mhurhangee/ep-ind-claims huggingface dataset:
A method for generating virtual location markers associated with a respective coordinate and represented by visible points on a map, comprising: if a change of a current user location is detected, updating the map to reflect the new current user location, and determining if the change of the current user location is sufficient to cause re-computation of a virtual location marker; if a change of the current user location is determined to be sufficient to cause re-computation of the virtual location marker, re-computing the virtual location marker, and updating the re-computed virtual location marker on the map; otherwise, only if no change of the current user location is detected or a change of the current user location is determined to be insufficient to cause re-computation of a virtual location marker, determining if a change of data associated with the virtual location marker is detected; and if a change of data associated with the virtual location marker is determined, re-computing the virtual location marker, and updating the virtual location marker on the map. if a change of a current user location is detected, updating the map to reflect the new current user location, and determining if the change of the current user location is sufficient to cause re-computation of a virtual location marker; if a change of the current user location is determined to be sufficient to cause re-computation of the virtual location marker, re-computing the virtual location marker, and updating the re-computed virtual location marker on the map; otherwise, only if no change of the current user location is detected or a change of the current user location is determined to be insufficient to cause re-computation of a virtual location marker, determining if a change of data associated with the virtual location marker is detected; and if a change of data associated with the virtual location marker is determined, re-computing the virtual location marker, and updating the virtual location marker on the map.
Azimuth propeller drive unit with low installation height for a floating device, such as a ship or an offshore platform, having - a housing to be arranged in the water, below a structure of the floating device, in which housing at least one propeller shaft is rotatably mounted, to which propeller shaft at least one propeller is coupled, - at least one electric motor with a stator and a rotor for driving the at least one propeller, - a hollow shank which secures the housing in a rotationally fixed manner, - wherein the electric motor is arranged outside the housing and drives a drive shaft with its rotor, which drive shaft is coupled to the at least one propeller shaft and at least partially extends through the hollow shank, wherein the electric motor is embodied as an electric ring motor which is annularly arranged around the drive shaft, wherein the rotor of the electric motor is connected via a rotor support to the drive shaft, characterised in that the rotor support comprises a hub, a circular supporting rim and a connecting element for connecting the hub to the supporting rim, wherein the hub is connected to the drive shaft in a rotationally fixed manner and the supporting rim supports the rotor and the connecting element is embodied as a disc wheel provided with holes or slits or as a spoked wheel, and characterised by an electric motor for rotating the shank around an axis of rotation, wherein the electric motor is likewise embodied as an electric ring motor and is annularly arranged around the axis of rotation of the shank, and wherein the rotor of the electric motor is connected to the shank in a rotationally fixed manner and the stator of the electric motor is connected to the structure of the floating device in a rotationally fixed manner. - a housing to be arranged in the water, below a structure of the floating device, in which housing at least one propeller shaft is rotatably mounted, to which propeller shaft at least one propeller is coupled, - at least one electric motor with a stator and a rotor for driving the at least one propeller, - a hollow shank which secures the housing in a rotationally fixed manner, - wherein the electric motor is arranged outside the housing and drives a drive shaft with its rotor, which drive shaft is coupled to the at least one propeller shaft and at least partially extends through the hollow shank, wherein
A method for producing a relief on a substrate, which comprises: applying a coating on the substrate, applying a relief product, which is a sublimation ink, by means of digital inkjet printing, on the coating, so that the relief product and the coating make contact with each other when the coating is liquid or partially solidified, and the relief product is at least partially covered by, embedded in, or mixed with the coating, sublimation of the relief product, leaving gaps in the coating, which gaps determine the relief, and solidifying at least the coating. applying a coating on the substrate, applying a relief product, which is a sublimation ink, by means of digital inkjet printing, on the coating, so that the relief product and the coating make contact with each other when the coating is liquid or partially solidified, and the relief product is at least partially covered by, embedded in, or mixed with the coating, sublimation of the relief product, leaving gaps in the coating, which gaps determine the relief, and solidifying at least the coating.
Conveyer belt or conveyer belt segment of elastomeric material with a reinforcing support layer of steel cords which run in the longitudinal direction of the conveyer belt and are arranged parallel to one another, wherein each belt or segment end has a formation for the hinge-like coupling together to another belt or segment end, characterized in that the ends of the steel cords in the end region of each belt or segment end (1 and 2) are exposed from the rubber layers, in that the exposed ends of the steel cords are inserted into corresponding longitudinal bores in a hinge plate (14 or 15) and are fixed in a positionally secure manner there by pressing the hinge plates (14 and 15) together, in that the free end of each of the two hinge plates (14 and 15) has a partial hinge (6 and 7, respectively) made of crenellation-type projections (8 and 9), which partial hinge can be combined with the other partial hinge (6 or 7) in each case.
A working machine comprising: a machine body capable of traveling; a position detecting device configured to detect a position of the machine body; and a control device configured to control the machine body on the basis of the position of the machine body detected by the position detecting device and a planned travel route; wherein the planned travel route includes a straight section on which the machine body travels straight, and the control device includes a threshold setting unit configured to set a threshold according to work, and cause the machine body to perform a recovery movement such as to make a deviation between the position of the machine body detected by the position detecting device and the planned travel route less than the threshold when the machine body is at a start point of the straight section or is about to enter the start point of the straight section, characterized in that the working machine comprises an input device capable of receiving input of accuracy of the work, wherein the threshold setting unit is configured to set the threshold according to the work and correct the threshold according to the accuracy of the work inputted into the input device such that, when the work does not require accuracy, the threshold is set to a large value for the number of times the machine body performs the recovery movement to be reduced and for the work to be performed efficiently. a machine body capable of traveling; a position detecting device configured to detect a position of the machine body; and a control device configured to control the machine body on the basis of the position of the machine body detected by the position detecting device and a planned travel route; wherein the planned travel route includes a straight section on which the machine body travels straight, and the control device includes a threshold setting unit configured to set a threshold according to work, and cause the machine body to perform a recovery movement such as to make a deviation between the position of the machine body detected by the position detecting device and the planned travel route less than the threshold when the machine body is at a start point of the straight section or is about to enter the start point of the straight section, characterized in that the working machine comprises an input device capable of receiving input of accuracy of the work, wherein the threshold setting unit is configured to set the threshold according to the work and correct the threshold according to the accuracy of the work inputted into the input device such that, when the work does not require accuracy, the threshold is set to a large value for the number of times the machine body performs the recovery movement to be reduced and for the work to be performed efficiently.
A stationary support for centring a rotationally symmetrical workpiece in the space, consisting of: - two housing shells (4, 5) arranged at a distance from one another and firmly connected together, - a middle stationary support arm arranged between the two housing shells (4, 5) that is mounted in the housing shells (4, 5) by means of an actuation piston so as to be moved in an axial direction towards the workpiece, and - two outer stationary support arms (11, 12) that are in a driving connection with the middle stationary support arm, and the actuation piston moves the three stationary support arms (6, 11, 12) synchronously, characterised in that, the actuation piston is formed from at least one first advance piston and one second advance piston that are mounted in an axially moving telescopic relationship with one another, that a pressure space or is assigned to each advance piston (31, 32) of the actuation piston and that a line emerges in each pressure space (33, 34) through which a pressurised medium can be pressed into the particular pressure space (33 or 34) or drawn out of it. - two housing shells (4, 5) arranged at a distance from one another and firmly connected together, - a middle stationary support arm arranged between the two housing shells (4, 5) that is mounted in the housing shells (4, 5) by means of an actuation piston so as to be moved in an axial direction towards the workpiece, and - two outer stationary support arms (11, 12) that are in a driving connection with the middle stationary support arm, and the actuation piston moves the three stationary support arms (6, 11, 12) synchronously,
A spark plug electrode material comprising: a substrate formed of Ir or Ir alloy; and an antioxidant film covering a surface of the substrate, wherein the substrate comprises an underlying layer formed of Au on a surface of the substrate, characterized in that the material has a Ni film having a thickness of 3.0 μm or more and 8.0 μm or less as the antioxidant film. the substrate comprises an underlying layer formed of Au on a surface of the substrate, characterized in that the material has a Ni film having a thickness of 3.0 μm or more and 8.0 μm or less as the antioxidant film.
Internal combustion engines having an engine block, an air intake duct which leads from an air inlet to the engine block, an exhaust-gas duct which leads from the engine block to an exhaust-gas outlet, an exhaust-gas turbocharger, the compressor of which is arranged in the air intake duct and the turbine of which is arranged in the exhaust-gas duct, an divert-air duct, in which a divert-air valve is arranged, a first connecting duct, via which an outlet of the compressor is connected to the exhaust-gas duct, an air regulating valve which is arranged in the connecting duct, an oxidation catalytic converter and a particulate filter, which are arranged in the exhaust-gas duct, characterized in that the air regulating valve and the divert-air valve can be regulated via a common actuator.
A radiator for heating a room or parts thereof, comprising a modular structure, wherein a surface-shaped heating element a cover arranged on the front side of the radiator, a connection unit for providing the heating element with a heating medium as well as a frame construction receiving the heating element, the cover and the connection unit are provided as module components, wherein the heating element comprises a plurality of pipe registers (11, 12, 13) which are arranged in layers and connected in a fluidic manner to each other to form a register device, wherein one pipe register (11, 12, 13) comprises a collecting pipe for the heating medium flow, a collecting pipe for the heating medium return as well as heating pipes which connect the collecting pipes (15, 16) in a fluidic manner to each other, and characterized in that the cover is mounted on the frame construction in a pivoting manner.
A polyorganosiloxane hybrid pressure sensitive adhesive composition comprising: a polyorganosiloxane having both aliphatically unsaturated groups and poly(meth)acrylate groups, wherein the polyorganosiloxane comprises unit formula: [R 3 w (R 5 -S-R")(OR 4) (2-w) Si-O 1/2] p [R 3 v (R 5 -S-R")(OR 4) (1-v) Si-O 2/2] q [(R 5 -S-R")Si-O 3/2] k (R 6 R 7 2 SiO 1/2) r (R 7 2 SiO 2/2) s (R 6 R 7 SiO 2/2) t (R 7 3 SiO 1/2) u, where each subscript w is independently 0, 1, or 2, each subscript v is independently 0 or 1, each R 3 is an independently selected monovalent hydrocarbon group; each R 4 is an independently selected alkyl group; each R 5 is an independently selected divalent hydrocarbon group, each R" is independently a (meth)acrylate polymer or copolymer, each R 6 is an independently selected aliphatically unsaturated monovalent hydrocarbon group, each R 7 is an independently selected monovalent hydrocarbon group free of aliphatic unsaturation, subscript p ≥ 0, subscript q ≥ 0, subscript k ≥ 0, a quantity (p + q + k) ≥ 1, subscript r ≥ 0, subscript s ≥ 0, subscript t ≥ 0, subscript u ≥ 0, a quantity (r + t) ≥ 1, and a quantity (p + q + k + r + s + t + u) is sufficient to provide a molecular weight of at least 50 kDa to the polyorganosiloxane; an organohydrogensilicon compound having, per molecule, at least 3 silicon bonded hydrogen atoms; a hydrosilylation reaction catalyst; optionally a hydrosilylation reaction inhibitor; a polyorganosilicate resin; and optionally a solvent. a polyorganosiloxane having both aliphatically unsaturated groups and poly(meth)acrylate groups, wherein the polyorganosiloxane comprises unit formula: [R 3 w (R 5 -S-R")(OR 4) (2-w) Si-O 1/2] p [R 3 v (R 5 -S-R")(OR 4) (1-v) Si-O 2/2] q [(R 5 -S-R")Si-O 3/2] k (R 6 R 7 2 SiO 1/2) r (R 7 2 SiO 2/2) s (R 6 R 7 SiO 2/2) t (R 7 3 SiO 1/2) u, where each subscript w is independently 0, 1, or 2, each subscript v is independently 0 or 1, each R 3 is an independently selected monovalent hydrocarbon group; each R 4 is an independently selected alkyl group; each R 5 is an independently selected divalent hydrocarbon group, each R" is independently a (meth)acrylate polymer or copolymer, each R 6 is an independently selected aliphatically unsaturated monovalent hydrocarbon group, each R 7 is an independently selected monovalent hydrocarbon group free of aliphatic unsaturation, subscript p ≥ 0, subscript q ≥ 0, subscript k ≥ 0, a quantity (p + q + k) ≥ 1, subscript r ≥ 0, subscript s ≥ 0, subscript t ≥ 0, subscript u ≥ 0, a quantity (r + t) ≥ 1, and a quantity (p + q + k + r + s + t + u) is sufficient to provide a molecular weight of at least 50 kDa to the polyorganosiloxane; an organohydrogensilicon compound having, per molecule, at least 3 silicon bonded hydrogen atoms; a hydrosilylation reaction catalyst; optionally a hydrosilylation reaction inhibitor; a polyorganosilicate resin; and
A semiconductor device comprising: - a trench formed in a semiconductor substrate having sidewalls, a bottom, and corners between sidewalls and bottom, - a layer comprising a grown first dielectric material covering at least part of the sidewalls and the bottom of the trench, - the grown first dielectric material comprising a first part at a top inner wall of the trench and a second part at a bottom inner wall of the trench, the first part being thinner than the second part, - the layer of the grown first dielectric material includes one or more notches at one or more of the corners of the trench, characterized in that - one or more spacers are formed of a deposited second dielectric material filling the respective one or more notches in the layer of the grown first dielectric material, and in that - the dielectric constant of the deposited second dielectric material is higher than the dielectric constant of the grown first dielectric material. - a trench formed in a semiconductor substrate having sidewalls, a bottom, and corners between sidewalls and bottom, - a layer comprising a grown first dielectric material covering at least part of the sidewalls and the bottom of the trench, - the grown first dielectric material comprising a first part at a top inner wall of the trench and a second part at a bottom inner wall of the trench, the first part being thinner than the second part, - the layer of the grown first dielectric material includes one or more notches at one or more of the corners of the trench, - one or more spacers are formed of a deposited second dielectric material filling the respective one or more notches in the layer of the grown first dielectric material, and in that - the dielectric constant of the deposited second dielectric material is higher than the dielectric constant of the grown first dielectric material.
A secondary battery comprising: an electrode assembly comprising a first electrode, a second electrode and a separator between the first electrode and the second electrode; a first cover coupled to an upper end of the electrode assembly, and a second cover coupled to a lower end of the electrode assembly; an external member wrapped around side surfaces of the electrode assembly and the first and second covers; and a terminal protection member between the electrode assembly and the first cover. an electrode assembly comprising a first electrode, a second electrode and a separator between the first electrode and the second electrode; a first cover coupled to an upper end of the electrode assembly, and a second cover coupled to a lower end of the electrode assembly; an external member wrapped around side surfaces of the electrode assembly and the first and second covers; and a terminal protection member between the electrode assembly and the first cover.
A teat for a feeding bottle comprising: a base region for mounting over an opening of the feeding bottle; a tip region having a feeding opening; and an intermediate region between the base region and the tip region, wherein the intermediate region comprises a stimulation portion adapted for stimulating the incisive papilla thereby to promote serotonin release, wherein the stimulation portion comprises a projection, or a surface pattern or a portion of greater stiffness than the remainder of the teat, wherein the base region has a lip location which is for alignment with the outer surface of the lips of a user of teat when the teat is in use such that from the lip location forwards towards the tip region, the teat is inserted into the mouth of the user including between the lips, and the stimulation portion is located at a distance from the lip location in the range 8mm to 20mm. a base region for mounting over an opening of the feeding bottle; a tip region having a feeding opening; and an intermediate region between the base region and the tip region, wherein the intermediate region comprises a stimulation portion adapted for stimulating the incisive papilla thereby to promote serotonin release, wherein the stimulation portion comprises a projection, or a surface pattern or a portion of greater stiffness than the remainder of the teat, wherein the base region has a lip location which is for alignment with the outer surface of the lips of a user of teat when the teat is in use such that from the lip location forwards towards the tip region, the teat is inserted into the mouth of the user including between the lips, and the stimulation portion is located at a distance from the lip location in the range 8mm to 20mm.
A method for producing a solution containing high molecular weight isolated Streptococcus pneumoniae serotype 19A capsular polysaccharides, the method comprising: a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce serotype 19A capsular polysaccharides; b) fermenting said fermentation culture for less than 6 hours; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae serotype 19A capsular polysaccharides from said fermentation culture, wherein said high molecular weight isolated Streptococcus pneumoniae serotype 19A capsular polysaccharide has a molecular weight of at least 480 kD. a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce serotype 19A capsular polysaccharides; b) fermenting said fermentation culture for less than 6 hours; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae serotype 19A capsular polysaccharides from said fermentation culture,
Fuel injection valve for fuel injection systems of internal combustion engines, having a valve longitudinal axis, having an excitable actuator (1, 2, 17) for activating a valve closing element, which interacts with a valve seat face provided on a valve seat element, and having at least one injection opening, and having metallic components which are permanently connected to one another by pressing, wherein the permanent press connection of at least two metallic components (2, 5, 6, 44) of the fuel injection valve is distinguished in that at least one of the component partners has, in its pressing region (a, b, c, a'), at least two successive zones or partial zones (I, II, III) which have a structure with grooves, characterized in that the profile depth of the grooves of individual zones or partial zones (I, II, III) differs, and in that the pressing region (a, b, c, a') is successively composed of an insertion chamfer, a cylindrical pressing section and a welding region.
Suspension device for a vehicle seat, comprising an upper suspension portion and a lower suspension portion, which are interconnected by a first swivel connector and a second swivel connector, and the first and the second swivel connector are pivoted in each case about a swivel pin (7, 8) in the case of an oscillating movement of the upper suspension portion relative to the lower suspension portion, characterised in that, a first toothed wheel element which is rotatable about a first axis of rotation is arranged on the first swivel connector for adjusting a position of a first spring unit, by means of which a spring force and a spring rate of the suspension device is changeable, the first toothed wheel element being in operative contact with a second toothed wheel element which is rotatable about a second axis of rotation.
A fluid-tight line gland for introducing an electrical conductor into a high-pressure chamber, with a housing and with an electrical conductor penetrating the housing, characterized in that between the housing and the electrical conductor a ceramic insulator is positioned, wherein the ceramic insulator is divided, subject to forming a conical separating plane, is divided into a first insulator segment facing the electrical conductor and a second insulator segment facing the housing, and wherein between the two segments (7, 8) an armouring consisting of an electrically conductive material is positioned, which is connected to the two segments (7, 8) and the housing.