mhurhangee/ep-ind-claims huggingface dataset:
A lid for a cardboard container comprising a detergent product, whereby the lid comprises a top and flanks, the lid comprising a support element, whereby the support element is a cardboard support element for the cardboard container, the support element comprising: - a cardboard structure extending away from a base plane, the top of the lid being parallel to the base plane; - a second flap connected to the cardboard structure and extended in a direction parallel to the base plane, the second flap being affixed to the top of the lid; and - a first flap connected to the cardboard structure, the lid being characterized in that the first flap is extended in a direction normal to the base plane and affixed to a first flank of the flanks of the lid. - a cardboard structure extending away from a base plane, the top of the lid being parallel to the base plane; - a second flap connected to the cardboard structure and extended in a direction parallel to the base plane, the second flap being affixed to the top of the lid; and - a first flap connected to the cardboard structure, the lid being characterized in that the first flap is extended in a direction normal to the base plane and affixed to a first flank of the flanks of the lid.
Door for a household refrigeration appliance, having a vacuum insulation element with a covering, which surrounds an evacuated cavity, which is filled at least partially with a support body, wherein the covering has an inner shell and an outer shell, and the outer shell is formed by a closure part closing the door on the front side, characterised in that the inner shell and the closure part are connected at connection points by a casting, the inner shell has abutment flanges (10a, 10b) which abut an interior of the closure part, wherein the abutment flanges (10a, 10b) are surrounded by the casting compound and the casting compound is a synthetic resin or a liquid adhesive.
A composition comprising a polymerase dissolved in a solution, wherein the polymerase comprises a 5'-3' exonuclease domain that is fused to the amino terminus of a family B polymerase, wherein said family B polymerase is conjugated to a DNA binding domain, wherein the solution comprises free arginine, or a salt thereof, or arginine derivative having an additional methyl or hydroxyl in the arginine carbon backbone, or being an arginine ethyl ester, or being argininamide dihydrochloride, or being citrulline, 2-amino-3-guanidinobutyric acid, 2-amino-4-guanidinobutyric acid, cavanine, homoarginine, thiocitrulline, L-2-amino-3-guanidinopropionic acid, 4-guanidinobutyric acid or 3-guanidinobutyric acid, or salt thereof; and 5% or more cryoprotectant, and wherein the solution is free of detergents.
A method for identifying and/or characterising endophyte strain(s), said method including: providing a plurality of plant samples from tall fescue and isolating endophytes from said plant samples; assessing geographic origin of the endophytes; subjecting said endophytes to genetic analysis, wherein said genetic analysis involves analyzing the nuclear and/or mitochondrial DNA of the endophyte; subjecting said endophytes to metabolic analysis, wherein said metabolic analysis involves analyzing metabolites produced by the endophytes in a ryegrass plant; and selecting endophyte strain(s) having a desired genetic and metabolic profile and a desired geographic origin, wherein the selected endophyte strain(s) include genetic and metabolic characteristics that result in a beneficial phenotype in a ryegrass plant harbouring the endophyte strain(s), wherein said selected endophyte strain does not produce lolitrem B toxins. providing a plurality of plant samples from tall fescue and isolating endophytes from said plant samples; assessing geographic origin of the endophytes; subjecting said endophytes to genetic analysis, wherein said genetic analysis involves analyzing the nuclear and/or mitochondrial DNA of the endophyte; subjecting said endophytes to metabolic analysis, wherein said metabolic analysis involves analyzing metabolites produced by the endophytes in a ryegrass plant; and selecting endophyte strain(s) having a desired genetic and metabolic profile and a desired geographic origin, wherein the selected endophyte strain(s) include genetic and metabolic characteristics that result in a beneficial phenotype in a ryegrass plant harbouring the endophyte strain(s), wherein said selected endophyte strain does not produce lolitrem B toxins.
A device for characterizing movements of a foot of a human being in a walking plane, said device comprising at least one accelerometer fastened to said foot and a computation module, said device being characterized in that the computation module is capable of using the outputs of said at least one accelerometer for: - determining foot poses; - segmenting said movements into elementary movements between a first position (310a, 310b, 310c) corresponding to a first foot pose and a second position (320a, 320b, 320c) corresponding to a second foot pose, and - for each elementary movement, executing at least one retroactive calculation based on accelerometer data that are taken over an interval between the first position and the second position to determine a displacement direction (330a, 330b, 330c) and line (340a, 340b, 340c) of said elementary movement in the walking plane, said calculation comprising: - an estimation, from said accelerometer data that are taken over the interval, of acceleration data of the accelerometer on the interval excluding the acceleration of the gravity; - a determination of the displacement direction and line from said acceleration data of the accelerometer on the interval. - determining foot poses; - segmenting said movements into elementary movements between a first position (310a, 310b, 310c) corresponding to a first foot pose and a second position (320a, 320b, 320c) corresponding to a second foot pose, and - for each elementary movement, executing at least one retroactive calculation based on accelerometer data that are taken over an interval between the first position and the second position to determine a displacement direction (330a, 330b, 330c) and line (340a, 340b, 340c) of said elementary movement in the walking plane, said calculation comprising: - an estimation, from said accelerometer data that are taken over the interval, of acceleration data of the accelerometer on the interval excluding the acceleration of the gravity; - a determination of the displacement direction and line from said acceleration data of the accelerometer on the interval. - an estimation, from said accelerometer data that are taken over the interval, of acceleration data of the accelerometer on the interval excluding the acceleration of the gravity; - a determination of the displacement direction and line from said acceleration data of the accelerometer on the interval.
A clamp comprising: a first clamping member having a top and bottom connected at a hinge; a first clamping section adjacent the hinge intermediate the top and bottom; the first clamping section having a first perimeter; a second clamping section intermediate the top and bottom, the second clamping section having a second perimeter; a slot connecting the first clamping section to the second clamping section; said first and second clamping sections (16, 18) each having an unlocked configuration and a locked configuration, wherein when in said unlocked configuration, the first and second perimeters (32, 34) are configured to be slightly larger than a predetermined cross section perimeter, and wherein when in the locked configuration, the first and second perimeters (32, 34) are configured to be decreased to correspond with the predetermined cross section perimeter; an actuator having a cam surface operably connected to the first clamping member, wherein operation of the actuator adjusts the cam surface to transition the first clamping member from the unlocked to the locked configuration; and characterized by a second clamp member, said second clamp member having a first clamping section operable from an unlocked to a locked configuration, and wherein operation of the actuator transitions the second clamp member from the unlocked to the locked configuration, wherein when in said unlocked configuration the perimeters of the first and second clamping sections of the second clamping member are configured to be slightly larger than a second predetermined cross section perimeter; and when in the locked configuration, the perimeters of the first and second clamping sections of the second clamping member are configured to be decreased to correspond with the second predetermined cross section perimeter, said second clamping member further comprises a hinge connecting a top and a bottom separated by a slot, said first clamping section of said second clamping member is located adjacent the hinge intermediate the top and bottom, and said slot connecting the first clamping section of the second clamping member to the second clamping section of the second clamping member. a first clamping member having a top and bottom connected at a hinge; a first clamping section adjacent the hinge intermediate the top and bottom; the first clamping section having a first perimeter; a second clamping section intermediate the top and bottom, the second clamping section having a second perimeter; a slot connecting the first clamping section to the second clamping section;
A method for determining user liveness comprising: capturing facial authentication data as a sequence of frames; calculating, by a device, a pair of eye openness measures for each frame and storing the eye openness measure pairs in a buffer in the device; locating temporal windows (62, 66, 68) at different positions along the buffer by shifting a temporal window; dividing the eye openness measure pairs within each temporal window (62, 66, 68) along the buffer into three groups (S1,S2,S3), wherein each group comprises at least one eye openness measure pair; for each group of the three groups in each temporal window, conducting calculations with the eye openness measure pairs included in the group, to form results; creating a vector, for each temporal window, by combining the results for the three groups of the temporal window; processing, by a tree-based model, each vector to calculate a confidence score indicating the degree of confidence that a blink occurred within the time spanned by each temporal window; and identifying a maximum confidence score from the calculated confidence scores and detecting an eye blink when the maximum confidence score is greater than a threshold score. capturing facial authentication data as a sequence of frames; calculating, by a device, a pair of eye openness measures for each frame and storing the eye openness measure pairs in a buffer in the device; locating temporal windows (62, 66, 68) at different positions along the buffer by shifting a temporal window; dividing the eye openness measure pairs within each temporal window (62, 66, 68) along the buffer into three groups (S1,S2,S3), wherein each group comprises at least one eye openness measure pair; for each group of the three groups in each temporal window, conducting calculations with the eye openness measure pairs included in the group, to form results; creating a vector, for each temporal window, by combining the results for the three groups of the temporal window; processing, by a tree-based model, each vector to calculate a confidence score indicating the degree of confidence that a blink occurred within the time spanned by each temporal window; and identifying a maximum confidence score from the calculated confidence scores and detecting an eye blink when the maximum confidence score is greater than a threshold score.
Interior trim for a vehicle, comprising: an external surface, at least one dirt-collection region arranged on the external surface, and at least one dirt-conducting device, the at least one dirt-conducting device being designed to transport dirt particles and/or dust situated on the external surface into the dirt-collection region and/or to control transportation of dirt particles and/or dust, characterized in that the at least one dirt-conducting device has at least one adhesive region, the at least one adhesive region being arranged in the at least one dirt-collection region such that dirt particles and/or dust are bound in the at least one dirt-collection region. an external surface, at least one dirt-collection region arranged on the external surface, and at least one dirt-conducting device, the at least one dirt-conducting device being designed to transport dirt particles and/or dust situated on the external surface into the dirt-collection region and/or to control transportation of dirt particles and/or dust, characterized in that the at least one dirt-conducting device has at least one adhesive region, the at least one adhesive region being arranged in the at least one dirt-collection region such that dirt particles and/or dust are bound in the at least one dirt-collection region.
A method for separating neutral and polar lipids from an oil of biological material characterized in fractionating the lipids using a mixture of a polar solvent comprising at least one carbon atom, water and an additional substance selected from the group consisting of: mono-, di- and oligosaccharides comprising from 3 to 10 monosaccharide units, said mixture containing at least 25 wt% of said polar solvent, said additional substance is present in an amount of at least 0.1 wt% calculated on the total weight of solvent, water and additional substance, wherein at least a part of said additional substance may be derived from the oil and dissolves in the mixture of solvent and water at the fractionation of the oil, wherein at least two liquid fractions having different densities are formed, wherein one fraction is rich in polar lipids and another fraction is rich in neutral lipids.
A system for performing keyhole neurosurgery on a subject, comprising: a preoperative plan utilizing a three dimensional volume image set of at least part of the subject's head, generated by an imaging system, said plan defining at least one neurosurgical procedure on the subject's head; a three dimensional surface scanner for generating an intraoperative surface scan of at least part of the subject's head; a mounting element having a fixed position relative to the subject's head; a registration jig for mounting on said mounting element, and wherein said three dimensional surface scan indicates the pose of said registration jig; and a miniature robot for mounting on said mounting element, alternatively to said registration jig; wherein said system is configured to carry out a registration procedure adapted to match said surface scan of at least part of the subject's head with a surface model of corresponding parts of the subject's head obtained from said three dimensional volume image set to define said robot position relative to said three dimensional volume image set, such that said robot may intraoperatively perform said at least one neurosurgical procedure defined by said preoperative plan. a preoperative plan utilizing a three dimensional volume image set of at least part of the subject's head, generated by an imaging system, said plan defining at least one neurosurgical procedure on the subject's head; a three dimensional surface scanner for generating an intraoperative surface scan of at least part of the subject's head; a mounting element having a fixed position relative to the subject's head; a registration jig for mounting on said mounting element, and wherein said three dimensional surface scan indicates the pose of said registration jig; and a miniature robot for mounting on said mounting element, alternatively to said registration jig;
A water-absorbent resin prepared by reversed-phase suspension polymerization of a water-soluble ethylenically unsaturated monomer in the presence of an internal-crosslinking agent and at least an azo-based compound and a peroxide and performing post-crosslinking with a post-crosslinking agent in the presence of water in a range of 1 to 400 parts by mass based on 100 parts by mass of the water-soluble ethylenically unsaturated monomer; wherein the used amount of the internal-crosslinking agent is 0.000001 to 0.02 mol, based on 1 mol of the water-soluble ethylenically unsaturated monomer; the used amount of the post-crosslinking agent is 0.00001 to 0.01 mol, based on 1 mol of the total amount of the water-soluble ethylenically unsaturated monomer; the post-crosslinking agent is at least one selected from the group consisting of (poly)ethylene glycol diglycidyl ether, (poly)glycerin diglycidyl ether, (poly)glycerol triglycidyl ether, trimethylolpropane triglycidyl ether, (poly)propylene glycol polyglycidyl ether and (poly)glycerol polyglycidyl ether and; wherein the water-absorbent resin satisfying all of the following properties: a water-absorption capacity of physiological saline of 55 g/g or more, a water-absorption capacity of physiological saline under a load of 4.14 kPa of 15 mL/g or more, and a residual monomer content of 300 ppm or less; and a yellow index of 5.0 or less and a yellow index change ratio (ΔYI) after leaving for 10 days under 70°C and 90% RH of 10 or less. a water-absorption capacity of physiological saline of 55 g/g or more, a water-absorption capacity of physiological saline under a load of 4.14 kPa of 15 mL/g or more, and a residual monomer content of 300 ppm or less; and a yellow index of 5.0 or less and a yellow index change ratio (ΔYI) after leaving for 10 days under 70°C and 90% RH of 10 or less.
An earplug dispenser comprising: a dispenser bottle operable to hold a plurality of earplugs; a rotatable cam assembly attached to the dispenser bottle, operable to dispense the earplugs from the dispenser bottle, the cam assembly comprising: an upper cam layer comprising one or more cavities, wherein each of the one or more cavities accepts a single earplug; a lower cam layer comprising a pushing structure; a rotatable knob defining an opening, wherein the rotatable knob is attached to the lower cam layer and the lower cam layer is attached to the upper cam layer such that rotation of the rotatable knob causes each of the lower cam layer and the upper cam layer to rotate; and a cover fitted between the lower cam layer and the rotating knob; wherein rotation of the rotatable knob causes an earplug of the plurality of earplugs to fall through one of the one or more cavities of the upper cam layer to the lower cam layer, and be moved radially inward by the pushing structure to fall through the opening, wherein the cover comprises a lip located below the one or more cavities in the upper cam layer, wherein the pushing structure comprises an angled wall on the interior of the lower cam layer, and wherein the pushing structure and the lip are spaced apart sufficiently to allow an earplug to fit between the pushing structure and the lip by being compressed. a dispenser bottle operable to hold a plurality of earplugs; a rotatable cam assembly attached to the dispenser bottle, operable to dispense the earplugs from the dispenser bottle, the cam assembly comprising: an upper cam layer comprising one or more cavities, wherein each of the one or more cavities accepts a single earplug; a lower cam layer comprising a pushing structure; a rotatable knob defining an opening, wherein the rotatable knob is attached to the lower cam layer and the lower cam layer is attached to the upper cam layer such that rotation of the rotatable knob causes each of the lower cam layer and the upper cam layer to rotate; and an upper cam layer comprising one or more cavities, wherein each of the one or more cavities accepts a single earplug; a lower cam layer comprising a pushing structure; a rotatable knob defining an opening, wherein the rotatable knob is attached to the lower cam layer and the lower cam layer is attached to the upper cam layer such that rotation of the rotatable knob causes each of the lower cam layer and the upper cam layer to rotate; and a cover fitted between the lower cam layer and the rotating knob; wherein rotation of the rotatable knob causes an earplug of the plurality of earplugs to fall through one of the one or more cavities of the upper cam layer to the lower cam layer, and be moved radially inward by the pushing structure to fall through the opening, wherein the cover comprises a lip located below the one or more cavities in the upper cam layer, wherein the pushing structure comprises an angled wall on the interior of the lower cam layer, and wherein the pushing structure and the lip are spaced apart sufficiently to allow an earplug to fit between the pushing structure and the lip by being compressed.
A floor tool for a cleaning appliance comprising a cleaner head rotatably attached to a conduit characterized in that it is carried by two wheels only (15,16) that converge beneath the conduit.
A copolymer comprising, a structure unit represented by the following Chemical formula 1; and a structure unit represented by the following Chemical formula 2, where R 1 and R 2 each, independently represent hydrogen atoms or methyl groups, and n represents a value in the range of from 1 to 90, where R 3 represents a hydrogen atom or a methyl group and L represents an alkylene group having 2 to 18 carbon atoms.
A method of manufacturing a medical device, the method comprising: providing a first elongate metallic member (10, 40, 50, 60, 70, 80, 140, 913) comprising stainless steel and having a first welding surface (13, 43, 53, 63, 143); providing a second elongate metallic member (19, 49, 59, 69, 79, 89, 149, 914) comprising nickel-titanium alloy and having a second welding surface (16,46, 56, 66, 146); the method being characterized by applying a welding material (12, 42) to at least one of the welding surfaces (13,43, 53, 63,143,,16,46,56,66,146)), the welding material comprising at least one of carbon, nitrogen, gold, or combinations thereof; and welding the welding surfaces and the welding material, forming a joint (120,915) between the metallic members. providing a first elongate metallic member (10, 40, 50, 60, 70, 80, 140, 913) comprising stainless steel and having a first welding surface (13, 43, 53, 63, 143); providing a second elongate metallic member (19, 49, 59, 69, 79, 89, 149, 914) comprising nickel-titanium alloy and having a second welding surface (16,46, 56, 66, 146); the method being characterized by applying a welding material (12, 42) to at least one of the welding surfaces (13,43, 53, 63,143,,16,46,56,66,146)), the welding material comprising at least one of carbon, nitrogen, gold, or combinations thereof; and welding the welding surfaces and the welding material, forming a joint (120,915) between the metallic members.