mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising as an active ingredient one compound, which is -3-(2-(5-bromo-1H-indol-3-yl)-2-cyanovinyl)-4-methoxybenzonitrile and its pharmaceutically acceptable salts for use for treating and/or preventing endometriosis, wherein the pharmaceutical composition comprises from 1 to 300 mg/kg of bodyweight of said compound.
Flat conductor connection element for an electrically conductive structure, in particular an electrically conductive layer, applied to a pane, with the flat conductor connection element comprising - at least one conductor (4, 4'), comprising a flat conductor, having a first connection region at a first end and a second connection region at a second end, wherein the first connection region has a connection surface for the electrical connection to the electrically conductive structure and a contact surface opposite the connection surface for physical contact with a soldering tool, - an encapsulation layer made of an electrically insulating material, which encapsulation layer surrounds the conductor at least in a conductor section containing the first connection region, wherein the encapsulation layer has a through-hole, wherein the flat conductor element is characterized in that through the through-hole the connection surface and the contact surface of the first connection region are accessible, wherein, in a view perpendicular through the plane of the encapsulation layer, the first connection region of the conductor is situated within the through-hole. - at least one conductor (4, 4'), comprising a flat conductor, having a first connection region at a first end and a second connection region at a second end, wherein the first connection region has a connection surface for the electrical connection to the electrically conductive structure and a contact surface opposite the connection surface for physical contact with a soldering tool, - an encapsulation layer made of an electrically insulating material, which encapsulation layer surrounds the conductor at least in a conductor section containing the first connection region, wherein the encapsulation layer has a through-hole,
Strain gage with at least one base material and at least one fiber-optic sensor, containing at least one optical waveguide with an individual fiber Bragg grating, wherein the base material contains or consists of a polymer, and the base material additionally contains at least one reinforcing element, characterized in that a measurement mass is additionally available in the vicinity of the fiber Bragg grating, which is mounted on a surface of the base material, such that it exerts a force on the base material during acceleration, said force causing the fiber Bragg grating to deform.
Protection device for use in a generative production method in which material to be processed is selectively deformed using a material processing radiation, the device comprising: a protection device transparent to the material processing radiation for separating a beam generator for generating the material processing radiation and/or a radiation influencing device provided for guiding, focusing or otherwise influencing the material processing radiation from the material to be processed and/or from the material processing process and a protection device moving means for moving the protection device relative to an atmosphere adjacent to the protection device, characterized in that the protection device moving means is configured for moving the protection device so that an atmosphere boundary layer near a surface of the protection device is subjected to turbulence. a protection device transparent to the material processing radiation for separating a beam generator for generating the material processing radiation and/or a radiation influencing device provided for guiding, focusing or otherwise influencing the material processing radiation from the material to be processed and/or from the material processing process and a protection device moving means for moving the protection device relative to an atmosphere adjacent to the protection device, characterized in that the protection device moving means is configured for moving the protection device so that an atmosphere boundary layer near a surface of the protection device is subjected to turbulence.
A method for preventing a viewer from skipping "must see" content, the method comprising: providing content to be scrambled; identifying a first portion of the content as "must see" content; identifying a second portion of the content as "dependent" content; computing a disguising function, the disguising function comprising a hash function, of at least part of the first portion of the content and producing a result; and scrambling the "dependent" content, the scrambling being based, at least in part, on the result, wherein: the viewer is prevented from viewing the "dependent" content by only descrambling the "dependent" content if the "must see" content is played back at a normal rate and without skipping, the descrambling being based, at least in part, on the result. providing content to be scrambled; identifying a first portion of the content as "must see" content; identifying a second portion of the content as "dependent" content; computing a disguising function, the disguising function comprising a hash function, of at least part of the first portion of the content and producing a result; and scrambling the "dependent" content, the scrambling being based, at least in part, on the result, wherein: the viewer is prevented from viewing the "dependent" content by only descrambling the "dependent" content if the "must see" content is played back at a normal rate and without skipping, the descrambling being based, at least in part, on the result. the viewer is prevented from viewing the "dependent" content by only descrambling the "dependent" content if the "must see" content is played back at a normal rate and without skipping, the descrambling being based, at least in part, on the result.
Energy converter device for use as a solar collector or as a radiator, comprising at least one basic body with a front side and a rear side and with a heat carrier line device in connection with the basic body for the delivery and removal of a heat carrier medium to and from the basic body, wherein the at least one basic body comprises a plurality of pores arranged next to one another, characterized in that the at least one basic body is accommodated in a housing which is formed such as to be light-permeable on the front side of the basic body and on the rear side of the basic body, that the pores are open at least towards the front side of the basic body and exhibit the form of small channels, of which at least some pass through the basic body from the front side to the rear side, such that the light can be conducted through the basic body, that the heat carrier line device comprises a tubular fluid line element which is in heat-transfer contact at its circumference with the basic body, that the heat carrier line device comprises a flow chamber with an inflow connection and an outflow connection for the delivery and removal of heat transfer medium, and that the at least one basic body is arranged in the flow chamber, such that it can be flowed around by heat carrier medium, which flows through the flow chamber, wherein the flow chamber is light-permeable.
A centrifugal compressor impeller (60; 160) comprising: a hub (62; 162) having a gaspath surface (64; 164) extending from a leading end to a trailing end; a plurality of blades (70A, 70B; 170) extending from the hub gaspath surface and each having: a leading edge (72A, 72B; 172); a trailing edge (74A, 74B; 174); a first face (80A, 80B; 180); a second face (82A, 82B; 182); and a tip (78A, 78B; 178); and a plurality of flow splitter segments (120, 122; 220, 222) extending between associated twos of the blades and each spaced from both the hub gaspath surface and the tips of the associated two blades; characterised in that: the plurality of flow splitter segments is a first plurality of flow splitter segments (120; 220) and the impeller further comprises a second plurality of flow splitter segments (122; 220) extending between the blades and spaced from both the hub gaspath surface and the tips of the blades; the first plurality of flow splitter segments (120; 220) is within an upstream third of a flowpath length from the leading edges to the trailing edges; and the second plurality of flow splitter segments (122; 222) is within a downstream third of said flowpath length from the leading edges to the trailing edges. a hub (62; 162) having a gaspath surface (64; 164) extending from a leading end to a trailing end; a plurality of blades (70A, 70B; 170) extending from the hub gaspath surface and each having: a leading edge (72A, 72B; 172); a trailing edge (74A, 74B; 174); a first face (80A, 80B; 180); a second face (82A, 82B; 182); and a tip (78A, 78B; 178); and a leading edge (72A, 72B; 172); a trailing edge (74A, 74B; 174); a first face (80A, 80B; 180); a second face (82A, 82B; 182); and a tip (78A, 78B; 178); and a plurality of flow splitter segments (120, 122; 220, 222) extending between associated twos of the blades and each spaced from both the hub gaspath surface and the tips of the associated two blades; the plurality of flow splitter segments is a first plurality of flow splitter segments (120; 220) and the impeller further comprises a second plurality of flow splitter segments (122; 220) extending between the blades and spaced from both the hub gaspath surface and the tips of the blades; the first plurality of flow splitter segments (120; 220) is within an upstream third of a flowpath length from the leading edges to the trailing edges; and the second plurality of flow splitter segments (122; 222) is within a downstream third of said flowpath length from the leading edges to the trailing edges.
A solar cell comprising: a base region; a first back surface field layer; a delta doping layer; and a second back surface field layer, wherein the delta doping layer is positioned between said first back surface layer and said second back surface field layer. a base region; a first back surface field layer; a delta doping layer; and a second back surface field layer, wherein the delta doping layer is positioned between said first back surface layer and said second back surface field layer.
A detergent composition comprising: (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 4 to 50 wt.% of surfactant; (ii) from 0.0005 to 1 wt.%, preferably from 0.005 to 0.6 wt.% of a protease enzyme having at least 90% sequence identity to SEQ ID NO: 1. (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 4 to 50 wt.% of surfactant; (ii) from 0.0005 to 1 wt.%, preferably from 0.005 to 0.6 wt.% of a protease enzyme having at least 90% sequence identity to SEQ ID NO: 1.
A method for generating a coupon including a holographic image, the method comprising: segmenting a product image into a plurality of image regions; analyzing each image region of the plurality of image regions to identify one or more characteristics for each image region, wherein these characteristics include one or more of a luminance, a contrast a variance, a color, a hue and a brightness of the image region; assigning a weight value to each image region, the weight value being determined based at least in part on the analysis of the one or more characteristics of the image region; selecting a particular image region from the plurality of image regions having the highest weight value; and blending the particular image region over a predetermined portion of the corresponding product coupon, wherein the product coupon includes a text region, the predetermined portion including the text region, and wherein blending the particular image region adds a holographic image of the particular image region to the predetermined portion including the text region, thereby augmenting the security features of the coupon; the method being performed by one or more computing devices. segmenting a product image into a plurality of image regions; analyzing each image region of the plurality of image regions to identify one or more characteristics for each image region, wherein these characteristics include one or more of a luminance, a contrast a variance, a color, a hue and a brightness of the image region; assigning a weight value to each image region, the weight value being determined based at least in part on the analysis of the one or more characteristics of the image region; selecting a particular image region from the plurality of image regions having the highest weight value; and blending the particular image region over a predetermined portion of the corresponding product coupon, wherein the product coupon includes a text region, the predetermined portion including the text region, and wherein blending the particular image region adds a holographic image of the particular image region to the predetermined portion including the text region, thereby augmenting the security features of the coupon; the method being performed by one or more computing devices.
Method for producing fibre-reinforced plastics by injection of a matrix material into a vacuum-sealable mould with a shaping die for receiving a fibre material, a combined injection and evacuation line being connected at a first end to the vacuum-sealable mould and at a second end optionally to a reservoir for receiving the matrix material or to a pressure sink in such a way that the injection of the matrix material and the evacuation of the mould take place by way of the combined injection and evacuation line, wherein, in a first stage, the combined injection and evacuation line is connected to the pressure sink for the evacuation of the mould and, in a second stage, injection of the matrix material takes place, in that, after reaching the end vacuum in the mould, the connection to the pressure sink is interrupted and the combined injection and evacuation line is connected to the reservoir containing the matrix material, characterized in that the vacuum-sealable mould does not remain in a pressure vessel during the evacuation and injection process.
A ventilation device for ventilation of a printed circuit board in or for a computer, wherein the ventilation device is designed to generate a first cooling air stream by means of a first blower and a second cooling air stream by means of a second blower, wherein the first cooling air stream and the second cooling air stream pass through a common ventilation layer perpendicular to the air stream boundary plane on different sides of an air stream boundary plane, preferably parallel to the air stream boundary plane, wherein the delivery directions of the first blower and the second blower are perpendicular to the air stream boundary plane, wherein the ventilation device is designed to be mountable in such a way that the air stream boundary plane coincides with a center plane of the printed circuit board, characterized in that the ventilation device comprises a housing with a ventilation side, which defines the ventilation layer and toward which the housing is at least partially open, and a mounting plate, which divides the ventilation side and defines the air stream boundary plane, wherein the mounting plate supports at least two blowers (12, 13) or is designed to accommodate at least two blowers (12,13) in such a manner that through each blower (12, 13) an air stream (4, 6; 4, 7) is delivered or can be delivered through a respective opening (14a, 14b) in the mounting plate, wherein each of the blowers (12, 13) is assigned to a respective air guide chamber (22, 23) that is open toward the ventilation side and is closed or substantially closed on all other sides except for the respective opening (14a, 14b) of the mounting plate, that the blowers (12, 13) are provided on different sides of the mounting plate, and that each air guide chamber (22, 23) of one of the blowers (12, 13) on its side of the mounting plate is divided off from an area of another of the blowers (12, 13), wherein for the division in each case particularly a partition (16a, 18a) is provided, which preferably extends perpendicularly on the mounting plate and particularly preferably at an angle to the ventilation side (1 a).
A method of preparing a propylene-1-butene copolymer, including the step of polymerizing propylene and 1-butene in the presence of a catalyst including a metallocene compound represented by the following Chemical Formula 1, wherein the catalyst is a supported catalyst including the metallocene compound, an alkylaluminoxane cocatalyst, and a boron-based cocatalyst which are supported on a carrier, and wherein a solubility of the propylene-1-butene copolymer in xylene (Xs) is 1 wt% or less, wherein the solubility in xylene is measured as disclosed in the specification: in Chemical Formula 1, M 1 is a group 3 transition metal, a group 4 transition metal, a group 5 transition metal, a lanthanide transition metal, or an actinide transition metal; X is, same to or different from each other, a halogen; R 1 and R 2 are respectively a C 1 -C 4 alkyl; R 3 and R 3' are respectively a C 1 -C 20 alkyl; R 4 and R 4' are respectively a C 1 -C 20 aryl; n is an integer of 1 to 6; and A is silicon (Si). M 1 is a group 3 transition metal, a group 4 transition metal, a group 5 transition metal, a lanthanide transition metal, or an actinide transition metal; X is, same to or different from each other, a halogen; R 1 and R 2 are respectively a C 1 -C 4 alkyl; R 3 and R 3' are respectively a C 1 -C 20 alkyl; R 4 and R 4' are respectively a C 1 -C 20 aryl; n is an integer of 1 to 6; and A is silicon (Si).
A method to monitor tumor dynamics, comprising the steps of: testing a tumor sample of a cancer patient and identifying a somatic mutation in a gene selected from the group consisting of KRAS, APC, TP53, and PIK3CA in the tumor sample; and then measuring in a test sample of blood or stool of the cancer patient the number of copies of DNA fragments of a gene that have the mutation, wherein the number of copies is an index of the tumor burden in the patient, wherein the method of measuring segregates and assays individual DNA fragments, and wherein the step of measuring is performed on a plurality of test samples obtained from the cancer patient at a plurality of time points to monitor increase, decrease, or stability of tumor burden. testing a tumor sample of a cancer patient and identifying a somatic mutation in a gene selected from the group consisting of KRAS, APC, TP53, and PIK3CA in the tumor sample; and then measuring in a test sample of blood or stool of the cancer patient the number of copies of DNA fragments of a gene that have the mutation, wherein the number of copies is an index of the tumor burden in the patient, wherein the method of measuring segregates and assays individual DNA fragments, and wherein the step of measuring is performed on a plurality of test samples obtained from the cancer patient at a plurality of time points to monitor increase, decrease, or stability of tumor burden.
An air intake line equipping the intake of an internal combustion engine of a motor vehicle, the air intake line housing a heat exchanger intended to cool a flow of charge air supplying an intake of an internal combustion engine equipping a motor vehicle, the heat exchanger including tubes (101, 102, 103) interposed between a first manifold and a second manifold, the air intake line being characterized in that the tubes (101, 102, 103) include tubes of a first type delimiting jointly a first internal passage volume (V 1) of the flow of charge air and tubes of a second type delimiting jointly a second internal passage volume (V 2) of the flow of charge air, which is distinct from the first internal passage volume (V 1) of the flow of charge air.
A removable dental appliance comprising: - a teeth aligner (101, 201) configured to cooperate with at least one tooth (102, 202) of a dental arch (100, 200) of a patient so as to move it to a desired position, - connectors (103, 203) adapted to be attached to teeth of the dental arch (100, 200) and on which the teeth aligner (101, 201) is dismountably engaged, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, characterised in that: - the teeth aligner (101, 201) is formed of a flexible strip profiled to cover only the lingual surface (102b, 202b) of the teeth leaving the other surfaces of said teeth free, - the connectors (103, 203) are configured to be attached against the lingual surface (102b, 202b) of the teeth, - recesses (1013, 2013) into which the connectors (103, 203) elastically fit are shaped in the flexible strip so that said recesses and said strip do not have any relative movement between them, - when the recesses (1013, 2013) are fitted into the connectors (103, 203) and the flexible strip is in position, the flexibility of said strip allows said strip to exert one or more stresses on said connectors, - the recesses (1013, 2013) and the connectors (103, 203) are configured so that the force allowing the aligner to be removed from said connectors is less than 550 g, so that said connectors can be manually dismountably fitted into said recesses. - a teeth aligner (101, 201) configured to cooperate with at least one tooth (102, 202) of a dental arch (100, 200) of a patient so as to move it to a desired position, - connectors (103, 203) adapted to be attached to teeth of the dental arch (100, 200) and on which the teeth aligner (101, 201) is dismountably engaged, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, - the teeth aligner (101, 201) is formed of a flexible strip profiled to cover only the lingual surface (102b, 202b) of the teeth leaving the other surfaces of said teeth free, - the connectors (103, 203) are configured to be attached against the lingual surface (102b, 202b) of the teeth, - recesses (1013, 2013) into which the connectors (103, 203) elastically fit are shaped in the flexible strip so that said recesses and said strip do not have any relative movement between them, - when the recesses (1013, 2013) are fitted into the connectors (103, 203) and the flexible strip is in position, the flexibility of said strip allows said strip to exert one or more stresses on said connectors, - the recesses (1013, 2013) and the connectors (103, 203) are configured so that the force allowing the aligner to be removed from said connectors is less than 550 g, so that said connectors can be manually dismountably fitted into said recesses.