mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: mapping each symbol of data to a frequency combination, wherein each frequency combination includes one or more tone frequencies with one or more overtones; generating a sine wave for each frequency; adding sine waves for a given symbol to obtain a resulting sine wave; applying a window function to the resulting sine wave to obtain an audible data signal; and transmitting, by a speaker, the audible data signal, wherein the transmitted audible data signal resembles sound produced by a particular instrument based on the one or more overtones. mapping each symbol of data to a frequency combination, wherein each frequency combination includes one or more tone frequencies with one or more overtones; generating a sine wave for each frequency; adding sine waves for a given symbol to obtain a resulting sine wave; applying a window function to the resulting sine wave to obtain an audible data signal; and transmitting, by a speaker, the audible data signal, wherein the transmitted audible data signal resembles sound produced by a particular instrument based on the one or more overtones.
Marine fender which is designed to be removably suspended from a marine structure or a vessel by means of one or more lines and/or ropes, in which the fender is provided with - an inner continuous wall which is configured to rest at least partly against a wall of the marine structure or the vessel in the position of use of the fender; - an outer continuous wall which is integral with the inner wall and is situated opposite the inner wall, and which is configured to rest at least partly against a wall of the vessel or the marine structure in the position of use of the fender; - one or more cavities (5a - 5g) which are delimited laterally thereof by: • two outer side walls which are arranged at an angle to the longitudinal direction of the fender and which each connect the inner wall to the outer wall; or • one outer side wall and one intermediate side wall arranged at an angle to the inner and outer wall (2, 3); or • two intermediate side walls; characterized in that - the outer side walls are closed and each delimit at least one closed cavity (5e, 5f, 5g); and - the inner wall comprises an indentation which is configured in such a way that the closed outer side walls and/or the intermediate side walls are prevented from bending and/or the fender is prevented from tearing if it is being compressed. - an inner continuous wall which is configured to rest at least partly against a wall of the marine structure or the vessel in the position of use of the fender; - an outer continuous wall which is integral with the inner wall and is situated opposite the inner wall, and which is configured to rest at least partly against a wall of the vessel or the marine structure in the position of use of the fender; - one or more cavities (5a - 5g) which are delimited laterally thereof by: • two outer side walls which are arranged at an angle to the longitudinal direction of the fender and which each connect the inner wall to the outer wall; or • one outer side wall and one intermediate side wall arranged at an angle to the inner and outer wall (2, 3); or • two intermediate side walls; characterized in that • two outer side walls which are arranged at an angle to the longitudinal direction of the fender and which each connect the inner wall to the outer wall; or • one outer side wall and one intermediate side wall arranged at an angle to the inner and outer wall (2, 3); or • two intermediate side walls; - the outer side walls are closed and each delimit at least one closed cavity (5e, 5f, 5g); and - the inner wall comprises an indentation which is configured in such a way that the closed outer side walls and/or the intermediate side walls are prevented from bending and/or the fender is prevented from tearing if it is being compressed.
A tire repair method comprising: depositing a repair material made of at least unvulcanized rubber in a damaged part of a damaged tire; applying a heating pad on a surface of the repair material deposited in the damaged part of the tire; stuffing a plurality of stuffing members different in size in the tire in a circumferentially restricted part of the tire in which the repair material is deposited; fastening the circumferentially restricted part of the tire from outside thereof to apply a pressure thereto; and heating a repair site including the damaged part by heating the heating pad to vulcanize the unvulcanized rubber of the repair material, characterized in that: the repair material is deposited from a tire inside in a part facing the tire inside of the damaged part, and the heating pad is applied on an inside of the repair material; and the stuffing members (40; 50) include pad-adjoining stuffing members stuffed in a periphery of the heating pad, the pad-adjoining stuffing members (40s; 50, 51) being smaller than other stuffing members (40; 50) in a sectional area taken in a tire widthwise direction. depositing a repair material made of at least unvulcanized rubber in a damaged part of a damaged tire; applying a heating pad on a surface of the repair material deposited in the damaged part of the tire; stuffing a plurality of stuffing members different in size in the tire in a circumferentially restricted part of the tire in which the repair material is deposited; fastening the circumferentially restricted part of the tire from outside thereof to apply a pressure thereto; and heating a repair site including the damaged part by heating the heating pad to vulcanize the unvulcanized rubber of the repair material, characterized in that: the repair material is deposited from a tire inside in a part facing the tire inside of the damaged part, and the heating pad is applied on an inside of the repair material; and the stuffing members (40; 50) include pad-adjoining stuffing members stuffed in a periphery of the heating pad, the pad-adjoining stuffing members (40s; 50, 51) being smaller than other stuffing members (40; 50) in a sectional area taken in a tire widthwise direction. the repair material is deposited from a tire inside in a part facing the tire inside of the damaged part, and the heating pad is applied on an inside of the repair material; and the stuffing members (40; 50) include pad-adjoining stuffing members stuffed in a periphery of the heating pad, the pad-adjoining stuffing members (40s; 50, 51) being smaller than other stuffing members (40; 50) in a sectional area taken in a tire widthwise direction.
A method for guidance of driver behaviour during driving of vehicles in the context of hilltop driving, comprising the steps of: continually determining topography along the vehicle's itinerary as a basis for determination of a profile of the vehicle's speed (v); presenting the vehicle's driver with suggestions for action concerning the driving of the vehicle with a view to desired reduction of fuel consumption, said action comprising reduced power mobilisation before a hilltop transition, characterised by that the profile of the vehicle speed (v) is determined as a result of said action, whereby the step of presenting the vehicle's driver with suggestions for said action is subject to desired consideration to given subconditions, said subconditions comprising the requirements that in response to reduced power mobilisation the speed of the vehicle relative to a reference level (v ref) should: - drop by a predetermined largest amount before said hilltop transition; - drop by a predetermined smallest amount before said hilltop transition; - reach or exceed said reference level (v ref) after said hilltop transition. - drop by a predetermined largest amount before said hilltop transition; - drop by a predetermined smallest amount before said hilltop transition; - reach or exceed said reference level (v ref) after said hilltop transition.
A method of generating γδ T cells having at least one down-regulated co-inhibitory receptor, the method comprising the steps of: (a) culturing a population of cells comprising γδ T cells with a phosphoantigen to expand the γδ T cells; (b) culturing the expanded γδ T cells with artificial antigen-presenting cells expressing a Fc receptor, and an anti-CD3 antibody; and (c) modifying the γδ T cells to express a chimeric antigen receptor wherein the CAR comprises an extracellular antigen binding domain of natural killer group 2D (NKG2D). (a) culturing a population of cells comprising γδ T cells with a phosphoantigen to expand the γδ T cells; (b) culturing the expanded γδ T cells with artificial antigen-presenting cells expressing a Fc receptor, and an anti-CD3 antibody; and (c) modifying the γδ T cells to express a chimeric antigen receptor wherein the CAR comprises an extracellular antigen binding domain of natural killer group 2D (NKG2D).
A method for carotenoid enrichment and protein enrichment of a heterotrophically cultivated biomass of a microalga of the Chlorella genus, comprising culturing said microalga in a minimum medium supplemented with a nitrogen source in organic form, wherein that said nitrogen source is added in an amount such that nitrogen in organic form does not exceed 10% of the total nitrogen contained in the fermentation medium, and wherein the nitrogen source in organic form is yeast extract.
An ankle prosthesis (100A; 100B; 100C; 100D; 100E; 100F; 100G; 100H; 100I; 100J), comprising: a tibia stem component (110A; 110B; 110C; 110D; 110E; 110F; 110G; 110H; 110I; 110J) comprising a leading end (111A; 111B; 111C; 111D; 111E; 111F; 111G; 111H; 111I; 111J), a trailing end (112A; 112B; 112C; 112D; 112E; 112F; 112G; 112H; 112I; 112J), and a longitudinal axis defined therethrough; and a tibia tray component (120A; 120B; 120C; 120D; 120E; 120F; 120G; 120H; 120I; 120J) configured to be attached to a prosthetic joint articulating surface, wherein the tibia tray component extends from the trailing end of the tibia stem component, wherein the tibia stem component is sized and configured to be disposed in an intramedullary canal formed in a tibia, wherein the tibia stem component comprises: one or more retractable members (130A; 130B; 130C; 130D; 130E; 130F; 130G; 130H; 130I; 130J), wherein when the tibia stem component is disposed in the intramedullary canal and the one or more retractable members are extended outward, the one or more retractable members engage the intramedullary canal's surrounding bone and enhance anchoring the tibia stem within the intramedullary canal, characterised in that the one or more retractable members (130A; 130B; 130C; 130D; 130E; 130F; 130G; 130H; 130I; 130J) are configured to be controllably movable from a retracted position and be extended outward and away from the longitudinal axis, wherein in the retracted position, the one or more retractable members are contained substantially within the tibia stem component and do not extend outward. a tibia stem component (110A; 110B; 110C; 110D; 110E; 110F; 110G; 110H; 110I; 110J) comprising a leading end (111A; 111B; 111C; 111D; 111E; 111F; 111G; 111H; 111I; 111J), a trailing end (112A; 112B; 112C; 112D; 112E; 112F; 112G; 112H; 112I; 112J), and a longitudinal axis defined therethrough; and a tibia tray component (120A; 120B; 120C; 120D; 120E; 120F; 120G; 120H; 120I; 120J) configured to be attached to a prosthetic joint articulating surface, wherein the tibia tray component extends from the trailing end of the tibia stem component, wherein the tibia stem component is sized and configured to be disposed in an intramedullary canal formed in a tibia, wherein the tibia stem component comprises: one or more retractable members (130A; 130B; 130C; 130D; 130E; 130F; 130G; 130H; 130I; 130J), wherein when the tibia stem component is disposed in the intramedullary canal and the one or more retractable members are extended outward, the one or more retractable members engage the intramedullary canal's surrounding bone and enhance anchoring the tibia stem within the intramedullary canal, characterised in that the one or more retractable members (130A; 130B; 130C; 130D; 130E; 130F; 130G; 130H; 130I; 130J) are configured to be controllably movable from a retracted position and be extended outward and away from the longitudinal axis, wherein in the retracted position, the one or more retractable members are contained substantially within the tibia stem component and do not extend outward.
A sheet take-out apparatus comprising: a take-out structure configured to make contact with a sheet supplied to a take-out position at one end in a stacking direction, to rotate and to act a negative pressure to absorb the sheet, thereby take out the sheet in a face direction; a conveying structure configured to receive, hold, restrict, and furthermore convey the sheet taken out on a conveying path by the take-out structure; a first detection portion configured to detect that the sheet taken out on the conveying path is transferred to the conveying structure and is held and restricted, characterized by a second detection portion configured to detect the sheet on a downstream side of the first detection portion in a sheet conveying direction; a gap sensor provided on the conveying path between the take-out position and the first detection portion configured to detect gaps between the sheets taken out on the conveying path; and a control portion configured to control a rotational speed of the take-out structure to almost the same speed as a conveying speed by the conveying structure, when detecting the sheet taken out on the conveying path by the first detection portion, reducing the negative pressure and reducing the rotational speed of the take-out structure, and when further detecting the sheet via the second detection portion without detecting a gap between the sheet and a succeeding sheet, increasing the negative pressure and reducing furthermore the rotational speed of the take-out structure. a take-out structure configured to make contact with a sheet supplied to a take-out position at one end in a stacking direction, to rotate and to act a negative pressure to absorb the sheet, thereby take out the sheet in a face direction; a conveying structure configured to receive, hold, restrict, and furthermore convey the sheet taken out on a conveying path by the take-out structure; a first detection portion configured to detect that the sheet taken out on the conveying path is transferred to the conveying structure and is held and restricted, characterized by a second detection portion configured to detect the sheet on a downstream side of the first detection portion in a sheet conveying direction; a gap sensor provided on the conveying path between the take-out position and the first detection portion configured to detect gaps between the sheets taken out on the conveying path; and a control portion configured to control a rotational speed of the take-out structure to almost the same speed as a conveying speed by the conveying structure, when detecting the sheet taken out on the conveying path by the first detection portion, reducing the negative pressure and reducing the rotational speed of the take-out structure, and when further detecting the sheet via the second detection portion without detecting a gap between the sheet and a succeeding sheet, increasing the negative pressure and reducing furthermore the rotational speed of the take-out structure.
An in vitro method for diagnosing an acute or relapsing phase of inflammatory bowel disease in a subject, the method comprising i) determining the level of a nucleic acid molecule comprising any one of SEQ ID NO: 1 or 2 in a test sample; ii) comparing the level of the nucleic acid molecule determined in the test sample with a control sample; wherein an elevation of said nucleic acid molecule in the test sample is indicative of an acute or relapsing phase of said inflammatory bowel disease, wherein said test sample is stool, urine, blood, or saliva. i) determining the level of a nucleic acid molecule comprising any one of SEQ ID NO: 1 or 2 in a test sample; ii) comparing the level of the nucleic acid molecule determined in the test sample with a control sample; wherein an elevation of said nucleic acid molecule in the test sample is indicative of an acute or relapsing phase of said inflammatory bowel disease, wherein said test sample is stool, urine, blood, or saliva.
A method for transmitting an ACK/NACK signal by a user equipment in a mobile communication system, the method comprising: transmitting an ACK/NACK signal to a base station, BS, through a first part of a first resource block within a transmission time interval, TTI; and determining whether to transmit the ACK/NACK signal repeatedly to the base station; the method being characterized in that: if it is determined that the ACK/NACK signal is to be transmitted repeatedly to the network, a repetition of the ACK/NACK is performed through a second part of a second resource block within the TTI; and if it is determined that the ACK/NACK signal is not to be transmitted repeatedly to the network, the second part is used to transmit user data to the network; wherein the second part has a frequency band different from a frequency band of the first part. transmitting an ACK/NACK signal to a base station, BS, through a first part of a first resource block within a transmission time interval, TTI; and determining whether to transmit the ACK/NACK signal repeatedly to the base station; if it is determined that the ACK/NACK signal is to be transmitted repeatedly to the network, a repetition of the ACK/NACK is performed through a second part of a second resource block within the TTI; and if it is determined that the ACK/NACK signal is not to be transmitted repeatedly to the network, the second part is used to transmit user data to the network;
A method for producing a melt-spinnable lignin-based composition, characterised in that a reaction mixture which contains lignin and/or a lignin derivative in the form of an esterified or etherified lignin as reactive component A and a formaldehyde-releasing compound which is solid at 20°C as reactive component B in the form of 1,3,5-trioxane, paraformaldehyde and/or hexamethylene tetramine is subjected to reactive extrusion at elevated temperature, the reaction mixture being set to a complex viscosity under 1500 Pa.s, especially of 10 to 1300 Pa.s.
A transportable, modular building comprising: at least one freight container; and a plurality of structural members forming at least one room adjacent to the at least one freight container; wherein the structural members are sized to fit inside the at least one freight container; characterised in that at least one of the structural members is directly connected to at least one of a plurality of corner fittings of the at least one freight container, the connection being carried out utilising a pick-up slot of the said at least one corner fitting. at least one freight container; and a plurality of structural members forming at least one room adjacent to the at least one freight container;
An apparatus of a network entity, the apparatus comprising circuitry adapted to: receive, from a user equipment, UE, a combined scheduling request, SR, and a buffer status report group indicator, BSRGI, in a single subframe, wherein a buffer status report, BSR, is divided into two or more groups and the BSRGI is used to indicate to which BSR group the BSR belongs, wherein a value of the BSRGI is based on a BSR group threshold indicating a maximum buffer size for the value of the BSRGI, wherein the BSR group threshold is based on a power control factor of the UE or uplink Channel State Information, CSI, for the UE, wherein the BSRGI is added to an end of the CSI; configure uplink resource scheduling in reply to the combined SR and BSRGI; and transmit, to the UE, the uplink resource scheduling. receive, from a user equipment, UE, a combined scheduling request, SR, and a buffer status report group indicator, BSRGI, in a single subframe, wherein a buffer status report, BSR, is divided into two or more groups and the BSRGI is used to indicate to which BSR group the BSR belongs, wherein a value of the BSRGI is based on a BSR group threshold indicating a maximum buffer size for the value of the BSRGI, wherein the BSR group threshold is based on a power control factor of the UE or uplink Channel State Information, CSI, for the UE, wherein the BSRGI is added to an end of the CSI; configure uplink resource scheduling in reply to the combined SR and BSRGI; and transmit, to the UE, the uplink resource scheduling.
A capacitive touch device comprising: a pattern formed on a substrate, comprising: two adjacent first electrodes arranged in a first axial direction; a first conductive wire integrally formed with said two adjacent first electrodes on a surface of the substrate to contact the first electrodes, wherein the first electrodes and the first conductive wire are made of a transparent conductive material such as ITO; two adjacent transparent second electrodes made of a transparent conductive material such as ITO arranged in a second axial direction and disposed separately on two lateral sides of the first conductive wire; a second conductive wire made of metal formed across the first conductive wire for connecting said two adjacent second electrodes; and an insulating layer formed between said first conductive wire and said second conductive wire and covering said first conductive wire partially to electrically insulate said first conductive wire and said second conductive wire; characterized by a pair of metal conductors electrically connected to and arranged on said two adjacent first electrodes and said first conductive wire across connection points of said two adjacent first electrodes and said first conductive wire, wherein said pair of metal conductors is manufactured in a same manufacturing step as said second conductive wire. two adjacent first electrodes arranged in a first axial direction; a first conductive wire integrally formed with said two adjacent first electrodes on a surface of the substrate to contact the first electrodes, wherein the first electrodes and the first conductive wire are made of a transparent conductive material such as ITO; two adjacent transparent second electrodes made of a transparent conductive material such as ITO arranged in a second axial direction and disposed separately on two lateral sides of the first conductive wire; a second conductive wire made of metal formed across the first conductive wire for connecting said two adjacent second electrodes; and an insulating layer formed between said first conductive wire and said second conductive wire and covering said first conductive wire partially to electrically insulate said first conductive wire and said second conductive wire; characterized by a pair of metal conductors electrically connected to and arranged on said two adjacent first electrodes and said first conductive wire across connection points of said two adjacent first electrodes and said first conductive wire, wherein said pair of metal conductors is manufactured in a same manufacturing step as said second conductive wire.