mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving signals in relation to multi-homing-based protocol data unit session anchor, PSA, addition by a user equipment, UE, in a wireless communication system, the method comprising: establishing, by the UE, a protocol data unit, PDU, session with a first PSA; receiving, by the UE from a session management function, SMF, a new Internet protocol, IP, address; and receiving information representing that the received new IP address is related to multi-homing-based PSA addition, wherein based on the received information representing that the received new IP address is related to the multi-homing-based PSA addition, an IP multimedia subsystem, IMS, registration using the new IP address is skipped. establishing, by the UE, a protocol data unit, PDU, session with a first PSA; receiving, by the UE from a session management function, SMF, a new Internet protocol, IP, address; and receiving information representing that the received new IP address is related to multi-homing-based PSA addition, wherein based on the received information representing that the received new IP address is related to the multi-homing-based PSA addition, an IP multimedia subsystem, IMS, registration using the new IP address is skipped.
A network configuration method comprising: receiving (S10), by a home appliance through Bluetooth communication, mobile terminal information and network access information of a wireless network access point sent by a mobile terminal, the mobile terminal information also being transmitted by the mobile terminal to a server; accessing (S20), by the home appliance, the wireless network access point according to the network access information; sending (S30), by the home appliance, the mobile terminal information to the server for the server to send a message of successful network configuration of the home appliance to the mobile terminal upon the server confirming a success of network configuration of the home appliance, wherein a network configuration failure message is sent by the server to the mobile terminal upon the server failing to receive the mobile terminal information from the home appliance within a preset time period, after the mobile terminal information sent from the mobile terminal is received by the server. receiving (S10), by a home appliance through Bluetooth communication, mobile terminal information and network access information of a wireless network access point sent by a mobile terminal, the mobile terminal information also being transmitted by the mobile terminal to a server; accessing (S20), by the home appliance, the wireless network access point according to the network access information; sending (S30), by the home appliance, the mobile terminal information to the server for the server to send a message of successful network configuration of the home appliance to the mobile terminal upon the server confirming a success of network configuration of the home appliance, wherein a network configuration failure message is sent by the server to the mobile terminal upon the server failing to receive the mobile terminal information from the home appliance within a preset time period, after the mobile terminal information sent from the mobile terminal is received by the server.
A heating system comprising a first input end and a second input end , wherein the first input end and the second input end are configured to connect to an external input power source ; a first battery module , a second battery module , a first switch , and a second switch , and a control unit , wherein the control unit is connected to the first switch and the second switch , characterized in that the first switch is connected between a first terminal of the first battery module and a first terminal of the second battery module , a second terminal of the first battery module is connected to a second terminal of the second battery module , the second switch is connected between the first input end and the first terminal of the second battery module , and the second input end is connected to the first terminal of the first battery module , wherein the first terminal of the first battery module and the first terminal of the second battery module have a same polarity, and the second terminal of the first battery module and the second terminal of the second battery module have a same polarity; and the control unit is configured to control the first switch and the second switch to be turned on or off, to heat the first battery module and the second battery module through the input power source . a first battery module , a second battery module , a first switch , and a second switch , and a control unit , wherein the control unit is connected to the first switch and the second switch , characterized in that the first switch is connected between a first terminal of the first battery module and a first terminal of the second battery module , a second terminal of the first battery module is connected to a second terminal of the second battery module , the second switch is connected between the first input end and the first terminal of the second battery module , and the second input end is connected to the first terminal of the first battery module , wherein the first terminal of the first battery module and the first terminal of the second battery module have a same polarity, and the second terminal of the first battery module and the second terminal of the second battery module have a same polarity; and the control unit is configured to control the first switch and the second switch to be turned on or off, to heat the first battery module and the second battery module through the input power source .
A fluid leakage detecting system comprising a fluid conveying tube , wherein the fluid conveying tube comprises: a tube member ; a heat insulating layer provided on the outer periphery of the tube member for providing thermal insulation between fluid flowing through the tube member and the outside of the tube member; a plurality of optical fibers continuously wound around the heat insulating layer; a coupling section provided at an end portion of the tube member; leakage information transmission means provided in the vicinity of the coupling section and being capable of transmitting, to the outside of the coupling section, leakage information of fluid flowing through the tube member in the vicinity of the coupling section; and characterised by an optical pressure sensor configured to detect gas pressure or gas concentration of the heat insulating layer in the vicinity of the coupling section, and connected to the leakage information transmission means; wherein the fluid leakage detecting system further comprises: a temperature measurement device ; and an optical pressure sensor converter for converting information output from the optical pressure sensor to pressure information; wherein a portion of the plurality of optical fibers is connected to the temperature measurement device and functions as an optical fiber temperature sensor, wherein leakage of the fluid from the tube member is detected from a temperature distribution measured by the optical fiber temperature sensor; and the remaining optical fiber(s) is connected to the optical pressure sensor converter and functions as a medium for transmitting information from the optical pressure sensor. a tube member ; a heat insulating layer provided on the outer periphery of the tube member for providing thermal insulation between fluid flowing through the tube member and the outside of the tube member; a plurality of optical fibers continuously wound around the heat insulating layer; a coupling section provided at an end portion of the tube member; leakage information transmission means provided in the vicinity of the coupling section and being capable of transmitting, to the outside of the coupling section, leakage information of fluid flowing through the tube member in the vicinity of the coupling section; and characterised by an optical pressure sensor configured to detect gas pressure or gas concentration of the heat insulating layer in the vicinity of the coupling section, and connected to the leakage information transmission means; a temperature measurement device ; and an optical pressure sensor converter for converting information output from the optical pressure sensor to pressure information;
A combined antimicrobial, heparin and anticoagulant composition for treating and preventing infection and flow reduction in blood catheters comprising a locking solution of: a. at least one taurinamide derivative; b. a biologically acceptable acid and a biologically acceptable salt of said acid in a combination that brings the pH of the combination into a range of from about 3.5 to about 6.5; and c. low concentration heparin, in the range of 50 to 2500 units per mL locking solution, wherein the heparin concentration is sufficient to prevent reactions of the taurinamide derivative with stagnant blood but low enough that expulsion and/or spillage of the solution into a patient's bloodstream carries a low risk of patient haemorrhage. a. at least one taurinamide derivative; b. a biologically acceptable acid and a biologically acceptable salt of said acid in a combination that brings the pH of the combination into a range of from about 3.5 to about 6.5; and c. low concentration heparin, in the range of 50 to 2500 units per mL locking solution, wherein the heparin concentration is sufficient to prevent reactions of the taurinamide derivative with stagnant blood but low enough that expulsion and/or spillage of the solution into a patient's bloodstream carries a low risk of patient haemorrhage.
Process for producing cement clinker, comprising the following process steps: - preheating raw meal (R) containing lime and silicate in a preheater , - deacidifying the preheated raw meal (R) in a calciner , - sintering the deacidified raw meal in a rotary kiln , - quenching the raw meal (R) sintered into cement clinker, in a cooler , wherein the preheated raw meal (R) is fed into the base of the calciner , where the raw meal (R) is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner , characterized by - feeding carbide lime into the base of the calciner , - passing offgas from the preheater into a grinding-drying device for the carbide lime, and - passing the drying exhaust air (T) from the grinding-drying device into the cooler , so that the drying exhaust air (T) enters the rotary kiln or the tertiary air conduit as secondary air. - preheating raw meal (R) containing lime and silicate in a preheater , - deacidifying the preheated raw meal (R) in a calciner , - sintering the deacidified raw meal in a rotary kiln , - quenching the raw meal (R) sintered into cement clinker, in a cooler , wherein the preheated raw meal (R) is fed into the base of the calciner , where the raw meal (R) is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner , characterized by wherein the preheated raw meal (R) is fed into the base of the calciner , where the raw meal (R) is suspended in the updraught of the offgas flowing out of the rotary kiln into the calciner , characterized by - feeding carbide lime into the base of the calciner , - passing offgas from the preheater into a grinding-drying device for the carbide lime, and - passing the drying exhaust air (T) from the grinding-drying device into the cooler , so that the drying exhaust air (T) enters the rotary kiln or the tertiary air conduit as secondary air.
A method for thermal protection of a device clutch of a vehicle with a heat engine , in particular a motor, which is in mode automatic steering to park, the vehicle comprising a gearbox comprising a gearbox computer capable of controlling the clutch device and configured to continuously estimate (E0) the temperature inside the housing of the clutch device , the latter including a clutch disc integral with an input shaft of the gearbox and capable of coupling with a flywheel of the clutch device integral with an output shaft of the heat engine , the method being characterized in that it comprises successively : a) When the gearbox ECU detects at a time t 0 a temperature data estimated exceeding a critical temperature determined (Tc) registered e in a memory space of the gearbox computer and likely to damage the clutch disc , a step (E1) of opening the clutch device to stop the transmission of torque by the clutch device to the gearbox , concomitant with a step (E2) actuating the vehicle braking device to immobilize the vehicle ; b) When the estimated temperature drops below the critical temperature (Tc), a step (E3) of resumption of the transmission of torque by the clutch device to the gearbox concomitant with a step (E4) release of the braking device. a) When the gearbox ECU detects at a time t 0 a temperature data estimated exceeding a critical temperature determined (Tc) registered e in a memory space of the gearbox computer and likely to damage the clutch disc , a step (E1) of opening the clutch device to stop the transmission of torque by the clutch device to the gearbox , concomitant with a step (E2) actuating the vehicle braking device to immobilize the vehicle ; b) When the estimated temperature drops below the critical temperature (Tc), a step (E3) of resumption of the transmission of torque by the clutch device to the gearbox concomitant with a step (E4) release of the braking device.
A method for producing a cushioning element for sportswear, in particular a shoe sole or a midsole, or for sporting goods, such as a foam component for a sportive ball, in particular for a football, comprising the steps: - Feeding of foam particles into a mold cavity of a mold , - Welding of the foam particles in the mold cavity while applying a predetermined pressure, wherein the foam particles comprise a fraction of at least 10% by weight of recycled, shredded foam particles and the welding of the foam particles is effected by means of electromagnetic waves, wherein the foam particles have a closed surface and the recycled, shredded foam particles do not have a closed surface. - Feeding of foam particles into a mold cavity of a mold , - Welding of the foam particles in the mold cavity while applying a predetermined pressure,
A method of surge protection for a dynamic compressor , comprising the steps of: continually calculating a surge parameter with a control system ; continually calculating an operating parameter with the control system ; defining with the control system a surge limit line based upon the calculated surge parameter on a compressor map ; continually calculating a surge control parameter with the control system by dividing the calculated operating parameter by the calculated surge parameter; and actuating a surge valve based upon a distance, continually calculated by the control system , the calculated surge control parameter is from the surge limit line . continually calculating a surge parameter with a control system ; continually calculating an operating parameter with the control system ; defining with the control system a surge limit line based upon the calculated surge parameter on a compressor map ; continually calculating a surge control parameter with the control system by dividing the calculated operating parameter by the calculated surge parameter; and actuating a surge valve based upon a distance, continually calculated by the control system , the calculated surge control parameter is from the surge limit line .
A method performed by a terminal in a mobile communication system, the method comprising: receiving, from a base station, first control information scheduling first type data; receiving, from the base station, second control information scheduling second type data; receiving , from the base station, the first type data in a transmission time interval for transmitting the first type data; and receiving, from the base station, the second type data in the transmission time interval for transmitting the first type data, and determining whether to stop decoding of the first type data; performing decoding of the first type data and the second type data in case that it is determined not to stop the decoding of the first type data; and performing the decoding of the second type data and stopping the decoding of the first type data in case that it is determined to stop the decoding of the first type data, wherein the second type data is for low latency transmission. receiving, from a base station, first control information scheduling first type data; receiving, from the base station, second control information scheduling second type data; receiving , from the base station, the first type data in a transmission time interval for transmitting the first type data; and receiving, from the base station, the second type data in the transmission time interval for transmitting the first type data, and determining whether to stop decoding of the first type data; performing decoding of the first type data and the second type data in case that it is determined not to stop the decoding of the first type data; and performing the decoding of the second type data and stopping the decoding of the first type data in case that it is determined to stop the decoding of the first type data, wherein the second type data is for low latency transmission.
A method for receiving downlink control information in a wireless communication system, the method performed by a user equipment, UE, and comprising: receiving (S1610), from a base station , a radio resource control, RRC, message including a list of two minimum applicable slot offsets, receiving (S1620), from the base station , the downlink control information, wherein the downlink control information includes minimum applicable scheduling offset information, wherein the minimum applicable scheduling offset information is a 1 bit field and the 1 bit field is used to determine a minimum applicable slot offset among i) a first value included in the list and ii) a second value included in the list; and receiving, from the base station , a physical downlink shared channel, PDSCH, wherein, when the minimum applicable slot offset indicated by the 1 bit field is applied, receiving, from the base station, a PDSCH comprises receiving, from the base station, a PDSCH on a slot having a value of a slot offset equal to or greater than a value of the minimum applicable slot offset and the UE does not expect to receive the PDSCH based on a slot offset smaller than the minimum applicable slot offset, and wherein the UE does not apply the minimum applicable slot offset when a PDSCH transmission is scheduled with a cell-radio network temporary identity, C-RNTI, a configured scheduling-RNTI, CS-RNTI, or a modulation and coding scheme-cell-RNTI, MCS-C-RNTI, in a common search space associated with a control resource set, CORESET, 0 and a default PDSCH time domain resource allocation is used. receiving (S1610), from a base station , a radio resource control, RRC, message including a list of two minimum applicable slot offsets, receiving (S1620), from the base station , the downlink control information, wherein the downlink control information includes minimum applicable scheduling offset information, wherein the minimum applicable scheduling offset information is a 1 bit field and the 1 bit field is used to determine a minimum applicable slot offset among i) a first value included in the list and ii) a second value included in the list; and receiving, from the base station , a physical downlink shared channel, PDSCH, wherein, when the minimum applicable slot offset indicated by the 1 bit field is applied, receiving, from the base station, a PDSCH comprises receiving, from the base station, a PDSCH on a slot having a value of a slot offset equal to or greater than a value of the minimum applicable slot offset and the UE does not expect to receive the PDSCH based on a slot offset smaller than the minimum applicable slot offset, and wherein the UE does not apply the minimum applicable slot offset when a PDSCH transmission is scheduled with a cell-radio network temporary identity, C-RNTI, a configured scheduling-RNTI, CS-RNTI, or a modulation and coding scheme-cell-RNTI, MCS-C-RNTI, in a common search space associated with a control resource set, CORESET, 0 and a default PDSCH time domain resource allocation is used.
The use of an antifouling dispersant composition for reducing organic fouling in an olefin production system, the composition comprising: an alcohol polyoxyethylene (EO) ether (EO number 1-14), represented by the general formula wherein R is an alkyl with about 3-20 carbon atoms; and n is 1-14. an alcohol polyoxyethylene (EO) ether (EO number 1-14), represented by the general formula wherein R is an alkyl with about 3-20 carbon atoms; and n is 1-14.
A method of controlling a processor configured by an image processing application to estimate distances to objects within a scene from a set of images captured from different cameras in a set of cameras (401-406) mounted within a headset that includes a display via which images can be displayed, the method comprising: using an illumination light source to illuminate the scene with a projected texture; generating an initial depth map of the illuminated scene; identifying near-field and far-field portions of the scene based on the initial depth map, wherein the near-field portions are at a depth in the scene less than a certain threshold and the far-field portions are at a depth in the scene greater than the certain threshold; refining the initial depth map for the near-field portions of the scene using only image data captured from a near-field set of cameras ; and refining the initial depth map for the far-field portions of the scene using only image data captured from a far-field set of cameras ; wherein a baseline distance between cameras in the near-field set of cameras is less than a baseline distance between cameras in the far-field set of cameras. using an illumination light source to illuminate the scene with a projected texture; generating an initial depth map of the illuminated scene; identifying near-field and far-field portions of the scene based on the initial depth map, wherein the near-field portions are at a depth in the scene less than a certain threshold and the far-field portions are at a depth in the scene greater than the certain threshold; refining the initial depth map for the near-field portions of the scene using only image data captured from a near-field set of cameras ; and refining the initial depth map for the far-field portions of the scene using only image data captured from a far-field set of cameras ;
A connection and fastening unit for components of a lightning protection system, the connection and fastening unit being realized for the purpose of being integrated in a wind turbine rotor blade and for being connected to the components of the lightning protection system, wherein the connection and fastening unit comprises a cavity which can be closed in an airtight manner and in which connecting means for connecting and/or assembling at least one of the components of the lightning protection system are arranged, characterized in that the connection and fastening unit comprises a basic body produced from an electrically insulating material and a connection body produced from an electrically conducting material, the basic body and the connection body being fixedly connected together and the cavity being arranged between the basic body and the connection body .
A pneumatic tyre comprising a carcass ply , two beads , a tread strip , a tread belt comprising at least two tread plies , an innerliner and an additional functional material layer arranged between the innerliner and the inner cavity of the pneumatic tyre characterized in that a net layer comprising a plurality of meshes is interposed between the innerliner and the additional functional material layer .