mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle headlamp comprising at least one light unit configured to generate a primary lighting function, the light unit consisting of at least one light source and at least one lens , said at least one lens imaging the light emitted by the at least one light source as a primary light distribution - in a mounted condition of the light unit in a vehicle - onto a region in front of the vehicle; at least one auxiliary light unit adapted to generate an auxiliary light distribution, said at least one auxiliary light unit being arranged in such a way that, during operation of the auxiliary light unit , luminous or light-emitting regions of the auxiliary light unit are arranged optically close to the at least one lens of the primary light unit , by positioning the at least one light unit and the at least one auxiliary light unit together in a housing of the vehicle headlamp, where the primary light distribution is a dipped beam distribution or a main beam distribution, and wherein the at least one auxiliary light unit is switched on during primary lighting operation, and wherein the auxiliary light is a daytime running light and the auxiliary light distribution forms a daytime running light distribution, wherein the auxiliary light unit is operated dimmed in the primary light mode, e.g. to a maximum of 5 to 10% of the daytime running light, or the auxiliary light is a position light, characterised in that the at least one lens of the at least one primary light unit is provided with an anti-reflection coating on its light-entry surface , and the at least one lens of the at least one primary light unit is provided with an anti-reflection coating on its light-exit surface , wherein the anti-reflection coatings reduce the loss of light at each surface to about 0.5% calculated from the total luminous flux, so that the lens appears dark when the primary light unit is switched on and does not outshine the switched-on auxiliary light.
A method for playback of media assets using an interactive program guide, comprising: selecting, by a user, a media asset in the interactive program guide, wherein the selected media asset is an asset that is part of a series; automatically generating by the interactive program guide a playlist including episodes from the series when a threshold number of assets are made available; automatically arranging by the interactive program guide the media assets in the playlist according to a predetermined order; dynamically updating by the interactive program guide the playlist by adding, to the playlist, a new media asset belonging to the series when the new media asset becomes available from a server and removing, from the playlist, a media asset that is no longer available from a server; and in response to an instruction from the user to playback the media assets in the playlist, seamlessly playing by the interactive program guide the media assets in an order implied by the playlist. selecting, by a user, a media asset in the interactive program guide, wherein the selected media asset is an asset that is part of a series; automatically generating by the interactive program guide a playlist including episodes from the series when a threshold number of assets are made available; automatically arranging by the interactive program guide the media assets in the playlist according to a predetermined order; dynamically updating by the interactive program guide the playlist by adding, to the playlist, a new media asset belonging to the series when the new media asset becomes available from a server and removing, from the playlist, a media asset that is no longer available from a server; and
Arrangement for a globe valve for adjusting a process fluid of a technical process plant, such as a chemical plant, a food processing plant, a power plant or the like comprising a valve housing having an inlet and an outlet for the process fluid, wherein the valve housing comprises a passage opening that is arranged between the inlet and the outlet , and a sleeve-shaped valve cage for linearly guiding a valve member, such as a reciprocating piston , of the globe valve in an axial direction (A), wherein the valve cage comprises at least one passage channel for the process fluid which extends transversely in the axial direction (A), wherein the valve cage is arranged in the valve housing such that the valve cage circumferentially surrounds the passage opening with respect to the axial direction (A) and that a radial outer side of the valve cage with respect to the axial direction (A) is in contact with a radial inner side of the valve housing with respect to the axial direction (A), wherein a securing device for fixing a relative position of the valve cage relative to the valve housing is arranged on the outer side and/or on the inner side , wherein the valve housing comprises an internal thread , wherein the valve cage further comprises an internal thread, wherein the arrangement further comprises a fastening nut with an external thread for screwing into the internal thread , wherein the valve cage is clampable in axial direction (A) between the fastening nut and an annular section surrounding the passage opening of the valve housing , characterized by an intermediate sleeve which is arranged between the fastening nut and the valve cage such that the axial clamping force with which the valve cage is held between the annular section and the fastening nut is transmitted from the fastening nut through the intermediate sleeve to the valve cage , wherein the intermediate sleeve is held with a linear guide relative to the valve housing and/or relative to the valve cage which permits a translational relative movement in the axial direction (A) and prevents a rotational relative movement.
A modified diene-containing (co)polymer comprising in its structure halogen atoms, at least one epoxy group, and at least one hydroxyl group, having a 5% weight loss temperature of at least 180°C, determined by combined methods of differential scanning calorimetry (DSC) and thermogravimetry (TG) according to ISO11358, a weight-average molecular weight of at least 1500 g/mol, measured by low-temperature GPC according to ISO16014-3, a halogen content of at least 35 wt.% based on the total weight of the (co)polymer.
A hearing device with an optical identification (2, 3; 7, 8) for a hearing system, wherein the hearing system comprises a left and a right hearing device, wherein each hearing device comprises a housing (1; 6) and an optical identification (2, 3; 7, 8), characterized in that the optical identification (2, 3; 7, 8) comprises a first shield (2; 7) and a second shield (3; 8) that are arranged on the housing (1; 6), wherein the second shield (3; 8) forms a part of the outer surface of the hearing device, wherein the second shield (3; 8) is arranged over the first shield (1; 6) and wherein the second shield (3; 8) is at least partially transparent.
A stable topical composition comprising; - A water phase comprising benzoyl peroxide - An oil phase comprising adapalene free base or pharmaceutically acceptable salts of adapalene wherein the weight ratio of the oil phase to the water phase is between 0.5 and 1.5. - A water phase comprising benzoyl peroxide - An oil phase comprising adapalene free base or pharmaceutically acceptable salts of adapalene wherein the weight ratio of the oil phase to the water phase is between 0.5 and 1.5.
A sealing device for a sliding door for sealing a door gap extending between a first sliding door element and a second sliding door element in the direction of relative movement of the sliding door elements , comprising a fastening means for fastening the sealing device to the first sliding door element , a sealing strip arrangement movably mounted relative to the fastening means , and a transmission , which is designed to convert a sliding movement of the first sliding door element relative to the second sliding door element into a movement of the sealing strip arrangement relative to the fastening device , which movement takes place essentially transversely with respect to the sliding movement, the transmission having a pick-up element , which can be rotated or pivoted such that it can move transversely with respect to the sliding movement, for picking up the sliding movement, the transmission having as the pick-up element at least one lever for picking up the sliding movement between the first sliding door element and the second sliding door element characterized in that at least one lever arm of the lever is articulated to the sealing strip arrangement in such a way that by pivoting the lever a movement of the sealing strip arrangement in the pivoting direction of the lever arm is caused. the transmission having as the pick-up element at least one lever for picking up the sliding movement between the first sliding door element and the second sliding door element characterized in that at least one lever arm of the lever is articulated to the sealing strip arrangement in such a way that by pivoting the lever a movement of the sealing strip arrangement in the pivoting direction of the lever arm is caused.
A method comprising: forming an alkaline solution; combining the alkaline solution with a portion of ethoxylated 2-ethylhexanol to provide an aqueous solution, wherein the ethoxylated 2-ethylhexanol comprises up to 10 ethylene oxide units; and slowly adding linear alkyl benzene sulfonic acid to the aqueous solution to provide a linear alkyl benzene sulfonate solution wherein the linear alkyl benzene sulfonate solution exhibits a viscosity that is at least 40 % less than the viscosity of a substantially similar solution, wherein the substantially similar solution comprises the alkaline solution and the linear alkyl benzene sulfonic acid in the absence of the ethoxylated 2-ethylhexanol, and wherein the linear alkyl benzene sulfonate solution exhibits values for surface tension and foaming properties within 5 % of the values for surface tension and foaming of the substantially similar solution in the absence of the ethoxylated 2-ethylhexanol. forming an alkaline solution; combining the alkaline solution with a portion of ethoxylated 2-ethylhexanol to provide an aqueous solution, wherein the ethoxylated 2-ethylhexanol comprises up to 10 ethylene oxide units; and slowly adding linear alkyl benzene sulfonic acid to the aqueous solution to provide a linear alkyl benzene sulfonate solution wherein the linear alkyl benzene sulfonate solution exhibits a viscosity that is at least 40 % less than the viscosity of a substantially similar solution, wherein the substantially similar solution comprises the alkaline solution and the linear alkyl benzene sulfonic acid in the absence of the ethoxylated 2-ethylhexanol, and wherein the linear alkyl benzene sulfonate solution exhibits values for surface tension and foaming properties within 5 % of the values for surface tension and foaming of the substantially similar solution in the absence of the ethoxylated 2-ethylhexanol.
An computer implemented image processing apparatus for use in histology or pathology comprising: - an input port (IN) for receiving a stream of image frames from a microscope camera system; - an image matcher (M) switchable between two modes, the matcher configured to attempt matching the image frames from the microscope camera system against a first image, wherein said first image was generated by a digital slide scanner , wherein the first image serves as a first reference template when the matcher operates in the first mode, wherein the matcher, once a first matching frame is found from among the frames in the stream of frames, operates to switch over into the second mode to now use the first matching frame as a second reference template instead of the first reference template to attempt matching image frames against said second reference template; - an output port (OUT) configured to output a further matching frame once said further matching frame is found by the image matcher, wherein the first image is acquired of a section held between a slide and a cover glass, wherein the image frames are acquired of the same or a different, second, section without cover glass, and wherein the matcher uses in both modes the same image feature based registration algorithm. - an input port (IN) for receiving a stream of image frames from a microscope camera system; - an image matcher (M) switchable between two modes, the matcher configured to attempt matching the image frames from the microscope camera system against a first image, wherein said first image was generated by a digital slide scanner , wherein the first image serves as a first reference template when the matcher operates in the first mode, wherein the matcher, once a first matching frame is found from among the frames in the stream of frames, operates to switch over into the second mode to now use the first matching frame as a second reference template instead of the first reference template to attempt matching image frames against said second reference template; - an output port (OUT) configured to output a further matching frame once said further matching frame is found by the image matcher,
Use of unheated cashew nut shell liquid, or heated cashew nut shell liquid in producing an egg-laying rate-improving agent for egg-laying hens, quails, or broiler breeders.
A process of purifying a polycarbonate from a feed comprising an interfacial polymerization product mixture, wherein the product mixture comprises an aqueous phase and an organic phase comprising an organic solvent, the polycarbonate, a catalyst, and ions, the process comprising: separating the aqueous phase and the organic phase while subjecting the product mixture to a shear rate of less than 150,000 S -1 to form a separated organic phase and a separated aqueous phase; extracting the catalyst from the separated organic phase with an acid stream while subjecting the separated organic phase and the acid stream to a shear rate of less than 150,000 S -1 ; and extracting the ions from the separated organic phase with a water stream while subjecting the separated organic phase and the water stream to a shear rate of less than 150,000 S -1 ; to form a purified organic phase comprising a purified polycarbonate. separating the aqueous phase and the organic phase while subjecting the product mixture to a shear rate of less than 150,000 S -1 to form a separated organic phase and a separated aqueous phase; extracting the catalyst from the separated organic phase with an acid stream while subjecting the separated organic phase and the acid stream to a shear rate of less than 150,000 S -1 ; and extracting the ions from the separated organic phase with a water stream while subjecting the separated organic phase and the water stream to a shear rate of less than 150,000 S -1 ; to form a purified organic phase comprising a purified polycarbonate.
An isolated anti-C3b antibody or antigen binding portion thereof comprising a heavy chain variable domain of SEQ ID NO:3 and a light chain variable domain of SEQ ID NO:4.
A device for exchanging signals between a control system and at least two field devices , comprising: a base ; and a module or multiple modules , wherein the base comprises a control interface and at least two slots , characterized in that the control interface is configured to connect (108.1) to at least two electrical line channels of the control system , and each of the at least two slots is configured to mechanically connect (106.1) detachably to the module or one of the multiple modules and to pass (106.2) at least one of the line channels to the respective module ; and in that the module or each of the multiple modules comprises a base-side slot interface and a field-side input and/or output interface, I/O interface , different from the slot interface , wherein the slot interface is configured to mechanically and electrically connect detachably to one of the slots of the base , and the I/O interface is configured to connect (116.1) to signal lines of one of the field devices . a base ; and a module or multiple modules , wherein the base comprises a control interface and at least two slots , characterized in that the control interface is configured to connect (108.1) to at least two electrical line channels of the control system , and each of the at least two slots is configured to mechanically connect (106.1) detachably to the module or one of the multiple modules and to pass (106.2) at least one of the line channels to the respective module ; and in that the module or each of the multiple modules comprises a base-side slot interface and a field-side input and/or output interface, I/O interface , different from the slot interface , wherein the slot interface is configured to mechanically and electrically connect detachably to one of the slots of the base , and the I/O interface is configured to connect (116.1) to signal lines of one of the field devices .
A composition for the detection of alcohol vapors in an air sample, said composition comprising: at least one hepta- or penta-valent iodine salt, sulphuric acid, 2.5-10% by weight of nitrate ions, and 75-91% by weight of silica gel. at least one hepta- or penta-valent iodine salt, sulphuric acid, 2.5-10% by weight of nitrate ions, and 75-91% by weight of silica gel.
A method for positioning an acoustic wave signal source in a vehicle, wherein the method comprises: - collecting at least two acoustic wave signals; - calculating a relative position of the acoustic wave signal source relative to the vehicle based on the at least two acoustic wave signals; - obtaining a position of the vehicle ; and - determining positioning information, that is the absolute position, of the acoustic wave signal source based on the position of the vehicle and the calculated relative position of the acoustic wave signal source relative to the vehicle , and judging a movement direction and speed of the acoustic wave signal source by a frequency shift of the collected acoustic wave signal, characterized in that , the method further comprises: - correcting the absolute position of the acoustic wave signal source by means of road information in a digital map with both the road area and the road traffic direction as boundary conditions; - marking the acoustic wave signal source in the digital map according to the absolute position of the acoustic wave signal source . - collecting at least two acoustic wave signals; - calculating a relative position of the acoustic wave signal source relative to the vehicle based on the at least two acoustic wave signals; - obtaining a position of the vehicle ; and - determining positioning information, that is the absolute position, of the acoustic wave signal source based on the position of the vehicle and the calculated relative position of the acoustic wave signal source relative to the vehicle , and judging a movement direction and speed of the acoustic wave signal source by a frequency shift of the collected acoustic wave signal, - correcting the absolute position of the acoustic wave signal source by means of road information in a digital map with both the road area and the road traffic direction as boundary conditions; - marking the acoustic wave signal source in the digital map according to the absolute position of the acoustic wave signal source .
A kit comprising or consisting of (a) a sample preparation container for purification or enrichment of peptides or polypeptides from cellular material or viruses, the container comprising a reaction chamber and a chromatography medium ; wherein said reaction chamber (i) is for holding said cellular material or viruses and is configured such that the following reactions can be performed therein: lysis; chromatographic purification; reduction; alkylation; and enzymatic reactions; and (ii) has an opening at the top; wherein said chromatography medium is configured to purify or enrich said peptides or polypeptides; wherein said chromatography medium is (i) located at a wall at the bottom of said reaction chamber, and said wall is closed or sealed and configured to be opened for obtaining purified or enriched peptides or polypeptides; and (ii) configured to perform chromatography from top to bottom with gravity as a driving force; wherein the surface of said chromatography medium is configured to act as a filtration surface or comprises a further filtration layer or reactive layer, said surface or layer facing the interior of said reaction chamber; (b) a protease; (c) an alkylating agent; and (d) a reducing agent. (a) a sample preparation container for purification or enrichment of peptides or polypeptides from cellular material or viruses, the container comprising a reaction chamber and a chromatography medium ; wherein said reaction chamber (i) is for holding said cellular material or viruses and is configured such that the following reactions can be performed therein: lysis; chromatographic purification; reduction; alkylation; and enzymatic reactions; and (ii) has an opening at the top; wherein said chromatography medium is configured to purify or enrich said peptides or polypeptides; wherein said chromatography medium is (i) located at a wall at the bottom of said reaction chamber, and said wall is closed or sealed and configured to be opened for obtaining purified or enriched peptides or polypeptides; and (ii) configured to perform chromatography from top to bottom with gravity as a driving force; wherein the surface of said chromatography medium is configured to act as a filtration surface or comprises a further filtration layer or reactive layer, said surface or layer facing the interior of said reaction chamber; (i) is for holding said cellular material or viruses and is configured such that the following reactions can be performed therein: lysis; chromatographic purification; reduction; alkylation; and enzymatic reactions; and (ii) has an opening at the top; (i) located at a wall at the bottom of said reaction chamber, and said wall is closed or sealed and configured to be opened for obtaining purified or enriched peptides or polypeptides; and (ii) configured to perform chromatography from top to bottom with gravity as a driving force; (b) a protease; (c) an alkylating agent; and (d) a reducing agent.
Twin crib comprising: - an upper frame comprising a first fixed portion and a second portion movable with respect to the first portion , - a lower frame connected to the upper frame and configured to support two mats , wherein each mat is adapted to support a child, - a casing made of flexible material and fixable to the upper frame , the casing having a bottom and an open opposite ceiling and at least one fixed rear wall and an opposite openable front wall , - a divider arranged between the two mats , the divider having hooking means at a lower edge , a rear edge and an opposite front edge , characterized in that - the openable front wall comprises a fixed portion supported by the lower frame and a movable portion connected to the second portion , - the hooking means are configured to respectively constrain the lower edge to the bottom , the rear edge to the fixed rear wall and the front edge to the fixed portion of the openable front wall . - an upper frame comprising a first fixed portion and a second portion movable with respect to the first portion , - a lower frame connected to the upper frame and configured to support two mats , wherein each mat is adapted to support a child, - a casing made of flexible material and fixable to the upper frame , the casing having a bottom and an open opposite ceiling and at least one fixed rear wall and an opposite openable front wall , - a divider arranged between the two mats , the divider having hooking means at a lower edge , a rear edge and an opposite front edge , characterized in that - the openable front wall comprises a fixed portion supported by the lower frame and a movable portion connected to the second portion , - the hooking means are configured to respectively constrain the lower edge to the bottom , the rear edge to the fixed rear wall and the front edge to the fixed portion of the openable front wall .