mhurhangee/ep-ind-claims huggingface dataset:
A method for deciding on the activation of carrier aggregation for a carrier of a first base station and a carrier of a second base station of a cellular network for delivering a service to a mobile terminal, on the basis of a combination of a plurality of parameters, at least one parameter being associated with a performance of the cellular network, wherein the at least one parameter associated with the performance of the cellular network comprises an indication of latency for communication between network entities of the cellular network and a parameter based on an assessment of a change in throughput due to carrier aggregation activation relative to a change in transmission overheads due to carrier aggregation activation, at least one parameter being associated with a Quality of Service requirement of the service, wherein the at least one parameter associated with the Quality of Service requirement of the service comprises one or more of: a latency requirement of the service; and a minimum bit rate requirement of the service, at least one parameter being associated with a state of the mobile terminal, wherein the at least one parameter associated with a state of the mobile terminal comprises a quality of service state, wherein the quality of service state for the mobile terminal indicates a maximum delay tolerance for the mobile terminal, at least one parameter being associated with a radio link between the mobile terminal and the first base station and/or second base station, the method further comprising one or more of: deciding to activate carrier aggregation if the indication of latency is less than a threshold value; deciding to activate carrier aggregation if the latency requirement of the service is at least a threshold delay tolerance level; and deciding to activate carrier aggregation if the maximum delay tolerance for the mobile terminal is at least a threshold delay tolerance level. a latency requirement of the service; and a minimum bit rate requirement of the service, deciding to activate carrier aggregation if the indication of latency is less than a threshold value; deciding to activate carrier aggregation if the latency requirement of the service is at least a threshold delay tolerance level; and deciding to activate carrier aggregation if the maximum delay tolerance for the mobile terminal is at least a threshold delay tolerance level.
A motorised truck with tiller comprising: (a) a chassis having a plurality of ground-engaging wheels (12L, 12R, 14), at least one of which is a steerable wheel to steer the truck; (b) a drive motor for driving at least one of the wheels to move the truck across the ground; (c) a tiller rotatably connected to the chassis which may be swung from side to side to steer the truck; (d) a steering motor for varying the angle of the steerable wheel; (e) a steering motor controller which, in a normal mode of operation, receives as an input an indication of the tiller angle and which outputs in response thereto a control signal to the steering motor to vary the angle of the steerable wheel such that the angle between the tiller and the steerable wheel maintains a predetermined angular offset; wherein the angular offset between the tiller and the steerable wheel may be adjusted and the adjusted angular offset subsequently used as the predetermined angular offset characterised in that said adjustment of the angular offset is carried out by said steering motor controller in a realignment mode of operation, in which the steering motor controller outputs a control signal to the steering motor to steer the steerable wheel to a different angular offset. (a) a chassis having a plurality of ground-engaging wheels (12L, 12R, 14), at least one of which is a steerable wheel to steer the truck; (b) a drive motor for driving at least one of the wheels to move the truck across the ground; (c) a tiller rotatably connected to the chassis which may be swung from side to side to steer the truck; (d) a steering motor for varying the angle of the steerable wheel; (e) a steering motor controller which, in a normal mode of operation, receives as an input an indication of the tiller angle and which outputs in response thereto a control signal to the steering motor to vary the angle of the steerable wheel such that the angle between the tiller and the steerable wheel maintains a predetermined angular offset;
A method of predicting an adverse event in a patient having an implantable blood pump comprising: correlating a pulsatility value to a flow trough value associated with the blood pump to determine a flow peak value; dividing the determined flow peak value by a pump current to determine a pulsatility peak value; tracking a first moving average of the pulsatility peak value, the first moving average defining a threshold range; tracking a second moving average of the pulsatility peak value, the second moving average being faster than the first moving average; and generating an alert when the second moving average deviates from the threshold range; wherein the method is implemented in hardware, software, firmware, or any combination thereof. correlating a pulsatility value to a flow trough value associated with the blood pump to determine a flow peak value; dividing the determined flow peak value by a pump current to determine a pulsatility peak value; tracking a first moving average of the pulsatility peak value, the first moving average defining a threshold range; tracking a second moving average of the pulsatility peak value, the second moving average being faster than the first moving average; and generating an alert when the second moving average deviates from the threshold range; wherein the method is implemented in hardware, software, firmware, or any combination thereof.
An edge detection device for detecting edges of one sheet located on another sheet in a composite sheet formed by attaching at least two sheets such that positions of edges of the sheets are displaced in a width direction, the edge detection device comprising: a line camera (38, 238) configured to take an image of the entirety in the width direction of the composite sheet; and a pair of lightings (40, 240) configured to apply light to the composite sheet, wherein a field of view of the line camera (38, 238) includes the edges of the one sheet located on the other sheet, characterized in that the pair of lightings (40, 240) is disposed with the line camera (38, 238) located therebetween in a longitudinal direction of the composite sheet, wherein, to a portion to which light of one lighting (40, 240) is applied, light of the other lighting (40, 240) is applied. a line camera (38, 238) configured to take an image of the entirety in the width direction of the composite sheet; and a pair of lightings (40, 240) configured to apply light to the composite sheet, wherein a field of view of the line camera (38, 238) includes the edges of the one sheet located on the other sheet, characterized in that the pair of lightings (40, 240) is disposed with the line camera (38, 238) located therebetween in a longitudinal direction of the composite sheet, wherein, to a portion to which light of one lighting (40, 240) is applied, light of the other lighting (40, 240) is applied.
A radiant wall burner apparatus, which apparatus comprises: an elongated mixing chamber having an upstream portion in fluid communication with a downstream portion; an inlet adjacent to and in fluid communication with the upstream portion of the mixing chamber; and a burner tip in fluid communication with said downstream portion of the mixing chamber, wherein the apparatus is characterized in that said burner tip includes an upper leaf and a lower leaf forming a substantially constant flow area from said downstream portion of the mixing chamber up to an exit gap of the burner tip resulting in radial distribution of a fuel gas and air mixture at a substantially uniform velocity as the gas exits the burner tip; and wherein support pins connect a neck of said upper leaf and an extension of said lower leaf. an elongated mixing chamber having an upstream portion in fluid communication with a downstream portion; an inlet adjacent to and in fluid communication with the upstream portion of the mixing chamber; and a burner tip in fluid communication with said downstream portion of the mixing chamber, wherein the apparatus is characterized in that said burner tip includes an upper leaf and a lower leaf forming a substantially constant flow area from said downstream portion of the mixing chamber up to an exit gap of the burner tip resulting in radial distribution of a fuel gas and air mixture at a substantially uniform velocity as the gas exits the burner tip; and
A bottle container with a bottle breakage-preventing function, the bottle container comprising: a tubular inner container (2, 12) including a cap at an upper portion thereof, the inner container being formed of an easily-breakable material; and an outer container (3, 16) mounted so as to extend along a bottom and a trunk of the inner container, wherein the inner container includes a shoulder formed in a constricted shape or a tapered shape at the upper portion which is not covered with the outer container, an outer peripheral portion of a bottom of the outer container is made thicker than a trunk of the outer container, and a center portion of the bottom of the outer container is made thinner than the outer peripheral portion to form a space such that the center portion of the bottom of the outer container is not brought into contact with the bottom of the inner container, and the outer container mounted to the inner container and at least the shoulder of the inner container are covered with a heat-shrinkable film, whereby the inner container and the outer container are integrated, characterized in that the outer container is a cushioning container configured to protect the inner container, and in a state where a gap is formed between the trunk of the inner container which is located within the cushioning container and an inner wall of the cushioning container which is opposed to the trunk, the inner container and the cushioning container are wrapped with the heat-shrinkable film. a tubular inner container (2, 12) including a cap at an upper portion thereof, the inner container being formed of an easily-breakable material; and an outer container (3, 16) mounted so as to extend along a bottom and a trunk of the inner container, wherein the inner container includes a shoulder formed in a constricted shape or a tapered shape at the upper portion which is not covered with the outer container, an outer peripheral portion of a bottom of the outer container is made thicker than a trunk of the outer container, and a center portion of the bottom of the outer container is made thinner than the outer peripheral portion to form a space such that the center portion of the bottom of the outer container is not brought into contact with the bottom of the inner container, and the outer container mounted to the inner container and at least the shoulder of the inner container are covered with a heat-shrinkable film, whereby the inner container and the outer container are integrated, characterized in that the outer container is a cushioning container configured to protect the inner container, and in a state where a gap is formed between the trunk of the inner container which is located within the cushioning container and an inner wall of the cushioning container which is opposed to the trunk, the inner container and the cushioning container are wrapped with the heat-shrinkable film.
A semiconductor device comprising: a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type formed above the first semiconductor layer; first trenches formed in a surface of the second semiconductor layer, the first trenches having a stripe planar pattern; a gate electrode formed in the first trenches with an insulator film interposed between the gate electrode and the first trenches; third semiconductor layers of the first conductivity type formed selectively between adjacent first trenches in an extending direction of the first trenches; fourth semiconductor layers of the second conductivity type formed selectively in a surface of each of the third semiconductor layers; an emitter electrode in contact with the third semiconductor layers and the fourth semiconductor layers; a collector electrode in contact with the first semiconductor layer; and a second trench formed between the first trenches adjacent to each other, the second trench being formed in parallel to the first trenches adjacent to each other, and the second trench being formed between two of the third semiconductor layers; wherein a distance (Lgd) between the first trench and the second trench is shorter than a width (Wbi) of a built-in depletion layer that expands, in a thermal equilibrium state, into the second semiconductor layer from a pn-junction between the second semiconductor layer and the third semiconductor layer. a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type formed above the first semiconductor layer; first trenches formed in a surface of the second semiconductor layer, the first trenches having a stripe planar pattern; a gate electrode formed in the first trenches with an insulator film interposed between the gate electrode and the first trenches; third semiconductor layers of the first conductivity type formed selectively between adjacent first trenches in an extending direction of the first trenches; fourth semiconductor layers of the second conductivity type formed selectively in a surface of each of the third semiconductor layers; an emitter electrode in contact with the third semiconductor layers and the fourth semiconductor layers; a collector electrode in contact with the first semiconductor layer; and a second trench formed between the first trenches adjacent to each other, the second trench being formed in parallel to the first trenches adjacent to each other, and the second trench being formed between two of the third semiconductor layers; wherein a distance (Lgd) between the first trench and the second trench is shorter than a width (Wbi) of a built-in depletion layer that expands, in a thermal equilibrium state, into the second semiconductor layer from a pn-junction between the second semiconductor layer and the third semiconductor layer.
A CMP slurry for an STI process in which a compound having a weight-average molecular weight of 30-500 and containing a hydroxyl group, a carboxyl group (COOH), or both, is added to a CMP slurry comprising abrasive particles and water and having a first viscosity, so that the CMP slurry is controlled to have a second viscosity 5-30% lower than the first viscosity, wherein the second viscosity is in a range of 1.1-1.9 mPa·s (cPs) and wherein the viscosities are measured using an RS150 (Thermo Haake, USA) at room temperature, wherein the content of water in the CMP slurry is preferably 94-99.8 wt% based on 100 wt% of the total slurry composition, which further comprises, as an additive, a graft-type polymer acid having a weight-average molecular weight of 1,000-20,000 and comprising a backbone and a side chain, or a mixture of the graft-type polymer acid and a linear polymer acid having a weight-average molecular weight of 2,000-50,000, wherein the linear polymer acid comprises at least one monomer selected from the group consisting of acrylic acid, methacrylic acid, itaconic acid and maleic acid, and the graft-type polymer acid contains an alkoxypolyalkylene glycol mono(meth)acrylate monomer represented by Formula 1: wherein R 1 is a hydrogen atom or methyl; R 2 O is a C2-C4 oxyalkylene or a combination thereof, and may be added randomly or in the form of a block when it is a combination of at least two kinds of C2-C4 oxyalkylene groups; R 3 is a C1-C4 alkyl; and m is an average addition mole number of oxyalkylene groups, and represents an integer of 1-50. wherein R 1 is a hydrogen atom or methyl; R 2 O is a C2-C4 oxyalkylene or a combination thereof, and may be added randomly or in the form of a block when it is a combination of at least two kinds of C2-C4 oxyalkylene groups; R 3 is a C1-C4 alkyl; and m is an average addition mole number of oxyalkylene groups, and represents an integer of 1-50.
A method for recovery of urea dust and ammonia from a gas stream, being a waste air stream from granulation, prilling or product cooling process steps in a urea plant, comprising the steps of: (i) contacting a gas stream, comprising urea dust and ammonia, with an aqueous sulphuric acid solution, thereby forming an acidic ammonium sulphate solution comprising urea, (ii) neutralizing said acidic ammonium sulphate solution by adding ammonia, and (iii) concentrating the neutralized solution obtained in neutralization step (ii) to a melt comprising less than 5 wt.% water, which melt is subsequently particulated into solid particles comprising urea and ammonium sulphate, characterized, in that urea is added after neutralization step (ii) to obtain urea ammonium sulphate having a predetermined ratio of sulphur atoms to nitrogen atoms (S/N ratio). (i) contacting a gas stream, comprising urea dust and ammonia, with an aqueous sulphuric acid solution, thereby forming an acidic ammonium sulphate solution comprising urea, (ii) neutralizing said acidic ammonium sulphate solution by adding ammonia, and (iii) concentrating the neutralized solution obtained in neutralization step (ii) to a melt comprising less than 5 wt.% water, which melt is subsequently particulated into solid particles comprising urea and ammonium sulphate, characterized, in that urea is added after neutralization step (ii) to obtain urea ammonium sulphate having a predetermined ratio of sulphur atoms to nitrogen atoms (S/N ratio).
A method for producing a silver sintering agent in the form of a layered silver sintering body comprising silver oxide surfaces, comprising the steps of: applying a silver sintering preparation onto a support substrate comprising a surface, which is incapable of forming a sintered bond, sintering the silver sintering preparation applied in this way, detaching the layered silver sintering body formed in step from the surface of the support substrate, as well as optionally producing or reinforcing a silver oxide layer on the entire or on portions of the outer surface of the layered silver sintering body as part of an oxidation step, which follows step. applying a silver sintering preparation onto a support substrate comprising a surface, which is incapable of forming a sintered bond, sintering the silver sintering preparation applied in this way, detaching the layered silver sintering body formed in step from the surface of the support substrate, as well as optionally producing or reinforcing a silver oxide layer on the entire or on portions of the outer surface of the layered silver sintering body as part of an oxidation step, which follows step.
An apparatus for wirelessly transmitting energy based on an energy frame the apparatus comprising a transmission device comprising: a transmitter configured to transmit, to at least one reception device, energy in an energy frame through a mutual resonance between a source resonator and at least one target resonator; and a controller configured to determine information to be included in the energy frame based on whether energy is transmitted to the at least one reception device, or based on whether data is transmitted to the at least one reception device, wherein the energy frame comprises an energy frame body, the EFB comprises the energy and at least one data frame, and the at least one data frame comprises a data frame body including data information including the ID of a reception device that receives the energy frame. a transmitter configured to transmit, to at least one reception device, energy in an energy frame through a mutual resonance between a source resonator and at least one target resonator; and a controller configured to determine information to be included in the energy frame based on whether energy is transmitted to the at least one reception device, or based on whether data is transmitted to the at least one reception device, wherein the energy frame comprises an energy frame body, the EFB comprises the energy and at least one data frame, and the at least one data frame comprises a data frame body including data information including the ID of a reception device that receives the energy frame.
A soap dispenser for use in a hotel bathroom, comprising: a bottle body for containing a shampoo or a shower gel, wherein the bottle body is placed upside down; a sealing cover connected to and covering a bottle mouth of the bottle body, wherein a liquid discharge hole is provided in a center of the sealing cover, the liquid discharge hole is provided with a barrier sheet, wherein the barrier sheet is made of silica gel, and a cutout is provided at a center of the barrier sheet; and a positioning frame for fixing the bottle body to a wall of the hotel bathroom, wherein the positioning frame comprises a fixing plate and a mounting ring, wherein the mounting ring is fixed to a lower end of the fixing plate, the fixing plate is fixed to the wall of the hotel bathroom via a plurality of bolts, an upper end face of the mounting ring is provided with an annular snap groove, the bottle mouth of the bottle body extends into the mounting ring, and a lower end face of the bottle body abuts against the annular snap groove, characterized in that a limiting groove is provided at an upper end of an inner annular face of the mounting ring, a limiting block is fixed to a side of the bottle body, the bottle mouth is located on the side of the bottle body, and after the bottle mouth of the bottle body extends into the mounting ring, the limiting block is snapped into the limiting groove. a bottle body for containing a shampoo or a shower gel, wherein the bottle body is placed upside down; a sealing cover connected to and covering a bottle mouth of the bottle body, wherein a liquid discharge hole is provided in a center of the sealing cover, the liquid discharge hole is provided with a barrier sheet, wherein the barrier sheet is made of silica gel, and a cutout is provided at a center of the barrier sheet; and a positioning frame for fixing the bottle body to a wall of the hotel bathroom, wherein the positioning frame comprises a fixing plate and a mounting ring, wherein the mounting ring is fixed to a lower end of the fixing plate, the fixing plate is fixed to the wall of the hotel bathroom via a plurality of bolts, an upper end face of the mounting ring is provided with an annular snap groove, the bottle mouth of the bottle body extends into the mounting ring, and a lower end face of the bottle body abuts against the annular snap groove, characterized in that a limiting groove is provided at an upper end of an inner annular face of the mounting ring, a limiting block is fixed to a side of the bottle body, the bottle mouth is located on the side of the bottle body, and after the bottle mouth of the bottle body extends into the mounting ring, the limiting block is snapped into the limiting groove.