mhurhangee/ep-ind-claims huggingface dataset:
An elevator system comprising: an elevator car configured to travel through an elevator shaft; a first guide beam extending vertically through the elevator shaft, the first guide beam comprising a first surface and a second surface opposite the first surface; a beam climber system configured to move the elevator car through the elevator shaft, the beam climber system comprising: a first wheel in contact with the first surface; and a first electric motor configured to rotate the first wheel; and a controller configured to determine wheel slippage in a low friction area along the first guide beam; characterized by: a position reference system configured to detect a location of the elevator car when the wheel slippage is detected. an elevator car configured to travel through an elevator shaft; a first guide beam extending vertically through the elevator shaft, the first guide beam comprising a first surface and a second surface opposite the first surface; a beam climber system configured to move the elevator car through the elevator shaft, the beam climber system comprising: a first wheel in contact with the first surface; and a first electric motor configured to rotate the first wheel; and a controller configured to determine wheel slippage in a low friction area along the first guide beam; characterized by: a position reference system configured to detect a location of the elevator car when the wheel slippage is detected. a first wheel in contact with the first surface; and a first electric motor configured to rotate the first wheel; and a controller configured to determine wheel slippage in a low friction area along the first guide beam; characterized by: a position reference system configured to detect a location of the elevator car when the wheel slippage is detected.
A computer-implemented method of processing medical images, performed by a computer processor and comprising the steps of: a) obtaining one or more atlases, each atlas comprising one or more images in which one or more anatomical features have been labelled with label data; b) obtaining a plurality of unlabelled images; c) comparing the labelled and unlabelled images and selecting one or more unlabelled images that most closely resemble one or more of the labelled images; d) to each of those one or more selected images, propagating label data from one or more of the closest of the labelled images, thereby labelling the one or more corresponding anatomical features of each of the one or more selected images and causing the one or more selected images to become one or more labelled images; and e) iteratively repeating from step c), thereby labelling others of the unlabelled images. a) obtaining one or more atlases, each atlas comprising one or more images in which one or more anatomical features have been labelled with label data; b) obtaining a plurality of unlabelled images; c) comparing the labelled and unlabelled images and selecting one or more unlabelled images that most closely resemble one or more of the labelled images; d) to each of those one or more selected images, propagating label data from one or more of the closest of the labelled images, thereby labelling the one or more corresponding anatomical features of each of the one or more selected images and causing the one or more selected images to become one or more labelled images; and e) iteratively repeating from step c), thereby labelling others of the unlabelled images.
A support apparatus for the production of electric energy storage devices; the apparatus comprises: - a support element, which is linearly movable along a feeding plane, through which a material is fed, and is configured to move in an intermittent manner along a predefined stroke supporting the material in a continuous manner; - a first actuator system; - a second actuator system, which is configured to drive the support element along the predefined stroke in an intermittent manner; - a first roller, which is mounted on board said support element and is configured to be driven to rotate at a variable speed by the first actuator system; - a second roller, which is opposite the first roller and is arranged on the opposite side relative to the feeding plane so as to cause the material to move between the first and the second roller; the first actuator system being configured to control the speed at least of the first roller compensating for the intermittent movement of the support element and substantially preserving a rolling condition between the first roller and the material. - a support element, which is linearly movable along a feeding plane, through which a material is fed, and is configured to move in an intermittent manner along a predefined stroke supporting the material in a continuous manner; - a first actuator system; - a second actuator system, which is configured to drive the support element along the predefined stroke in an intermittent manner; - a first roller, which is mounted on board said support element and is configured to be driven to rotate at a variable speed by the first actuator system; - a second roller, which is opposite the first roller and is arranged on the opposite side relative to the feeding plane so as to cause the material to move between the first and the second roller;
A heating roller in which a heating target portion of a roller main body is heated, comprising a heat equalizing member which is cylindrical in shape and is in contact with an inner circumferential surface of the heating target portion, characterized in that thermal conductivity in an axial direction of the heat equalizing member is higher than thermal conductivity of at least the inner circumferential surface of the heating target portion, and in the heat equalizing member, thermal conductivity in a radial direction is lower than thermal conductivity in the axial direction. a heat equalizing member which is cylindrical in shape and is in contact with an inner circumferential surface of the heating target portion, characterized in that thermal conductivity in an axial direction of the heat equalizing member is higher than thermal conductivity of at least the inner circumferential surface of the heating target portion, and in the heat equalizing member, thermal conductivity in a radial direction is lower than thermal conductivity in the axial direction.
A device for adjusting an air flow rate flowing in an air duct, including: - a tubular body extending along an axis, intended to be fluidly connected to the air duct; - a ring pivotally mounted on an end portion of the body about the axis of this body; characterized in that at least one flap extends within the body and is able to pivot about an axis transverse to the axis of the body, to occupy a plurality of positions corresponding to a plurality of air passage sections, each flap being provided with a male drive means, and the ring being provided with a female drive means, or vice versa, the male drive means and the female drive means being arranged such that, in response to a pivoting of the ring on the body, the male drive means cooperates with the female drive means in order to change the position of each flap, and as a result the air passage section. - a tubular body extending along an axis, intended to be fluidly connected to the air duct; - a ring pivotally mounted on an end portion of the body about the axis of this body;
A musical instrument controller (10, 20) comprising: a reception means that receives a sound emission start signal which is transmitted on the basis of a musical performance operation from a musical performance device; a sensor that detects an amount of displacement from a reference position; and a control means (20, 2011) that generates a control signal on the basis of the amount of displacement from the reference position and transmits the control signal to a sound generation device, wherein the control means (20, 2011) sets the reference position on the basis of the sound emission start signal which is received from the musical performance device, musical instrument controller (10, 20) being characterized in that the sensor is a triaxial acceleration sensor, and the amount of displacement from the reference position is a value indicating an amount of inclination from a posture. a reception means that receives a sound emission start signal which is transmitted on the basis of a musical performance operation from a musical performance device; a sensor that detects an amount of displacement from a reference position; and a control means (20, 2011) that generates a control signal on the basis of the amount of displacement from the reference position and transmits the control signal to a sound generation device, wherein the control means (20, 2011) sets the reference position on the basis of the sound emission start signal which is received from the musical performance device, musical instrument controller (10, 20) being characterized in that the sensor is a triaxial acceleration sensor, and the amount of displacement from the reference position is a value indicating an amount of inclination from a posture.
Machine tool or hand-held tool, in particular a hand-held power tool, comprising a minimal quantity lubricating system for dispensing a lubricating fluid for cooling and/or lubricating a material machining process, said minimal quantity lubricating system comprising - at least one oscillating unit, which is set up to generate a working motion of the machine tool or of the tool; - an electronic unit for applying at least control and/or regulation signals to the at least one oscillating unit, - an operating voltage unit for providing an electric power supply to the electronic unit; - a storage container for the lubricating fluid; - at least one nozzle, which is assigned to the at least one oscillating unit to supply and to atomize the lubricating fluid in a working region of the tool, wherein a fluid feed line connects the storage container to the oscillating unit for self-priming, in particular capillary, supply of the lubricating fluid, and at least one fluid duct extending through the oscillating unit at least in part connects the oscillating unit to the nozzle to pulse the lubricating fluid; and wherein the at least one oscillating unit comprises a volume containing excitable material, which is supplied electrically by the operating voltage unit (17, 70) during operation and is controlled or regulated by the electronic unit such that an atomizing pulse can be applied to the lubricating fluid in the fluid duct when the working motion of the tool is generated. - at least one oscillating unit, which is set up to generate a working motion of the machine tool or of the tool; - an electronic unit for applying at least control and/or regulation signals to the at least one oscillating unit, - an operating voltage unit for providing an electric power supply to the electronic unit; - a storage container for the lubricating fluid; - at least one nozzle, which is assigned to the at least one oscillating unit to supply and to atomize the lubricating fluid in a working region of the tool,
A sunscreen composition comprising: a surfactant system; a solvent system; and an organic UV absorbing material, wherein the surfactant system comprises at least one silicon based surfactant and at least one nonionic Gemini surfactant, wherein said sunscreen composition is substantially anhydrous, and wherein said organic UV-absorbing material is soluble in said solvent system. a surfactant system; a solvent system; and an organic UV absorbing material,
Suspension element (1, 100) of a vehicle, comprising a coil spring (4, 104), and a bearing part (3, 103) provided with a main stop (9, 109), the spring (4, 104) being mounted on the bearing part (4, 104) in such a manner that a first end (10, 110) of said spring (4, 104) comes to bear against the main stop (9, 109), characterized in that the bearing part comprises a secondary stop placed in front of the main stop, against which secondary stop the first end of the spring bears during a method for assembling said suspension element, said secondary stop being capable of moving away under the effect of pressure exerted by the spring on said secondary stop during a stage of compressing the spring after said spring has pivoted about its rotational axis during a stage involving straightening said spring, so that a second end of the spring is made to interact with a centering element, in order to come to bear against the main stop.
An apparatus, comprising means for performing: receiving, at a second network entity from a first network entity, information identifying a subscription and information comprising one or more attributes associated with the identified subscription, wherein the attributes relate to management of an emission of heartbeat notifications at the second network entity for the identified subscription; associating, by the second network entity, the attributes with the identified subscription based on the received information; associating, by the second network entity, the attributes with a communication channel between the second network entity and a third network entity relating to the subscription; and starting the emission of the heartbeat notifications from the second network entity to the third network entity according to the information received by the second network entity from the first network entity. receiving, at a second network entity from a first network entity, information identifying a subscription and information comprising one or more attributes associated with the identified subscription, wherein the attributes relate to management of an emission of heartbeat notifications at the second network entity for the identified subscription; associating, by the second network entity, the attributes with the identified subscription based on the received information; associating, by the second network entity, the attributes with a communication channel between the second network entity and a third network entity relating to the subscription; and starting the emission of the heartbeat notifications from the second network entity to the third network entity according to the information received by the second network entity from the first network entity.
An article, comprising: a glass-based substrate comprising opposing major surfaces; a crack mitigating stack disposed on one of the major surfaces; and a scratch-resistant film disposed on the crack mitigating stack, the film comprising an elastic modulus greater than or equal to the elastic modulus of the glass-based substrate, wherein the crack mitigating stack comprises one or more bi-layers, wherein each bi-layer is defined by: (a) a first layer comprising an organosilicate material, and (b) a second layer comprising an organosilicate material over the first layer, the first layer comprising a lower elastic modulus than the elastic modulus of the second layer, wherein the scratch-resistant film comprises at least one of a metal-containing oxide, a metal-containing oxynitride, a metal-containing nitride, a metal-containing carbide, a silicon-containing polymer, a carbon, a semiconductor, and combinations thereof, and further wherein the article is characterized by an average flexural strength that is at least 70% of an average flexural strength of the substrate. a glass-based substrate comprising opposing major surfaces; a crack mitigating stack disposed on one of the major surfaces; and a scratch-resistant film disposed on the crack mitigating stack, the film comprising an elastic modulus greater than or equal to the elastic modulus of the glass-based substrate, wherein the crack mitigating stack comprises one or more bi-layers, wherein each bi-layer is defined by: (a) a first layer comprising an organosilicate material, and (b) a second layer comprising an organosilicate material over the first layer, the first layer comprising a lower elastic modulus than the elastic modulus of the second layer, wherein the scratch-resistant film comprises at least one of a metal-containing oxide, a metal-containing oxynitride, a metal-containing nitride, a metal-containing carbide, a silicon-containing polymer, a carbon, a semiconductor, and combinations thereof, and further wherein the article is characterized by an average flexural strength that is at least 70% of an average flexural strength of the substrate.
A method for recovering and purifying lithium from a lithium containing material comprising the steps of a) passing a process solution containing lithium salt and other elements through an acid cation exchange resin, which process solution has a pH of 3-5.5 and is passed through the acid cation exchange resin at a rate of 0.5-6 BVs/h in a chromatographic separation, b) collecting a lithium raffinate at 0-1 BVs while the other elements are retained in the cation exchange resin until operating capacity is reached, c) optionally flushing out residual lithium as lithium hydroxide with a monoprotic hydroxide, d) eluting the other elements from the acid cation exchange resin with 1-4 BVs of a strong acid solution to obtain an eluate, which strong acid solution is fed at a rate of 1-6 BVs/h, e) washing the acid cation exchange resin with 0.5-2 BVs of water to remove residual eluate, and f) regenerating the acid cation exchange resin with a 2-25 wt% monoprotic hydroxide solution, which is fed through the acid cation exchange resin at a rate of 1-6 BVs/h. a) passing a process solution containing lithium salt and other elements through an acid cation exchange resin, which process solution has a pH of 3-5.5 and is passed through the acid cation exchange resin at a rate of 0.5-6 BVs/h in a chromatographic separation, b) collecting a lithium raffinate at 0-1 BVs while the other elements are retained in the cation exchange resin until operating capacity is reached, c) optionally flushing out residual lithium as lithium hydroxide with a monoprotic hydroxide, d) eluting the other elements from the acid cation exchange resin with 1-4 BVs of a strong acid solution to obtain an eluate, which strong acid solution is fed at a rate of 1-6 BVs/h, e) washing the acid cation exchange resin with 0.5-2 BVs of water to remove residual eluate, and f) regenerating the acid cation exchange resin with a 2-25 wt% monoprotic hydroxide solution, which is fed through the acid cation exchange resin at a rate of 1-6 BVs/h.
A system, comprising: a housing comprising a down hole tool or a wireline tool, the housing to store a parsing instructions file and a binary configuration file; and a surface computer comprising software configured to; parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface; receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software. a housing comprising a down hole tool or a wireline tool, the housing to store a parsing instructions file and a binary configuration file; and a surface computer comprising software configured to; parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface; receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software. parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface; receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software.
Monitoring system for a well stream from at least one hydrocarbon well with seawater injection, characterised in that the monitoring system is connectable to a well stream sample point for receiving a sample of the well stream, wherein the monitoring system comprises a sample receiving system, a sample preparation system and an analysing system; - wherein the sample receiving system comprises - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - wherein the sample preparation system comprises a filter for filtering the separated water fraction; and - wherein the analysing system comprises an x-ray fluorescence analyser for measurement of the concentration of at least one of the following dissolved elements Fe, Ba, Ca, S, Cl, P, Cu, Zn, Pb, Br or scale inhibitor tracers in the filtered water sample. - wherein the sample receiving system comprises - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - wherein the sample preparation system comprises a filter for filtering the separated water fraction; and - wherein the analysing system comprises an x-ray fluorescence analyser for measurement of the concentration of at least one of the following dissolved elements Fe, Ba, Ca, S, Cl, P, Cu, Zn, Pb, Br or scale inhibitor tracers in the filtered water sample.