mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a pregnant female as being susceptible to spontaneous preterm delivery, the method comprising: providing a sample that was obtained from the pregnant female, wherein the sample is selected from the group consisting of a plasma sample, a serum sample, a whole blood sample, and a urine sample; determining a concentration of a first steroid selected from the group consisting of deoxycorticosterone, corticorterone, 18-hydroxycortiosterone, aldosterone, deoxycortisol, cortisol and combinations thereof in the sample; determining a concentration of at least a second steroid, wherein the second steroid is different from the first steroid; calculating a ratio of the first steroid and the at least second steroid; and identifying the pregnant female as being susceptible to spontaneous preterm delivery when the ratio in the sample is reduced below a threshold value. providing a sample that was obtained from the pregnant female, wherein the sample is selected from the group consisting of a plasma sample, a serum sample, a whole blood sample, and a urine sample; determining a concentration of a first steroid selected from the group consisting of deoxycorticosterone, corticorterone, 18-hydroxycortiosterone, aldosterone, deoxycortisol, cortisol and combinations thereof in the sample; determining a concentration of at least a second steroid, wherein the second steroid is different from the first steroid; calculating a ratio of the first steroid and the at least second steroid; and identifying the pregnant female as being susceptible to spontaneous preterm delivery when the ratio in the sample is reduced below a threshold value.
Method for controlling an electric machine, in particular for an electric or hybrid drive train of a motor vehicle, wherein the electric machine can provide a torque both at positive and also at negative rotation speeds (n), comprising the steps: • performing a check with the aid of a characteristic curve (M; G) as to whether a desired torque value (72; 74) can or may be provided by the electric machine, wherein the characteristic curve (M; G) represents a limit torque with respect to the rotation speed (n) and comprises a first section (A1; A4) for positive rotation speeds and a second section for negative rotation speeds (A2; A3), characterized in that the first section (A1; A4) and the second section (A2; A3) are arranged in the same quadrant (I; IV) of the characteristic curve. • performing a check with the aid of a characteristic curve (M; G) as to whether a desired torque value (72; 74) can or may be provided by the electric machine, wherein the characteristic curve (M; G) represents a limit torque with respect to the rotation speed (n) and comprises a first section (A1; A4) for positive rotation speeds and a second section for negative rotation speeds (A2; A3),
A retractable spout device for a flowable substance container comprising a first section adapted to be secured to an interior of the container, and a second section displaceable relative to the first section in order to facilitate the movement of the second section from a retracted position wherein the second section is at least partially collapsed, to a deployed position wherein the second section extends outwards to form a spout; characterized in that the second section comprises at least one region of increased flexibility (3,4,5) relative to the flexibility of the rest of the second section and which is centrally disposed on the spout.
Method for producing a coated abrasive, comprising the following steps: a) producing or providing an intermediate abrasive product, comprising a backing, a multiplicity of abrasive grains, which are bonded tc the backing, and also at least one layer of a size coat, which at least partly covers the abrasive grains, the uppermost size coat being uncured; b) applying at least one grinding aid to the uppermost, uncured size coat; c) curing the uppermost size coat; characterized in that the grinding aid is applied in dry form in step b), more particularly by scattering. a) producing or providing an intermediate abrasive product, comprising a backing, a multiplicity of abrasive grains, which are bonded tc the backing, and also at least one layer of a size coat, which at least partly covers the abrasive grains, the uppermost size coat being uncured; b) applying at least one grinding aid to the uppermost, uncured size coat; c) curing the uppermost size coat;
A method for manufacturing of a stainless steel tube comprising the steps providing a tubular hollow of an austenitic stainless steel, wherein the stainless steel comprises carbon with an amount of 0.02 wt% or less, manganese with an amount of 1.0 wt% or less, phosphor with an amount of 0.03 wt% or less, sulfur with an amount of 0.015 wt% or less, silicon with an amount of 0.8 wt% or less, nickel with an amount of 17.5 wt% to 18.5 wt%, chromium with an amount from 19.5 wt% to 20.5 wt%, molybdenum with an amount from 6.0 wt% to 6.5 wt%, nitrogen with an amount from 0.18 wt% to 0.25 wt% and cupper with an amount from 0.5 wt% to 1.0 wt% with a remainder of iron and unavoidable impurities, and cold forming of the hollow into a tube, characterized in that the method further comprises the steps coiling the tube and annealing the coiled tube after cold forming at a temperature in a range from 1100 °C to 1200 °C. carbon with an amount of 0.02 wt% or less, manganese with an amount of 1.0 wt% or less, phosphor with an amount of 0.03 wt% or less, sulfur with an amount of 0.015 wt% or less, silicon with an amount of 0.8 wt% or less, nickel with an amount of 17.5 wt% to 18.5 wt%, chromium with an amount from 19.5 wt% to 20.5 wt%, molybdenum with an amount from 6.0 wt% to 6.5 wt%, nitrogen with an amount from 0.18 wt% to 0.25 wt% and cupper with an amount from 0.5 wt% to 1.0 wt%
A composition, specifically a pharmaceutical composition, for the prophylactic and/or curative treatment of illnesses of the gastric and/or intestinal tract and/or gastrointestinal diseases, wherein the composition - in combination and in each active, particularly pharmaceutically active quantities - contains (a) hyaluronic acid or its salts ("component (a)") in a relative volume in the range of 0.2 to 5 wt.-%, in relation to the composition, and (b) a combination of chamomile blossom extract ("component ") in a relative volume, relating to the composition, in the range of 10 to 40 wt.-%, caraway seed extract ("component ") in a relative volume, relating to the composition, in the range of 2 to 20 wt.-%, lemon balm extract ("component ") in a relative volume, relating to the composition, in the range of 2 to 20 wt.-%, and peppermint leaf extract ("component ") in a relative volume, relating to the composition, in the range of 1 to 10 wt.-%. (a) hyaluronic acid or its salts ("component (a)") in a relative volume in the range of 0.2 to 5 wt.-%, in relation to the composition, and (b) a combination of chamomile blossom extract ("component ") in a relative volume, relating to the composition, in the range of 10 to 40 wt.-%, caraway seed extract ("component ") in a relative volume, relating to the composition, in the range of 2 to 20 wt.-%, lemon balm extract ("component ") in a relative volume, relating to the composition, in the range of 2 to 20 wt.-%, and peppermint leaf extract ("component ") in a relative volume, relating to the composition, in the range of 1 to 10 wt.-%.
An aqueous adhesive composition comprising: a) an emulsion polymer comprising, as copolymerized units, from 10% to 35%, by weight based on the weight of said emulsion polymer, carboxylic acid monomer and at least one second ethylenically unsaturated monomer; and b) from 0.1% to 4%, by weight based on said emulsion polymer dry weight, epoxysilane; wherein said adhesive composition further comprises a level of less than 0.001 parts by weight crosslinking agent based on the dry weight of the emulsion polymer. a) an emulsion polymer comprising, as copolymerized units, from 10% to 35%, by weight based on the weight of said emulsion polymer, carboxylic acid monomer and at least one second ethylenically unsaturated monomer; and b) from 0.1% to 4%, by weight based on said emulsion polymer dry weight, epoxysilane;
A determination method comprising the steps of: measuring an S parameter at a current position of a probe, or at a current connection state of a coaxial connector or a waveguide for a plurality of frequencies; calculating a coefficient matrix for fitting a predetermined function matrix to a frequency characteristic of the S parameter measured; calculating a value of a first local outlier factor based on the calculated coefficient matrix; and when the probe is used, determining, based on a relationship between the calculated first local outlier factor and a threshold, whether the probe is in a first state in which the probe is in contact with a predetermined object; or when the coaxial connector or the waveguide is used, determining, based on a relationship between the calculated first local outlier factor and a threshold, whether the coaxial connector or the waveguide is in a second state in which the coaxial connector or the waveguide is failed in connection with a predetermined object. measuring an S parameter at a current position of a probe, or at a current connection state of a coaxial connector or a waveguide for a plurality of frequencies; calculating a coefficient matrix for fitting a predetermined function matrix to a frequency characteristic of the S parameter measured; calculating a value of a first local outlier factor based on the calculated coefficient matrix; and when the probe is used, determining, based on a relationship between the calculated first local outlier factor and a threshold, whether the probe is in a first state in which the probe is in contact with a predetermined object; or when the coaxial connector or the waveguide is used, determining, based on a relationship between the calculated first local outlier factor and a threshold, whether the coaxial connector or the waveguide is in a second state in which the coaxial connector or the waveguide is failed in connection with a predetermined object.
An assembly for an electronic device, comprising: a device housing including an opening; a fingerprint sensor including a silicon wafer onto which a fingerprint recognition circuit is disposed; plastic molded above the fingerprint sensor, the plastic defining a button structure disposed to fit in the opening; a support plate positioned below the fingerprint sensor and coupled to the silicon wafer; a dome switch positioned below and coupled to the support plate and providing a tactile response when the button structure is pressed; and a flexible element (116, 117) coupled to the silicon wafer and configured to relieve structural strain on the silicon wafer when the button structure is pressed. a device housing including an opening; a fingerprint sensor including a silicon wafer onto which a fingerprint recognition circuit is disposed; plastic molded above the fingerprint sensor, the plastic defining a button structure disposed to fit in the opening; a support plate positioned below the fingerprint sensor and coupled to the silicon wafer; a dome switch positioned below and coupled to the support plate and providing a tactile response when the button structure is pressed; and a flexible element (116, 117) coupled to the silicon wafer and configured to relieve structural strain on the silicon wafer when the button structure is pressed.
Hob (38a-b), in particular induction hob, with at least one hob apparatus (10a-b), wherein the hob apparatus (10a-b) has at least one hob plate (40a-b), at least one outer housing unit (46a-b), at least one cable (18a-b), at least one housing unit (12a-b), which is provided, in at least one installed state, at least partially to delimit and/or to define at least one receiving space for receiving and/or mounting at least one component, and at least one guide unit (14a-b), which defines at least one guide path (16a-b) and is provided, in at least one installed state, to guide the cable (18a-b) within the housing unit (12a-b) along the guide path (16a-b), wherein the hob plate (40a-b) and the outer housing unit (46a-b) delimit at least one outer housing receiving space, within which the housing unit (12a-b) is arranged in the installed state, wherein the outer housing unit (46a-b) has an outer housing insertion opening (48a-b), which is provided for introducing the cable (18a-b) into the outer housing unit (46a-b), and the housing unit (12a-b) has an insertion opening (32a-b), which is provided for introducing the cable (18a-b) into the housing unit (12a-b), wherein the guide unit (14a-b), in the installed state, is arranged at least for the most part within the housing unit (12a-b), characterised in that the guide unit (14a-b) has at least one fixing element (20a-b) which is at least partially free-standing and is arranged such that it can be moved in relation to the housing unit (12a-b), said fixing element (20a-b) being connected to the housing unit (12a-b) in the installed state and protruding from a contour of the housing unit (12a-b) and/or projecting beyond a contour of the housing unit (12a-b) and being provided to fix the cable (18a-b) in at least one cable length direction (22a-b), at least partially.
A digital broadcasting signal receiving device, comprising: a tuner (24010, 32010) configured to receive a digital broadcasting signal including a plurality of video streams implementing a multi-view 3D video and a signaling data; a signaling data processor (24030, 32030) configured to decode the signaling data including a Service Description Table, SDT, of Service Information, SI, in Digital Video Broadcasting, DVB, systems, in which a component descriptor specifying a type of a stream is included, wherein the component descriptor comprises stream content information being a 4 bit field and component type information being an 8 bit field, and wherein a combination of the stream content information and the component type information is used to indicate the stream carrying an enhancement view coded by a Multiview Video Coding, MVC, for the multi-view 3D video, wherein the enhancement view is carried by a stream which is different from a stream carrying a base view, wherein each of the plurality of the video streams included in the broadcasting signal includes intrinsic and extrinsic camera parameters for each camera respectively; a decoder (24050, 24051, 24052, 32050, 32051, 32052) configured to decode a plurality of the video streams using the SDT; and a formatter (24070, 24071, 24072, 32070, 32071, 32072) configured to output the video images of the decoded video streams as the multi-view 3D video. a tuner (24010, 32010) configured to receive a digital broadcasting signal including a plurality of video streams implementing a multi-view 3D video and a signaling data; a signaling data processor (24030, 32030) configured to decode the signaling data including a Service Description Table, SDT, of Service Information, SI, in Digital Video Broadcasting, DVB, systems, in which a component descriptor specifying a type of a stream is included, wherein the component descriptor comprises stream content information being a 4 bit field and component type information being an 8 bit field, and wherein a combination of the stream content information and the component type information is used to indicate the stream carrying an enhancement view coded by a Multiview Video Coding, MVC, for the multi-view 3D video, wherein the enhancement view is carried by a stream which is different from a stream carrying a base view, wherein each of the plurality of the video streams included in the broadcasting signal includes intrinsic and extrinsic camera parameters for each camera respectively; a decoder (24050, 24051, 24052, 32050, 32051, 32052) configured to decode a plurality of the video streams using the SDT; and a formatter (24070, 24071, 24072, 32070, 32071, 32072) configured to output the video images of the decoded video streams as the multi-view 3D video.
. A cartridge for an injector system for implanting a lens into an eye, comprising a receiving region for at least one lens and at least one movable haptic slider (60, 60', 160, 160', 260, 260', 360, 360') for displacing a lens haptic (91, 91') within the cartridge, in particular for sliding a lens haptic (91, 91') onto and/or or to an optical portion of the lens.
A method for checking containers to be filled and identifying unstable containers in a filling system, comprising the checking steps: - illuminating a container to be checked with polarized checking light, - detecting the checking light reflected or transmitted by the container to be checked by means of a change-based checking camera that has an image sensor which is configured to generate output signals solely in response to detected brightness changes, wherein the checking camera is assigned a polarizer which is oriented such that the polarization direction of the light passing through the polarizer differs from the polarization direction of the polarized checking light, - checking the output signals generated by the checking camera for the presence of local brightness changes, - determining a measure of a structural integrity of the container to be checked at least based on a detected local brightness change and based on predefined checking criteria, and - characterizing the container to be checked with respect to its stability at least based on the determined measure of the structural integrity using a checking algorithm and generating a container stability signal based thereon, wherein an event parameter that represents a respective damage event occurring during the filling of a container is possibly received from a filling apparatus of the filling system, and wherein the predefined checking criteria and/or the checking algorithm is/are adapted at least based on the possibly received event parameter. - illuminating a container to be checked with polarized checking light, - detecting the checking light reflected or transmitted by the container to be checked by means of a change-based checking camera that has an image sensor which is configured to generate output signals solely in response to detected brightness changes, wherein the checking camera is assigned a polarizer which is oriented such that the polarization direction of the light passing through the polarizer differs from the polarization direction of the polarized checking light, - checking the output signals generated by the checking camera for the presence of local brightness changes, - determining a measure of a structural integrity of the container to be checked at least based on a detected local brightness change and based on predefined checking criteria, and - characterizing the container to be checked with respect to its stability at least based on the determined measure of the structural integrity using a checking algorithm and generating a container stability signal based thereon, wherein an event parameter that represents a respective damage event occurring during the filling of a container is possibly received from a filling apparatus of the filling system, and wherein the predefined checking criteria and/or the checking algorithm is/are adapted at least based on the possibly received event parameter.
Method for fabricating a composite timepiece or jewellery component comprising at least one decoration affixed to a substrate which has at least one apparent surface intended to remain visible, said method comprising the following operations in this order: - in an initial operation, making a base in a substrate which has at least one apparent surface intended to remain visible; - in a first polishing operation, mirror polishing each said apparent surface intended to be seen by the user; - performing a first coating operation wherein each said polished apparent surface comprised in said base is coated with a deposition of a first transparent or coloured semi-transparent layer of a first material in a dry process, or PVD or CVD or ALD process, or lacquering or zapon varnish process. - performing a first transfer operation of affixing and bonding at least one decorative element on a first external surface comprised in said first layer; - performing a second coating operation wherein said first layer and each said decorative element carried by said first layer is coated with a deposition of a second layer of a transparent treatment material in a dry process, or PVD or CVD or ALD process, or lacquering or zapon varnish process, said method for fabricating being characterized in that when said initial operation, at least one apparent surface is made with a warped surface having a particular curved shape, and in that, before performing said first transfer operation, a warped sacrificial support is made, which corresponds to said particular curved shape on which at least one said decorative element is affixed with an adhesive fastening. - in an initial operation, making a base in a substrate which has at least one apparent surface intended to remain visible; - in a first polishing operation, mirror polishing each said apparent surface intended to be seen by the user; - performing a first coating operation wherein each said polished apparent surface comprised in said base is coated with a deposition of a first transparent or coloured semi-transparent layer of a first material in a dry process, or PVD or CVD or ALD process, or lacquering or zapon varnish process. - performing a first transfer operation of affixing and bonding at least one decorative element on a first external surface comprised in said first layer; - performing a second coating operation wherein said first layer and each said decorative element carried by said first layer is coated with a deposition of a second layer of a transparent treatment material in a dry process, or PVD or CVD or ALD process, or lacquering or zapon varnish process, said method for fabricating being characterized in that when said initial operation, at least one apparent surface is made with a warped surface having a particular curved shape, and in that, before performing said first transfer operation, a warped sacrificial support is made, which corresponds to said particular curved shape on which at least one said decorative element is affixed with an adhesive fastening.
A two component system capable of being cured to provide a structural reinforcement adhesive, said two component system comprising a Component A and a Component B, wherein said Component A comprises at least one epoxy resin and Component B comprises a curing system that comprises at least one amine curative, and wherein said two component system comprises a blowing system that comprises at least one high-temperature thermally-activated blowing agent and at least one low-temperature thermally-activated blowing agent, wherein the at least one high-temperature thermally-activated blowing agent has an onset temperature in the range of from 110 °C to 150 °C, and wherein said at least one low-temperature thermally-activated blowing agent has an onset temperature in the range of from 75 °C to 105 °C.
An antibody which binds to an epitope on trimeric TNFα comprising residues: (a) L94 and P113; or (b) L94 and Y115; wherein L94 is present on the A chain of the TNFα trimer, and P113 and Y115 are present on the C chain of the TNFα trimer and wherein the residue numbering is according to SEQ ID NO: 36. (a) L94 and P113; or (b) L94 and Y115;