mhurhangee/ep-ind-claims huggingface dataset:
Composite brake disc for a motor vehicle, comprising a brake disc chamber and at least one associated brake rim (3, 3'), which are joined to one another in a joining process, wherein an inside brake rim tooth profile engages with a brake disc chamber tooth profile in a joint region, wherein the brake disc chamber tooth flanks of the brake disc chamber tooth profile and the brake rim tooth flanks of the brake rim tooth profile have different fits in the joint region, characterised in that before the joining process, the brake disc chamber has a conical basic shape and a toothing reference diameter which increases towards its open end.
An apparatus for controlling a position of a sample in a liquid chromatography system, comprising: a sample compartment for a liquid chromatography system, the sample compartment comprising an enclosure; a rotary drive mechanism for controlling a rotational position of a sample tray enclosed within the enclosure, comprising: a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft, and configured to receive the sample tray. Z a rotational coupling secured to the second portion of the shaft; and a rotary position encoder Z disposed about the second portion of the shaft; Z a stepper motor having a motor shaft, the stepper motor being external to the sample compartment; and a coupling element engaging the rotational coupling of the rotary drive mechanism and the motor shaft. a sample compartment for a liquid chromatography system, the sample compartment comprising an enclosure; a rotary drive mechanism for controlling a rotational position of a sample tray enclosed within the enclosure, comprising: a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft, and configured to receive the sample tray. Z a rotational coupling secured to the second portion of the shaft; and a rotary position encoder Z disposed about the second portion of the shaft; Z a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft, and configured to receive the sample tray. Z a rotational coupling secured to the second portion of the shaft; and a rotary position encoder Z disposed about the second portion of the shaft; Z a stepper motor having a motor shaft, the stepper motor being external to the sample compartment; and a coupling element engaging the rotational coupling of the rotary drive mechanism and the motor shaft.
Piece of furniture comprising a height-adjustable furniture part, an electric lifting drive for moving the furniture part, at least one contact sensor which is disposed on the lower side of the furniture part and a controller which controls the lifting drive and stops a lowering motion of the furniture part upon actuation of the contact sensor and lifts the furniture part until the contact sensor is released again, characterized in that the controller comprises a time delay which deactivates the lifting drive or the controller, in particular separates them from a supply voltage, in case the contact sensor has not been released again after a predefined time period after its actuation.
A load carrier foot comprising a support body comprising a support surface adapted to rest against a first surface of a vehicle, a bracket (6, 6') adapted to grip about a second surface of said vehicle, a tensioning arrangement adapted to impart a clamping force to said bracket (6, 6') to retain said load carrier foot to said vehicle, said tensioning arrangement comprises a cam member adapted upon pivoting of said cam member to impart said clamping force to said bracket (6, 6'), characterized in that said tensioning arrangement further comprises a lever in working cooperation with said cam member, wherein said lever is a separate component with respect to said cam member and where the lever is operable by a user from a first position to a second position to pivot said cam member into its tightened position, and returned back to the first position without pivoting the cam member from its tightened position.
Process for the preparation of solid particles of a magnesium-chloride alcohol adduct comprising (a) forming an emulsion between a MgCl 2 ·alcohol adduct in molten form and a liquid phase which is immiscible with the said adduct in the presence of a polyalkyl-methacrylate used as a solution having viscosity ranging from 100 to 5000 mm 2 /s and (b) rapidly cooling the emulsion to solidify the disperse phase and collecting the solid adduct particles.
A liquid formulation consisting of • Adalimumab 50 mg/ml • Sodium succinate 10 mM • Sodium chloride 100 mM • Sorbitol 10 mg/ml • Arginine 5 mg/ml • Polysorbate 80 0.1 mg/ml • Sterile water or Water for Injection the formulation having a pH of 5.2. • Adalimumab 50 mg/ml • Sodium succinate 10 mM • Sodium chloride 100 mM • Sorbitol 10 mg/ml • Arginine 5 mg/ml • Polysorbate 80 0.1 mg/ml • Sterile water or Water for Injection
Seat rail assembly for fastening a seat assembly in a vehicle, having: a seat rail for fastening the seat assembly, wherein the seat rail has a metallic material; a fastening profile for receiving the seat rail, wherein the fastening profile has a plastic; wherein the fastening profile forms a receiving region, which is designed to receive the seat rail; wherein the seat rail has a seat rail crown, which is arranged in the receiving region of the fastening profile in such a way that a wall section of the fastening profile at least partially surrounds the seat rail crown; wherein the receiving region is defined by two lateral boundary walls (32c, 32d), a lower boundary wall and an upper boundary wall, and wherein the upper boundary wall has an opening, such that the receiving region is open in a vertical direction. a seat rail for fastening the seat assembly, wherein the seat rail has a metallic material; a fastening profile for receiving the seat rail, wherein the fastening profile has a plastic; wherein the fastening profile forms a receiving region, which is designed to receive the seat rail; wherein the seat rail has a seat rail crown, which is arranged in the receiving region of the fastening profile in such a way that a wall section of the fastening profile at least partially surrounds the seat rail crown; wherein the receiving region is defined by two lateral boundary walls (32c, 32d), a lower boundary wall and an upper boundary wall, and wherein the upper boundary wall has an opening, such that the receiving region is open in a vertical direction.
Method for reconstructing an image obtained from kVp switched imaging of a body, comprising: - acquiring a plurality of images (100, 100') at a first kVp (101, 101') defining a first image scan and a plurality of images at a second kVp (102, 102') defining a second image scan, wherein the plurality of images at the first kVp are acquired interleaved with the plurality of images of the second image scan; - reconstructing an image (200, 200') from the first and second image scan, comprising: - determining (201, 201', 202, 202') at least one gradient location defining an edge between areas with lower and higher attenuation with respect to each other for at least one image in the first image scan and one image in the second image scan; - determining (211, 211') divergent gradient locations for which the gradient locations do not coincide spatially in respect of a same part of the body for said at least one image in the first and second image scans; - tagging (221, 221') each divergent gradient location as an undersampling artifact; and - generating (261, 261') the reconstructed image from the at least two images in the first and second image scans by correcting (251, 251') for each tagged undersampling artifact. - acquiring a plurality of images (100, 100') at a first kVp (101, 101') defining a first image scan and a plurality of images at a second kVp (102, 102') defining a second image scan, wherein the plurality of images at the first kVp are acquired interleaved with the plurality of images of the second image scan; - reconstructing an image (200, 200') from the first and second image scan, comprising: - determining (201, 201', 202, 202') at least one gradient location defining an edge between areas with lower and higher attenuation with respect to each other for at least one image in the first image scan and one image in the second image scan; - determining (211, 211') divergent gradient locations for which the gradient locations do not coincide spatially in respect of a same part of the body for said at least one image in the first and second image scans; - tagging (221, 221') each divergent gradient location as an undersampling artifact; and - generating (261, 261') the reconstructed image from the at least two images in the first and second image scans by correcting (251, 251') for each tagged undersampling artifact. - determining (201, 201', 202, 202') at least one gradient location defining an edge between areas with lower and higher attenuation with respect to each other for at least one image in the first image scan and one image in the second image scan; - determining (211, 211') divergent gradient locations for which the gradient locations do not coincide spatially in respect of a same part of the body for said at least one image in the first and second image scans; - tagging (221, 221') each divergent gradient location as an undersampling artifact; and - generating (261, 261') the reconstructed image from the at least two images in the first and second image scans by correcting (251, 251') for each tagged undersampling artifact.
Transponder, comprising: a storage unit having stored a fixed identification number, a processing unit adapted to expand said identification number with a random number, and to encrypt said expanded number with a key, and a transmission unit adapted to: receive a select command from a reader during an anticollision procedure; send a random unique identifier in response to the reader during the anticollision procedure, wherein the random unique identifier comprises the random number; receive an additional command from the reader to obtain the remaining bytes of the encrypted number; and send the remaining bytes of the encrypted number to the reader on request of the reader, wherein the remaining bytes comprise the fixed identification number. a storage unit having stored a fixed identification number, a processing unit adapted to expand said identification number with a random number, and to encrypt said expanded number with a key, and a transmission unit adapted to: receive a select command from a reader during an anticollision procedure; send a random unique identifier in response to the reader during the anticollision procedure, wherein the random unique identifier comprises the random number; receive an additional command from the reader to obtain the remaining bytes of the encrypted number; and send the remaining bytes of the encrypted number to the reader on request of the reader, wherein the remaining bytes comprise the fixed identification number. receive a select command from a reader during an anticollision procedure; send a random unique identifier in response to the reader during the anticollision procedure, wherein the random unique identifier comprises the random number; receive an additional command from the reader to obtain the remaining bytes of the encrypted number; and send the remaining bytes of the encrypted number to the reader on request of the reader, wherein the remaining bytes comprise the fixed identification number.
A delivery sheath system for percutaneous delivery and implantation of a self-expanding prosthetic heart valve, the delivery sheath system comprising: a sheath member defining a tubular structure extending between a proximal end and a distal end of the sheath member; a tip portion provided at the distal end of the sheath member, the tip portion having a central lumen extending therethrough, wherein at least one cross-sectional segment of an inner surface of the tip portion includes alternating portions of concave and convex curvature; wherein the portions of concave and convex curvature (202, 204) extend longitudinally along the tip portion; wherein a diameter of the inner surface of the tip portion at a distal end of the tip portion is greater than a diameter of the inner surface at a proximal end of the tip portion creating a decreasing tapered surface extending between the distal end and the proximal end of the tip portion, wherein the tapered inner surface of the tip portion including the portions of concave and convex curvature (202, 204) is configured to fold or crimp the heart valve during withdrawal into the sheath member and to counteract an outward radial force of the self-expanding heart valve. a sheath member defining a tubular structure extending between a proximal end and a distal end of the sheath member; a tip portion provided at the distal end of the sheath member, the tip portion having a central lumen extending therethrough, wherein at least one cross-sectional segment of an inner surface of the tip portion includes alternating portions of concave and convex curvature; wherein the portions of concave and convex curvature (202, 204) extend longitudinally along the tip portion; wherein a diameter of the inner surface of the tip portion at a distal end of the tip portion is greater than a diameter of the inner surface at a proximal end of the tip portion creating a decreasing tapered surface extending between the distal end and the proximal end of the tip portion, wherein the tapered inner surface of the tip portion including the portions of concave and convex curvature (202, 204) is configured to fold or crimp the heart valve during withdrawal into the sheath member and to counteract an outward radial force of the self-expanding heart valve.
A lighting apparatus comprising: a light emitting diode light source radiationally coupled to a composite material comprising a phosphor of formula I and a thermally conductive material dispersed in at least a portion of a binder material, A x [(M,Mn)F y] wherein the thermally conductive material comprises a material selected from the group consisting of aluminum phosphate, magnesium phosphate, calcium phosphate, barium phosphate, strontium phosphate, an alkali metal halide, calcium fluoride, magnesium fluoride, a compound of formula II, and combinations thereof; A x [MF y] wherein A is independently at each occurrence Li, Na, K, Rb, Cs, or combinations thereof, M is independently at each occurrence Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or combinations thereof, x is independently at each occurrence an absolute value of a charge on a [(M,Mn)F y] ion and a [MF y] ion, and y is 5, 6, or 7.
Method for cooling an electric generator comprising - a stator including a plurality of windings and at least an end winding associated to a first temperature sensor, the end winding being operatable up to a first maximum acceptable temperature, - a rotor including at least a magnet associated to a second temperature sensor, the magnet being operatable up to a second maximum acceptable temperature, - one or more cooling fans (41, 42), which in their active state generate air flows (F1, F2) through the electric generator, for cooling the end winding and the magnet, - wherein the method includes the steps of: - monitoring the temperatures of the end winding and of the magnet through said first and second temperature sensors (51, 52), - if the temperature of the end winding and/or of the magnet rises and reaches a first upper limit, operating the plurality of cooling fans (41, 42) for providing a first cooling power to the electric generator, - if, while the first cooling power is provided, the temperature of the magnet reaches the second maximum acceptable temperature and the temperature of the end winding is lower than the first maximum acceptable temperature, operating the plurality of cooling fans (41, 42) for providing a second cooling power to the electric generator, the second cooling power being lower than the first cooling power. - a stator including a plurality of windings and at least an end winding associated to a first temperature sensor, the end winding being operatable up to a first maximum acceptable temperature, - a rotor including at least a magnet associated to a second temperature sensor, the magnet being operatable up to a second maximum acceptable temperature, - one or more cooling fans (41, 42), which in their active state generate air flows (F1, F2) through the electric generator, for cooling the end winding and the magnet, - wherein the method includes the steps of: - monitoring the temperatures of the end winding and of the magnet through said first and second temperature sensors (51, 52), - if the temperature of the end winding and/or of the magnet rises and reaches a first upper limit, operating the plurality of cooling fans (41, 42) for providing a first cooling power to the electric generator, - if, while the first cooling power is provided, the temperature of the magnet reaches the second maximum acceptable temperature and the temperature of the end winding is lower than the first maximum acceptable temperature, operating the plurality of cooling fans (41, 42) for providing a second cooling power to the electric generator, the second cooling power being lower than the first cooling power.
A tamping device of a screed, in particular a screed of a road finishing machine, comprising a tamper bar secured to connecting rods in each of which a respective eccentric bushing is rotatable, which is adapted to be rotationally displaced on an eccentric section of a rotationally drivable drive shaft relative to said eccentric section and to be rotationally coupled with said eccentric section at different relative rotational positions defining different stroke lengths of the tamper bar, wherein a changeover between the different rotational positions being accomplishable by a reversal of the direction of rotation of the drive shaft without making use of a tool, characterized in that, the eccentric bushing is adapted to be locked at the respective rotational position against displacement from said rotational position by means of a locking and/or coupling device, which is adapted to be released and/or engaged automatically or by remote control for effecting a changeover from one rotational position to another one.
A mechanotransductive bowel extender device comprising: an elongation system being operable to apply a tensile force to a bowel of a patient, the tensile force being configured to encourage growth of the bowel through mechanotransductive treatment; an engagement system having a pair of attachment mechanisms disposed on opposing ends of the elongation system, said pair of attachment mechanisms being configured to couple to the bowel and transmit the tensile force to the bowel; characterized in that a liquid delivery system is operably coupled with the elongation system to locally apply a medically relevant liquid to the bowel. an elongation system being operable to apply a tensile force to a bowel of a patient, the tensile force being configured to encourage growth of the bowel through mechanotransductive treatment; an engagement system having a pair of attachment mechanisms disposed on opposing ends of the elongation system, said pair of attachment mechanisms being configured to couple to the bowel and transmit the tensile force to the bowel; characterized in that a liquid delivery system is operably coupled with the elongation system to locally apply a medically relevant liquid to the bowel.
A cable retaining apparatus for retaining at least one cable, the apparatus comprising:- at least one first cable retaining member adapted to engage a portion of at least one cable; at least one second cable retaining member adapted to engage another portion of said at least one cable or a portion of at least one further cable, wherein said first and second cable retaining members are hingedly connected to each other by pivot means; clamping means for pulling said first and second cable retaining members into clamping engagement with the or each cable; said first cable retaining member further comprising hinging axis variation means for varying the position of an axis about which said first and second cable retaining members pivot on the first cable retaining member said hinging axis variation means comprising:- at least one hinge body having at least one slotted aperture extending therethrough for receiving at least one hinge axle, defining said axis, attached to said second cable retaining member said hinge axle adapted to move in said slotted aperture in a direction perpendicular to said axis; and characterised by at least one limiter for limiting the movement of said hinge axle within said slotted aperture, said limiter comprises at least one threaded member adapted to engage a receiving threaded portion of said hinge body, said threaded member limiting the movement of the hinge axle within said slotted aperture.
An aerosol generating device for heating solid tobacco substance, comprising: a housing having a first air inlet; a power supply configured for supplying an alternating current power supply; a cup body arranged in the housing, the cup body being configured for receiving the solid tobacco substance, the cup body defining a second air inlet; a coil module arranged between the housing and the cup body, two opposite ends of the coil module being connected to the alternating current power supply, such that the coil module generates a high frequency alternating magnetic field; and a heating element arranged at a center of the cup body, the heating element being configured for generating an eddy current and heat in response to the alternating magnetic field, thus heating the solid tobacco substance, characterized in that the heating element comprises a plate with a pointed end. a housing having a first air inlet; a power supply configured for supplying an alternating current power supply; a cup body arranged in the housing, the cup body being configured for receiving the solid tobacco substance, the cup body defining a second air inlet; a coil module arranged between the housing and the cup body, two opposite ends of the coil module being connected to the alternating current power supply, such that the coil module generates a high frequency alternating magnetic field; and a heating element arranged at a center of the cup body, the heating element being configured for generating an eddy current and heat in response to the alternating magnetic field, thus heating the solid tobacco substance,