mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring heart rates of a user wearing a heart rate measurement device configured to detect biometric signals of the user, each at a first time interval, the method comprising, each time when a biometric signal is to be detected: detecting (S20, S30; S200, S300) one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user; obtaining (S40; S400) a heart rate value based on the one biometric signal, and determining whether the heart rate value is desirable based on the distance signal; and keeping (S50; S500) the heart rate value if the heart rate value is determined to be desirable, or discarding (S60, S70, S80, S90: S600, S700, S800, S900) the heart rate value if otherwise, the method further comprising, prior to the detecting one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user: collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement. detecting (S20, S30; S200, S300) one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user; obtaining (S40; S400) a heart rate value based on the one biometric signal, and determining whether the heart rate value is desirable based on the distance signal; and keeping (S50; S500) the heart rate value if the heart rate value is determined to be desirable, or discarding (S60, S70, S80, S90: S600, S700, S800, S900) the heart rate value if otherwise, the method further comprising, prior to the detecting one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user: collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement. collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement.
A conveyor apparatus for conveying articles, comprising: a plurality of traveling units that travel in series along a conveying path for the articles; and a plurality of article supports that have article support surfaces for supporting the articles and that are caused to travel on the conveying path by the respective traveling units, the conveyor apparatus further comprising infilling members provided for the respective article supports, the infilling member filling a clearance between the article supports longitudinally adjacent to each other in the conveying path, the infilling member being urged to the corresponding article support so as to be kept in contact with the article support, wherein the infilling member is supported by the traveling unit that causes the article support to travel next to the corresponding article support of the infilling member in the conveying path, wherein each of the traveling units includes an inclining unit capable of inclining the article support surface in a lateral direction of the conveying path from a horizontal plane by inclining, around a support inclination axis extending along the conveying path, the article support caused to travel by the traveling unit, characterized in that the infilling member supported by the traveling unit is pivotally supported so as to freely incline around an infilling member inclination axis extending coaxially with the support inclination axis. the conveyor apparatus further comprising infilling members provided for the respective article supports, the infilling member filling a clearance between the article supports longitudinally adjacent to each other in the conveying path, the infilling member being urged to the corresponding article support so as to be kept in contact with the article support, wherein the infilling member is supported by the traveling unit that causes the article support to travel next to the corresponding article support of the infilling member in the conveying path, wherein each of the traveling units includes an inclining unit capable of inclining the article support surface in a lateral direction of the conveying path from a horizontal plane by inclining, around a support inclination axis extending along the conveying path, the article support caused to travel by the traveling unit, characterized in that the infilling member supported by the traveling unit is pivotally supported so as to freely incline around an infilling member inclination axis extending coaxially with the support inclination axis.
Pharmaceutical composition, comprising: (a) from 15 to 50% by weight cinacalcet HCl; (b) from 30 to 80% by weight of one or more fillers; (c) from 5.1% to 7% by weight of one or more binders; and optionally one or more disintegrants, one or more glidants and/or one or more lubricants or one or more other acceptable pharmaceutical excipients, wherein the percentage by weight is relative to the total weight of the composition. (a) from 15 to 50% by weight cinacalcet HCl; (b) from 30 to 80% by weight of one or more fillers; (c) from 5.1% to 7% by weight of one or more binders;
An aspirator for inflating an inflatable object comprising: a housing having an intake end and an exhaust end, the intake end including a check valve being moveable from an open position for admitting entrance of atmospheric air into said housing to a closed position for preventing air from escaping said housing; a aspirator barrel; characterized in that the aspirator barrel is collapsible; the aspirator barrel comprises an inflatable support member which, when inflated, expands to form a substantially rigid tube having an inner lumen with a first end operatively attached to the exhaust end of said housing and a second end operatively attachable to an inlet port of the inflatable object, said collapsible aspirator barrel further comprises an inlet port adapted to receive a source of pressurized gas for inflating the inflatable support member; and the aspirator further comprises a nozzle assembly disposed within said housing proximal the exhaust end of said housing, said nozzle assembly comprising an inlet capable of receiving a source of pressurized gas and an outlet comprising a nozzle exit directed into the first end of the inner lumen of said collapsible barrel. a housing having an intake end and an exhaust end, the intake end including a check valve being moveable from an open position for admitting entrance of atmospheric air into said housing to a closed position for preventing air from escaping said housing; a aspirator barrel; characterized in that the aspirator barrel is collapsible; the aspirator barrel comprises an inflatable support member which, when inflated, expands to form a substantially rigid tube having an inner lumen with a first end operatively attached to the exhaust end of said housing and a second end operatively attachable to an inlet port of the inflatable object, said collapsible aspirator barrel further comprises an inlet port adapted to receive a source of pressurized gas for inflating the inflatable support member; and the aspirator further comprises a nozzle assembly disposed within said housing proximal the exhaust end of said housing, said nozzle assembly comprising an inlet capable of receiving a source of pressurized gas and an outlet comprising a nozzle exit directed into the first end of the inner lumen of said collapsible barrel.
Process for deposition of a coating whose purpose is to improve the laminar flows at a junction between a first panel of a leading edge and a second panel of an adjacent surface according to the direction of said flows the first panel and the second panel being placed end to end and comprising outside surfaces that comprise a projecting portion relative to a theoretical continuous surface at the junction, characterized in that it comprises the following stages that consist in: - Determining the theoretical continuous surface at said junction, - Producing a shallow groove relative to the theoretical continuous surface, produced in the two outside surfaces on either side of said junction which extends over a width such that the outside surfaces of said panels (34, 36) do not project further relative to the theoretical surface, and - Depositing a coating in the groove in such a way as to fill it in. - Determining the theoretical continuous surface at said junction, - Producing a shallow groove relative to the theoretical continuous surface, produced in the two outside surfaces on either side of said junction which extends over a width such that the outside surfaces of said panels (34, 36) do not project further relative to the theoretical surface, and - Depositing a coating in the groove in such a way as to fill it in.
Method for anonymized storage of personal data, said personal data belonging to an owner of data and being supplied by a data generating device, said personal data being intended to be stored in a first database hosted by a data server, the data generating device being connected to the data server by means of a first secure channel, the data generating device and the data server being interfaced with a blockchain, said method further comprising the following steps: - the data generator generates fingerprints of said data by means of a hash function and records said fingerprints in the blockchain by calling a first smart contract (#Print) deployed in this chain, said fingerprints being recorded in the blockchain in relation with access parameters; - the data generator transmits said fingerprints and associated data to the data server via the first secure channel; - the data server consults the blockchain to read therein the recorded fingerprints, a datum being stored in the first database at an address indexed by its fingerprint if this fingerprint is recorded in the blockchain, and not being stored in the first database if this fingerprint is not recorded in the blockchain. - the data generator generates fingerprints of said data by means of a hash function and records said fingerprints in the blockchain by calling a first smart contract (#Print) deployed in this chain, said fingerprints being recorded in the blockchain in relation with access parameters; - the data generator transmits said fingerprints and associated data to the data server via the first secure channel; - the data server consults the blockchain to read therein the recorded fingerprints, a datum being stored in the first database at an address indexed by its fingerprint if this fingerprint is recorded in the blockchain, and not being stored in the first database if this fingerprint is not recorded in the blockchain.
An extract from at least one member selected from the group consisting of Sorghum nervosum, Cuminum cyminum, Pimenta officinalis, Pimpinella anisum, Illicium verum, Canavalia gladiata, Hyssopus officinalis and Haematoxylon campechianum L. for use in the improvement or prevention of hyperuricemia or gout.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station via a higher layer signaling, a configuration of a long physical uplink control channel, PUCCH, format, the configuration including first information on a number of symbols for the long PUCCH format, second information enabling intra-slot frequency hopping for the long PUCCH format, and third information on a spreading code for the long PUCCH format; generating uplink control information to be transmitted on a PUCCH of the long PUCCH format; identifying N symbols in which the uplink control information is to be transmitted, based on the first information, wherein N is equal to or greater than 4 and equal to or smaller than 14; mapping the uplink control information and a demodulation reference signal, DMRS, for the uplink control information to the N symbols; and transmitting, to the base station on the PUCCH of the long PUCCH format, the uplink control information and the DMRS by applying the intra-slot frequency hopping based on the second information, wherein a number of symbols in a first hop is floor(N/2) and a number of symbols in a second hop is ceil(N/2), and wherein first orthogonal sequences identified based on the third information are applied to first uplink control information symbols in the first hop and first DMRS symbols in the first hop respectively, and second orthogonal sequences identified based on the third information are applied to second uplink control information symbols in the second hop and second DMRS symbols in the second hop respectively. receiving, from a base station via a higher layer signaling, a configuration of a long physical uplink control channel, PUCCH, format, the configuration including first information on a number of symbols for the long PUCCH format, second information enabling intra-slot frequency hopping for the long PUCCH format, and third information on a spreading code for the long PUCCH format; generating uplink control information to be transmitted on a PUCCH of the long PUCCH format; identifying N symbols in which the uplink control information is to be transmitted, based on the first information, wherein N is equal to or greater than 4 and equal to or smaller than 14; mapping the uplink control information and a demodulation reference signal, DMRS, for the uplink control information to the N symbols; and transmitting, to the base station on the PUCCH of the long PUCCH format, the uplink control information and the DMRS by applying the intra-slot frequency hopping based on the second information, wherein a number of symbols in a first hop is floor(N/2) and a number of symbols in a second hop is ceil(N/2), and wherein first orthogonal sequences identified based on the third information are applied to first uplink control information symbols in the first hop and first DMRS symbols in the first hop respectively, and second orthogonal sequences identified based on the third information are applied to second uplink control information symbols in the second hop and second DMRS symbols in the second hop respectively.
Method for producing packs for products in the cigarette industry, wherein a plurality of groups of products are wrapped in a common wrapper together with a separating element, which at least partially separates the groups, wherein first of all the separating element is introduced into a mount in a pocket and then the groups of products are introduced into accommodating spaces in the pocket such that a separating wall of the separating element is arranged between at least two groups of products, and wherein, finally, the groups of products, together with the separating element, are pushed out of the pocket and are wrapped in a wrapper, and wherein the method is implemented on multiple tracks, wherein in each case separating elements and groups of products are fed simultaneously into at least two adjacent pockets and/or in each case separating elements and groups of products are pushed out simultaneously from at least two adjacent pockets, and wherein the pockets are arranged at a track spacing apart, and wherein non-folded blanks for the separating elements have a length which is greater than the track spacing, and wherein the length of the blanks in a direction perpendicular to the conveying direction is reduced, by the operation of folding the walls for the separating walls, to an extent which is smaller than the track spacing, characterized in that a blank for a separating element is transported along a separating-element track and then pushed off, in a direction transverse to the separating-element track, onto a transverse push-off track and transported along the transverse push-off track and fed to the pocket and pushed into the same, and in that, prior to the transverse transportation to the pocket, the blank is at least partially folded in the separating-element track by a folding member for the purpose of at least partially forming the separating wall, and in that the at least partially folded blank is transported in the region of the transverse push-off track by a conveyor, wherein the at least partially folded blank is gripped by the separating wall and is pushed along the transverse push-off track in the transporting direction by the conveyor, and in that drivers arranged on the conveyor have an in particular slit-like mount for a respective separating wall, and in that the blanks are transported along the transverse push-off track by virtue of a respective separating wall of the blank being positioned in the in particular slit-like mount of a driver and of the blank being pushed along the transverse push-off track by the separating wall.
A method for coating surfaces by enzymatic reaction of casein, characterized in that the method comprises the following steps: a) applying a protease selected from the group comprising chymosin and/or pepsin to the surface of a substrate, and b) contacting the protease with the casein to be deposited, the protease cleaving the casein, the cleavage giving rise to at least two cleavage products of the casein having differing solubility in a solvent, and at least one cleavage product of the casein having lower solubility being deposited on the surface of the substrate. a) applying a protease selected from the group comprising chymosin and/or pepsin to the surface of a substrate, and b) contacting the protease with the casein to be deposited, the protease cleaving the casein, the cleavage giving rise to at least two cleavage products of the casein having differing solubility in a solvent, and at least one cleavage product of the casein having lower solubility being deposited on the surface of the substrate.
An imaging method, comprising: forming on a surface of an electrically conducting substrate an ink layer having an electrorheological fluid composition comprising a suspension of colorant particles dispersed in an electrically insulating carrier fluid; projecting a charge image onto the ink layer whereby exposed regions thereof selectively form charge-stiffened regions adhering to the electrically conducting substrate and representing respective regions of the projected charge image whereas unexposed regions of the ink layer remain non-charge-stiffened, wherein the colorant particles in the charge-stiffened regions are substantially free of any net charge; and applying a shear force to the ink layer to physically separate the ink layer in said non-charge-stiffened regions from the charge-stiffened regions. forming on a surface of an electrically conducting substrate an ink layer having an electrorheological fluid composition comprising a suspension of colorant particles dispersed in an electrically insulating carrier fluid; projecting a charge image onto the ink layer whereby exposed regions thereof selectively form charge-stiffened regions adhering to the electrically conducting substrate and representing respective regions of the projected charge image whereas unexposed regions of the ink layer remain non-charge-stiffened, wherein the colorant particles in the charge-stiffened regions are substantially free of any net charge; and applying a shear force to the ink layer to physically separate the ink layer in said non-charge-stiffened regions from the charge-stiffened regions.
Method for controlling a storage device mounted in a coolant circuit through which there passes a refrigerant, the said storage device being installed between an internal exchanger and an expansion member, the said storage device comprising a material which exchanges with the said refrigerant, the said circuit comprising a compressor and a pipe bypassing the storage device, characterized in that the said method permits an exchange of heat between the material and the refrigerant when the temperature of the material is below a threshold temperature relative to the refrigerant and determined at the outlet of the internal exchanger, and the exchange of heat between the material and the refrigerant is permitted when a refrigerant pressure determined between the compressor and the expansion member is below a threshold pressure.
Cutting device for cutting a steam-hardened insulation material block, produced by means of porous or foam concrete technology, with the following dimensions in particular length 1200 to 1800 mm 1270 to 1570 mm width 300 to 450 mm 360 to 400 mm height 500 to 700 mm 600 to 650 mm in a plurality of insulation panels with a) a cutting frame with one or more cutting wires clamped therein, b) a cutting table for receiving the insulation material block to be cut, wherein the cutting table has - a table top with a table supporting surface for supporting the insulation material block to be cut and - a backrest projecting from the table top and having a table bearing surface for bearing the insulation material block lying on the table supporting surface during the cutting operation, and - a plurality of wire receiving slots which interrupt the table supporting surface and the table bearing surface and into which the cutting wires can penetrate during the cutting operation, c) drive means by which the cutting table and/or the cutting frame are connected in a translationally drivable manner relative to each other in a horizontal cutting direction, in particular to and fro, characterised in that the table bearing surface and the table supporting surface are perpendicular to each other, adjoin each other, and merge into each other in a, in particular horizontally extending, corner edge, wherein the wire receiving slots interrupt the table supporting surface, the table bearing surface and the corner edge, so that the cutting table is slotted in the region of the entire table supporting surface and of the entire table bearing surface. a) a cutting frame with one or more cutting wires clamped therein, b) a cutting table for receiving the insulation material block to be cut, wherein the cutting table has - a table top with a table supporting surface for supporting the insulation material block to be cut and - a backrest projecting from the table top and having a table bearing surface for bearing the insulation material block lying on the table supporting surface during the cutting operation, and - a plurality of wire receiving slots which interrupt the table supporting surface and the table bearing surface and into which the cutting wires can penetrate during the cutting operation, - a table top with a table supporting surface for supporting the insulation material block to be cut and - a backrest projecting from the table top and having a table bearing surface for bearing the insulation material block lying on the table supporting surface during the cutting operation, and - a plurality of wire receiving slots which interrupt the table supporting surface and the table bearing surface and into which the cutting wires can penetrate during the cutting operation, c) drive means by which the cutting table and/or the cutting frame are connected in a translationally drivable manner relative to each other in a horizontal cutting direction, in particular to and fro,