mhurhangee/ep-ind-claims huggingface dataset:
Softening composition for laundry comprising: - at least a cationic softener non water soluble having a hydrophilic part and a hydrophobic part; and - at least a thickener containing a cationic terpolymer obtained by polymerization: - of a cationic monomer; - of a monomer with a hydrophobic nature, of formula: wherein R1 = H or CH 3 R2 = alkyl chain having at least 16 carbon atoms X = O, m ≥ 5, y = z = 0, or X = NH, m ≥ z ≥ 5, y = 0, or X = NH, m ≥ y ≥ 5, z = 0; - of a nonionic monomer. - at least a cationic softener non water soluble having a hydrophilic part and a hydrophobic part; and - at least a thickener containing a cationic terpolymer obtained by polymerization: - of a cationic monomer; - of a monomer with a hydrophobic nature, of formula: wherein R1 = H or CH 3 R2 = alkyl chain having at least 16 carbon atoms X = O, m ≥ 5, y = z = 0, or X = NH, m ≥ z ≥ 5, y = 0, or X = NH, m ≥ y ≥ 5, z = 0; - of a nonionic monomer. - of a cationic monomer; - of a monomer with a hydrophobic nature, of formula: wherein R1 = H or CH 3 R2 = alkyl chain having at least 16 carbon atoms X = O, m ≥ 5, y = z = 0, or X = NH, m ≥ z ≥ 5, y = 0, or X = NH, m ≥ y ≥ 5, z = 0; R1 = H or CH 3 R2 = alkyl chain having at least 16 carbon atoms X = O, m ≥ 5, y = z = 0, or X = NH, m ≥ z ≥ 5, y = 0, or X = NH, m ≥ y ≥ 5, z = 0; - of a nonionic monomer.
A method of providing electromagnetic radiation, "EMR", exposure data for a given locale, comprising: maintaining EMR mapping data for one or more approximate irradiation values correlated with one or more travel segments along a possible travel route; and transferring the EMR mapping data to a communication device associated with a target person or related target vehicle, wherein such transferred EMR mapping data is accessible to the target person or related target vehicle prior to or while proceeding via the one or more travel segments. maintaining EMR mapping data for one or more approximate irradiation values correlated with one or more travel segments along a possible travel route; and transferring the EMR mapping data to a communication device associated with a target person or related target vehicle, wherein such transferred EMR mapping data is accessible to the target person or related target vehicle prior to or while proceeding via the one or more travel segments.
A method to be performed by a device (106,206), comprising: selecting, by the device, a signal format (210,212) from a plurality of signal formats (210,212), each of the plurality of signal formats (210,212) corresponding to a respective coding and modulation scheme of a plurality of coding and modulation schemes, characterized in that the selecting is based on a transmission-power capability of the device (106,206); and sending, by the device, a request for random access to a base station (104,204) according to the selected signal format (210,212). selecting, by the device, a signal format (210,212) from a plurality of signal formats (210,212), each of the plurality of signal formats (210,212) corresponding to a respective coding and modulation scheme of a plurality of coding and modulation schemes, characterized in that the selecting is based on a transmission-power capability of the device (106,206); and sending, by the device, a request for random access to a base station (104,204) according to the selected signal format (210,212).
Apparatus, comprising: a cap structure configured for installation on a PDC cutter including a diamond table layer and an underlying substrate layer, characterized in that the cap structure including a first portion shaped to overlay without being attached to a front face of the diamond table layer and a second portion extending perpendicularly from the first portion and shaped to overlay and be attached to at least a portion of an outer peripheral surface of the underlying substrate layer.
A communication system comprising: a transmission apparatus (1a, 1b, 1c) that transmits a signal obtained by hierarchically modulating a plurality of signal sequences on the basis of hierarchization parameters; a reception apparatus (2a, 2b, 2c) that receives the hierarchically modulated signal, hierarchically demodulates the received signal on the basis of the hierarchization parameters, and detects the signal sequences; and a hierarchization-parameter setting unit that sets, as the hierarchization parameters of the transmission apparatus (1a, 1b, 1c) and the reception apparatus (2a, 2b, 2c), a hierarchization ratio which is a signal power ratio for superimposing a first layer and a second layer, a mapping pattern indicating two patterns selected from pattern candidates for bit mapping, and a mapping pattern mixing ratio indicating a ratio for mixing the two patterns. a transmission apparatus (1a, 1b, 1c) that transmits a signal obtained by hierarchically modulating a plurality of signal sequences on the basis of hierarchization parameters; a reception apparatus (2a, 2b, 2c) that receives the hierarchically modulated signal, hierarchically demodulates the received signal on the basis of the hierarchization parameters, and detects the signal sequences; and a hierarchization-parameter setting unit that sets, as the hierarchization parameters of the transmission apparatus (1a, 1b, 1c) and the reception apparatus (2a, 2b, 2c), a hierarchization ratio which is a signal power ratio for superimposing a first layer and a second layer, a mapping pattern indicating two patterns selected from pattern candidates for bit mapping, and a mapping pattern mixing ratio indicating a ratio for mixing the two patterns.
Method for adjusting a laser light spot of high intensity for laser machining of workpieces, preferably for laser plastics welding of workpieces to be connected, by means of a laser arrangement (1, 1'), comprising a laser that emits at least one laser beam and at least one focusing lens for converging the laser beam, and comprising an optical active element for adjusting the beam diameter of the laser beam, the optical active element being designed as a diffractive optical element that splits the original laser beam into a bundle of partial laser beams which are directed onto the workpieces, the diameter of the bundle of partial laser beams and the resulting diameter of the laser light spot on the workpieces being increased, preferably in the focal place and transversely with respect to the direction of extension of the focal plane, to a desired dimension by means of the diffractive optical element, a total laser beam being formed from the partial laser beams, and the partial laser beams generated by the diffractive optical element, irrespective of the design of the diffractive optical element, either overlapping at the edges thereof such that a continuous beam profile is formed by the lateral superposition or not overlapping at the edges such that a one- or two-dimensional beam profile is formed from mutually spaced discrete points, and the number, lateral spacing and diameter of the partial laser beams and the total diameter of the total laser beam being determined by the diffractive optical element, characterised in that a unit cell is replicated in order to form the diffractive optical element and therefore a number of unit cells are arranged next to one another so as to have the same, different or no spacing, and the diffractive optical element is interchangeably received and introduced and used in the beam path such that it can be replaced without precise lateral orientation with respect to the original laser beam.
A method of linear DNA amplification comprising the steps: (i) T-tailing DNA ends of double-stranded DNA fragments in a sample; (ii) annealing to said fragments primers comprising an RNA polymerase promoter site upstream of a poly-A tail, wherein said primers anneal to the poly-T ends of said fragments; (iii) using a 5'-3' DNA polymerase to synthesise DNA complementary to the primer overhangs, to create double-stranded DNA fragments with an RNA polymerase promoter site at both ends; (iv) in vitro transcribing said DNA using an RNA polymerase which binds to said RNA polymerase promoter site; (v) reverse transcribing the RNA products of step (iv) to create single-stranded DNA products; (vi) creating double stranded DNA fragments by second strand synthesis of the single-stranded DNA of step (v); (vii) optionally, repeating steps (iv)-(vi). (i) T-tailing DNA ends of double-stranded DNA fragments in a sample; (ii) annealing to said fragments primers comprising an RNA polymerase promoter site upstream of a poly-A tail, wherein said primers anneal to the poly-T ends of said fragments; (iii) using a 5'-3' DNA polymerase to synthesise DNA complementary to the primer overhangs, to create double-stranded DNA fragments with an RNA polymerase promoter site at both ends; (iv) in vitro transcribing said DNA using an RNA polymerase which binds to said RNA polymerase promoter site; (v) reverse transcribing the RNA products of step (iv) to create single-stranded DNA products; (vi) creating double stranded DNA fragments by second strand synthesis of the single-stranded DNA of step (v); (vii) optionally, repeating steps (iv)-(vi).
A marine buoy or fender, comprising: a flexible body having an axis of symmetry; and a flange attached to the flexible body and extending outwardly therefrom along the axis and terminating in an end portion, the flange including a first side surface and an opposing second side surface, the first side surface having a first side surface opening and the second side surface having a second side surface opening, the flange further including a line passageway extending between the first side surface opening and the second side surface opening and sized to receive a line therethrough, the line passageway having a depth extending between the first side surface opening and the second side surface opening and an interior line engagement upper surface, wherein the interior line engagement upper surface has a substantially elliptical segment shape extending between the first side surface opening and the second side surface opening, characterized in that the elliptical segment shape is a portion of an ellipse having a major axis perpendicular to a minor axis, the major axis having a greater length than the minor axis, wherein the major axis extends along the axis with a center of the ellipse located along the axis at a location above the end portion, wherein the minor axis extends transverse thereto and to the line passageway, or wherein the minor axis extends along the axis with a center of the ellipse located along the axis at a location above the end portion, and wherein the major axis extends transverse thereto and to the line passageway. a flexible body having an axis of symmetry; and a flange attached to the flexible body and extending outwardly therefrom along the axis and terminating in an end portion, the flange including a first side surface and an opposing second side surface, the first side surface having a first side surface opening and the second side surface having a second side surface opening, the flange further including a line passageway extending between the first side surface opening and the second side surface opening and sized to receive a line therethrough, the line passageway having a depth extending between the first side surface opening and the second side surface opening and an interior line engagement upper surface, wherein the interior line engagement upper surface has a substantially elliptical segment shape extending between the first side surface opening and the second side surface opening, characterized in that the elliptical segment shape is a portion of an ellipse having a major axis perpendicular to a minor axis, the major axis having a greater length than the minor axis, wherein the major axis extends along the axis with a center of the ellipse located along the axis at a location above the end portion, wherein the minor axis extends transverse thereto and to the line passageway, or wherein the minor axis extends along the axis with a center of the ellipse located along the axis at a location above the end portion, and wherein the major axis extends transverse thereto and to the line passageway.
Trousers comprising: a waist protection belt that is detachably attached to a belt cloth of the trousers; a back body part; a trouser body; and a position adjusting part that is provided at a substantially center part of the waist protection belt and is provided at a position on a back surface of the belt cloth corresponding to the waist part of the trouser body, wherein the position adjusting part is configured to adjustably change an attachment position of the waist protection belt in a vertical direction with respect to the trouser body, characterised in that the trouser body includes a stretchable cloth configured to stretch in the vertical direction at a position corresponding to a waist part of a back body part of the trousers. a waist protection belt that is detachably attached to a belt cloth of the trousers; a back body part; a trouser body; and a position adjusting part that is provided at a substantially center part of the waist protection belt and is provided at a position on a back surface of the belt cloth corresponding to the waist part of the trouser body, wherein the position adjusting part is configured to adjustably change an attachment position of the waist protection belt in a vertical direction with respect to the trouser body, characterised in that the trouser body includes a stretchable cloth configured to stretch in the vertical direction at a position corresponding to a waist part of a back body part of the trousers.
A method for converting CO 2 into methane, wherein: - hydrogen is contacted with a gas feed comprising CO 2 in at least one methanation reactor comprising a catalyst bed at a temperature in the catalytic bed comprised between 160°C and 550°C, at a pressure comprised between 0.1 MPa and 1 MPa, with a gas hourly space velocity comprised between 10 m 3 /kg/h and 50 m 3 /kg/h and with an H 2 /CO 2 molar ratio comprised between 1 and 8; - the catalyst comprises Ni metal deposited on a uranium oxide support of formula UO 2+x, with x being comprised between 0.01 and 0.6, and the nickel mass content of which is comprised between 5% and 40% of nickel metal relative to the total mass of the catalyst; and wherein: - the catalyst is prepared by a method comprising the following steps a) to c): a) a support precursor consisting essentially of a uranium and/or uranium oxide is impregnated with a solution comprising a nickel precursor and a polar solvent; b) the impregnated support precursor is calcined in air and at a temperature of at least 250°C; and a) the impregnated and calcined support precursor is reduced under hydrogen at a temperature of at least 300°C. - hydrogen is contacted with a gas feed comprising CO 2 in at least one methanation reactor comprising a catalyst bed at a temperature in the catalytic bed comprised between 160°C and 550°C, at a pressure comprised between 0.1 MPa and 1 MPa, with a gas hourly space velocity comprised between 10 m 3 /kg/h and 50 m 3 /kg/h and with an H 2 /CO 2 molar ratio comprised between 1 and 8; - the catalyst comprises Ni metal deposited on a uranium oxide support of formula UO 2+x, with x being comprised between 0.01 and 0.6, and the nickel mass content of which is comprised between 5% and 40% of nickel metal relative to the total mass of the catalyst; and wherein: - the catalyst is prepared by a method comprising the following steps a) to c): a) a support precursor consisting essentially of a uranium and/or uranium oxide is impregnated with a solution comprising a nickel precursor and a polar solvent; b) the impregnated support precursor is calcined in air and at a temperature of at least 250°C; and a) the impregnated and calcined support precursor is reduced under hydrogen at a temperature of at least 300°C. - the catalyst is prepared by a method comprising the following steps a) to c): a) a support precursor consisting essentially of a uranium and/or uranium oxide is impregnated with a solution comprising a nickel precursor and a polar solvent; b) the impregnated support precursor is calcined in air and at a temperature of at least 250°C; and a) the impregnated and calcined support precursor is reduced under hydrogen at a temperature of at least 300°C. a) a support precursor consisting essentially of a uranium and/or uranium oxide is impregnated with a solution comprising a nickel precursor and a polar solvent; b) the impregnated support precursor is calcined in air and at a temperature of at least 250°C; and a) the impregnated and calcined support precursor is reduced under hydrogen at a temperature of at least 300°C.
A method to mount a first component of an operating assembly, in particular a first portion of an optical assembly, on a hatch, in particular a hood, of a motor vehicle; said hatch being movable relative to a frame of the motor vehicle between an open position and a closed position; said method comprising the steps of: i) connecting a covering element comprising reference elements (40a, 40b, 40c) to said first component in a releasable manner so as to form an assembly; ii) placing said hatch in said open position relative to a frame of said motor vehicle; iii) placing said covering element inside a seat of said hatch designed to house said first component, so as to place said first component in a given reference position relative to said hatch and to said seat; iv) connecting said first component to said hatch; and v) removing said covering element from said first component; characterized in that the reference elements (40a, 40b, 40c) of said covering element comprise at least one flap (41a, 41b, 41c) and said step iii) comprises the step vi) of causing said at least one flap (41a, 41b, 41c) of said covering element to abut against a first end edge delimiting said seat (14 of said hatch on the side of a first surface facing said first component; said step vi) comprising the step vii) of coupling said at least one flap (41a, 41b, 41c) in a snapping manner to the first end edge on the side of a second surface of said hatch delimiting said seat opposite said first surface. i) connecting a covering element comprising reference elements (40a, 40b, 40c) to said first component in a releasable manner so as to form an assembly; ii) placing said hatch in said open position relative to a frame of said motor vehicle; iii) placing said covering element inside a seat of said hatch designed to house said first component, so as to place said first component in a given reference position relative to said hatch and to said seat; iv) connecting said first component to said hatch; and v) removing said covering element from said first component; characterized in that the reference elements (40a, 40b, 40c) of said covering element comprise at least one flap (41a, 41b, 41c) and said step iii) comprises the step vi) of causing said at least one flap (41a, 41b, 41c) of said covering element to abut against a first end edge delimiting said seat (14 of said hatch on the side of a first surface facing said first component; said step vi) comprising the step vii) of coupling said at least one flap (41a, 41b, 41c) in a snapping manner to the first end edge on the side of a second surface of said hatch delimiting said seat opposite said first surface.
A compact case having an airtight structure refillable with a capsule cosmetic, the compact case comprising: a lower case having a hole and an elastic locking member on a bottom; and an upper case connected to the lower case by a first hinge pin to be opened and closed, a capsule cosmetic for refilling including a capsule and a liquid cosmetic material impregnated in a porous pad within the capsule, sealed with a sealing member removed upon the first makeup application, and fitted in the hole of the lower case with a bottom of the capsule exposed to the outside and a locking groove on the capsule elastically detachably locked to the elastic locking member; an internal container having an inner wall and an outer wall for forming a fitting groove, and disposed outside the capsule cosmetic to cover the capsule cosmetic, and held inside the lower case; and a lid connected to the internal container by a second hinge pin to be opened and closed, having a puff seat on a top and a fitting rib, which is fitted in the fitting groove of the internal container, on a bottom, wherein the capsule cosmetic and the lid are sealed by being elastically in close contact with sealing projections (43a, 44a), respectively, on the inner wall and the outer wall of the internal container. a lower case having a hole and an elastic locking member on a bottom; and an upper case connected to the lower case by a first hinge pin to be opened and closed, a capsule cosmetic for refilling including a capsule and a liquid cosmetic material impregnated in a porous pad within the capsule, sealed with a sealing member removed upon the first makeup application, and fitted in the hole of the lower case with a bottom of the capsule exposed to the outside and a locking groove on the capsule elastically detachably locked to the elastic locking member; an internal container having an inner wall and an outer wall for forming a fitting groove, and disposed outside the capsule cosmetic to cover the capsule cosmetic, and held inside the lower case; and a lid connected to the internal container by a second hinge pin to be opened and closed, having a puff seat on a top and a fitting rib, which is fitted in the fitting groove of the internal container, on a bottom, wherein the capsule cosmetic and the lid are sealed by being elastically in close contact with sealing projections (43a, 44a), respectively, on the inner wall and the outer wall of the internal container.
Pressure sensor for measuring the level of a liquid in an appliance such as a washing machine, a dishwasher or the like, comprising: - a casing having a cavity, - a deformable membrane having an outer edge fixed to the casing so as to divide the cavity of the casing in a first chamber and in a second chamber, and wherein the membrane is susceptible to deformation as a function of the pressure difference in said chambers (18, 20), and - a detector device located in the first chamber and adapted to provide an electrical signal indicative of the deformation of the membrane, characterized in that the casing incorporates an air trap including a cup surrounding said second chamber, a tubular portion intended to be connected directly to a tank adapted to contain a liquid, and a barrier forming a siphon between said tubular portion and said second chamber, in which the air trap is dimensioned so that the volume of the air that remains trapped in the second chamber when the tubular portion is full of liquid prevents a direct contact between the liquid and the membrane. - a casing having a cavity, - a deformable membrane having an outer edge fixed to the casing so as to divide the cavity of the casing in a first chamber and in a second chamber, and wherein the membrane is susceptible to deformation as a function of the pressure difference in said chambers (18, 20), and - a detector device located in the first chamber and adapted to provide an electrical signal indicative of the deformation of the membrane,