mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a security element for security papers, valuable documents and other data carriers, which consists of a substrate having a front side and a rear side, wherein applied on at least one side of the substrate is an ink layer having magnetically aligned magnetic pigments which form a first motif in the form of patterns, symbols or coding, wherein the first motif exhibits a first dynamic movement effect upon tilting of the security element, wherein the first, dynamic motif is combined with a second motif, wherein the second motif is applied on at least one side of the substrate, wherein the second motif is formed by a see-through region in the security element, wherein the see-through region is formed by at least one perforation in the substrate, wherein arranged within the see-through region is a motif region having a visual impression that exhibits a second dynamic movement effect, said impression having changed under reflected light and/or transmitted light, characterized in that the perforations of the see-through region are produced by a laser beam.
A thermal insulation device, notably for buildings, comprising at least one panel including two walls (110, 120) separated by a peripheral main spacer for defining a gas-proof chamber, at negative pressure, and a flexible film positioned in said chamber, locally attached to secondary spacers, so that by applying sucessive potentials of selected polarity between the walls (110, 120) and the flexible film, the flexible film is moved between a first and a second thermal insulation position, said second position having lower thermal insulation properties than the first position, characterized in that the device includes at least one second flexible film positioned in said chamber, said at least two flexible films (150, 160) are locally attached to said secondary spacers in intermediate points between both walls (110, 120) and defining together sealed secondary compartments, so that by applying sucessive potentials of selected polarity between the walls (110, 120) and the flexible films (150, 160), the flexible films (150, 160) are moved between said first thermal insulation position wherein the films (150, 160) placed at a same electric potential with polarity opposite to the electric potential of the walls (110, 120), are separated from each other and in contact with the walls (110, 120), the pressure in the secondary compartments defined between the films (150, 160) being less than the pressure prevailing in the chamber outside the secondary compartments, and said second position wherein the films (150, 160) are separated from the walls (110, 120) and in mutual contact at least on a substantial portion of their surface.
A spatial filter unit for converting an input signal comprising input samples, into an output signal comprising output samples, the spatial filter unit comprising: - a coefficient-determining means for determining a first filter coefficient; and - an adaptive filtering means for computing a first one of the output samples on basis of a first one of the input samples and the first filter coefficient, characterized in that the coefficient-determining means are arranged to determine the first filter coefficient on basis of a further input signal being correlated to the input signal, wherein the first input signal represents a first quantity being any one of luminance, chrominance, motion, location or sound, and the further input signal represents a second quantity, being any one of luminance, chrominance, motion, location or sound, and being different from the first quantity. - a coefficient-determining means for determining a first filter coefficient; and - an adaptive filtering means for computing a first one of the output samples on basis of a first one of the input samples and the first filter coefficient, characterized in that the coefficient-determining means are arranged to determine the first filter coefficient on basis of a further input signal being correlated to the input signal, wherein the first input signal represents a first quantity being any one of luminance, chrominance, motion, location or sound, and the further input signal represents a second quantity, being any one of luminance, chrominance, motion, location or sound, and being different from the first quantity.
A method of converting a glass fibre fabric material into another glass fibre product by a mechanical process, wherein said fabric material is unidirectional or multiaxial and is made up of multilayers of glass fibres in one or more directions stitch bonded together into a fabric, said glass fibres being coated with a sizing, wherein the fabric material is cut into chopped glass fibre strands having a length of from 5 cm to 30 cm, and subsequently the cut fibres are further processed into said other glass fibre product.
A handheld working tool for treating a workpiece, comprising a tool nose provided for contacting the workpiece at a working point, and an indicator provided for indicating a reference line on a surface of the workpiece at a predetermined distance to the working point when the tool nose contacts the workpiece at the working point, characterized in that the indicator is configured to indicate the reference line forming a circular arc having its center at the working point.
Machine for testing automobile vehicle wheel fixing system, whereby the wheel fixing system comprises a wheel, a shaft, and at least three fixing screws attaching the wheel to the shaft, and whereby the test machine comprises: - a bracket suitable for the wheel fixing system to be mounted thereon, - an excitation system comprising a loading organ that can be secured to the wheel, and an engine suitable for setting in motion the loading organ so as to apply alternated loading to the wheel with regard to the bracket, the loading organ comprises at least one contact portion in contact with the wheel, with the contact portion being outside the wheel. - a bracket suitable for the wheel fixing system to be mounted thereon, - an excitation system comprising a loading organ that can be secured to the wheel, and an engine suitable for setting in motion the loading organ so as to apply alternated loading to the wheel with regard to the bracket,
An ultrasonic system (101, 201) comprising: an oral care device (103, 203) comprising: a head (115, 209); a plurality of teeth cleaning elements (149, 213) extending from a first side of the head (115, 209); an ultrasound module comprising an ultrasound transceiver (153, 227) positioned in the head (115, 209), the ultrasound transceiver (153, 227) configured to produce an ultrasound signal on the first side of the head (115, 209) and to generate a detection signal from a reflected ultrasound signal; and a processing module operably coupled to the ultrasound module to receive the detection signal; characterized in that the processing module comprises a programmable processor (169, 225) configured to process the detection signal non-linearly with respect to time by first identifying a first reflection peak representing a surface of a tooth and then determining whether a second reflection peak is present in the detection signal at a time prior to the first reflection peak, the second reflection peak representing a biofilm on the surface of the tooth. a head (115, 209); a plurality of teeth cleaning elements (149, 213) extending from a first side of the head (115, 209); an ultrasound module comprising an ultrasound transceiver (153, 227) positioned in the head (115, 209), the ultrasound transceiver (153, 227) configured to produce an ultrasound signal on the first side of the head (115, 209) and to generate a detection signal from a reflected ultrasound signal; and a processing module operably coupled to the ultrasound module to receive the detection signal; characterized in that the processing module comprises a programmable processor (169, 225) configured to process the detection signal non-linearly with respect to time by first identifying a first reflection peak representing a surface of a tooth and then determining whether a second reflection peak is present in the detection signal at a time prior to the first reflection peak, the second reflection peak representing a biofilm on the surface of the tooth.
A process for producing skutterudite of chemical formula R i S y A 4 B 12-y, wherein R i represents one or more elements (i = 1, 2, 3,...) of the group of alkali and alkaline earth metals, and rare earth metals; S y represents filler elements of groups 13 and 14 that in part occupy the lattice site of atom B (for example, Sn, In, Ga); A represents at least one or more chemical elements of the group of transition metals, wherein A can be replaced stoichiometrically by at least one or more elements of groups 8 and 10; and B represents at least one chemical element of group 15, wherein B can be replaced by at least one or more elements of groups 14 and 16; by (a) melting and fusing the elemental metals and optionally other starting materials in a light arc under an inert gas atmosphere, wherein at least one of the starting materials is employed in the form of a closed sheet in which at least one starting material is enclosed; (b) subsequently transferring the melt into a gas atomization plant; (c) subsequently cooling down to room temperature (20 to 25 °C); and (d) subsequently compacting the powder obtained with heat supply and under pressure. R i represents one or more elements (i = 1, 2, 3,...) of the group of alkali and alkaline earth metals, and rare earth metals; S y represents filler elements of groups 13 and 14 that in part occupy the lattice site of atom B (for example, Sn, In, Ga); A represents at least one or more chemical elements of the group of transition metals, wherein A can be replaced stoichiometrically by at least one or more elements of groups 8 and 10; and B represents at least one chemical element of group 15, wherein B can be replaced by at least one or more elements of groups 14 and 16; by (a) melting and fusing the elemental metals and optionally other starting materials in a light arc under an inert gas atmosphere, wherein at least one of the starting materials is employed in the form of a closed sheet in which at least one starting material is enclosed; (b) subsequently transferring the melt into a gas atomization plant; (c) subsequently cooling down to room temperature (20 to 25 °C); and (d) subsequently compacting the powder obtained with heat supply and under pressure. (a) melting and fusing the elemental metals and optionally other starting materials in a light arc under an inert gas atmosphere, wherein at least one of the starting materials is employed in the form of a closed sheet in which at least one starting material is enclosed; (b) subsequently transferring the melt into a gas atomization plant; (c) subsequently cooling down to room temperature (20 to 25 °C); and (d) subsequently compacting the powder obtained with heat supply and under pressure.
Mushroom growing system consisting of: - a shelving construction with a bottom integrated into the shelving construction for the placement of material to be processed, - a control unit and - an aeration system for localized aeration of the material to be processed with an external air supply / extraction system and a pipe system connected with the shelving construction for ensuring the supply of a controlled gas flow to or from the shelving construction, characterized in that - the bottom is a ventilated bottom which is part of the aeration system and to which the gas flow is supplied or through which the gas flow is extracted and - aeration elements are connected to the ventilated bottom for locally directing the gas flow to or from the material to be processed. - a shelving construction with a bottom integrated into the shelving construction for the placement of material to be processed, - a control unit and - an aeration system for localized aeration of the material to be processed with an external air supply / extraction system and a pipe system connected with the shelving construction for ensuring the supply of a controlled gas flow to or from the shelving construction, - the bottom is a ventilated bottom which is part of the aeration system and to which the gas flow is supplied or through which the gas flow is extracted and - aeration elements are connected to the ventilated bottom for locally directing the gas flow to or from the material to be processed.
Method for producing a composite of fibrous structures and an adhesive tape comprising a final fixing adhesive, comprising the steps of - temporarily fixing the fibrous structures in a mould and also to one another with an adhesive tape; - introducing the final fixing adhesive, with dissolution of the temporary fixing adhesive in the final fixing adhesive; and - curing the final fixing adhesive, where the adhesive tape comprises a temporary fixing adhesive for a first, temporary fixing of two substrates to one another as the preliminary stage to a second, final fixing of the two substrates, the second, final fixing taking place by means of a final fixing adhesive, and this final fixing adhesive absorbing the temporary fixing adhesive in the course of the second, final fixing, and where the temporary fixing adhesive is a non-crosslinked pressure-sensitive adhesive, thus having a gel index of less than 20%, measured by the method described in the disclosure, and it dissolves in the final fixing adhesive in the course of the second, final fixing, characterized in that the temporary fixing adhesive comprises the following: - at least one polymer selected from the group consisting of polyurethanes, nitrile-butadiene rubbers, polyamides, poly(etheretherketone) (PEEK), poly(sulfone) and poly(ethersulfone) - optionally a tackifying resin - at least one reactive resin, the reactive resin comprising at least one epoxy resin based on bisphenol A, bisphenol S, bisphenol F, an epoxy Novolac, an epoxy-cresol Novolac or an epoxidized nitrile rubber, where the temporary fixing adhesive comprises at least 104 parts, preferably at least 120 parts, of reactive resin, more preferably at least 200 parts of reactive resin, more particularly at least 300 parts of the at least one reactive resin, per 100 parts of polymer and tackifying resin, and where the final fixing adhesive is constructed on the basis of at least one epoxy resin, and the temporary fixing adhesive comprises the same class of reactive resin as the reactive resin of the final fixing adhesive. - temporarily fixing the fibrous structures in a mould and also to one another with an adhesive tape; - introducing the final fixing adhesive, with dissolution of the temporary fixing adhesive in the final fixing adhesive; and - curing the final fixing adhesive, - at least one polymer selected from the group consisting of polyurethanes, nitrile-butadiene rubbers, polyamides, poly(etheretherketone) (PEEK), poly(sulfone) and poly(ethersulfone) - optionally a tackifying resin - at least one reactive resin, the reactive resin comprising at least one epoxy resin based on bisphenol A, bisphenol S, bisphenol F, an epoxy Novolac, an epoxy-cresol Novolac or an epoxidized nitrile rubber, where the temporary fixing adhesive comprises at least 104 parts, preferably at least 120 parts, of reactive resin, more preferably at least 200 parts of reactive resin, more particularly at least 300 parts of the at least one reactive resin, per 100 parts of polymer and tackifying resin,
Apparatus comprising: a left-ventricular assist device configured to assist left-ventricular functioning of a subject, the left-ventricular assist device comprising: an impeller; a frame disposed around the impeller; characterized by: a rigid axial shaft extending from a proximal end of the frame to a distal end of the frame, the impeller being coupled to the rigid axial shaft, and the rigid axial shaft comprising a proximal portion and a distal portion which are coupled to each other via a joint, the proximal portion and the distal portion being configured to flex with respect to each other via the joint. a left-ventricular assist device configured to assist left-ventricular functioning of a subject, the left-ventricular assist device comprising: an impeller; a frame disposed around the impeller; an impeller; a frame disposed around the impeller; characterized by: a rigid axial shaft extending from a proximal end of the frame to a distal end of the frame, the impeller being coupled to the rigid axial shaft, and the rigid axial shaft comprising a proximal portion and a distal portion which are coupled to each other via a joint, the proximal portion and the distal portion being configured to flex with respect to each other via the joint.
A rotating body into which an end of a shaft is to be inserted, the rotating body comprising: an attachment portion on an end face of the rotating body; a holding portion configured to hold the rotating body on the end of the shaft, the holding portion including a hook configured to be elastically deformable and detachably hook on a recess at an end portion of the shaft, characterized in that the rotating body further comprises a hinge on the attachment portion, the hinge configured to rotatably hold the holding portion, such that the holding portion is rotatable with respect to the attachment portion, with elastic deformation of the hook over a convex portion of the shaft that is further towards the end of shaft than the recess in an axial direction of the shaft. an attachment portion on an end face of the rotating body; a holding portion configured to hold the rotating body on the end of the shaft, the holding portion including a hook configured to be elastically deformable and detachably hook on a recess at an end portion of the shaft, characterized in that the rotating body further comprises a hinge on the attachment portion, the hinge configured to rotatably hold the holding portion, such that the holding portion is rotatable with respect to the attachment portion, with elastic deformation of the hook over a convex portion of the shaft that is further towards the end of shaft than the recess in an axial direction of the shaft.
A method of monitoring the efficacy of treating acute myeloid leukemia or chronic myeloid leukemia in a patient, comprising: detecting in test samples obtained from said patient at two or more time points during said treatment a level of interleukin 1 receptor accessory protein (IL1RAP) expression; wherein a reduction in the level of said expression over time indicates a positive response to treatment. detecting in test samples obtained from said patient at two or more time points during said treatment a level of interleukin 1 receptor accessory protein (IL1RAP) expression; wherein a reduction in the level of said expression over time indicates a positive response to treatment.
Method for preparation of compound of formula characterized in that the method comprises steps: introduction into the compound of formula of tert-butyloctahydro-1H-pyrrolo[3,4b]pyridine-1-carboxylate affording compound of formula interaction of the compound with triethyl orthoformate in acetic anhydride affording compound of formula addition of cyclic amine to the compound of formula affording compound of formula cyclization of the compound of formula in alkaline conditions affording compound of formula cleavage of Boc protecting groups from the compound of formula affording final compound of formula introduction into the compound of formula of tert-butyloctahydro-1H-pyrrolo[3,4b]pyridine-1-carboxylate affording compound of formula interaction of the compound with triethyl orthoformate in acetic anhydride affording compound of formula addition of cyclic amine to the compound of formula affording compound of formula cyclization of the compound of formula in alkaline conditions affording compound of formula cleavage of Boc protecting groups from the compound of formula affording final compound of formula
A catheter, comprising: an insertion tube for insertion into a patient body; multiple arms, which are attached to a distal end of the insertion tube, each arm comprising a braid of wires that traverse the arm; and multiple electrodes, which are coupled to the arms and electrically connected to respective selected wires of the braid, and which are configured to exchange signals over the wires with a system external to the patient body, wherein the multiple arms are expandable into a basket configuration. an insertion tube for insertion into a patient body; multiple arms, which are attached to a distal end of the insertion tube, each arm comprising a braid of wires that traverse the arm; and multiple electrodes, which are coupled to the arms and electrically connected to respective selected wires of the braid, and which are configured to exchange signals over the wires with a system external to the patient body, wherein the multiple arms are expandable into a basket configuration.
An article comprising a glass substrate and a coating applied to the substrate, the coating comprising a plurality of layers, wherein the plurality of layers includes, from the glass substrate outwardly: a bottom metal oxide layer having a thickness ranging from 360 to 400 angstroms; an alloy layer of a Nickel-Chromium-Molybdenum alloy that comprises minimum 58% Ni, 20% to 23% Cr, 8% to 10% Mo, 3.15% to 4.15% Nb/Ta and maximum 5% Fe by weight and a thickness ranging from 30 to 150 angstroms; a first silver layer having a thickness ranging from 80 to 150 angstroms; a middle metal oxide layer having a thickness ranging from 550 to 700 angstroms; a second silver layer having a thickness ranging from 80 to 150 angstroms; and a top metal oxide layer having a thickness ranging from 110 to 140 angstroms; wherein the article has a bh color coordinate value of -8 to -10 as measured in Hunter Lab color space, and an emissivity of 0.030 to 0.035. a bottom metal oxide layer having a thickness ranging from 360 to 400 angstroms; an alloy layer of a Nickel-Chromium-Molybdenum alloy that comprises minimum 58% Ni, 20% to 23% Cr, 8% to 10% Mo, 3.15% to 4.15% Nb/Ta and maximum 5% Fe by weight and a thickness ranging from 30 to 150 angstroms; a first silver layer having a thickness ranging from 80 to 150 angstroms; a middle metal oxide layer having a thickness ranging from 550 to 700 angstroms; a second silver layer having a thickness ranging from 80 to 150 angstroms; and a top metal oxide layer having a thickness ranging from 110 to 140 angstroms; wherein the article has a bh color coordinate value of -8 to -10 as measured in Hunter Lab color space, and an emissivity of 0.030 to 0.035.