mhurhangee/ep-ind-claims huggingface dataset:
An uplink data sending method, comprising: determining a size of a to-be-sent data packet; obtaining a time-frequency resource and a data transmission format that correspond to the size of the to-be-sent data packet; and sending the to-be-sent data packet to a base station on the time-frequency resource according to the data transmission format; characterized in that the obtaining a time-frequency resource corresponding to the size of the to-be-sent data packet comprises: receiving a correspondence between data packets of different sizes and time-frequency resources from the base station, and obtaining, according to the received correspondence between data packets of different sizes and time-frequency resources, the time-frequency resource corresponding to the size of the to-be-sent data packet; and the obtained data transmission format comprises a subcarrier interval used during transmission of the to-be-sent data packet, a quantity of orthogonal frequency division multiplexing, OFDM, symbols, and duration of a cyclic prefix, CP, wherein a sum of the duration of the CP, duration of N OFDM symbols, and duration of a guard time, GT, is an integer multiple of a preset transmission timeslot, wherein N represents the quantity of the OFDM symbols and is a positive integer, and a preset subcarrier interval is an integer multiple of the subcarrier interval. determining a size of a to-be-sent data packet; obtaining a time-frequency resource and a data transmission format that correspond to the size of the to-be-sent data packet; and sending the to-be-sent data packet to a base station on the time-frequency resource according to the data transmission format; characterized in that the obtaining a time-frequency resource corresponding to the size of the to-be-sent data packet comprises: receiving a correspondence between data packets of different sizes and time-frequency resources from the base station, and obtaining, according to the received correspondence between data packets of different sizes and time-frequency resources, the time-frequency resource corresponding to the size of the to-be-sent data packet; and the obtained data transmission format comprises a subcarrier interval used during transmission of the to-be-sent data packet, a quantity of orthogonal frequency division multiplexing, OFDM, symbols, and duration of a cyclic prefix, CP, wherein a sum of the duration of the CP, duration of N OFDM symbols, and duration of a guard time, GT, is an integer multiple of a preset transmission timeslot, wherein N represents the quantity of the OFDM symbols and is a positive integer, and a preset subcarrier interval is an integer multiple of the subcarrier interval.
Method for producing a thermoelectric component or at least one semifinished version thereof, in which at least one thermoelectric active material in dry powder form is introduced into at least some of the holes of a perforated template, characterized in that the active material remains in the holes and the template filled with active material becomes a constituent of the thermoelectric component produced.
Hub construction for a rotatable chair, which automatically returns to its initial position when the chair is relieved, comprising a vertical shaft fastenable to an underside of a seat of the chair and a hub fastenable on a leg portion of the chair, to which hub a lower portion of the shaft is rotatably fastened, whereby return movement is achieved by means of a cam surface acting in an axial direction on an end of a spring loaded sleeve enclosing the shaft, which cam surface is arranged to cooperate with a radially directed guide pin, which is fastened to the lower portion of the shaft and the spring loaded sleeve is mounted rotationally rigidly on the hub, characterized in that the shaft is arranged movably in the axial direction in its bearings (11, 12) in the hub; the shaft is provided with a collar in its upper part; and a spring device (20, 21) located between the collar and a supporting plane and a brake disc are arranged in the hub in such a way, that when the shaft is vertically loaded, the shaft is displaced in the axial direction, and the spring device (20, 21) is compressed such that the brake disc makes contact with a surface on the hub.
A non-pneumatic tire comprising: a lower ring having a first diameter; an upper ring having a second diameter greater than the first diameter, the upper ring being substantially coaxial with the lower ring; a plurality of spokes extending between the lower ring and the upper ring, each one of the plurality of spokes including: a first face and a second face opposite the first face, and a first axial edge (215; 215a; 215b; 215c; 215d) and a second axial edge (220; 220a; 220b; 220c; 220d), the first and second axial edges (215, 220) spacing the first face from the second face, characterised in that at least one of the first edge and the second edge includes a semi-elliptical cross section geometry that provides the spoke with a nonrectangular cross section, the semi-elliptical cross section geometry having a semi-major axis and a semi-minor axis, a length of the semi-major axis being greater than a length of the semi-minor axis. a lower ring having a first diameter; an upper ring having a second diameter greater than the first diameter, the upper ring being substantially coaxial with the lower ring; a plurality of spokes extending between the lower ring and the upper ring, each one of the plurality of spokes including: a first face and a second face opposite the first face, and a first axial edge (215; 215a; 215b; 215c; 215d) and a second axial edge (220; 220a; 220b; 220c; 220d), the first and second axial edges (215, 220) spacing the first face from the second face, characterised in that at least one of the first edge and the second edge includes a semi-elliptical cross section geometry that provides the spoke with a nonrectangular cross section, the semi-elliptical cross section geometry having a semi-major axis and a semi-minor axis, a length of the semi-major axis being greater than a length of the semi-minor axis. a first face and a second face opposite the first face, and a first axial edge (215; 215a; 215b; 215c; 215d) and a second axial edge (220; 220a; 220b; 220c; 220d), the first and second axial edges (215, 220) spacing the first face from the second face, characterised in that at least one of the first edge and the second edge includes a semi-elliptical cross section geometry that provides the spoke with a nonrectangular cross section, the semi-elliptical cross section geometry having a semi-major axis and a semi-minor axis, a length of the semi-major axis being greater than a length of the semi-minor axis.
Method for assembling a heating cooker, comprising: a main body constituting an outer wall; a top plate, on which a cooking container is placed, and which is provided on a top side of the main body; a coil base disposed below the top plate; and a deformed-ring-shaped heating coil arranged on the coil base, wherein the deformed-ring-shaped heating coil is formed from a ring-shaped heating coil by putting pressure on a part of a peripheral wall surface of the ring-shaped heating coil, characterized in that a peripheral wall surface of the heating coil, which has a residual stress to restore its undeformed original shape, is formed to be perpendicular to an arrangement surface of the coil base. a main body constituting an outer wall; a top plate, on which a cooking container is placed, and which is provided on a top side of the main body; a coil base disposed below the top plate; and a deformed-ring-shaped heating coil arranged on the coil base, wherein the deformed-ring-shaped heating coil is formed from a ring-shaped heating coil by putting pressure on a part of a peripheral wall surface of the ring-shaped heating coil, characterized in that a peripheral wall surface of the heating coil, which has a residual stress to restore its undeformed original shape, is formed to be perpendicular to an arrangement surface of the coil base.
A computer-implemented method for training a machine learning system to predict the thermal power supplied by a heat generator located in a predefined environment, particularly in a building, the method comprising the following steps: - detecting a set of temperature values of the air of the predefined environment; - detecting a set of delivery temperature values of a heat transfer fluid from the heat generator; - detecting return temperature values of the heat transfer fluid to the heat generator; - calculating hourly average values on the set of temperature values of the air of the predefined environment, on the set of delivery temperature values of the heat transfer fluid and on the return temperature values of the heat transfer fluid; - calculating values of hourly average power supplied by the heat generator; - applying a linear regression model to the calculated average power values so as to identify linear regression coefficients; - applying a non-linear regression model to the average hourly values of the temperature of the air of the predefined environment, to the average hourly values of the delivery temperature of the heat transfer fluid, and to the calculated average power values so as to obtain non-linear regression coefficients representative of the link between the average hourly values of the temperature of the air of the predefined environment, the average hourly values of the delivery temperature of the heat transfer fluid, and the average power values. - detecting a set of temperature values of the air of the predefined environment; - detecting a set of delivery temperature values of a heat transfer fluid from the heat generator; - detecting return temperature values of the heat transfer fluid to the heat generator; - calculating hourly average values on the set of temperature values of the air of the predefined environment, on the set of delivery temperature values of the heat transfer fluid and on the return temperature values of the heat transfer fluid; - calculating values of hourly average power supplied by the heat generator; - applying a linear regression model to the calculated average power values so as to identify linear regression coefficients; - applying a non-linear regression model to the average hourly values of the temperature of the air of the predefined environment, to the average hourly values of the delivery temperature of the heat transfer fluid, and to the calculated average power values so as to obtain non-linear regression coefficients representative of the link between the average hourly values of the temperature of the air of the predefined environment, the average hourly values of the delivery temperature of the heat transfer fluid, and the average power values.
Process for preparing a powder containing selenium nanoparticles by starting with: - at least one organic compound and - at least one source of selenium, and implementing a spray drying step. - at least one organic compound and - at least one source of selenium,
A balloon catheter (10, 100, 200, 300) comprising: a balloon; an outer tube connected to a base end of the balloon; an inner tube (40, 140, 240) disposed inside the outer tube and having a front end connected to a front end of the balloon; a core wire disposed between the outer tube and the inner tube (40, 140, 240); and a protruded-depressed portion (45, 145, 245) formed on an outer periphery of the inner tube (40, 140, 240), characterized in that the core wire has a bulged portion (80, 82) sandwiched between the outer tube and a depressed portion (45b, 145b, 245b) of the protruded-depressed portion (45, 145, 245), and the core wire comprises a distal end portion and the bulged portion (80, 82) is connected with the distal end of the distal end portion. a balloon; an outer tube connected to a base end of the balloon; an inner tube (40, 140, 240) disposed inside the outer tube and having a front end connected to a front end of the balloon; a core wire disposed between the outer tube and the inner tube (40, 140, 240); and a protruded-depressed portion (45, 145, 245) formed on an outer periphery of the inner tube (40, 140, 240), characterized in that the core wire has a bulged portion (80, 82) sandwiched between the outer tube and a depressed portion (45b, 145b, 245b) of the protruded-depressed portion (45, 145, 245), and the core wire comprises a distal end portion and the bulged portion (80, 82) is connected with the distal end of the distal end portion.
A concrete mixture, characterized in that it contains aggregate, cement, water and a plasticizer formed of oxidized lignin, said oxidized lignin having been manufactured in a process wherein an aqueous lignin solution having a lignin content of 0.5-30w-%, preferably 5-25w-% was formed from a starting material being pure lignin and was reacted with an oxidizing agent selected from the group of oxygen (O 2) and air in the solution, said reaction having been carried out in alkaline conditions, at a pH within the range 8-14, using a load of oxidizing agent of 10 - 95 w-% calculated based on the weight of the lignin and adding an alkaline agent to provide the alkaline conditions, prior to addition of the oxidizing agent.
A strain of Lactobacillus reuteri No. LMG P-27481 deposited with the center of collection of microorganisms BCCM/LMG Bacteria Collection of the Gent University (Belgium).
A dummy battery device for testing an electronic device having a battery cavity, the battery cavity comprising a connector therein, the dummy battery device comprising: a main structure shaped and dimensioned so as to fit in the battery cavity of the electronic device; and a head structure configured to be detachably and moveably connected to the main structure, the head structure having contacts for electrically contacting the connector of the battery cavity once the main structure is received in the battery cavity of the electronic device, and cables extending therefrom, the cables being electrically connected to the contacts of the head structure, wherein the main structure and the head structure have a complementary joint mechanism (280, 420) allowing movement of the head structure to variable positions on a first sidewall of a main portion of the main structure in order to adjust to different battery contact positions. a main structure shaped and dimensioned so as to fit in the battery cavity of the electronic device; and a head structure configured to be detachably and moveably connected to the main structure, the head structure having contacts for electrically contacting the connector of the battery cavity once the main structure is received in the battery cavity of the electronic device, and cables extending therefrom, the cables being electrically connected to the contacts of the head structure, wherein the main structure and the head structure have a complementary joint mechanism (280, 420) allowing movement of the head structure to variable positions on a first sidewall of a main portion of the main structure in order to adjust to different battery contact positions.
A magnetostrictive film thermal sprayed on an object under test, including a metallic glass film subjected to thermal processing at a temperature lower than the glass transition temperature and not lower than the Curie point, wherein the supercooled liquid temperature range ΔTx of the metallic glass is equal to or more than 30°C, and showing a linearity between the magnetic field and the magnetostriction in at least a part of the magnetic field from -15 kA/m to +15 kA/m, both inclusive.
A system (52; 70; 110; 150; 190) comprising: a blood reservoir (56; 72; 112; 152; 196) having a bottom and configured to hold blood; a differential pressure sensor (58; 76; 116; 156; 196) coupled to the bottom of the blood reservoir and configured to sense a pressure difference between pressure exerted on the differential pressure sensor by the blood and pressure exerted on the blood in the blood reservoir (56; 72; 112; 152; 196) and to provide at least one signal that indicates a blood level in the blood reservoir (56; 72; 112; 152; 196); and a controller (60; 78; 118; 160; 200) configured to receive the at least one signal and determine a blood volume in the blood reservoir (56; 72; 112; 152; 196) based on the at least one signal, the controller (60; 78; 118; 160; 200) configured to provide at least one of a blood level signal that indicates the blood level in the blood reservoir and a blood volume signal that indicates the blood volume in the blood reservoir (56; 72; 112; 152; 196), characterised in that the differential pressure sensor (58; 76; 116; 156; 196) is integrated into the bottom of the blood reservoir (56; 72; 112; 152; 196). a blood reservoir (56; 72; 112; 152; 196) having a bottom and configured to hold blood; a differential pressure sensor (58; 76; 116; 156; 196) coupled to the bottom of the blood reservoir and configured to sense a pressure difference between pressure exerted on the differential pressure sensor by the blood and pressure exerted on the blood in the blood reservoir (56; 72; 112; 152; 196) and to provide at least one signal that indicates a blood level in the blood reservoir (56; 72; 112; 152; 196); and a controller (60; 78; 118; 160; 200) configured to receive the at least one signal and determine a blood volume in the blood reservoir (56; 72; 112; 152; 196) based on the at least one signal, the controller (60; 78; 118; 160; 200) configured to provide at least one of a blood level signal that indicates the blood level in the blood reservoir and a blood volume signal that indicates the blood volume in the blood reservoir (56; 72; 112; 152; 196), characterised in that the differential pressure sensor (58; 76; 116; 156; 196) is integrated into the bottom of the blood reservoir (56; 72; 112; 152; 196).
A method for continuous purifying contaminated motor lubricant oil from contaminant particles comprising: - supplying contaminated lubricant oil from a motor lubricant oil system tank together with liquid separation aid to a two phase separator, which two phase separator comprises a stack of separating discs and a conveyor screw, said motor lubricant oil system tank being connected to a motor for supplying lubricant oil to said motor; - continuously adding said liquid separation aid to the oil before the inlet for the contaminated oil to the two-phase separator; - supplying said contaminated lubricant oil and the separation aid into a separation chamber of a rotating centrifugal rotor in said two phase separator; - separating the contaminant particles together with the liquid separation aid from the oil and by centrifugal force in said separation chamber; - continuously discharging a phase of contaminant particles and liquid separation aid from the separation chamber by the aid of said conveyor screw of the two phase separator; - discharging purified oil from the separation chamber through a central light phase outlet back to the motor lubricant oil system tank; and and wherein the method further comprises - continuously circulating lubricant oil from the motor lubricant oil system tank to the motor. - supplying contaminated lubricant oil from a motor lubricant oil system tank together with liquid separation aid to a two phase separator, which two phase separator comprises a stack of separating discs and a conveyor screw, said motor lubricant oil system tank being connected to a motor for supplying lubricant oil to said motor; - continuously adding said liquid separation aid to the oil before the inlet for the contaminated oil to the two-phase separator; - supplying said contaminated lubricant oil and the separation aid into a separation chamber of a rotating centrifugal rotor in said two phase separator; - separating the contaminant particles together with the liquid separation aid from the oil and by centrifugal force in said separation chamber; - continuously discharging a phase of contaminant particles and liquid separation aid from the separation chamber by the aid of said conveyor screw of the two phase separator; - discharging purified oil from the separation chamber through a central light phase outlet back to the motor lubricant oil system tank; and and wherein the method further comprises - continuously circulating lubricant oil from the motor lubricant oil system tank to the motor.
A dental composite restorative material comprising; a polymerizable monomer selected from the family of polyfunctional (meth)acrylate polymerizable monomers, the refractive index (25°C) of a cured body of which is 1.52∼1.56, a spherical silica-based particle having an average particle diameter in the range of from 0.1 to 0.5μm and a standard deviation of particle diameter distribution within 1.30, an organic-inorganic composite filler prepared by dispersing the above-described silica-based particle in an organic resin matrix, and a photopolymerization initiator, wherein said photopolymerization initiator is the only polymerization initiator; and wherein said,, and are homogenously mixed each other. a polymerizable monomer selected from the family of polyfunctional (meth)acrylate polymerizable monomers, the refractive index (25°C) of a cured body of which is 1.52∼1.56, a spherical silica-based particle having an average particle diameter in the range of from 0.1 to 0.5μm and a standard deviation of particle diameter distribution within 1.30, an organic-inorganic composite filler prepared by dispersing the above-described silica-based particle in an organic resin matrix, and a photopolymerization initiator, wherein said photopolymerization initiator is the only polymerization initiator; and
Partition system for use in halls, such as sports halls, comprising a partition carrier, at least one pair of partition screens comprising sound absorbing material, that are interconnected at a predetermined distance and arranged on the partition carrier and motorized moving means for simultaneously moving the partition screens with respect to the partition carrier, wherein the partition system comprises two or more chambers for attenuating sound waves, which chambers are defined between the partition screens, wherein the partition screens are interconnected by a series of strips, made of sound isolating material, essentially extending over the width of the partition screens said partition system comprising two or more partition modules, wherein each partition module comprises at least one pair of partition screens interconnected by at least one strip, wherein the partition system is characterized in that each partition module is provided with module connecting means for releasably connecting partition modules at connecting areas.