mhurhangee/ep-ind-claims huggingface dataset:
A door with a door frame, a door leaf comprising a plurality of door leaf segments connected in an articulated manner, rails fastened to the door frame, in which rails door leaf segments are guided laterally, and a seal arranged on the door frame for sealing a gap between the door frame and the door leaf when the door is closed, wherein the door leaf can be moved between an open position and a closed position and wherein the seal comprises at least one sealing strip, which abuts against the door leaf when the door leaf is in the closed position, and wherein the sealing strip is fastened to a seal carrier, which is mounted movably on the door frame and can be displaced between a first position and a second position transversely to the door opening, that a retention device is provided, which holds the seal carrier in the first position when the door leaf is not in the closed position, and that an actuating device is provided for displacing the seal carrier, which actuating device moves the seal carrier from the first position into the second position as soon as the door leaf reaches the closed position during a closing movement, and which moves the seal carrier back into the first position as soon as the door leaf again leaves the closed position with an opening movement, wherein the actuating device comprises a switch lever, which is connected kinematically to the seal carrier and is arranged in the travel path of the door leaf, characterised in that the switch lever can be switched by a running-wheel axle of a running roller guiding the lowermost door leaf segment along the rail. a door frame, a door leaf comprising a plurality of door leaf segments connected in an articulated manner, rails fastened to the door frame, in which rails door leaf segments are guided laterally, and a seal arranged on the door frame for sealing a gap between the door frame and the door leaf when the door is closed,
A laminar flow monitoring method in a fine particle measurement device, the method comprising: a radiation step of radiating light to a laminar flow containing fine particles; a position detection step of receiving, by a detector of which a light reception surface is split into four regions A, B, C, and D, in a lattice shape, an S polarized component which is separated from scattered light produced from the laminar flow containing fine particles and to which astigmatism is given, and acquiring light reception position information of the S polarized component in the detector by calculating a difference Δ1 (A-C) between detected values of the region A and the region C not adjacent to the region A, wherein acquiring the light reception position information further comprises calculating a difference Δ2 ((A+C)-(B+D)) between a sum (A+C) of the detected values of the regions A and C and a sum (B+D) of detected values of the regions B and D; and a determination step of determining a state of the laminar flow based on the light reception position information, wherein, in the determination step, the state of the laminar flow is determined based on the difference Δ1 and the difference Δ2, and the laminar flow is determined to be abnormal when the difference Δ1 and the difference Δ2 deviate from a predetermined range, and the laminar flow is determined to be normal when the difference Δ1 and the difference Δ2 are included within the predetermined range. a radiation step of radiating light to a laminar flow containing fine particles; a position detection step of receiving, by a detector of which a light reception surface is split into four regions A, B, C, and D, in a lattice shape, an S polarized component which is separated from scattered light produced from the laminar flow containing fine particles and to which astigmatism is given, and acquiring light reception position information of the S polarized component in the detector by calculating a difference Δ1 (A-C) between detected values of the region A and the region C not adjacent to the region A, wherein acquiring the light reception position information further comprises calculating a difference Δ2 ((A+C)-(B+D)) between a sum (A+C) of the detected values of the regions A and C and a sum (B+D) of detected values of the regions B and D; and a determination step of determining a state of the laminar flow based on the light reception position information, wherein, in the determination step, the state of the laminar flow is determined based on the difference Δ1 and the difference Δ2, and the laminar flow is determined to be abnormal when the difference Δ1 and the difference Δ2 deviate from a predetermined range, and the laminar flow is determined to be normal when the difference Δ1 and the difference Δ2 are included within the predetermined range.
A method for producing a chimeric non-human animal that lacks a drug-metabolizing system or has a suppressed drug-metabolizing system and is provided with a drug-metabolizing system driven by human hepatocytes, which comprises transplanting human hepatocytes into a non-human animal characterized by (i) being immunodeficient, (ii) having liver damage, and (iii) lacking the functions of an endogenous Cyp3a gene.
A method comprising: commencing a video recording process by a camera of a client device, the video recording process producing a sequence of frames, each frame from the sequence of frames associated with a time stamp; while the video recording process is in progress, detecting a gesture directed at a camera view user interface displayed at the client device; in response to the detecting of the gesture, causing displaying of a new first frame from the sequence of frames in the camera view UI, based on duration of the gesture, a time stamp of the new first frame indicating time prior to a time when the gesture was detected; and in response to ending of the video recording process, generating a video file using frames captured during the video recording process, except for frames with time stamps indicating earlier time than the time stamp of the new first frame. commencing a video recording process by a camera of a client device, the video recording process producing a sequence of frames, each frame from the sequence of frames associated with a time stamp; while the video recording process is in progress, detecting a gesture directed at a camera view user interface displayed at the client device; in response to the detecting of the gesture, causing displaying of a new first frame from the sequence of frames in the camera view UI, based on duration of the gesture, a time stamp of the new first frame indicating time prior to a time when the gesture was detected; and in response to ending of the video recording process, generating a video file using frames captured during the video recording process, except for frames with time stamps indicating earlier time than the time stamp of the new first frame.
Cable guide for an articulated vehicle (14, 15), with a leaf spring, with a cable conduit which extends along the leaf spring, and with a cable (30, 31) which is guided in the cable conduit, the cable guide being designed to be arranged between a first section and a second section of the articulated vehicle (14, 15), the cable guide comprising a central hoop, and the leaf spring being connected to the central hoop, the central hoop being designed to enclose a passage which is intended for passengers, and with a holder which holds the cable conduit at a fixed spacing relative to the leaf spring, the cable conduit being mounted by way of the holder such that it can be displaced in the longitudinal direction relative to the leaf spring.
A subsea hydrocarbon flow compression system for receiving a hydrocarbon stream from at least one upstream flowline (102, 104) and supplying the hydrocarbon stream to at least one downstream flowline (106, 108) at an increased pressure, wherein the compression system comprises first and second compressor trains (110a, 110b), wherein each compressor train (110a, 110b) comprises: - an inlet port (112a, 112b) which is connectable to the at least one upstream flowline (102, 104); - an outlet port (114a, 114b) which is connectable to the at least one downstream flowline (106, 108); - a conditioning unit (116a, 116b) which is connected to the inlet port (112a, 112b) via a first flowline (118a, 118b); and - a first flow path for the hydrocarbon fluid comprising a compressor (120a, 120b), which compressor (120a, 120b) is connected to the conditioning unit (116a, 116b) via a second flowline (122a, 122b) and to the outlet port (114a, 114b) via a third flowline (124a, 124b), wherein a controllable first valve is arranged in the third flowline of the first compressor train for controlling hydrocarbon flow from the compressor to the outlet port of the first compressor train, characterised in that a controllable second valve is arranged in the second flowline of the second compressor train for controlling hydrocarbon flow from the conditioning unit to the compressor of the second compressor train, and in that the system comprises: - a first cross-over flowline interconnecting the third flowline of the first compressor train upstream of the first valve and the second flowline of the second compressor train downstream of the second valve, wherein a controllable first cross-over valve is arranged in the first cross-over flowline for controlling hydrocarbon flow through the first cross-over flowline. - an inlet port (112a, 112b) which is connectable to the at least one upstream flowline (102, 104); - an outlet port (114a, 114b) which is connectable to the at least one downstream flowline (106, 108); - a conditioning unit (116a, 116b) which is connected to the inlet port (112a, 112b) via a first flowline (118a, 118b); and - a first flow path for the hydrocarbon fluid comprising a compressor (120a, 120b), which compressor (120a, 120b) is connected to the conditioning unit (116a, 116b) via a second flowline (122a, 122b) and to the outlet port (114a, 114b) via a third flowline (124a, 124b), - a first cross-over flowline interconnecting the third flowline of the first compressor train upstream of the first valve and the second flowline of the second compressor train downstream of the second valve, wherein a controllable first cross-over valve is arranged in the first cross-over flowline for controlling hydrocarbon flow through the first cross-over flowline.
Drive for a vehicle, more particularly for a motor vehicle, comprising an internal combustion engine having at least one combustion chamber delimited by a cylinder and a piston, at least one compressed gas accumulator which is connectable to the combustion chamber and is intended for storing a gas compressed in the combustion chamber, and a separate expansion machine for expanding compressed gas, which originates from the combustion chamber or from the compressed gas accumulator, by performing mechanical work, characterised by devices for supplying gas from the expansion machine to the combustion chamber or to an intake conduit of the internal combustion engine, an additional outlet duct of each cylinder being connected, by means of a manifold and a three-way valve, either to an accumulator tank of a compressed gas accumulator or directly to an inlet of the expansion machine, rather than to an exhaust conduit of the internal combustion engine.
A method for forming confectionary products comprising the steps of: passing a confectionary mass through a pair of mating rollers (82, 84), each roller having a plurality of shape producing pockets (100, 102) formed in the roller, the plurality of shape producing pockets each having an air dome, such that the pair of mating rollers (i) shape the mass in three dimensions and (ii) cut the mass into sections having a plurality of at least partially formed confectionary products; structurally urging an exiting of the sections from the rollers with reduced adherence between the sections and the rollers; and separating the confectionary products from the sections. passing a confectionary mass through a pair of mating rollers (82, 84), each roller having a plurality of shape producing pockets (100, 102) formed in the roller, the plurality of shape producing pockets each having an air dome, such that the pair of mating rollers (i) shape the mass in three dimensions and (ii) cut the mass into sections having a plurality of at least partially formed confectionary products; structurally urging an exiting of the sections from the rollers with reduced adherence between the sections and the rollers; and separating the confectionary products from the sections.
A wide yaw angle truck for a vehicle having a foot support, the truck comprising: a body having at least two camming surfaces rotationally and symmetrically spaced about the pivot axis, a transverse configuration of each of the camming surfaces being semi-circular, the at least two camming surfaces which have a depressed configuration defining a low middle portion and raised outer portions; the at least two camming surfaces being equidistantly spaced about the pivot axis; a hanger biased toward the camming surfaces, the hanger yawable with respect to a longitudinal axis of the vehicle upon rolling of the foot support about the longitudinal axis, the hanger being pivotable about a pivot axis, the pivot axis being skewed about 20 degrees to about 50 degrees with respect to the longitudinal axis of the vehicle, the hanger having an aperture; two wheels mounted on opposed end portions of the hanger; a kingpin insertable through the aperture of the hanger, the kingpin defining the pivot axis and attachable to the body; a biasing member disposed about the kingpin for biasing the hanger toward the camming surfaces; a spherical bearing disposed between the hanger and the camming surfaces; wherein the biasing member biases the hanger toward the low middle portion of the camming surfaces. a body having at least two camming surfaces rotationally and symmetrically spaced about the pivot axis, a transverse configuration of each of the camming surfaces being semi-circular, the at least two camming surfaces which have a depressed configuration defining a low middle portion and raised outer portions; the at least two camming surfaces being equidistantly spaced about the pivot axis; a hanger biased toward the camming surfaces, the hanger yawable with respect to a longitudinal axis of the vehicle upon rolling of the foot support about the longitudinal axis, the hanger being pivotable about a pivot axis, the pivot axis being skewed about 20 degrees to about 50 degrees with respect to the longitudinal axis of the vehicle, the hanger having an aperture; two wheels mounted on opposed end portions of the hanger; a kingpin insertable through the aperture of the hanger, the kingpin defining the pivot axis and attachable to the body; a biasing member disposed about the kingpin for biasing the hanger toward the camming surfaces; a spherical bearing disposed between the hanger and the camming surfaces; wherein the biasing member biases the hanger toward the low middle portion of the camming surfaces.
A composite member formed as a longitudinal structure capable of being coiled about an axis transverse to the longitudinal axis of the member, the composite member comprising plural layers (P1-P5) of material bonded together to form a laminate, characterised in that at least one layer of material has a boundary (30,31) partway along the longitudinal extent of the member and extending between the sides of the member, wherein the boundary is angled with respect to the transverse axis of the member.
A rubber composition for a tire containing a rubber component having a diene-based polymer, a silica, and a glycerin fatty acid ester composition, wherein: the diene-based polymer has 3 or more modified functional groups capable of interacting with the silica merely within a range of 1/4 of an entire chain length from a terminal, and has at least one monomer structural unit of a diene-based polymer among the modified functional groups; and the glycerin fatty acid ester composition has a glycerin fatty acid monoester and a glycerin fatty acid diester of C8 to C28 fatty acids, and a content of the glycerin fatty acid ester composition is 0.5 to 15 parts by mass per 100 parts by mass of the rubber component, and wherein each modified functional group is nitrogen-containing functional group, silicon-containing functional group or oxygen-containing functional group. the diene-based polymer has 3 or more modified functional groups capable of interacting with the silica merely within a range of 1/4 of an entire chain length from a terminal, and has at least one monomer structural unit of a diene-based polymer among the modified functional groups; and the glycerin fatty acid ester composition has a glycerin fatty acid monoester and a glycerin fatty acid diester of C8 to C28 fatty acids, and a content of the glycerin fatty acid ester composition is 0.5 to 15 parts by mass per 100 parts by mass of the rubber component,
A radiation curable ink composition, comprising: a colorant; and a difunctional reactant present in a range of 0.1 to 0.21 moles of difunctional reactant per kilogram of radiation curable ink composition; and the radiation curable ink composition has a calculated glass transition temperature in a range from 20 degrees centigrade to 45 degrees centigrade. a colorant; and a difunctional reactant present in a range of 0.1 to 0.21 moles of difunctional reactant per kilogram of radiation curable ink composition; and the radiation curable ink composition has a calculated glass transition temperature in a range from 20 degrees centigrade to 45 degrees centigrade.
Use, as an antidandruff agent, of at least one compound of formula: in which: - R represents a hydrogen atom, or a linear or branched, saturated or unsaturated, C 1 -C 6 hydrocarbon-based radical; - R' represents a linear or branched, saturated or unsaturated, C 1 -C 18 hydrocarbon-based radical, optionally substituted with a hydroxyl group; - C-X represents C=O or CH-OH. - R represents a hydrogen atom, or a linear or branched, saturated or unsaturated, C 1 -C 6 hydrocarbon-based radical; - R' represents a linear or branched, saturated or unsaturated, C 1 -C 18 hydrocarbon-based radical, optionally substituted with a hydroxyl group; - C-X represents C=O or CH-OH.
Method of surface pasteurizing or sterilizing low-moisture particulate foods, such as nuts, seeds, grains, and spices, wherein the foods are pre-heated, pasteurized or sterilized in a gas, and cooled, wherein the gas pasteurizing or sterilizing the foods contains water vapour and one or more further gasses, preferably air, and wherein the foods are pre-heated to a temperature higher than the condensation temperature of the water vapour in the gas.
A polyphenylene sulfone (PPSU) consisting essentially of benzophenone coupled phenylene sulfone segments A and B of formula I wherein segments A and B can be same or different and are of formula II wherein x is of from 4.5 to 9.
A method for micro-molding a polymeric membrane, the method comprising: pouring a predetermined volume of curable polymer unto a micro-fabricated mold having a post array with a plurality of pillars, each pillar comprising a top surface; overlaying the poured polymer with a support substrate, the support substrate contacting the top surface of the plurality of pillars; applying a force so as to compress the support substrate against the array; while applying the force, curing the polymer on the mold for a predetermined time period and at a predetermined temperature to form a polymeric membrane having a pore array with a plurality of pores corresponding to the top surfaces of the plurality of pillars of the post array; characterized by removing the support substrate with the polymeric membrane adhered thereto; and removing the polymeric membrane from the support substrate. pouring a predetermined volume of curable polymer unto a micro-fabricated mold having a post array with a plurality of pillars, each pillar comprising a top surface; overlaying the poured polymer with a support substrate, the support substrate contacting the top surface of the plurality of pillars; applying a force so as to compress the support substrate against the array; while applying the force, curing the polymer on the mold for a predetermined time period and at a predetermined temperature to form a polymeric membrane having a pore array with a plurality of pores corresponding to the top surfaces of the plurality of pillars of the post array; characterized by removing the support substrate with the polymeric membrane adhered thereto; and removing the polymeric membrane from the support substrate.
Arrangement comprising an audio streaming device for providing live audio content to a plurality of personal recording devices at a live event, a soundboard enabling an operator to make adjustments to audio signals and a plurality of microphones, - the plurality of microphones placed at various locations around a venue hosting the live event, - the soundboard receiving audio signals from the plurality of microphones, - the audio streaming device comprising one or more processors programmed to: establish a network connection using respective wireless communication links with the plurality of personal recording devices; receive live audio content from the soundboard; and stream the live audio content in a wireless manner to the plurality of personal recording devices. - the plurality of microphones placed at various locations around a venue hosting the live event, - the soundboard receiving audio signals from the plurality of microphones, - the audio streaming device comprising one or more processors programmed to: establish a network connection using respective wireless communication links with the plurality of personal recording devices; receive live audio content from the soundboard; and stream the live audio content in a wireless manner to the plurality of personal recording devices. establish a network connection using respective wireless communication links with the plurality of personal recording devices; receive live audio content from the soundboard; and stream the live audio content in a wireless manner to the plurality of personal recording devices.