mhurhangee/ep-ind-claims huggingface dataset:
A low VOC aqueous liquid hard surface cleaning composition comprising a) from 0.30 to 1.0 % by weight of the composition of a surfactant or mixture thereof selected from the group consisting of sulfobetaines and non-ionic surfactants; b) from 1.25 to 2.5 % by weight of the composition of a glycol ether organic solvent or mixture thereof selected from the group consisting of butyl carbitol, hexylcellosolve, and phenoxyethanol and mixture thereof, wherein the composition comprises from 1.25 to 2.5 % by weight of the composition of a glycol ether organic solvent or mixture thereof selected from the group consisting of butyl carbitol, and phenoxyethanol and mixture thereof; c) from 0.25 to 0.5 % by weight of the composition of an aminoalcohol selected from the group consisting of monoethanolamine, monoisoproanolamine, or mixture thereof; and d) from 0.075 to 0.3 % by weight of the composition of a perfume or mixture thereof; and wherein said composition has pH from 10.0 to 12.0. a) from 0.30 to 1.0 % by weight of the composition of a surfactant or mixture thereof selected from the group consisting of sulfobetaines and non-ionic surfactants; b) from 1.25 to 2.5 % by weight of the composition of a glycol ether organic solvent or mixture thereof selected from the group consisting of butyl carbitol, hexylcellosolve, and phenoxyethanol and mixture thereof, wherein the composition comprises from 1.25 to 2.5 % by weight of the composition of a glycol ether organic solvent or mixture thereof selected from the group consisting of butyl carbitol, and phenoxyethanol and mixture thereof; c) from 0.25 to 0.5 % by weight of the composition of an aminoalcohol selected from the group consisting of monoethanolamine, monoisoproanolamine, or mixture thereof; and d) from 0.075 to 0.3 % by weight of the composition of a perfume or mixture thereof;
An embolisation bristle device for promoting clot formation in a body lumen comprising a stem and a plurality of flexible bristles extending generally radially outwardly from the stem, the bristles having a contracted delivery configuration and a deployed configuration in which the bristles extend generally radially outwardly of the stem to anchor the device in a lumen, the device comprising one or more segments (10, 11, 12), each of which comprises a plurality of bristles, further comprising a flow restrictor having a contracted delivery configuration and an expanded deployed configuration, wherein the flow restrictor comprises a membrane; characterized in that at least some of the bristles are configured to urge the flow restrictor into the deployed configuration from the delivery configuration, and at least a portion of the membrane is located between bristles on both sides of the restrictor.
A hair care composition comprising from 0.1% to 20%, by weight of the total composition, of a sulfopropylacrylate compound, wherein the sulfopropylacrylate compound has a molecular weight of less than 500 grams/mole; and a dermatologically acceptable carrier; wherein the composition comprises from 60% to 99.9% by weight of the total composition of a dermatologically acceptable carrier.
Steering shaft for a motor vehicle for use with a power assistance system, comprising an input shaft and an output shaft which are connected to one another in a rotationally elastic manner by means of a torsion bar for the transmission of a torque, the torsion bar being mounted by means of a bearing on the input shaft and/or the output shaft, characterized in that the bearing is of conical configuration.
A tube fitting comprising: an outer pipe; an inner pipe which is coaxially inserted in the outer pipe, and has such an outer diameter that gives a space between an outer surface of the inner pipe and an inner surface of the outer pipe, in which space a tube member to be joined is inserted; and a sealing means disposed between the outer pipe and the inner pipe, the sealing means being configured to seal a clearance between the tube member inserted in the space and the outer pipe or the inner pipe, and the outer pipe, the tube member and the inner pipe being fixedly engaged by caulking, wherein the outer pipe extends outwardly in its axial direction further than an end of the inner pipe, and wherein a length: L (mm) of extension of the outer pipe from the end of the inner pipe and an outer diameter: D (mm) of the tube member satisfy the following formula: L≧0.4×D-6.25. an outer pipe; an inner pipe which is coaxially inserted in the outer pipe, and has such an outer diameter that gives a space between an outer surface of the inner pipe and an inner surface of the outer pipe, in which space a tube member to be joined is inserted; and a sealing means disposed between the outer pipe and the inner pipe, the sealing means being configured to seal a clearance between the tube member inserted in the space and the outer pipe or the inner pipe, and the outer pipe, the tube member and the inner pipe being fixedly engaged by caulking, wherein the outer pipe extends outwardly in its axial direction further than an end of the inner pipe, and wherein a length: L (mm) of extension of the outer pipe from the end of the inner pipe and an outer diameter: D (mm) of the tube member satisfy the following formula: L≧0.4×D-6.25.
A Time Delay and Integration, TDI, image sensor (100; 200; 300) comprising: an array of light sensing elements (106; 206; 306) arranged in a row, each light sensing element configured to accumulate charge proportional to an intensity of light incident on the light sensing element from a field of view; at least one clock (112, 114; 212; 312) coupled to the array of light sensing elements; and an image processor (116; 216; 316) coupled to the array of light sensing elements, wherein the at least one clock is configured to operate a first plurality of the light sensing elements to transfer (109; 209; 309) the accumulated charge to an adjacent light sensing element at a first phase and to operate a second plurality of the light sensing elements to transfer (111; 211; 311) the accumulated charge to an adjacent light sensing element at a second phase, wherein the first phase is different from the second phase; and wherein the image processor is configured to read out a first signal from the first plurality of light sensing elements corresponding to a total charge accumulated in the first plurality of light sensing elements at the first phase, to read out a second signal from the second plurality of light sensing elements corresponding to a total charge accumulated in the second plurality of light sensing elements at the second phase, and to combine the first signal and the second signal to generate an image with improved resolution. an array of light sensing elements (106; 206; 306) arranged in a row, each light sensing element configured to accumulate charge proportional to an intensity of light incident on the light sensing element from a field of view; at least one clock (112, 114; 212; 312) coupled to the array of light sensing elements; and an image processor (116; 216; 316) coupled to the array of light sensing elements, wherein the at least one clock is configured to operate a first plurality of the light sensing elements to transfer (109; 209; 309) the accumulated charge to an adjacent light sensing element at a first phase and to operate a second plurality of the light sensing elements to transfer (111; 211; 311) the accumulated charge to an adjacent light sensing element at a second phase, wherein the first phase is different from the second phase; and wherein the image processor is configured to read out a first signal from the first plurality of light sensing elements corresponding to a total charge accumulated in the first plurality of light sensing elements at the first phase, to read out a second signal from the second plurality of light sensing elements corresponding to a total charge accumulated in the second plurality of light sensing elements at the second phase, and to combine the first signal and the second signal to generate an image with improved resolution.
A method for localizing, in relation to a mark located at a ground level, a surveying instrument having a housing including at least one camera, said method comprising: aligning the vertical rotational axis of the surveying instrument with said mark using a pointing device; capturing an image of the ground below the housing with said camera arranged in a known camera position and angular orientation defining a known relationship between a viewing axis of said camera and the vertical rotational axis, said camera position being eccentric to the rotation center of the surveying instrument; identifying an object point corresponding to the mark in the captured image; measuring image coordinates of the object point in the captured image; and characterized by determining the height of the rotation center of said instrument above the ground based on the image coordinates and camera calibration data including said known camera position and angular orientation. aligning the vertical rotational axis of the surveying instrument with said mark using a pointing device; capturing an image of the ground below the housing with said camera arranged in a known camera position and angular orientation defining a known relationship between a viewing axis of said camera and the vertical rotational axis, said camera position being eccentric to the rotation center of the surveying instrument; identifying an object point corresponding to the mark in the captured image; measuring image coordinates of the object point in the captured image; and characterized by determining the height of the rotation center of said instrument above the ground based on the image coordinates and camera calibration data including said known camera position and angular orientation.
A cleaning robot, comprising: a robot body; a side brush assembly disposed on the robot body; and a mopping assembly, the side brush assembly being located in front of the mopping assembly along a travelling direction of the cleaning robot; characterized in that, the cleaning robot further comprises a controller disposed on the robot body and configured for controlling a target bristle of the side brush assembly to be limited in a designated sub-area when the cleaning robot is in a cleaning mode in which the side brush assembly is not in work; wherein a designated area is a projection area of the robot body on a horizontal plane; the designated area comprises the designated sub-area; and the designated sub-area is an area where an area formed by two tangent lines of a mopping area formed by the mopping assembly along the travelling direction of the cleaning robot overlaps with the designated area; and the target bristle has a length greater than a preset length threshold, and the preset length threshold is a minimum distance between a rotation center of the side brush assembly and an edge of the robot body. a robot body; a side brush assembly disposed on the robot body; and a mopping assembly, the side brush assembly being located in front of the mopping assembly along a travelling direction of the cleaning robot; characterized in that, the cleaning robot further comprises a controller disposed on the robot body and configured for controlling a target bristle of the side brush assembly to be limited in a designated sub-area when the cleaning robot is in a cleaning mode in which the side brush assembly is not in work; wherein a designated area is a projection area of the robot body on a horizontal plane; the designated area comprises the designated sub-area; and the designated sub-area is an area where an area formed by two tangent lines of a mopping area formed by the mopping assembly along the travelling direction of the cleaning robot overlaps with the designated area; and the target bristle has a length greater than a preset length threshold, and the preset length threshold is a minimum distance between a rotation center of the side brush assembly and an edge of the robot body.
A machine tool comprising: a first spindle for gripping a first workpiece: a second spindle for griping a second workpiece; and a joining means for joining an axial end of each workpiece gripped by each spindle to form a joined workpiece from the first workpiece and the second workpiece, an electric servomotor for moving the first spindle in a direction intersecting the axis of the first spindle; characterised in that the machine tool further comprises a current value detecting means for detecting a current value of the electric servomotor; and a misalignment detecting means for detecting misalignment between the first workpiece and the second workpiece of the joined workpiece, based on the current value detected by the current value detecting means when the joined workpiece is gripped by both spindles and rotated by the first spindle or the second spindle. a second spindle for griping a second workpiece; and a joining means for joining an axial end of each workpiece gripped by each spindle to form a joined workpiece from the first workpiece and the second workpiece, an electric servomotor for moving the first spindle in a direction intersecting the axis of the first spindle; characterised in that the machine tool further comprises a current value detecting means for detecting a current value of the electric servomotor; and a misalignment detecting means for detecting misalignment between the first workpiece and the second workpiece of the joined workpiece, based on the current value detected by the current value detecting means when the joined workpiece is gripped by both spindles and rotated by the first spindle or the second spindle.
A wipes dispenser (110; 310) comprising: a container (112; 312) having an interior (116; 316) holding a plurality of wipes (114, 314); a grip orifice (118; 318) providing communication between said interior (116; 316) and the exterior of said container (112; 312); a rip fence (124; 324), wherein, in use, a lead end of a lead wipe of said plurality of wipes (114; 314) extends through said grip orifice (118; 318) and then through said rip fence (124; 324) such that pulling on said lead end to pull said lead wipe against said rip fence (124; 324) causes the remainder of said lead wipe to be removed from said container (112; 312) and become disassociated with the remaining wipes of said plurality of wipes (114; 314), while a following wipe of said plurality of wipes (114; 314) is pulled through said grip orifice (118; 318) to provide its lead end outside of said interior (116; 316) of said container (112; 312), said grip orifice (118; 318) serving to prevent said lead end of said following wipe from falling back into said interior (116; 316), said rip fence (124; 314) is pivotally secured to said container (112; 312) at a hinge and, in use, can pivot, said rip fence including a body member having an aperture defining a tear geometry, and, in use, said lead end of said lead wipe extends through said aperture of said rip fence (124; 324), and said rip fence (124; 324) is pivotally secured to said container (112; 312) at said hinge at a position such that the rip fence (124; 324) can pivot to extend over the grip orifice (118; 318), characterized in that said rip fence (124; 324) is spaced from said grip orifice (118; 318) such that a lead end of a wipe extending through said grip orifice (118; 318) can be accessed by an individual's fingers for threading through said aperture of said rip fence (124; 324). a container (112; 312) having an interior (116; 316) holding a plurality of wipes (114, 314); a grip orifice (118; 318) providing communication between said interior (116; 316) and the exterior of said container (112; 312); a rip fence (124; 324),
A method for obtaining a human milk fortifier, comprising: (a) thawing frozen donor milk from more than one donor to obtain thawed milk from more than one donor and pooling the thawed milk to obtain pooled human milk; (b) genetically screening the pooled human milk to identify one or more viral contaminants; (c) filtering the pooled human milk through a filter; (d) heating the pooled human milk at 63°C or greater for 30 minutes or more; (e) separating the pooled human milk into skim and cream; (f) filtering the skim with an ultrafilter to obtain skim with concentrated nutrients and permeate, wherein prior to filtering the skim, a portion of the cream is added to the skim (g) blending the skim with concentrated nutrients with the cream; and (h) pasteurizing the fortifier composition; thereby obtaining the human milk fortifier, wherein the human milk fortifier comprises comprises a human protein constituent of 35-85 mg/mL; a human fat constituent of 60-110 mg/mL; and a human carbohydrate constituent of 60-140 mg/mL. (a) thawing frozen donor milk from more than one donor to obtain thawed milk from more than one donor and pooling the thawed milk to obtain pooled human milk; (b) genetically screening the pooled human milk to identify one or more viral contaminants; (c) filtering the pooled human milk through a filter; (d) heating the pooled human milk at 63°C or greater for 30 minutes or more; (e) separating the pooled human milk into skim and cream; (f) filtering the skim with an ultrafilter to obtain skim with concentrated nutrients and permeate, wherein prior to filtering the skim, a portion of the cream is added to the skim (g) blending the skim with concentrated nutrients with the cream; and (h) pasteurizing the fortifier composition;
A composition for separating blood serum or blood plasma comprising: a (meth)acrylic acid ester-based polymer, a silica fine powder, and a silicone oil, wherein the (meth)acrylic acid ester-based polymer has fluidity at room temperature, and has a weight average molecular weight of 19000 or more and 30000 or less. a (meth)acrylic acid ester-based polymer, a silica fine powder, and a silicone oil, wherein the (meth)acrylic acid ester-based polymer has fluidity at room temperature, and has a weight average molecular weight of 19000 or more and 30000 or less.
Fibre microelectrode comprising at least one light conducting core and a glass cladding around the at least one light conducting core, a tip via which light can be coupled into and out of the at least one light conducting core, at least one electrical conductor located inside the glass cladding, wherein the at least one electrical conductor is designed such that it can receive or transmit electrical signals via the tip, characterized in that the at least one light conducting core is surrounded by a photonic crystal, the photonic crystal being located at least in sections within the glass cladding.
A method for diagnosing a clothes treating apparatus comprising: a drum configured to accommodate therein an object to be dried; an air suction means (120, 122) configured to form a flow path of air to be introduced into the drum; an air exhaustion means configured to form a flow path of air exhausted from the drum; a condenser, disposed to heat air to be sucked into the drum through the air suction means; an evaporator, disposed to cool air exhausted from the drum through the air exhaustion means; and a compressor and an expander configured to constitute a heat pump together with the condenser and the evaporator, the method being characterized by comprising: a temperature change detection step of detecting a temperature change of air passing through the air suction means (120, 122); and a determination step of determining that refrigerant leakage has occurred when a temperature decrease amount measured in the temperature change detection step is higher than a predetermined level set to sense a temperature decrease of air inside the air suction means (120, 122) resulting from evaporation of leaked refrigerant by contacting the air passing through the air suction means. a drum configured to accommodate therein an object to be dried; an air suction means (120, 122) configured to form a flow path of air to be introduced into the drum; an air exhaustion means configured to form a flow path of air exhausted from the drum; a condenser, disposed to heat air to be sucked into the drum through the air suction means; an evaporator, disposed to cool air exhausted from the drum through the air exhaustion means; and a compressor and an expander configured to constitute a heat pump together with the condenser and the evaporator, a temperature change detection step of detecting a temperature change of air passing through the air suction means (120, 122); and a determination step of determining that refrigerant leakage has occurred when a temperature decrease amount measured in the temperature change detection step is higher than a predetermined level set to sense a temperature decrease of air inside the air suction means (120, 122) resulting from evaporation of leaked refrigerant by contacting the air passing through the air suction means.
A T cell activating bispecific antigen binding molecule comprising a first and a second antigen binding moiety, one of which is a Fab molecule capable of specific binding to CD3 and the other one of which is a Fab molecule capable of specific binding to a target cell antigen, and an Fc domain composed of a first and a second subunit capable of stable association; wherein the first antigen binding moiety is a crossover Fab molecule wherein either the variable or the constant regions of the Fab light chain and the Fab heavy chain are exchanged; and wherein (i) the second antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the Fab heavy chain of the first antigen binding moiety, and the first antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the first or second subunit of the Fc domain, or (ii) the first antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the Fab heavy chain of the second antigen binding moiety, and the second antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the first or the second subunit of the Fc domain.