mhurhangee/ep-ind-claims huggingface dataset:
An audio device, comprising: a body configured to be worn on or abutting an outer ear of a user, wherein the body is configured to contact at least one of the outer ear and the portion of the head that abuts the outer ear, at two separate spaced contact locations of the body and the at least one of the outer ear and the portion of the head that abuts the outer ear, and wherein the body is compliant at a body portion that defines one of the contact locations; and an acoustic module carried by the body and configured to locate a sound-emitting opening anteriorly of and proximate the user's ear canal opening when the body is worn on or abutting the ear of the user, wherein the body comprises a portion that is closest to the acoustic module, a middle portion that is connected to the portion, and an end portion that is connected to the middle portion, characterized in that the portion and the end portion exhibit compliance, wherein the compliance in the portion is provided by an inverted "V"-shaped member made of a compliant material that is an elastomer or a foam, wherein the inverted "V"-shaped member includes an elongated cavity or opening; wherein the end portion comprises a cylindrical central member and an outer member, wherein the outer member is made from the compliant material, wherein the central member sits on or near an ear root dimple, and the outer member contacts the outer ear and/or an ear root region near the ear root dimple. a body configured to be worn on or abutting an outer ear of a user, wherein the body is configured to contact at least one of the outer ear and the portion of the head that abuts the outer ear, at two separate spaced contact locations of the body and the at least one of the outer ear and the portion of the head that abuts the outer ear, and wherein the body is compliant at a body portion that defines one of the contact locations; and an acoustic module carried by the body and configured to locate a sound-emitting opening anteriorly of and proximate the user's ear canal opening when the body is worn on or abutting the ear of the user, wherein the body comprises a portion that is closest to the acoustic module, a middle portion that is connected to the portion, and an end portion that is connected to the middle portion, characterized in that the portion and the end portion exhibit compliance, wherein the compliance in the portion is provided by an inverted "V"-shaped member made of a compliant material that is an elastomer or a foam, wherein the inverted "V"-shaped member includes an elongated cavity or opening; wherein the end portion comprises a cylindrical central member and an outer member, wherein the outer member is made from the compliant material, wherein the central member sits on or near an ear root dimple, and the outer member contacts the outer ear and/or an ear root region near the ear root dimple.
An apparatus of manufacturing an aerogel sheet, the apparatus comprising: a fiber sheet; a silica precursor; a plurality of fixing vessels into which the fiber sheet is inserted; an impregnation vessel provided with an accommodation part in which the plurality of fixing vessels are stacked in multistage and a silica precursor injection part which injects the silica precursor into the accommodation part to impregnate the silica precursor into the fiber sheet inserted into each of the fixing vessels; and a vacuum generation part which discharges air in the accommodation part to the outside to allow the silica precursor to ascend through suction force and thereby to improve impregnation of the silica precursor into the fiber sheet. a fiber sheet; a silica precursor; a plurality of fixing vessels into which the fiber sheet is inserted; an impregnation vessel provided with an accommodation part in which the plurality of fixing vessels are stacked in multistage and a silica precursor injection part which injects the silica precursor into the accommodation part to impregnate the silica precursor into the fiber sheet inserted into each of the fixing vessels; and a vacuum generation part which discharges air in the accommodation part to the outside to allow the silica precursor to ascend through suction force and thereby to improve impregnation of the silica precursor into the fiber sheet.
Method for switching on and off a night mode of a heating and / or air conditioning system, wherein energy consumption of the heating and / or air conditioning system is reduced when the night mode is switched on and increased when the night mode is switched off, wherein an activity of a user of a smartphone (10, 11) is detected with the smartphone (10, 11), characterized in that: with program code an activity state of the user is inferred if an activity is noticed and a state of rest of the user is inferred in the absence of activity, wherein the program code is stored in a non-volatile data memory (15, 16), and electronic control means switch on or off the night mode as a function of whether a state of rest or an activity state of the user has been noticed. with program code an activity state of the user is inferred if an activity is noticed and a state of rest of the user is inferred in the absence of activity, wherein the program code is stored in a non-volatile data memory (15, 16), and electronic control means switch on or off the night mode as a function of whether a state of rest or an activity state of the user has been noticed.
A method for detecting an entrapment situation inside an elevator car, the method comprising: receiving an inoperable notification indicating an inoperable condition of the elevator car; obtaining from at least one imaging device (120a-120n) arranged inside the elevator car real-time image data of the interior of the elevator car in response to receiving the inoperable notification; detecting one or more human objects inside the elevator car by performing a detection procedure based on the obtained real-time image data and at least one previously generated reference image, wherein generating of the at least one reference image comprises: obtaining from the at least one imaging device (120a-120n) random image data of the interior of the elevator car, wherein the random image data comprises a plurality of images captured in a plurality of random reference scenarios, and processing the obtained random image data to generate the at least one reference image; and generating to an elevator control system and/or to a service center a signal indicating a detection of the entrapment situation in response to the detecting the one or more human objects. receiving an inoperable notification indicating an inoperable condition of the elevator car; obtaining from at least one imaging device (120a-120n) arranged inside the elevator car real-time image data of the interior of the elevator car in response to receiving the inoperable notification; detecting one or more human objects inside the elevator car by performing a detection procedure based on the obtained real-time image data and at least one previously generated reference image, wherein generating of the at least one reference image comprises: obtaining from the at least one imaging device (120a-120n) random image data of the interior of the elevator car, wherein the random image data comprises a plurality of images captured in a plurality of random reference scenarios, and processing the obtained random image data to generate the at least one reference image; and obtaining from the at least one imaging device (120a-120n) random image data of the interior of the elevator car, wherein the random image data comprises a plurality of images captured in a plurality of random reference scenarios, and processing the obtained random image data to generate the at least one reference image; and generating to an elevator control system and/or to a service center a signal indicating a detection of the entrapment situation in response to the detecting the one or more human objects.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and an effective amount of an anti-CD200 antibody, wherein the anti-CD200 antibody: (i) inhibits the interaction between CD200 and CD200R; and (ii) comprises a variant Fc constant region which: (a) is a variant Fc constant region wherein the CH1 and hinge region are derived from human IgG2 and the CH2 and CH3 regions are derived from human IgG4; (b) comprises one or both of: a phenylalanine to alanine substitution at position 234 and a leucine to alanine substitution at position 235 according to the EU index; (c) comprises a K322A mutation in the CH2 domain according to the EU index; or (d) lacks a hinge region. (i) inhibits the interaction between CD200 and CD200R; and (ii) comprises a variant Fc constant region which: (a) is a variant Fc constant region wherein the CH1 and hinge region are derived from human IgG2 and the CH2 and CH3 regions are derived from human IgG4; (b) comprises one or both of: a phenylalanine to alanine substitution at position 234 and a leucine to alanine substitution at position 235 according to the EU index; (c) comprises a K322A mutation in the CH2 domain according to the EU index; or (d) lacks a hinge region. (a) is a variant Fc constant region wherein the CH1 and hinge region are derived from human IgG2 and the CH2 and CH3 regions are derived from human IgG4; (b) comprises one or both of: a phenylalanine to alanine substitution at position 234 and a leucine to alanine substitution at position 235 according to the EU index; (c) comprises a K322A mutation in the CH2 domain according to the EU index; or (d) lacks a hinge region.
A filament for use in three-dimensional printing, said filament being comprised of crystalized poly(lactic acid), wherein the crystalized poly(lactic acid) has a degree of crystallinity which is within the range of 10 percent to 40 percent, and wherein said filament has a diameter which is within the range of 1.65 mm to 1.85 mm.
A methanolic solution comprising: water; methanol; at least one organic halide; and at least one compound selected from the group consisting of organic hydroxyacid, and alkaline metal salts thereof, and amine salts thereof, and combinations thereof; wherein the pH of the methanolic solution ranges from 4.6 to 8. water; methanol; at least one organic halide; and at least one compound selected from the group consisting of organic hydroxyacid, and alkaline metal salts thereof, and amine salts thereof, and combinations thereof; wherein the pH of the methanolic solution ranges from 4.6 to 8.
Converter, which has an output and a positive pole and also a negative pole as well as a centre tap, wherein - the positive pole is electrically contact-connected to the output by means of an upper branch having a first switching element - and the negative pole is electrically contact-connected to the output by means of a lower branch having a second switching element - and the centre tap is electrically contact-connected to the output by means of a central branch having a bidirectional switch, characterized in that an actuation system of the switching elements (26, 32, 40) is designed to execute a method in which - electrical commutation is carried out from the upper branch to the central branch, and - electrical commutation is carried out from the central branch to the lower branch, and in which - the time period of the current conduction by means of the central branch is selected to be constant and the time period (t1, t3) of the current conduction by means of the lower and/or upper branch (20, 24) is selected based on a power demand. - the positive pole is electrically contact-connected to the output by means of an upper branch having a first switching element - and the negative pole is electrically contact-connected to the output by means of a lower branch having a second switching element - and the centre tap is electrically contact-connected to the output by means of a central branch having a bidirectional switch, characterized in that an actuation system of the switching elements (26, 32, 40) is designed to execute a method in which - electrical commutation is carried out from the upper branch to the central branch, and - electrical commutation is carried out from the central branch to the lower branch, and in which - the time period of the current conduction by means of the central branch is selected to be constant and the time period (t1, t3) of the current conduction by means of the lower and/or upper branch (20, 24) is selected based on a power demand.
An antibody specific for tumor necrosis factor alpha (TNFα) having three heavy chain CDRs and three light chain CDRs or an antigen-binding fragment thereof, wherein the three heavy chain CDRs have the amino acid sequence of: CDRH1: SYAMH; CDRH2: FMSYDGSNKKYADSVKG; CDRH3: DRGIAAGGNYYYYGMDV; and the three light chain CDRs have the amino acid sequence of: CDRL1: RASQSVYSYLA; CDRL2: DASNRAT; CDRL3: QQRSNWPPFT; for use in treating ulcerative colitis. the three heavy chain CDRs have the amino acid sequence of: CDRH1: SYAMH; CDRH2: FMSYDGSNKKYADSVKG; CDRH3: DRGIAAGGNYYYYGMDV; and the three light chain CDRs have the amino acid sequence of: CDRL1: RASQSVYSYLA; CDRL2: DASNRAT; CDRL3: QQRSNWPPFT; CDRH1: SYAMH; CDRH2: FMSYDGSNKKYADSVKG; CDRH3: DRGIAAGGNYYYYGMDV; and the three light chain CDRs have the amino acid sequence of: CDRL1: RASQSVYSYLA; CDRL2: DASNRAT; CDRL3: QQRSNWPPFT; CDRL1: RASQSVYSYLA; CDRL2: DASNRAT; CDRL3: QQRSNWPPFT;
A mounting bracket for an interior mirror assembly of a vehicle, comprising a bar-shaped support element having a first end and a second end, a mounting interface for connecting the interior mirror assembly to the mounting bracket, the mounting interface being connected to the support element at a position between the first end and the second end, a first lever arm extending from the first end of the support element and having a first pivot feature at its free end, and a second lever arm extending from the second end of the support element and having a second pivot feature at its free end, wherein the support element, the first lever arm and the second lever arm form a U-shape, characterized in that the mounting interface comprises a joint ball. a mounting interface for connecting the interior mirror assembly to the mounting bracket, the mounting interface being connected to the support element at a position between the first end and the second end, a first lever arm extending from the first end of the support element and having a first pivot feature at its free end, and a second lever arm extending from the second end of the support element and having a second pivot feature at its free end, wherein the support element, the first lever arm and the second lever arm form a U-shape, characterized in that the mounting interface comprises a joint ball.
A method for manufacturing a body of a railway vehicle, comprising the steps of: - providing two side faces and a transverse structure selected from among an upper pavilion and a body bottom; - applying one definitive outer surface coating on both side faces and the transverse structure (12, 16); - welding the transverse structure (12, 16) to both side faces; each welding of each side face to the transverse structure (12, 16) comprising the following steps: - making a first weld (24, 52) directly between the side face and the transverse structure (12, 16), - positioning an intercalating element (34, 62), having two edges, between the side face and the transverse structure (12, 16), above the first weld (34, 62), and - making two complementary welds (38, 40, 66, 68), on the one hand between the side face and an edge of the intercalating element (34, 62) and on the other hand between the transverse structure (12, 16) and the other edge of the intercalating element (34, 62) characterized in that the step of applying the definitive outer surface coating on both side faces and the transverse structure (12, 16) isolated is carried out before the welding step, the method comprising a step for adhesively bonding a trim element (42, 70) covering the two complementary welds (38, 40, 66, 68) and jutting out on either side of both complementary welds (38, 40, 66, 68), the trim element (42, 70) leaving two exposed areas (43, 71) on the outer faces, located on either side of the two complementary welds (38, 40, 66, 68). - providing two side faces and a transverse structure selected from among an upper pavilion and a body bottom; - applying one definitive outer surface coating on both side faces and the transverse structure (12, 16); - welding the transverse structure (12, 16) to both side faces; - making a first weld (24, 52) directly between the side face and the transverse structure (12, 16), - positioning an intercalating element (34, 62), having two edges, between the side face and the transverse structure (12, 16), above the first weld (34, 62), and - making two complementary welds (38, 40, 66, 68), on the one hand between the side face and an edge of the intercalating element (34, 62) and on the other hand between the transverse structure (12, 16) and the other edge of the intercalating element (34, 62)
A lyophilized Factor IX formulation and a 25 mM to 150 mM sodium chloride solution for use in a method for preparing the lyophilized Factor IX formulation for intravenous injection wherein the method comprises adding the sodium chloride solution to the lyophilized formulation thereby resulting in a formulation prepared for intravenous injection, wherein the prepared formulation is about isotonic with respect to plasma and has an osmolarity that is from 270 mOsm/L to 330 mOsm/L, or, is slightly hypotonic with respect to plasma and has an osmolarity that is 220 mOsm/L to 270 mOsm/L, or, is slightly hypertonic with respect to plasma and has an osmolarity that is 330 mOsm/L to 600 mOsm/L, and wherein the prepared formulation has a sufficient ionic strength to prevent erythrocyte agglutination upon intravenous injection, wherein the lyophilized formulation does not contain more than 25mM of an ionizing salt when it is reconstituted in water in a volume that is the same as the fill volume.
A fermentation process for producing a recombinant human collagen with a Pichia yeast, wherein Pichia pastoris is used as a fungal strain, and the process comprises: performing primary seed culturing to reach a fungal wet weight of 20±2 g/L, wherein the primary seed culturing comprises inoculating the fungal strain Pichia pastoris to a seed medium, and incubating in a shake flask at 30°C for 24 to 36 hrs, until the wet weight of the fungal cells reaches 20±2 g/L; then performing secondary seed culturing to reach a fungal wet weight of 120±10 g/L, wherein the secondary seed culturing comprises inoculating the primary seed culture completely in a fermentation medium, and incubating at 30°C until the wet weight of the fungal cells reaches 120±10 g/L, during which the pH is adjusted with aqueous ammonia and controlled to 5.0, and the dissolved oxygen is controlled to 20-30%; next proceeding to a glycerol culturing stage, wherein the amount of glycerol added in the glycerol culturing phase is 60-70 g/L; and then proceeding to a methanol-induced stage for 120±8 h after the dissolved oxygen quickly reaches a relatively stable state, to complete the fermentation process. performing primary seed culturing to reach a fungal wet weight of 20±2 g/L, wherein the primary seed culturing comprises inoculating the fungal strain Pichia pastoris to a seed medium, and incubating in a shake flask at 30°C for 24 to 36 hrs, until the wet weight of the fungal cells reaches 20±2 g/L; then performing secondary seed culturing to reach a fungal wet weight of 120±10 g/L, wherein the secondary seed culturing comprises inoculating the primary seed culture completely in a fermentation medium, and incubating at 30°C until the wet weight of the fungal cells reaches 120±10 g/L, during which the pH is adjusted with aqueous ammonia and controlled to 5.0, and the dissolved oxygen is controlled to 20-30%; next proceeding to a glycerol culturing stage, wherein the amount of glycerol added in the glycerol culturing phase is 60-70 g/L; and then proceeding to a methanol-induced stage for 120±8 h after the dissolved oxygen quickly reaches a relatively stable state, to complete the fermentation process.
A method comprising: receiving, at an online content management system from an uploading client computer, a blocklist for a content item, the blocklist identifying a list of block identifiers for a plurality of blocks for the content item, and a first block for the content item, the first block corresponding to a first block identifier in the blocklist; identifying, by the online content management system, a receiving client computer; and prior to receipt by the online content management system of all blocks corresponding to the blocklist of block identifiers, transmitting, by the content management system, the blocklist and the first block to the receiving client computer; wherein identifying a receiving client computer comprises identifying a client computer based on a namespace associated with the content item, the method further comprising: maintaining a namespace table storing associations between namespaces and client computers, wherein each namespace in the namespace table is assigned a namespace identifier; and obtaining a namespace identifier associated with the content item; wherein identifying the receiving client computer comprises identifying a client associated with the namespace using the namespace table and the namespace identifier. receiving, at an online content management system from an uploading client computer, a blocklist for a content item, the blocklist identifying a list of block identifiers for a plurality of blocks for the content item, and a first block for the content item, the first block corresponding to a first block identifier in the blocklist; identifying, by the online content management system, a receiving client computer; and prior to receipt by the online content management system of all blocks corresponding to the blocklist of block identifiers, transmitting, by the content management system, the blocklist and the first block to the receiving client computer; wherein identifying a receiving client computer comprises identifying a client computer based on a namespace associated with the content item, the method further comprising: maintaining a namespace table storing associations between namespaces and client computers, wherein each namespace in the namespace table is assigned a namespace identifier; and obtaining a namespace identifier associated with the content item; wherein identifying the receiving client computer comprises identifying a client associated with the namespace using the namespace table and the namespace identifier.
A lubricant feed method for feeding a turbomachine with lubricant, said turbomachine having at least a first set of bearings and a second set of bearings, both the first and the second set being fed with lubricant, and the second set of bearings operating at a temperature that is substantially higher than the first set, the method being characterized in that the second set of bearings is fed with lubricant at a temperature that is substantially higher than the first set.
A cavity noise reduction tire comprising a tread portion, a bead assembly being disposed at each side of the tread portion, and a sidewall portion for connecting the tread portion and the bead assembly, characterized in that the tire includes a sound-absorbing material disposed therein, and the ratio of a cross-section area of the sound-absorbing material with respect to a cross-section area of an inner cavity of the tire ranges from 23% to 29%, and the sound-absorbing material is formed of porous polyurethane foam having an elasticity of more than 20% if measured according to JIS K 6401.