mhurhangee/patent-ind-claim-en huggingface dataset:
A beam component for use in technical construction, comprising at least one flange and a web delimiting an open space or open channels on both sides of the web , characterized in that said beam component (1-6) is a one-piece element, perforated along its entire length, wherein the web is only perforated with evenly spaced circular holes and at least one flange is perforated with at least two parallel lines of longitudinal rectangular holes , wherein the ratio of the thickness of the flange and depth and width of said open channel or open space is 1:2:3.
A method of determining acid glucosidase activity in a subject, the method comprising the steps of: (a) extracting acid glucosidase from a dried blood spot obtained from the subject using an aqueous buffer solution; (b) adding an assay mix comprising substrate, an internal standard, detergent, buffer and acarbose to the extracted acid glucosidase, wherein the molar ratio of substrate to internal standard is 100:1, the molar ratio of detergent to substrate is 24.3:1, the molar ratio of buffer to substrate is 450:1 and the molar ratio of acarbose to substrate is 0.02:1; (c) reacting the substrate with the extracted acid glucosidase; (d) quenching the reaction by addition of four volumes of a solution consisting essentially of ethyl acetate/methanol (1/1); (e) extracting the reaction product and internal standard by adding at least about a 3/5 volume of ethyl acetate and at least about a 3/5 volume of water to the quenched reaction to form a two-phase system, and harvesting the extracted product and internal standard from the upper phase; (f) purifying the reaction product and internal standard by passage of the extract from (e) through silica gel and washing the silica gel with a mixture of ethyl acetate/MeOH; and (g) quantifying the product and the internal standard to determine the acid glucosidase activity. (a) extracting acid glucosidase from a dried blood spot obtained from the subject using an aqueous buffer solution; (b) adding an assay mix comprising substrate, an internal standard, detergent, buffer and acarbose to the extracted acid glucosidase, wherein the molar ratio of substrate to internal standard is 100:1, the molar ratio of detergent to substrate is 24.3:1, the molar ratio of buffer to substrate is 450:1 and the molar ratio of acarbose to substrate is 0.02:1; (c) reacting the substrate with the extracted acid glucosidase; (d) quenching the reaction by addition of four volumes of a solution consisting essentially of ethyl acetate/methanol (1/1); (e) extracting the reaction product and internal standard by adding at least about a 3/5 volume of ethyl acetate and at least about a 3/5 volume of water to the quenched reaction to form a two-phase system, and harvesting the extracted product and internal standard from the upper phase; (f) purifying the reaction product and internal standard by passage of the extract from (e) through silica gel and washing the silica gel with a mixture of ethyl acetate/MeOH; and (g) quantifying the product and the internal standard to determine the acid glucosidase activity.
A method for producing an animal leather fiber bundle with nanoscale branches , comprising an animal leather fiber main body being a spinnable animal leather fiber body , the method includes liquid defibrillation, opening and carding of animal leather, wherein the liquid defibrillation includes subjecting the animal leather under mechanical action of a rotor of a liquid defibrillation machine, and thereby under hydraulic shear caused by rotation of the rotor, wherein the animal leather fiber bundle has independent, separated nanoscale branches attached to the animal leather fiber main body, and wherein the nanoscale branches comprise nanoscale branches with a diameter of 200 nm or less.
A housing assembly (1; 100) comprising: - a first housing part (3;104) and a second housing part (5;106) separable from each other, and adapted to be mounted together at an inclined connecting plane (7;155); the second housing part comprises at least one assembly hole in which a respective conical portion (13;212) of a conical guide sleeve (9; 154) is arranged, and the first housing part comprises respective assembly holes comprising a contact surface on which the respective conical guide portion imprint, and bolts arranged in the through-holes of the first housing part and tightened in the respective assembly hole of the second housing part, wherein the inclined connecting plane is arranged so that a longitudinal axis of the bolts is not perpendicular to the plane (7;155). - a first housing part (3;104) and a second housing part (5;106) separable from each other, and adapted to be mounted together at an inclined connecting plane (7;155); the second housing part comprises at least one assembly hole in which a respective conical portion (13;212) of a conical guide sleeve (9; 154) is arranged, and the first housing part comprises respective assembly holes comprising a contact surface on which the respective conical guide portion imprint, and bolts arranged in the through-holes of the first housing part and tightened in the respective assembly hole of the second housing part, wherein the inclined connecting plane is arranged so that a longitudinal axis of the bolts is not perpendicular to the plane (7;155). the second housing part comprises at least one assembly hole in which a respective conical portion (13;212) of a conical guide sleeve (9; 154) is arranged, and the first housing part comprises respective assembly holes comprising a contact surface on which the respective conical guide portion imprint, and bolts arranged in the through-holes of the first housing part and tightened in the respective assembly hole of the second housing part, wherein the inclined connecting plane is arranged so that a longitudinal axis of the bolts is not perpendicular to the plane (7;155).
Clamped connection for joining two end sections of a conveyor belt which is to be set up as continuous and which has embedded tension members , with two moulded pieces which can be braced against one another and which in each case have a contact surface for an end section of the conveyor belt , arranged between which is a spacer , and in each case an end section can be clamped in a clamping area between the spacer and a contact surface of a moulded piece , and wherein ends of the tension members can be secured in a cast block which is formed with a casting material and which is braced against the moulded pieces , characterised in that its own separate cast block (30.1,30.2) is formed for each end section of the conveyor belt .
A First In First Out, FIFO, memory, comprising: storage units , outputs of the storage units being connected to one node; a storage unit of the storage units comprising storage sub-units , a selector , and a driver ; an input of the selector being connected to outputs of the storage sub-units ; an input of the driver being connected to an output of the selector ; driven by a first pointer signal, the storage sub-units receiving storage data; driven by a second pointer signal, the driver outputting the storage data. storage units , outputs of the storage units being connected to one node; a storage unit of the storage units comprising storage sub-units , a selector , and a driver ; an input of the selector being connected to outputs of the storage sub-units ; an input of the driver being connected to an output of the selector ; driven by a first pointer signal, the storage sub-units receiving storage data; driven by a second pointer signal, the driver outputting the storage data.
A method for stimulating and sensing sweat comprising: dosing a sweat stimulant to skin effective to generate sweat at a generation rate of at least 0.1 nL/min/gland for a duration of at least six hours per dose of the sweat stimulant, wherein dosing comprises using iontophoresis electrodes to apply a charge density that is equal to or less than 320 mC/cm 2 /day; and receiving one or more measurements of an analyte in sweat using a device placed on the skin, wherein the device comprises one or more sensors configured to measure the analyte in sweat. dosing a sweat stimulant to skin effective to generate sweat at a generation rate of at least 0.1 nL/min/gland for a duration of at least six hours per dose of the sweat stimulant, wherein dosing comprises using iontophoresis electrodes to apply a charge density that is equal to or less than 320 mC/cm 2 /day; and receiving one or more measurements of an analyte in sweat using a device placed on the skin, wherein the device comprises one or more sensors configured to measure the analyte in sweat.
A locating method for locating a failure impacting an electrical appliance , said electrical appliance having a communications interface and a female electric connector connected to the communications interface , the female electric connector having at least one conductor element mounted to move between an active position and a rest position, the active position being the position into which the conductor element is taken when a male electric connector is inserted in the female electric connector , and the rest position being the position of the conductor element when the male electric connector is not inserted in the female electric connector , the female electric connector including test means connected to the conductor element when it is in the rest position, the test means simulating the behavior of a telephone line and an electric cable that are operational; the locating method comprising: • a disconnection step performed by a user of the electrical appliance and consisting in disconnecting the male electric connector from the female electric connector ; • a test step following the disconnection step and consisting in testing the communications interface in co-operation with the test means of the female electric connector ; • a locating step consisting in locating the failure in the electrical appliance if the communications interface is faulty or in an element external to the electrical appliance if the communications interface is not faulty. • a disconnection step performed by a user of the electrical appliance and consisting in disconnecting the male electric connector from the female electric connector ; • a test step following the disconnection step and consisting in testing the communications interface in co-operation with the test means of the female electric connector ; • a locating step consisting in locating the failure in the electrical appliance if the communications interface is faulty or in an element external to the electrical appliance if the communications interface is not faulty.
Arrangement (AO) for pressure monitoring within a battery housing (BG) of a battery system (BS), comprising: - a first power supply path (SP1); - a pressure measuring unit (DM) for measuring a pressure within the battery housing (BG), which pressure measuring unit is electrically connected to the first power supply path (SP1) for power supply purposes; - a pressure-sensitive mechanical switching unit (SE), which is arranged within the battery housing (BG) and is electrically connected, in series with the pressure measuring unit (DM), to the first power supply path (SP1) via two electrical terminals (A1, A2); - wherein the switching unit (SE) is set up to switch to an electrically conductive switching state when the pressure within the battery housing (BG) exceeds a predefined pressure threshold and thus to establish a supply of power to the pressure measuring unit (DM) via the first power supply path (SP1), and to switch to an electrically blocking switching state when the pressure within the battery housing (BG) falls below the pressure threshold and thus to interrupt the supply of power to the pressure measuring unit (DM) via the first power supply path (SP1). - a first power supply path (SP1); - a pressure measuring unit (DM) for measuring a pressure within the battery housing (BG), which pressure measuring unit is electrically connected to the first power supply path (SP1) for power supply purposes; - a pressure-sensitive mechanical switching unit (SE), which is arranged within the battery housing (BG) and is electrically connected, in series with the pressure measuring unit (DM), to the first power supply path (SP1) via two electrical terminals (A1, A2); - wherein the switching unit (SE) is set up to switch to an electrically conductive switching state when the pressure within the battery housing (BG) exceeds a predefined pressure threshold and thus to establish a supply of power to the pressure measuring unit (DM) via the first power supply path (SP1), and to switch to an electrically blocking switching state when the pressure within the battery housing (BG) falls below the pressure threshold and thus to interrupt the supply of power to the pressure measuring unit (DM) via the first power supply path (SP1).
A power consumption control device, characterized by comprising: a voltage detection circuit , configured to detect whether an input power supply of a magnetic levitation system to be controlled is turned off; and a comparison unit , configured to detect an operating parameter of a motor of the magnetic levitation system during an operation of the motor as a generator, and compare the operating parameter with a set parameter to obtain a comparison result; wherein, a motor controller of the magnetic levitation system controls the motor of the magnetic levitation system to operate as the generator in a case that the input power supply is turned off; characterized in that a bearing controller of the magnetic levitation system adjusts a magnitude of a bearing bias current of the magnetic levitation system according to the comparison result, to control a power consumption of a magnetic levitation bearing of the magnetic levitation system within a set range through a differential control mode. a voltage detection circuit , configured to detect whether an input power supply of a magnetic levitation system to be controlled is turned off; and a comparison unit , configured to detect an operating parameter of a motor of the magnetic levitation system during an operation of the motor as a generator, and compare the operating parameter with a set parameter to obtain a comparison result; wherein, a motor controller of the magnetic levitation system controls the motor of the magnetic levitation system to operate as the generator in a case that the input power supply is turned off; characterized in that a bearing controller of the magnetic levitation system adjusts a magnitude of a bearing bias current of the magnetic levitation system according to the comparison result, to control a power consumption of a magnetic levitation bearing of the magnetic levitation system within a set range through a differential control mode.
Picture frame for connecting a can combustor to a turbine in a gas turbine, the picture frame comprising: - a seat in form a recess facing the turbine ; - an insert housed in the seat and configured to be coupled with the turbine ; characterized in that the picture frame moreover comprises: - a first and a second collector for cooling air between the seat and the insert ; - an inlet hole for feeding the first collector with cooling air from outside the can combustor ; - at least a transfer duct connecting the first to the second collector . - a seat in form a recess facing the turbine ; - an insert housed in the seat and configured to be coupled with the turbine ; - a first and a second collector for cooling air between the seat and the insert ; - an inlet hole for feeding the first collector with cooling air from outside the can combustor ; - at least a transfer duct connecting the first to the second collector .
A radio access network node for assisting a Dedicated Core Network, DCN, selection, the radio access network node comprising: means for receiving from one or more core network nodes coupled to the radio access network node a message for configuring at least one DCN supported by the one or more core network nodes , wherein the message includes a list of DCN types that the one or more core network nodes support; means for broadcasting system information including information indicating the list of DCN types supported by the one or more core network nodes ; means for receiving from a mobile terminal which receives the system information, a Radio Resource Control, RRC, setup complete message including information for indicating the DCN type of the mobile terminal ; and means for selecting at least one of the one or more core network nodes based on the DCN type of the mobile terminal and the list of DCN types supported by the one or more core network nodes . means for receiving from one or more core network nodes coupled to the radio access network node a message for configuring at least one DCN supported by the one or more core network nodes , wherein the message includes a list of DCN types that the one or more core network nodes support; means for broadcasting system information including information indicating the list of DCN types supported by the one or more core network nodes ; means for receiving from a mobile terminal which receives the system information, a Radio Resource Control, RRC, setup complete message including information for indicating the DCN type of the mobile terminal ; and means for selecting at least one of the one or more core network nodes based on the DCN type of the mobile terminal and the list of DCN types supported by the one or more core network nodes .
A resin molding comprising: a semiconductor element ; a board on which a conductor connected to the semiconductor element is formed; a resin adhered and integrated with the board , and a resin leakage suppression layer that includes a material having a higher thermal conductivity than a thermal conductivity of a material forming a surface layer of the board , wherein the resin leakage suppression layer is provided in an edge region extending along a portion adhered to the resin in the board and extending along at least one-side side surface of the resin , characterized in that : the board is a circuit board ; and the resin leakage suppression layer is formed of the same material as the conductor . a semiconductor element ; a board on which a conductor connected to the semiconductor element is formed; a resin adhered and integrated with the board , and a resin leakage suppression layer that includes a material having a higher thermal conductivity than a thermal conductivity of a material forming a surface layer of the board , wherein the resin leakage suppression layer is provided in an edge region extending along a portion adhered to the resin in the board and extending along at least one-side side surface of the resin , characterized in that : the board is a circuit board ; and the resin leakage suppression layer is formed of the same material as the conductor . the board is a circuit board ; and the resin leakage suppression layer is formed of the same material as the conductor .
A reaction calorimeter probe arranged for calorimetric in-situ measurements in a pumpable reaction medium, comprising an inner tube arranged to have the pumpable reaction medium flowing through the inner tube, an outer tube extending coaxially of the inner tube at a radial distance from the inner tube, a sealed space between the inner tube and the outer tube, wherein the space is provided with a vacuum, a first temperature sensor arranged at an inlet end of the inner tube, a second temperature sensor arranged at an outlet end of the inner tube, at a distance from the first temperature sensor, wherein the first and second temperature sensors are arranged in the space and in contact with the outer surface of the inner tube for measuring an absolute temperature of the inner tube, wherein the first and second temperature sensors are arranged to enable determinations of absolute temperatures with a resolution which is better than 1μK, and a calculation device connected with the first and second temperature sensors, which calculation device is arranged to determine a first absolute temperature by means of the first temperature sensor, a second absolute temperature by means of the second temperature sensor, and to determine a temperature difference between the first and second absolute temperatures, wherein the reaction calorimeter probe further comprises a first initiation thermometer arranged in the space and in contact with the outer surface of the inner tube adjacent to the first temperature sensor, and a second initiation thermometer arranged in the space and in contact with the outer surface of the inner tube adjacent to the second temperature sensor, wherein the first and second initiation thermometers are arranged to provide the respective first and second temperature sensors with initiation temperatures.
A glycosylated polypeptide comprising an amino acid sequence being at least 90 % identical to at least a fragment of human vWF (SEQ ID NO: 1), wherein said glycosylated polypeptide contains one or more clusters of O-glycosylation sites, wherein said clusters contain at least two O-glycosylation sites and one or more sialylated O-glycans, wherein the combined number of sialylated core 2 and extended core 1 O-glycans of the glycosylated polypeptide is higher than the number of sialylated core 2 and extended core 1 O-glycans of the human vWF or the fragment thereof and wherein the glycosylated polypeptide shows an increased binding affinity to one or more SIGLECs, selected from SIG-5, SIG-7, SIG-8, and SIG-9 compared to the human vWF or the fragment thereof.