mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a Session Management Function, SMF, the method comprising: transmitting a request for analytics information on a specific User Equipment, UE, (10, 100) or a group of UEs (10, 100) to a Network Data Analytics Function, NWDAF, wherein the request includes i) an analytics identifier, ID, and ii) analytics filter information, and wherein the analytics filter information includes a Local Area Data Network, LADN, Data Network Name, DNN for a LADN service area; obtaining the analytics information from the NWDAF in response to the request; and determining whether to perform a first procedure or a second procedure for a LADN Protocol Data Unit, PDU, session, based on the analytics information, wherein the first procedure is a procedure for releasing the LADN PDU session, wherein the second procedure is a procedure for deactivating the LADN PDU session in which a user plane resource is released while maintaining the LADN PDU session, wherein the analytics ID is set to UE Presence Pattern, and wherein the analytics information is related to a UE presence pattern in the LADN service area. transmitting a request for analytics information on a specific User Equipment, UE, (10, 100) or a group of UEs (10, 100) to a Network Data Analytics Function, NWDAF, wherein the request includes i) an analytics identifier, ID, and ii) analytics filter information, and wherein the analytics filter information includes a Local Area Data Network, LADN, Data Network Name, DNN for a LADN service area; obtaining the analytics information from the NWDAF in response to the request; and determining whether to perform a first procedure or a second procedure for a LADN Protocol Data Unit, PDU, session, based on the analytics information, wherein the first procedure is a procedure for releasing the LADN PDU session, wherein the second procedure is a procedure for deactivating the LADN PDU session in which a user plane resource is released while maintaining the LADN PDU session, wherein the analytics ID is set to UE Presence Pattern, and wherein the analytics information is related to a UE presence pattern in the LADN service area.
A composition for use in reducing a symptom of gliadin peptide toxicity in a subject having a gluten-related disorder, the composition comprising a fermented food product, wherein the food product is a dairy product or a cereal product, wherein the fermented food product has been fermented by probiotic bacterium Lactobacillus paracasei CBA L74, International Depository Accession Number LMG P-24778, and the fermented food product reduces a symptom of gliadin peptide toxicity in a subject having a gluten-related disorder by providing an increased barrier to translocation of a gliadin peptide across an intestinal mucosa of the subject.
A work management system that is applied to a work area (Rw) in which a predetermined work is executed by a worker and a robot, comprising: a control section configured to control the robot such that a specified operation set in advance is included in an operation by the robot executing the predetermined work; characterized by the work management system further comprising an information acquisition section configured to acquire work information indicating a presence or absence of the specified operation in at least one of an execution result and an execution process of the predetermined work when the predetermined work is executed in the work area (Rw), wherein the execution result includes a start time and an end time of the predetermined work, a required time, and an interval of the consecutive predetermined works, and the execution process includes a position and an operation trajectory of the robot, the robot being an exchange robot, and a target object detected by various sensors during the execution of the predetermined work, and the work information is a trace information relating to at least one of the execution result and the execution process of the predetermined work; and an identification section configured to identify whether a work subject of the predetermined work is the worker or the robot based on the work information acquired by the information acquisition section. a control section configured to control the robot such that a specified operation set in advance is included in an operation by the robot executing the predetermined work; characterized by the work management system further comprising an information acquisition section configured to acquire work information indicating a presence or absence of the specified operation in at least one of an execution result and an execution process of the predetermined work when the predetermined work is executed in the work area (Rw), wherein the execution result includes a start time and an end time of the predetermined work, a required time, and an interval of the consecutive predetermined works, and the execution process includes a position and an operation trajectory of the robot, the robot being an exchange robot, and a target object detected by various sensors during the execution of the predetermined work, and the work information is a trace information relating to at least one of the execution result and the execution process of the predetermined work; and an identification section configured to identify whether a work subject of the predetermined work is the worker or the robot based on the work information acquired by the information acquisition section.
A liquid ambient temperature curable intumescent coating composition comprising: (a) 25.0-75.0 volume % of one more organic thermosetting polymer(s) and curing agent(s) for the organic thermosetting polymer(s), (b) 5.0-70.0 volume % of one or more source(s) of phosphoric acid and/or sulphonic acid, (c) 1.0-60.0 volume % of one or more source(s) of metal and/or metalloid ion(s) selected from oxides, hydroxides, carbonates, bicarbonates, phosphates, chlorides, sulphates, nitrates, silicates, and borates of Al, Ti, Zn, Cu, Zr, Mg, Na or Ca; and oxides, hydroxides, carbonates of Si and B; and complexes thereof, (d) 0.0-5.0 volume % of amine functional blowing agents selected urea, dicyandiamide, melamine and derivatives thereof, provided that the total volume of said amine functional blowing agents is no greater than 25% of the volume of (c), wherein volume % is calculated on the total volume of the non-volatile components in the coating composition. (a) 25.0-75.0 volume % of one more organic thermosetting polymer(s) and curing agent(s) for the organic thermosetting polymer(s), (b) 5.0-70.0 volume % of one or more source(s) of phosphoric acid and/or sulphonic acid, (c) 1.0-60.0 volume % of one or more source(s) of metal and/or metalloid ion(s) selected from oxides, hydroxides, carbonates, bicarbonates, phosphates, chlorides, sulphates, nitrates, silicates, and borates of Al, Ti, Zn, Cu, Zr, Mg, Na or Ca; and oxides, hydroxides, carbonates of Si and B; and complexes thereof, (d) 0.0-5.0 volume % of amine functional blowing agents selected urea, dicyandiamide, melamine and derivatives thereof, provided that the total volume of said amine functional blowing agents is no greater than 25% of the volume of (c),
A tape cassette configured to be used in a tape printing apparatus that performs printing on a print tape using a thermal head, wherein the tape cassette incorporates a print tape spool around which the print tape is wound and a ribbon spool around which an ink ribbon is wound, and wherein a print image such as a character is to be formed on the print tape through the ink ribbon using the thermal head, wherein the ink ribbon comprises: a base film; and a thermal printing layer formed on the base film and comprising a coloring layer containing wax, resin and pigment, and an adhesive layer coated on the coloring layer, and characterized in that a congealing point of the thermal printing layer is 89 degrees Celsius or higher, and difference between a melting point of the thermal printing layer and a glass transition point of the thermal printing layer is 23 degrees Celsius or smaller. a base film; and a thermal printing layer formed on the base film and comprising a coloring layer containing wax, resin and pigment, and an adhesive layer coated on the coloring layer, and characterized in that a congealing point of the thermal printing layer is 89 degrees Celsius or higher, and difference between a melting point of the thermal printing layer and a glass transition point of the thermal printing layer is 23 degrees Celsius or smaller.
A dental article comprising: a substrate comprising a polymeric material, wherein a modulus of elasticity of the substrate is reduced upon exposure to water; and a water-resistant coating on the substrate, wherein the water-resistant coating comprises parylene, wherein the water-resistant coating comprises a layer comprising parylene and at least one additional layer, the at least one additional layer comprising an inorganic material or a polymeric hardcoat wherein the layer comprising parylene comprises a first layer comprising parylene over the substrate, and wherein the at least one additional layer comprises: an intermediate layer over the first layer, the intermediate layer comprising the inorganic material or the polymeric hardcoat; and a third layer comprising parylene over the intermediate layer, characterised in that the substrate comprises a three-dimensionally printed polymeric substrate comprising a surface defining a plurality of contour lines that produce an aliasing effect, wherein the water-resistant coating reduces the aliasing effect of the three-dimensionally printed polymeric substrate.
A method of simultaneously forming and filling a container comprising: disposing a heated preform having a coating on an inner surface thereof in a mold cavity, delivering a liquid into the preform thereby expanding the preform and the coating toward an interior surface of the mold cavity to form a resulting container, wherein the coating reduces a loss of heat energy from the heated preform during the delivering step; and wherein the liquid remains within the container as an end product, the method being characterised in the coating having a thermal conductivity less than a thermal conductivity of a material forming the preform. disposing a heated preform having a coating on an inner surface thereof in a mold cavity, delivering a liquid into the preform thereby expanding the preform and the coating toward an interior surface of the mold cavity to form a resulting container, wherein the coating reduces a loss of heat energy from the heated preform during the delivering step; and wherein the liquid remains within the container as an end product, the method being characterised in the coating having a thermal conductivity less than a thermal conductivity of a material forming the preform.
A polymer electrolyte fuel cell comprising: a hydrogen ion conductive polymer electrolyte membrane; a pair of electrodes which have catalyst layers sandwiching said hydrogen ion conductive polymer electrolyte membrane therebetween and gas diffusion layers in contact with said catalyst layers; a conductive separator plate having a gas flow channel for supplying a fuel gas to one of said electrodes; and a conductive separator plate having a gas flow channel for supplying an oxidant gas to the other electrode, wherein said catalyst layers comprise a hydrogen ion conductive polymer electrolyte and conductive carbon particles carrying a catalyst metal, characterized in that said hydrogen ion conductive polymer electrolyte has a molecular weight of not less than 10,000 and not more than 500,000 or a main chain polymerization degree of not less than 10 and not more than 500 and in that the hydrogen ion conductive polymer electrolyte size is as small as 5 to 40 nm and the electrolyte is provided in pores of an agglomerate structure of the conductive carbon particles.
Method for controlling a process fluid flow generated by a pump in a process industry plant, such as a chemical or petro-chemical plant, a pasteurization plant, a brewery, a food producing plant or a pharmaceutical plant, wherein a desired flow rate of the process fluid at a control valve is set by moving the control valve to a corresponding valve position and the actual valve position is sensed, wherein an actual characteristic variable relating to a process fluid flow rate at the control valve is determined and the actual characteristic value as well as the actual valve position are evaluated with respect to a predetermined optimization parameter, such as a valve authority, an optimized control activity of the control valve, an optimized energy efficiency or a lowest control valve throttling effect, characterized in that in the event of a deviation from the optimizing parameter determined by the evaluation, a drive characteristic variable, such as a rotational speed, of the pump and the valve position are matched to one another in such a way that the optimization parameter is approached, in particular the optimization parameter is reached, without changing the flow rate controlled with respect to the desired flow rate, in that the drive characteristic variable is lowered and at the same time the valve position is opened further or the drive characteristic variable is increased and at the same time the valve position is closed further.
A luminous bottle stopper to be plugged in a mouth of a bottle, comprising: a light guide body made of light transmitting material, the light guide body including a light guide seat and a light guide column connecting with the light guide seat, and the light guide seat having an accommodating space; a light emitting module installed in the accommodating space, the light emitting module including a circuit board and a light emitting element electrically connected with the circuit board; a power module installed in the accommodating space, the power module including at least one battery and a conduct element electrically connected with the at least one battery; a stopper cover combined with the light guide seat and sealed the accommodating space; and a flexible sleeve made of light transmitting material, the flexible sleeve being sleeved on the light guide column and able to be plugged in the mouth of the bottle, characterized in that an outer peripheral surface of the light guide column is formed with a light guide rib shaped in helical. a light guide body made of light transmitting material, the light guide body including a light guide seat and a light guide column connecting with the light guide seat, and the light guide seat having an accommodating space; a light emitting module installed in the accommodating space, the light emitting module including a circuit board and a light emitting element electrically connected with the circuit board; a power module installed in the accommodating space, the power module including at least one battery and a conduct element electrically connected with the at least one battery; a stopper cover combined with the light guide seat and sealed the accommodating space; and a flexible sleeve made of light transmitting material, the flexible sleeve being sleeved on the light guide column and able to be plugged in the mouth of the bottle, characterized in that an outer peripheral surface of the light guide column is formed with a light guide rib shaped in helical.
A fire protection nozzle for an industrial oil cooker comprising: a base defining an inlet and an outlet along an axis (A-A), the base having an orifice, the orifice having an inlet diameter (Din) and an outlet diameter (Dout), the outlet diameter (Dout) being greater than the inlet diameter (Din), the orifice defining a K-factor of less than 14.4 lpm/bar 1⁄2 (1.0 gpm/psi1⁄2); and a diffuser having a substantially domed portion, the diffuser being aligned with the orifice, the substantially domed portion having a maximum diameter being less than a summation of the inlet diameter (Din) and the outlet diameter (Dout) of the orifice; wherein the substantially domed portion is substantially hemispherical and coaxially with and downstream of the orifice; and wherein the diffuser includes: a base surface substantially perpendicular to the axis (A-A), the base surface adjacent a perimeter of the substantially hemispherical surface to define a diffuser sharp edge; and a support surface extending from the base surface along the axis (A-A). a base defining an inlet and an outlet along an axis (A-A), the base having an orifice, the orifice having an inlet diameter (Din) and an outlet diameter (Dout), the outlet diameter (Dout) being greater than the inlet diameter (Din), the orifice defining a K-factor of less than 14.4 lpm/bar 1⁄2 (1.0 gpm/psi1⁄2); and a diffuser having a substantially domed portion, the diffuser being aligned with the orifice, the substantially domed portion having a maximum diameter being less than a summation of the inlet diameter (Din) and the outlet diameter (Dout) of the orifice; wherein the substantially domed portion is substantially hemispherical and coaxially with and downstream of the orifice; and wherein the diffuser includes: a base surface substantially perpendicular to the axis (A-A), the base surface adjacent a perimeter of the substantially hemispherical surface to define a diffuser sharp edge; and a support surface extending from the base surface along the axis (A-A). a base surface substantially perpendicular to the axis (A-A), the base surface adjacent a perimeter of the substantially hemispherical surface to define a diffuser sharp edge; and a support surface extending from the base surface along the axis (A-A).
A plug with a predetermined shape for forming a mould, whereby the plug comprises a flexible skin and multiple actuators, wherein the skin covers the multiple actuators which can be adjusted in order to generate the predetermined shape, characterised in that an actuator is formed as an articulated arm with two or more movable articulated segments (5, 6).
An oral care implement, comprising: a display (23,120) for displaying images representing oral care regions of the mouth; an input device (30A, 30B, 30C) configured to enable user interaction with the images; a computer implemented game executable on a processor having computer executable instructions for receiving a user input signal from the input device (30A, 30B, 30C); and a processor which causes the display (23,120) to sequentially display at least two different ones of the images for prescribed brushing intervals and, at the conclusion of the prescribed brushing intervals, to visually present the game; characterised in that the game utilizes some or all of the images representing oral care regions of the mouth. a display (23,120) for displaying images representing oral care regions of the mouth; an input device (30A, 30B, 30C) configured to enable user interaction with the images; a computer implemented game executable on a processor having computer executable instructions for receiving a user input signal from the input device (30A, 30B, 30C); and a processor which causes the display (23,120) to sequentially display at least two different ones of the images for prescribed brushing intervals and, at the conclusion of the prescribed brushing intervals, to visually present the game; characterised in that the game utilizes some or all of the images representing oral care regions of the mouth.
A motor-assisted non-uniform displacement engine control system comprising: a non-uniform displacement engine comprising a plurality of cylinders, the cylinders comprising at least two kinds of cylinders having different displacements; a motor connected to a driving shaft of the engine; an energy storage device for supplying electrical energy to the motor; and a motor control unit for controlling the motor, wherein the motor control unit controls the motor to compensate for a difference in torque due to different displacements of the cylinders such that a sum of engine torque and motor torque during an explosion stroke of each cylinder is uniform, and the motor control unit has at least two control modes, the respective control modes are configured to have different total driving torque by adjusting a motor assist torque and a motor regenerative torque in accordance with the engine torque such that the driving torque is varied by changing the control mode. a non-uniform displacement engine comprising a plurality of cylinders, the cylinders comprising at least two kinds of cylinders having different displacements; a motor connected to a driving shaft of the engine; an energy storage device for supplying electrical energy to the motor; and a motor control unit for controlling the motor, wherein the motor control unit controls the motor to compensate for a difference in torque due to different displacements of the cylinders such that a sum of engine torque and motor torque during an explosion stroke of each cylinder is uniform, and the motor control unit has at least two control modes, the respective control modes are configured to have different total driving torque by adjusting a motor assist torque and a motor regenerative torque in accordance with the engine torque such that the driving torque is varied by changing the control mode.
A construction material, in particular asphalt, asphalt emulsion, cement, concrete, polymer modified concrete, 2-K epoxy, 2-K polyurethane, mortar, stucco, grout, coating, insulation, surfacing material, sub-roofing fill, decking sheet, roofing shingle, insulation sheet, siding, sealant or adhesive, the construction material comprising: (a) at least one binder; (b) at least one oil-containing filler; and (c) at least one metallate additive according to formula 1: m -M-(O a -X b -R' c - Y d) n wherein: M is one of titanium and zirconium; R and R' are independently a monovalent alkyl, alkenyl, alkynyl, aralkyl, aryl or alkaryl group having up to 20 carbon atoms or a halogen or ether substituted derivatives thereof; O is oxygen; X is selected from the group consisting of carboxyl, alcoholate, sulfonyl, phosphate, pyrophosphate, and phosphite; Y is one of a methacrylate, acrylate, mercapto and an amine group; m is an integer from 1 through 4; n is an integer from 0 through 3; and a, b, c and d are independently either 0 or 1. (a) at least one binder; (b) at least one oil-containing filler; and (c) at least one metallate additive according to formula 1: m -M-(O a -X b -R' c - Y d) n wherein: M is one of titanium and zirconium; R and R' are independently a monovalent alkyl, alkenyl, alkynyl, aralkyl, aryl or alkaryl group having up to 20 carbon atoms or a halogen or ether substituted derivatives thereof; O is oxygen; X is selected from the group consisting of carboxyl, alcoholate, sulfonyl, phosphate, pyrophosphate, and phosphite; Y is one of a methacrylate, acrylate, mercapto and an amine group; m is an integer from 1 through 4; n is an integer from 0 through 3; and a, b, c and d are independently either 0 or 1. M is one of titanium and zirconium; R and R' are independently a monovalent alkyl, alkenyl, alkynyl, aralkyl, aryl or alkaryl group having up to 20 carbon atoms or a halogen or ether substituted derivatives thereof; O is oxygen; X is selected from the group consisting of carboxyl, alcoholate, sulfonyl, phosphate, pyrophosphate, and phosphite; Y is one of a methacrylate, acrylate, mercapto and an amine group; m is an integer from 1 through 4; n is an integer from 0 through 3; and a, b, c and d are independently either 0 or 1.