mhurhangee/ep-ind-claims huggingface dataset:
An embolic implant comprising: a proximal end and a distal end; a primary coil configured to occlude blood flow in an implanted state, the primary coil comprising a lumen extending through said primary coil; a proximal constraint assembly disposed at said proximal end; a distal assembly disposed at said distal end; a stretch resistant fiber disposed in said lumen and coupled to the proximal constraint assembly and the distal assembly to prevent elongation of the primary coil; and a shape memory filament extending through the lumen, wherein said shape memory filament comprises a first, constrained linear configuration and a second configuration that imparts a complex shape on the embolic implant, the complex shape comprising a proximal segment having a helical shape and a distal segment having a cubic shape. a proximal end and a distal end; a primary coil configured to occlude blood flow in an implanted state, the primary coil comprising a lumen extending through said primary coil; a proximal constraint assembly disposed at said proximal end; a distal assembly disposed at said distal end; a stretch resistant fiber disposed in said lumen and coupled to the proximal constraint assembly and the distal assembly to prevent elongation of the primary coil; and a shape memory filament extending through the lumen, wherein said shape memory filament comprises a first, constrained linear configuration and a second configuration that imparts a complex shape on the embolic implant, the complex shape comprising a proximal segment having a helical shape and a distal segment having a cubic shape.
A method, comprising: forming a trench in a first surface in an edge region of a semiconductor body; forming an insulation layer in the trench and on the first surface of the semiconductor body; and planarizing the insulation layer so that a trench insulation layer that fills the trench remains, wherein forming the insulation layer comprises a thermal oxidation process, wherein planarizing the insulation layer comprises at least partially removing the insulation layer from above the first surface of the semiconductor body, characterized in that, the at least partially removing the insulation layer from above the first surface of the semiconductor body comprises: forming an etch mask on top of the insulation layer; removing sections of the insulation layer not covered by the etch mask from above the first surface by an etching process such that residuals of the insulation layer that protrude from the semiconductor body remain; and at least partially removing the residuals by a polishing process. forming a trench in a first surface in an edge region of a semiconductor body; forming an insulation layer in the trench and on the first surface of the semiconductor body; and planarizing the insulation layer so that a trench insulation layer that fills the trench remains, wherein forming the insulation layer comprises a thermal oxidation process, wherein planarizing the insulation layer comprises at least partially removing the insulation layer from above the first surface of the semiconductor body, characterized in that, the at least partially removing the insulation layer from above the first surface of the semiconductor body comprises: forming an etch mask on top of the insulation layer; removing sections of the insulation layer not covered by the etch mask from above the first surface by an etching process such that residuals of the insulation layer that protrude from the semiconductor body remain; and at least partially removing the residuals by a polishing process. forming an etch mask on top of the insulation layer; removing sections of the insulation layer not covered by the etch mask from above the first surface by an etching process such that residuals of the insulation layer that protrude from the semiconductor body remain; and at least partially removing the residuals by a polishing process.
A system for tracking an expanded state of a moving object including a kinematic state indicative of a position of the object and an extended state indicative of one or combination of a dimension and an orientation of the object, the system comprising: at least one sensor configured to probe a scene including the object with multiple signal transmissions to produce multiple measurements of the object per the transmission; a processor configured to execute a probabilistic filter tracking a joint probability of the expanded state of the object estimated by a motion model of the object and a measurement model of the object, wherein the measurement model includes a center-truncated distribution having truncation intervals providing smaller probability for the measurements at the center of the center-truncated distribution inside of the truncation intervals and larger probability for the measurements outside of the truncation intervals, wherein the center-truncated distribution is a truncation of underlying untruncated Gaussian distribution according to the truncation interval, wherein the probabilistic filter is configured to estimate the center-truncated distribution that fits the measurements and to produce mean and variance of the underlying Gaussian distribution corresponding to the center-truncated distribution, such that the mean of the underlying Gaussian distribution indicates the position of the object in the expanded state and the variance of the underlying Gaussian distribution indicates the dimension and the orientation of the object in the expanded state; and an output interface configured to output the expanded state of the object. at least one sensor configured to probe a scene including the object with multiple signal transmissions to produce multiple measurements of the object per the transmission; a processor configured to execute a probabilistic filter tracking a joint probability of the expanded state of the object estimated by a motion model of the object and a measurement model of the object, wherein the measurement model includes a center-truncated distribution having truncation intervals providing smaller probability for the measurements at the center of the center-truncated distribution inside of the truncation intervals and larger probability for the measurements outside of the truncation intervals, wherein the center-truncated distribution is a truncation of underlying untruncated Gaussian distribution according to the truncation interval, wherein the probabilistic filter is configured to estimate the center-truncated distribution that fits the measurements and to produce mean and variance of the underlying Gaussian distribution corresponding to the center-truncated distribution, such that the mean of the underlying Gaussian distribution indicates the position of the object in the expanded state and the variance of the underlying Gaussian distribution indicates the dimension and the orientation of the object in the expanded state; and an output interface configured to output the expanded state of the object.
A method for performing emergency load control in a grid supplied by an energy provider through which small-scale consumers such as private households and small industrial customers are supplied with electricity, wherein electrical devices or device groups which are connected to the grid and whose operation can be actuated via a data-line network are assigned to the small small-scale consumers, characterized in that when a critical grid state exists the energy provider interrupts the operation of individual electrical devices or device groups through direct access to the data-line network by sending a switch-off command to the device or device group across the data-line network, and that a special control module is built into the electrical devices and is actuated by the energy provider via the data-line network, causing the device to be powered down, that the energy provider possesses information about the current load status of the individual electric devices or device groups and the energy provider only interrupts the operation of individual devices to the extent necessary in order to remedy the critical grid state. when a critical grid state exists the energy provider interrupts the operation of individual electrical devices or device groups through direct access to the data-line network by sending a switch-off command to the device or device group across the data-line network, and that a special control module is built into the electrical devices and is actuated by the energy provider via the data-line network, causing the device to be powered down, that the energy provider possesses information about the current load status of the individual electric devices or device groups and the energy provider only interrupts the operation of individual devices to the extent necessary in order to remedy the critical grid state.
A rotation angle measurement system (10; 10') for detecting a rotation of a shaft, comprising the shaft essentially extending in an axial direction, a rotor unit connected to the shaft for rotating therewith and radially surrounding the shaft and including at least one sensor magnet, a stationary stator unit having a multi-turn sensor unit arranged radially spaced apart from the shaft and including at least one Wiegand sensor, which multi-turn sensor unit functionally interacts with the sensor magnet to detect shaft revolutions, and at least one magnetic shielding assembly (22; 22') for the at least one Wiegand sensor, which shielding assembly is made from a material having a high magnetic permeability, characterized in that the at least one magnetic shielding assembly (22; 22') comprises shielding elements (40, 42; 40', 42') which surround the at least one Wiegand sensor on a radial inside thereof, on a radial outside thereof, on a first axial side thereof and on a second axial side thereof. the shaft essentially extending in an axial direction, a rotor unit connected to the shaft for rotating therewith and radially surrounding the shaft and including at least one sensor magnet, a stationary stator unit having a multi-turn sensor unit arranged radially spaced apart from the shaft and including at least one Wiegand sensor, which multi-turn sensor unit functionally interacts with the sensor magnet to detect shaft revolutions, and at least one magnetic shielding assembly (22; 22') for the at least one Wiegand sensor, which shielding assembly is made from a material having a high magnetic permeability, characterized in that the at least one magnetic shielding assembly (22; 22') comprises shielding elements (40, 42; 40', 42') which surround the at least one Wiegand sensor on a radial inside thereof, on a radial outside thereof, on a first axial side thereof and on a second axial side thereof.
Use in nail polish composition, in particular nail polish formulation, of at least one aqueous, actinic radiation curable polyurethane dispersion, wherein said dispersion is free of non-reactive solvent and comprises a polyurethane polymer in at least one reactive diluent and the said polyurethane polymer, in particular bearing ethylenic unsaturation end-groups and optionally side groups, is formed by chain extending at least one isocyanate-terminated ethylenically unsaturated polyurethane pre-polymer, in particular with at least one chain extender bearing at least 2 isocyanate-reactive groups and wherein said pre-polymer is formed by reacting: one or more isocyanate-reactive components containing at least one ethylenic unsaturation chosen from active hydrogen-containing (meth)acrylates; one or more polyisocyanates, preferably diisocyanates; one or more isocyanate reactive components containing ionic groups, potentially ionic groups or hydrophilic ether groups, preferably ionic groups derived from acidic groups, in particular with said component bearing two isocyanate-reactive groups, more particularly bearing two OH groups; and optionally, one or more isocyanate-reactive components other than component or component, preferably bearing two isocyanate-reactive groups, in particular OH groups, such that the mole ratios of components,, and result in a polyurethane pre-polymer comprising terminal isocyanate group and said component comprising a monoalcohol of formula bearing 3 (meth)acrylate groups and a diol of formula bearing two (meth)acrylate groups, the said formulas being as shown below: with R being either -H or -CH 3 and wherein A' and B' represent the residues of corresponding polyols which are tetrols partially esterified by (meth)acrylic acid and which may be linear, cyclic or branched, substituted or unsubstituted hydrocarbon chains, wherein the optional substituents include cyclic groups and/or heteroatoms. one or more isocyanate-reactive components containing at least one ethylenic unsaturation chosen from active hydrogen-containing (meth)acrylates; one or more polyisocyanates, preferably diisocyanates; one or more isocyanate reactive components containing ionic groups, potentially ionic groups or hydrophilic ether groups, preferably ionic groups derived from acidic groups, in particular with said component bearing two isocyanate-reactive groups, more particularly bearing two OH groups; and optionally, one or more isocyanate-reactive components other than component or component, preferably bearing two isocyanate-reactive groups, in particular OH groups,
A filter stack for a Thomson Parabola spectrometer, the filter stack having a stack of filter foils of a filter material, each of the filter foils is shaped to have filter stripes of a respective stripe size made of the filter material, with gaps of a respective controlled gap size free of the filter material between the stripes, wherein each filter foil has different stripes and gaps. the filter stack having a stack of filter foils of a filter material, each of the filter foils is shaped to have filter stripes of a respective stripe size made of the filter material, with gaps of a respective controlled gap size free of the filter material between the stripes, wherein each filter foil has different stripes and gaps.
A bioactive agent capable of increasing the intracellular concentration and/or activity of Hsp70 for use in the treatment of a lysosomal storage disorder, wherein said bioactive agent is a proteasome inhibitor selected from MG132 and lactacystin.
A use of a modified phenolic resin as a binder or a constituent of a binder in the cold-box method or polyurethane no-bake method, (a) wherein the modified phenolic resin comprises phenolic resin units which are substituted and/or linked by esters of orthosilicic acid, disilicic acid and/or one or more polysilicic acids and/or can be produced by reacting free hydroxyl groups of a phenolic resin with one or more esters of orthosilicic acid, disilicic acid and/or one or more polysilicic acids, wherein the modified phenolic resin comprises high o,o'-resol units, or (b) wherein the modified phenolic resin comprises phenolic resin units which are substituted and/or linked by esters of orthosilicic acid in which 1, 2 or 3 alcohol residues are replaced by substituted or unsubstituted hydrocarbon residues, and/or can be produced by reacting free hydroxyl groups of a phenolic resin with one or more esters of orthosilicic acid in which 1, 2 or 3 alcohol residues are replaced by substituted or unsubstituted hydrocarbon residues, wherein the modified phenolic resin comprises high o,o'-resol units. (a) wherein the modified phenolic resin comprises phenolic resin units which are substituted and/or linked by esters of orthosilicic acid, disilicic acid and/or one or more polysilicic acids and/or can be produced by reacting free hydroxyl groups of a phenolic resin with one or more esters of orthosilicic acid, disilicic acid and/or one or more polysilicic acids, wherein the modified phenolic resin comprises high o,o'-resol units, (b) wherein the modified phenolic resin comprises phenolic resin units which are substituted and/or linked by esters of orthosilicic acid in which 1, 2 or 3 alcohol residues are replaced by substituted or unsubstituted hydrocarbon residues, and/or can be produced by reacting free hydroxyl groups of a phenolic resin with one or more esters of orthosilicic acid in which 1, 2 or 3 alcohol residues are replaced by substituted or unsubstituted hydrocarbon residues, wherein the modified phenolic resin comprises high o,o'-resol units.
Self-tapping screw having a head and an outer thread carrier, wherein the core cross section of the outer thread carrier has a shape of a rounded n-angle, wherein n is a primary number >3, characterized in that the shape of the rounded n-angle is formed from 2n-arc portions (26, 28) with alternating large radius R and small radius r, wherein these n-center points of the radia R, r are positioned on an auxiliary circle which is arranged coaxially within the core cross section, having a radius φ, and wherein each center point is associated to the next adjacent arc portion having the small radius r and to the arc portion having the large radius R located opposite thereto across the center point on the auxiliary circle.
A method for determining the amount of insulin and C-peptide in a sample by mass spectrometry, the method comprising: (a) subjecting insulin and C-peptide from a sample to an ionization source under conditions suitable to generate one or more insulin and C-peptide ions detectable by mass spectrometry; and (b) determining the amount of one or more insulin and C-peptide ions by mass spectrometry, wherein said one or more ions comprise one or more insulin fragment ions selected from the group consisting of ions with m/z of 136.0 ± 0.5, 226.1 ± 0.5, and 345.2 ± 0.5 and one or more C-peptide fragment ions selected from the group consisting of ions with m/z of 533.3 ± 0.5, 646.4 ± 0.5, and 927.5 ± 0.5. (a) subjecting insulin and C-peptide from a sample to an ionization source under conditions suitable to generate one or more insulin and C-peptide ions detectable by mass spectrometry; and (b) determining the amount of one or more insulin and C-peptide ions by mass spectrometry, wherein said one or more ions comprise one or more insulin fragment ions selected from the group consisting of ions with m/z of 136.0 ± 0.5, 226.1 ± 0.5, and 345.2 ± 0.5 and one or more C-peptide fragment ions selected from the group consisting of ions with m/z of 533.3 ± 0.5, 646.4 ± 0.5, and 927.5 ± 0.5.
Sealing assembly on an installation component that can be or is fitted to a building wall, in particular a door-frame or window-frame part, having a profile strip which has a connecting device (22, 23) on the building-wall side, and having a mounting and sealing device (26, 27), for the sealing fixing of the profile strip to the installation part, the mounting and sealing device (26, 27) being arranged in the joint between the profile strip and the installation part and being fitted in a sealing manner to the profile strip and being fitted in a sealing manner to the installation part by means of an adhesive connection, characterized in that the mounting and sealing device is formed by a mounting device and by a sealing device, which are arranged to extend beside each other in the joint, are each connected to the profile strip and the installation part and are formed differently, in that the mounting device, at least in the course of the mounting, produces a connection producing a mounting hold of the profile strip and, in the subsequent installed position, produces a detachable connection of the profile strip to the installation part, and in that, when in the installed position, the profile strip is connected to the installation part in a sealing manner and such that it can move for expansion movements by means of the sealing device, and the sealing device is connected to the installation part in a sealing manner by means of an adhesive connection and consists of a sealing material which is leak-proof in the event of expansion and compression movements, wherein the sealing device has a greater possibility of movement between the profile strip and the installation part than the mounting device.
A brush module (10, 30, 34) for a rotating electric machine, in particular for a current-excited synchronous machine, the brush module (10, 30, 34) having at least two brushes (12, 35) for establishing electrical contact with slip rings (11, 36) of the electric machine, the brush module (10, 30, 34) having a housing device (13, 31, 37) and brush holders (14, 41) for accommodating and supporting the brushes (12, 35), the housing device (13, 31, 37) having a collecting device (21, 33, 46) for collecting brush dust of the brushes (12, 35), characterized in that the collecting device (21, 33, 46) has pockets (25, 26, 27) for collecting brush dust, the pockets (25, 26, 27) being disposed downstream of the brush (12, 35) in a direction of rotation of a slip ring (11, 36), the pockets (25, 26, 27) being formed by ribs (22, 23, 24, 43, 44, 45) extending in the direction of rotation, the ribs (22, 23, 24, 43, 44, 45) being formed by the housing device (13, 31, 37) or being inserted in the housing device (13, 31, 37), each brush (12, 35) being provided with its own collecting device (21, 33, 46).
Electric drive and braking device for a vehicle trailer which can be coupled to a tractor vehicle and can be subjected to overrun braking, characterized in that the electric drive and braking device has - an overrun device which is designed to operate a service brake of the vehicle trailer and has a vehicle trailer coupling, in particular a ball-type coupling, and an overrun brake actuator, and - an electric drive and braking unit with a controller for electrically driving and electrically braking the vehicle trailer and - a sensing device which is arranged on the overrun device and is connected to the controller, - wherein the sensing device picks up physical movement parameters of the vehicle trailer, at least travel and force, during towing and traction operation and transmits electric signals to the controller, - wherein the controller drives the electric drive and braking unit and controls its power output depending on the signals from the sensing device. - an overrun device which is designed to operate a service brake of the vehicle trailer and has a vehicle trailer coupling, in particular a ball-type coupling, and an overrun brake actuator, and - an electric drive and braking unit with a controller for electrically driving and electrically braking the vehicle trailer and - a sensing device which is arranged on the overrun device and is connected to the controller, - wherein the sensing device picks up physical movement parameters of the vehicle trailer, at least travel and force, during towing and traction operation and transmits electric signals to the controller, - wherein the controller drives the electric drive and braking unit and controls its power output depending on the signals from the sensing device.