mhurhangee/patent-ind-claim-en huggingface dataset:
A field programmable gate array, FPGA , comprising: a set of monitor circuits adapted to provide indications of one or more parameters relating to a fabrication process used to fabricate the FPGA , a power supply voltage of at least one circuit (106, 109; 150, 152, 156) in the FPGA , and temperature of the at least one circuit (106, 109; 150, 152, 156); a controller adapted to derive a range of body-bias values for the at the at least one circuit (106,109; 150, 152, 156) from the indications for the at least one circuit (106, 109; 150, 152, 156); a body-bias generator adapted to provide a body-bias signal to at least one transistor in the at least one circuit (106, 109; 150, 152, 156), the body-bias signal having a value within the range of body-bias values; and a reference information circuit comprising look-up information for appropriate ranges of body-bias values; wherein the controller is adapted to retrieve the range of body-bias values based on look-up information from the reference information circuit , and to determine a look-up index for retrieving the range of body-bias values from the reference information circuit based on the indications provided by the set of monitor circuits. a set of monitor circuits adapted to provide indications of one or more parameters relating to a fabrication process used to fabricate the FPGA , a power supply voltage of at least one circuit (106, 109; 150, 152, 156) in the FPGA , and temperature of the at least one circuit (106, 109; 150, 152, 156); a controller adapted to derive a range of body-bias values for the at the at least one circuit (106,109; 150, 152, 156) from the indications for the at least one circuit (106, 109; 150, 152, 156); a body-bias generator adapted to provide a body-bias signal to at least one transistor in the at least one circuit (106, 109; 150, 152, 156), the body-bias signal having a value within the range of body-bias values; and a reference information circuit comprising look-up information for appropriate ranges of body-bias values; wherein the controller is adapted to retrieve the range of body-bias values based on look-up information from the reference information circuit , and to determine a look-up index for retrieving the range of body-bias values from the reference information circuit based on the indications provided by the set of monitor circuits.
A groupcast communication method for a sidelink, SL, the method characterized by comprising: receiving , by a first terminal device, a first message sent by a second terminal device; obtaining , by the first terminal device, a first transmission resource, wherein in a time unit where the first transmission resource is located, the first terminal device is configured not to transmit data to at least one third terminal device or the second terminal device, wherein the first terminal device, the second terminal device, and the at least one third terminal device belong to a first group; and sending , by the first terminal device, to the second terminal device first feedback information in response to the first message, by using the first transmission resource, wherein obtaining , by the first terminal device, a first transmission resource comprises determining, by the first terminal device, the first transmission resource from a first transmission resource set according to identifier information of the first terminal device, wherein the identifier information of the first terminal device comprises a member identifier of the first terminal device in the first group. receiving , by a first terminal device, a first message sent by a second terminal device; obtaining , by the first terminal device, a first transmission resource, wherein in a time unit where the first transmission resource is located, the first terminal device is configured not to transmit data to at least one third terminal device or the second terminal device, wherein the first terminal device, the second terminal device, and the at least one third terminal device belong to a first group; and sending , by the first terminal device, to the second terminal device first feedback information in response to the first message, by using the first transmission resource, wherein obtaining , by the first terminal device, a first transmission resource comprises determining, by the first terminal device, the first transmission resource from a first transmission resource set according to identifier information of the first terminal device, wherein the identifier information of the first terminal device comprises a member identifier of the first terminal device in the first group.
A process for preparing a pharmaceutical composition comprising micafungin or a pharmaceutically acceptable salt thereof in the form of a lyophilised cake or powder, wherein the water content of the lyophilised cake or powder is below 2.0 % by weight, preferably between 0.1 and 1.9 % by weight, more preferably between 0.5 and 1.5 % by weight of the total amount of the lyophilised cake or powder, wherein the pharmaceutical composition comprises at least one bulking agent, wherein the pharmaceutical composition comprises between 30 and 85 % by weight, preferably between 40 and 70 % by weight of the bulking agent or bulking agents in respect of the total amount of the pharmaceutical composition wherein the process comprises, at least, the step of preparing a micafungin solution by dissolving micafungin in a water solution in a reactor made of stainless steel, carbon steel, high alloy steel and high alloys such as hastelloy, tantalum, inconel, monel, titanium, nickel and cupronickel, preferably the reactor is a stainless steel reactor.
A method of repairing an air data probe comprising: assessing an air data probe for a damaged portion; and depositing a material on the air data probe to repair the damaged portion of the air data probe , and characterized in that depositing the material includes depositing the material using directed energy deposition and/or powder bed fusion. assessing an air data probe for a damaged portion; and depositing a material on the air data probe to repair the damaged portion of the air data probe , and characterized in that depositing the material includes depositing the material using directed energy deposition and/or powder bed fusion.
A method of wireless communication, comprising: detecting , by a user equipment, UE, a reference signal from a serving base station in the first symbols of a first subframe of a transmission frame of the serving base station, over a carrier of shared spectrum, wherein the shared spectrum is at least one of an unlicensed spectrum or a spectrum allowing sharing among a plurality of operators; measuring , by the UE, the reference signal; generating , by the UE, a channel state information, CSI, feedback report based on the measured reference signal; and transmitting , by the UE, the CSI feedback report to the serving base station in an uplink subframe immediately following the first subframe. detecting , by a user equipment, UE, a reference signal from a serving base station in the first symbols of a first subframe of a transmission frame of the serving base station, over a carrier of shared spectrum, wherein the shared spectrum is at least one of an unlicensed spectrum or a spectrum allowing sharing among a plurality of operators; measuring , by the UE, the reference signal; generating , by the UE, a channel state information, CSI, feedback report based on the measured reference signal; and transmitting , by the UE, the CSI feedback report to the serving base station in an uplink subframe immediately following the first subframe.
A data transmission method, comprising: receiving , by a first network device, resource configuration assistance information from user equipment" wherein the resource configuration assistance information is used to indicate a communication pattern of the user equipment and comprises one or more of the following parameters: a periodic communication indicator, communication duration, a communication period, a scheduled communication time, a scheduling starting time, a data volume indication, and a stationary indication; sending , by the first network device, by means of a radio resource control, RRC, connection release message, dedicated resource configuration information to the user equipment based on the resource configuration assistance information, wherein the dedicated resource configuration information is used by the user equipment in an RRC idle state or an RRC inactive state, and wherein in the RRC inactive state, no connection related to the user equipment exists between the user equipment and the first network device, context information of the user equipment is stored on the user equipment and/or the first network device, and connections related to the user equipment exist between the first network device and a mobility management entity, and between the first network device and a serving gateway; and performing , by the first network device, data transmission with the user equipment by using the dedicated resource configuration information. receiving , by a first network device, resource configuration assistance information from user equipment" wherein the resource configuration assistance information is used to indicate a communication pattern of the user equipment and comprises one or more of the following parameters: a periodic communication indicator, communication duration, a communication period, a scheduled communication time, a scheduling starting time, a data volume indication, and a stationary indication; sending , by the first network device, by means of a radio resource control, RRC, connection release message, dedicated resource configuration information to the user equipment based on the resource configuration assistance information, wherein the dedicated resource configuration information is used by the user equipment in an RRC idle state or an RRC inactive state, and wherein in the RRC inactive state, no connection related to the user equipment exists between the user equipment and the first network device, context information of the user equipment is stored on the user equipment and/or the first network device, and connections related to the user equipment exist between the first network device and a mobility management entity, and between the first network device and a serving gateway; and performing , by the first network device, data transmission with the user equipment by using the dedicated resource configuration information.
A method for preparing methanol and diol, wherein said method comprises, under hydrogen atmosphere, subjecting a cyclic carbonate to the following reaction under the action of a catalyst, so as to give methanol and diol, in formula I and III: n = 0 ∼ 20; R 1 , R 2 , R 3 , R 4 , R 5 , R 6 can be independently selected from a hydrogen, a C 1 ∼C 20 alkyl, a C 4 ∼C 24 aryl, a C 5 ∼C 25 aryl alkyl, -(C 1 ∼C 8 )-OR 7 , -(C 1 ∼C 8 )-SR 8 , or -(C 1 ∼C 8 )-NR 9 R 10 ; R 5 , R 6 may be further independently selected from a C 4 ∼C 10 cycloalkyl; wherein R 7 , R 8 , R 9 , R 10 are independently selected from a C 1 ∼C 10 alkyl, a C 4 ∼C 24 aryl or a C 5 ∼C 25 aryl alkyl, and R 9 , R 10 may also be joined atom to form a cyclic amine group with the nitrogen; when n = 0, R 1 and R 3 may be joined to form an alicyclic group or aryl ring; when n ≥ 1, R 1 and R 5 , R 3 and R 6 may be joined to form an alicyclic group or an aryl ring; wherein the ruthenium complex V is shown in any one of structural formula 1a-1e: n = 0 ∼ 20; R 1 , R 2 , R 3 , R 4 , R 5 , R 6 can be independently selected from a hydrogen, a C 1 ∼C 20 alkyl, a C 4 ∼C 24 aryl, a C 5 ∼C 25 aryl alkyl, -(C 1 ∼C 8 )-OR 7 , -(C 1 ∼C 8 )-SR 8 , or -(C 1 ∼C 8 )-NR 9 R 10 ; R 5 , R 6 may be further independently selected from a C 4 ∼C 10 cycloalkyl; wherein R 7 , R 8 , R 9 , R 10 are independently selected from a C 1 ∼C 10 alkyl, a C 4 ∼C 24 aryl or a C 5 ∼C 25 aryl alkyl, and R 9 , R 10 may also be joined atom to form a cyclic amine group with the nitrogen; when n = 0, R 1 and R 3 may be joined to form an alicyclic group or aryl ring; when n ≥ 1, R 1 and R 5 , R 3 and R 6 may be joined to form an alicyclic group or an aryl ring; wherein the ruthenium complex V is shown in any one of structural formula 1a-1e:
Method for holding adjacent grate bars together, which have an upper side designed as a grate covering , in which the grate bars are pressed against one another using a holder , wherein the holder is operated through a recess on the upper side of the grate bars , and the recess is covered by a cover , wherein the cover has a plate , characterized in that the plate covers the recess such that an upper side of the grate is a flat as possible.
An aerosol assembly for a medicament delivery device , the aerosol assembly comprising: a nozzle chip assembly including a carrier and a nozzle chip provided on the carrier , a holding structure (7a; 7a') having a fluid channel extending through the holding structure (7a; 7a'), wherein the nozzle chip assembly is configured to be mounted into the fluid channel such that fluid flowing through the fluid channel passes through the nozzle chip , and an elastic sealing member (7q; 7q') configured to be arranged with a tight fit in the fluid channel , the sealing member (7q; 7q') having a central through-opening (12; 12') configured to receive the nozzle chip to seal the nozzle chip towards the carrier . wherein the fluid channel has an inner surface provided with a circumferentially extending opening , wherein the carrier has an outer boundary portion mounted into the opening to hold the carrier in place; wherein the aerosol assembly comprises a base member having a Luer cone configured to extend into the fluid channel towards the nozzle chip assembly , the Luer cone having a central channel extending through the base member and configured to extend coaxially with the fluid channel , wherein the base member and the holding structure have Luer threads by which the base member and the holding structure are configured to be connected, wherein the central through-opening (12; 12') of the sealing member (7q; 7q') is configured to open towards the central channel , and wherein the sealing member (7q; 7q') is configured to be arranged axially between the Luer cone and the carrier . a nozzle chip assembly including a carrier and a nozzle chip provided on the carrier , a holding structure (7a; 7a') having a fluid channel extending through the holding structure (7a; 7a'), wherein the nozzle chip assembly is configured to be mounted into the fluid channel such that fluid flowing through the fluid channel passes through the nozzle chip , and an elastic sealing member (7q; 7q') configured to be arranged with a tight fit in the fluid channel , the sealing member (7q; 7q') having a central through-opening (12; 12') configured to receive the nozzle chip to seal the nozzle chip towards the carrier . wherein the fluid channel has an inner surface provided with a circumferentially extending opening , wherein the carrier has an outer boundary portion mounted into the opening to hold the carrier in place; wherein the aerosol assembly comprises a base member having a Luer cone configured to extend into the fluid channel towards the nozzle chip assembly , the Luer cone having a central channel extending through the base member and configured to extend coaxially with the fluid channel , wherein the base member and the holding structure have Luer threads by which the base member and the holding structure are configured to be connected, wherein the central through-opening (12; 12') of the sealing member (7q; 7q') is configured to open towards the central channel , and wherein the sealing member (7q; 7q') is configured to be arranged axially between the Luer cone and the carrier .
A fuel cell system comprising a stack of electrochemical cells forming a fuel cell with ion-exchanger polymer membrane and a feeder circuit for fuel gas linking a fuel gas tank with the anode of the fuel cell, the system being characterized in that it comprises: - A hydrogen purge valve installed at the anode outlet of the stack, - A receiving vessel for the hydrogen, which was purged, and - Means of redirecting the purged hydrogen toward the anode inlet of the fuel cell, characterized in that said means comprises a Venturi selective ejector produced to preferentially recirculate hydrogen, and in that the recirculation orifice of the ejector is calibrated for hydrogen. - A hydrogen purge valve installed at the anode outlet of the stack, - A receiving vessel for the hydrogen, which was purged, and - Means of redirecting the purged hydrogen toward the anode inlet of the fuel cell, characterized in that said means comprises a Venturi selective ejector produced to preferentially recirculate hydrogen, and in that the recirculation orifice of the ejector is calibrated for hydrogen.
A vacuum-assisted biopsy device , comprising: a stylet configured to incise tissue, the stylet including a notch ; and a vacuum pump in communication with the notch ; wherein a vacuum is transmitted to the notch via a vacuum line to draw a tissue sample to the notch , further comprising a valve configured to control the vacuum generated by a vacuum pump and transmitted to the notch , wherein the vacuum line is enclosed within an outer wall of the biopsy device; a clearance separates an outer surface of the vacuum line from an inner surface of the outer wall; characterised in that one or more asperities are located on the outside surface of the vacuum line having a height equal to the clearance between the outer surface of the vacuum line and the inner surface of the outer wall; and a lubricant is provided in the clearance to form a vacuum membrane. a stylet configured to incise tissue, the stylet including a notch ; and a vacuum pump in communication with the notch ; wherein a vacuum is transmitted to the notch via a vacuum line to draw a tissue sample to the notch , further comprising a valve configured to control the vacuum generated by a vacuum pump and transmitted to the notch , wherein the vacuum line is enclosed within an outer wall of the biopsy device; a clearance separates an outer surface of the vacuum line from an inner surface of the outer wall; characterised in that one or more asperities are located on the outside surface of the vacuum line having a height equal to the clearance between the outer surface of the vacuum line and the inner surface of the outer wall; and a lubricant is provided in the clearance to form a vacuum membrane.
A deep groove ball bearing that comprises: an outer ring with an outer ring raceway groove on an inner diameter surface ; an inner ring with an inner ring raceway groove on an outer diameter surface ; a plurality of balls rollably arranged between the outer ring raceway groove and the inner ring raceway groove ; and a seal member fixed to the outer ring and disposed in contact or non-contact with a seal groove formed in a shoulder portion of the inner ring to seal a space between the outer ring and the inner ring ; wherein: an axial cross-sectional width (W) of the deep groove ball bearing is smaller than a radial cross-sectional height (H) of the deep groove ball bearing ; a thickness (c) of the inner ring is greater than a thickness (d) of the outer ring ; a pitch diameter (PCD) of the ball is larger than a median diameter (MD) between an inner diameter of the inner ring and an outer diameter of the outer ring , characterized in that a radial dimension (b) between an outer diameter of the shoulder portion of the inner ring and an inner diameter of the seal member is greater than the thickness (d) of the outer ring . an outer ring with an outer ring raceway groove on an inner diameter surface ; an inner ring with an inner ring raceway groove on an outer diameter surface ; a plurality of balls rollably arranged between the outer ring raceway groove and the inner ring raceway groove ; and a seal member fixed to the outer ring and disposed in contact or non-contact with a seal groove formed in a shoulder portion of the inner ring to seal a space between the outer ring and the inner ring ; wherein: an axial cross-sectional width (W) of the deep groove ball bearing is smaller than a radial cross-sectional height (H) of the deep groove ball bearing ; a thickness (c) of the inner ring is greater than a thickness (d) of the outer ring ; a pitch diameter (PCD) of the ball is larger than a median diameter (MD) between an inner diameter of the inner ring and an outer diameter of the outer ring , characterized in that a radial dimension (b) between an outer diameter of the shoulder portion of the inner ring and an inner diameter of the seal member is greater than the thickness (d) of the outer ring . an axial cross-sectional width (W) of the deep groove ball bearing is smaller than a radial cross-sectional height (H) of the deep groove ball bearing ; a thickness (c) of the inner ring is greater than a thickness (d) of the outer ring ; a pitch diameter (PCD) of the ball is larger than a median diameter (MD) between an inner diameter of the inner ring and an outer diameter of the outer ring , characterized in that a radial dimension (b) between an outer diameter of the shoulder portion of the inner ring and an inner diameter of the seal member is greater than the thickness (d) of the outer ring .
A wrappable textile sleeve for protecting elongate members against at least one of electromagnetic interference (EMI), radio frequency interference (RFI), or electrostatic discharge (ESD), comprising: a plurality of warp filaments ; at least one weft filament ; said warp filaments being woven with said at least one weft filament to form a woven substrate , said substrate having opposite sides extending lengthwise between opposite ends , said opposite sides being wrappable about a central longitudinal axis of said sleeve into overlapping relation with one another; and wherein at least some of said warp filaments are provided as flat conductive filaments , characterized in that at least some of the flat conductive filaments include a plurality of flat conductive filaments stacked in overlapping relation with one another. a plurality of warp filaments ; at least one weft filament ; said warp filaments being woven with said at least one weft filament to form a woven substrate , said substrate having opposite sides extending lengthwise between opposite ends , said opposite sides being wrappable about a central longitudinal axis of said sleeve into overlapping relation with one another; and wherein at least some of said warp filaments are provided as flat conductive filaments , characterized in that at least some of the flat conductive filaments include a plurality of flat conductive filaments stacked in overlapping relation with one another.
A method for cleaning process water circulated in a paper recycling system, comprising a process water treatment step which comprises at least one pre-acidification step and at least one anaerobic cleaning step, wherein at least a portion of the process water to be cleaned is subjected to hydrolysis and acidification in the at least one pre-acidification step, and the process water thus treated is subsequently being contacted with anaerobic microorganisms in the at least one anaerobic cleaning step in order to break down impurities contained in the process water, wherein at least one saccharide-cleaving enzyme is being added to the process water before or during the at least one pre-acidification step and the pH value of the process water is being adjusted to 8.0 or less at least during the at least one pre-acidification step and during the at least one anaerobic cleaning step, wherein neither alkaline hydrolysis nor chemical hydrolysis is being carried out during the entire process water treatment.
A pharmaceutical composition for use in the treatment or prophylaxis of an IgE-mediated allergic disease, which comprises bryostatin 1 to induce selective IgA class switching in B cells, wherein the IgE-mediated allergic disease is selected from the group consisting of atopic dermatitis, allergic rhinitis, allergic conjunctivitis, allergic gastroenteritis, food allergy, drug allergy, and urticaria.