mhurhangee/ep-ind-claims huggingface dataset:
A cavity system, comprising: a cavity comprising a cavity opening and a trailing edge wall being relative to an actual or intended flow direction of a fluid over the cavity; a first acoustically reflective structure located at least partially within the cavity and mounted to or formed from the trailing edge wall of the cavity, the first acoustically reflective structure comprising one or more acoustically reflective surfaces (24, 68) that are oblique to a plane of the cavity opening, wherein the one or more acoustically reflective surfaces (24, 68) are arranged to reflect an incident acoustic wave out of the cavity opening while avoiding reflection of the incident acoustic wave into a region at or proximate to a leading edge of the cavity, wherein the region extends from the leading edge towards a trailing edge of the cavity by a distance of 0.05, 0.1, 0.15, 0.2, 0.25, 0.3, 0.35, 0.4, 0.45 or 0.5 multiplied by a distance between the leading edge and the trailing edge of the cavity, the leading edge and the trailing edge being relative to the actual or intended flow direction of a fluid over the cavity. a cavity comprising a cavity opening and a trailing edge wall being relative to an actual or intended flow direction of a fluid over the cavity; a first acoustically reflective structure located at least partially within the cavity and mounted to or formed from the trailing edge wall of the cavity, the first acoustically reflective structure comprising one or more acoustically reflective surfaces (24, 68) that are oblique to a plane of the cavity opening, wherein the one or more acoustically reflective surfaces (24, 68) are arranged to reflect an incident acoustic wave out of the cavity opening while avoiding reflection of the incident acoustic wave into a region at or proximate to a leading edge of the cavity, wherein the region extends from the leading edge towards a trailing edge of the cavity by a distance of 0.05, 0.1, 0.15, 0.2, 0.25, 0.3, 0.35, 0.4, 0.45 or 0.5 multiplied by a distance between the leading edge and the trailing edge of the cavity, the leading edge and the trailing edge being relative to the actual or intended flow direction of a fluid over the cavity.
A citrate solution for use as an RT replacement fluid, said citrate solution consisting essentially of: chloride, 15 to 25 mmol/L citrate, and from 130-150 mmol/L sodium.
A formwork insert for a building structure, wherein the formwork insert comprises a formwork housing with a top wall and a side wall adjoining and encircling said top wall, wherein the top wall and the side wall define a hollow space, said top wall being a plane wall and said side wall being arranged at an angle with respect to said plane wall, wherein at least one breakthrough with a lateral surface extending through the top wall along a center axis is arranged in the top wall, characterized in that the formwork insert further comprises a collar element with a central opening for receiving a tube to be passed through the breakthrough, wherein the collar element extends circumferentially around the breakthrough and extends at least partially into the breakthrough along the center axis of the breakthrough, that the collar element comprises sound-absorbing and sealing properties, that the collar element comprises on its outer side a circumferential groove, into which the top wall protrudes, its groove width corresponding to the thickness of the top wall or its groove width being larger or smaller than the thickness of the top wall, and that the collar element on its inner side comprises at least one circumferential sealing lip, which can bear against an outer surface of the tube, wherein the sealing lip is positioned in the area of the lateral surface of the breakthrough.
A protective redundancy circuit for a power tool having an electric motor powered by an alternating current signal, comprising: a motor control module interfaced with a motor switch coupled in series with the motor to control the switching operation of the motor switch such that the switching operation of the motor switch is correlated to the waveform of the AC signal, wherein the motor control module introduces a delay period before closing the motor switch; and a protective control module characterized in that the protective control module measures the voltage across the motor switch during the delay period and disables the power tool when the voltage across the motor switch during the delay period fails to meet a predetermined criterion. a motor control module interfaced with a motor switch coupled in series with the motor to control the switching operation of the motor switch such that the switching operation of the motor switch is correlated to the waveform of the AC signal, wherein the motor control module introduces a delay period before closing the motor switch; and a protective control module characterized in that the protective control module measures the voltage across the motor switch during the delay period and disables the power tool when the voltage across the motor switch during the delay period fails to meet a predetermined criterion.
Remotely piloted aircraft, in particular drone, adapted to induce artificial avalanche detachment, comprising: - operating members adapted to bring and/or keep said aircraft in a flight condition; - a cable for connecting said aircraft to an explosive charge and for holding said charge suspended outside said aircraft; - a triggering device configured for causing the explosion of said charge characterised in that said triggering device is configured for causing an electric current to flow along said cable in order to trigger said charge. - operating members adapted to bring and/or keep said aircraft in a flight condition; - a cable for connecting said aircraft to an explosive charge and for holding said charge suspended outside said aircraft; - a triggering device configured for causing the explosion of said charge characterised in that said triggering device is configured for causing an electric current to flow along said cable in order to trigger said charge.
A chemo-enzymatic process for preparing a lactone or a macrocyclic ketone, comprising: culturing a recombinant microorganism comprising a modified fatty acid biosynthetic pathway comprising an ω-hydroxylase or oxygenase of E.C. 1.14.15.3 for producing at least one type of fatty acid derivative in vivo, wherein the culturing is performed with a carbon-based feedstock; and contacting the fatty acid derivative ex vivo with a reagent under conditions sufficient to produce a lactone or macrocyclic ketone, wherein said fatty acid derivative is selected from the group consisting of an omega-hydroxy fatty acid (ω-OH FA), an omega-hydroxy unsaturated fatty acid (unsaturated ω-OH FA), an omega-hydroxy fatty acid ester (ω-OH fatty acid ester), an omega-hydroxy unsaturated fatty acid ester (unsaturated ω-OH fatty acid ester), a 3-hydroxy fatty acid (3-OH FA), a 3-hydroxy unsaturated fatty acid (unsaturated 3-OH FA), a 3-hydroxy fatty acid ester (3-OH fatty acid ester), a 3-hydroxy unsaturated fatty acid ester (unsaturated 3-OH fatty acid ester), an alpha-omega-diacid (α,ω-diacid), an unsaturated alpha-omega diacid (unsaturated α,ω-diacid), an alpha-omega-diacid ester (α,ω-diacid ester), and an unsaturated alpha-omega-diacid ester (unsaturated α,ω-diacid ester). culturing a recombinant microorganism comprising a modified fatty acid biosynthetic pathway comprising an ω-hydroxylase or oxygenase of E.C. 1.14.15.3 for producing at least one type of fatty acid derivative in vivo, wherein the culturing is performed with a carbon-based feedstock; and contacting the fatty acid derivative ex vivo with a reagent under conditions sufficient to produce a lactone or macrocyclic ketone, wherein said fatty acid derivative is selected from the group consisting of an omega-hydroxy fatty acid (ω-OH FA), an omega-hydroxy unsaturated fatty acid (unsaturated ω-OH FA), an omega-hydroxy fatty acid ester (ω-OH fatty acid ester), an omega-hydroxy unsaturated fatty acid ester (unsaturated ω-OH fatty acid ester), a 3-hydroxy fatty acid (3-OH FA), a 3-hydroxy unsaturated fatty acid (unsaturated 3-OH FA), a 3-hydroxy fatty acid ester (3-OH fatty acid ester), a 3-hydroxy unsaturated fatty acid ester (unsaturated 3-OH fatty acid ester), an alpha-omega-diacid (α,ω-diacid), an unsaturated alpha-omega diacid (unsaturated α,ω-diacid), an alpha-omega-diacid ester (α,ω-diacid ester), and an unsaturated alpha-omega-diacid ester (unsaturated α,ω-diacid ester).
Peptide, selective substrate for the Major Secreted Protein (Msp) of Legionella pneumophila, of formula: R- n -Fluo-Rep-(Gly) m -Z-NH 2 in which, Fluo is an α-amino acid of configuration, having on its side chain a fluorigenic group, selected from the group consisting of -(1-pyrenyl)-alanine, -Nε(retroAbz)-Lys, -(7-methoxycoumarin-4-yl)-alanine, -((6,7- dimethoxy-coumarin-4-yl)-alanine, -Nß(pyrenylacetyl)-Dap, - Nγ(pyrenylacetyl)) - Dab, -Nδ-(pyrenylacetyl)-Orn, -Nε-(pyrenylacetyl)-Lys, -S-(1-pyrenemethyl)-Cys and -O-(1-pyrenemethyl)-Ser. • Rep is an amino acid of configuration selected from (3-NO 2)Tyr and (4-NO 2)Phe, with the proviso that when Fluo is pyrenylalanine, Rep is (3-NO 2)Tyr, • R is a group selected from an acetyl group, a succinyl group and methoxysuccinyl group, • X is an α-amino acid of configuration selected from the group consisting of: Gly, Ser, homo-Ser, Lys, homo-Lys, Arg, homo-Arg and Orn, • Z is a positively charged α-amino acid, and • n and m are two natural whole numbers, with n comprised between 0 and 3 and m comprised between 0 and 2. • Rep is an amino acid of configuration selected from (3-NO 2)Tyr and (4-NO 2)Phe, with the proviso that when Fluo is pyrenylalanine, Rep is (3-NO 2)Tyr, • R is a group selected from an acetyl group, a succinyl group and methoxysuccinyl group, • X is an α-amino acid of configuration selected from the group consisting of: Gly, Ser, homo-Ser, Lys, homo-Lys, Arg, homo-Arg and Orn, • Z is a positively charged α-amino acid, and • n and m are two natural whole numbers, with n comprised between 0 and 3 and m comprised between 0 and 2.
A plasma etching process to a target substrate performed in a processing vessel of a plasma processing apparatus, wherein the plasma processing apparatus comprises: a gas inlet member including first gas discharge holes and second gas discharge holes which are alternately arranged to be adjacent to each other and respectively communicate with a first gas supply line and a second gas supply line, which are switchable, wherein the first gas supply line and the second gas supply line are respectively connected to a third gas supply line; and a control unit, wherein the control unit intermittently switches the first gas supply line and the second gas supply line, wherein the first gas discharge holes and the second gas discharge holes independently and respectively introduce a first processing gas including a C 4 F 6 gas and a second processing gas including a C 4 F 8 gas or a C 3 F 8 gas, which are respectively supplied from the first gas supply line and the second gas supply line and used in the plasma etching process, into the processing vessel, and wherein the control unit switches the first gas supply line and the second gas supply line in a state where a third processing gas different from the first processing gas and the second processing gas is supplied from the third gas supply line to both of the first gas supply line and the second gas supply line. a gas inlet member including first gas discharge holes and second gas discharge holes which are alternately arranged to be adjacent to each other and respectively communicate with a first gas supply line and a second gas supply line, which are switchable, wherein the first gas supply line and the second gas supply line are respectively connected to a third gas supply line; and a control unit, wherein the control unit intermittently switches the first gas supply line and the second gas supply line, wherein the first gas discharge holes and the second gas discharge holes independently and respectively introduce a first processing gas including a C 4 F 6 gas and a second processing gas including a C 4 F 8 gas or a C 3 F 8 gas, which are respectively supplied from the first gas supply line and the second gas supply line and used in the plasma etching process, into the processing vessel, and wherein the control unit switches the first gas supply line and the second gas supply line in a state where a third processing gas different from the first processing gas and the second processing gas is supplied from the third gas supply line to both of the first gas supply line and the second gas supply line.
A system comprising an electrical circuit having a first and a second electrical contact for connection to a first and a second electrical connection terminal of an energy storage device and/or a load, and an outer housing arranged around the electrical circuit, wherein at least one of said electrical contacts is an electronic load switch having a conductive housing which is designed to be directly connected to the energy storage device or load when the energy storage device or load is connected, either the second electrical contact of the electrical circuit, to which the second electrical connection terminal of the energy storage device or load is to be connected, is a metal contact spring, or the system has an elastic element, in particular a spring, by means of which the second electrical connection terminal of the energy storage device or load can be applied with pressure to the second electrical contact of the electrical circuit and which is arranged on a rear side of the electrical circuit facing the outer housing, while the energy storage device or load is to be connected to the front side thereof, the system is designed so that the first electrical connection terminal of the energy storage device or load is applied with pressure to the electronic load switch by the contact spring or by the elastic element, and the first and second electrical connection terminals of the energy storage device or load are arranged on opposite sides thereof, facing away from each other.
A shoelace winding apparatus (1, 300), wherein the shoelace winding apparatus (1, 300) includes: a reel (4, 302) that is driven by an operation handle (6, 301) to rotate and wind a shoelace; a ratchet pawl (51, 303) that limits rotation of the reel (4, 302); and a base member (3, 304) including a substantially cylindrical body, which has one closed end and accommodates the reel (4, 302), wherein the base member (3, 304) has an inner circumferential surface including an annular gear with a plurality of teeth that engages with the ratchet pawl (51, 303), a base-member attachment cover including: a cover portion that is substantially cylindrical and has one closed end, wherein the cover portion is allowed to secure the base member (3, 304) such that the base member (3, 304) is directly attachable and detachable from outside of an upper section and held in the cover portion; and a flange portion that protrudes from a circumference of the cover portion and conforms to a shape of the shoe, wherein, the cover portion or the base member (3, 304) includes a lock mechanism that locks the base member (3, 304) in a position secured to the cover portion, wherein a gap exists between an outer circumferential surface of the base member (3, 304) and an inner circumferential surface of the cover portion so that deformation of the cover portion does not deform the base member (3, 304). a reel (4, 302) that is driven by an operation handle (6, 301) to rotate and wind a shoelace; a ratchet pawl (51, 303) that limits rotation of the reel (4, 302); and a base member (3, 304) including a substantially cylindrical body, which has one closed end and accommodates the reel (4, 302), wherein the base member (3, 304) has an inner circumferential surface including an annular gear with a plurality of teeth that engages with the ratchet pawl (51, 303), a base-member attachment cover including: a cover portion that is substantially cylindrical and has one closed end, wherein the cover portion is allowed to secure the base member (3, 304) such that the base member (3, 304) is directly attachable and detachable from outside of an upper section and held in the cover portion; and a flange portion that protrudes from a circumference of the cover portion and conforms to a shape of the shoe, a cover portion that is substantially cylindrical and has one closed end, wherein the cover portion is allowed to secure the base member (3, 304) such that the base member (3, 304) is directly attachable and detachable from outside of an upper section and held in the cover portion; and a flange portion that protrudes from a circumference of the cover portion and conforms to a shape of the shoe, wherein, the cover portion or the base member (3, 304) includes a lock mechanism that locks the base member (3, 304) in a position secured to the cover portion, wherein a gap exists between an outer circumferential surface of the base member (3, 304) and an inner circumferential surface of the cover portion so that deformation of the cover portion does not deform the base member (3, 304).
A method of diagnosing functional and/or structural abnormalities of the heart preceding heart failure in a subject suffering from hypertension, diabetes, obesity, metabolic syndrome and/or having a history of smoking, the method comprising the steps of: a) measuring in a blood, serum or plasma sample obtained from the subject the concentration of at least one cardiac troponin or a variant thereof, and b) diagnosing said functional and/or structural abnormalities by comparing the concentration determined in step (a) with a reference amount wherein the subject does not show left ventricular hypertrophy, and wherein the structural and/or functional abnormalities of the heart preceding heart failure comprise an abnormality selected from a left ventricular structural change, an increased septum diameter, an increased posterial wall diameter, and diastolic dysfunction. a) measuring in a blood, serum or plasma sample obtained from the subject the concentration of at least one cardiac troponin or a variant thereof, and b) diagnosing said functional and/or structural abnormalities by comparing the concentration determined in step (a) with a reference amount wherein the subject does not show left ventricular hypertrophy, and wherein the structural and/or functional abnormalities of the heart preceding heart failure comprise an abnormality selected from a left ventricular structural change, an increased septum diameter, an increased posterial wall diameter, and diastolic dysfunction.
Method for producing a structure from a building material, the method comprising: providing a first ingredient (3.1) of a first component of the building material; providing a second ingredient (3.2) of the first component of the building material; mixing the first ingredient (3.1) and the second ingredient (3.2) of the first component in a first mixer (5.1); providing a second component of the building material; mixing the first component and the second component in a second mixer (5.2); moving a movement device for changing a site of application in a space; and applying the building material; characterized in that the second mixer (5.2) is operated at a rotational speed of more than 500 rpm. providing a first ingredient (3.1) of a first component of the building material; providing a second ingredient (3.2) of the first component of the building material; mixing the first ingredient (3.1) and the second ingredient (3.2) of the first component in a first mixer (5.1); providing a second component of the building material; mixing the first component and the second component in a second mixer (5.2); moving a movement device for changing a site of application in a space; and applying the building material; characterized in that the second mixer (5.2) is operated at a rotational speed of more than 500 rpm.
Device for inspecting containers or the like, in particular bottles of glass or plastics, with an inspection module mounted at a conveying path, wherein the device is embodied as a modular inspection unit with a support with location places for a plurality of inspection modules, and wherein the inspection module comprises a plurality of inspection elements (7, 8, 9) in a common assembly frame in an arrangement adjusted with respect to the arrangement of the support with respect to the conveying path characterized in that the inspection module contains a camera, a lighting means and a drive for adjusting movements, combined in an assembly frame.
A posterior stabilised complete knee prosthesis, comprising a tibial part which has a tibial disc, a femoral part and a tibial insert interposed between the femoral and tibial parts, fitted by fixing methods to the tibial disc and made up of a base on the upper part from which one or several concave contact surfaces are formed with one or several condyles of a femoral part, and a tibial stud which protrudes, notably at right angles to the base, the tibial stud being detachable from the base, wherein the tibial stud comprises a pin coming from its lower surface which is greater in length than the thickness of the base and the base comprises a cross bore into which the tibial part goes so that it projects out of the lower surface of the base, opposite the upper surface, characterized in that the construction is such that the stud cannot rotate in relation to the base around the pin axis.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a signaling message that indicates an update of a transmission configuration indication, TCI, state for bandwidth parts, BWPs, wherein the BWPs include multiple component carriers, CCs, from a group of CCs; and applying the update to a TCI state of at least one BWP in the group of CCs based at least in part on the signaling message, wherein applying the update includes: determining an update TCI state number based at least in part on respective TCI state numbers for the respective BWPs, wherein a respective TCI state number corresponds to each respective BWP in the group of CCs; and updating the TCI state of the at least one BWP in the group of CCs based at least in part on the update TCI state number. receiving a signaling message that indicates an update of a transmission configuration indication, TCI, state for bandwidth parts, BWPs, wherein the BWPs include multiple component carriers, CCs, from a group of CCs; and applying the update to a TCI state of at least one BWP in the group of CCs based at least in part on the signaling message, wherein applying the update includes: determining an update TCI state number based at least in part on respective TCI state numbers for the respective BWPs, wherein a respective TCI state number corresponds to each respective BWP in the group of CCs; and updating the TCI state of the at least one BWP in the group of CCs based at least in part on the update TCI state number. determining an update TCI state number based at least in part on respective TCI state numbers for the respective BWPs, wherein a respective TCI state number corresponds to each respective BWP in the group of CCs; and updating the TCI state of the at least one BWP in the group of CCs based at least in part on the update TCI state number.