mhurhangee/ep-ind-claims huggingface dataset:
Method for the suppression of interference variables in a steering system of a motor vehicle by means of a servomotor, at least one sensor for sensing a steering angle (φ) and/or a steering torque and/or a steering force as well as an evaluation and control unit which calculates an assistance torque by means of a mapping function (i M1 (φ)) as a function of the data of the at least one sensor or of a further sensor, which assistance torque is applied by means of the servomotor, wherein a vertical acceleration (a Z) of the motor vehicle is sensed or determined by means of a device, and a set steering angle (φ) and/or a set steering torque and/or a set steering force is determined on the basis of the data of the at least one sensor, characterized in that after the sensing of a vertical acceleration (a Z) which is greater than a threshold value for a subsequent observation time (t 1 -t 0), changes in the set steering angle (Δφ) and/or the set steering torque and/or the set steering force are evaluated, wherein changes in the steering angle (Δφ) and/or the steering torque and/or the steering force are calculated in the evaluation and control unit by means of a changed mapping function (i M2 (φ)) for the assistance torque and/or steering damping is changed.
Method for installing a thermal protection lining on a heat conducting member passing through a wall that separates two contiguous spaces, the method comprising: - receiving the thermal protection lining comprising a first face permeable to liquid water, a second face impermeable to liquid water opposite the first face and a thermal insulator between the first and second faces; - assembling the thermal protection lining on the heat conducting member against the wall of the side of one of the two contiguous spaces, in such a way that the thermal protection lining surrounds only a portion of the heat conducting member, said portion being in contact with the wall, with the first face in contact with the heat conducting member, the assembly being carried out with an adhesive comprising active elements that can release water when the temperature rises, said adhesive being applied between the first permeable face of the thermal protection lining and the heat conducting member. - receiving the thermal protection lining comprising a first face permeable to liquid water, a second face impermeable to liquid water opposite the first face and a thermal insulator between the first and second faces; - assembling the thermal protection lining on the heat conducting member against the wall of the side of one of the two contiguous spaces, in such a way that the thermal protection lining surrounds only a portion of the heat conducting member, said portion being in contact with the wall, with the first face in contact with the heat conducting member, the assembly being carried out with an adhesive comprising active elements that can release water when the temperature rises, said adhesive being applied between the first permeable face of the thermal protection lining and the heat conducting member.
A method for data transformation, comprising: interleaving input/output (I/O) processing of files and rekeying of the files; blocking from the rekeying a portion of a file while the portion of the file is subjected to the I/O processing; blocking from the I/O processing the portion of the file while the portion of the file is subjected to the rekeying; and writing metadata regarding status of the rekeying of the portion of the file, and regarding a key applied in the rekeying of the portion of the file, wherein at least one method operation is performed by a processor, and wherein writing the metadata includes writing an indication of which process has a lock on the portion of the file, thereby supporting recovery and resumption of rekey threads in the event of a crash; the lock on the portion of the file is range-based; and each of a plurality of threads maintains a lock and applies a range to the lock. interleaving input/output (I/O) processing of files and rekeying of the files; blocking from the rekeying a portion of a file while the portion of the file is subjected to the I/O processing; blocking from the I/O processing the portion of the file while the portion of the file is subjected to the rekeying; and writing metadata regarding status of the rekeying of the portion of the file, and regarding a key applied in the rekeying of the portion of the file, wherein at least one method operation is performed by a processor, and wherein writing the metadata includes writing an indication of which process has a lock on the portion of the file, thereby supporting recovery and resumption of rekey threads in the event of a crash; the lock on the portion of the file is range-based; and each of a plurality of threads maintains a lock and applies a range to the lock.
An image processing device comprising: pixel extracting means that is adapted to extract pixels serving as a candidate for a dyed nucleus from pixels included in a capture image obtained by imaging a sample including a target cell having the dyed nucleus; connected-pixel-group extracting means that is adapted to extract a connected pixel group constituted of a predetermined number of adjacent connected pixels or more from the pixels extracted by the pixel extracting means; and determining means that is adapted to determine a value indicating a possibility that the target cell is included within a region surrounding the connected pixel group extracted by the connected-pixel-group extracting means, the value indicating the possibility being determined using an image feature amount expressing a directed luminance gradient for a blue colour component of the image, a blue and a green colour component of the image, or a blue and a red colour component of the image, determined according to a luminance distribution within the region surrounding the connected pixel group, wherein a luminance gradient from a dark location toward a bright location and a luminance gradient from a bright location toward a dark location are treated distinctively in the image feature amount expressing the directed luminance gradient. pixel extracting means that is adapted to extract pixels serving as a candidate for a dyed nucleus from pixels included in a capture image obtained by imaging a sample including a target cell having the dyed nucleus; connected-pixel-group extracting means that is adapted to extract a connected pixel group constituted of a predetermined number of adjacent connected pixels or more from the pixels extracted by the pixel extracting means; and determining means that is adapted to determine a value indicating a possibility that the target cell is included within a region surrounding the connected pixel group extracted by the connected-pixel-group extracting means, the value indicating the possibility being determined using an image feature amount expressing a directed luminance gradient for a blue colour component of the image, a blue and a green colour component of the image, or a blue and a red colour component of the image, determined according to a luminance distribution within the region surrounding the connected pixel group, wherein a luminance gradient from a dark location toward a bright location and a luminance gradient from a bright location toward a dark location are treated distinctively in the image feature amount expressing the directed luminance gradient.
Circuit carrier for an induction hob, on which electronics components are arranged, with which a plurality of inductors (14 to 17) of the induction hob are able to be operated, wherein the circuit carrier has power terminals (5 to 10) for the energy supply of the inductors (14 to 17), characterised in that at least one first power terminal (5 to 7) is arranged in a surface third of the surface of the circuit carrier extending to a first edge and at least one second power terminal (8 to 10) in a surface third of the surface of the circuit carrier extending to a second edge lying opposite the first edge.
A ring electrode for a slip ring for the transmission of electrical energy between machine parts, of which at least one is rotatable relative to another, characterised in that the ring electrode (1, 2, 3, 4) comprises a rod material of high-quality steel which is rolled to form a ring and the free ends of which are brought together to form a closed ring that is of a diameter in the region of between 40 cm and 2 m.
A medical fluid pumping system comprising: a medical fluid pump chamber (138A, 138B); a fluid exchange conduit (126, 128, 132) fluidly coupled to the medical fluid pump chamber; at least one pump (133A, 133B, 134A, 134B) configured to pump medical fluid to and drain medical fluid from a cavity of a patient via a patient line coupled to the fluid exchange conduit wherein the patient line includes a catheter and wherein the at least one pump is configured to pump dialysate to and drain dialysate from a peritoneal cavity of the patient via the patient line; and a pump controller communicably coupled to the at least one pump, the pump controller configured to cause the pump to transmit fluid pulses through the patient line, wherein the pump controller is configured to cause the pulses to occur at a resonant frequency of the catheter. a medical fluid pump chamber (138A, 138B); a fluid exchange conduit (126, 128, 132) fluidly coupled to the medical fluid pump chamber; at least one pump (133A, 133B, 134A, 134B) configured to pump medical fluid to and drain medical fluid from a cavity of a patient via a patient line coupled to the fluid exchange conduit wherein the patient line includes a catheter and wherein the at least one pump is configured to pump dialysate to and drain dialysate from a peritoneal cavity of the patient via the patient line; and a pump controller communicably coupled to the at least one pump, the pump controller configured to cause the pump to transmit fluid pulses through the patient line, wherein the pump controller is configured to cause the pulses to occur at a resonant frequency of the catheter.
A loading unit and shipping wedge assembly comprising: a loading unit (40, 180) adapted to releasably engage a surgical instrument and including a tool assembly (44, 184) and a drive assembly (56, 196), the drive assembly being movable from a retracted position to an advanced position to actuate the tool assembly; and a shipping wedge (10, 150) configured to releasably engage the loading unit, the shipping wedge including a body portion (12, 152) and an elongate transverse member (14, 154) extending from the body portion, the elongate transverse member being configured and dimensioned to be engageable with the drive assembly of the loading unit to prevent linear movement of the drive assembly; characterized by a locking mechanism (18, 116, 156) configured to releasably retain the elongate transverse member within the loading unit to prevent removal of the transverse member from the loading unit, and to allow removal of the elongate transverse member from the loading unit in response to the engagement of the loading unit with a surgical instrument. a loading unit (40, 180) adapted to releasably engage a surgical instrument and including a tool assembly (44, 184) and a drive assembly (56, 196), the drive assembly being movable from a retracted position to an advanced position to actuate the tool assembly; and a shipping wedge (10, 150) configured to releasably engage the loading unit, the shipping wedge including a body portion (12, 152) and an elongate transverse member (14, 154) extending from the body portion, the elongate transverse member being configured and dimensioned to be engageable with the drive assembly of the loading unit to prevent linear movement of the drive assembly; characterized by a locking mechanism (18, 116, 156) configured to releasably retain the elongate transverse member within the loading unit to prevent removal of the transverse member from the loading unit, and to allow removal of the elongate transverse member from the loading unit in response to the engagement of the loading unit with a surgical instrument.
A footwear upper comprising: a webbing material forming either a plurality of warps or a plurality of wefts of a woven structure, the webbing material having a first modulus of elasticity; and a plurality of tensile strands interwoven with the webbing material in an orthogonal direction with respect thereto, wherein each of the tensile strands has a second modulus of elasticity characterized in that the second modulus of elasticity is less than the first modulus of elasticity. a webbing material forming either a plurality of warps or a plurality of wefts of a woven structure, the webbing material having a first modulus of elasticity; and a plurality of tensile strands interwoven with the webbing material in an orthogonal direction with respect thereto, wherein each of the tensile strands has a second modulus of elasticity characterized in that the second modulus of elasticity is less than the first modulus of elasticity.
A laminate leadless carrier package, comprising: a semiconductor laser chip; a substrate supporting the semiconductor laser chip, the substrate comprising a plurality of conductive and dielectric layers laminated together, and an edge recess disposed inset into an edge of the substrate, wherein the semiconductor laser chip is mounted adjacent to the edge recess region disposed inset into the edge of the substrate, an active area of the semiconductor laser chip directed toward the edge recess region so as to avoid an intersection between a beam emitted by the laser chip and the substrate; a wire bond pad positioned on the top surface of the substrate; a wire bond coupled to the semiconductor laser chip and the wire bond pad; and an encapsulation covering the semiconductor laser chip, the edge recess region, the wire bond, and at least a portion of the top surface of the substrate, wherein the encapsulation is a molding compound. a semiconductor laser chip; a substrate supporting the semiconductor laser chip, the substrate comprising a plurality of conductive and dielectric layers laminated together, and an edge recess disposed inset into an edge of the substrate, wherein the semiconductor laser chip is mounted adjacent to the edge recess region disposed inset into the edge of the substrate, an active area of the semiconductor laser chip directed toward the edge recess region so as to avoid an intersection between a beam emitted by the laser chip and the substrate; a wire bond pad positioned on the top surface of the substrate; a wire bond coupled to the semiconductor laser chip and the wire bond pad; and an encapsulation covering the semiconductor laser chip, the edge recess region, the wire bond, and at least a portion of the top surface of the substrate, wherein the encapsulation is a molding compound.
A pressure differentiating device for ensuring an appropriate pressure difference between escape routes and a reference space to protect the escape routes against being filled with smoke, the pressure differentiating device comprising a housing with an inspection panel, a fan build-in the housing for supplying air into space protected using overpressure, a shut-off throttle with an actuator for opening the shut-off throttle, a smoke detector, a frequency converter with a brake resistor sending an alternating voltage of controlled frequency between 0 and 50 Hz to the fan, a power supply box powering the frequency converter, a 24V power supply unit, pressure difference connection points (11, 12) with a pressure sensor connected with a rotational speed governor with a processor for identifying and interpreting an airflow and pressure criterion based on a measured value of differential pressure and existing flow measured using the pressure sensor, characterised in that the rotational speed governor with the processor has a software with implemented neural network structure for maintaining the pre-set pressure difference while identifying the cubature and tightness of the object under control to eliminate the need to calibrate devices each time when the cubature and/or tightness has been changed.
A method for gender determination comprising a. binding a first primer to a first Amelogenin primer binding site in a target nucleic acid sequence; b. binding a second primer to a second Amelogenin primer binding site in said target nucleic acid sequence; wherein said second primer binds to a single nucleotide polymorphism at position 83 of SEQ ID NO:1 on chromosome X in said target sequence; c. amplifying said target nucleic acid, wherein the amplifying yields at least a first amplified sequence; and d. detecting the at least said first amplified sequence. a. binding a first primer to a first Amelogenin primer binding site in a target nucleic acid sequence; b. binding a second primer to a second Amelogenin primer binding site in said target nucleic acid sequence; wherein said second primer binds to a single nucleotide polymorphism at position 83 of SEQ ID NO:1 on chromosome X in said target sequence; c. amplifying said target nucleic acid, wherein the amplifying yields at least a first amplified sequence; and d. detecting the at least said first amplified sequence.
A running wire rope formed by twisting a plurality of strands around a resin core (3, 3a) served as a resin core member, wherein the resin core (3, 3a) is formed by a plurality of resin layers (4, 5, 6), and resin materials of the resin layers (4, 5, 6) adjacent to each other are different, characterized in that the colors of the resin layers (4, 5, 6) adjacent to each other are different.
A motor comprising: a casing; a rotor; a rotor shaft which rotates relative to the casing and which rotates integrally with the rotor; wherein liquid coolant is sealed in the casing, wherein a concave portion is formed on a facing surface of the casing, which faces the rotor, and wherein the liquid coolant can flow into the concave portion and out from the concave portion, wherein a bearing supporting the rotor shaft is disposed on a radially inner side with respect to the concave portion, and the concave portion and the bearing overlap each other when viewed from a radial direction, wherein a part of the bearing is soaked into the liquid coolant in a state where the rotor shaft is parallel to a horizontal direction, characterised in that the concave portion is formed to reduce the viscous resistance by the liquid coolant in the gap between the rotor and the casing when the rotor rotates, and wherein the gap between the facing surface of the casing providing the concave portion and the end surface of the rotor is equal to or less than 5 mm. a casing; a rotor; a rotor shaft which rotates relative to the casing and which rotates integrally with the rotor; wherein liquid coolant is sealed in the casing, wherein a concave portion is formed on a facing surface of the casing, which faces the rotor, and wherein the liquid coolant can flow into the concave portion and out from the concave portion, wherein a bearing supporting the rotor shaft is disposed on a radially inner side with respect to the concave portion, and the concave portion and the bearing overlap each other when viewed from a radial direction, wherein a part of the bearing is soaked into the liquid coolant in a state where the rotor shaft is parallel to a horizontal direction, characterised in that the concave portion is formed to reduce the viscous resistance by the liquid coolant in the gap between the rotor and the casing when the rotor rotates, and wherein the gap between the facing surface of the casing providing the concave portion and the end surface of the rotor is equal to or less than 5 mm.
A continuous process for separating a mixture of hydrocarbons by extractive distillation using a mixture of a polar aprotic solvent and water as selective solvent in a plant comprising an extractive distillation column and a degassing column, wherein the process is carried out with continuous measurement of the water content of the selective solvent by NIR spectroscopy, with the measured values from the continuous measurement of the water content of the selective solvent being compared with a prescribed intended value and being regulated to a value within a prescribed concentration range above and below the intended value by introduction or removal of water or by introduction of polar aprotic solvent.
A laundry machine comprising: a tub (100, 120) to hold water therein, having an opening formed in a front surface of the tub (100, 120) for inserting laundry into the tub; a drum (300, 320, 340) rotatably placed in the tub (100, 120); a drive assembly including a shaft connected to the drum, a bearing housing to rotatably support the shaft, and a motor to rotate the shaft; a suspension assembly to reduce vibration of the drum, including vertical suspensions (500, 510, 520) and tilted suspensions (530, 540), which are configured such that the vertical suspensions (500, 510, 520) elastically buffer vibration of the drum, and the tilted suspensions (530, 540) attenuate the vibration, the tilted suspensions (530, 540) are arranged on a left side and right side in front-rear direction, characterized in that the suspension assembly is configured that a stiffness thereof for a displacement of the drum is greater in a left-and-right direction than in a front-and-rear direction and is greater in the front-and-rear direction than in an up-and-down direction. a tub (100, 120) to hold water therein, having an opening formed in a front surface of the tub (100, 120) for inserting laundry into the tub; a drum (300, 320, 340) rotatably placed in the tub (100, 120); a drive assembly including a shaft connected to the drum, a bearing housing to rotatably support the shaft, and a motor to rotate the shaft; a suspension assembly to reduce vibration of the drum, including vertical suspensions (500, 510, 520) and tilted suspensions (530, 540), which are configured such that the vertical suspensions (500, 510, 520) elastically buffer vibration of the drum, and the tilted suspensions (530, 540) attenuate the vibration, the tilted suspensions (530, 540) are arranged on a left side and right side in front-rear direction, characterized in that the suspension assembly is configured that a stiffness thereof for a displacement of the drum is greater in a left-and-right direction than in a front-and-rear direction and is greater in the front-and-rear direction than in an up-and-down direction.