mhurhangee/ep-ind-claims huggingface dataset:
A mold composition for casting a titanium-containing article, comprising, by weight of the casting mold composition after firing: from 5% by weight to 50% calcium titanate; more than 30% of a calcium aluminate cement comprising, as a weight fraction of the cement, 0.05 to 0.95 of calcium monoaluminate; and from 30% to 70% of alumina. from 5% by weight to 50% calcium titanate; more than 30% of a calcium aluminate cement comprising, as a weight fraction of the cement, 0.05 to 0.95 of calcium monoaluminate; and from 30% to 70% of alumina.
A method for separation analysis of reducing sugars contained in a sample by column chromatography, comprising loading the sample on an anion exchanger resin column, and washing the column by allowing a sufficient volume of a first mobile phase to flow consisting of an aqueous solution of a predetermined concentration of boric acid containing at least a predetermined concentration of a water-soluble inorganic salt selected from sodium chloride and potassium chloride through the column, wherein the concentration of boric acid is 75 -125 mM and the concentration of the salt is 10-30 mM, supplying to the column continuously at a predetermined flow rate a second mobile phase containing the salt at an elevated concentration compared with the first mobile phase to eluate reducing sugars, wherein the concentration of the salt in the second mobile phase is increased at least up to 200 mM, leading the eluate from the column continuously to a flow path, continuously adding at least one basic amino acid at a predetermined rate to the eluate at a predetermined position of the flow path to make a mixture solution which continuously flows through the flow path, heating the mixture solution by letting the mixture solution flow through a heating zone at a predetermined temperature of the flow path over a predetermined length of time, and continuously measuring and recording the intensity of fluorescent light emitted from the mixture solution while continuously irradiating the mixture solution thus heated and flowing through the flow path with excitation light at a predetermined position of the flow path.
An electronic assembly (31, 41), comprising an encasement joined from at least two casing parts (1, 1'; 13, 15; 23a, 23b; 33, 35; 43, 44), at least one gap region between two casing parts neighboring each other being hermetically sealed by a metal layer (5; 19; 29; 39; 49) that is electrodeposited onto sections of the neighboring casing parts abutting the gap region and bridges the gap region, the casing parts neighboring each other (1; 23a; 23b; 33, 35) being joined by way of an adhesive (9; 28; 38), which substantially fills the gap region, characterized in that the adhesive is a homogeneously conductive adhesive.
Apparatus for handling a wind power installation rotor blade with a longitudinal axis comprising at least one main body for at least partially embracing and holding the rotor blade, and at least one main frame for rotatably receiving the main body, wherein the main body has at least one pivotably mounted pivotal portion for engagement at at least one side of the rotor blade, at least one fixing unit for fixing a wind power installation rotor blade in the apparatus, characterized in that the fixing unit has a first and a second portion (31, 32), wherein the first portion is provided at a first end of the main body and the second portion is provided at a second end of the main body, wherein the fixing unit is adapted to receive a fixing bolt on or in a wind power installation rotor blade.
A method for processing transmission data from neutron and gamma-ray radiation to form an image, the neutron and gamma-ray radiation having traversed through an object and representing a measure of neutron attenuation and gamma-ray attenuation introduced by the object, the method comprising: forming a neutron mass attenuation matrix n from the measure of neutron attenuation; forming a separate gamma-ray mass attenuation matrix g from the measure of gamma-ray attenuation; calculating a composition matrix R whose elements R ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the corresponding elements g ij from the gamma-ray mass attenuation matrix, the composition matrix representing an average composition of material between a source which generated the radiation and a point (i,j); calculating a density matrix X whose elements X ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the corresponding elements g ij from the gamma-ray mass attenuation matrix, the density matrix representing an approximate amount of material between the radiation source and the point (i,j); calculating a quality matrix Q whose elements Q ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the elements g ij of the gamma-ray mass attenuation matrix, the quality matrix representing a measure of the reliability of the determination of the elements of R ij; and forming an image for display; wherein the image contains information from R, X and Q. forming a neutron mass attenuation matrix n from the measure of neutron attenuation; forming a separate gamma-ray mass attenuation matrix g from the measure of gamma-ray attenuation; calculating a composition matrix R whose elements R ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the corresponding elements g ij from the gamma-ray mass attenuation matrix, the composition matrix representing an average composition of material between a source which generated the radiation and a point (i,j); calculating a density matrix X whose elements X ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the corresponding elements g ij from the gamma-ray mass attenuation matrix, the density matrix representing an approximate amount of material between the radiation source and the point (i,j); calculating a quality matrix Q whose elements Q ij are defined as a function of the elements n ij from the neutron mass attenuation matrix and the elements g ij of the gamma-ray mass attenuation matrix, the quality matrix representing a measure of the reliability of the determination of the elements of R ij; and forming an image for display; wherein the image contains information from R, X and Q.
Valve assembly, comprising: - a body inside which a seat is obtained communicating with at least one supply port connectable to a source of a pressurized work fluid, at least one braking port connectable to the braking system of a trailer, at least one drain port connectable to a drain tank; - at least one distributor housed in a sliding manner inside said seat and movable between a home position, in which said braking port is isolated from said supply port and in communication with said drain port, and at least one braking position, in which said braking port is in communication at least with said supply port; within said distributor being defined at least one connecting channel which is adapted to place said braking port in communication with at least a first chamber operating on a first end of said distributor and with at least a second chamber operating on a second end of said distributor opposed to said first end; - first elastic means operating on said first end and adapted to counteract the displacement of said distributor from the home position towards a braking position; - driving means of said distributor connectable to the braking system of a towing vehicle and operating on said second end to push said distributor from the home position towards a braking position; characterized by the fact that said driving means comprise valve means provided with at least one shutter element adapted to place/insulate said second chamber in communication with/from at least a third chamber communicating with a further drain tank, and by the fact that said valve means comprise at least one connecting element movable by said shutter element and adapted to interact with said distributor. - a body inside which a seat is obtained communicating with at least one supply port connectable to a source of a pressurized work fluid, at least one braking port connectable to the braking system of a trailer, at least one drain port connectable to a drain tank; - at least one distributor housed in a sliding manner inside said seat and movable between a home position, in which said braking port is isolated from said supply port and in communication with said drain port, and at least one braking position, in which said braking port is in communication at least with said supply port; within said distributor being defined at least one connecting channel which is adapted to place said braking port in communication with at least a first chamber operating on a first end of said distributor and with at least a second chamber operating on a second end of said distributor opposed to said first end; - first elastic means operating on said first end and adapted to counteract the displacement of said distributor from the home position towards a braking position; - driving means of said distributor connectable to the braking system of a towing vehicle and operating on said second end to push said distributor from the home position towards a braking position;
An intermediate transfer member for use in an electrostatic printing processes, the intermediate transfer member comprising an outer release layer comprising a silicone polymer matrix, carbon black and a trisiloxane surfactant.
A method for location-based downloading, comprising steps of: setting a location report interval for updating information about a location of a client device; updating the location information of the client device based on the location report interval; reporting the updated location information to a server; receiving, from the server, a predicted location and predicted period of the client device and a source URI for downloading content, before the client device enters the predicted location, wherein the predicted period of the client is predicted time period during which the client device will be at the predicted location; sending a request to a source corresponding to the source URI when the client device enters the predicted location, wherein the request requests for downloading of the content and is generated by any one of the server and the client device; and downloading the content from the source in response to the request S8), wherein, if a plurality of predicted locations are present, the predicted location and predicted period of the client device and the source URI are selected by the server corresponding to a priority assigned to each predicted location and predicted period. setting a location report interval for updating information about a location of a client device; updating the location information of the client device based on the location report interval; reporting the updated location information to a server; receiving, from the server, a predicted location and predicted period of the client device and a source URI for downloading content, before the client device enters the predicted location, wherein the predicted period of the client is predicted time period during which the client device will be at the predicted location; sending a request to a source corresponding to the source URI when the client device enters the predicted location, wherein the request requests for downloading of the content and is generated by any one of the server and the client device; and downloading the content from the source in response to the request S8), wherein, if a plurality of predicted locations are present, the predicted location and predicted period of the client device and the source URI are selected by the server corresponding to a priority assigned to each predicted location and predicted period.
The use of at least one minor comonomer in a process for polymerizing at least one major monomer in order to reduce the crystallization temperature and the melting temperature of a polyamide resulting from the polymerization of said at least one major monomer, and in order for the decrease in crystallization temperature to be greater than the decrease in melting temperature, respectively, relative to the crystallization temperature and the melting temperature of the polyamide resulting from the polymerization of said at least one major monomer, said melting and crystallization temperatures being measured by DSC according to standard ISO 11357-3, said at least one minor comonomer being polymerized according to the same polymerization process as said at least one major monomer, and said at least one minor comonomer being chosen from aminocarboxylic acids, diamine-diacid couples, lactams and/or lactones, and said at least one minor comonomer representing from 0.1% to 20% by mass of the total blend of said monomer(s) and comonomer(s), preferably from 0.5% to 15% by mass of said total blend, preferably from 1% to 10% by mass of said total blend, in which said at least one major monomer comprises 11-aminoundecanoic acid and/or lactam 12 and/or the decanediamine-sebacic acid (10.10)couple.
Method for operating laundry treatment apparatus, in particular a heat pump dryer or washing machine having dryer function, wherein the apparatus comprises a heat pump system and a laundry treatment chamber for treating laundry using process air, and wherein the heat pump system comprises: a first heat exchanger for heating a refrigerant fluid, a second heat exchanger for cooling the refrigerant fluid, an expansion device, a refrigerant loop, in which the refrigerant fluid is circulated through the first and second heat exchangers and the expansion device, and a compressor for circulating the refrigerant fluid through the refrigerant loop, the method comprising detecting at least one first temperature signal (Tx), characterized by in dependency of the at least one detected first temperature signal (Tx), selecting at least one predetermined temperature threshold value (T_off1..3, T_on1..3) for switching the compressor ON and/or OFF, such as to prevent an overheating of the compressor. a first heat exchanger for heating a refrigerant fluid, a second heat exchanger for cooling the refrigerant fluid, an expansion device, a refrigerant loop, in which the refrigerant fluid is circulated through the first and second heat exchangers and the expansion device, and a compressor for circulating the refrigerant fluid through the refrigerant loop, the method comprising detecting at least one first temperature signal (Tx), characterized by in dependency of the at least one detected first temperature signal (Tx), selecting at least one predetermined temperature threshold value (T_off1..3, T_on1..3) for switching the compressor ON and/or OFF, such as to prevent an overheating of the compressor.
A basket catheter, comprising: an outer tubing comprising a distal end; a first fluid delivery tubing extending from the distal end of the outer tubing, the first fluid delivery tubing comprising a proximal fluid delivery port; and a deployment member configured as a second fluid delivery tubing; and a plurality of splines each connected at a proximal end of the splines to the outer tubing to define a proximal connection and at a distal end of the splines to the second fluid delivery tubing to define a distal connection; wherein the proximal fluid delivery port is configured to deliver fluid between the plurality of splines and near the proximal connection, wherein the first fluid delivery tubing comprises the second fluid delivery tubing fitted within the first fluid delivery tubing, wherein a distal fluid delivery port (34'a) is located at a distal end of the second fluid delivery tubing, and wherein the distal fluid delivery port (34'a) is configured to deliver fluid between the plurality of splines and near the distal connection. an outer tubing comprising a distal end; a first fluid delivery tubing extending from the distal end of the outer tubing, the first fluid delivery tubing comprising a proximal fluid delivery port; and a deployment member configured as a second fluid delivery tubing; and a plurality of splines each connected at a proximal end of the splines to the outer tubing to define a proximal connection and at a distal end of the splines to the second fluid delivery tubing to define a distal connection; wherein the proximal fluid delivery port is configured to deliver fluid between the plurality of splines and near the proximal connection, wherein the first fluid delivery tubing comprises the second fluid delivery tubing fitted within the first fluid delivery tubing, wherein a distal fluid delivery port (34'a) is located at a distal end of the second fluid delivery tubing, and wherein the distal fluid delivery port (34'a) is configured to deliver fluid between the plurality of splines and near the distal connection.
A solar cell backsheet, comprising: a substrate layer; and a blended resin layer which comprises a fluorine-based resin and a (meth)acryl-based copolymer resin including a (meth)acryl-based monomer and a maleimide-based monomer and which is formed on at least one surface of the substrate layer, wherein the amount of the fluorine-based resin is 50 to 99 wt%, and the amount of the (meth)acryl-based copolymer is 1 to 50 wt% based on 100 wt% of the blended resin layer. a substrate layer; and a blended resin layer which comprises a fluorine-based resin and a (meth)acryl-based copolymer resin including a (meth)acryl-based monomer and a maleimide-based monomer and which is formed on at least one surface of the substrate layer, wherein the amount of the fluorine-based resin is 50 to 99 wt%, and the amount of the (meth)acryl-based copolymer is 1 to 50 wt% based on 100 wt% of the blended resin layer.
Method for calibrating a torque sensor which is arranged in the drivetrain of a motor vehicle, wherein firstly the uncalibrated torque sensor is arranged in the fully completed drivetrain in the motor vehicle and subsequently a first known value for a torque is applied to the drivetrain of the motor vehicle and then a second known value for a torque is applied to the drivetrain of the motor vehicle and the first output signal which is generated by the torque sensor is assigned to the first known value for a torque and the second output signal which is generated by the torque sensor is assigned to the second known value for a torque, the torque sensor being calibrated in the fully completed drivetrain of the motor vehicle in this way, characterized in that the first known value for a torque, which first known value is applied to the drivetrain of the motor vehicle, corresponds to a zero torque, in which case no torque is applied to the drivetrain.
Ball joint having a ball stud which has a spherical bearing region, is mounted in a slidable manner by means of the bearing region in a ball socket and is arranged with the latter in an opening in a holder, having a solid body which is formed by encapsulating the ball socket and the holder with a solidifiable material and out of which the ball stud extends in an axial direction, and having an axial securing means for the ball stud, said axial securing means being provided in the solid body, axially covering the ball socket and being encapsulated by the material, characterized in that the axial securing means is formed by peripheral portions (7, 8, 9, 10), axially covering the ball socket, of the holder, wherein the peripheral portions (7, 8, 9, 10) bent away from the holder extend alternately in opposite directions.
A collagen structure, which is constituted by collagen fibers of 1 to 5 μm in average diameter and 1 to 10 mm in average length which are measured for 20 fibers observed in a stereoscopic micrograph; and has a water content of 0 to 15 (w/w) % which is defined as percentage of an amount of water with respect to a mass of a collagen structure after heating at 120°C for 2 hours, whereby the change in the mass before and after the heating is determined as the amount of water, and the water content is defined as the percentage (%) of this amount with respect to the mass of collagen; and a collagen density of 50 to 800 mg/cm 3, whereby a test piece with a defined thickness is dissolved in acetic acid and the collagen concentration is measured by a micorburet method, form the volume and collagen concentration of the test piece, the amount of collagen per unit volume is calculated as the collagen density.
A vehicle auxiliary power supply device that is mountable on an electric vehicle and that includes a resonant inverter circuit that converts an input DC voltage into a desired AC voltage and outputs the AC voltage and a control unit that controls the resonant inverter circuit, wherein a current detector is provided on an output side of the resonant inverter circuit, and when overcurrent flowing in the resonant inverter circuit is detected on a basis of a detected current of the current detector, the control unit outputs a gate-off command to turn off a switching element (HGU1, HGV2) comprising a gate and included in the resonant inverter circuit, wherein the control unit outputs the gate-off command after an elapsed time since the overcurrent was detected has reached resonance time and thus a timing at which a current flowing in the switching element (HGU1, HGV2) becomes zero or is supposed to become zero for a first time after the overcurrent is detected; and wherein the vehicle auxiliary power supply device is characterized in that the switching element (HGU1, HGV2) is provided with an IGBT or a MOSFET.
Laboratory analysis system, comprising - containers for receiving samples to be analyzed, - container carriers for receiving the containers, - different stations (20 to 23), and - a system for transporting the container carriers between the different stations (20 to 23), comprising: - a control unit which controls the transport of the container carriers, and - drive means (60 to 63), wherein the drive means (60 to 63) are activated by the control unit, characterized in that - the system for transporting the container carriers between the different stations (20 to 23) comprises a transport area, on which the container carriers can be movably arranged, and which is divided into subareas, wherein subarea regions composed of subareas and adjoining to the stations (20 to 23) on one side serve as transfer areas to the stations (20 to 23), and subarea regions composed of subareas and adjoining to the stations (20 to 23) on the other side serve as priority transfer areas to the stations (20 to 23), wherein a respective drive means (60 to 63) is assigned to a respective subarea, wherein a respective drive means (60 to 63) is designed to apply a drive force to an associated container carrier. - containers for receiving samples to be analyzed, - container carriers for receiving the containers, - different stations (20 to 23), and - a system for transporting the container carriers between the different stations (20 to 23), comprising: - a control unit which controls the transport of the container carriers, and - drive means (60 to 63), wherein the drive means (60 to 63) are activated by the control unit, - a control unit which controls the transport of the container carriers, and - drive means (60 to 63), wherein the drive means (60 to 63) are activated by the control unit, - the system for transporting the container carriers between the different stations (20 to 23) comprises a transport area, on which the container carriers can be movably arranged, and which is divided into subareas, wherein subarea regions composed of subareas and adjoining to the stations (20 to 23) on one side serve as transfer areas to the stations (20 to 23), and subarea regions composed of subareas and adjoining to the stations (20 to 23) on the other side serve as priority transfer areas to the stations (20 to 23), wherein a respective drive means (60 to 63) is assigned to a respective subarea, wherein a respective drive means (60 to 63) is designed to apply a drive force to an associated container carrier.