mhurhangee/ep-ind-claims huggingface dataset:
Raceway for a linear guide having an inner guiding part, designed as a shaft, and a cage, designed as a cylindrical bush, as an outer guiding part, which can be moved relative to the shaft by means of balls circulating in the cage, wherein the cage can be accommodated by a bearing housing bore, and wherein the raceway can be inserted into the cage in such a way that a raceway surface facing the circulating balls, on which the balls can roll between the raceway and a surface of the shaft, faces radially into the interior of the cage, wherein the raceway is designed in such a way that two predefined contact regions (38-1; 38-2) spaced apart from one another in the circumferential direction of the ball are provided on the raceway surface facing the circulating balls for a ball rolling between the raceway surface and the surface of a shaft, on which contact regions the ball can roll, the raceway surface has a polygonal cross section in a plane perpendicular to an axial extent of the raceway, such that the raceway surface has three polygonally arranged, planar raceway surface portions (35-1; 35-2; 35-3) parallel to a longitudinal axis of the raceway and the two contact regions (38-1; 38-2) are formed by two of the raceway surface portions (35-1; 35-3), and that a surface of the raceway which faces the bearing housing bore has a greater curvature than a bearing housing bore, such that, when a cage with the raceway is introduced into a bearing housing bore, a linear contact region can be formed between the raceway and the bearing housing bore. wherein the raceway is designed in such a way that two predefined contact regions (38-1; 38-2) spaced apart from one another in the circumferential direction of the ball are provided on the raceway surface facing the circulating balls for a ball rolling between the raceway surface and the surface of a shaft, on which contact regions the ball can roll, the raceway surface has a polygonal cross section in a plane perpendicular to an axial extent of the raceway, such that the raceway surface has three polygonally arranged, planar raceway surface portions (35-1; 35-2; 35-3) parallel to a longitudinal axis of the raceway and the two contact regions (38-1; 38-2) are formed by two of the raceway surface portions (35-1; 35-3), and that a surface of the raceway which faces the bearing housing bore has a greater curvature than a bearing housing bore, such that, when a cage with the raceway is introduced into a bearing housing bore, a linear contact region can be formed between the raceway and the bearing housing bore.
A power supply system arranged between an external power supply and a load, comprising: a) a power storage module including a1) first and second power storage units (121, 122) arranged with a predetermined space therebetween, and a2) a power generating unit being capable of making a surface 1 contact 2 with both of said first and second power storage units (121, 122) concurrently, and formed of a thermoelectric converting element, said surface contact allowing the transfer of thermal energy 3; and b) a control unit (110, 114) for controlling charging and discharging of said first and second power storage units (121, 122), wherein c) in said first and second power storage units (121, 122), different thermal reactions occur depending on whether a charging operation or a discharging operation is performed, the thermal reactions being a heat absorbing reaction and a heat generating reaction, and d) said control unit (110, 114) renders one of said first and second power storage units (121, 122) dischargeable and renders the other power storage unit (122, 121) chargeable. a) a power storage module including a1) first and second power storage units (121, 122) arranged with a predetermined space therebetween, and a2) a power generating unit being capable of making a surface 1 contact 2 with both of said first and second power storage units (121, 122) concurrently, and formed of a thermoelectric converting element, said surface contact allowing the transfer of thermal energy 3; and a1) first and second power storage units (121, 122) arranged with a predetermined space therebetween, and a2) a power generating unit being capable of making a surface 1 contact 2 with both of said first and second power storage units (121, 122) concurrently, and formed of a thermoelectric converting element, said surface contact allowing the transfer of thermal energy 3; and b) a control unit (110, 114) for controlling charging and discharging of said first and second power storage units (121, 122), wherein c) in said first and second power storage units (121, 122), different thermal reactions occur depending on whether a charging operation or a discharging operation is performed, the thermal reactions being a heat absorbing reaction and a heat generating reaction, and d) said control unit (110, 114) renders one of said first and second power storage units (121, 122) dischargeable and renders the other power storage unit (122, 121) chargeable.
A driver assisting system for a vehicle, said system comprising a processing means and a display means, said display means being adapted to display information on a screen of a vehicle hosting said system, said screen further being adapted to show the environment in front of the vehicle, and/or a representation of the environment in front of the vehicle, wherein said vehicle extends in a longitudinal direction and a lateral direction, and wherein said longitudinal direction corresponds to the intended direction of travel of said vehicle, wherein said processing means is adapted to receive; - a first input data signal indicative of a velocity of said vehicle hosting said system, - a second input data signal indicative of an actual performed and/or on-going lateral position change of said vehicle hosting said system, and - a third input data signal indicative of a friction value between said vehicle hosting said system and the ground on which said vehicle is travelling and/or a friction value of the ground in front of said vehicle, the processing means further being adapted to process at least the first, the second and the third input data signals (11, 12, 13) to thereby calculate an estimated vehicle path of said vehicle hosting said system, said display means being adapted to display said estimated vehicle path on said screen, characterized in that the processing means further is adapted to process at least the first, the second and the third input data signals (11, 12, 13) to thereby calculate an estimated minimum turning radius of said vehicle hosting said system, and in that said display means further is adapted to display said estimated minimum turning radius of said vehicle hosting said system. - a first input data signal indicative of a velocity of said vehicle hosting said system, - a second input data signal indicative of an actual performed and/or on-going lateral position change of said vehicle hosting said system, and - a third input data signal indicative of a friction value between said vehicle hosting said system and the ground on which said vehicle is travelling and/or a friction value of the ground in front of said vehicle,
A composition of powders of partial mixed metal salts of C 1 -C 4 alkyl vinyl ether-maleic acid copolymers having: (i) a median particle size by volume of less than or equal to 25 microns; a maximum particle diameter below which 90% of the sample volume exists of less than or equal to 50 microns; and (ii) a particle uniformity reflected by a ratio between the maximum particle diameter below which 90% of the sample volume exists and the maximum particle diameter below which 10% of the sample volume exists (Dv90/Dv10 ratio) of less than or equal to 10, preferably wherein the Dv90/Dv10 ratio is less than or equal to 6; wherein Dv10, Dv50 and Dv90 are measured according to the example in the description, and wherein from about 10 to about 90 mol % of the carboxylic units in the polymer are converted to a mixture of metal salts. (i) a median particle size by volume of less than or equal to 25 microns; a maximum particle diameter below which 90% of the sample volume exists of less than or equal to 50 microns; and (ii) a particle uniformity reflected by a ratio between the maximum particle diameter below which 90% of the sample volume exists and the maximum particle diameter below which 10% of the sample volume exists (Dv90/Dv10 ratio) of less than or equal to 10, preferably wherein the Dv90/Dv10 ratio is less than or equal to 6; wherein Dv10, Dv50 and Dv90 are measured according to the example in the description, and wherein from about 10 to about 90 mol % of the carboxylic units in the polymer are converted to a mixture of metal salts.
A radio frequency, RF, filter, comprising: a signal transmission path having an input and an output; a plurality of resonant elements disposed along the signal transmission path between the input and the output; characterized in that the filter further comprises: a plurality of non-resonant elements coupling the resonant elements together to form a stop band having a plurality of transmission zeroes corresponding to respective frequencies of the resonant elements, and at least one sub-band between the transmission zeroes, wherein the non-resonant elements have susceptance values that locate at least one reflection zero within the stop band to create a pass band in one of the at least one sub-band. a signal transmission path having an input and an output; a plurality of resonant elements disposed along the signal transmission path between the input and the output; characterized in that the filter further comprises: a plurality of non-resonant elements coupling the resonant elements together to form a stop band having a plurality of transmission zeroes corresponding to respective frequencies of the resonant elements, and at least one sub-band between the transmission zeroes, wherein the non-resonant elements have susceptance values that locate at least one reflection zero within the stop band to create a pass band in one of the at least one sub-band.
A material for components of a gas turbine, in particular an aircraft engine, comprising amounts of a ferritic phase with Fe and Al and amounts of at least one Laves phase, characterized in that the material consists of 20 to 25 at.% Cr, 5 to 35 at.% Al, and 10 to 25 at.% tantalum and/or niobium, the remainder being Fe and unavoidable impurities, wherein the amount of the at least one Laves phase constitutes the largest amount of the material, namely greater than or equal to 50 vol.%.
Household appliance, having a support assembly (20, 30) with a planar metal viewing body (22, 32), which has a substantially rectangular main surface and one angled section (23, 33) in each case on two opposite edges of the main surface, which gives the viewing body (22, 32) a three-dimensional shape, wherein the viewing body (22, 32) has a cut edge on the two further outer edges, which directly adjoins the rectangular main surface of the viewing body, characterised in that a visible filler body (28, 38) is disposed between the two angled sections of the viewing body (22, 32) at least in the region of one of the further outer edges of the main surface and in that an outer contour of the filler body (28, 38) is matched to an inner contour of the viewing body (22, 32).
An ignition system for igniting combustible gas mixtures containing nitrogen and oxygen in a containment of a nuclear plant, the ignition system comprising an electric ignition element, a thermoelectric generator including a plurality of N and P-doped semiconductor elements switched in series, a catalytic recombiner for the gas mixture, and a flow channel for the gas mixture, the thermoelectric generator serving as a power source for the ignition element, and the catalytic recombiner serving as a heat source for the thermoelectric generator, and the ignition element being a heating wire or a glow plug, and the recombiner being designed in the flow channel, characterized in that the thermoelectric generator is arranged outside the flow channel.
Transgenic mouse, characterised in that it comprises an IgH locus which is modified by replacement of the switch sequence Sμ by all or a portion of a transgene comprising the Cγ gene of a class G human immunoglobulin, including at least the exon coding for the CH3 domain and the membrane exons m1 and m2 and in that it produces antibodies which are primarily chimeric IgG whose heavy-chain constant domains are of human origin.
Vehicle pneumatic tyre with a tread, which has a profile, along its circumferential face, which tread merges on either side with a respective side wall (4, 5), wherein the lower end of the side walls (4, 5), which lower end is inserted in an air-tight manner into a rim of a vehicle wheel which is formed as a result, has a respective tyre bead (6, 7), characterized in that the vehicle pneumatic tyre has a plurality of layers (12, 13, 14) into each of which, for the purpose of detecting parameters, at least one conductor track (8, 9) which is suitable for this purpose and/or at least one semiconductor component and/or at least one electronic circuit are/is integrated into the base material of the vehicle tyre.
Suspension device for a body of an agricultural working machine, comprising at least one spring/damper arrangement, arranged between a frame element of the working machine and a body element of the body, for damping a relative movement between the frame element and body element, and a Watt's linkage, arranged between the frame element and the body element, for limiting degrees of freedom between the frame element and body element, characterized in that the Watt's linkage has a Watt's link that is held so as to be pivotable about a pivot axis on a receiving element connected to the body element, wherein the pivot axis is located in a perpendicular midplane of the working machine parallel to the vehicle longitudinal direction, and the Watt's linkage has two transverse thrust rods (22, 24) that are each articulated at one end to opposite ends of the Watt's link and are connected at the other end in each case in a rotationally fixed manner to front ends of spring elements (30, 32) in the form of torsion spring rods that are arranged in the vehicle longitudinal direction, and the torsion spring rods (30, 32) are held in a rotatable manner on receiving brackets (38, 40) via respective articulations (34, 36) in the region of the front ends, wherein the receiving brackets (38, 40) are connected to the frame element; and rear ends of the torsion spring rods (30, 32) are held in a rotationally fixed manner with respect to the frame element via clamping elements (42, 44), in order to support the body element with respect to the frame element in the direction of an unlimited degree of freedom between the frame element and body element.
An atom chip (Ach) for an ultracold-atom inertial sensor, containing an XY-plane normal to a Z-axis, the atom chip comprising: - a first and a second coplanar waveguide (CPWX1, CPWX2), both suitable for propagating microwaves at respective angular frequencies ω a and ω b and disposed symmetrically on either side of the X-axis and being referred to as X-wise guides, - a first and a second coplanar waveguide (CPWY'1, CPWY'2), both suitable for propagating microwaves at respective angular frequencies ω' a and ω' b and disposed symmetrically on either side of an axis the projection of which in the XY-plane is along a Y'-axis that is different from the X-axis and that is contained in the XY-plane, and being referred to as Y'-wise guides, the X-wise guides being electrically insulated from the Y'-wise guides, an intersection of said guides forming a parallelogram of centre O defining an origin of the reference frame XYZ, - at least a first conductive wire and a second conductive wire the respective projections of which in the XY-plane are secant at O and form an angle larger than or equal to 20° between them, said conductive wires being suitable for being passed through by DC currents. - a first and a second coplanar waveguide (CPWX1, CPWX2), both suitable for propagating microwaves at respective angular frequencies ω a and ω b and disposed symmetrically on either side of the X-axis and being referred to as X-wise guides, - a first and a second coplanar waveguide (CPWY'1, CPWY'2), both suitable for propagating microwaves at respective angular frequencies ω' a and ω' b and disposed symmetrically on either side of an axis the projection of which in the XY-plane is along a Y'-axis that is different from the X-axis and that is contained in the XY-plane, and being referred to as Y'-wise guides, the X-wise guides being electrically insulated from the Y'-wise guides, an intersection of said guides forming a parallelogram of centre O defining an origin of the reference frame XYZ, - at least a first conductive wire and a second conductive wire the respective projections of which in the XY-plane are secant at O and form an angle larger than or equal to 20° between them, said conductive wires being suitable for being passed through by DC currents.
A nasal insert comprising: a housing defining an interior space and comprising a conoid shaped insert portion having at least four petal shaped flaps including convexly shaped outer surfaces, said flaps moveable between an inhalation position, wherein an opening is defined by and between one or more of said flaps, and an exhalation position, wherein end portions of said flaps are disposed adjacent one another.
A genetically modified yeast cell comprising an active fermentation pathway producing 3-hydroxypropionic acid (3-HP), wherein the cell comprises and expresses an exogenous gene coding for the production of an enzyme having at least 80% identity with SEQ ID NO: 1 and catalysing a transamination reaction between beta-alanine and pyruvate to produce malonate semialdehyde.
Article having at least one lighting zone, said article comprising at least one glass-ceramic substrate, and, in addition to the substrate, at least one light guide, this guide being coupled to at least one light source on one side outside of the lighting zone, and comprising, in the lighting zone, at least one means of extracting the radiation emitted by the source, characterized in that the light guide comprises at least one aperture in at least one lighting zone, in particular a frustoconical aperture, especially when said zone is intended to surround and indicate the heating zone.
A polymer mold insert for an injection molding tool, the polymer insert comprising an insert body part having an outer shape adapted for insertion into an insert cavity arranged in the injection molding tool, and where the insert body part comprises at least two different polymer materials having different physical characteristics and being distributed within the insert body so that one or more first volumes of the insert body comprises a higher concentration of a first one of the two different polymer materials than in the remaining parts of the insert body, and so that one or more second volumes of the insert body comprises a higher concentration of the second one of the two different polymer materials than in the remaining parts of the insert body part, and wherein the distribution of the two different polymer materials in the polymer insert comprises multiple small volumes (voxels), and where a number of the small volumes are constituted only by the first one of the polymer materials and the remaining number of small volumes are constituted by the second one of the polymer materials.
A computer implemented method of measuring a pupillary distance between pupils of a user, the method comprising: receiving an image captured by a single camera (118, 220) comprising first and second reflections of a light of a single light source, the first reflection comprising a reflection of said light from a first pupil of said user, and the second reflection comprising a reflection of said light from a second pupil of said user; and processing via a processor the image to determine locations of the first and second reflections; wherein identifying the location of the first reflection is performed by identifying a first Purkinje image of a reflection of the light of the light source by an outer reflecting cornea surface of the first eye, and identifying the location of the second reflection by identifying a first Purkinje image of a reflection of the light of the light source by an outer reflecting cornea surface of the second eye; to determine a first estimated distance between the camera and the pupils of the user when the image is captured by the sensor; to determine a second estimated distance between the locations of the first and second reflections based on a distance between the first Purkinje image of the reflection of the light of the light source by the outer reflecting cornea surface of the first eye, and the first Purkinje image of the reflection of the light of the light source by the outer reflecting cornea surface of the second eye; and to determine the pupillary distance based on the first estimated distance and the second estimated distance and the identified locations of said first and second reflections. receiving an image captured by a single camera (118, 220) comprising first and second reflections of a light of a single light source, the first reflection comprising a reflection of said light from a first pupil of said user, and the second reflection comprising a reflection of said light from a second pupil of said user; and processing via a processor the image to determine locations of the first and second reflections; wherein identifying the location of the first reflection is performed by identifying a first Purkinje image of a reflection of the light of the light source by an outer reflecting cornea surface of the first eye, and identifying the location of the second reflection by identifying a first Purkinje image of a reflection of the light of the light source by an outer reflecting cornea surface of the second eye; to determine a first estimated distance between the camera and the pupils of the user when the image is captured by the sensor; to determine a second estimated distance between the locations of the first and second reflections based on a distance between the first Purkinje image of the reflection of the light of the light source by the outer reflecting cornea surface of the first eye, and the first Purkinje image of the reflection of the light of the light source by the outer reflecting cornea surface of the second eye; and to determine the pupillary distance based on the first estimated distance and the second estimated distance and the identified locations of said first and second reflections.