said balloon cannot pass through at least one of said connector and said instrument channel extension tube.
A computer-implemented method, comprising: aligning a window over data content of a target data object, starting at an alignment position; reading content within the window; hashing the content within the window in order to calculate a hash value; selecting a portion from the hash value, wherein the selected portion is shorter than the hash value; and storing the selected portion as part of a digital DNA, DDNA, sequence that permits to classify the target data object into an object type. aligning a window over data content of a target data object, starting at an alignment position; reading content within the window; hashing the content within the window in order to calculate a hash value; selecting a portion from the hash value, wherein the selected portion is shorter than the hash value; and storing the selected portion as part of a digital DNA, DDNA, sequence that permits to classify the target data object into an object type.
A fixed type constant velocity universal joint used in an automobile, comprising: an outer joint member comprising an inner surface in which eight track grooves are formed; an inner joint member comprising an outer surface in which eight track grooves are formed; eight balls interposed between the track grooves of the outer joint member and the track grooves of the inner joint member so as to transmit torque; and a cage, which comprises pockets for housing the balls, and is interposed between the outer joint member and the inner joint member, in which, when a maximum operating angle (θ max) is formed, the balls roll up to track-groove-opening-end portions of the outer joint member, wherein each of the track grooves of the outer joint member is provided with a hardened layer formed so as to extend from a track-groove deep side to the track-groove-opening-end portion, the hardened layer having a smaller thickness at the track-groove-opening-end portion compared with a thickness at other portions of the hardened layer, characterized in that the thickness of the hardened layer at the track-groove-opening-end portion is set to from 0.3 mm to 2.0 mm, and the thickness of the hardened layer at the other portions is set to from 1 mm to 4 mm, the thickness being substantially constant along the axial direction, wherein the hardened layer is reduced in thickness within an axial range of 5 mm or less. an outer joint member comprising an inner surface in which eight track grooves are formed; an inner joint member comprising an outer surface in which eight track grooves are formed; eight balls interposed between the track grooves of the outer joint member and the track grooves of the inner joint member so as to transmit torque; and a cage, which comprises pockets for housing the balls, and is interposed between the outer joint member and the inner joint member, in which, when a maximum operating angle (θ max) is formed, the balls roll up to track-groove-opening-end portions of the outer joint member, wherein each of the track grooves of the outer joint member is provided with a hardened layer formed so as to extend from a track-groove deep side to the track-groove-opening-end portion, the hardened layer having a smaller thickness at the track-groove-opening-end portion compared with a thickness at other portions of the hardened layer, characterized in that the thickness of the hardened layer at the track-groove-opening-end portion is set to from 0.3 mm to 2.0 mm, and the thickness of the hardened layer at the other portions is set to from 1 mm to 4 mm, the thickness being substantially constant along the axial direction, wherein the hardened layer is reduced in thickness within an axial range of 5 mm or less.
A semiconductor chip comprising: a semiconductor device; the semiconductor chip being characterized by further comprising a peak power dissipation sensor configured to sense the peak power dissipation in the device and output a signal representative of said peak power dissipation; a temperature sensor configured to sense an average temperature of the device and output a signal representative of said average temperature; a maximum allowable peak power dissipation determining circuit configured to determine a maximum allowable peak power dissipation based at least in part on said signal representative of said average temperature, and to output a signal representative of the maximum allowable peak power dissipation; and a comparator configured to compare said signal representative of said peak power dissipation with said signal representative of the maximum allowable peak power dissipation, and to output a signal indicative of a thermal safe operating area violation if the peak power dissipation exceeds the maximum allowable peak power dissipation. a semiconductor device; the semiconductor chip being characterized by further comprising a peak power dissipation sensor configured to sense the peak power dissipation in the device and output a signal representative of said peak power dissipation; a temperature sensor configured to sense an average temperature of the device and output a signal representative of said average temperature; a maximum allowable peak power dissipation determining circuit configured to determine a maximum allowable peak power dissipation based at least in part on said signal representative of said average temperature, and to output a signal representative of the maximum allowable peak power dissipation; and a comparator configured to compare said signal representative of said peak power dissipation with said signal representative of the maximum allowable peak power dissipation, and to output a signal indicative of a thermal safe operating area violation if the peak power dissipation exceeds the maximum allowable peak power dissipation.
An in vitro method for predicting the response to an anti-LPS immunoglobulin treatment in a patient in need thereof, said method comprising the step of evaluating the expression of one or more biomarkers in a biological sample obtained from said patient, for example a blood sample, wherein said one or more biomarkers are selected from the group consisting of CD14, CD68, TLR-4, TLR-7, IL-6, IL-8, IL-10, IFN-alpha, IGF-1, CXCL1, CXCL9, CXCL10, RAGE, GDNF and BCHE, wherein the evaluating step includes (a) quantifying the expression of one or more of the selected biomarkers in a biological sample obtained from said patient to obtain an expression value for each quantified biomarker, and (b) comparing each expression value obtained at step (a) to a corresponding control value.
A liquid hard surface antimicrobial cleaning composition with a pH in the range of 9 to 12 comprising (a) 0.5 to 4% by weight of benzalkonium chloride; (b) 0.25 to 3% by weight of salt of di or tri carboxylic acid; (c) 0.25 to 3% by weight sodium tripolyphosphate; and (d) 87 to 97% by weight water. (a) 0.5 to 4% by weight of benzalkonium chloride; (b) 0.25 to 3% by weight of salt of di or tri carboxylic acid; (c) 0.25 to 3% by weight sodium tripolyphosphate; and (d) 87 to 97% by weight water.
A method comprising: sending, by a base station central unit, CU, a base station distributed unit, DU, a notification indicating release of configuration parameters for a small data transmission, SDT, procedure of a wireless device, wherein the sending is based on a transition of the wireless device to a radio resource control, RRC, connected state from at least one of a RRC inactive state or an RRC idle state.
Tank neck unit (100, 110) for a vehicle, comprising a tank neck (142, 165), a throughflow path and a nonreturn valve, characterized in that the tank neck (142, 165) is designed for a predetermined maximum pressure which is higher than a permissible operating pressure of a pressure accumulator system arranged in the vehicle, and the tank neck unit (100, 110) has a shut-off valve (SV, 120), wherein the shut-off valve (SV, 120) is arranged in the throughflow path between the tank neck (142, 165) and an outlet region of the tank neck unit (100, 110) and is designed to protect the pressure accumulator system arranged in the vehicle against a rise in pressure beyond the permissible operating pressure thereof.
A method of providing plant protoplasts having a targeted alteration in a DNA molecule, the method comprising contacting a population of plant protoplasts comprising a DNA molecule, the DNA molecule having a target sequence, with an aqueous medium, wherein the aqueous medium comprises a CRISPR associated protein (CAS protein) or a CAS-like protein, a CRISPR-Cas system guide RNA that hybridizes with the target sequence, and polyethylene glycol, and wherein the end concentration of glycerol in the aqueous medium comprising the population of plant protoplasts comprises less than 0.01% (v/v) glycerol.
A braking and locking structure for sliding wings, comprising a fixed portion that can be associated with a fixed part of a recess or enclosed space, and a movable portion that can be associated with a wing adapted to close the recess or space; said fixed portion and said movable portion defining at least one end position, in which said movable portion is arranged at least partially above said fixed portion, and an intermediate position, in which said movable portion is spaced away from said fixed portion; said structure comprising magnetic means, adapted to urge said movable portion along a longitudinal direction from said intermediate position to said end position, and damping means adapted to slow down and brake said movable portion as it reaches said end position; said magnetic means comprising magnetic elements (26,33) arranged longitudinally in said fixed and movable portions (3, 2); in said end position, said magnetic elements being positioned one above the other, characterized in that said fixed portion is formed by two half-shells (21, 22), which define a seat for the damping means, wherein said damping means is an oil damper having a stem, and in that said half-shells (21, 22) define a seat for a fixed metal plate above which is arranged the magnetic element of the fixed portion, wherein said magnetic element is a fixed magnet, arranged longitudinally in said half-shells (21, 22).
A transceiver, comprising a receiver and an impulse noise monitoring, INM, tool coupled to the receiver and configured to: identify an incoming data stream received by the receiver that includes i) data transmission units, DTUs, communicating data symbols, ii) non-data symbols not carrying active user data, and iii) non-transmission time; ascertain an impulse noise, IN, event of the incoming data stream received by the receiver by evaluating a count, a frequency, a pattern, a group, or a sequence of corrupted DTUs and selected non-data symbols or non-transmission time that are proximate in time to the corrupted DTUs, wherein the INM tool comprises bridge circuitry configured to: identify a first sequence of identified corrupted DTUs detected at an end of one transmission frame; identify a second sequence of identified corrupted DTUs detected at a beginning of a next subsequent transmission frame; identify a single IN event that includes symbols corresponding to the first sequence of corrupted DTUs, symbols corresponding to the second sequence of corrupted DTUs, and non-data symbols or non-transmission time occurring between the first sequence and the second sequence. identify an incoming data stream received by the receiver that includes i) data transmission units, DTUs, communicating data symbols, ii) non-data symbols not carrying active user data, and iii) non-transmission time; ascertain an impulse noise, IN, event of the incoming data stream received by the receiver by evaluating a count, a frequency, a pattern, a group, or a sequence of corrupted DTUs and selected non-data symbols or non-transmission time that are proximate in time to the corrupted DTUs, identify a first sequence of identified corrupted DTUs detected at an end of one transmission frame; identify a second sequence of identified corrupted DTUs detected at a beginning of a next subsequent transmission frame; identify a single IN event that includes symbols corresponding to the first sequence of corrupted DTUs, symbols corresponding to the second sequence of corrupted DTUs, and non-data symbols or non-transmission time occurring between the first sequence and the second sequence.
Method for learning parameters of a convolutional neural network, CNN, in order to classify data, the method comprising the implementation, by data processing means of a server, of the following steps: learning, from a database of already classified learning data, the parameters of a quantized CNN, said parameters being valued in a discrete space; generating an implementation of said quantized CNN, comprising representing operations associated with two consecutive layers of said quantized CNN in the form of a first table T 1 associated with the first layer of said two consecutive layers and a second table T 2 associated with the second layer of said two consecutive layers, replacing the first table with T 1 ∘ P and replacing the second table with P -1 ∘ T 2, where P is a randomly drawn bijective internal encoding and P -1 is its inverse function, the encodings P and P -1 being implemented by adding artificial layers that have no effect to the output and to the input of the tables T 1 and T 2, respectively; deploying the implementation of said quantized CNN thus generated on a terminal connected to the server via a computer network. learning, from a database of already classified learning data, the parameters of a quantized CNN, said parameters being valued in a discrete space; generating an implementation of said quantized CNN, comprising representing operations associated with two consecutive layers of said quantized CNN in the form of a first table T 1 associated with the first layer of said two consecutive layers and a second table T 2 associated with the second layer of said two consecutive layers, replacing the first table with T 1 ∘ P and replacing the second table with P -1 ∘ T 2, where P is a randomly drawn bijective internal encoding and P -1 is its inverse function, the encodings P and P -1 being implemented by adding artificial layers that have no effect to the output and to the input of the tables T 1 and T 2, respectively; deploying the implementation of said quantized CNN thus generated on a terminal connected to the server via a computer network.
A bicycle wheel (110, 115), comprising: a bicycle rim; a central hub (320, 322) for rotational attachment to a bicycle frame; and a plurality of spokes extending from a tire attachment portion of the rim and attached to the hub (320, 322), the rim, comprising: a single wall formed into the rim, the wall formed of composite material having a spoke attachment portion and the tire attachment portion formed therein, characterized in that the wall is formed such that: in an un-tensioned state, a first radial height of a first bead shelf of a first side of the rim is different than a second radial height of a second bead shelf of a second side of the rim; in the un-tensioned state, a first distance of a first bead wall of the first side of the rim to a centre plane of the rim is different from a second distance of a second bead wall of the second side of the rim to the centre plane; and in a tensioned state, when the spokes are attached to the rim and tensioned, tension configurations of the spokes cause the first and second radial height (R1, R2) to be substantially the same. a bicycle rim; a central hub (320, 322) for rotational attachment to a bicycle frame; and a plurality of spokes extending from a tire attachment portion of the rim and attached to the hub (320, 322), the rim, comprising: a single wall formed into the rim, the wall formed of composite material having a spoke attachment portion and the tire attachment portion formed therein, characterized in that the wall is formed such that: in an un-tensioned state, a first radial height of a first bead shelf of a first side of the rim is different than a second radial height of a second bead shelf of a second side of the rim; in the un-tensioned state, a first distance of a first bead wall of the first side of the rim to a centre plane of the rim is different from a second distance of a second bead wall of the second side of the rim to the centre plane; and in a tensioned state, when the spokes are attached to the rim and tensioned, tension configurations of the spokes cause the first and second radial height (R1, R2) to be substantially the same. in an un-tensioned state, a first radial height of a first bead shelf of a first side of the rim is different than a second radial height of a second bead shelf of a second side of the rim; in the un-tensioned state, a first distance of a first bead wall of the first side of the rim to a centre plane of the rim is different from a second distance of a second bead wall of the second side of the rim to the centre plane; and in a tensioned state, when the spokes are attached to the rim and tensioned, tension configurations of the spokes cause the first and second radial height (R1, R2) to be substantially the same.
An A2a adenosine receptor agonist for use in a method for reducing or preventing oxygen induced exacerbation of lung inflammation in response to oxygen therapy in a patient who suffers from inflammatory diseases before any introduction to increased amounts of oxygen, wherein the method comprises administering said A2a adenosine receptor agonist to the patient prior to oxygen therapy, wherein the oxygen therapy comprises administering to the patient an increased amount of oxygen that is greater than the ambient oxygen level and wherein the oxygen induced exacerbation of lung inflammation of the patient to said increased amount oxygen is reduced or prevented as compared to the oxygen induced exacerbation of lung inflammation in the absence of said A2a adenosine receptor agonist.