mhurhangee/ep-ind-claims huggingface dataset:
Automatic transmission having a retarder for use in a motor vehicle drive powertrain, comprising a transmission housing, having an engine flange connection plate and a transmission output plate (8, 9), and a heat exchanger console which is disposed on the transmission output side, wherein connecting lines (12a, b; 13a, b; 14a, b; 15a, b) by means of which a heat exchanger that is disposed on the heat exchanger console is connected to the automatic transmission are provided, characterized in that the retarder comprises a stator housing part and a rotor housing part which form the transmission output plate, wherein the connecting lines (12a, 13a, 14a, 15a) are integrated in the stator housing.
A method of wireless communication performed by a base station, comprising: receiving, from a user equipment, UE, a message that indicates whether the UE received a downlink transmission from the base station in a first frequency range; scheduling one or more reference signal, RS, transmissions in the first frequency range and one or more RS transmissions in a second frequency range based at least in part on the message received from the UE; and rescheduling the downlink transmission on a component carrier in either the first frequency range or the second frequency range based at least in part on channel quality information that is determined from the one or more RS transmissions in the first frequency range and the one or more RS transmissions in the second frequency range. receiving, from a user equipment, UE, a message that indicates whether the UE received a downlink transmission from the base station in a first frequency range; scheduling one or more reference signal, RS, transmissions in the first frequency range and one or more RS transmissions in a second frequency range based at least in part on the message received from the UE; and rescheduling the downlink transmission on a component carrier in either the first frequency range or the second frequency range based at least in part on channel quality information that is determined from the one or more RS transmissions in the first frequency range and the one or more RS transmissions in the second frequency range.
Composite film comprising a water-impermeable substrate layer composed of plastic with a coating comprising a flat element composed of an electrically conductive material and a hotmelt adhesive wherein the flat element composed of an electrically conductive material consists of a metal or metal alloy, characterized in that the hotmelt adhesive forms an outer surface of the composite film.
A tire wear state estimation system comprising: at least one tire supporting a vehicle; a plurality of tire-mounted devices operable to supply tire-specific information affecting tire contact patch dynamics; and at least one inertial measurement unit operable to supply sliding velocity information from a tire contact patch formed by the one tire rolling over a ground surface; characterized in that the system further comprises a friction work estimator operable to calculate a friction work estimate done by the at least one tire from the tire-specific information and the sliding velocity information; and a tire wear rate estimator operable to generate a tire wear rate estimation from drawing a proportional correlation between the tire wear rate estimation and the calculated friction work estimate. at least one tire supporting a vehicle; a plurality of tire-mounted devices operable to supply tire-specific information affecting tire contact patch dynamics; and at least one inertial measurement unit operable to supply sliding velocity information from a tire contact patch formed by the one tire rolling over a ground surface; characterized in that the system further comprises a friction work estimator operable to calculate a friction work estimate done by the at least one tire from the tire-specific information and the sliding velocity information; and a tire wear rate estimator operable to generate a tire wear rate estimation from drawing a proportional correlation between the tire wear rate estimation and the calculated friction work estimate.
A tire state estimation system for estimating normal force, lateral force, and longitudinal force on a tire mounted to a wheel and supporting a vehicle, the system comprising: a vehicle having a CAN-bus for delivering vehicle sensor-measured information and a plurality of CAN-bus accessible vehicle-mounted sensors; a normal force estimator operable to estimate a normal force on the tire mounted to the vehicle from a summation of longitudinal load transfer, lateral load transfer and static normal force using as inputs lateral acceleration, longitudinal acceleration and roll angle derived from the input sensor data; a lateral force estimator operable to estimate a lateral force on the tire from a planar vehicle model using as inputs measured lateral acceleration, longitudinal acceleration and yaw rate derived from the input sensor data; and a longitudinal force estimator operable to estimate a longitudinal force on the tire from a wheel rotational dynamics model using as inputs wheel angular speed and drive/brake torque derived from input sensor data; characterized in that the longitudinal force estimator is operable to generate the tire longitudinal force estimation from a tire rolling radius estimation, an engine torque input, and a braking torque input. a vehicle having a CAN-bus for delivering vehicle sensor-measured information and a plurality of CAN-bus accessible vehicle-mounted sensors; a normal force estimator operable to estimate a normal force on the tire mounted to the vehicle from a summation of longitudinal load transfer, lateral load transfer and static normal force using as inputs lateral acceleration, longitudinal acceleration and roll angle derived from the input sensor data; a lateral force estimator operable to estimate a lateral force on the tire from a planar vehicle model using as inputs measured lateral acceleration, longitudinal acceleration and yaw rate derived from the input sensor data; and a longitudinal force estimator operable to estimate a longitudinal force on the tire from a wheel rotational dynamics model using as inputs wheel angular speed and drive/brake torque derived from input sensor data; characterized in that the longitudinal force estimator is operable to generate the tire longitudinal force estimation from a tire rolling radius estimation, an engine torque input, and a braking torque input.
A system for forming multiple plications to reconfigure tissue within the stomach comprising: a stapler (12g, 200) for forming individual plications of the multiple plications having an elongate shaft (16g, 204) and a plication head (14g, 202) positioned at a distal end of the elongate shaft (16g, 204), the head including a proximal portion (150, 212) with an arrangement to contain staples (152, 242) and a distal portion (156, 210), the proximal (150, 212) and distal portions (156, 210) being relatively movable toward and away from one another to staple the tissue folds and form the plications, a tissue penetrating element (50g, 248) for forming a cut-out in the plications; and at least one anchor (4, 4a) having a first and second end connected by a central portion that is narrower than the first and second ends, the first and second ends sized to retain the at least one anchor within the cut-out of the multiple plications. a stapler (12g, 200) for forming individual plications of the multiple plications having an elongate shaft (16g, 204) and a plication head (14g, 202) positioned at a distal end of the elongate shaft (16g, 204), the head including a proximal portion (150, 212) with an arrangement to contain staples (152, 242) and a distal portion (156, 210), the proximal (150, 212) and distal portions (156, 210) being relatively movable toward and away from one another to staple the tissue folds and form the plications, a tissue penetrating element (50g, 248) for forming a cut-out in the plications; and at least one anchor (4, 4a) having a first and second end connected by a central portion that is narrower than the first and second ends, the first and second ends sized to retain the at least one anchor within the cut-out of the multiple plications.
A substrate for nucleic acid amplification by light-based polymerase chain reaction using thermal energy produced by the irradiation of light energy from light sources comprising: a transparent matrix; a metal layer formed on the transparent matrix; an N-heterocyclic carbene compound having one end bonded to the surface of the metal layer; and at least one pair of primers immobilized on the other end of the N-heterocyclic carbene compound. a transparent matrix; a metal layer formed on the transparent matrix; an N-heterocyclic carbene compound having one end bonded to the surface of the metal layer; and at least one pair of primers immobilized on the other end of the N-heterocyclic carbene compound.
A dental sensor for an intraoral region, comprising: an attachment region of plastic material for molding an oral region during insertion of the dental sensor, which is curable after molding; and a sensor housing which has a plane or approximately anatomically preformed contact surface facing the tooth which is covered with a flat layer of the formable and plastic material. an attachment region of plastic material for molding an oral region during insertion of the dental sensor, which is curable after molding; and a sensor housing which has a plane or approximately anatomically preformed contact surface facing the tooth which is covered with a flat layer of the formable and plastic material.
Fragrance mixture comprising at least 60 wt.-percent fragrances, showing dimensions of X > 5 Å, Y > 3 Å and Z > 2 Å when positioned along the virtual axes X, Y and Z, wherein the number of different fragrances thus defined within said fragrance mixture is at least two and said at least two fragrances are selected from the group consisting of agrunitrile, bucco leaves oil, thiocineol, 2-isobutyl-3-methoxyparazin, rose oxide, aldehyde C16, methyloctincarbonate, precyclemone B (CAS 52474-60-9), allylamylglycolate, cis-4-decenal and mixtures thereof, and wherein at least one of said fragrances in said fragrance mixture contains a sulphur or a nitrogen atom.
A diagnostic station for a production line for inspecting an optical article transport vehicle movable along a guideway, the optical article transport vehicle comprising a closure mechanism for moving a pair of gripping arms between a closed position configured for holding an optical article and an open position configured for releasing the optical article, and the diagnostic station characterized by comprising a diagnostic module associated with the guideway and configured to receive the optical article transport vehicle when the optical article transport vehicle is in an inspection position along the guideway, the diagnostic module comprising at least one of the following: a grip testing substation having at least one force sensor configured for measuring a closing force of the gripping arms of the closure mechanism of the optical article transport vehicle in a closed position; and a pressure testing substation in communication with a source of pressurized air and configured for pressurizing and depressurizing the closure mechanism. a grip testing substation having at least one force sensor configured for measuring a closing force of the gripping arms of the closure mechanism of the optical article transport vehicle in a closed position; and a pressure testing substation in communication with a source of pressurized air and configured for pressurizing and depressurizing the closure mechanism.
Pump or turbine apparatus comprising a tubular housing with an inlet opening and an outlet opening, and a driveable screw shaped rotor with a hub carrying at least one blade; wherein the rotor is in line with a stator which is connected to the inner wall of the tubular housing by means of guiding blades, wherein the guiding blades comprise a slanting end making an entrance angle Y with the rotational axis X, and a second end directed to the outlet opening which is parallel to the rotational axis, characterized in that the slanting end of the guiding blades slants under an angle with the rotational axis which is smaller than 45°; wherein each of the rotor blades comprises a side edge which is always under an angle of at least 30° with a surface perpendicular to the rotational axis; wherein the rotor blades slant towards the inlet in a direction from the hub to an outer edge which follows the inner wall of the tubular housing, while the slanting ends of the guiding blades of the stator slant in the opposite direction.
A garment with an opening or edgeband, said garment including two or more layers of a garment fabric and a stretchable fabric composite laminate; said stretchable fabric composite laminate including two outer layers of fabric with a bonded inner layer of elastomeric fibers; wherein said stretchable fabric composite laminate is located between said two or more layers of a garment fabric; wherein said two or more layers are formed by folding a single piece of fabric and wherein said stretchable fabric composite laminate is placed at the point of folding; wherein said stretchable fabric composite laminate is attached to said garment fabric, at the opening or edgeband, prior to fabric finishing; wherein said stretchable fabric composite laminate has a width of 0.1 cm to 30.0 cm, including from 1.0 cm to 5.0 cm and a calculated flatness factor of not more than 4.4 wherein the calculated flatness factor is the ratio of percent decrease in thickness upon stretching from a relaxed state to ultimate elongation to the number of puckers per inch of relaxed composite fabric; wherein said stretchable fabric composite laminate has at least 6.3 puckers/cm (16 puckers per linear inch); and wherein said stretchable fabric composite laminate includes an adhesive in an amount of 10% to 35% by weight of the stretchable fabric composite laminate. said stretchable fabric composite laminate including two outer layers of fabric with a bonded inner layer of elastomeric fibers; wherein said stretchable fabric composite laminate is located between said two or more layers of a garment fabric; wherein said two or more layers are formed by folding a single piece of fabric and wherein said stretchable fabric composite laminate is placed at the point of folding; wherein said stretchable fabric composite laminate is attached to said garment fabric, at the opening or edgeband, prior to fabric finishing; wherein said stretchable fabric composite laminate has a width of 0.1 cm to 30.0 cm, including from 1.0 cm to 5.0 cm and a calculated flatness factor of not more than 4.4 wherein the calculated flatness factor is the ratio of percent decrease in thickness upon stretching from a relaxed state to ultimate elongation to the number of puckers per inch of relaxed composite fabric; wherein said stretchable fabric composite laminate has at least 6.3 puckers/cm (16 puckers per linear inch); and wherein said stretchable fabric composite laminate includes an adhesive in an amount of 10% to 35% by weight of the stretchable fabric composite laminate.
Power splitter comprising at least two lateral waveguides (61, 62) with rectangular cross-section parallel to one another and a transverse waveguide with rectangular cross-section comprising two opposite ends (63a, 63b) respectively connected to the two lateral waveguides, wherein the two lateral waveguides (61, 62) each comprise two opposite ends constituting four input/output ports (64, 65, 66, 67), configured to feed radiating elements and the transverse waveguide comprises a central feed port, configured to allow the attachment of the device to an emission source, the two lateral waveguides (61, 62) being oriented along a direction Y and mounted flat with their large side parallel to a plane XY, the transverse waveguide being oriented along a direction X perpendicular to the direction Y and mounted edgewise with its small side parallel to the plane XY, each lateral waveguide being coupled to the transverse waveguide by a tee coupler in the E-plane with embedded junction, the two ends (63a, 63b) of the transverse waveguide being respectively embedded in each lateral waveguide (61, 62), at the centre of said respective lateral waveguide.
A method for producing a silicon single crystal comprising the steps of passing a polycrystalline silicon rod through a heating region to create a molten zone, applying a magnetic field to the molten zone, which magnetic field is axially oriented to the polycrystalline silicon rod and created by passing a direct electric current through a solenoid coil arranged to surround the molten zone, and inducing formation and growth of a silicon single crystal upon solidification of the molten material on a silicon single crystal seed, characterised in that the growing silicon single crystal is rotated in a pattern alternating between clockwise and counter-clockwise rotational directions in that the flux density of the axial magnetic field is in the range from 0.005 to 0.015 T, and in that the diameter of the pulled silicon single crystal is in the range from 75 mm to 350 mm.
A mobile terminal comprising: at least one case; a docking pin provided in the case to be exposed from within the case; and an antenna module provided in the case, the antenna module including a carrier and an antenna patterned portion formed on a first surface of the carrier, characterized by a circuit board provided in the case and having a docking connection point connected with the docking pin and having a feeding connection terminal and a ground connection terminal for installation of the antenna module, and a connection clip mounted in a lower portion of the carrier and configured to electrically connect the docking pin to the docking connection point, wherein the docking pin is inserted into an inserting portion at a lower surface of the carrier of the antenna module, wherein a first end of the docking pin is connected with the connection clip and a second end of the docking pin penetrates through a through hole in a lower surface of the case and is exposed to the outside of the case, and wherein the docking connection point is electrically connected to the circuit board. at least one case; a docking pin provided in the case to be exposed from within the case; and an antenna module provided in the case, the antenna module including a carrier and an antenna patterned portion formed on a first surface of the carrier, characterized by a circuit board provided in the case and having a docking connection point connected with the docking pin and having a feeding connection terminal and a ground connection terminal for installation of the antenna module, and a connection clip mounted in a lower portion of the carrier and configured to electrically connect the docking pin to the docking connection point, wherein the docking pin is inserted into an inserting portion at a lower surface of the carrier of the antenna module, wherein a first end of the docking pin is connected with the connection clip and a second end of the docking pin penetrates through a through hole in a lower surface of the case and is exposed to the outside of the case, and wherein the docking connection point is electrically connected to the circuit board.
A multi-pole switch assembly, comprising: a housing; a plurality of switches disposed within the housing, each switch coupled to receive an actuation force and configured, upon receipt of the actuation force, to move between a first position and a second position; and an actuator disposed at least partially within the housing and configured to at least substantially simultaneously engage, and thereby supply the actuation force to, each switch to thereby move all of the switches, with substantial simultaneity, to either the first or the second position, characterised in that the actuator is rotatable to a plurality of set rotational positions to thereby vary the substantial simultaneity. a housing; a plurality of switches disposed within the housing, each switch coupled to receive an actuation force and configured, upon receipt of the actuation force, to move between a first position and a second position; and an actuator disposed at least partially within the housing and configured to at least substantially simultaneously engage, and thereby supply the actuation force to, each switch to thereby move all of the switches, with substantial simultaneity, to either the first or the second position, characterised in that the actuator is rotatable to a plurality of set rotational positions to thereby vary the substantial simultaneity.
A power circuit for a ventilator with an electric motor and a primary energy source for supplying at least one power consumer (16, 17, 18, 19, 20, 21, 26, 27) and a secondary energy source for at least temporarily supplying the power consumer (16, 17, 18, 19, 20, 21, 26, 27), characterized in that a currently consumed power is measured (16, 17) and evaluated (18, 19) and a comparator (18, 19) has a threshold value for the currently consumed power, wherein the comparator (18, 19), depending on the threshold value being reached, signals a power switch control (16, 26) to take the power for supplying the power consumer (16, 17, 18, 19, 20, 21, 26, 27) at least temporarily from the secondary energy source, wherein the supply by the secondary energy source is always switched/connected to when the consumed power is above the threshold set in the comparator (18, 19).