mhurhangee/ep-ind-claims huggingface dataset:
A detergent composition, comprising an antiredeposition agent the antiredeposition agent including a polyaspartic acid alkali metal salt having a polydispersity, represented by a ratio (Mw/Mn) of a weight-average molecular weight (Mw) to a number-average molecular weight (Mn), of from 1.4 to 1.7 and being selected from the group consisting of lithium polyaspartate, potassium polyaspartate, and sodium polyaspartate. wherein the detergent composition has a pH from 6 to less than 9, and the detergent composition is a detergent composition for clothing. the antiredeposition agent including a polyaspartic acid alkali metal salt having a polydispersity, represented by a ratio (Mw/Mn) of a weight-average molecular weight (Mw) to a number-average molecular weight (Mn), of from 1.4 to 1.7 and being selected from the group consisting of lithium polyaspartate, potassium polyaspartate, and sodium polyaspartate. wherein the detergent composition has a pH from 6 to less than 9, and the detergent composition is a detergent composition for clothing.
An oil delivery system, comprising: a bearing housing comprising an oil delivery cavity; a bearing comprising an outer ring contacting the bearing housing; a passage formed through the outer ring; and characterised in that the bearing housing comprises a plurality of small grooves and a large groove, and a large tab extends from the outer ring of the bearing and fits into the large groove and a plurality of small tabs extend from the outer ring of the bearing and fit into the small grooves to form a clocking mechanism configured to align the passage and the oil delivery cavity. a bearing housing comprising an oil delivery cavity; a bearing comprising an outer ring contacting the bearing housing; a passage formed through the outer ring; and characterised in that the bearing housing comprises a plurality of small grooves and a large groove, and a large tab extends from the outer ring of the bearing and fits into the large groove and a plurality of small tabs extend from the outer ring of the bearing and fit into the small grooves to form a clocking mechanism configured to align the passage and the oil delivery cavity.
An in-vehicle camera module comprising: a metallic casing having at least one boss (36, 36a, 36b, 36c, 36d, 36e) formed therein; a camera unit (24, 26, 27) placed inside the casing; connector terminals for external device connection electrically connected to the camera unit and used to connect the camera unit to an external device; and a metallic ground shell disposed so as to surround the connector terminals for external device connection, having a front surface covered with a metal coated layer and including at least one boss insertion portion (22, 22a, 22b, 22c, 22d, 22e) formed so as to correspond to the at least one boss of the casing; wherein the at least one boss (36, 36a, 36b, 36c, 36d, 36e) has a head exposed on the front surface of the ground shell covered with the coated layer upon insertion of the at least one boss into the at least one boss insertion portion corresponding to the at least one boss, CHARACTERIZED IN THAT the in-vehicle camera module has at least one metal weld zone which is formed by welding the exposed head of the at least one boss (36, 36a, 36b, 36c, 36d, 36e) to the coated layer positioned on a periphery of the at least one boss insertion portion so that the ground shell is electrically connected and fixed to the casing. a metallic casing having at least one boss (36, 36a, 36b, 36c, 36d, 36e) formed therein; a camera unit (24, 26, 27) placed inside the casing; connector terminals for external device connection electrically connected to the camera unit and used to connect the camera unit to an external device; and a metallic ground shell disposed so as to surround the connector terminals for external device connection, having a front surface covered with a metal coated layer and including at least one boss insertion portion (22, 22a, 22b, 22c, 22d, 22e) formed so as to correspond to the at least one boss of the casing;
Wheel valve arrangement for a tire pressure control system of a vehicle, which wheel valve arrangement comprises a pneumatically controllable wheel valve and a shuttle valve operating on the pressure balance principle as a bleed valve, the control input of which is to be connected to a tire connection channel leading to the tire interior, and the input of which is to be connected as control input to an air supply line, wherein the pneumatically controllable wheel valve is connected into the tire connection channel for closing and opening a fluid path between the shuttle valve and a wheel connection belonging to the wheel valve arrangement, which wheel valve has a valve body which can be moved by a piston rod which, by means of at least one spring element, acts against the valve seat assigned thereto in the closed position, and which can be moved by the piston rod into an open position moved away from the valve seat, and has a control piston guided in a control cylinder and connected to the piston rod, which control cylinder is to be connected or is connected by the control chamber of the control cylinder delimited by the drive side of the control piston via the control line to the supply line on the input side of the shuttle valve, wherein the control piston is designed in order that the valve body can be moved away from the valve seat of the valve body by means of the target tire filling pressure present in the air supply line, in order to open the wheel valve, characterised in that the piston rod comprises, in a section carrying the control piston, a centric guide sleeve, into which a guide pin engages, the guide pin being fixed in position in relation to the movement of the piston rod, to provide the bearing mounting of the piston rod.
A process for producing microcellulose comprising subjecting fibrous cellulosic material to acid hydrolysis at a temperature from 110°C to less than 140°C and at a consistency from 15 to 50% on dry weight of the cellulose, wherein the amount of added acid is from 0.2 to 2% on dry weight of the cellulose, and wherein the hydrolysis is carried in a reactor without essential compression, the compression ratio of the reactor being below 1.2:1.
A cooking device comprising a casing; a fan which is disposed in front of the casing; a motor which is disposed behind the casing; a shaft which transfers the movement of the motor to the fan and which is connected to the motor at one end and to the fan at the other end; and a return member which is disposed between the casing and the motor onto the shaft so as to be coaxial with the shaft and which has an opening thereon through which the shaft is inserted, a sealing member which is placed onto the shaft so as to be coaxial with the shaft and which has a cover which covers the opening and a skirt which surrounds the return member when placed onto the return member; wherein the sealing member comprises a hole which is arranged at the center of the cover and through which the shaft passes; characterized in that, the sealing member further comprises at least one slit which is formed on the surface of the cover so as to be outwards from the periphery of the hole.
A method for a user equipment for handling a cell change, the user equipment being comprised in a wireless communications network, the method comprising: performing at least one measurement, wherein the at least one measurement is a Reference Signal Time Difference, RSTD, measurement; receiving, from a network node (103, 113, 115), a notification of, and information associated with, the cell change from a first cell to a second cell; performing the cell change during the at least one measurement; altering a duration of a measurement time over which the said at least one measurement is performed; altering a measurement bandwidth of the at least one measurement, wherein the altering is based on associated bandwidths of the first and second cells; and completing the at least one measurement based on the altered duration of measurement time and the altered measurement bandwidth. performing at least one measurement, wherein the at least one measurement is a Reference Signal Time Difference, RSTD, measurement; receiving, from a network node (103, 113, 115), a notification of, and information associated with, the cell change from a first cell to a second cell; performing the cell change during the at least one measurement; altering a duration of a measurement time over which the said at least one measurement is performed; altering a measurement bandwidth of the at least one measurement, wherein the altering is based on associated bandwidths of the first and second cells; and completing the at least one measurement based on the altered duration of measurement time and the altered measurement bandwidth.
A method of forming a guide vane, comprising: forming a vane blank with sufficient material to fabricate the guide vane in accordance with any one of a plurality of different vane classes; inspecting the vane blank for material inconsistences; and removing material from the vane blank to form the guide vane in accordance with a desired one of the plurality of vane classes; characterised in that: inspecting the vane blank includes defining a first portion of the vane blank in which a material inconsistency is acceptable, as said material is to be removed during said step of removing material to form the desired guide vane, and a second portion of the vane blank where a material inconsistency is not acceptable. forming a vane blank with sufficient material to fabricate the guide vane in accordance with any one of a plurality of different vane classes; inspecting the vane blank for material inconsistences; and removing material from the vane blank to form the guide vane in accordance with a desired one of the plurality of vane classes;
A pneumatic tire (2, 50) comprising: a tread; and a band disposed inward of the tread in a radial direction, wherein the band includes a cord (32, 54) that is helically wound, characterized in that the cord (32, 54) has a single-stranded structure in which filaments (36, 52) formed from steel are stranded, and the number of the filaments (36, 52) is not less than three and not greater than six, in a cross-section perpendicular to a direction in which the cord (32, 54) extends, when φ represents a diameter of a smallest circle that surrounds cross-sections of the filaments (36, 52), and ψ represents a diameter of each filament (36, 52), a gap is formed between the filaments (36, 52) such that the diameter φ is not less than three times the diameter ψ and not greater than six times the diameter ψ in the case of the number of the filaments (36, 52) being three or four, a gap is formed between the filaments (36, 52) such that the diameter φ is not less than 3.5 times the diameter ψ and not greater than seven times the diameter ψ in the case of the number of the filaments (36, 52) being five or six, and an initial elongation of the cord (32, 54) is not less than 0.1% and not greater than 1.5%, whereby a change amount of elongation obtained when load changes from 5N to 20N in a tensile test for the cord (32, 54) is measured as the initial elongation, taken from the band of the tire (2, 50) under the following measurement conditions: - Grip distance: 250 mm - Tension speed: 50 mm/min - Measurement temperature: 23°C. a tread; and a band disposed inward of the tread in a radial direction, wherein the band includes a cord (32, 54) that is helically wound, characterized in that the cord (32, 54) has a single-stranded structure in which filaments (36, 52) formed from steel are stranded, and the number of the filaments (36, 52) is not less than three and not greater than six, in a cross-section perpendicular to a direction in which the cord (32, 54) extends, when φ represents a diameter of a smallest circle that surrounds cross-sections of the filaments (36, 52), and ψ represents a diameter of each filament (36, 52), a gap is formed between the filaments (36, 52) such that the diameter φ is not less than three times the diameter ψ and not greater than six times the diameter ψ in the case of the number of the filaments (36, 52) being three or four, a gap is formed between the filaments (36, 52) such that the diameter φ is not less than 3.5 times the diameter ψ and not greater than seven times the diameter ψ in the case of the number of the filaments (36, 52) being five or six, and an initial elongation of the cord (32, 54) is not less than 0.1% and not greater than 1.5%, whereby a change amount of elongation obtained when load changes from 5N to 20N in a tensile test for the cord (32, 54) is measured as the initial elongation, taken from the band of the tire (2, 50) under the following measurement conditions: - Grip distance: 250 mm - Tension speed: 50 mm/min - Measurement temperature: 23°C. - Grip distance: 250 mm - Tension speed: 50 mm/min - Measurement temperature: 23°C.
Method for determining, using an auxiliary unit, an overheating of at least one connection terminal (38, 40) of an electrical device, the one or more connection terminals (38, 40) each comprising at least one connection area that is capable of being connected to a corresponding electrical conductor (12', 14'), the method comprising, for each connection terminal (38, 40), the following steps: - a) measuring, at a given instant in time (t n), a first temperature corresponding to the temperature of the corresponding connection area, via a first temperature sensor; - b) computing a thermal value of the connection area as a function of the first measured temperature; - c) comparing the thermal value of the connection area with a temperature threshold, and - d) detecting an overheating of the corresponding connection terminal (38, 40) when the thermal value of the connection area is above the temperature threshold, the method being characterized in that it comprises, prior to comparison step c) and for each connection terminal (38, 40), the following step: - b') computing the temperature threshold (S1(n)) at the given instant (t n) as a function of the value of the temperature threshold (S1(n-1)) at a preceding instant (t n-1, t0), the value of the temperature threshold varying between the preceding instant (t n-1, tO), and the given instant (t n), and in comparison step c), the thermal value is compared with the value of the temperature threshold (S1 (n)) at the given instant (t n). - a) measuring, at a given instant in time (t n), a first temperature corresponding to the temperature of the corresponding connection area, via a first temperature sensor; - b) computing a thermal value of the connection area as a function of the first measured temperature; - c) comparing the thermal value of the connection area with a temperature threshold, and - d) detecting an overheating of the corresponding connection terminal (38, 40) when the thermal value of the connection area is above the temperature threshold, - b') computing the temperature threshold (S1(n)) at the given instant (t n) as a function of the value of the temperature threshold (S1(n-1)) at a preceding instant (t n-1, t0), the value of the temperature threshold varying between the preceding instant (t n-1, tO), and the given instant (t n), and
An electric lawn mower comprising a handlebar for the rear pushing of the lawn mower by an operator and a safety system configured to enable the ignition of the lawn mower only if said handlebar is grabbed by the operator, wherein said safety system comprises a pair of active membranes electrically connected to an electronic board provided with a power button, said active membranes each being placed on one of two grabbable side portions of the handlebar and said power button being accessible to the operator at a central body of the handlebar, characterized in that said safety system is bung configured to enable the ignition of the lawn mower only if said active membranes and said power button are pressed within a period of time from each other, and also being configured to turn off the lawn mower at the instant when both the active membranes are released.
Crystalline Form A of -5-carbamoylpyridin-3-yl-2-methyl-4-(3-(trifluoromethoxy)benzyl)piperazine-1-carboxylate having an X-ray powder diffraction pattern comprising peaks at 18.1, 20.1, and 22.3 degrees 2θ ± 0.2 degrees 2θ using Cu Kα radiation at 1.54 Å.
Hydrophobic modified peptide of the formula [X - P - Y - R o] A p wherein P is a peptide having the amino acid sequence NPLGFXaaP, wherein Xaa is an arbitrary amino acid, preferably F or L; X is an amino acid sequence comprising NX 1 SX 2 X 3, having a length of m= 5, 6, 7 or 8 amino acids, wherein X 1, X 2 and X 3 is an arbitrary amino acid and, wherein one or more of the amino acids carry one or more hydrophobic modifications selected from acylation, preferably with carboxylic acids, fatty acids, C8 to C22 fatty acids, amino acids with lipophilic side chains, and addition of hydrophobic moieties selected from cholesterol, derivatives of cholesterol, phospholipids, glycolipids, glycerol esters, steroids, ceramids, isoprene derivatives, adamantane, farnesol, aliphatic groups, polyaromatic compounds; Y is an amino acid sequence having a length of n amino acids, wherein n is 0 or at least 1, wherein n is preferably 0 to 78; m + n ≥ 11 R is a C-terminal modification of said hydrophobic modified peptide, which is preferably a moiety that protects from degradation selected from amide, D- amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycine, o is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, p is 0 or at least 1, wherein one or more drug(s) is/are coupled or linked to one or amino acid(s) of X. P is a peptide having the amino acid sequence NPLGFXaaP, wherein Xaa is an arbitrary amino acid, preferably F or L; X is an amino acid sequence comprising NX 1 SX 2 X 3, having a length of m= 5, 6, 7 or 8 amino acids, wherein X 1, X 2 and X 3 is an arbitrary amino acid and, wherein one or more of the amino acids carry one or more hydrophobic modifications selected from acylation, preferably with carboxylic acids, fatty acids, C8 to C22 fatty acids, amino acids with lipophilic side chains, and addition of hydrophobic moieties selected from cholesterol, derivatives of cholesterol, phospholipids, glycolipids, glycerol esters, steroids, ceramids, isoprene derivatives, adamantane, farnesol, aliphatic groups, polyaromatic compounds; Y is an amino acid sequence having a length of n amino acids, wherein n is 0 or at least 1, wherein n is preferably 0 to 78; m + n ≥ 11 R is a C-terminal modification of said hydrophobic modified peptide, which is preferably a moiety that protects from degradation selected from amide, D- amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycine, o is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, p is 0 or at least 1, wherein one or more drug(s) is/are coupled or linked to one or amino acid(s) of X.
A method of flame detection based on ionization current measurement with a flame monitoring system in a burner having a first operating state representing a start-up phase of said burner and a second operating state representing a modulation operation of said burner, characterized by the steps of: generating a first measurement voltage greater than a saturation voltage for generating a first ionization current at an ionization electrode of said flame monitoring system in said first operating state of said burner by means of a measuring voltage generating device configured to vary the generated measurement voltage in a voltage range consisting of at least one voltage value above said saturation voltage and at least one voltage value below said saturation voltage, and generating a second measurement voltage less than said saturation voltage for generating a second ionization current at said ionization electrode of said flame monitoring system in said second operating state of said burner by means of said measuring voltage generating device, wherein said measuring voltage generating device changes the generated measurement voltage from said first measurement voltage to said second measurement voltage when said burner switches from said first operating state to said second operating state. generating a first measurement voltage greater than a saturation voltage for generating a first ionization current at an ionization electrode of said flame monitoring system in said first operating state of said burner by means of a measuring voltage generating device configured to vary the generated measurement voltage in a voltage range consisting of at least one voltage value above said saturation voltage and at least one voltage value below said saturation voltage, and generating a second measurement voltage less than said saturation voltage for generating a second ionization current at said ionization electrode of said flame monitoring system in said second operating state of said burner by means of said measuring voltage generating device, wherein said measuring voltage generating device changes the generated measurement voltage from said first measurement voltage to said second measurement voltage when said burner switches from said first operating state to said second operating state.
An outdoor unit of an air conditioner, comprising: a power-supply driving compressor and a non-power-supply driving compressor that are connected in parallel, the power-supply driving compressor being driven by an electric power, the non-power-supply driving compressor being driven by a driving source other than the electric power; and a body housing divided into an upper portion and a lower portion by a partition plate, characterized in that a heat exchanger room is provided at the upper portion, a machine room is provided at the lower potion, the power-supply driving compressor is provided at the heat exchanger room, and the non-power-supply driving compressor is provided at the machine room. a power-supply driving compressor and a non-power-supply driving compressor that are connected in parallel, the power-supply driving compressor being driven by an electric power, the non-power-supply driving compressor being driven by a driving source other than the electric power; and a body housing divided into an upper portion and a lower portion by a partition plate, characterized in that a heat exchanger room is provided at the upper portion, a machine room is provided at the lower potion, the power-supply driving compressor is provided at the heat exchanger room, and the non-power-supply driving compressor is provided at the machine room.
A method for wireless communications, comprising: receiving, from a stronger cell (eNB 1), first and second signals for determining a cell identity of the stronger cell; receiving, from a weaker cell (eNB 2), a third signal for determining at least a portion of a cell identity of the weaker cell, wherein at least a portion of the third signal overlaps at least one of the first signal and the second signal; sampling the first, second, and third signals; cancelling out samples of at least one of the first and second signals; and determining at least one sequence of the third signal based on samples of the third signal after reducing effects of samples of any remaining portion of the third signal that does not overlap the first signal and/or the second signal. receiving, from a stronger cell (eNB 1), first and second signals for determining a cell identity of the stronger cell; receiving, from a weaker cell (eNB 2), a third signal for determining at least a portion of a cell identity of the weaker cell, wherein at least a portion of the third signal overlaps at least one of the first signal and the second signal; sampling the first, second, and third signals; cancelling out samples of at least one of the first and second signals; and determining at least one sequence of the third signal based on samples of the third signal after reducing effects of samples of any remaining portion of the third signal that does not overlap the first signal and/or the second signal.