mhurhangee/patent-ind-claim-en huggingface dataset:
Metallic strength member rubberized with a sulfur-crosslinkable, essentially cobalt-free rubberization mixture, wherein the metallic strength member is a steel cord containing one or more filaments, - wherein the filaments comprise a steel substrate filament and a coating that partly or completely covers the steel substrate filament, - wherein the coating comprises brass consisting of copper and zinc, and - wherein the coating is enriched with iron in the form of particles having a size between 10 and 10 000 nm in the brass, characterized in that the rubberization mixture contains 0.5 to 3 phr (parts by weight, based on 100 parts by weight of all rubbers in the mixture) of at least one sulfenimide accelerator and/or at least one dibenzylamine-based sulfenamide accelerator. wherein the metallic strength member is a steel cord containing one or more filaments, - wherein the filaments comprise a steel substrate filament and a coating that partly or completely covers the steel substrate filament, - wherein the coating comprises brass consisting of copper and zinc, and - wherein the coating is enriched with iron in the form of particles having a size between 10 and 10 000 nm in the brass, - wherein the filaments comprise a steel substrate filament and a coating that partly or completely covers the steel substrate filament, - wherein the coating comprises brass consisting of copper and zinc, and - wherein the coating is enriched with iron in the form of particles having a size between 10 and 10 000 nm in the brass, characterized in that the rubberization mixture contains 0.5 to 3 phr (parts by weight, based on 100 parts by weight of all rubbers in the mixture) of at least one sulfenimide accelerator and/or at least one dibenzylamine-based sulfenamide accelerator.
A system for detecting variation of heart rate, HR, of a user , comprising: - an optical sensing unit for measuring a heartbeat-related optical signal of said user over time in a first sensing mode at a first sampling rate; - a processing unit for deriving an HR-variation signal from said heartbeat-related optical signal; - an analyzing unit for comparing said derived HR-variation signal to a reference HR range; and - an initiating unit configured to control the optical sensing unit to switch from the first sensing mode, in which the optical sensing unit has already performed an optical measurement of the user , into a second sensing mode with a second sampling rate which corresponds to a higher sampling rate than the first sensing mode if the analyzing unit has detected that the HR-variation signal in the first sensing mode is not within the reference HR range, wherein the initiating unit is configured to initiate a process for measuring an ECG signal of said user if the analyzing unit has detected that the HR-variation signal in the second sensing mode is not within the reference HR range. - an optical sensing unit for measuring a heartbeat-related optical signal of said user over time in a first sensing mode at a first sampling rate; - a processing unit for deriving an HR-variation signal from said heartbeat-related optical signal; - an analyzing unit for comparing said derived HR-variation signal to a reference HR range; and - an initiating unit configured to control the optical sensing unit to switch from the first sensing mode, in which the optical sensing unit has already performed an optical measurement of the user , into a second sensing mode with a second sampling rate which corresponds to a higher sampling rate than the first sensing mode if the analyzing unit has detected that the HR-variation signal in the first sensing mode is not within the reference HR range,
A hybrid drive module for a motor vehicle, having at least one clutch and having at least one electric machine , wherein the clutch has an outer disc carrier and an inner disc carrier , wherein outer discs are arranged on the outer disc carrier and inner discs are arranged on the inner disc carrier , wherein the outer disc carrier can be connected and/or is connected operatively to the rotor of the electric machine and a transmission input shaft , wherein the inner disc carrier can be connected and/or is connected operatively to an internal combustion engine, and wherein a dual-mass flywheel and a centrifugal force pendulum are arranged spatially separated from one another, characterized in that the centrifugal force pendulum is connected operatively to the inner disc carrier .
A high-temperature and crack resistant optical communication cable comprising: an extruded cable body formed from a polymer material, the cable body having an inner surface defining a channel within the cable body; a plurality of optical transmission elements located within the channel; a reinforcement sheet having a first lateral edge and an opposing second lateral edge , the reinforcement sheet wrapped around the plurality of optical transmission elements such that the first lateral edge of the reinforcement sheet overlaps the second lateral edge of the reinforcement sheet forming a reinforcement overlap portion ; and an adhesion barrier layer wrapped around the wrapped reinforcement sheet , wherein the adhesion barrier layer is an uninterrupted adhesion barrier layer such that the adhesion barrier layer acts to limit adhesion between the polymer material of the cable body and an outer surface of the wrapped reinforcement sheet ; characterised in that the adhesion barrier layer has a first lateral edge and a second lateral edge , such that the first lateral edge of the adhesion barrier layer overlaps the second lateral edge of the adhesion barrier layer forming an adhesion barrier overlap portion , and in that the adhesion barrier layer has a thickness between 200 micrometers and 400 micrometers, wherein the adhesion barrier layer includes at least one section having an outer surface area of 50 square centimeters in which the maximum penetration of the polymer material of the cable body into the adhesion barrier layer is less than 90% of the thickness of the adhesion barrier layer. an extruded cable body formed from a polymer material, the cable body having an inner surface defining a channel within the cable body; a plurality of optical transmission elements located within the channel; a reinforcement sheet having a first lateral edge and an opposing second lateral edge , the reinforcement sheet wrapped around the plurality of optical transmission elements such that the first lateral edge of the reinforcement sheet overlaps the second lateral edge of the reinforcement sheet forming a reinforcement overlap portion ; and an adhesion barrier layer wrapped around the wrapped reinforcement sheet , wherein the adhesion barrier layer is an uninterrupted adhesion barrier layer such that the adhesion barrier layer acts to limit adhesion between the polymer material of the cable body and an outer surface of the wrapped reinforcement sheet ; characterised in that the adhesion barrier layer has a first lateral edge and a second lateral edge , such that the first lateral edge of the adhesion barrier layer overlaps the second lateral edge of the adhesion barrier layer forming an adhesion barrier overlap portion , and in that the adhesion barrier layer has a thickness between 200 micrometers and 400 micrometers, wherein the adhesion barrier layer includes at least one section having an outer surface area of 50 square centimeters in which the maximum penetration of the polymer material of the cable body into the adhesion barrier layer is less than 90% of the thickness of the adhesion barrier layer.
A workstation comprising a chassis having a base frame and a monitor frame assembly , said base frame defining a work area at its proximal end for accommodating a user therein, in use, wherein a desk unit is mounted laterally across said work area and provides a work surface for use by a user accommodated in said work area , in use, said monitor frame assembly comprising an outer frame, extending laterally across said base frame and upwardly from its distal end, and an inner frame mounted within said outer frame and configured to receive thereon a plurality of monitor brackets , wherein said desk unit is longitudinally adjustable relative to said base frame so as to selectively adjust its distance from the monitor frame assembly , and said inner frame is vertically adjustable within, and relative to, said outer frame so as to selectively adjust its height relative to said base frame ; and further wherein respective locking means are provided to releasably lock said desk unit and said inner frame in a selected position; wherein said inner frame comprises a generally square or rectangular frame member having a generally central, cross-shaped intersecting member therein to define four, generally square or rectangular openings , wherein the inner side edges of said intersecting member are configured to have coupled thereto one or more monitor brackets ; and, wherein said intersecting member comprises, along its inner side edges, a longitudinal track configured to receive a locking member configured to be coupled to an angle bracket of the one or more monitor brackets. wherein said inner frame comprises a generally square or rectangular frame member having a generally central, cross-shaped intersecting member therein to define four, generally square or rectangular openings , wherein the inner side edges of said intersecting member are configured to have coupled thereto one or more monitor brackets ; and, wherein said intersecting member comprises, along its inner side edges, a longitudinal track configured to receive a locking member configured to be coupled to an angle bracket of the one or more monitor brackets.
An acromioclavicular artificial ligament , which artificial ligament comprises an elongated main body made of biocompatible material, which main body has a first longitudinal end apt to be secured to the clavicle and a second longitudinal end apt to be secured to the acromion, wherein said main body has an elongated central portion defining a continuous ligamentous element between said first and second longitudinal end and formed by a plurality of thread-like elements, wherein said main body further has an enlarged portion arranged in a longitudinally intermediate position and characterized in that said plurality of thread-like elements are arranged alongside each other and extending without interruptions or cuts and in that said enlarged portion defines a pair of anchoring regions for anchoring a residual physiological ligament element, which anchoring regions extend bilaterally with respect to said elongated central portion , wherein said anchoring regions are each shaped as an angle or arrowhead.
Drive train for a vehicle, having at least one gearbox (G, G2), the at least one gearbox (G, G2) having the following: - a primary input shaft which is designed to be connected to a primary drive ; - a secondary input shaft which is designed to be connected to a secondary drive ; - an output shaft which is designed to output power which has been introduced into the at least one gearbox (G, G2) by means of the primary input shaft ; and - a planetary gear train (UG, UG2) which is designed to steplessly adjust a gear ratio between the primary input shaft and the output shaft on the basis of the speed of the secondary input shaft . - a primary input shaft which is designed to be connected to a primary drive ; - a secondary input shaft which is designed to be connected to a secondary drive ; - an output shaft which is designed to output power which has been introduced into the at least one gearbox (G, G2) by means of the primary input shaft ; and - a planetary gear train (UG, UG2) which is designed to steplessly adjust a gear ratio between the primary input shaft and the output shaft on the basis of the speed of the secondary input shaft .
An interference cancellation system comprising: a filter configured to filter an incoming signal having an associated signal-to-noise metric and to output therefrom a filtered signal having an interference attribute of the incoming signal by amplification and/or isolation, wherein the filtered signal includes interference signals defined by the interference attribute; a signal detection circuit configured to detect the interference attribute in the filtered signal, the interference attribute defining the interference signals in terms of one or more of timing, amplitude, phase, and pulse shape; synthesis circuitry configured to synthesize interference in the incoming signal based on the interference attribute; and signal-generation circuitry configured to generate, in response to the synthesized interference in the incoming signal, a filtered version of the incoming signal which provides an improved signal-to-noise metric, the interference cancellation system being characterized in that it further includes circuitry to provide data that identifies a priori characteristics of the incoming signal , wherein the a priori characteristics include frequencies of active AM stations. a filter configured to filter an incoming signal having an associated signal-to-noise metric and to output therefrom a filtered signal having an interference attribute of the incoming signal by amplification and/or isolation, wherein the filtered signal includes interference signals defined by the interference attribute; a signal detection circuit configured to detect the interference attribute in the filtered signal, the interference attribute defining the interference signals in terms of one or more of timing, amplitude, phase, and pulse shape; synthesis circuitry configured to synthesize interference in the incoming signal based on the interference attribute; and signal-generation circuitry configured to generate, in response to the synthesized interference in the incoming signal, a filtered version of the incoming signal which provides an improved signal-to-noise metric, the interference cancellation system being characterized in that it further includes circuitry to provide data that identifies a priori characteristics of the incoming signal , wherein the a priori characteristics include frequencies of active AM stations.
A process for the production of a mould core for the one-part production of wind power installation rotor blades, comprising the steps: - providing a flexible hollow body, for example a film tube, - inserting the hollow body between at least two mould portions which are so arranged relative to each other that they form a negative shape of the rotor blade to be produced, - filling the hollow body with loose material prior to and after insertion of the hollow body between the mould portions, and - producing a reduced pressure in the hollow body after it has been filled and inserted in such a way that the hollow body solidifies, wherein prior to the insertion step the hollow body is partially filled with loose material and completely filled after the insertion step. - providing a flexible hollow body, for example a film tube, - inserting the hollow body between at least two mould portions which are so arranged relative to each other that they form a negative shape of the rotor blade to be produced, - filling the hollow body with loose material prior to and after insertion of the hollow body between the mould portions, and - producing a reduced pressure in the hollow body after it has been filled and inserted in such a way that the hollow body solidifies,
An inhibitor of LIGHT (p30 polypeptide) for use in (a) reducing or inhibiting lung or airway inflammation; (b) treating a respiratory disease or disorder, wherein the respiratory disease or disorder is selected from asthma, allergic asthma, bronchiolitis and pleuritis; (c) treating an interstitial or pulmonary disease or disorder, wherein the interstitial or pulmonary disease or disorder is selected from Idiopathic pulmonary fibrosis and Interstitial Lung Disease; or (d) treating a fibrotic disease or disorder, in a subject, wherein the inhibitor of LIGHT (p30 polypeptide) comprises an antibody or subsequence thereof that specifically binds to LIGHT (p30 polypeptide). (a) reducing or inhibiting lung or airway inflammation; (b) treating a respiratory disease or disorder, wherein the respiratory disease or disorder is selected from asthma, allergic asthma, bronchiolitis and pleuritis; (c) treating an interstitial or pulmonary disease or disorder, wherein the interstitial or pulmonary disease or disorder is selected from Idiopathic pulmonary fibrosis and Interstitial Lung Disease; or (d) treating a fibrotic disease or disorder, in a subject, wherein the inhibitor of LIGHT (p30 polypeptide) comprises an antibody or subsequence thereof that specifically binds to LIGHT (p30 polypeptide).
Plant cultivation system for plant cultivation, which comprises: - a base element , - an irrigation vessel for receiving water (W) and at least one plant tray , wherein the irrigation vessel is arranged or can be arranged removably on the base element , and - at least one pump unit which comprises a pump element for pumping water out of the irrigation vessel into the at least one plant tray , and which comprises a drive unit for the pump element , wherein the pump element can be driven by the drive unit by means of magnetic force, characterized in that the drive unit comprises at least one coil which can be connected to a power circuit and the pump element comprises at least one pump membrane and/or the drive unit comprises at least one movable magnet and the pump element comprises at least one pump membrane , and wherein a magnet or ferromagnetic material is fastened to the pump membrane . - a base element , - an irrigation vessel for receiving water (W) and at least one plant tray , wherein the irrigation vessel is arranged or can be arranged removably on the base element , and - at least one pump unit which comprises a pump element for pumping water out of the irrigation vessel into the at least one plant tray , and which comprises a drive unit for the pump element ,
A cartridge of an e-vaping device , comprising: an outer container extending in a longitudinal direction; a conduit within the outer container; a storage portion between the outer container and the conduit, the storage portion being configured to store pre-vapor formulation ingredients, and including a plurality of chambers , wherein the plurality of chambers are arranged in such a way that the totality of the plurality of chambers surround the conduit at a position along the longitudinal direction; a plurality of wicks , each of the wicks being in fluid communication with one of the plurality of chambers and the conduit and being configured to deliver one or more ingredients in each of the plurality of chambers to the conduit; and a heater operatively coupled to one or more of the plurality of wicks. an outer container extending in a longitudinal direction; a conduit within the outer container; a storage portion between the outer container and the conduit, the storage portion being configured to store pre-vapor formulation ingredients, and including a plurality of chambers , wherein the plurality of chambers are arranged in such a way that the totality of the plurality of chambers surround the conduit at a position along the longitudinal direction; a plurality of wicks , each of the wicks being in fluid communication with one of the plurality of chambers and the conduit and being configured to deliver one or more ingredients in each of the plurality of chambers to the conduit; and a heater operatively coupled to one or more of the plurality of wicks.
A method for changing a termination point of a radio bearer, the method being performed by a target base station (104A/B, 106A/B) and comprising the steps of: determining , by one or more processors, a change in the termination point from a source base station (104A/B, 106A/B) to a target base station for the radio bearer with a current count value according to data unit sequencing, the current count value including a hyper frame number and a packet data convergence protocol sequence number; determining , by the one or more processors, whether the data unit sequencing changes as a result of the change in the termination point, wherein the change in the termination point results in a packet data convergence protocol version change, and wherein the change in the termination point is from an evolved node B to a 5G node B, from a 5G node B to an evolved node B, or from an evolved node B to another evolved node B; receiving, from the source base station, a sequence number status transfer message including the current count value; in a first instance, in response to determining that the data unit sequencing does not change, applying the current count value to the radio bearer; and in a second instance, in response to determining that the data unit sequencing changes, ignoring the current count value and applying a new count value different from the current count value to the radio bearer. determining , by one or more processors, a change in the termination point from a source base station (104A/B, 106A/B) to a target base station for the radio bearer with a current count value according to data unit sequencing, the current count value including a hyper frame number and a packet data convergence protocol sequence number; determining , by the one or more processors, whether the data unit sequencing changes as a result of the change in the termination point, wherein the change in the termination point results in a packet data convergence protocol version change, and wherein the change in the termination point is from an evolved node B to a 5G node B, from a 5G node B to an evolved node B, or from an evolved node B to another evolved node B; receiving, from the source base station, a sequence number status transfer message including the current count value; in a first instance, in response to determining that the data unit sequencing does not change, applying the current count value to the radio bearer; and in a second instance, in response to determining that the data unit sequencing changes, ignoring the current count value and applying a new count value different from the current count value to the radio bearer.
A no-back brake mechanism or a torque limiter mechanism, comprising a plurality of rollers each mounted within a respective roller cage , the roller cages being articulated about an axis such that rotation of the rollers in a first direction causes no movement of the cages about their axis and rotation of the rollers in a second direction opposite the first direction causes the cages to rotate with respect to their axis characterised in that each roller is mounted within its own cage each mounted rotatable on its own axis (B), the axes (B) of the plurality of cages being arranged in a ring, the rollers are in surface contact with an input shaft plate , the diameter of the ring being greater than that of the input shaft plate such that the cage axes (B) are radially outwards from the edge of the input shaft plate .