mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, characterized in that, the data transmission method comprises: obtaining state information of a User Equipment to which downlink data is destined; selecting (32, 44, 74), for the UE according to the state information of the UE, a first gateway function entity for transmission of the downlink data; determining (33, 45, 75) a first data transmission path between the first gateway function entity and a second gateway function entity, wherein the first gateway function entity is a new serving gateway selected for the transmission of the downlink data, the second gateway function entity is a serving gateway or is a data gateway caching the downlink data; and performing (34, 46, 76) the transmission of the downlink data according to the first data transmission path. obtaining state information of a User Equipment to which downlink data is destined; selecting (32, 44, 74), for the UE according to the state information of the UE, a first gateway function entity for transmission of the downlink data; determining (33, 45, 75) a first data transmission path between the first gateway function entity and a second gateway function entity, wherein the first gateway function entity is a new serving gateway selected for the transmission of the downlink data, the second gateway function entity is a serving gateway or is a data gateway caching the downlink data; and performing (34, 46, 76) the transmission of the downlink data according to the first data transmission path.
A power tool system, comprising: a power tool configured to receive an input power from a power device; a communications system disposed within the power device, wherein the communications system comprises communications circuitry configured to receive power tool operating information, and wherein the power device is configured to gather power device operating information; characterized by a retrofit tag removably and retroactively coupled to an external surface of a housing of the power device, wherein the retrofit tag is configured to wirelessly couple with the communications system to receive at least a portion of the power tool operating information and/or the power device operating information with a first wireless communication mode, and wherein the retrofit tag is configured to transmit at least a portion of the power tool operating information or the power device operating information with a second wireless communication mode, and wherein the first wireless communication mode is different than the second wireless communication mode. a power tool configured to receive an input power from a power device; a communications system disposed within the power device, wherein the communications system comprises communications circuitry configured to receive power tool operating information, and wherein the power device is configured to gather power device operating information; characterized by a retrofit tag removably and retroactively coupled to an external surface of a housing of the power device, wherein the retrofit tag is configured to wirelessly couple with the communications system to receive at least a portion of the power tool operating information and/or the power device operating information with a first wireless communication mode, and wherein the retrofit tag is configured to transmit at least a portion of the power tool operating information or the power device operating information with a second wireless communication mode, and wherein the first wireless communication mode is different than the second wireless communication mode.
A data processing method executed by a network apparatus, wherein the network apparatus comprises a first circuit set and a second circuit set, and the method comprises: receiving, by an i th processing circuit in the first circuit set, a first packet header and data D (1, i-1) from an (i-1) th processing circuit in the first circuit set, obtaining data D' (1, i) based on a first field in the first packet header, and sending the first packet header and data D (1, i) to an (i+1) th processing circuit in the first circuit set, wherein the data D (1, i) is obtained based on the data D (1, i-1) and the data D' (1, i); sending, by the i th processing circuit in the first circuit set, the data D (1, i) to the (i+1) th processing circuit in the second circuit set; and sending, by the i th processing circuit in the second circuit set, a second packet header to the (i+1) th processing circuit in the second circuit set, wherein a type and a value of a second field in the second packet header are the same as a type and a value of the first field in the first packet header, and a location of the second field in the second packet header is the same as a location of the first field in the first packet header. receiving, by an i th processing circuit in the first circuit set, a first packet header and data D (1, i-1) from an (i-1) th processing circuit in the first circuit set, obtaining data D' (1, i) based on a first field in the first packet header, and sending the first packet header and data D (1, i) to an (i+1) th processing circuit in the first circuit set, wherein the data D (1, i) is obtained based on the data D (1, i-1) and the data D' (1, i); sending, by the i th processing circuit in the first circuit set, the data D (1, i) to the (i+1) th processing circuit in the second circuit set; and sending, by the i th processing circuit in the second circuit set, a second packet header to the (i+1) th processing circuit in the second circuit set, wherein a type and a value of a second field in the second packet header are the same as a type and a value of the first field in the first packet header, and a location of the second field in the second packet header is the same as a location of the first field in the first packet header.
Use of an exhaust-gas purification system for purifying the exhaust gases from internal combustion engines operated with a predominantly stoichiometric air/fuel mixture, the exhaust-gas purification system comprising a catalytically active particulate filter comprising a filter body and a catalytically active coating which consists of two layers arranged one above the other, wherein the second layer is in direct contact with the incoming exhaust-gas and completely covers the first layer on the exhaust-gas side, and both layers comprising aluminum oxide, wherein the aluminum oxide in the first layer is catalytically activated with palladium, whereas the second layer comprises rhodium as a catalytically active component, and wherein both layers additionally comprise an oxygen-storing cerium/zirconium mixed oxide, characterized in that the catalytically active particulate filter is arranged in a position close to the engine, and wherein a three-way catalyst comprising a ceramic or metal throughflow substrate and a catalytically active coating is arranged at the incoming side with respect to the particulate filter and comprises less than 100 g/L of oxygen-storing cerium/zirconium mixed oxide, based on the volume of the three-way catalyst. and both layers comprising aluminum oxide, wherein the aluminum oxide in the first layer is catalytically activated with palladium, whereas the second layer comprises rhodium as a catalytically active component, and wherein both layers additionally comprise an oxygen-storing cerium/zirconium mixed oxide, characterized in that the catalytically active particulate filter is arranged in a position close to the engine, and wherein a three-way catalyst comprising a ceramic or metal throughflow substrate and a catalytically active coating is arranged at the incoming side with respect to the particulate filter and comprises less than 100 g/L of oxygen-storing cerium/zirconium mixed oxide, based on the volume of the three-way catalyst.
A composition comprising an angiotensin system inhibitor or a beta-adrenergic receptor blocker, for use in a method of reducing the incidence, delaying the onset, and/or reducing the severity of heart dysfunction and/or heart failure in a subject, the method comprising administering the composition to the subject before, at the time of, or after myocardial infarction and performing repeated remote ischemic conditioning regimens on a subject having a myocardial infarction, wherein a first RIC regimen is performed during the myocardial infarction and subsequent RIC regimens are performed daily after the first RIC regimen.
A handle comprises a handle portion, a base portion and a spindle, the handle portion being rotatable with respect to the base portion, wherein the handle portion comprises a body section made of plastics material and an inset section made of a different material, wherein the spindle engages with the inset section of the handle portion, characterised in that the handle portion is held in position against the base portion by trapping the base portion between a projecting part of the spindle and the handle portion, wherein the spindle is engaged with the handle portion in an interference fit, and in which the body section is an overmoulded body section.
A packaging for holding and dispensing gloves, the packaging comprising: a container with a cavity configured to hold the gloves, the container having an opening through which the gloves are removable from the container; and a barrier attached to the container and covering at least a portion of the opening of the container, the barrier including an antimicrobial material, wherein the antimicrobial material includes a combination of zinc-based and silver-based materials characterized in that the combination of zinc-based and silver-based materials collectively exhibit a minimum 4-log reduction of one or more predetermined pathogens, contaminants, or both; and in that the antimicrobial material includes 0.075% to 0.1 % of total weight of the zinc-based material and 0.1 % to 0.5% of total weight of the silver-based material. a container with a cavity configured to hold the gloves, the container having an opening through which the gloves are removable from the container; and a barrier attached to the container and covering at least a portion of the opening of the container, the barrier including an antimicrobial material, wherein the antimicrobial material includes a combination of zinc-based and silver-based materials characterized in that the combination of zinc-based and silver-based materials collectively exhibit a minimum 4-log reduction of one or more predetermined pathogens, contaminants, or both; and in that the antimicrobial material includes 0.075% to 0.1 % of total weight of the zinc-based material and 0.1 % to 0.5% of total weight of the silver-based material.
A process for preparing canagliflozin hemihydrate crystals comprising the consecutive steps of a) preparing a solution in a crystallization vessel of canagliflozin in a solvent system comprising water in an amount from 0.37 wt% to 1.50 wt% under concentration and temperature conditions which allow the complete dissolution of canagliflozin; b) cooling the said solution to a temperature such that crystallization will start upon addition of a seed crystal; c) seeding the solution of step b) with crystalline canagliflozin hemihydrate; d) cooling the solution of step c) to a temperature ranging from 35°C to 47°C in order to obtain a crystalline suspension; e) removing a part of the crystalline suspension from the crystallization vessel in an amount that is less than the entire content and subjecting said part to particle size reduction, heating said part to a temperature higher than the temperature of the crystalline suspension in the crystallization vessel and returning said part back to the crystallization vessel; f) repeating step e) until the entire content of the crystallization vessel has undergone between 0.8 and 100 turnovers; g) isolating the crystals of crystalline canagliflozin hemihydrate thus formed. a) preparing a solution in a crystallization vessel of canagliflozin in a solvent system comprising water in an amount from 0.37 wt% to 1.50 wt% under concentration and temperature conditions which allow the complete dissolution of canagliflozin; b) cooling the said solution to a temperature such that crystallization will start upon addition of a seed crystal; c) seeding the solution of step b) with crystalline canagliflozin hemihydrate; d) cooling the solution of step c) to a temperature ranging from 35°C to 47°C in order to obtain a crystalline suspension; e) removing a part of the crystalline suspension from the crystallization vessel in an amount that is less than the entire content and subjecting said part to particle size reduction, heating said part to a temperature higher than the temperature of the crystalline suspension in the crystallization vessel and returning said part back to the crystallization vessel; f) repeating step e) until the entire content of the crystallization vessel has undergone between 0.8 and 100 turnovers; g) isolating the crystals of crystalline canagliflozin hemihydrate thus formed.
An ultrasonic wave-based voice signal transmission system, comprising: an ultrasonic modulator, a beamforming controller, an ultrasonic transducer array, and a user detector, wherein the ultrasonic modulator, the user detector, and the ultrasonic transducer array all are connected to the beamforming controller; the ultrasonic modulator is configured to modulate a voice signal onto an ultrasonic band and output the modulated voice signal to the beamforming controller; the user detector is configured to detect a user and output a detection result of the user to the beamforming controller, wherein the detection result is a location information of the user or a decision information; the beamforming controller is configured to control a phase and an amplitude of the modulated voice signal according to the detection result output by the user detector, to obtain an electrical signal that points to the user, and output, to the ultrasonic transducer array, the signal that points to the user; and the ultrasonic transducer is configured to convert the electrical signal that points to the user and that is output by the beamforming controller into an ultrasonic signal with a beam pointing to the user, and transmit the ultrasonic signal, and characterised in that: the detection result is the location information of the user, the user detector comprises a voice signal receiver array and a voice analyzer, wherein the voice signal receiver array is connected to the voice analyzer, the voice analyzer is connected to the beamforming controller, the voice signal receiver array is configured to receive an external voice signal, the voice analyzer is configured to obtain, by means of analysis, the location of the user according to a signal characteristic of the external voice signal received by the voice signal receiver array and output the location of the user to the beamforming controller, and the beamforming controller is specifically configured to control, according to the location of the user output by the voice analyzer, the phase and the amplitude of the modulated signal output by the ultrasonic modulator.
A resin-filled ferrite carrier for an electrophotographic developer, in which a void of a porous ferrite particle used as a ferrite carrier core material is filled with silicone resin, wherein a true specific gravity of the porous ferrite particle filled with the silicone resin and a Si/Fe value measured by fluorescent X-ray elemental analysis according to the description satisfy the following inequality: − 350 X ≤ Y − 4.83 ≤ − 100 X
Ablation probe, comprising: - a probe hose for transporting fluid, - a distal electrode and a proximal electrode which, for devitalising tissue by means of HF current, are connected to a supply device containing an HF generator, and - conductive foils arranged parallel to each other along a longitudinal axis of the probe hose and in a helical structure, wherein the distal electrode and the proximal electrode are electrically isolated from each other and each powered by means of a conductive foil, wherein the ablation probe comprises a cooling device for cooling at least portions of the ablation probe to prevent carbonisation of the tissue, which device may be supplied by a supply device, wherein the cooling device comprises a fluid channel in the interior of the probe hose, wherein a fluid can be brought via the fluid channel to the distal region of the ablation probe where the fluid can expand at a distal end of the fluid channel in order to extract thermal energy from the ablation probe. - a probe hose for transporting fluid, - a distal electrode and a proximal electrode which, for devitalising tissue by means of HF current, are connected to a supply device containing an HF generator, and - conductive foils arranged parallel to each other along a longitudinal axis of the probe hose and in a helical structure, wherein the distal electrode and the proximal electrode are electrically isolated from each other and each powered by means of a conductive foil, wherein the ablation probe comprises a cooling device for cooling at least portions of the ablation probe to prevent carbonisation of the tissue, which device may be supplied by a supply device,
A method for detecting buildup of hardened concrete in a mixer drum, comprising: (a) providing a rotatable concrete mixer drum having an inner wall and at least two blades mounted on the inner wall within the mixer drum, the mixer drum having 0-0.76 cubic meters (0.0-1.0 cubic yard) of plastic cementitious material and material unattached to the mixer drum, the concrete mixer drum being rotated at a constant rotational speed by a motor driven by a hydraulic-pressure pump, the motor having two sides, a first side for charging the motor in a first direction using hydraulic fluid driven by the pump and a second side for returning the hydraulic fluid to the pump; (b) measuring the hydraulic pressure as a function of time during at least two successive complete rotations of the mixer drum at constant rotational speed using sensors (22,23) for measuring the pressure of the hydraulic fluid on both sides to obtain a pressure/time data curve; (c) determining when the sensed pressure/time data curve as obtained from step (b) represents eccentric behavior which meets or exceeds a stored eccentricity threshold; and, where eccentric behavior meets or exceeds a stored eccentricity threshold value; (d) providing an alarm or indication that the rotation of the concrete drum has eccentric behavior which meets or exceeds the stored threshold value. (a) providing a rotatable concrete mixer drum having an inner wall and at least two blades mounted on the inner wall within the mixer drum, the mixer drum having 0-0.76 cubic meters (0.0-1.0 cubic yard) of plastic cementitious material and material unattached to the mixer drum, the concrete mixer drum being rotated at a constant rotational speed by a motor driven by a hydraulic-pressure pump, the motor having two sides, a first side for charging the motor in a first direction using hydraulic fluid driven by the pump and a second side for returning the hydraulic fluid to the pump; (b) measuring the hydraulic pressure as a function of time during at least two successive complete rotations of the mixer drum at constant rotational speed using sensors (22,23) for measuring the pressure of the hydraulic fluid on both sides to obtain a pressure/time data curve; (c) determining when the sensed pressure/time data curve as obtained from step (b) represents eccentric behavior which meets or exceeds a stored eccentricity threshold; and, where eccentric behavior meets or exceeds a stored eccentricity threshold value; (d) providing an alarm or indication that the rotation of the concrete drum has eccentric behavior which meets or exceeds the stored threshold value.
An intermediate transfer belt configured to receive a toner image formed by developing, with a toner, a latent image on an image bearing member, the intermediate transfer belt comprising: a base layer; and an elastic layer laid on the base layer; wherein the elastic layer comprises spherical resin particles and a layer formed of an elastic body, and has a concavo-convex pattern in a surface of the elastic layer, wherein the spherical resin particles are arranged in a plane direction in the surface of the elastic layer, characterized in that a b urial rate of the spherical resin particles is greater than 50% and less than 100%, and h max - h min ≤ 0.2 μm where h max denotes the maximum exposed height of the spherical resin particles and h min denotes the minimum exposed height of the spherical resin particles from a surface of the layer formed of the elastic body, wherein the intermediate transfer belt has glossiness of 35% or higher as determined based on reflected light at 85° on the surface of the intermediate transfer belt. a base layer; and an elastic layer laid on the base layer; wherein the elastic layer comprises spherical resin particles and a layer formed of an elastic body, and has a concavo-convex pattern in a surface of the elastic layer, wherein the spherical resin particles are arranged in a plane direction in the surface of the elastic layer, characterized in that a b urial rate of the spherical resin particles is greater than 50% and less than 100%, and h max - h min ≤ 0.2 μm where h max denotes the maximum exposed height of the spherical resin particles and h min denotes the minimum exposed height of the spherical resin particles from a surface of the layer formed of the elastic body, wherein the intermediate transfer belt has glossiness of 35% or higher as determined based on reflected light at 85° on the surface of the intermediate transfer belt.