mhurhangee/ep-ind-claims huggingface dataset:
A capsule for the preparation of a beverage, the capsule comprising a container and a beverage ingredient contained therein, wherein the container comprises at least one support, the support adapted to be associated with, or part of, the capsule, wherein the support comprises a section with a plurality of sequences of symbols represented so that each symbol is sequentially readable, by a reading arrangement of an external device while the capsule is driven in rotation along an axis of rotation, each sequence coding a set of information related to the capsule, wherein at least one of the sequences comprises symbols defining a preamble sequence so as to allow the determination of a position of the symbols in said associated sequence coding the set of information related to the capsule, the container comprising a cup-shaped body having a flange-like rim and a lid connected to the body, wherein the support is present on a bottom of the rim, the bottom of the rim is opposed to the lid.
A steering assistance device comprising: a steering angle detection unit, which detect s a steering angle of a vehicle; a first assistance unit, which performs steering assistance of the vehicle by using an oil pressure; a second assistance unit, which performs steering assistance of the vehicle by using an electrical power; and a control unit, which causes the first assistance unit to perform steering assistance such that a steering assistance amount of the first assistance unit is reduced by a predetermined amount from the predetermined steering assistance amount and causes the second assistance unit to perform steering assistance, in a case where the first assistance unit can perform steering assistance at a steering assistance amount predetermined for the detected steering angle; a speed measurement unit, which measures a traveling speed of the vehicle, wherein the control unit reduces the steering assistance amount of the second assistance unit, such that a steering retention force increases as an absolute value of the steering angle, increases in accordance with an increase in the measured traveling speed until the traveling speed increases to a predetermined speed. a steering angle detection unit, which detect s a steering angle of a vehicle; a first assistance unit, which performs steering assistance of the vehicle by using an oil pressure; a second assistance unit, which performs steering assistance of the vehicle by using an electrical power; and a control unit, which causes the first assistance unit to perform steering assistance such that a steering assistance amount of the first assistance unit is reduced by a predetermined amount from the predetermined steering assistance amount and causes the second assistance unit to perform steering assistance, in a case where the first assistance unit can perform steering assistance at a steering assistance amount predetermined for the detected steering angle; a speed measurement unit, which measures a traveling speed of the vehicle, wherein the control unit reduces the steering assistance amount of the second assistance unit, such that a steering retention force increases as an absolute value of the steering angle, increases in accordance with an increase in the measured traveling speed until the traveling speed increases to a predetermined speed.
A method for wireless communication at a wireless device (115, 405), comprising: identifying a high Doppler effect condition, wherein the high Doppler effect condition comprises at least one of: the speed of the wireless device (115, 405) being greater than a first threshold speed; a value of a parameter received from a second wireless device; feedback received from the second wireless device; or the location of the wireless device (115, 405) coinciding with a location of a vehicle; transmitting, during a transmission time interval, TTI, a first message (305, 425) using a first modulation and coding scheme, MCS, the first MCS based at least in part on identifying the high Doppler effect condition, and the first message (305, 425) comprising a control transmission and includes indications of a location, a heading, and a speed of the wireless device (115, 405); and transmitting, during the TTI, a second message (310, 440) using a second MCS, the second MCS being higher than the first MCS, wherein the second message comprises a data transmission, and wherein the second MCS is higher than the first MCS in that the second MCS comprises at least one of: an index value that is higher than an index value of the first MCS, a data rate that is higher than a data rate of the first MCS, or a coding rate that is higher than a coding rate of the first MCS. identifying a high Doppler effect condition, wherein the high Doppler effect condition comprises at least one of: the speed of the wireless device (115, 405) being greater than a first threshold speed; a value of a parameter received from a second wireless device; feedback received from the second wireless device; or the location of the wireless device (115, 405) coinciding with a location of a vehicle; transmitting, during a transmission time interval, TTI, a first message (305, 425) using a first modulation and coding scheme, MCS, the first MCS based at least in part on identifying the high Doppler effect condition, and the first message (305, 425) comprising a control transmission and includes indications of a location, a heading, and a speed of the wireless device (115, 405); and transmitting, during the TTI, a second message (310, 440) using a second MCS, the second MCS being higher than the first MCS, wherein the second message comprises a data transmission, and wherein the second MCS is higher than the first MCS in that the second MCS comprises at least one of: an index value that is higher than an index value of the first MCS, a data rate that is higher than a data rate of the first MCS, or a coding rate that is higher than a coding rate of the first MCS.
A double-suction centrifugal fan, comprising: an electric motor having a shaft; a first impeller provided with a first inlet port opened toward the electric motor, and coupled to the shaft; a second impeller provided with a second inlet port opened opposite to the electric motor, and coupled to the shaft at a position farther from the electric motor than the first impeller; a first bell mouth provided at the first inlet port of the first impeller; and a second bell mouth provided at the second inlet port of the second impeller, characterised in that the first impeller includes a first shroud provided with the first inlet port and overlapping with the first bell mouth over an entire periphery thereof, the first shroud has an inner diameter decreasing toward the first inlet port, the second impeller includes a second shroud provided with the second inlet port and overlapping with the second bell mouth over an entire periphery thereof, the second shroud has an inner diameter decreasing toward the second inlet port, and an axial length L2 of the second bell mouth is greater than an axial length L1 of the first bell mouth. an electric motor having a shaft; a first impeller provided with a first inlet port opened toward the electric motor, and coupled to the shaft; a second impeller provided with a second inlet port opened opposite to the electric motor, and coupled to the shaft at a position farther from the electric motor than the first impeller; a first bell mouth provided at the first inlet port of the first impeller; and a second bell mouth provided at the second inlet port of the second impeller, characterised in that the first impeller includes a first shroud provided with the first inlet port and overlapping with the first bell mouth over an entire periphery thereof, the first shroud has an inner diameter decreasing toward the first inlet port, the second impeller includes a second shroud provided with the second inlet port and overlapping with the second bell mouth over an entire periphery thereof, the second shroud has an inner diameter decreasing toward the second inlet port, and an axial length L2 of the second bell mouth is greater than an axial length L1 of the first bell mouth.
An apparatus for slaughtering fishes, which causes the death of the fish, taking it from the operculum to be positioned in a stunning position and cutting only the gills, without causing any visible damage to the exterior, said apparatus comprising: - transverse positioning means, receiving the fish, holding it by the sides and keep it centered to be positioned in a starting position of working; - longitudinal positioning means, allowing longitudinal movement of the fish and stopping its movement when is in the working starting position; - stunning means to stun the fish that is in the stunning position; - cutting means performing a cut in the gills of the stunned fish; and releasing means which allow the release of dead fish, characterized in that it further comprises gripping means taking the fish from the starting position of work, holding it from the operculum and placing it in a stunning position, also allowing the opening of the operculum to expose the gills in a cutting position. - transverse positioning means, receiving the fish, holding it by the sides and keep it centered to be positioned in a starting position of working; - longitudinal positioning means, allowing longitudinal movement of the fish and stopping its movement when is in the working starting position; - stunning means to stun the fish that is in the stunning position; - cutting means performing a cut in the gills of the stunned fish; and releasing means which allow the release of dead fish, characterized in that it further comprises gripping means taking the fish from the starting position of work, holding it from the operculum and placing it in a stunning position, also allowing the opening of the operculum to expose the gills in a cutting position.
Battery system for a motor vehicle, having at least one battery module with a number of battery cells and with a cell controller for monitoring and adjusting the state of charge of the battery cells, and a battery management controller, which is signal-coupled to the or each cell controller, wherein the cell controller has an analogue-to-digital converter which is connected to the battery cells of the battery module by means of a filter circuit, characterized by a frequency circuit for adjusting a cut-off frequency (fg) of the filter circuit, wherein the cut-off frequency (fg) of the filter circuit is adjusted to a first frequency value during a sampling period (ta) in which the cell controller monitors the battery cells, and to a second frequency value during a diagnostic period (td) in which the battery management controller monitors the battery cells.
A method for roughening a metal surface, especially a cylinder wall of a crankcase, wherein • the metal surface is mechanically roughened by spraying with a high-pressure liquid jet, and • as liquid a mixture of water and a substance which chemically reacts with the metal surface is used, characterised in that • the roughening is mechanical and chemical roughening, with the substance being a sodium hydroxide solution (NaOH), and • a dye is added to the water, by means of which it is checked whether the sodium hydroxide solution added to the water has been distributed uniformly on the metal surface to be roughened. • the metal surface is mechanically roughened by spraying with a high-pressure liquid jet, and • as liquid a mixture of water and a substance which chemically reacts with the metal surface is used, • the roughening is mechanical and chemical roughening, with the substance being a sodium hydroxide solution (NaOH), and • a dye is added to the water, by means of which it is checked whether the sodium hydroxide solution added to the water has been distributed uniformly on the metal surface to be roughened.
A well test assembly sized for use in a slim-hole of a subterranean well, the assembly comprising: an inner moveable sleeve, the inner moveable sleeve comprising an elongated annular member having an inner circulation port and an inner fluid passage port; an outer housing, the outer housing comprising an elongated annular member circumscribing the inner moveable sleeve and having a first outer circulation port, an outer fluid passage port, and a second outer circulation port; a middle sleeve located between the inner moveable sleeve and the outer housing, the middle sleeve having a middle circulation port in fluid communication with the inner circulation port and the first outer circulation port when the assembly is in a lowering position, a middle fluid passage in fluid communication with the inner fluid passage port and the outer fluid passage port when the assembly is in a collection position, and a fluid injection port in fluid communication with the second outer circulation port when the assembly is in a retrieval position; a packer assembly sealing an annulus between the middle sleeve and an inner diameter of the slim-hole when the assembly is in a setting position; and a fluid sample chamber in fluid communication with the inner fluid passage port, middle fluid passage, and the outer fluid passage port when the assembly is in the collection position. an inner moveable sleeve, the inner moveable sleeve comprising an elongated annular member having an inner circulation port and an inner fluid passage port; an outer housing, the outer housing comprising an elongated annular member circumscribing the inner moveable sleeve and having a first outer circulation port, an outer fluid passage port, and a second outer circulation port; a middle sleeve located between the inner moveable sleeve and the outer housing, the middle sleeve having a middle circulation port in fluid communication with the inner circulation port and the first outer circulation port when the assembly is in a lowering position, a middle fluid passage in fluid communication with the inner fluid passage port and the outer fluid passage port when the assembly is in a collection position, and a fluid injection port in fluid communication with the second outer circulation port when the assembly is in a retrieval position; a packer assembly sealing an annulus between the middle sleeve and an inner diameter of the slim-hole when the assembly is in a setting position; and a fluid sample chamber in fluid communication with the inner fluid passage port, middle fluid passage, and the outer fluid passage port when the assembly is in the collection position.
Artificial turf system, comprising: an elastic substrate layer, an artificial turf carpet applied on the elastic substrate layer, and a first filler material which is filled into the artificial turf carpet, characterized in that the first filler material comprises a hydrophobic sand, wherein the hydrophobic sand is hydrophobized sand and the hydrophobized sand is silanized sand. an elastic substrate layer, an artificial turf carpet applied on the elastic substrate layer, and a first filler material which is filled into the artificial turf carpet, characterized in that the first filler material comprises a hydrophobic sand, wherein the hydrophobic sand is hydrophobized sand and the hydrophobized sand is silanized sand.
An integrated circuit comprising a current source and a reference capacitor, the integrated circuit being configured to: inject, using said current source, a first current in an external measurement capacitor and determine a first amount of time within which a resulting voltage on the measurement capacitor reaches a voltage threshold; inject, using said current source, a second current in the reference capacitor and determine a second amount of time within which a resulting voltage on the reference capacitor reaches said voltage threshold; detect a change of the capacitance on the measurement capacitor using a difference between the first amount of time and the second amount of time. inject, using said current source, a first current in an external measurement capacitor and determine a first amount of time within which a resulting voltage on the measurement capacitor reaches a voltage threshold; inject, using said current source, a second current in the reference capacitor and determine a second amount of time within which a resulting voltage on the reference capacitor reaches said voltage threshold; detect a change of the capacitance on the measurement capacitor using a difference between the first amount of time and the second amount of time.
A multivesicular liposome comprising a hyaluronan-degrading enzyme, wherein the MVL comprises: a neutral lipid; an amphipathic lipid; and a hyaluronan-degrading enzyme, wherein the concentration of the hyaluronan-degrading enzyme is between or about between 0.1 mg/mL to 1 mg/mL. a neutral lipid; an amphipathic lipid; and a hyaluronan-degrading enzyme, wherein the concentration of the hyaluronan-degrading enzyme is between or about between 0.1 mg/mL to 1 mg/mL.
A compound of following formula: where: - n, o, p, each independently are integers varying from 0 to 4; - A 1 is a -COOR 1 function where R 1 is a hydrogen atom or alkaline cation; or an A 2 group; - A 2 is a -P (OCH 2 CH 3)(OR 2) or -P (OR 2) 2 group where R 2 is a hydrogen atom or alkaline cation; - each of Y 1, Y 2 is a hydrogen atom or else Y 1 and Y 2 together form a biradical forming one or more aromatic rings or heteroaromatic with their two carrier carbon atoms, said aromatic rings optionally carrying one or more substituents selected from among a hydrogen atom, an amino group and thiol group; - X is a linking segment formed by an amide function -C -NH-; - Z is: * NH 2, a halogen, a phosphate; * a COOR 3 group where R 3 is H, an alkaline cation, N(R 4) 4 + quaternary ammonium group where R 4 is H or a straight alkyl chain preferably having 1 to 4 carbon atoms, a -N-(CO-CH 2 -CH 2 -CO)- succinimide group or -C 6 F 5 pentafluorophenyl group; * a biotin function (CO-(CH 2) 4 -C 5 H 7 N 2 OS), polyheteroaromatic group or crown ether; * a silylated organic or inorganic cluster; * a macroscopic substrate. - n, o, p, each independently are integers varying from 0 to 4; - A 1 is a -COOR 1 function where R 1 is a hydrogen atom or alkaline cation; or an A 2 group; - A 2 is a -P (OCH 2 CH 3)(OR 2) or -P (OR 2) 2 group where R 2 is a hydrogen atom or alkaline cation; - each of Y 1, Y 2 is a hydrogen atom or else Y 1 and Y 2 together form a biradical forming one or more aromatic rings or heteroaromatic with their two carrier carbon atoms, said aromatic rings optionally carrying one or more substituents selected from among a hydrogen atom, an amino group and thiol group; - X is a linking segment formed by an amide function -C -NH-; - Z is: * NH 2, a halogen, a phosphate; * a COOR 3 group where R 3 is H, an alkaline cation, N(R 4) 4 + quaternary ammonium group where R 4 is H or a straight alkyl chain preferably having 1 to 4 carbon atoms, a -N-(CO-CH 2 -CH 2 -CO)- succinimide group or -C 6 F 5 pentafluorophenyl group; * a biotin function (CO-(CH 2) 4 -C 5 H 7 N 2 OS), polyheteroaromatic group or crown ether; * a silylated organic or inorganic cluster; * a macroscopic substrate. * NH 2, a halogen, a phosphate; * a COOR 3 group where R 3 is H, an alkaline cation, N(R 4) 4 + quaternary ammonium group where R 4 is H or a straight alkyl chain preferably having 1 to 4 carbon atoms, a -N-(CO-CH 2 -CH 2 -CO)- succinimide group or -C 6 F 5 pentafluorophenyl group; * a biotin function (CO-(CH 2) 4 -C 5 H 7 N 2 OS), polyheteroaromatic group or crown ether; * a silylated organic or inorganic cluster; * a macroscopic substrate.
A semiconductor device comprising: a photoelectric conversion element; a current mirror circuit including a reference thin film transistor and an output thin film transistor, the current mirror circuit amplifying an output of the photoelectric conversion element; and a power supply including a high-potential electrode and a low-potential electrode, wherein both the reference thin film transistor and the output thin film transistor are n-type thin film transistors, wherein one of source and drain electrodes of the reference thin film transistor is electrically connected to the high-potential electrode through the photoelectric conversion element, wherein one of source and drain electrodes of the output thin film transistor is electrically connected to the high-potential electrode, wherein the other of the source and drain electrodes of the reference thin film transistor is electrically connected to the low-potential electrode, wherein the other of the source and drain electrodes of the output thin film transistor is electrically connected to the low-potential electrode, and wherein the reference thin film transistor is placed closer to the low-potential electrode than the output thin film transistor is, wherein a current path between the reference thin film transistor and the low-potential electrode is shorter than a current path between the output thin film transistor and the low-potential electrode. a photoelectric conversion element; a current mirror circuit including a reference thin film transistor and an output thin film transistor, the current mirror circuit amplifying an output of the photoelectric conversion element; and a power supply including a high-potential electrode and a low-potential electrode, wherein both the reference thin film transistor and the output thin film transistor are n-type thin film transistors, wherein one of source and drain electrodes of the reference thin film transistor is electrically connected to the high-potential electrode through the photoelectric conversion element, wherein one of source and drain electrodes of the output thin film transistor is electrically connected to the high-potential electrode, wherein the other of the source and drain electrodes of the reference thin film transistor is electrically connected to the low-potential electrode, wherein the other of the source and drain electrodes of the output thin film transistor is electrically connected to the low-potential electrode, and wherein the reference thin film transistor is placed closer to the low-potential electrode than the output thin film transistor is, wherein a current path between the reference thin film transistor and the low-potential electrode is shorter than a current path between the output thin film transistor and the low-potential electrode.
A toilet rim block cage comprising cleaning agent and designed for being fastened to a toilet bowl, said toilet rim block cage having a first and a second cage wall and the cleaning agent having a block-shaped form and being arranged between the first and second cage walls, and the outward-facing visible surface of the first cage wall being oriented towards the interior of the toilet bowl once the cage has been fastened to the toilet bowl, an insert sheet having visible information to be viewed by the user being provided in the toilet rim block cage and said insert sheet being fixedly connected to at least one cage wall (12, 13), characterised in that the insert sheet serves to face with its visible surface that faces in the direction of the interior of the toilet bowl and covers at least part of the surface of the cleaning agent.