mhurhangee/ep-ind-claims huggingface dataset:
A method for artificially ageing fabric textile garments, especially cotton or denim garments, characterized in that it includes the following steps: Application Atomize a mixture, which comprises at least an enzyme and water, on the fabric, by spraying it up to obtaining a high degree of humidity of the fabric; Activation Make the fabric turn in an industrial dryer, like a device which provides an environment controlled in humidity, time and temperature, for at least 40-60 minutes at an activation temperature specified for said at least an enzyme used; First Deactivation At the end of the cycle, raise the temperature up to at least 90°C for at least 10-20 minutes in order to deactivate said at least an enzyme; Cleaning and Last Deactivation Perform at least one thorough rinse in order to remove any kinds of drosses, residues, or other substances present in the fabric; Drying Dry the fabric. Application Atomize a mixture, which comprises at least an enzyme and water, on the fabric, by spraying it up to obtaining a high degree of humidity of the fabric; Activation Make the fabric turn in an industrial dryer, like a device which provides an environment controlled in humidity, time and temperature, for at least 40-60 minutes at an activation temperature specified for said at least an enzyme used; First Deactivation At the end of the cycle, raise the temperature up to at least 90°C for at least 10-20 minutes in order to deactivate said at least an enzyme; Cleaning and Last Deactivation Perform at least one thorough rinse in order to remove any kinds of drosses, residues, or other substances present in the fabric; Drying Dry the fabric.
An insulated glass unit comprising least two panes (1,2) spaced apart by a spacer profile at their marginal edges, and an intermediate fixed and suspended film, such as a polymer film, arranged between the two panes by means of the spacer profile, the spacer profile having two sides facing the panes (1,2) and one or more insertable spring elements wherein: said spacer profile has a cavity holding the insertable spring elements, said spacer profile is fitting the film in between the spacer cavity and the spring element, said spring element is fitted into the spacer cavity such that the spring element has a permanent compression and presses the film against the cavity, said cavity comprises a slanted portion, slanted in relation to the plane of the stretched film and slanted towards one of the spacer profile sides and terminates in a narrowing groove accepting a first end of the spring element to wedge and/or stretch the film, whereby the spacer cavity has a shoulder opposite to the groove characterized in that the shoulder accepts a second end of the spring element whereby the film is clamped by the spring element between the groove and the shoulder. said spacer profile has a cavity holding the insertable spring elements, said spacer profile is fitting the film in between the spacer cavity and the spring element, said spring element is fitted into the spacer cavity such that the spring element has a permanent compression and presses the film against the cavity, said cavity comprises a slanted portion, slanted in relation to the plane of the stretched film and slanted towards one of the spacer profile sides and terminates in a narrowing groove accepting a first end of the spring element to wedge and/or stretch the film, whereby the spacer cavity has a shoulder opposite to the groove characterized in that the shoulder accepts a second end of the spring element whereby the film is clamped by the spring element between the groove and the shoulder.
A product packaging for a solid product block, in particular for a dispenser system, comprising a wrapping means comprising a top, sides, and a bottom, forming a cavity with an opening at least partially matching the size of the solid product block configured and arranged to receive the solid product block, a mesh covering the opening fluid-permeable, and a lid attached removably to the mesh in a closed position for sealing the opening of the wrapping means, characterized in that wrapping means is an at least partially fluid soluble foil.
A medical apparatus, comprising: a reference probe, comprising: a flexible insertion tube having a distal end for insertion into a body cavity; three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) fixedly attached to the distal end, wherein the three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) respectively define three axes which are mutually orthogonal; and a position sensor fixedly located in the distal end; a supplementary probe having an electrode fixed thereto; and a processor, configured to inject respective alternating currents into the three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) so as to generate electrical fields therefrom, to measure potentials generated at the electrode of the supplementary probe in response to the electrical fields, and to evaluate a location of the supplementary probe with respect to the reference probe in response to the measured potential and in response to a position of the distal end indicated by the position sensor. a reference probe, comprising: a flexible insertion tube having a distal end for insertion into a body cavity; three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) fixedly attached to the distal end, wherein the three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) respectively define three axes which are mutually orthogonal; and a position sensor fixedly located in the distal end; a flexible insertion tube having a distal end for insertion into a body cavity; three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) fixedly attached to the distal end, wherein the three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) respectively define three axes which are mutually orthogonal; and a position sensor fixedly located in the distal end; a supplementary probe having an electrode fixed thereto; and a processor, configured to inject respective alternating currents into the three pairs of mutually isolated electrodes (74A, 74B; 76A, 76B; 78A, 78B) so as to generate electrical fields therefrom, to measure potentials generated at the electrode of the supplementary probe in response to the electrical fields, and to evaluate a location of the supplementary probe with respect to the reference probe in response to the measured potential and in response to a position of the distal end indicated by the position sensor.
A method of configuring a rotary steerable system, the method comprising: determining a maximum dogleg severity required for drilling a wellbore along a planned wellbore path; determining a combination of parameters for a flexible collar to provide the rotary steerable system with sufficient flexibility to achieve the maximum dogleg severity, the parameters including an outer diameter, an inner diameter, a length and a modulus of elasticity; selecting a material for the flexible collar based on the modulus of elasticity determined; and assembling the rotary steerable system with the flexible collar having the combination of parameters and selected material. determining a maximum dogleg severity required for drilling a wellbore along a planned wellbore path; determining a combination of parameters for a flexible collar to provide the rotary steerable system with sufficient flexibility to achieve the maximum dogleg severity, the parameters including an outer diameter, an inner diameter, a length and a modulus of elasticity; selecting a material for the flexible collar based on the modulus of elasticity determined; and assembling the rotary steerable system with the flexible collar having the combination of parameters and selected material.
A resin composition for fiber reinforced plastic with which a fibrous reinforcement sheet is to be impregnated for formation of FRP, the resin composition comprising: methyl methacrylate as a principal component; a methyl methacrylate polymer; a polymerization initiator; and at least one of dendrimer (meth)acrylate and glycidyl (meth)acrylate as a monomer. methyl methacrylate as a principal component; a methyl methacrylate polymer; a polymerization initiator; and at least one of dendrimer (meth)acrylate and glycidyl (meth)acrylate as a monomer.
A radar comprising: a) a transceiver antenna including a plurality of radiating elements distributed over a surface and configured for emission from a given height (h) relative to a given surface and at a given incidence angle (α) and receiving an electromagnetic wave, b) an antenna gain control unit configured for feedback controlling, through an adjustment loop, the antenna gain in transmission and/or reception by turning on or off radiating elements of the plurality of radiating elements, in order to keep the reception level of the electromagnetic waves below a determined threshold below the saturation zone of the radar, the gain control unit in addition being configured, in said adjustment loop, for performing at least one of the following operations: - determining the deviation between the current level of the received electromagnetic wave and a reference level, in order to determine the gain adjustment as a function of said deviation and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment; - determining at least one set of value(s) comprising at least one value among said given height (h) and said given incidence angle (α), in order to determine the gain adjustment based on each value of said determined set of value(s) and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment.. a) a transceiver antenna including a plurality of radiating elements distributed over a surface and configured for emission from a given height (h) relative to a given surface and at a given incidence angle (α) and receiving an electromagnetic wave, b) an antenna gain control unit configured for feedback controlling, through an adjustment loop, the antenna gain in transmission and/or reception by turning on or off radiating elements of the plurality of radiating elements, in order to keep the reception level of the electromagnetic waves below a determined threshold below the saturation zone of the radar, - determining the deviation between the current level of the received electromagnetic wave and a reference level, in order to determine the gain adjustment as a function of said deviation and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment; - determining at least one set of value(s) comprising at least one value among said given height (h) and said given incidence angle (α), in order to determine the gain adjustment based on each value of said determined set of value(s) and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment..
Method for computation of the state variables ( x) of a hybrid differential-algebraic process model (hybrid DAP, hDAP) in successive time steps on a process computer with a process interface, wherein the process computer is configured such that at least one process variable (x p) of a physical process is detected by the process computer and an output variable is output by the process computer for influencing the physical process and a current mode (m t+1) of the hybrid DAP (hDAP) is determined in a computation process by evaluating state variables ( x), in the case of deviation of the current mode (m t+1) of the hybrid DAP (hDAP) from a prior mode (m t) of the hybrid DAP (hDAP), an executable mode-specific process model (mDAP t+1, exe) corresponding to the current mode (m t+1) is chosen from a group of executable mode-specific process models (mDAP exe) and is used to form the basis of a further computation, characterized in that at least one probable future mode (m i, m j, m k) of the hybrid DAP (hDAP) is determined by evaluating the state variables ( x) for the running time of the computation in a prediction process, the mode-specific DAP (mDAP i, mDAP j, mDAP k) corresponding the determined probable future mode (m i, m j, m k) is extracted from the hybrid DAP (hDAP), an executable mode-specific process model (mDAP i, exe, mDAP j, exe, mDAP k, exe) is produced from the extracted mode-specific DAP (mDAP i, mDAP j, mDAP k) and supplied to the group, that the prediction process is executed simultaneously with the computation process, wherein the computation process and the prediction process are carried out on different computing units.
An oral care implement comprising: a body having a head portion, a gripping portion, and a neck portion located between the head and gripping portions; a plurality of tooth engaging elements extending from the head portion; the body comprising: a first component formed of a first hard plastic having a first ductility; and a second component formed of a second hard plastic having a second ductility that is greater than the first ductility; wherein each of the first component and the second component comprises a portion of the neck portion of the body; characterized in that the first hard plastic is polypropylene homopolymer and the second hard plastic is impact modified polypropylene. a body having a head portion, a gripping portion, and a neck portion located between the head and gripping portions; a plurality of tooth engaging elements extending from the head portion; the body comprising: a first component formed of a first hard plastic having a first ductility; and a second component formed of a second hard plastic having a second ductility that is greater than the first ductility; a first component formed of a first hard plastic having a first ductility; and a second component formed of a second hard plastic having a second ductility that is greater than the first ductility; wherein each of the first component and the second component comprises a portion of the neck portion of the body; characterized in that the first hard plastic is polypropylene homopolymer and the second hard plastic is impact modified polypropylene.
A method of spatially precoding data for transmission in a channel independent way, said method comprising: selecting a transmission rank based on a transmission rank of a communication channel; said method characterized by: selecting a set of one or more precoding filters, each of the precoding filters being selected are equivalent to column subsets of a single generator matrix based on the selected transmission rank; selecting a predetermined precoding sequence based on the selected transmission rank; and precoding the data for transmission to a remote device using different ones of the selected precoding filters during different precoding intervals in a precoding period of the selected predetermined precoding sequence. selecting a transmission rank based on a transmission rank of a communication channel; said method characterized by: selecting a set of one or more precoding filters, each of the precoding filters being selected are equivalent to column subsets of a single generator matrix based on the selected transmission rank; selecting a predetermined precoding sequence based on the selected transmission rank; and precoding the data for transmission to a remote device using different ones of the selected precoding filters during different precoding intervals in a precoding period of the selected predetermined precoding sequence. selecting a set of one or more precoding filters, each of the precoding filters being selected are equivalent to column subsets of a single generator matrix based on the selected transmission rank; selecting a predetermined precoding sequence based on the selected transmission rank; and precoding the data for transmission to a remote device using different ones of the selected precoding filters during different precoding intervals in a precoding period of the selected predetermined precoding sequence.
A non-flammable hypophosphite composition in powder form consisting of: a) at least Aluminium or Calcium hypophosphite in a concentration comprised from 80% to 95% by weight, preferably from 85% to 90% by weight b) at least a non-flammable inorganic or organic aluminium salt of phosphorus where phosphorous oxidation state is lower than +5 or a mixture thereof in a concentration comprised from 20% to 5% by weight, preferably from 15% to 10% by weight. a) at least Aluminium or Calcium hypophosphite in a concentration comprised from 80% to 95% by weight, preferably from 85% to 90% by weight b) at least a non-flammable inorganic or organic aluminium salt of phosphorus where phosphorous oxidation state is lower than +5 or a mixture thereof in a concentration comprised from 20% to 5% by weight, preferably from 15% to 10% by weight.
A process for manufacturing a multilayer article, the article comprising two crosslinked semiconductive layers separated by and bonded to an insulation layer, the semiconductive layers being formed from a peroxide-crosslinkable olefin elastomer and the insulation layer comprising a composition comprising a silane-grafted olefinic elastomer, the process comprising the steps of: injecting the silane-grafted olefinic elastomer between the two crosslinked semiconductive layers so as to have direct contact with each semiconductive layer, and crosslinking the silane-grafted olefinic elastomer in the absence of a peroxide catalyst.
A composition comprising a plurality of active botanical ingredients, each predominantly associated with an in-use beneficial effect on an animate or inanimate substrate, where said composition comprises: (i) a first aqueous extract of a material derived from a first plant, said first extract comprising a first amount of a first active botanical ingredient; (ii) a second aqueous extract of a material derived from a second plant whose genus is not the same as the first plant, said second extract comprising a first amount of a second active botanical ingredient; (iii) an additional amount of said first active botanical ingredient; and (iv) an additional amount of said second active botanical ingredient; where each said additional amount is included by spiking said composition or the corresponding aqueous extract selectively with said first and said second active botanical ingredients, such that ratio of said first amount of said first active botanical ingredient to its corresponding additional amount and ratio of said first amount of said second active botanical ingredient to its corresponding additional amount in the composition is from 1:1 to 1:3000 parts by weight, wherein said composition is substantially free of non-aqueous extracts of any material derived from said first or said second plant, wherein said first plant is Atractylodes macrocephala and said first active botanical ingredient is atractylenolide I, II or III and further wherein said second plant is Glycyrrhiza uralensis, Glycyrrhiza inflata or Glycyrrhiza glabra and said second active botanical ingredient is licochalcone A or glabridin; and, wherein aqueous extract means that the extract is obtained only by using water as the solvent for extraction. (i) a first aqueous extract of a material derived from a first plant, said first extract comprising a first amount of a first active botanical ingredient; (ii) a second aqueous extract of a material derived from a second plant whose genus is not the same as the first plant, said second extract comprising a first amount of a second active botanical ingredient; (iii) an additional amount of said first active botanical ingredient; and (iv) an additional amount of said second active botanical ingredient; wherein said first plant is Atractylodes macrocephala and said first active botanical ingredient is atractylenolide I, II or III and further wherein said second plant is Glycyrrhiza uralensis, Glycyrrhiza inflata or Glycyrrhiza glabra and said second active botanical ingredient is licochalcone A or glabridin; and, wherein aqueous extract means that the extract is obtained only by using water as the solvent for extraction.
Daucus carota plant being resistant against powdery mildew caused by the plant pathogen Erysiphe heraclei, said resistance is provided by a first resistance gene located on chromosome 3 of said plant between SEQ ID No. 4 and SEQ ID No. 5; wherein said first resistance gene is located on chromosome 3 at 2.68 cM; and wherein said first resistance gene is obtainable from seeds of a Daucus carota plant deposited under deposit number NCIMB42389. wherein said first resistance gene is located on chromosome 3 at 2.68 cM; and wherein said first resistance gene is obtainable from seeds of a Daucus carota plant deposited under deposit number NCIMB42389.
An esterified, nitrogen-functionalized interpolymer composition derived from monomers comprising (i) a vinyl aromatic monomer, and (ii) at least one α,β-unsaturated acylating agent; wherein a portion of said acylating agent-derived units is esterified and wherein a portion of said acylating agent-derived units is condensed with at least one aromatic amine containing at least one N-H group capable of condensing with said acylating agent monomer-derived unit, said amine being 4-aminodiphenylamine.
A machine (1; 100) for winding a web material into a plurality of secondary reels, comprising: a winding station (3; 101), adapted to receive secondary winding cores coaxial with, and adjacent to, one another; a cutting device (11; 104), with a plurality of blades (13; 105), arranged upstream of the winding station (3; 101) with respect to the feeding direction of the web material and adapted to divide the web material into a plurality of strips (S1-S5) of web material; a web material evaluation system; a programmable unit for processing data collected by the web material evaluation system; wherein the web material evaluation system is adapted to detect at least one of the following: the position of at least one longitudinal edge of the web material; the width of at least one strip of web material; characterized in that the programmable unit is configured to modulate at least one parameter of at least one feeding member of the web material as a function of the detection of the web material evaluation system. a winding station (3; 101), adapted to receive secondary winding cores coaxial with, and adjacent to, one another; a cutting device (11; 104), with a plurality of blades (13; 105), arranged upstream of the winding station (3; 101) with respect to the feeding direction of the web material and adapted to divide the web material into a plurality of strips (S1-S5) of web material; a web material evaluation system; a programmable unit for processing data collected by the web material evaluation system; wherein the web material evaluation system is adapted to detect at least one of the following: the position of at least one longitudinal edge of the web material; the width of at least one strip of web material; characterized in that the programmable unit is configured to modulate at least one parameter of at least one feeding member of the web material as a function of the detection of the web material evaluation system.