mhurhangee/ep-ind-claims huggingface dataset:
Combined agricultural machine comprising a planting device, especially a potato-planting device having at least one storage container, an extraction device associated with it and a setting plough, a loosening tool for seedbed preparation arranged in travelling direction before the planting device as well as a downstream mounted end damming device, preferably a dam-forming sheet metal, wherein the machine is constructed as a lifting machine for connection to a tractor, wherein said machine is constructed as a lifting machine having no chassis, characterized in that when the machine is in operating position, the tractor largely bears only the load of the weight of the storage container and the majority of the weight of the connected machine is supported on the end damming device and that a roller for disintegrating the soil is placed before the loosening tool.
A light emitting device comprising: a first light source comprising a first blue light emitting element and a first phosphor layer, the first blue light emitting element emitting the first blue light, the first phosphor layer including a first red phosphor that is excited by the first blue light to emit the first red light; characterised in that the first light source is configured to perform an operation of blinking first emission light including first blue light and first red light; and a second light source comprising a second blue light emitting element and a second phosphor layer, the second blue light emitting element emitting second blue light, the second phosphor layer including a second red phosphor and a green phosphor, the second red phosphor being excited by the second blue light to emit the second red light, the green phosphor being excited by the second blue light to emit the green light, wherein the first red phosphor has a longer afterglow time than that of the second red phosphor, and the second light source is configured to perform an operation of blinking second emission light independently of the operation of blinking the first emission light by the first light source, the second emission light including second red light and green light, wherein the light emitting device is configured to turn off the second light source after the first light source is turned off. a first light source comprising a first blue light emitting element and a first phosphor layer, the first blue light emitting element emitting the first blue light, the first phosphor layer including a first red phosphor that is excited by the first blue light to emit the first red light; characterised in that the first light source is configured to perform an operation of blinking first emission light including first blue light and first red light; and a second light source comprising a second blue light emitting element and a second phosphor layer, the second blue light emitting element emitting second blue light, the second phosphor layer including a second red phosphor and a green phosphor, the second red phosphor being excited by the second blue light to emit the second red light, the green phosphor being excited by the second blue light to emit the green light, wherein the first red phosphor has a longer afterglow time than that of the second red phosphor, and the second light source is configured to perform an operation of blinking second emission light independently of the operation of blinking the first emission light by the first light source, the second emission light including second red light and green light, wherein the light emitting device is configured to turn off the second light source after the first light source is turned off.
Bearing plate (5; 6; 7; 8; 9; 10) for an electric motor having a rotor and a stator, wherein the bearing plate (5; 6; 7; 8; 9; 10) has a receptacle for a bearing for supporting a shaft of the rotor, and wherein the bearing plate (5; 6; 7; 8; 9; 10) is arranged in a housing of the electric motor, wherein the bearing plate (5; 6; 7; 8; 9; 10) has a power conduction system (13, 23, 24, 60; 86, 87, 88; 92, 93, 94) which is configured to connect at least one winding of the stator to a power terminal and/or to a further winding of the stator, wherein the bearing plate (5; 6; 7; 8; 9; 10) has at least one opening in order to lead a connection of the winding through the bearing plate (5; 6; 7; 8; 9; 10), wherein the power conduction system (13, 23, 24, 60; 86, 87, 88; 92, 93, 94) is attached to the bearing plate (5; 6; 7; 8; 9; 10) by means of at least one securing element (174, 19, 20), characterized in that the securing element (17, 19, 20) has at least one latching projection which is configured to attach the power conduction system (13, 23, 24, 60; 86, 87, 88; 92, 93, 94) to the securing element (17, 19, 20).
An insert configured for a semen cup, wherein the semen cup includes an open end and a peripheral cup wall with an inner surface and an outer surface, the insert comprises: an inwardly extending flange structure [220; 1030] with a first open end defining a large inlet opening and a second open end defining a smaller outlet opening, and further defining a penis-engaging surface; wherein the inwardly extending flange structure [220; 1030] extends inwardly from the upper end of a ring-shaped peripheral wall, and the insert being characterised in that said ring-shaped peripheral insert wall having a peripherally extending outer surface configured to complementarily engage the inner surface of the peripheral cup wall, and wherein at least one of the upper portion of the inwardly extending flange structure [220; 1030] or the peripherally extending outer surface of the peripheral insert wall includes one or more air channels or holes extending therethrough for providing air flow communication between the inside of the cup and the outside of the cup during use. an inwardly extending flange structure [220; 1030] with a first open end defining a large inlet opening and a second open end defining a smaller outlet opening, and further defining a penis-engaging surface; wherein the inwardly extending flange structure [220; 1030] extends inwardly from the upper end of a ring-shaped peripheral wall, and the insert being characterised in that said ring-shaped peripheral insert wall having a peripherally extending outer surface configured to complementarily engage the inner surface of the peripheral cup wall, and wherein at least one of the upper portion of the inwardly extending flange structure [220; 1030] or the peripherally extending outer surface of the peripheral insert wall includes one or more air channels or holes extending therethrough for providing air flow communication between the inside of the cup and the outside of the cup during use.
A collapsible medical device (100, 130), comprising: at least one layer of a plurality of metal strands woven into a tubular braided metal fabric having a proximal end, a distal end, and a segment (109, 112, 113) there between; the tubular braided metal fabric having an expanded preset configuration shaped for treatment of an opening in a body organ; and the expanded preset configuration being deformable to a lesser cross-sectional dimension for delivery through a channel in a patient's body, the braided metal fabric having a memory property whereby the medical device returns to the expanded preset configuration when delivered into the patient's body, characterised by said proximal and distal ends having free wire ends that are unsecured by clamps or any other means for affixing strands together, and having at least a portion of the segment (112, 113) larger in diameter than a locus defined by the positions of the free wire ends (106, 134) when in the expanded preset configuration. at least one layer of a plurality of metal strands woven into a tubular braided metal fabric having a proximal end, a distal end, and a segment (109, 112, 113) there between; the tubular braided metal fabric having an expanded preset configuration shaped for treatment of an opening in a body organ; and the expanded preset configuration being deformable to a lesser cross-sectional dimension for delivery through a channel in a patient's body, the braided metal fabric having a memory property whereby the medical device returns to the expanded preset configuration when delivered into the patient's body, characterised by said proximal and distal ends having free wire ends that are unsecured by clamps or any other means for affixing strands together, and having at least a portion of the segment (112, 113) larger in diameter than a locus defined by the positions of the free wire ends (106, 134) when in the expanded preset configuration.
A dimeric r exp binding compound of formula H-Y-H, wherein H is a group of formula wherein a wavy line indicates a position of bonding, and wherein Y is a 1,ω-diaminoalkane bearing primary or secondary amino groups at both termini of a linear or branched alkane segment, these primary or secondary amino groups having formed amide bonds with the respective carbonyl groups of the two H groups of formula, and optional further comprising additional amino, carboxamido, or peptidyl groups; or a pharmaceutically suitable salt thereof. wherein H is a group of formula wherein a wavy line indicates a position of bonding, and wherein Y is a 1,ω-diaminoalkane bearing primary or secondary amino groups at both termini of a linear or branched alkane segment, these primary or secondary amino groups having formed amide bonds with the respective carbonyl groups of the two H groups of formula, and optional further comprising additional amino, carboxamido, or peptidyl groups; or a pharmaceutically suitable salt thereof.
A backflow preventer for installation in a fluid line, having a housing in which a closing body is arranged in a stroke-adjustable manner, which is moved upon applying an upstream fluid flow pressure (p Z) in a flow direction into its open position, in which a passage opening is unblocked against a spring force (F V), and which can be moved in the opposite direction, by means of spring tension, into its closed position, in which the passage opening is blocked, which backflow preventer has a pressure compensator on its downstream side, by means of which the downstream fluid enters a pressure compensation chamber upon application of an excessive downstream fluid pressure (p A), thereby diminishing the downstream fluid pressure (p A), wherein the pressure compensator has a molded body, in particular sleeve-like molded body, which is deformable under excessive downstream fluid pressure (p A) and which is arranged in an installation position between the backflow preventer housing and the fluid line, and wherein the pressure compensation chamber is defined between the backflow preventer housing and the molded body, characterized in that the molded body is in releasable contact with the outer periphery of the backflow preventer housing in the event of a fluid flow in the flow direction, and that upon application of excessive downstream fluid pressure (p A), the downstream fluid enters a gap between the backflow preventer housing and the molded body, thereby deforming the molded body and simultaneously widening the pressure compensation chamber.
Dishwasher, in particular household dishwasher, with a dishwasher cavity for cleaning dishes, glasses, cutlery or similar items to be washed, and with a discharge device having a cap for discharging air into the dishwasher cavity, characterised in that the cap has a number of air outlet openings (25; 26; 28; 29) which are separate from one another, of which at least one part (25; 26) are embodied as channels which are open in the discharge direction and in the opposite direction (25a; 26a).
A computer-implemented method comprising: obtaining a first audio signal captured by a device (101, 102) located in an environment; analyzing a characteristic of the first audio signal to determine an acoustic performance metric for the environment; in response to the acoustic performance metric being below a threshold, providing a first task for a user to perform based on the characteristic of the first audio signal, the first task being related to an adjustment to a setting of the environment; after the user has performed the first task, repeating the above method steps; and providing an acoustical indication of the performance metric to the user, wherein the performance metric indicates whether the acoustic performance has improved or deteriorated. obtaining a first audio signal captured by a device (101, 102) located in an environment; analyzing a characteristic of the first audio signal to determine an acoustic performance metric for the environment; in response to the acoustic performance metric being below a threshold, providing a first task for a user to perform based on the characteristic of the first audio signal, the first task being related to an adjustment to a setting of the environment; after the user has performed the first task, repeating the above method steps; and providing an acoustical indication of the performance metric to the user, wherein the performance metric indicates whether the acoustic performance has improved or deteriorated.
Travelling temporary roof, comprising - a roof truss with a roller mounted in an underside roller bearing, and - a travel rail, mounted on the upper side of a support and providing a path of travel for the roller, and - securing means, characterized in that the travel rail has securing bulges running along the rail, which cooperate with the securing means, which engage behind the securing bulges, to form a derailing safety for the roller, and the securing bulges are each formed as a bulge or thickening running along the travel rail, and the securing means are retaining clamps, which engage behind the securing bulges, and - are either formed as a continuation of the roller bearing, or - are movably connected to the roller bearing via a lockable hinge-joint, or - are separate parts, which are clamped in between the roller bearing and an axle nut. - a roof truss with a roller mounted in an underside roller bearing, and - a travel rail, mounted on the upper side of a support and providing a path of travel for the roller, and - securing means, characterized in that the travel rail has securing bulges running along the rail, which cooperate with the securing means, which engage behind the securing bulges, to form a derailing safety for the roller, and the securing bulges are each formed as a bulge or thickening running along the travel rail, and the securing means are retaining clamps, which engage behind the securing bulges, and - are either formed as a continuation of the roller bearing, or - are movably connected to the roller bearing via a lockable hinge-joint, or - are separate parts, which are clamped in between the roller bearing and an axle nut. - are either formed as a continuation of the roller bearing, or - are movably connected to the roller bearing via a lockable hinge-joint, or - are separate parts, which are clamped in between the roller bearing and an axle nut.
Combustion arrangement having an internal combustion engine and having an exhaust system which is connected to the internal combustion engine, wherein the exhaust system has an exhaust-gas duct for discharging an exhaust gas of the internal combustion engine and has a device for the aftertreatment of the exhaust gas, wherein the device for the aftertreatment of the exhaust gas is arranged on the exhaust gas duct, and wherein the internal combustion engine has a combustion chamber which is delimited by a piston, wherein the piston, on a side averted from the combustion chamber, delimits a crankcase, and wherein the crankcase is designed such that a gas, in particular air, in the crankcase is compressed as a result of a movement of the piston, wherein the crankcase is connected to the exhaust system such that the gas compressed in the crankcase can be supplied to the exhaust system, and wherein the exhaust system comprises conveying means and dosing means which convey a fluid out of a reservoir and dose said fluid into the exhaust-gas duct, characterized in that the conveying means are driven by the compressed gas from the crankcase.
A gas turbine engine, comprising: a core engine; a nacelle surrounding at least a portion of the core engine; a bypass duct defined by and between the nacelle and the core engine and defining a fore-to-aft airflow conduit; an outer door movable between a stowed position and a deployed position, where the outer door extends outwards from the nacelle; a blocker door movable between a stowed position and a deployed position, where the blocker door extends into the airflow conduit to deflect airflow outwards; and a rotary actuator assembly operably coupled to the outer door and the blocker door and rotatable about a circumferential axis with respect to the core engine at a hinge point, operably coupled to the outer door and transferring a torque to the outer door to rotate the outer door about the hinge point between the stowed and deployed positions and operably coupled to the blocker door and transferring a torque to the blocker door to rotate the blocker door about the hinge point between the stowed and deployed positions; wherein the rotary actuator assembly comprises multiple rotary actuators that are powered with a single motor. a core engine; a nacelle surrounding at least a portion of the core engine; a bypass duct defined by and between the nacelle and the core engine and defining a fore-to-aft airflow conduit; an outer door movable between a stowed position and a deployed position, where the outer door extends outwards from the nacelle; a blocker door movable between a stowed position and a deployed position, where the blocker door extends into the airflow conduit to deflect airflow outwards; and a rotary actuator assembly operably coupled to the outer door and the blocker door and rotatable about a circumferential axis with respect to the core engine at a hinge point, operably coupled to the outer door and transferring a torque to the outer door to rotate the outer door about the hinge point between the stowed and deployed positions and operably coupled to the blocker door and transferring a torque to the blocker door to rotate the blocker door about the hinge point between the stowed and deployed positions; wherein the rotary actuator assembly comprises multiple rotary actuators that are powered with a single motor.
A system for treating a patient, comprising: an expandable occlusive plug, comprising an elongate shaft and, disposed at a distal end of the elongate shaft, a flexible framework at least partially covered by a membrane, the flexible framework moveable between a first configuration characterized by a first diameter and a second configuration characterized by a second diameter larger than the first diameter, wherein the flexible framework comprises a pair of crossed wires, said system being characterized in that the membrane of the expandable occlusive plug includes an adhesive coating to improve adhesion to an inner wall of a vessel in which the system is deployed.
Rotary joint, in particular for the articulated connection of a front part and of a rear part of a bus, consisting of a housing which is divided into two housing parts (3, 4) in a plane perpendicular to an axis of rotation of the joint, the two housing parts (3, 4) being rotatable about the axis of rotation in relation to each other and being connected to each other in a manner sealed against an egress of hydraulic fluid located in a housing interior, and a pinion of a rack and pinion drive of a vibration damper being mounted rotatably in the first housing part, and the second housing part forming a drive element and being connected to the pinion for conjoint rotation, characterised in that an angle of rotation measuring device is arranged in a receiving chamber within the housing in a manner coaxial with respect to the axis of rotation in the rotary centre of the rotary joint and interacts with the second housing part for measuring the angle of rotation, and the receiving chamber is sealed off against an ingress of the hydraulic fluid.
A scalable multi-view image encoding method comprising: filtering M images on a spatial axis, which are input from M cameras, using at least one of spatial motion compensated temporal filtering, MCTF, and hierarchical B-pictures, and generating a spatial low-frequency image and (M-1) spatial high-frequency images; subsequently filtering N spatial low-frequency images generated for an N period of time using at least one of temporal MCTF and the hierarchical B-pictures, and generating a temporal low-frequency image and (N-1) temporal high-frequency images; scalably encoding the temporal low-frequency image and the (N-1) temporal high-frequency images according to a transmission bit rate allocated to each group of M x N two-dimensional, 2D, images; and scalably encoding the (M-1) spatial high-frequency images according to a transmission bit rate allocated to the temporal low-frequency image and the (N-1) temporal high-frequency images. filtering M images on a spatial axis, which are input from M cameras, using at least one of spatial motion compensated temporal filtering, MCTF, and hierarchical B-pictures, and generating a spatial low-frequency image and (M-1) spatial high-frequency images; subsequently filtering N spatial low-frequency images generated for an N period of time using at least one of temporal MCTF and the hierarchical B-pictures, and generating a temporal low-frequency image and (N-1) temporal high-frequency images; scalably encoding the temporal low-frequency image and the (N-1) temporal high-frequency images according to a transmission bit rate allocated to each group of M x N two-dimensional, 2D, images; and scalably encoding the (M-1) spatial high-frequency images according to a transmission bit rate allocated to the temporal low-frequency image and the (N-1) temporal high-frequency images.
A method comprising: providing content for a content client; embedding a reference to an external enabler (132, 134, 136, 144, 146, 148) within a metadata envelope associated with the content, the external enabler being used to operate on said content prior to one or both of consumption and presentation of the content at the content client; and inserting, into the metadata (440, 450) envelope for a delivery enabler (120, 140), content processing instructions (442, 444, 452, 454) to engage, via the reference, functionality of the external enabler for processing the content by the delivery enabler prior to the one or both of consumption of the content and presentation of the content at the content client. providing content for a content client; embedding a reference to an external enabler (132, 134, 136, 144, 146, 148) within a metadata envelope associated with the content, the external enabler being used to operate on said content prior to one or both of consumption and presentation of the content at the content client; and inserting, into the metadata (440, 450) envelope for a delivery enabler (120, 140), content processing instructions (442, 444, 452, 454) to engage, via the reference, functionality of the external enabler for processing the content by the delivery enabler prior to the one or both of consumption of the content and presentation of the content at the content client.