mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a user equipment in a radio access network , the method comprising: receiving, from a base station , a first control message comprising information on a plurality of frequencies; based on detection of an in device co-existence, IDC, problem for a first frequency among the plurality of frequencies occurring, transmitting, to the base station , a second control message for providing a first IDC indication related to the first frequency; based on detection of the IDC problem for the first frequency among the plurality of frequencies no longer occurring, transmitting, to the base station , a third control message for providing a second IDC indication related to the first frequency; and based on detection of the IDC problem for a second frequency, different from the first frequency, among the plurality of frequencies occurring, transmitting, to the base station , a fourth control message for providing a third IDC indication related to the second frequency. receiving, from a base station , a first control message comprising information on a plurality of frequencies; based on detection of an in device co-existence, IDC, problem for a first frequency among the plurality of frequencies occurring, transmitting, to the base station , a second control message for providing a first IDC indication related to the first frequency; based on detection of the IDC problem for the first frequency among the plurality of frequencies no longer occurring, transmitting, to the base station , a third control message for providing a second IDC indication related to the first frequency; and based on detection of the IDC problem for a second frequency, different from the first frequency, among the plurality of frequencies occurring, transmitting, to the base station , a fourth control message for providing a third IDC indication related to the second frequency.
An ablation apparatus comprising: a probe having a hollow shaft (40; 68), a longitudinal axis and a distally disposed balloon assembly, the balloon assembly (38; 70) comprising: a spring (50; 94) having a resting axially elongated configuration and a torsed, axially shortened configuration; an inflatable balloon mechanically linked to the spring and enclosing the spring, the balloon having electrodes for mapping or ablation, a wall, and pores configured to allow a fluid to exit the balloon; and a flexible sheath disposed about the spring within the balloon, the sheath and the wall of the balloon defining a chamber to contain the fluid flowing therein and thereout for inflation and deflation of the balloon, wherein inflation urges the spring into the torsed, axially shortened configuration and deflation is aided by the spring returning to the resting axially elongated configuration. a spring (50; 94) having a resting axially elongated configuration and a torsed, axially shortened configuration; an inflatable balloon mechanically linked to the spring and enclosing the spring, the balloon having electrodes for mapping or ablation, a wall, and pores configured to allow a fluid to exit the balloon; and a flexible sheath disposed about the spring within the balloon, the sheath and the wall of the balloon defining a chamber to contain the fluid flowing therein and thereout for inflation and deflation of the balloon, wherein inflation urges the spring into the torsed, axially shortened configuration and deflation is aided by the spring returning to the resting axially elongated configuration.
An electrically operated aerosol-generating system comprising a device and a removable cartridge , the cartridge comprising an aerosol-forming substrate, an electrically operated vapouriser, and first electrical contacts connected to the vapouriser, the device comprising a main body defining a cavity for receiving the cartridge, an electrical power source , second electrical contacts connected to the electrical power source and a mouthpiece portion , wherein the mouthpiece portion, in a closed position, retains the first electrical contacts on the cartridge in contact with the second electrical contacts on the device, wherein the vapouriser is a heater and wherein the cartridge comprises a liquid storage portion comprising a housing holding a liquid aerosol-forming substrate, the housing having an opening; and a fluid permeable heater comprising a plurality of electrically conductive filaments , wherein the fluid permeable heater extends across the opening of the housing of the liquid storage portion. wherein the vapouriser is a heater and wherein the cartridge comprises a liquid storage portion comprising a housing holding a liquid aerosol-forming substrate, the housing having an opening; and a fluid permeable heater comprising a plurality of electrically conductive filaments , wherein the fluid permeable heater extends across the opening of the housing of the liquid storage portion.
Pneumatic vehicle tyre comprising a tread with at least one profile rib and/or at least one row of profile blocks , with profile blocks following one another in the circumferential direction, the profile rib or the row of profile blocks laterally having profile rib flanks or profile block flanks , respectively, which in each case bound a circumferential groove running around in the circumferential direction, wherein the profile rib or the profile blocks of the row of profile blocks are provided with sipes , which in plan view run in a U-shaped manner, have a width of 0.4 mm to 1.2 mm and a depth (t 1 ) of 30% to 90% of the profile depth (P T ) and which are respectively made up of a sipe portion running in the circumferential direction and two sipe portions running from the first sipe portion to the lateral profile block flanks or profile rib flanks , wherein the sipes of a U-shaped form in the profile rib or in the profile blocks of the row of profile blocks lie opposite one another in pairs and without any offset with respect to the circumferential direction, wherein the two sipe portions running in the circumferential direction of the sipes arranged in pairs are separated from one another in the axial direction by an unstructured rubber bridge , wherein the sipe portions that run to the profile block flanks or the profile rib flanks are made up of portion parts (2b 1 , 2b 2 ) which form obtuse angles with one another and with the sipe portions running in the circumferential direction, characterized in that the U-shaped sipes arranged in pairs are the only sipes in the profile rib or in the profile blocks of the row of profile blocks . characterized in that the U-shaped sipes arranged in pairs are the only sipes in the profile rib or in the profile blocks of the row of profile blocks .
A server configured to transmit update data used in updating software of an in-vehicle device of a vehicle to the vehicle, the server comprising: a communication unit configured to receive usage information representing a usage state of the vehicle, and transmit the update data to the vehicle, wherein the usage information includes an average usage time of a plurality of usages in the past; and a control unit , characterised in that : the control unit is configured to control, based on the usage information, a communication speed of transmitting the update data to the vehicle by the communication unit , and the control unit is configured to control the communication speed such that the communication speed is made to be a first speed when the average usage time is a first time and the communication speed is made to be a second speed when the average usage time is a second time, wherein the first time is short relative to the second time and the first speed is faster than the second speed. a communication unit configured to receive usage information representing a usage state of the vehicle, and transmit the update data to the vehicle, wherein the usage information includes an average usage time of a plurality of usages in the past; and receive usage information representing a usage state of the vehicle, and transmit the update data to the vehicle, wherein the usage information includes an average usage time of a plurality of usages in the past; and a control unit , the control unit is configured to control, based on the usage information, a communication speed of transmitting the update data to the vehicle by the communication unit , and the control unit is configured to control the communication speed such that the communication speed is made to be a first speed when the average usage time is a first time and the communication speed is made to be a second speed when the average usage time is a second time, wherein the first time is short relative to the second time and the first speed is faster than the second speed.
A compound of formula (I) or a pharmaceutically acceptable salt thereof, wherein, R 1 is H, halogen, CN, CH 3 , CH 2 CH 3 , CF 3 , cyclopropyl, phenyl or pyridyl; X is C or N; Y is S, O, N or N(CH 3 ); Z is C(R 21 )(R 22 ), C(=O), O or S; W is C(R 61 )(R 62 ) or C(=O); is a five-membered heteroaryl; each of R 21 , R 22 , R 61 and R 62 is independently H, halogen, hydroxyl, amino or methoxy; m is 0, 1 or 2; R 3 is phenyl or pyridyl, which is optionally substituted by 1, 2 or 3 R; each of R 4 and R 5 is independently H or CH 3 ; R is F, Cl, CN or CF 3 . R 1 is H, halogen, CN, CH 3 , CH 2 CH 3 , CF 3 , cyclopropyl, phenyl or pyridyl; X is C or N; Y is S, O, N or N(CH 3 ); Z is C(R 21 )(R 22 ), C(=O), O or S; W is C(R 61 )(R 62 ) or C(=O); is a five-membered heteroaryl; each of R 21 , R 22 , R 61 and R 62 is independently H, halogen, hydroxyl, amino or methoxy; m is 0, 1 or 2; R 3 is phenyl or pyridyl, which is optionally substituted by 1, 2 or 3 R; each of R 4 and R 5 is independently H or CH 3 ; R is F, Cl, CN or CF 3 .
An inflatable structure transformable between a deflated state and an inflated state, the inflatable structure comprising a drop stitch fabric having a first layer and a second layer tethered by drop stitches , the inflatable structure being provided with, along at least a portion of an edge of the drop stitch fabric , an edge fixation line and an at least first inner fixation line at an at least first margin from the edge , the edge fixation line and the at least first inner fixation line comprising coupling means fixating the first layer to the second layer , wherein the inflatable structure is provided with, between the edge fixation line and the at least first inner fixation line , a non-inflatable connectable element .
A method of controlling a switched reluctance generator, the generator including: a rotor having a plurality of rotor poles; and a stator having a plurality of stator poles, wherein: either said plurality of rotor poles or said plurality of stator poles each have windings to which current can be supplied to energise said poles and from which current can be drawn to a load, the method characterized by the steps of: periodically exciting each of the windings in turn to a pre-determined level of current; measuring the current generated in each winding; ceasing the excitation when the current generated in each winding exceeds the excitation current; directing the generated current in each winding to the load; storing the timing of the ceasing of excitation of at least one winding in one cycle; and using said stored timing to determine the timing of exciting one or more of said windings in a subsequent cycle. a rotor having a plurality of rotor poles; and a stator having a plurality of stator poles, wherein: either said plurality of rotor poles or said plurality of stator poles each have windings to which current can be supplied to energise said poles and from which current can be drawn to a load, the method characterized by the steps of: periodically exciting each of the windings in turn to a pre-determined level of current; measuring the current generated in each winding; ceasing the excitation when the current generated in each winding exceeds the excitation current; directing the generated current in each winding to the load; storing the timing of the ceasing of excitation of at least one winding in one cycle; and using said stored timing to determine the timing of exciting one or more of said windings in a subsequent cycle. periodically exciting each of the windings in turn to a pre-determined level of current; measuring the current generated in each winding; ceasing the excitation when the current generated in each winding exceeds the excitation current; directing the generated current in each winding to the load; storing the timing of the ceasing of excitation of at least one winding in one cycle; and using said stored timing to determine the timing of exciting one or more of said windings in a subsequent cycle.
A method comprising: receiving, at a switch, a first command from a host associated with a storage system which includes two or more hosts, wherein the first command comprises i) a first physical region page, PRP, entry having a first data pointer, and ii) a second PRP entry having a second data pointer or a list pointer, wherein the first command is associated with the non-volatile memory express, NVMe, standard; modifying the first PRP entry with an indication of the host that sent the first command; determining whether the second PRP entry includes the second data pointer or the list pointer; if the second PRP entry is determined to include the second data pointer, modifying the second PRP entry with an indication that the second PRP entry includes a pointer to data in memory; if the second PRP entry is determined to include the list pointer, modifying the second PRP entry with an indication that the second PRP entry includes a pointer to a list of pointers; sending, by the switch to a solid state drive, SSD, a second command that includes the modified first PRP entry and the modified second PRP entry; receiving, at the switch, a memory request from the SSD, wherein the memory request comprises the modified first PRP entry and the modified second PRP entry; and routing the memory request from the switch to the host based on the indication of the host in the modified first PRP entry in the memory request. receiving, at a switch, a first command from a host associated with a storage system which includes two or more hosts, wherein the first command comprises i) a first physical region page, PRP, entry having a first data pointer, and ii) a second PRP entry having a second data pointer or a list pointer, wherein the first command is associated with the non-volatile memory express, NVMe, standard; modifying the first PRP entry with an indication of the host that sent the first command; determining whether the second PRP entry includes the second data pointer or the list pointer; if the second PRP entry is determined to include the second data pointer, modifying the second PRP entry with an indication that the second PRP entry includes a pointer to data in memory; if the second PRP entry is determined to include the list pointer, modifying the second PRP entry with an indication that the second PRP entry includes a pointer to a list of pointers; sending, by the switch to a solid state drive, SSD, a second command that includes the modified first PRP entry and the modified second PRP entry; receiving, at the switch, a memory request from the SSD, wherein the memory request comprises the modified first PRP entry and the modified second PRP entry; and routing the memory request from the switch to the host based on the indication of the host in the modified first PRP entry in the memory request.
A clear liquid injectable solution of Pentazocine and Midazolam comprising: Pentazocine 7.5mg; Midazolam 0.5mg; acids to adjust pH, chelating agent and tonicity agent. Pentazocine 7.5mg; Midazolam 0.5mg; acids to adjust pH, chelating agent and tonicity agent.
A non-combustible aerosol provision device for generating aerosol from a consumable (C) comprising aerosol-generating material, the non-combustible aerosol provision device comprising: a chamber for receiving a consumable (C) comprising aerosol generating material, the chamber having an inlet and a length, wherein the inlet has a width and wherein the width of the inlet and the length of the chamber are adjustable; and a mechanism for configuring the chamber in at least a first configuration and a second configuration; wherein, when the chamber is in the first configuration the width of the inlet is a first width (D1) and the length of the chamber is a first length (L1), and when the chamber is in the second configuration the width of the inlet is a second width (D2) that is different from the first width (D1) and the length of the chamber is a second length (L2) that is different from the first length (L1); characterised in that the mechanism comprises a moveable linkage and wherein the mechanism is configured so that a single movement of the moveable linkage causes the chamber to change between the first configuration and the second configuration. a chamber for receiving a consumable (C) comprising aerosol generating material, the chamber having an inlet and a length, wherein the inlet has a width and wherein the width of the inlet and the length of the chamber are adjustable; and a mechanism for configuring the chamber in at least a first configuration and a second configuration; wherein, when the chamber is in the first configuration the width of the inlet is a first width (D1) and the length of the chamber is a first length (L1), and when the chamber is in the second configuration the width of the inlet is a second width (D2) that is different from the first width (D1) and the length of the chamber is a second length (L2) that is different from the first length (L1); characterised in that the mechanism comprises a moveable linkage and wherein the mechanism is configured so that a single movement of the moveable linkage causes the chamber to change between the first configuration and the second configuration.
An article formed from a composition comprising: a melt polycarbonate resin derived from diphenyl carbonate; and glycerol tristearate mixed with the melt polycarbonate resin, wherein the composition exhibits a melt volume rate of between 18 cm 3 /10 minutes and 22 cm 3 /10 minutes in accordance with ISO 1133 at 1.2 kg/300 °C, wherein the composition exhibits a fries concentration below 800 ppm when measured by the KOH methanolysis of the polycarbonate composition, wherein the article formed from the composition exhibits an Izod impact performance between 9.5 KJ/m 2 and 13 KJ/m 2 based on ISO 180 at 4mm thickness at room temperature, and wherein the article formed from the composition exhibits weathering values of less than 12 Delta Yellowness Index for an exposure time of 2000 hours when tested in accordance with ISO 4892. a melt polycarbonate resin derived from diphenyl carbonate; and glycerol tristearate mixed with the melt polycarbonate resin, wherein the composition exhibits a melt volume rate of between 18 cm 3 /10 minutes and 22 cm 3 /10 minutes in accordance with ISO 1133 at 1.2 kg/300 °C, wherein the composition exhibits a fries concentration below 800 ppm when measured by the KOH methanolysis of the polycarbonate composition, wherein the article formed from the composition exhibits an Izod impact performance between 9.5 KJ/m 2 and 13 KJ/m 2 based on ISO 180 at 4mm thickness at room temperature, and wherein the article formed from the composition exhibits weathering values of less than 12 Delta Yellowness Index for an exposure time of 2000 hours when tested in accordance with ISO 4892.
A rotor blade for a wind turbine , the rotor blade comprising a rotor blade component , wherein the rotor blade component comprises one of a rotor blade shell, a leading edge extension , a trailing edge extension , a blade root enhancement, a low-load bump, a winglet, a vortex generator , or an airflow modifying element, wherein the rotor blade component comprises: a body defining a profile of the rotor blade component , the body comprising an internal volume ; an impletion material configured within the body to at least partially reduce the internal volume ; a foam material filling the remaining internal volume of the body ; one or more support members within the foam material , wherein the support members are configured as structural components for the rotor blade component; and a cover skin surrounding at least a portion of the foam material and defining an exterior surface of the rotor blade component , the cover skin comprising an elastomeric material, wherein the rotor blade component is configured to flex with the rotor blade in operation. a body defining a profile of the rotor blade component , the body comprising an internal volume ; an impletion material configured within the body to at least partially reduce the internal volume ; a foam material filling the remaining internal volume of the body ; one or more support members within the foam material , wherein the support members are configured as structural components for the rotor blade component; and a cover skin surrounding at least a portion of the foam material and defining an exterior surface of the rotor blade component , the cover skin comprising an elastomeric material, wherein the rotor blade component is configured to flex with the rotor blade in operation.
Method of detecting a clot in a measurement chamber of a liquid sample analyzer, the liquid sample analyzer comprising an analyte sensor arranged for measuring a physical parameter of an analyte in a liquid sample in the measurement chamber, wherein detection is performed after conclusion of a rinsing procedure with a primary solution having a pre-determined primary composition with a primary level of the analyte, the method comprising the steps of: a. removing the primary solution from the measurement chamber, and at least partly filling the measurement chamber with a secondary solution having a pre-determined secondary composition with a secondary level of analyte (Cal2), wherein the secondary level is different from the primary level; b. immediately after filling the measurement chamber with the secondary solution, obtaining an initial measurement result (CAL1 poll) by the analyte sensor; c. flushing the measurement chamber with the secondary solution, and leaving the secondary solution in the measurement chamber; d. after a time delay from obtaining the initial measurement result, obtaining a subsequent measurement result (CAL1 meas) by the analyte sensor; e. comparing the initial and subsequent measurement results; and f. determining presence or absence of a clot in the measurement chamber based on the comparison, CHARACTERIZED IN THAT the presence of a clot is determined if the difference between the initial (CAL1 poll) and subsequent measurement results (CAL1 meas) is above a threshold, and/or wherein absence of a clot is determined if the difference between the initial (CAL1 poll) and subsequent measurement (CAL1 meas) results is below the threshold. a. removing the primary solution from the measurement chamber, and at least partly filling the measurement chamber with a secondary solution having a pre-determined secondary composition with a secondary level of analyte (Cal2), wherein the secondary level is different from the primary level; b. immediately after filling the measurement chamber with the secondary solution, obtaining an initial measurement result (CAL1 poll) by the analyte sensor; c. flushing the measurement chamber with the secondary solution, and leaving the secondary solution in the measurement chamber; d. after a time delay from obtaining the initial measurement result, obtaining a subsequent measurement result (CAL1 meas) by the analyte sensor; e. comparing the initial and subsequent measurement results; and f. determining presence or absence of a clot in the measurement chamber based on the comparison,