mhurhangee/ep-ind-claims huggingface dataset:
A method for making a concrete prepared from a mixture comprising a slag, a sodium carbonate-based alkali activator, aggregates and water, with said mixture being free of clinker, with said method comprising a heat treatment of the mixture, wherein the mixture is subjected to a constant set temperature between 50 degrees Celsius and 90 degrees Celsius for a specified time from 1 to 12 hour(s), characterized in that the mixture is previously subjected to a pre-treatment temperature ranging from 35 to 45 degrees Celsius for a specified time from 0 to 2 hours, followed by a rise in temperature at a speed ranging from 15 to 45 degrees Celsius/hour up to the set temperature.
A membrane filtration module comprising a housing in which the filtration membrane is disposed in a fixed positional relationship by a potting or bonding material obtained by the curing of a two component composition consisting of: a first component comprising at least one compound (a) having at least two acetoacetate functional groups; and, a second component comprising at least one compound (b) having at least one amino group, each said amino group being a primary or secondary amino group. a first component comprising at least one compound (a) having at least two acetoacetate functional groups; and, a second component comprising at least one compound (b) having at least one amino group, each said amino group being a primary or secondary amino group.
A method for improving Quality of Service, comprising: when a resource of an access network is changed, receiving, by an application network, resource information sent by the access network, wherein the resource information indicates a current resource status of the access network; and adjusting, by the application network, a service request related to a current service according to the resource information and sending the adjusted service request to the access network; or negotiating, by the application network, a service parameter related to a current service with a User Equipment, UE, according to the resource information, so that the UE modifies the service parameter related to the current service according to a result of the negotiation; wherein the application network is an Internet Protocol, IP, Multimedia Subsystem, IMS; and the receiving, by the application network, the resource information sent by the access network comprises: receiving, by a Proxy-Call Session Control Function, P-CSCF, entity in the IMS, the resource information sent by a Policy and Charging Rules Function, PCRF, entity. when a resource of an access network is changed, receiving, by an application network, resource information sent by the access network, wherein the resource information indicates a current resource status of the access network; and adjusting, by the application network, a service request related to a current service according to the resource information and sending the adjusted service request to the access network; or negotiating, by the application network, a service parameter related to a current service with a User Equipment, UE, according to the resource information, so that the UE modifies the service parameter related to the current service according to a result of the negotiation; wherein the application network is an Internet Protocol, IP, Multimedia Subsystem, IMS; and the receiving, by the application network, the resource information sent by the access network comprises: receiving, by a Proxy-Call Session Control Function, P-CSCF, entity in the IMS, the resource information sent by a Policy and Charging Rules Function, PCRF, entity.
A method for preparing a granular conductive carbon black, characterized in that the method for preparing a granular conductive carbon black comprises: making a raw material of the conductive carbon black undergo, in sequence, moistening with deionized water of a temperature of 80 °C or higher; performing wet granulation and drying, wherein the wet granulation comprises uniformly mixing the deionized water with the raw material of the conductive carbon black having been moistened by the deionized water of a temperature of 80 °C or higher. making a raw material of the conductive carbon black undergo, in sequence, moistening with deionized water of a temperature of 80 °C or higher; performing wet granulation and drying, wherein the wet granulation comprises uniformly mixing the deionized water with the raw material of the conductive carbon black having been moistened by the deionized water of a temperature of 80 °C or higher.
An intake and exhaust system (4, 5) for an engine mounted on a vehicle, comprising: an intake passage and an exhaust passage; and an exhaust gas recirculation passage configured to introduce a portion of exhaust gas to the intake passage as EGR gas, wherein the exhaust passage includes: an exhaust gas purifier, including an inlet part and an outlet part for the exhaust gas, that is configured to be disposed so that the exhaust gas flows substantially horizontally when mounted in the vehicle; a branch part connected to the outlet part of the exhaust gas purifier in which a channel of the exhaust gas is branched into a guide part and the EGR passage; wherein the guide part is configured to guide the exhaust gas from the branch part to the exhaust side (-Y) of the engine as well as downward (-Z) when mounted in the vehicle, and wherein the EGR passage includes an EGR cooler provided to an upstream end part thereof in a flowing direction of the EGR gas, characterised in that the EGR cooler is provided so that the EGR gas flows substantially vertically when mounted in the vehicle, and is connected to an upper surface of the branch part such that it guides the EGR gas substantially upward when mounted in the vehicle. an intake passage and an exhaust passage; and an exhaust gas recirculation passage configured to introduce a portion of exhaust gas to the intake passage as EGR gas, wherein the exhaust passage includes: an exhaust gas purifier, including an inlet part and an outlet part for the exhaust gas, that is configured to be disposed so that the exhaust gas flows substantially horizontally when mounted in the vehicle; a branch part connected to the outlet part of the exhaust gas purifier in which a channel of the exhaust gas is branched into a guide part and the EGR passage; wherein the guide part is configured to guide the exhaust gas from the branch part to the exhaust side (-Y) of the engine as well as downward (-Z) when mounted in the vehicle, and wherein the EGR passage includes an EGR cooler provided to an upstream end part thereof in a flowing direction of the EGR gas, characterised in that an exhaust gas purifier, including an inlet part and an outlet part for the exhaust gas, that is configured to be disposed so that the exhaust gas flows substantially horizontally when mounted in the vehicle; a branch part connected to the outlet part of the exhaust gas purifier in which a channel of the exhaust gas is branched into a guide part and the EGR passage; wherein the guide part is configured to guide the exhaust gas from the branch part to the exhaust side (-Y) of the engine as well as downward (-Z) when mounted in the vehicle, and wherein the EGR passage includes an EGR cooler provided to an upstream end part thereof in a flowing direction of the EGR gas, characterised in that the EGR cooler is provided so that the EGR gas flows substantially vertically when mounted in the vehicle, and is connected to an upper surface of the branch part such that it guides the EGR gas substantially upward when mounted in the vehicle.
Gully comprising a fluid outlet having a device for measuring a flow rate of a fluid, in particular of surface water through a fluid outlet, which has a measuring unit for determining a flow rate, wherein the device has a fluid inlet with a pipe section, a baffle plate and a measuring unit, wherein the measuring unit is arranged above the baffle plate, which is disposed substantially perpendicular to a flow direction, in a stationary manner and is connected to the baffle plate in a tension-proof, in particular rigid manner, and wherein the measuring unit has a force measuring device for measuring a weight force acting on the baffle plate by the fluid.
A method of wireless communication, comprising: receiving a request for a channel state information, hereinafter referred to as CSI, report on a component carrier of a plurality of component carriers, wherein the request indicates a set of component carriers of the plurality of component carriers for which to provide the CSI report (step 2002, 2102, 2202, 2302, 2402, 2502, 2602); the request includes two bits for indicating the set of component carriers; the component carriers in a first set of component carriers or a second set of component carriers are configured semi-statically through radio resource control, hereinafter referred to as RRC, signaling; and the two bits indicate that a CSI report is triggered for the first set of component carriers or the second set of component carriers; and transmitting the CSI report including feedback for each of the component carriers in the indicated set of component carriers (step 2008, 2106, 2206, 2306, 2406, 2506, 2606). receiving a request for a channel state information, hereinafter referred to as CSI, report on a component carrier of a plurality of component carriers, wherein the request indicates a set of component carriers of the plurality of component carriers for which to provide the CSI report (step 2002, 2102, 2202, 2302, 2402, 2502, 2602); the request includes two bits for indicating the set of component carriers; the component carriers in a first set of component carriers or a second set of component carriers are configured semi-statically through radio resource control, hereinafter referred to as RRC, signaling; and the two bits indicate that a CSI report is triggered for the first set of component carriers or the second set of component carriers; and transmitting the CSI report including feedback for each of the component carriers in the indicated set of component carriers (step 2008, 2106, 2206, 2306, 2406, 2506, 2606).
A circuit for protecting an electronic functional unit connected to a bidirectional data line (Ltg. 1) against positive and negative overvoltages, wherein a first reference potential is used as a higher supply potential of the functional unit, said circuit comprising: an analogue switch arranged upstream from the electronic functional unit in the bidirectional data line (Ltg. 1); and a voltage monitor configured to control the analogue switch, wherein the voltage monitor is configured to close the analogue switch when there is no overvoltage and to open the analogue switch when an overvoltage occurs, said voltage monitor comprising: a comparator configured to control the analogue switch via an output voltage of the comparator, and a diode which is arranged in the forward direction between the first reference potential and a higher supply potential of the comparator and which is configured to disconnect the first reference potential when an overvoltage occurs. an analogue switch arranged upstream from the electronic functional unit in the bidirectional data line (Ltg. 1); and a voltage monitor configured to control the analogue switch, wherein the voltage monitor is configured to close the analogue switch when there is no overvoltage and to open the analogue switch when an overvoltage occurs, said voltage monitor comprising: a comparator configured to control the analogue switch via an output voltage of the comparator, and a diode which is arranged in the forward direction between the first reference potential and a higher supply potential of the comparator and which is configured to disconnect the first reference potential when an overvoltage occurs. a comparator configured to control the analogue switch via an output voltage of the comparator, and a diode which is arranged in the forward direction between the first reference potential and a higher supply potential of the comparator and which is configured to disconnect the first reference potential when an overvoltage occurs.
A method for preparing a ruthenium catalyst comprising a step of reducing a ruthenium catalyst precursor under the following conditions: holding the ruthenium catalyst precursor in an aqueous solution containing a metal salt at a temperature within a range of more than 180 °C and 220 °C or less and at a hydrogen partial pressure within a range of 1 MPa or more and 4 MPa or less; wherein the ruthenium catalyst precursor reduced under the aforementioned conditions is obtained through a previous reduction step of a ruthenium compound before performing the reducing treatment of the ruthenium catalyst precursor under the aforementioned conditions, wherein said previous reduction step is a step of catalytic reduction by hydrogen in a liquid phase at a reduction temperature of 100 to 400 °C. holding the ruthenium catalyst precursor in an aqueous solution containing a metal salt at a temperature within a range of more than 180 °C and 220 °C or less and at a hydrogen partial pressure within a range of 1 MPa or more and 4 MPa or less; wherein the ruthenium catalyst precursor reduced under the aforementioned conditions is obtained through a previous reduction step of a ruthenium compound before performing the reducing treatment of the ruthenium catalyst precursor under the aforementioned conditions, wherein said previous reduction step is a step of catalytic reduction by hydrogen in a liquid phase at a reduction temperature of 100 to 400 °C.
A device for the frequency convertion (70, 90) of radio signals between a mobile terminal and a base station (50, 51) in a telecommunication network according to the LTE standard, wherein the device (70, 90) comprises at least one transmission and reception device (71, 91) for sending and receiving radio signals in different frequency bands as well as at least one convertion unit (72, 92) for converting radio signals from a first frequency band into a second frequency band, wherein the convertion unit (72, 92) will converte the radio signals in the first frequency band received from the mobile terminal into radio signals of the second frequency band and will send the radio signals converted into the second frequency band via the transmission and reception device (71, 91) to the base station (50, 51), the convertion unit (72, 92) will converte the radio signals in the second frequency band received from the base station (50, 51) into radio signals of the first frequency band and will send the radio signals converted into the first frequency band via the transmission and reception device (71, 91) to the mobile terminal, wherein the convertion unit (72, 92) comprises means for determining the bandwidth of the received radio signal in the first frequency band, such that during the frequency convertion of the received radio signals into the second frequency band the determined bandwidth of the received radio signal in the first frequency band will be considered, and means for determining the bandwidth of the received radio signal in the second frequency band, such that during the frequency convertion of the received radio signals into the first frequency band the determined bandwidth of the received radio signal in the second frequency band will be considered.
An amusement park attraction effects system (200, 300), comprising: a dynamic display configured for viewing by a user traveling through an attraction; a display monitor configured to monitor changes to the dynamic display and provide status data indicative of a status of the dynamic display; a location identification system configured to determine a location of the user; a thrust-vectoring flow effect generator configured to generate and direct a fluid flow toward any particular target location of a range of target locations within the attraction; and an automation controller communicatively coupled to the display monitor, the location identification system, and the thrust-vectoring flow effect generator, wherein the automation controller is configured to: receive the status data provided by the display monitor; receive the location of the user provided by the location identification system; set a target location based on the location of the user, wherein the target location is within the range of target locations; instruct the thrust-vectoring flow effect generator to direct the fluid flow based on the target location; and instruct the thrust-vectoring flow effect generator to control the fluid flow based on the status data. a dynamic display configured for viewing by a user traveling through an attraction; a display monitor configured to monitor changes to the dynamic display and provide status data indicative of a status of the dynamic display; a location identification system configured to determine a location of the user; a thrust-vectoring flow effect generator configured to generate and direct a fluid flow toward any particular target location of a range of target locations within the attraction; and an automation controller communicatively coupled to the display monitor, the location identification system, and the thrust-vectoring flow effect generator, wherein the automation controller is configured to: receive the status data provided by the display monitor; receive the location of the user provided by the location identification system; set a target location based on the location of the user, wherein the target location is within the range of target locations; instruct the thrust-vectoring flow effect generator to direct the fluid flow based on the target location; and instruct the thrust-vectoring flow effect generator to control the fluid flow based on the status data. receive the status data provided by the display monitor; receive the location of the user provided by the location identification system; set a target location based on the location of the user, wherein the target location is within the range of target locations; instruct the thrust-vectoring flow effect generator to direct the fluid flow based on the target location; and instruct the thrust-vectoring flow effect generator to control the fluid flow based on the status data.
A fiber made of a polyester copolymer, wherein the polyester copolymer comprises a dicarboxylic acid component and a glycol component, and the dicarboxylic acid component comprises 75 mol% or more of a terephthalic acid component, 1.0 mol% to 3.5 mol% of component (a) derived from a compound represented by the following formula, 2.0 mol% to 10.0 mol% of a cyclohexane dicarboxylic acid component (b), and 2.0 mol% to 8.0 mol% of an aliphatic dicarboxylic acid component (c), wherein in formula, R represents hydrogen, an alkyl group having 1 to 10 carbon atoms, or a 2-hydroxyethyl group, and X represents a metal ion, a quaternary phosphonium ion, or a quaternary ammonium ion.
A resource pool processing method, performed by a resource pool processing apparatus within a first wireless communication node, characterized by comprising: generating state information of a resource pool, wherein the state information is identified by a number X of bits, X is an integer greater than or equal to 1, and a value of X is determined through negotiation between the first communication node and a second communication node; and sending the state information; wherein the state information describes whether the first communication node sends data through a resource in the resource pool; the state information describes whether the second communication node receives data through a resource in the resource pool; the state information describes whether the second communication node tries to receive data through a resource in the resource pool; or the state information describes whether the second communication node measures, through a resource in the resource pool, at least one of a channel, interference, a sending manner and a receiving manner. generating state information of a resource pool, wherein the state information is identified by a number X of bits, X is an integer greater than or equal to 1, and a value of X is determined through negotiation between the first communication node and a second communication node; and sending the state information; wherein the state information describes whether the first communication node sends data through a resource in the resource pool; the state information describes whether the second communication node receives data through a resource in the resource pool; the state information describes whether the second communication node tries to receive data through a resource in the resource pool; or the state information describes whether the second communication node measures, through a resource in the resource pool, at least one of a channel, interference, a sending manner and a receiving manner.
Fastening system, in particular for a heat exchanger, comprising - four fastening units essentially formed by screws (3a, 3b) which are inserted through corresponding openings (8, 17, 18) in a first component to be fastened to a second component, - wherein one fastening unit is configured as a fixed bearing, - wherein the four fastening units are positioned at four corners of the components, - wherein the opening on the fixed bearing is formed by a bore, characterized in that - one fastening unit is configured as a fixed bearing and the other three fastening units are configured as floating bearings, - the opening on the first and second floating bearings are each formed by an elongated hole with a greater longitudinal extent than the opening on the fixed bearing, - the opening on the third floating bearing is formed by a bore with a larger diameter than the opening on the fixed bearing, - the elongated holes of the first and second floating bearings are positioned on a first diagonal of the rectangle formed by the four corners, and the openings (8, 17) of the third floating bearing and the fixed bearing are positioned on a second diagonal of the same rectangle, - the two elongated holes are positioned in relation to their longitudinal extent such that the longitudinal directions of the two elongated holes intersect in the area of the fixed bearing. - four fastening units essentially formed by screws (3a, 3b) which are inserted through corresponding openings (8, 17, 18) in a first component to be fastened to a second component, - wherein one fastening unit is configured as a fixed bearing, - wherein the four fastening units are positioned at four corners of the components, - wherein the opening on the fixed bearing is formed by a bore, characterized in that - one fastening unit is configured as a fixed bearing and the other three fastening units are configured as floating bearings, - the opening on the first and second floating bearings are each formed by an elongated hole with a greater longitudinal extent than the opening on the fixed bearing, - the opening on the third floating bearing is formed by a bore with a larger diameter than the opening on the fixed bearing, - the elongated holes of the first and second floating bearings are positioned on a first diagonal of the rectangle formed by the four corners, and the openings (8, 17) of the third floating bearing and the fixed bearing are positioned on a second diagonal of the same rectangle, - the two elongated holes are positioned in relation to their longitudinal extent such that the longitudinal directions of the two elongated holes intersect in the area of the fixed bearing.