mhurhangee/patent-ind-claim-en huggingface dataset:
A system for indicating a risk for coronary artery disease (CAD) for a person, wherein the system comprises: a microphone configured to be placed on the chest of the person for obtaining a sound from the heart of the person; and a processor operatively connected to the microphone, wherein the processor is configured to perform the following steps: obtain a sound recording from said microphone and which covers a plurality of heartbeats; identify a plurality of heart sounds (S) in the sound recording covering a plurality of heartbeats; obtain a plurality of segments from the sound recording based on the plurality of heart sounds (S), wherein each segment covers at least a portion of a heart cycle; determine a frequency power measure (FPM) based on the signal strength of a first frequency window of a period in the diastole of a first number of segments of the plurality of segments; characterised in that the processor is further configured to: determine an amplitude of the fourth heart sound (S4Amp) based on the plurality of heart sounds (S) and the plurality of segments; determine an indication of a heart rate variability (HRV) based on the plurality of heart sounds (S); and determine the indication of the risk for coronary artery disease (CAD) based on the frequency power measure (FPM), the amplitude of the fourth heart sound (S4Amp), and the indication of the heart rate variability (HRV). a microphone configured to be placed on the chest of the person for obtaining a sound from the heart of the person; and a processor operatively connected to the microphone, wherein the processor is configured to perform the following steps: obtain a sound recording from said microphone and which covers a plurality of heartbeats; identify a plurality of heart sounds (S) in the sound recording covering a plurality of heartbeats; obtain a plurality of segments from the sound recording based on the plurality of heart sounds (S), wherein each segment covers at least a portion of a heart cycle; determine a frequency power measure (FPM) based on the signal strength of a first frequency window of a period in the diastole of a first number of segments of the plurality of segments; characterised in that the processor is further configured to: determine an amplitude of the fourth heart sound (S4Amp) based on the plurality of heart sounds (S) and the plurality of segments; determine an indication of a heart rate variability (HRV) based on the plurality of heart sounds (S); and determine the indication of the risk for coronary artery disease (CAD) based on the frequency power measure (FPM), the amplitude of the fourth heart sound (S4Amp), and the indication of the heart rate variability (HRV).
Method for coating a piece of chocolate, comprising: - a placement step, wherein at least one edible metal foil having a thickness less than 20 micrometers is arranged on at least one part of the outer surface of a surface layer of said piece of chocolate, said layer comprising cocoa butter, - a heating step after the placement step, in which the piece of chocolate is exposed to a temperature equal to or greater than the melting temperature of the cocoa butter, such that the cocoa butter of said layer melts and attaches said foil to the layer, and - a solidification step after the heating step, wherein the piece of chocolate is exposed to a temperature less than the melting temperature of the cocoa butter and said butter solidifies, the foil being adhered to the surface layer of said piece of chocolate, characterized in that during the heating step air is blown onto the foil which is arranged on the surface layer, the air comprising a temperature equal to or greater than the melting temperature of the cocoa butter. - a placement step, wherein at least one edible metal foil having a thickness less than 20 micrometers is arranged on at least one part of the outer surface of a surface layer of said piece of chocolate, said layer comprising cocoa butter, - a heating step after the placement step, in which the piece of chocolate is exposed to a temperature equal to or greater than the melting temperature of the cocoa butter, such that the cocoa butter of said layer melts and attaches said foil to the layer, and - a solidification step after the heating step, wherein the piece of chocolate is exposed to a temperature less than the melting temperature of the cocoa butter and said butter solidifies, the foil being adhered to the surface layer of said piece of chocolate, characterized in that during the heating step air is blown onto the foil which is arranged on the surface layer, the air comprising a temperature equal to or greater than the melting temperature of the cocoa butter.
A compound helicopter comprising: a fuselage ; a fixed wing fixed to the fuselage ; a rotary wing rotatably coupled to the fuselage ; and a barrier member attached to the fuselage above the fixed wing and between the rotary wing and the fixed wing , the barrier member being configured to generate no lift upon forward flight, characterised in that the barrier member includes a tip that is coupled to a wing tip of the fixed wing . a fuselage ; a fixed wing fixed to the fuselage ; a rotary wing rotatably coupled to the fuselage ; and a barrier member attached to the fuselage above the fixed wing and between the rotary wing and the fixed wing , the barrier member being configured to generate no lift upon forward flight, characterised in that the barrier member includes a tip that is coupled to a wing tip of the fixed wing .
Conveyor belt having a feeding device for feeding products out of a storage container onto a conveyor belt moving in a conveyor direction , wherein a feeding belt at a storage container opening on a lower side of the storage container receives products to be conveyed and transports them to an upper side of the conveyor belt , in order to feed the products to the conveyor belt , in a feeding region on the upper side of the conveyor belt , wherein the feeding belt comprises a number of holes , the dimensions of which are adapted to the products to be conveyed such that a respective product can fall through an associated hole , and wherein a guiding element extending from the storage container opening to the feeding region on the upper side of the conveyor belt , having a guiding surface arranged directly beneath the feeding belt , is arranged on a lower side of the feeding belt , in such a way that the guiding surface prevents the products from falling through the holes of the feeding belt until the products in the feeding region are fed onto the upper side of the conveyor belt , wherein a transport speed of the feeding belt and a conveying speed of the conveyor belt are synchronised, characterised in that the conveyor belt comprises positioning elements running transverse to the conveyor direction for defining conveying positions of the products , and in that the positioning elements are rollers , each of which are mounted so as to be rotatable about an axis of rotation running transverse to the conveyor direction and the distance between which is smaller in the conveyor direction than a smallest diameter of the products .
Device for measuring flow processes of fluids, comprising an inlet , an outlet , a positive displacement flow meter which is driven by a drive unit and the positive displacement chamber of which is fluidically connected to the inlet via a supply duct and to the outlet via a discharge duct , a bypass that allows the positive displacement flow meter to be bypassed, a differential pressure sensor which is placed in the bypass , and an evaluation and control unit that allows the drivable positive displacement flow meter to be controlled in accordance with the differential pressure applied to the differential pressure sensor , characterized in that the supply duct and the discharge duct are designed to rise in the direction in which the fluid flows.
A method of injecting hydrogen into a combustion chamber of a combustor of a gas turbine system, the method comprising: outputting a mixture of fuel and air into the combustion chamber via an outlet of an outer conduit in fluid communication with the combustion chamber ; injecting at least one jet of hydrogen into the combustion chamber via an outlet of an inner hydrogen injection conduit that is in fluid communication with the combustion chamber , and the outer conduit being positioned such that the outlet of the outer conduit is around an outer periphery of the outlet of the inner hydrogen injection conduit , wherein a burner of the combustor includes the outer conduit , characterized in that the injecting of the at least one jet of hydrogen into the combustion chamber via the outlet of the inner hydrogen injection conduit is performed to control operation of the gas turbine so that a ratio of hydrogen to fuel flow rate is provided so that an equivalence ratio for the combustor is equal to: m , H 2 , central , max m , Fuel ≈ 0.5 ∗ m , recirc m , total ∗ 1 − Φ Φ where: m,H2,central,max is a maximum allowable central hydrogen injection mass flow rate; m,Fuel is a fuel flow rate of the fuel for the burner, m,recirc is a mass flow recirculation rate in a first wake region of the burner; m, total is a total burner flow rate; and Φ is the equivalence ratio accounting for only the air and the fuel injected through the outlet of the outer conduit. outputting a mixture of fuel and air into the combustion chamber via an outlet of an outer conduit in fluid communication with the combustion chamber ; injecting at least one jet of hydrogen into the combustion chamber via an outlet of an inner hydrogen injection conduit that is in fluid communication with the combustion chamber , and the outer conduit being positioned such that the outlet of the outer conduit is around an outer periphery of the outlet of the inner hydrogen injection conduit , wherein a burner of the combustor includes the outer conduit , characterized in that the injecting of the at least one jet of hydrogen into the combustion chamber via the outlet of the inner hydrogen injection conduit is performed to control operation of the gas turbine so that a ratio of hydrogen to fuel flow rate is provided so that an equivalence ratio for the combustor is equal to: m , H 2 , central , max m , Fuel ≈ 0.5 ∗ m , recirc m , total ∗ 1 − Φ Φ where: m,H2,central,max is a maximum allowable central hydrogen injection mass flow rate; m,Fuel is a fuel flow rate of the fuel for the burner, m,recirc is a mass flow recirculation rate in a first wake region of the burner; m, total is a total burner flow rate; and Φ is the equivalence ratio accounting for only the air and the fuel injected through the outlet of the outer conduit. m,H2,central,max is a maximum allowable central hydrogen injection mass flow rate; m,Fuel is a fuel flow rate of the fuel for the burner, m,recirc is a mass flow recirculation rate in a first wake region of the burner; m, total is a total burner flow rate; and Φ is the equivalence ratio accounting for only the air and the fuel injected through the outlet of the outer conduit.
A separation sheet , in particular for metal roofs or metal facades, comprising - a barrier layer , which is open for vapor diffusion and - a spacer layer , wherein the spacer layer has a spacer fabric with a thickness of at least 3 mm and a base non-woven fabric connected to the spacer fabric , wherein the spacer layer forms an open structure for the accumulation of water with the spacer fabric , wherein the barrier layer has a barrier coat that is open for vapor diffusion, of thermoplastic polyurethane, wherein the barrier layer has a non-woven backing and the barrier coat , which is connected to the non-woven backing . - a barrier layer , which is open for vapor diffusion and - a spacer layer ,
An immobilization carrier, excluding an immobilization carrier having a monolith structure, on which a protein is adsorbed by electrostatic interaction, the protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6, wherein the part of Rl-R2-R3 is used for immobilization on the immobilization carrier, wherein: the sequence is a sequence from the amino-terminal side towards the carboxyl-terminal side; the sequence of the R1 part may be absent, and, if present, is a sequence consisting of Met; the sequence of the R2 part is the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 or a sequence in which 1 to 3 units of the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 are linked together; the sequence of the R3 part may be absent, and, if present, is a spacer sequence consisting of 1 to 10 glycine residues; the sequence of the R4 part is a sequence composed of 2 residues of amino acids represented by cysteine-X, wherein X represents alanine or an amino acid residue other than alanine and cysteine; the R5 part may be absent, and, if present, is a sequence of 1 to 10 amino acid residues consisting of amino acid residues of aspartic acid and/or glutamic acid capable of rendering the isoelectric point of the whole protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6 on the acidic side; and the sequence of the R6 part is an affinity tag sequence for the purification of proteins, wherein the sole cysteine residue is present in the R4 sequence part of the protein. the sequence is a sequence from the amino-terminal side towards the carboxyl-terminal side; the sequence of the R1 part may be absent, and, if present, is a sequence consisting of Met; the sequence of the R2 part is the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 or a sequence in which 1 to 3 units of the sequence of a mutant protein of the A-domain of a Protein A consisting of any sequence of SEQ ID NOS: 4 to 7 are linked together; the sequence of the R3 part may be absent, and, if present, is a spacer sequence consisting of 1 to 10 glycine residues; the sequence of the R4 part is a sequence composed of 2 residues of amino acids represented by cysteine-X, wherein X represents alanine or an amino acid residue other than alanine and cysteine; the R5 part may be absent, and, if present, is a sequence of 1 to 10 amino acid residues consisting of amino acid residues of aspartic acid and/or glutamic acid capable of rendering the isoelectric point of the whole protein consisting of an amino acid sequence of the general formula: R1-R2-R3-R4-R5-R6 on the acidic side; and the sequence of the R6 part is an affinity tag sequence for the purification of proteins,
An aluminum wheel squeeze casting process, characterized in that molten aluminum is poured into the barrel of a U-shaped pipe on one side under the control of a metering pump and injected into a cavity through the U-shaped pipe from the bottom of a mold, and molten aluminum filling is completed when the liquid level of the molten aluminum pouring end of the U-shaped pipe is flush with the highest end of an aluminum wheel casting in the mold cavity; when a pressure barrel above the barrel of the U-shaped pipe applies pressure to the molten aluminum, a mold locking ring arranged outside a side mold of the mold applies an acting force to the aluminum wheel casting, so that the solidified casting shell is plasticized, and the unsolidified molten aluminum is solidified layer by layer from top to bottom under a water cooling process; after crystallization and solidification of the rim, a plurality of pressure rods arranged in the center of the aluminum wheel apply pressure to the aluminum wheel casting to squeeze the molten aluminum not solidified in the center of the aluminum wheel into the spokes and the wheel center, thus starting secondary pressure feeding; and finally, the pressure barrel , the mold locking ring , the side mold and the squeezing rods are detached in sequence, and the aluminum wheel casting is released along with a top mold until the entire casting process is completed. when a pressure barrel above the barrel of the U-shaped pipe applies pressure to the molten aluminum, a mold locking ring arranged outside a side mold of the mold applies an acting force to the aluminum wheel casting, so that the solidified casting shell is plasticized, and the unsolidified molten aluminum is solidified layer by layer from top to bottom under a water cooling process; after crystallization and solidification of the rim, a plurality of pressure rods arranged in the center of the aluminum wheel apply pressure to the aluminum wheel casting to squeeze the molten aluminum not solidified in the center of the aluminum wheel into the spokes and the wheel center, thus starting secondary pressure feeding; and finally, the pressure barrel , the mold locking ring , the side mold and the squeezing rods are detached in sequence, and the aluminum wheel casting is released along with a top mold until the entire casting process is completed.
A method for forming a barrier layer against the diffusion of a fill metal, comprising the steps of: a. providing a substrate comprising a dielectric material region, b. first contacting an amine-containing silane with the dielectric material region and c. second reacting a transition metal or transition metal precursor with the amine-containing silane, with the proviso that the transition metal precursor is not a manganese nitride, thereby forming a transition metal nitride. a. providing a substrate comprising a dielectric material region, b. first contacting an amine-containing silane with the dielectric material region and c. second reacting a transition metal or transition metal precursor with the amine-containing silane, with the proviso that the transition metal precursor is not a manganese nitride, thereby forming a transition metal nitride.
A child carrier comprising: a child support pouch to receive a child in a substantially upright position, the child support pouch including: an upper pouch area , a medial pouch area , and a lower pouch area ; a harness to support the child support pouch on an adult, the harness including: a first upper strap coupled to the upper pouch area , a second upper strap coupled to the upper pouch area , and a lower strap coupled to the medial pouch area ; a first leg support coupled to the child support pouch at the lower pouch area , the first leg support having a first continuously adjustable operative surface area that is adjustable via a first length adjustable device extending along a peripheral outer edge of the first leg support ; a second leg support coupled to the child support pouch at the lower pouch area , the second leg support having a second continuously adjustable operative surface area that is adjustable via a second length adjustable device extending along a peripheral outer edge of the second leg support; and a first lock coupled to the first leg support to prevent adjustability of the first continuously adjustable operative surface area by preventing movement of the first length adjustable device . a child support pouch to receive a child in a substantially upright position, the child support pouch including: an upper pouch area , a medial pouch area , and a lower pouch area ; an upper pouch area , a medial pouch area , and a lower pouch area ; a harness to support the child support pouch on an adult, the harness including: a first upper strap coupled to the upper pouch area , a second upper strap coupled to the upper pouch area , and a lower strap coupled to the medial pouch area ; a first upper strap coupled to the upper pouch area , a second upper strap coupled to the upper pouch area , and a lower strap coupled to the medial pouch area ; a first leg support coupled to the child support pouch at the lower pouch area , the first leg support having a first continuously adjustable operative surface area that is adjustable via a first length adjustable device extending along a peripheral outer edge of the first leg support ; a second leg support coupled to the child support pouch at the lower pouch area , the second leg support having a second continuously adjustable operative surface area that is adjustable via a second length adjustable device extending along a peripheral outer edge of the second leg support; and a first lock coupled to the first leg support to prevent adjustability of the first continuously adjustable operative surface area by preventing movement of the first length adjustable device .
A laundry treating apparatus comprising: a cabinet having a detergent opening defined is defined in a front face of the cabinet ; a tub installed inside the cabinet ; a drum rotatably installed inside the tub ; and a detergent reservoir for storing detergent therein, wherein the detergent reservoir is inserted into the cabinet through the detergent opening along a front and rear direction, wherein the detergent reservoir has a storage space defined therein for storing the detergent, and has a ventilation hole defined in a top face thereof for communicating the storage space with the outside of the detergent reservoir , characterized in that the laundry treating apparatus further includes: a flow inhibiting wall provided in plural in the storage space and protruding from an inner face of the detergent reservoir to inhibit flow of the detergent towards the ventilation hole , wherein the ventilation hole is located at a front side of the detergent reservoir , wherein the flow inhibiting wall includes a first inhibiting wall located at the rear of the ventilation hole , wherein the first inhibiting wall extends in a direction transverse to the front and rear direction, and wherein the ventilation hole is located between a front face of the detergent reservoir and the first inhibiting wall . a cabinet having a detergent opening defined is defined in a front face of the cabinet ; a tub installed inside the cabinet ; a drum rotatably installed inside the tub ; and a detergent reservoir for storing detergent therein, wherein the detergent reservoir is inserted into the cabinet through the detergent opening along a front and rear direction, wherein the detergent reservoir has a storage space defined therein for storing the detergent, and has a ventilation hole defined in a top face thereof for communicating the storage space with the outside of the detergent reservoir , characterized in that the laundry treating apparatus further includes: a flow inhibiting wall provided in plural in the storage space and protruding from an inner face of the detergent reservoir to inhibit flow of the detergent towards the ventilation hole , wherein the ventilation hole is located at a front side of the detergent reservoir , wherein the flow inhibiting wall includes a first inhibiting wall located at the rear of the ventilation hole , wherein the first inhibiting wall extends in a direction transverse to the front and rear direction, and wherein the ventilation hole is located between a front face of the detergent reservoir and the first inhibiting wall .