mhurhangee/ep-ind-claims huggingface dataset:
A cartridge, comprising: a housing that encloses a reservoir for storing a liquid to be vaporized; a vaporizer unit configured to vaporize the liquid from the reservoir; a mouthpiece; and an airflow channel configured to guide the vapour to the mouthpiece for inhalation by a user, wherein the airflow channel extends centrally through the housing to the mouthpiece at a top of the cartridge; wherein the housing has a flat base and generally vertically extending sides (7") that transition at curved upper shoulder regions to form or terminate at the mouthpiece at the top of the cartridge. a housing that encloses a reservoir for storing a liquid to be vaporized; a vaporizer unit configured to vaporize the liquid from the reservoir; a mouthpiece; and an airflow channel configured to guide the vapour to the mouthpiece for inhalation by a user, wherein the airflow channel extends centrally through the housing to the mouthpiece at a top of the cartridge; wherein the housing has a flat base and generally vertically extending sides (7") that transition at curved upper shoulder regions to form or terminate at the mouthpiece at the top of the cartridge.
A process for preparing a colloidal dispersion, comprising: (a) preparing an aqueous colloidal dispersion of cerium-containing oxide nanoparticles; (b) adding a low-polarity solvent and an amphiphilic material; (c) mixing the liquid mixture of step (b) to form an emulsion; (d) heating the emulsion to a predetermined temperature for a predetermined time, whereafter the emulsion separates into a low-polarity colloidal phase and a remnant aqueous phase; and, (e) collecting the separated low-polarity colloidal dispersion of cerium-containing oxide nanoparticles, wherein the process further comprises adding at least one glycol ether promoter after an aging period from 0 to 8 hours for the emulsion formed in step c), wherein said glycol ether is selected from the group consisting of diethylene glycol monomethyl ether, propylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol monobutyl ether, dipropylene glycol methyl ether, ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, ethylene glycol monopropyl ether, and combinations thereof. (a) preparing an aqueous colloidal dispersion of cerium-containing oxide nanoparticles; (b) adding a low-polarity solvent and an amphiphilic material; (c) mixing the liquid mixture of step (b) to form an emulsion; (d) heating the emulsion to a predetermined temperature for a predetermined time, whereafter the emulsion separates into a low-polarity colloidal phase and a remnant aqueous phase; and, (e) collecting the separated low-polarity colloidal dispersion of cerium-containing oxide nanoparticles,
A storage apparatus for holding and providing access for a variety of different cooking ingredients such as spices or condiments comprising: an outer container; a cover that fits over the outer container; a plurality of storage containers that are positioned within the outer container whereby each container has a top opening wherein an identification of the goods contained within the storage containers is written in braille on a top surface for vision impaired users; and at least one of the storage containers having a partial cover that extends across and covers only part of the top opening of the container and defines at least one edge that extends across the storage container top opening, wherein the cover needs to be removed to provide access to all individual storage containers thereby eliminating the need to remove a cover or top portion from each individual container, where the cover fits to snuggly secure and seal storage containers to prevent container contents from spilling or mixing together and where once the cover is placed over the outer container, the inner storage containers are properly sealed to prevent dirt, moisture and other foreign particles from entering into the containers an outer container; a cover that fits over the outer container; a plurality of storage containers that are positioned within the outer container whereby each container has a top opening wherein an identification of the goods contained within the storage containers is written in braille on a top surface for vision impaired users; and at least one of the storage containers having a partial cover that extends across and covers only part of the top opening of the container and defines at least one edge that extends across the storage container top opening, wherein the cover needs to be removed to provide access to all individual storage containers thereby eliminating the need to remove a cover or top portion from each individual container, where the cover fits to snuggly secure and seal storage containers to prevent container contents from spilling or mixing together and where once the cover is placed over the outer container, the inner storage containers are properly sealed to prevent dirt, moisture and other foreign particles from entering into the containers
A sensor system for a fingerboard latch assembly that comprises a latch, the sensor system comprising a sensor assembly and a processor, wherein the sensor assembly comprises: at least one sensor (25, 26) arranged to sense the position of the latch; a sensor circuit connected to the at least one sensor (25, 26) and arranged to derive a signal representing the position of the latch; and a communication circuit arranged to communicate the signal representing the position of the latch, characterised in that: the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch, the at least one parameter including at least one of speed of the latch, acceleration of the latch, overshoot of the latch or vibration of the latch; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch. at least one sensor (25, 26) arranged to sense the position of the latch; a sensor circuit connected to the at least one sensor (25, 26) and arranged to derive a signal representing the position of the latch; and a communication circuit arranged to communicate the signal representing the position of the latch, characterised in that: the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch, the at least one parameter including at least one of speed of the latch, acceleration of the latch, overshoot of the latch or vibration of the latch; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch. the processor is arranged to determine at least one parameter of the motion of the latch from the signal representing the position of the latch, the at least one parameter including at least one of speed of the latch, acceleration of the latch, overshoot of the latch or vibration of the latch; and the processor further is arranged to analyse the determined parameter of the motion of the latch and on the basis thereof to make a prediction of failure of the latch and/or of a condition of the latch.
Detection system for detecting double sheets being supplied to a lateral positioning device for a sheet element (20, 20') in a sheet element processing machine, the sheet element processing machine having a drive system including a cam disk and a cam follower lever, the detection system comprising a detector lever mounted so as to be displaceable between a sheet receiving position and a detection position, the detector lever having a sheet sensing end for engagement with an upper face of the sheet element (20, 20') when being in the detection position, and a position detector end for cooperating, when being in the detection position, with a position detector adapted for generating a signal dependent on the thickness of the sheet element (20, 20'), and further comprising a raising lever adapted for raising the sheet sensing end of the detector lever, characterised by the raising lever being mounted on the cam follower lever of the sheet element processing machine.
A visual readiness indicator for a medical device, comprising: an input for a signal indicating a ready-for-use status; a graphic icon indicating a not-ready-for-use status formed on a base layer; and a liquid crystal shutter overlaying the base layer with the graphic icon, characterized in that the LC shutter has a transparent icon indicating a ready-for-use status, the transparent icon overlaying a portion of the graphic icon; and in that the input is operable to drive a driven portion of the LC shutter surrounding the transparent icon into an opaque state to obscure all the graphic icon but the portion overlaid by the transparent icon. an input for a signal indicating a ready-for-use status; a graphic icon indicating a not-ready-for-use status formed on a base layer; and a liquid crystal shutter overlaying the base layer with the graphic icon, characterized in that the LC shutter has a transparent icon indicating a ready-for-use status, the transparent icon overlaying a portion of the graphic icon; and in that the input is operable to drive a driven portion of the LC shutter surrounding the transparent icon into an opaque state to obscure all the graphic icon but the portion overlaid by the transparent icon.
A compound of the formula wherein: - R represents: a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated, or a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated and wherein one or more of hydrogen atoms is replaced with fluorine atom; - X represents hydrogen atom or halogen atom, and - * denotes chiral center, and salts thereof, especially pharmaceutically acceptable salts, with the proviso that formula excludes 3-(4-{[( 2E,3Z)-2-propylidenepent-3-en-1-yl]oxy}phenyl)hex-4-ynoic acid. - R represents: a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated, or a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated and wherein one or more of hydrogen atoms is replaced with fluorine atom; a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated, or a straight or branched, primary or secondary acyclic hydrocarbyl C4-C15 group, which can be saturated or unsaturated and wherein one or more of hydrogen atoms is replaced with fluorine atom; - X represents hydrogen atom or halogen atom, and - * denotes chiral center, and salts thereof, especially pharmaceutically acceptable salts, with the proviso that formula excludes 3-(4-{[( 2E,3Z)-2-propylidenepent-3-en-1-yl]oxy}phenyl)hex-4-ynoic acid. and salts thereof, especially pharmaceutically acceptable salts, with the proviso that formula excludes 3-(4-{[( 2E,3Z)-2-propylidenepent-3-en-1-yl]oxy}phenyl)hex-4-ynoic acid.
A method performed by a user equipment, UE, the method comprising: receiving a unicast physical downlink shared channel, U-PDSCH transmission and a group common physical downlink shared channel, GC-PDSCH, transmission; determining a resource block, RB, configuration for decoding the U-PDSCH transmission and GC-PDSCH transmission, wherein the RB configuration specifies a mapping of at least one of the U-PDSCH and the GC-PDSCH to one or more RB collections; and decoding the GC-PDSCH within a Common Frequency Resource (208, 308, 408, 508, 608), CFR, according to the RB configuration, wherein the determined RB configuration includes a specification of size and location for the one or more RB collections which at least one of the U-PDSCH and the GC-PDSCH is mapped to, and wherein the size and location of the one or more RB collections is determined based at least in part on a common resource block, CRB, and the start and size of the CFR, wherein a first and last group of RBs in the RB collections have different sizes than remaining groups of RBs in the RB collections. receiving a unicast physical downlink shared channel, U-PDSCH transmission and a group common physical downlink shared channel, GC-PDSCH, transmission; determining a resource block, RB, configuration for decoding the U-PDSCH transmission and GC-PDSCH transmission, wherein the RB configuration specifies a mapping of at least one of the U-PDSCH and the GC-PDSCH to one or more RB collections; and decoding the GC-PDSCH within a Common Frequency Resource (208, 308, 408, 508, 608), CFR, according to the RB configuration, wherein the determined RB configuration includes a specification of size and location for the one or more RB collections which at least one of the U-PDSCH and the GC-PDSCH is mapped to, and wherein the size and location of the one or more RB collections is determined based at least in part on a common resource block, CRB, and the start and size of the CFR, wherein a first and last group of RBs in the RB collections have different sizes than remaining groups of RBs in the RB collections.
An internal combustion engine, comprising: a piston formed of an aluminum alloy, the piston including a piston head and a piston skirt extending from an outer circumferential portion of the piston head; and a cylinder block formed of an aluminum alloy, the cylinder block including a cylinder wall including a sliding surface, along which the piston is slidable; wherein the aluminum alloy is exposed to the sliding surface of the cylinder wall, characterized in that the piston skirt includes a skirt substrate formed of an aluminum alloy, the skirt substrate including a plurality of streak grooves (sg) formed in an outer circumferential surface thereof, the piston skirt further including a resin layer formed on at least a part of the outer circumferential surface of the skirt substrate, and wherein the outer circumferential surface of the skirt substrate has a ten-point average surface roughness Rz JIS of 20 μm or larger; wherein the resin layer includes a solid lubricant agent and hard particles. a piston formed of an aluminum alloy, the piston including a piston head and a piston skirt extending from an outer circumferential portion of the piston head; and a cylinder block formed of an aluminum alloy, the cylinder block including a cylinder wall including a sliding surface, along which the piston is slidable; wherein the aluminum alloy is exposed to the sliding surface of the cylinder wall, characterized in that the piston skirt includes a skirt substrate formed of an aluminum alloy, the skirt substrate including a plurality of streak grooves (sg) formed in an outer circumferential surface thereof, the piston skirt further including a resin layer formed on at least a part of the outer circumferential surface of the skirt substrate, and wherein the outer circumferential surface of the skirt substrate has a ten-point average surface roughness Rz JIS of 20 μm or larger; wherein the resin layer includes a solid lubricant agent and hard particles.
Air mass flow meter with a housing which has an air-guiding path in which an air mass sensor element is arranged, wherein the air mass sensor element is arranged on a sensor element carrier which is arranged in the housing of the air mass flow meter and which is electrically connected to a circuit carrier by way of connection wires, wherein the circuit carrier is likewise arranged in the housing of the air mass flow meter, characterized in that, on the housing of the air mass flow meter, there is formed a positioning element of conical form which engages into a positioning element receptacle which is formed in the sensor element carrier, as a result of which the air mass sensor element is positioned precisely in the air-guiding path.
An apparatus, comprising: an encoder for encoding a picture using a selection scheme that selects between encoding the picture as a single direction inter predictive picture type and a bi-directional inter predictive picture type based on coding efficiency and reducing a flickering artifact resulting from coding the picture as the bi-directional inter predictive picture type, wherein the selection scheme selects encoding the picture as the single direction inter predictive picture type when at least one of following conditions are satisfied: an accumulated motion intensity from a frame right after the last reference frame to the current frame is greater than a first threshold, a forward and backward motion intensity of the picture is not balanced, which is when a difference between a forward motion intensity and a backward motion intensity is greater than a second threshold, and a motion intensity of the picture is less than a third threshold, and selects the bi-directional inter predictive picture type when none of the conditions are satisfied, wherein the motion intensity is a measure which accounts for coding complexities of both motion vector and motion estimation error. an encoder for encoding a picture using a selection scheme that selects between encoding the picture as a single direction inter predictive picture type and a bi-directional inter predictive picture type based on coding efficiency and reducing a flickering artifact resulting from coding the picture as the bi-directional inter predictive picture type, wherein the selection scheme selects encoding the picture as the single direction inter predictive picture type when at least one of following conditions are satisfied: an accumulated motion intensity from a frame right after the last reference frame to the current frame is greater than a first threshold, a forward and backward motion intensity of the picture is not balanced, which is when a difference between a forward motion intensity and a backward motion intensity is greater than a second threshold, and a motion intensity of the picture is less than a third threshold, and selects the bi-directional inter predictive picture type when none of the conditions are satisfied, wherein the motion intensity is a measure which accounts for coding complexities of both motion vector and motion estimation error.
An immunogenic composition comprising (a) a first polypeptide-containing antigen, (b) at least first and second adjuvants, wherein the first adjuvant comprises a microparticle comprising poly(D,L-lactide-co-glycolide) and wherein the second adjuvant comprises an imidazoquinoline compound that is entrapped, encapsulated, dissolved or dispersed within said microparticle by introducing the imidazoquinoline compound during the microparticle manufacturing process, and (c) a pharmaceutically acceptable excipient, wherein said composition elicits an immune response when administered to a vertebrate subject.
A signal processing apparatus, applied to a multi-user multiple-input multiple-output, MU-MIMO, system, and comprising: a signal obtaining module, configured to obtain a signal comprising N spatial flows, wherein the signal comprises a training field, and the training field comprises a first part and a second part, wherein the first part of the training field comprises L orthogonal frequency division multiplexing, OFDM, symbols, L≤N, and N is a positive integer; and a sending module, configured to send the signal obtained by the signal obtaining module to a receive end; characterized in that sub-carriers of the OFDM symbol in the first part of the training field are divided into N training sub-carrier sets, TSSs, each spatial flow corresponds to one TSS in each OFDM symbol in the first part of the training field, and each spatial flow corresponds to TSSs at different frequency domain locations in different OFDM symbols in the first part of the training field; and the second part of the training field comprises M OFDM symbols, M is a positive integer, sub-carriers of the OFDM symbol in the second part of the training field are divided into N TSSs in a division manner that is the same as a division manner of the sub-carriers of the OFDM symbol in the first part of the training field, and each spatial flow corresponds to at least one sub-carrier in each TSS of each OFDM symbol in the second part of the training field. a signal obtaining module, configured to obtain a signal comprising N spatial flows, wherein the signal comprises a training field, and the training field comprises a first part and a second part, wherein the first part of the training field comprises L orthogonal frequency division multiplexing, OFDM, symbols, L≤N, and N is a positive integer; and a sending module, configured to send the signal obtained by the signal obtaining module to a receive end; characterized in that sub-carriers of the OFDM symbol in the first part of the training field are divided into N training sub-carrier sets, TSSs, each spatial flow corresponds to one TSS in each OFDM symbol in the first part of the training field, and each spatial flow corresponds to TSSs at different frequency domain locations in different OFDM symbols in the first part of the training field; and the second part of the training field comprises M OFDM symbols, M is a positive integer, sub-carriers of the OFDM symbol in the second part of the training field are divided into N TSSs in a division manner that is the same as a division manner of the sub-carriers of the OFDM symbol in the first part of the training field, and each spatial flow corresponds to at least one sub-carrier in each TSS of each OFDM symbol in the second part of the training field.
Locking device for fastening an electrical energy store to a frame of a two-wheeled vehicle, characterized by: - a lever arrangement with a base plate, a lever and a slot guide between the base plate and the lever, - wherein the slot guide has a first bearing axis and a second bearing axis as well as a first cam track and a second cam track, - wherein the lever is configured, by means of the slot guide, to pivot about the base plate in such a manner that the lever executes a first pivoting action exclusively about the first bearing axis and subsequently executes a second pivoting action exclusively about the second bearing axis. - a lever arrangement with a base plate, a lever and a slot guide between the base plate and the lever, - wherein the slot guide has a first bearing axis and a second bearing axis as well as a first cam track and a second cam track, - wherein the lever is configured, by means of the slot guide, to pivot about the base plate in such a manner that the lever executes a first pivoting action exclusively about the first bearing axis and subsequently executes a second pivoting action exclusively about the second bearing axis.
Brake master cylinder having a body with an inlet port for a fluid and an outlet port adapted to be fluidically connected to a brake caliper actuator, a piston housed in a jacket of the body and movable between a rest position in which the inlet port and the outlet port are fluidically connected via a through hole through the piston and a position of pressurization of an actuator fluid in which the through hole is fluidically disconnected from the inlet port through a seal carried by the jacket and a fluid pressure increases with the advancement of the piston, characterised in that the cylinder further comprises an actuation element having a connecting rod or a pin configured to press on the piston when actuating the brake caliper actuator so that each displacement of the actuation element causes a displacement of the piston.