mhurhangee/ep-ind-claims huggingface dataset:
An anaerobic waste processing system (410, 410') for digesting high-solids waste material, the anaerobic waste processing system (410, 410') comprising: a digester enclosure (420, 420') comprising a generally circular outer wall (454, 454') defining at least a portion of respective outer perimeters of a digester (440, 440'), a mixing chamber (430, 430') and a clarifier chamber (450, 450') enclosed by said digester enclosure (420, 420'), wherein: the digester (440, 440') comprises a first passageway (441, 441') in which the waste material flows in a first direction, a second passageway (442, 442') in which the waste material flows in a second direction generally opposite the first direction, the first passageway (441, 441') being separated from the second passageway (442, 442') by a first divider (444, 444'), and a third passageway (443, 443') in which the waste material flows in a direction substantially similar to the first direction of the first passageway (441, 441'), the second passageway (442, 442') being separated from the third passageway (443, 443') by a second divider (445, 445'), whereby the digester (440, 440') defines at least one flow path for the waste material that is generally S-shaped, and the digester (440, 440') further comprises a heating device comprising one or more heating pipes (478, 478') for heating the waste material, the heating pipes (478, 478') being arranged along one or both dividers (444, 444', 445, 445') in the first passageway (441, 441'), the second passageway (442, 442'), the third passageway (443, 443') or a combination thereof, to induce the waste material to move in a corkscrew-like fashion through at least one of the first passageway (441, 441') and the third passageway (443, 443'); the mixing chamber (430, 430') is positioned prior to the first passageway (441, 441') and is configured to preheat the waste material prior to the waste material entering the first passageway (441, 441'); and the clarifier chamber (450, 450') is positioned after the third passageway (443, 443') and is configured to receive the waste material from the third passageway (443, 443') and to allow the waste material to settle into liquid and solid components. the mixing chamber (430, 430') is positioned prior to the first passageway (441, 441') and is configured to preheat the waste material prior to the waste material entering the first passageway (441, 441'); and the clarifier chamber (450, 450') is positioned after the third passageway (443, 443') and is configured to receive the waste material from the third passageway (443, 443') and to allow the waste material to settle into liquid and solid components.
An antenna system for a mobile device (102, 200), the antenna system comprising: a substrate; a feed structure comprising a connecting portion and a plurality of branches, said plurality of branches including a first feed, a second feed, and a third feed all on a substantially planar surface of the substrate, each of the plurality of branches having a first end connected to at least one of the other branches and a second end connected to a connecting portion adapted to establish a connection with a ground; and a main antenna structure extending out of the plane of the substantially planar surface and connected to the connecting portion. a substrate; a feed structure comprising a connecting portion and a plurality of branches, said plurality of branches including a first feed, a second feed, and a third feed all on a substantially planar surface of the substrate, each of the plurality of branches having a first end connected to at least one of the other branches and a second end connected to a connecting portion adapted to establish a connection with a ground; and a main antenna structure extending out of the plane of the substantially planar surface and connected to the connecting portion. a first feed, a second feed, and a third feed all on a substantially planar surface of the substrate, each of the plurality of branches having a first end connected to at least one of the other branches and a second end connected to a connecting portion adapted to establish a connection with a ground; and a main antenna structure extending out of the plane of the substantially planar surface and connected to the connecting portion.
A receiver, configured to receive and process a radio signal received via a radio channel from a transmitter employing a plurality of antenna ports, determine, based on the received signal, complex precoder coefficients and delays of respective space-delay precoders for each layer and transmit beam at the transmitter so as to achieve a predefined property for a communication over the radio channel, each space-delay precoder comprising a double-stage precoding structure, the double-stage precoding structure including a beamforming matrix that contains PU vectors to form PU spatial beams, U = total number of vectors per polarization, and P = number of polarizations, where P = 1 for co-polarized antenna arrays at the transmitter and P = 2 for dual-polarized antenna arrays at the transmitter, wherein the double-stage precoding structure further includes a space-delay-domain combining coefficient vector or matrix including complex delay-domain combining-coefficients associated with the beams and the delays, feed back to the transmitter the determined delays and the determined complex precoder coefficients, the complex precoder coefficients including the complex delay-domain combining-coefficients, wherein the feedback includes a precoding matrix identifier, PMI, the PMI indicating a number of indices of the vectors associated with the spatial beams, the respective complex delay-domain combining-coefficients, and a number of indices of the delays associated with respective column vectors of a codebook matrix.
A method to detect hidden behavior of a browser extension comprising: launching a browser in a protected environment; installing the browser extension in the browser; analyzing metadata of the browser extension to determine one or more user actions that activate operation of the browser extension and functions declared to be performed by the browser extension; simulating the determined (340; 420) one or more user actions on the browser in the protected environment; intercepting (350; 430) events initiated by the browser extension and any resulted changes to the protected environment caused by the events; analyzing (370; 450) the events and the resulted changes to identify a hidden behavior of the browser extension that was not previously declared in the analyzed metadata by the browser extension. launching a browser in a protected environment; installing the browser extension in the browser; analyzing metadata of the browser extension to determine one or more user actions that activate operation of the browser extension and functions declared to be performed by the browser extension; simulating the determined (340; 420) one or more user actions on the browser in the protected environment; intercepting (350; 430) events initiated by the browser extension and any resulted changes to the protected environment caused by the events; analyzing (370; 450) the events and the resulted changes to identify a hidden behavior of the browser extension that was not previously declared in the analyzed metadata by the browser extension.
A satellite signal reception device, comprising: a reception circuit that receives satellite signals; an outdoor detection circuit (43,44); and a control circuit that controls the reception circuit and the outdoor detection circuit (43, 44), operates the reception circuit when the control circuit determines the satellite signal reception device is outdoors based on a detection result from the outdoor detection circuit (43, 44), and operates the reception circuit at a preset scheduled reception time when an indoor state in which the satellite signal reception device is determined not to be outdoors continues for a preset specific time period or longer. a reception circuit that receives satellite signals; an outdoor detection circuit (43,44); and a control circuit that controls the reception circuit and the outdoor detection circuit (43, 44), operates the reception circuit when the control circuit determines the satellite signal reception device is outdoors based on a detection result from the outdoor detection circuit (43, 44), and operates the reception circuit at a preset scheduled reception time when an indoor state in which the satellite signal reception device is determined not to be outdoors continues for a preset specific time period or longer. operates the reception circuit when the control circuit determines the satellite signal reception device is outdoors based on a detection result from the outdoor detection circuit (43, 44), and operates the reception circuit at a preset scheduled reception time when an indoor state in which the satellite signal reception device is determined not to be outdoors continues for a preset specific time period or longer.
Closing device for a through-opening of a body element of a vehicle, this device includes a closing element as well as at least one fastening means, which is configured to fasten the closing device on an edge of the through-opening, which an edge of this closing device includes, and which extends from the closing element and at the periphery of this closing element, wherein the closing element consists of a panel, which is made of foam of at least one polymer, and which has a volume weight ranging between 70 kg/m 3 and 450 kg/m 3 as well as a thickness ranging between 2mm and 5mm.
A method of obtaining a spontaneously self-healing polymeric or composite material, comprising assembling a multiphase hard-soft structure that comprises a hard micro- or nanophase, and a soft micro- or nano-phase polymer comprising a polymeric scaffold, wherein the polymeric scaffold comprises dynamically interacting motifs (DIMs) and has a glass transition temperature (Tg) lower than the intended operating temperature of the material, wherein the dynamically interacting motifs include 5-acetoamidopentyl acrylate, and wherein the assembling includes: (a) synthesizing or acquiring an oligomer or polymer/copolymer having a T m or T g above the intended operating temperature of use for the material, or an inorganic nano-object, which will serve as the hard micro- or nanophase and presents any form of latent reactive functionality, to enable connection to the soft phase polymer in a grafting process, (b) synthesizing or acquiring oligomeric or polymeric macromolecules, either grown directly from the hard phase polymer/object, or pre-synthesized then attached to the hard phase in the grafting process, which are comprised fully or partially of monomers bearing the 5-acetoamidopentyl acrylate, the grafts being covalently connected to end(s) and/or backbone of the polymer or the surface of the nano-object synthesized or chosen in (a), and (c) processing the material obtained in (b). a hard micro- or nanophase, and a soft micro- or nano-phase polymer comprising a polymeric scaffold, (a) synthesizing or acquiring an oligomer or polymer/copolymer having a T m or T g above the intended operating temperature of use for the material, or an inorganic nano-object, which will serve as the hard micro- or nanophase and presents any form of latent reactive functionality, to enable connection to the soft phase polymer in a grafting process, (b) synthesizing or acquiring oligomeric or polymeric macromolecules, either grown directly from the hard phase polymer/object, or pre-synthesized then attached to the hard phase in the grafting process, which are comprised fully or partially of monomers bearing the 5-acetoamidopentyl acrylate, the grafts being covalently connected to end(s) and/or backbone of the polymer or the surface of the nano-object synthesized or chosen in (a), and (c) processing the material obtained in (b).
A method comprising: adjusting a variable lens of a camera to a first depth of field; capturing a number of first images with the camera at the first depth of field; outputting at least one of the number of the first images to a barcode reading process; adjusting the variable lens of the camera to a second depth of field which is different to the first depth of field; capturing a number of second images with the camera at the second depth of field; outputting at least one of the number of the second images to a barcode reading process; adjusting the variable lens of the camera to a third depth of field which is different to the first depth of field and to the second depth of field; capturing a number of third images with the camera at the third depth of field; outputting at least one of the number of the third images to a barcode reading process; and restarting the method; characterised in that the numbers of first, second, and third images are set as a configuration setting based on a frame rate of the camera divided by the number of depths of field at which images are captured. adjusting a variable lens of a camera to a first depth of field; capturing a number of first images with the camera at the first depth of field; outputting at least one of the number of the first images to a barcode reading process; adjusting the variable lens of the camera to a second depth of field which is different to the first depth of field; capturing a number of second images with the camera at the second depth of field; outputting at least one of the number of the second images to a barcode reading process; adjusting the variable lens of the camera to a third depth of field which is different to the first depth of field and to the second depth of field; capturing a number of third images with the camera at the third depth of field; outputting at least one of the number of the third images to a barcode reading process; and restarting the method; characterised in that the numbers of first, second, and third images are set as a configuration setting based on a frame rate of the camera divided by the number of depths of field at which images are captured.
A composition comprising Proline-Rich Polypeptide complex (PRPc) derived from the mammalian colostrum, the PRPc being a polypeptides mixture of low molecular weight up to 10 kDa, containing 16-22% of proline, 18% of acidic amino acids, and a non-biologically active β-lactoglobulin fraction, for use in the treatment of diseases selected from depressed mood, memory decline, mild cognitive deficit, or concentration and memory difficulties, wherein said diseases are characterised by Brain-Derived Neurotrophic Factor (BDNF) reduced levels.
A headlamp comprising: - a lamp; - a band (30, 40) for holding said lamp on the head of a user, said band (30, 40) having a front portion rigid/semi-rigid flexible enough to adapt to different head shapes for supporting said lamp; wherein said lamp is attached to said front portion via a pivot connection (21, 22) allowing rotation with a first amplitude and a second amplitude; characterized in that said connexion (21, 22) is configured to allow a rotation having: - a first amplitude of at least 0 to + 30 degrees, and preferably 0 to 45 degrees, to provide adequate illumination when the lamp is conventionally carried around the head; - a second amplitude ranging from at least 0 to -45 degrees, and preferably 0 to -80 degrees, to provide adequate illumination when the lamp is carried around the neck without being reversed, wherein the "0 degree" inclination corresponding to the pivot of the lamp when the latter generates a horizontal light beam when the headlamp is positioned on the head of a standing user, the eyes fixing the horizon wherein said second amplitude of at least 0 to - 45 degrees is unusable when the headlamp is positioned on the head because it tends to abut the lamp against the front of the user but allows the adjustment of the light beam when the lamp is positioned around the neck. - a lamp; - a band (30, 40) for holding said lamp on the head of a user, said band (30, 40) having a front portion rigid/semi-rigid flexible enough to adapt to different head shapes for supporting said lamp; wherein said lamp is attached to said front portion via a pivot connection (21, 22) allowing rotation with a first amplitude and a second amplitude; characterized in that said connexion (21, 22) is configured to allow a rotation having: - a first amplitude of at least 0 to + 30 degrees, and preferably 0 to 45 degrees, to provide adequate illumination when the lamp is conventionally carried around the head; - a second amplitude ranging from at least 0 to -45 degrees, and preferably 0 to -80 degrees, to provide adequate illumination when the lamp is carried around the neck without being reversed, - a first amplitude of at least 0 to + 30 degrees, and preferably 0 to 45 degrees, to provide adequate illumination when the lamp is conventionally carried around the head; - a second amplitude ranging from at least 0 to -45 degrees, and preferably 0 to -80 degrees, to provide adequate illumination when the lamp is carried around the neck without being reversed,
A filter cartridge assembly (16a, b, 120) comprising: a filter housing sealingly containing a filter media; and an annular collar (32, 320) for mating to a manifold head (14a, b, 160), characterized by said annular collar (32, 320) having an inner surface, an outer surface, internal threads on said inner surface, and at least one aperture (33, 35, 330) extending through said annular collar (32, 320) or a recessed indent positioned on said outer surface and facing radially outwards, said at least one aperture (33, 35, 330) or said recessed indent located between said internal threads and adapted to receive a movable protrusion (58, 60, 193) for securing said filter cartridge assembly (16a, b, 120) from further rotation when secured in said manifold head (14a, b, 160). a filter housing sealingly containing a filter media; and an annular collar (32, 320) for mating to a manifold head (14a, b, 160), characterized by said annular collar (32, 320) having an inner surface, an outer surface, internal threads on said inner surface, and at least one aperture (33, 35, 330) extending through said annular collar (32, 320) or a recessed indent positioned on said outer surface and facing radially outwards, said at least one aperture (33, 35, 330) or said recessed indent located between said internal threads and adapted to receive a movable protrusion (58, 60, 193) for securing said filter cartridge assembly (16a, b, 120) from further rotation when secured in said manifold head (14a, b, 160).
An RMA crosslinkable composition comprising at least one crosslinkable component, the at least one crosslinkable components comprising reactive components A and B each comprising at least 2 reactive groups wherein the at least 2 reactive groups of component A are acidic protons (C-H) in activated methylene or methine groups and the at least 2 reactive groups of component B are activated unsaturated groups (C=C) and a base catalyst which reactive components A and B crosslink by Real Michael Addition reaction under action of the base catalyst, characterised in that the at least one crosslinkable component comprising reactive components A and B in the composition have a total hydroxy number of less than 60, preferably less than 40 and more preferably less than 20 mg KOH/g solids.
Nanoparticle having a pre-functionalized metal surface using a self-assembled protective monolayer formed by a matrix of M molecules of the formula: HS(CH 2)n (OCH 2 CH 2)m OH where: n represents the number of CH 2 with 3≤n≤11 m represents the number of ethylene glycol with 1≤m≤12, said molecule bearing a thiol function at one of its ends, the other end being inert, characterized in that the coverage rate of said monolayer W is between 1.5% and 99%. n represents the number of CH 2 with 3≤n≤11 m represents the number of ethylene glycol with 1≤m≤12, said molecule bearing a thiol function at one of its ends, the other end being inert,
A method for use in a mobile station, the method comprising determining that an LTE network is not preferred for voice service provision based on receiving a message from the LTE network including a reject cause for voice services, wherein the message is a non-access stratum signaling message in response to a registration for the voice services; storing an identification of the LTE network that is not preferred for voice service provision; and accessing the stored identification of the LTE network that is not preferred for voice service provision, wherein the reject cause comprises a rejection for circuit switched domain services when the mobile station, having a voice domain preference of circuit switched voice only, requests registration for circuit switched services.
A coating composition comprising: a. epoxidized vegetable oil; b. an amine terminated polyamide; and c. a silicone resin; wherein the composition comprises 5 wt% or greater epoxidized vegetable oil, where wt% is based on the total solid weight of the composition. a. epoxidized vegetable oil; b. an amine terminated polyamide; and c. a silicone resin; wherein the composition comprises 5 wt% or greater epoxidized vegetable oil, where wt% is based on the total solid weight of the composition.
A method for producing absorbent personal hygiene products for a single use, in particular in the form of underpants, in endless manufacture in a high-speed production machine, wherein flat-material portions are joined and glued together by applying adhesive, and the adhesive is applied to a length of material guided in a machine direction, characterized in that for forming an adhesive application covering only a edge region in a flat-material portion of the length being fed in the machine direction, a transfer roller running through an adhesive bath, which bath is in particular heated, is used; and that the transfer roller rolls on the flat-material portion of the length only in the edge region; that the flat-material portion, on its side remote from the transfer roller, rests on and is supported by what is in particular a rotating guidance and transfer unit that is embodied topographically such that the flat-material portion contacts the transfer roller only by the edge region and otherwise is at least slightly spaced apart from the transfer roller; and that the transfer roller and the topographically embodied guidance and transfer unit extend, transversely to the machine direction, past an edge of the flat-material portion.