mhurhangee/ep-ind-claims huggingface dataset:
A detergent composition comprising: from 1% to 50%, preferably from 8% to 20%, more preferably from 1% to 12% by weight, of a sulfated surfactant; an organic acid, preferably from 0.3% to 15% by weight of the composition of the organic acid; an alkoxylated polyamine compound, wherein the alkoxylated polyamine compound is a zwitterionic polyamine, wherein the composition comprises from 0.01% to 10% by weight of the alkoxylated polyamine compound; and from 0.25% to 10% by weight of an alkalizing agent; wherein the composition has a pH of from 2.1 to 4, when measured neat; and wherein the composition is substantially free of peroxide bleach. from 1% to 50%, preferably from 8% to 20%, more preferably from 1% to 12% by weight, of a sulfated surfactant; an organic acid, preferably from 0.3% to 15% by weight of the composition of the organic acid; an alkoxylated polyamine compound, wherein the alkoxylated polyamine compound is a zwitterionic polyamine, wherein the composition comprises from 0.01% to 10% by weight of the alkoxylated polyamine compound; and from 0.25% to 10% by weight of an alkalizing agent; wherein the composition has a pH of from 2.1 to 4, when measured neat; and wherein the composition is substantially free of peroxide bleach.
Planetary gear device for an aircraft engine, having at least one sun gear, having a ring gear, and having at least one planet gear which is in engagement both with the sun gear and with the ring gear and which is rotatably mounted on a planet carrier, wherein toothings (7A, 9A, 10A) in the region of the sun gear, of the ring gear and of the planet gear are of asymmetrical design, characterized in that an engagement angle (αph) between tooth flanks (9B, 10B) of teeth (9A, 10A) of the ring gear and of the planet gear that are in engagement with one another during a main direction of rotation of the planet carrier is larger than an engagement angle (αps) between tooth flanks (10C, 7B) of teeth (10A, 7A) of the planet gear and of the sun gear that are in engagement with one another at the same time.
A process for preparing a zirconia sintered body for a dental material, by sintering a zirconia lamination composition formed by laminating a plurality of zirconia powders, the plurality of zirconia powders each containing zirconia and yttria as a stabilizer that suppresses phase transition of zirconia, the plurality of zirconia powders differing in composition, wherein the zirconia lamination composition is prepared by charging layers of the zirconia powders into a mold, applying vibration each time each layer is charged, then pressing to give a shaped product having one or more mixture layers in which the zirconia powders of upper and lower layers are partially mixed at a boundary of the layers, the zirconia sintered body satisfies a test condition that the flexural strength is not less than 1100 MPa, and the flexural strength is measured pursuant to JISR1601 under a condition that a load point of a three-point bending test is positioned at an interlayer boundary of the plurality of zirconia powders in a test sample of the zirconia sintered body, wherein the interlayer boundary traverses the test sample along a direction of load application. the zirconia lamination composition is prepared by charging layers of the zirconia powders into a mold, applying vibration each time each layer is charged, then pressing to give a shaped product having one or more mixture layers in which the zirconia powders of upper and lower layers are partially mixed at a boundary of the layers, the zirconia sintered body satisfies a test condition that the flexural strength is not less than 1100 MPa, and the flexural strength is measured pursuant to JISR1601 under a condition that a load point of a three-point bending test is positioned at an interlayer boundary of the plurality of zirconia powders in a test sample of the zirconia sintered body, wherein the interlayer boundary traverses the test sample along a direction of load application.
A rotary actuator comprising: a housing defining an arcuate chamber comprising a cavity, a fluid port in fluid communication with the cavity, and an open end, the arcuate chamber following a portion of a first arc between a first end and a second proximal the open end; an arcuate-shaped piston (112a, 112b) disposed in said housing for reciprocal movement in the arcuate chamber through the open end, the arcuate- shaped piston following a portion of a second arc having a radius of curvature, wherein a seal, the cavity, and the piston define a pressure chamber and; a first bearing in contact with a first radial side of the piston relative to the radius of curvature at a contact point beyond the first arc, characterised in that the housing is formed as a one-piece housing made of a single, unitary piece of material. a housing defining an arcuate chamber comprising a cavity, a fluid port in fluid communication with the cavity, and an open end, the arcuate chamber following a portion of a first arc between a first end and a second proximal the open end; an arcuate-shaped piston (112a, 112b) disposed in said housing for reciprocal movement in the arcuate chamber through the open end, the arcuate- shaped piston following a portion of a second arc having a radius of curvature, wherein a seal, the cavity, and the piston define a pressure chamber and; a first bearing in contact with a first radial side of the piston relative to the radius of curvature at a contact point beyond the first arc, characterised in that the housing is formed as a one-piece housing made of a single, unitary piece of material.
An apparatus for harvesting a plurality of portions of tissue, the apparatus comprising: a harvesting needle configured to penetrate a biological tissue to a particular depth; a conduit configured to facilitate flow of a fluid therethrough, wherein the harvesting needle is in communication with the conduit; a filter arrangement provided at least partially in a path of the fluid; a base configured to be placed on a surface of the biological tissue; wherein when the harvesting needle is in a retracted state, the harvesting needle does not protrude from a lower surface of the base; and wherein when the harvesting needle is pulled downward, the harvesting needle protrudes beyond a lower surface of the base. a harvesting needle configured to penetrate a biological tissue to a particular depth; a conduit configured to facilitate flow of a fluid therethrough, wherein the harvesting needle is in communication with the conduit; a filter arrangement provided at least partially in a path of the fluid; a base configured to be placed on a surface of the biological tissue; wherein when the harvesting needle is in a retracted state, the harvesting needle does not protrude from a lower surface of the base; and wherein when the harvesting needle is pulled downward, the harvesting needle protrudes beyond a lower surface of the base.
A. method for generating codes for a code mask, comprising: arranging a plurality of symbols into an n1 by n2 symbol structure, where n1 and n2 are integer values; defining a plurality of codewords from different overlapping k1 by k2 windows (1108, 1110, 1112, 1114) within the symbol structure, where k1 and k2 are integer values, wherein co-linear and spatially overlapping windows (1108, 1110, 1112, 1114) define unique codewords, and the codewords are unique in a first direction of the symbol structure but are repeated in a second direction that is perpendicular to the first direction; and rendering a plurality of the symbol structures, as a code mask, wherein symbols in two adjacent k1 by k2 windows (1108, 1110, 1112, 1114) are selected so as to avoid codeword aliasing of codewords in the two adjacent k1 by k2 windows (1108, 1110, 1112, 1114). arranging a plurality of symbols into an n1 by n2 symbol structure, where n1 and n2 are integer values; defining a plurality of codewords from different overlapping k1 by k2 windows (1108, 1110, 1112, 1114) within the symbol structure, where k1 and k2 are integer values, wherein co-linear and spatially overlapping windows (1108, 1110, 1112, 1114) define unique codewords, and the codewords are unique in a first direction of the symbol structure but are repeated in a second direction that is perpendicular to the first direction; and rendering a plurality of the symbol structures, as a code mask, wherein symbols in two adjacent k1 by k2 windows (1108, 1110, 1112, 1114) are selected so as to avoid codeword aliasing of codewords in the two adjacent k1 by k2 windows (1108, 1110, 1112, 1114).
Mobile pick-up station for inner city logistics, having a means of transport and a set of lockers that is designed as part of the means of transport, where the set of lockers incorporates a plurality of lockers and each locker incorporates an individually coded lock, where the means of transport is designed as a trailer, having a tow bar that is essentially aligned horizontally and extends outwards away from the set of lockers and can be swung from a travelling position into an upright position in which it extends less far outwards from the set of lockers, characterised in that the set of lockers incorporates a socket to receive the tow bar in its rest position and that the set of lockers can be moved vertically between a travelling position and an access position, where in the access position the set of lockers is disposed further down than in the travelling position, and that the set of lockers can be moved vertically relative to a base frame of the trailer.
A sulfide solid electrolyte for all-solid-state secondary batteries, wherein: the sulfide solid electrolyte is a compound represented by Formula 2 below, Formula 2 Li a PS b Cl c in Formula 2, 5.04<a<5.28, 4.4≤b≤4.5, and 1.13≤c≤1.34. the sulfide solid electrolyte is a compound represented by Formula 2 below, Formula 2 Li a PS b Cl c in Formula 2, 5.04<a<5.28, 4.4≤b≤4.5, and 1.13≤c≤1.34.
A polynucleotide cassette for the regulation of the expression of a target gene comprising a riboswitch wherein the riboswitch comprises an effector stem loop and an aptamer, wherein the effector stem comprises a polyadenylation signal, and wherein the aptamer and effector stem loop are linked by an alternatively shared stem arm comprising sequence that is complementary to the unshared arm of the aptamer stem and to the unshared arm of the effector stem loop.
A gravity gradiometer for measuring components of the gravity gradient tensor, comprising: a sensor (41,42) for measuring the components of the gravity gradient tensor, the sensor including super-conducting componentry; a Dewar in which the sensor (41,42) is arranged; a connector for connecting the super-conducting componentry within the Dewar to external equipment outside of the Dewar, characterised in that the connector comprises: a container attached to the Dewar; a feed through filter in the container for connection to a lead within the Dewar, the feed through filter comprising an inductor and a capacitor, the capacitor being electrically connected between the inductor and earth potential a three terminal cap electrically connected to the feed through filter; a relay electrically connected to the three terminal cap; an output terminal on the container for connecting the relay to an external lead, wherein the three terminal cap comprises a pair of inductors (573,574) between which a capacitor is connected on one side, the capacitor being connected to earth on the other side. a sensor (41,42) for measuring the components of the gravity gradient tensor, the sensor including super-conducting componentry; a Dewar in which the sensor (41,42) is arranged; a connector for connecting the super-conducting componentry within the Dewar to external equipment outside of the Dewar, characterised in that the connector comprises: a container attached to the Dewar; a feed through filter in the container for connection to a lead within the Dewar, the feed through filter comprising an inductor and a capacitor, the capacitor being electrically connected between the inductor and earth potential a three terminal cap electrically connected to the feed through filter; a relay electrically connected to the three terminal cap; an output terminal on the container for connecting the relay to an external lead, wherein the three terminal cap comprises a pair of inductors (573,574) between which a capacitor is connected on one side, the capacitor being connected to earth on the other side. a container attached to the Dewar; a feed through filter in the container for connection to a lead within the Dewar, the feed through filter comprising an inductor and a capacitor, the capacitor being electrically connected between the inductor and earth potential a three terminal cap electrically connected to the feed through filter; a relay electrically connected to the three terminal cap; an output terminal on the container for connecting the relay to an external lead, wherein the three terminal cap comprises a pair of inductors (573,574) between which a capacitor is connected on one side, the capacitor being connected to earth on the other side.
A vehicular illumination device provided to a vehicle capable of travelling in an automatic driving mode, the vehicular illumination device comprising: an illumination unit configured to display advance-notice information for giving advance-notice of automatic traveling control of the vehicle so that a passenger in the vehicle can visually recognize the same, and an illumination control unit configured to control the illumination unit so that the passenger in the vehicle can visually recognize the advance-notice information before the automatic traveling control of the vehicle is executed, characterized in that the illumination unit is further configured to display the advance-notice information on a window of the vehicle, and wherein the advance-notice information comprises brake advance-notice information for giving advance notice of automatic brake control of the vehicle, and accelerator advance-notice information for giving advance notice of automatic accelerator control of the vehicle. an illumination unit configured to display advance-notice information for giving advance-notice of automatic traveling control of the vehicle so that a passenger in the vehicle can visually recognize the same, and an illumination control unit configured to control the illumination unit so that the passenger in the vehicle can visually recognize the advance-notice information before the automatic traveling control of the vehicle is executed, characterized in that the illumination unit is further configured to display the advance-notice information on a window of the vehicle, and wherein the advance-notice information comprises brake advance-notice information for giving advance notice of automatic brake control of the vehicle, and accelerator advance-notice information for giving advance notice of automatic accelerator control of the vehicle.
A turbine comprising a stand rotatably receiving a rotor that comprises a shaft provided with means for driving it by capturing kinetic energy from a fluid, two rolling bearings (4, 5) extending between the shaft of the rotor and the stand in order to establish a rotary connection of the rotor on the stand about an axis of rotation, the turbine being characterized in that, in service, the rotor has a center of gravity substantially on the axis of rotation while being outside the bearings, the axis of rotation of the rotor being inclined relative to the vertical by an angle lying in the range 1 degree to 20 degrees.
Electronic control unit for a motor vehicle, having: a first electronic control device, in particular a first equipped circuit board; and a gas cooling duct for conducting a compressed gas, wherein the gas cooling duct; is connected in a thermally conductive fashion to the first electronic control device, and is designed to separate the compressed gas from the first electronic control device, characterized in that the gas cooling duct has an expansion section in which a flow cross section of the gas cooling duct widens in order to expand and cool the compressed gas in order to cool the first electronic control device. a first electronic control device, in particular a first equipped circuit board; and a gas cooling duct for conducting a compressed gas, wherein the gas cooling duct; is connected in a thermally conductive fashion to the first electronic control device, and is designed to separate the compressed gas from the first electronic control device, is connected in a thermally conductive fashion to the first electronic control device, and is designed to separate the compressed gas from the first electronic control device,
Method for allocating electrical power of a shared energy source with a fluctuating power output to a group of competing consumers, the method comprising the steps of specifying for each of said consumers an individual share in said energy source, receiving, at a scheduler, energy demand requests from said consumers, and periodically executing, by said scheduler, a proportional-share fairness energy distribution control scheme that allocates each energy demand request received from a consumer a fraction of the power instantaneously available from said energy source, wherein the power fraction allocated to a consumer's energy demand request is adjusted depending on said consumer's individual share and on said consumer's historic energy consumption, wherein computation of power fraction allocation is performed by solving an optimization problem that maximizes the consumption of power instantaneously available from said energy source and that minimizes the differences in historic energy consumption among different consumers, wherein the minimization of the difference in historic energy consumption among different consumers takes into consideration the individual shares of the consumers in said energy source, wherein solving the optimization problem includes minimizing the objective function ∑ i = 1 N s i + 1 E i + tP i k − s i E i + 1 + tP i + 1 k + c ∑ i = 1 N P i k − Pgen k with the following notation N Current number of requests P gen k Power generation over the k - th interval t Interval duration E i Previous energy consumption of user i P i k Power to be allocated to user i during the k - th interval s i Share of user i in the system (value between 0 and 1), and c Coefficient used to set relative importance of power consumption and fair energy allocation. N Current number of requests P gen k Power generation over the k - th interval t Interval duration E i Previous energy consumption of user i P i k Power to be allocated to user i during the k - th interval s i Share of user i in the system (value between 0 and 1), and c Coefficient used to set relative importance of power consumption and fair energy allocation.
An optical device for the in-vivo determination of a concentration of an analyte in blood comprising: - an optical interface for optical coupling to a sensed region of the body/ such as a finger or the wrist; - a light source arranged for transmitting UV, visible or infrared light to the sensed region - an optical collection system receiving a scattered light from the sense region; - an optical detector, generating a time-variable signal influenced by the concentration of the analyte; - a logic circuit, arranged to determine the concentration of the analyte in blood in the sense region based on the time-variable signals; characterized in that the optical detector comprises a CMOS integrated circuit with an array of photosensitive pixels, and a circuit for the simultaneous reading of an average illumination value from the pixels or part of the pixels. - an optical interface for optical coupling to a sensed region of the body/ such as a finger or the wrist; - a light source arranged for transmitting UV, visible or infrared light to the sensed region - an optical collection system receiving a scattered light from the sense region; - an optical detector, generating a time-variable signal influenced by the concentration of the analyte; - a logic circuit, arranged to determine the concentration of the analyte in blood in the sense region based on the time-variable signals;
Seating furniture in the form of a bench having a backrest and a seating surface with two rear support legs arranged in the plane of the backrest and two front support legs arranged in the respective front, outer corner regions of the seating surface, characterized in that the seating surface is divided perpendicularly to the plane of the backrest and each seating surface part formed thereby, in addition to its front support leg, has at least one inner support leg and whereby the two seating surface parts are pivotal about their respective rear support leg into a seating position that is transverse to the backrest and the backrest, which is pivotally mounted on a main frame, can be pivoted out of its backrest position between the outwardly-pivoted seating surface parts into a table position that is horizontal and at a vertical distance from the seating surface of the seating surface parts, and can be fixed in this table position using a support, which is mounted on the main frame.
A transport vehicle (1, 101) comprising a cargo area (3, 103) having a front side, a rear side provided with a loading and unloading opening, a loading platform (11, 11a, 11b) for supporting cargo and comprising loading platform parts (11, 11a, 11b) extending across at least part of the width, which are separated from each other at least in the longitudinal direction, and a conveyor (5, 105) for moving loading platform parts in horizontal and vertical direction, perpendicularly to the longitudinal axis of the vehicle, within the cargo area, the transport vehicle being designed to maintain the loading platform parts at least substantially in a horizontal position in the cargo area while the loading platform parts are being moved within the cargo area, characterised in that the conveyor comprises two endless chain conveyors (5, 105) which are each driven by a driven gear sprocket (6a, 106) and whose path is further determined by non-driven gear sprockets (6b, 106).
A coating for a metal surface of an implantable medical device, the coating comprising: poly(ethylene glycol) disposed on and covalently bonded directly to at least a portion of the metal surface; and a functional group grafted to at least a portion of the poly(ethylene glycol), wherein the functional group is one of a bioactive functional group and an antimicrobial functional group; wherein the poly(ethylene glycol) is covalently bonded directly to the metal surface via reactive hydroxy groups. poly(ethylene glycol) disposed on and covalently bonded directly to at least a portion of the metal surface; and a functional group grafted to at least a portion of the poly(ethylene glycol), wherein the functional group is one of a bioactive functional group and an antimicrobial functional group;