mhurhangee/patent-ind-claim-en huggingface dataset:
A charging control apparatus, wherein when user equipment, UE, accesses a service that charges an over the top, OTT, service provider, SP, the apparatus comprises: a receiver , configured to obtain a service identifier and a charging identifier that are configured by an operator, and receive a service rule set and user registration information sent by a device of the OTT SP; a processor , configured to generate third matching information according to the service rule set, wherein the third matching information comprises a correspondence between a service rule set and a service identifier; a transmitter , configured to send the user registration information, the service identifier and the charging identifier to a policy and charging rules function PCRF; wherein the receiver is further configured to receive flow description information from a policy and charging enforcement function, PCEF, wherein the flow description information is obtained by the PCEF according to a data flow received from the UE; the processor is further configured to determine, according to the third matching information and the flow description information received by the receiver, a service identifier corresponding to the data flow; and the transmitter is further configured to send the service identifier corresponding to the data flow determined by the processor to the PCEF, so that the PCEF charges for the service according to the service identifier corresponding to the data flow. a receiver , configured to obtain a service identifier and a charging identifier that are configured by an operator, and receive a service rule set and user registration information sent by a device of the OTT SP; a processor , configured to generate third matching information according to the service rule set, wherein the third matching information comprises a correspondence between a service rule set and a service identifier; a transmitter , configured to send the user registration information, the service identifier and the charging identifier to a policy and charging rules function PCRF; wherein the receiver is further configured to receive flow description information from a policy and charging enforcement function, PCEF, wherein the flow description information is obtained by the PCEF according to a data flow received from the UE; the processor is further configured to determine, according to the third matching information and the flow description information received by the receiver, a service identifier corresponding to the data flow; and the transmitter is further configured to send the service identifier corresponding to the data flow determined by the processor to the PCEF, so that the PCEF charges for the service according to the service identifier corresponding to the data flow.
A regulating method for operating a floating bed gasifier in which carbonized biomass or coke is kept in suspension in the inflow of a gasification agent (V) as a bed and converted into a product gas (P), in that a hollow body is used as the gasifier, which comprises a region adjoining an inlet with a nozzle unit and widening approximately in the shape of a truncated cone, which transitions into a cylinder section that is provided with an outlet at the end, wherein a fixed bed is formed in this hollow body, which fixed bed is held in suspension in the inflow of gasification agent (V) and is formed from coke from a preceding pyrolysis process, characterized in that a supporting layer of the fixed bed held in suspension is operated in the floating bed reactor with a non-supporting layer lying thereabove constantly in a build-up mode and, for this purpose, a reduction of the floating bed takes place in a temporally overlapping manner, wherein additional gasification agent (Vz) is introduced during the build-up mode by means of injection nozzles which project into the non-supporting layer of the floating bed , wherein the injection of the additional gasification agent (Vz) is carried out in dependence on a level control with the measurement of the filling level in the floating bed reactor . in that a hollow body is used as the gasifier, which comprises a region adjoining an inlet with a nozzle unit and widening approximately in the shape of a truncated cone, which transitions into a cylinder section that is provided with an outlet at the end, wherein a fixed bed is formed in this hollow body, which fixed bed is held in suspension in the inflow of gasification agent (V) and is formed from coke from a preceding pyrolysis process, characterized in that a supporting layer of the fixed bed held in suspension is operated in the floating bed reactor with a non-supporting layer lying thereabove constantly in a build-up mode and, for this purpose, a reduction of the floating bed takes place in a temporally overlapping manner, wherein additional gasification agent (Vz) is introduced during the build-up mode by means of injection nozzles which project into the non-supporting layer of the floating bed , wherein the injection of the additional gasification agent (Vz) is carried out in dependence on a level control with the measurement of the filling level in the floating bed reactor .
Water line having thermal insulation between an inner pipe and an outer pipe and having a leak measurement arrangement which is installed in the thermal insulation and comprises a sensor wire , which forms a part of a measurement circuit and extends along the water line, and a return wire , characterised in that the sensor wire together with the return wire forms the core of the leak measurement cable which has a closed sheath consisting of a water-soluble polymer.
Method for preparing a catalyst for the hydrogenation of aromatic or polyaromatic compounds comprising a bimetallic active phase based on a first nickel metal element, in a proportion of 10 and 50% by weight of nickel element relative to the total weight of the catalyst, and a second copper metal element, in a proportion of 0.5 to 15% by weight of copper element relative to the total weight of the catalyst, the molar ratio between the copper and the nickel being less than 1, and a support comprising at least one refractory oxide chosen from silica, alumina and silica-alumina, said method comprising the following steps: a) at least one step of bringing the support into contact with at least one solution containing at least one nickel precursor is carried out; b) a step of bringing the support into contact with at least one aqueous solution containing at least one copper precursor at least partially in the dissolved state is carried out by impregnation; the steps a) and b) being carried out separately in either order; c) at least one step of drying the catalyst precursor at the end of step a) and b), or b) and a), at a temperature lower than 250°C is carried out; d) the catalyst precursor obtained at the end of step c) is supplied to a reactor for the hydrogenation of aromatic compounds, and a step of reduction by bringing said precursor into contact with a reducing gas at a temperature lower than 200°C for a period greater than or equal to 5 minutes and less than 2 hours is carried out; e) a step of passivation of the catalyst obtained in step d) with a sulfur compound is carried out. a) at least one step of bringing the support into contact with at least one solution containing at least one nickel precursor is carried out; b) a step of bringing the support into contact with at least one aqueous solution containing at least one copper precursor at least partially in the dissolved state is carried out by impregnation; the steps a) and b) being carried out separately in either order; c) at least one step of drying the catalyst precursor at the end of step a) and b), or b) and a), at a temperature lower than 250°C is carried out; d) the catalyst precursor obtained at the end of step c) is supplied to a reactor for the hydrogenation of aromatic compounds, and a step of reduction by bringing said precursor into contact with a reducing gas at a temperature lower than 200°C for a period greater than or equal to 5 minutes and less than 2 hours is carried out; e) a step of passivation of the catalyst obtained in step d) with a sulfur compound is carried out.
A biological sample measuring device for medical institutions, comprising: a main body case ; a sensor mounting portion that is provided to a first end of the main body case and to which is mounted a sensor for measuring biological samples; a measurement section that is connected to the sensor mounting portion and is used to measure biological samples; a display section in which a display screen provided to the outer surface of the main body case is divided into a first display area for displaying the biological sample measurement values, and a second display area for displaying an operating status; and a controller configured for displaying scheduled maintenance warnings at the time of a scheduled maintenance or shortly before in the first display area and second display area at the initial start-up that satisfies a specific condition, and for displaying the scheduled maintenance warning only in the second display area at the second and subsequent start-ups, wherein the specific condition includes any one of (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed. a main body case ; a sensor mounting portion that is provided to a first end of the main body case and to which is mounted a sensor for measuring biological samples; a measurement section that is connected to the sensor mounting portion and is used to measure biological samples; a display section in which a display screen provided to the outer surface of the main body case is divided into a first display area for displaying the biological sample measurement values, and a second display area for displaying an operating status; and a controller configured for displaying scheduled maintenance warnings at the time of a scheduled maintenance or shortly before in the first display area and second display area at the initial start-up that satisfies a specific condition, and for displaying the scheduled maintenance warning only in the second display area at the second and subsequent start-ups, wherein the specific condition includes any one of (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed. (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed.
A system comprising a ground vehicle and a flight vehicle , wherein the ground vehicle includes a chassis , a first cabin and a landing platform , the landing platform is configured for landing the flight vehicle , the flight vehicle includes a second cabin and a flight driving device , the flight vehicle is capable of landing vertically on the landing platform and configured to be connected with the ground vehicle by interlocking, and the flight vehicle is capable of taking off vertically from the landing platform ; wherein a first locking device is formed on the landing platform , a second locking device is formed on a bottom portion of the flight vehicle , when the flight vehicle lands on the landing platform , the first locking device and the second locking device are connected by interlocking with each other; characterized in that the first locking device includes a first sucker and a hook , the second locking device includes a second sucker and an engaging portion , the first sucker and the second sucker are adsorbed with each other, the engaging portion is engaged with the hook ; or the first locking device includes a first sucker , an inserting groove and a locking portion formed in the inserting groove , the second locking device includes a second sucker , an inserting pole and a locking groove formed in the inserting pole , the first sucker and the second sucker are adsorbed with each other, the inserting pole is inserted into the inserting groove , the locking portion is locked in the locking groove .
An absorbent article for personal hygiene, the absorbent article having a front edge , a back edge , a longitudinal axis extending in a longitudinal direction of the article, the article having a length L of at least 320 mm as measured along the longitudinal axis from the front edge to the back edge, the article having a crotch point (C) disposed on the longitudinal axis at a distance of two fifth of L from the front edge and a crotch region longitudinally centered at the crotch point and extending towards the front and towards the back of the article by a distance of one fifth of L, the absorbent article comprising: - a liquid permeable topsheet , - a liquid impermeable backsheet , - an absorbent core between the topsheet and backsheet, the absorbent core comprising a core wrap having a top side and bottom side enclosing an absorbent material , wherein the absorbent material comprises at least 80% of superabsorbent polymers ("SAP") by weight of the absorbent material and is free of cellulose fibers, wherein the absorbent core comprises a pair of channels at least partially oriented in the longitudinal direction of the article and symmetrically disposed relative to the longitudinal axis, wherein the channels are substantially free of absorbent material and have a width (Wc) in at least in some part of the channels of at least 2mm, and wherein the top side and the bottom side of the core wrap are at least partially bonded to each other through at least a portion of the channels, - wherein the channels are present within the crotch region of the absorbent article, - an acquisition-distribution system (ADS) between the topsheet and the absorbent core, the ADS comprising one, two or more layers with the proviso that the ADS does not comprise a layer comprising at least 50% by weight of synthetic fibers and having a basis weight above 150 gsm. - a liquid permeable topsheet , - a liquid impermeable backsheet , - an absorbent core between the topsheet and backsheet, the absorbent core comprising a core wrap having a top side and bottom side enclosing an absorbent material , wherein the absorbent material comprises at least 80% of superabsorbent polymers ("SAP") by weight of the absorbent material and is free of cellulose fibers, wherein the absorbent core comprises a pair of channels at least partially oriented in the longitudinal direction of the article and symmetrically disposed relative to the longitudinal axis, wherein the channels are substantially free of absorbent material and have a width (Wc) in at least in some part of the channels of at least 2mm, and wherein the top side and the bottom side of the core wrap are at least partially bonded to each other through at least a portion of the channels, - wherein the channels are present within the crotch region of the absorbent article, - an acquisition-distribution system (ADS) between the topsheet and the absorbent core, the ADS comprising one, two or more layers with the proviso that the ADS does not comprise a layer comprising at least 50% by weight of synthetic fibers and having a basis weight above 150 gsm.
Apparatus for manipulating a focus of excitation light on or in a sample comprising a light source (L) for emitting excitation light , an excitation beam path for guiding the excitation light onto or into the sample , the excitation beam path comprising an objective for guiding the excitation light onto or into the sample and a wavefront modulator for modulating the excitation light , and a control device for driving the wavefront modulator , which is designed for driving the wavefront modulator to generate a number of shaped waves on or in the sample , wherein a focus is generated at a specified location on or in the sample by superposition of the shaped waves and characterized in that , for manipulating the location of the focus on or in the sample , a device for imposing variably stepped phase shifts (φ1, φ2, φ3) upon the shaped waves is present, where the phase shifts (φ1, φ2, φ3) imposed in each case on the shaped waves change stepwise between different shaped waves . a light source (L) for emitting excitation light , an excitation beam path for guiding the excitation light onto or into the sample , the excitation beam path comprising an objective for guiding the excitation light onto or into the sample and a wavefront modulator for modulating the excitation light , and a control device for driving the wavefront modulator , which is designed for driving the wavefront modulator to generate a number of shaped waves on or in the sample , wherein a focus is generated at a specified location on or in the sample by superposition of the shaped waves and characterized in that , for manipulating the location of the focus on or in the sample , a device for imposing variably stepped phase shifts (φ1, φ2, φ3) upon the shaped waves is present, where the phase shifts (φ1, φ2, φ3) imposed in each case on the shaped waves change stepwise between different shaped waves .
Method for producing an electrical connection between an electrical conductor comprising a plurality of individual wires and a contact element , wherein the electrical conductor is arranged in a contact portion of the contact element , and the contact portion and the electrical conductor are subsequently pressed together so that the contact portion surrounds the electrical conductor , characterized in that by means of laser irradiation of the contact portion , or by means of laser irradiation of the electrical conductor through an opening in the contact portion , a plurality of elongate welded connections spaced apart from one another are produced between the contact portion and the electrical conductor , wherein the elongate welded connections each extend in an irradiation direction from an irradiated region of the contact portion , or from an irradiated region of the electrical conductor , through an entire cross-section of the pressed electrical conductor to an area of the contact portion opposite to the irradiated region so that the electrical conductor is connected to this area of the contact portion , wherein the irradiated regions are arranged in a grid.
An orbit control device for a satellite provided with four thrusters disposed on the satellite with firing directions each facing away from a mass center of the satellite and different from each other, the orbit control device comprising: - an orbit determiner to determine mean orbital elements of the satellite and temporal change rates of the mean orbital elements; - a target value setter to set target values of the mean orbital elements; - a control amount calculator to calculate control amounts of the mean orbital elements from the mean orbital elements, the temporal change rates of the mean orbital elements, and the target values; - a distributor to calculate firing timings and firing amounts of the thrusters for realizing the control amounts of the mean orbital elements calculated by the control amount calculator by expressing a motion of the satellite with orbital elements, solving an equation taking into account coupling of an out-of-the-orbit-plane motion and an in-the-orbit-plane motion due to thruster disposition angles and thruster firing amounts at multiple times, and combining one or more thruster firings controlling mainly an out-of-the-orbit-plane direction and one or more thruster firings controlling mainly an in-the-orbit-plane direction; and - a thruster controller to control the thrusters based on the firing timings and the firing amounts calculated by the distributor . - an orbit determiner to determine mean orbital elements of the satellite and temporal change rates of the mean orbital elements; - a target value setter to set target values of the mean orbital elements; - a control amount calculator to calculate control amounts of the mean orbital elements from the mean orbital elements, the temporal change rates of the mean orbital elements, and the target values; - a distributor to calculate firing timings and firing amounts of the thrusters for realizing the control amounts of the mean orbital elements calculated by the control amount calculator by expressing a motion of the satellite with orbital elements, solving an equation taking into account coupling of an out-of-the-orbit-plane motion and an in-the-orbit-plane motion due to thruster disposition angles and thruster firing amounts at multiple times, and combining one or more thruster firings controlling mainly an out-of-the-orbit-plane direction and one or more thruster firings controlling mainly an in-the-orbit-plane direction; and - a thruster controller to control the thrusters based on the firing timings and the firing amounts calculated by the distributor .
A method of making a composition, wherein said method comprises: providing a shaped support; incorporating a metal-containing solution into said shaped support to provide a metal-incorporated support; drying said metal-incorporated support so as to provide a dried metal-incorporated support having a volatiles content in the range of from 1 to 20 wt % LOI, as measured after exposure to air at 482°C for a period of two hours; incorporating a chelating agent into said dried metal-incorporated support to thereby provide a chelant treated metal-incorporated support, wherein said chelating agent is selected from the group of compounds consisting of: aminocarboxylic acids; polyamines; aminoalcohols; oximes, and polyethyleneimines; drying said chelant treated metal-incorporated support to provide a dried chelant treated metal-incorporated support having a volatiles content in the range of from 1-20 wt% LOI, as measured after exposure to air at 482°C for a period of two hours; and incorporating a polar additive into said dried chelant treated metal-incorporated support to thereby provide an additive impregnated composition, wherein the polar additive is selected from the group of amide compounds, tetramethylurea, octylamine or diethyleneglycol. providing a shaped support; incorporating a metal-containing solution into said shaped support to provide a metal-incorporated support; drying said metal-incorporated support so as to provide a dried metal-incorporated support having a volatiles content in the range of from 1 to 20 wt % LOI, as measured after exposure to air at 482°C for a period of two hours; incorporating a chelating agent into said dried metal-incorporated support to thereby provide a chelant treated metal-incorporated support, wherein said chelating agent is selected from the group of compounds consisting of: aminocarboxylic acids; polyamines; aminoalcohols; oximes, and polyethyleneimines; drying said chelant treated metal-incorporated support to provide a dried chelant treated metal-incorporated support having a volatiles content in the range of from 1-20 wt% LOI, as measured after exposure to air at 482°C for a period of two hours; and incorporating a polar additive into said dried chelant treated metal-incorporated support to thereby provide an additive impregnated composition, wherein the polar additive is selected from the group of amide compounds, tetramethylurea, octylamine or diethyleneglycol.