mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method to detect a network communication synchronization error, the computer-implemented method comprising: - receiving an enrollment management request data object comprising a subscriber data object indicative of a device protection program and comprising a subscriber identifier data object; - transmitting a third-party enrollment status request data object to a third-party device management system (118A, 118B, 118C; 222, 216), the third-party enrollment status request data object being associated with the subscriber identifier data object; - receiving a third-party enrollment status response data object from the third-party device management system, the third-party enrollment status response data object comprising a third-party enrollment status data object; - comparing the third-party enrollment status response data object representing a third-party enrollment status with a second enrollment status data object representing an enrollment status in a device protection program management system (102, 202, 300); - detecting a network communication synchronization error based on a difference between the third-party enrollment status data object representing the third-party enrollment status and the second enrollment status data object representing the enrollment status in the device protection program management system (102; 202; 300); and - initiating a system synchronization event based on the network communication synchronization error. - receiving an enrollment management request data object comprising a subscriber data object indicative of a device protection program and comprising a subscriber identifier data object; - transmitting a third-party enrollment status request data object to a third-party device management system (118A, 118B, 118C; 222, 216), the third-party enrollment status request data object being associated with the subscriber identifier data object; - receiving a third-party enrollment status response data object from the third-party device management system, the third-party enrollment status response data object comprising a third-party enrollment status data object; - comparing the third-party enrollment status response data object representing a third-party enrollment status with a second enrollment status data object representing an enrollment status in a device protection program management system (102, 202, 300); - detecting a network communication synchronization error based on a difference between the third-party enrollment status data object representing the third-party enrollment status and the second enrollment status data object representing the enrollment status in the device protection program management system (102; 202; 300); and - initiating a system synchronization event based on the network communication synchronization error.
Main bearing for a wind turbine, comprising a stationary ring and a rotating ring to be coupled to a rotor, whereby the main bearing is a fluid film bearing comprising several bearing units, particularly radial, axial (15, 16) and/or tapered bearing units, arranged at the stationary ring around the circumference on both sides of the rotating ring, for bearing the rotating ring, and further comprising a load measurement arrangement for determining measurement data which are a measure for the load applied to or resting on at least one of the bearing units (15, 16, 17) wherein the measurement arrangement is a direct measurement arrangement for measuring the data directly at the at least one bearing unit (15, 16, 17) and the direct measurement arrangement comprises at least one measurement device being directly attached to the at least one bearing unit (15, 16, 17) wherein the measurement device is or comprises at least one strain gauge or one load cell, wherein the or each bearing unit (15, 16, 17) comprises a bearing pad arranged at a support structure by which the bearing unit (15, 16, 17) is mounted to the stationary ring characterised in that the bearing pad is coupled to the support structure by a ball joint with a ball head provided at the bearing pad and a ball socket provided at the support structure, whereby the strain gauge or the load cell is mounted to a bottom side of the support structure adjacent to the ball socket.
Pump group for a vehicle cooling system, for example for a vehicle engine group, comprising: - an impeller rotatable around a rotating axis (X-X); - an impeller shaft extending along the impeller axis (X-X) integrally connected to the impeller 2 to move it in rotation; - a mechanical drive; - a command gearbox group interposed between the impeller and the mechanical drive, comprising a plurality of gear pairs that comprises at least two, preferably three, gear pairs (510, 520, 530), characterized in that said mechanical drive comprises a mechanical shaft commandable in rotation operatively connectable with mechanical movement means comprised in the vehicle, preferably operatively connected with the engine drive shaft of the vehicle and in that each pair of gears comprises: i) a first gear (511, 521, 531) mounted solidly on said mechanical shaft and so commanded in rotation by the mechanical drive; and ii) a second gear (512, 522, 532) housed on the impeller shaft; wherein the impeller is commanded in rotation by the gear pair that is commanded in reciprocating gearing so as vary the transmission ratio and vary the rotation speed of the impeller on command from the mechanical drive. - an impeller rotatable around a rotating axis (X-X); - an impeller shaft extending along the impeller axis (X-X) integrally connected to the impeller 2 to move it in rotation; - a mechanical drive; - a command gearbox group interposed between the impeller and the mechanical drive, comprising a plurality of gear pairs that comprises at least two, preferably three, gear pairs (510, 520, 530), characterized in that said mechanical drive comprises a mechanical shaft commandable in rotation operatively connectable with mechanical movement means comprised in the vehicle, preferably operatively connected with the engine drive shaft of the vehicle and in that each pair of gears comprises: i) a first gear (511, 521, 531) mounted solidly on said mechanical shaft and so commanded in rotation by the mechanical drive; and ii) a second gear (512, 522, 532) housed on the impeller shaft; i) a first gear (511, 521, 531) mounted solidly on said mechanical shaft and so commanded in rotation by the mechanical drive; and ii) a second gear (512, 522, 532) housed on the impeller shaft;
A mobile processing device having a material processing unit, comprising a power unit; a frame; and a noise encapsulation for said material processing unit, wherein the noise encapsulation is attached to the frame and wherein the noise encapsulation comprises two cover elements, each of said cover elements being pivotable between an open position providing access to the material processing unit and a closed position wherein the cover elements can be interconnected to create an encapsulation for the material processing unit, said encapsulation having a roof and side walls, characterized in that the mobile processing device is a mobile crusher having a crusher unit, and and in that it further comprises a crusher cavity cover element, wherein said crusher cavity cover element is pivotable around a generally horizontal axis between an open position in which access is provided to the crusher cavity and a closed position.
A mouse whose endogenous immunoglobulin heavy chain locus is restricted in that it comprises a single human V H gene segment, one or more human D H gene segments, and one or more human J H gene segments and which does not comprise a functional endogenous immunoglobulin heavy chain variable region locus; the mouse further comprising one or more human immunoglobulin V L gene segments operably linked to one or more human J L gene segments, wherein the single human V H gene segment, one or more human D H gene segments, and one or more J H gene segments are operably linked to a non-human immunoglobulin heavy chain constant region gene, wherein the single human V H gene segment is V H 1-69 or a polymorphic variant thereof.
A bone implant comprising: a screw with a threaded end; and a sleeve accepting the screw, the sleeve comprising: an external surface having threads on a distal end of the sleeve, an internal threaded portion to accept the threaded end of the screw, and an expanding feature along a proximate portion of the sleeve, wherein the implant is adapted to be implanted into a joint through a percutaneous incision, and wherein the screw is adapted to be rotated about its longitudinal axis when mated with the internal threaded portion of the sleeve to radially expand the expanding feature and compress a joint using the threads on a distal bone in the joint and the expanding feature on a proximate bone in the joint. a screw with a threaded end; and a sleeve accepting the screw, the sleeve comprising: an external surface having threads on a distal end of the sleeve, an internal threaded portion to accept the threaded end of the screw, and an expanding feature along a proximate portion of the sleeve, an external surface having threads on a distal end of the sleeve, an internal threaded portion to accept the threaded end of the screw, and an expanding feature along a proximate portion of the sleeve, wherein the implant is adapted to be implanted into a joint through a percutaneous incision, and wherein the screw is adapted to be rotated about its longitudinal axis when mated with the internal threaded portion of the sleeve to radially expand the expanding feature and compress a joint using the threads on a distal bone in the joint and the expanding feature on a proximate bone in the joint.
Liquid separator, in particular oil separator for compressed-air systems, featuring a separating element and a housing, wherein the housing comprises a cover and a pot and the cover has an inlet for the gas to be purified and an outlet for the purified gas, wherein the separating element is sealingly disposed in the housing and the housing is detachably connectable to a counterpart, characterized in that the housing is connectable to the counterpart by means of a bayonet connection, wherein the bayonet connection is formable between the cover and the counterpart, and wherein the cover has an exit for the separated liquid radially disposed between outlet and inlet and connected to the inside of the separating element.
A gas-leakage checking device for a gas internal combustion engine, comprising: a fuel-gas supply pipe for supplying fuel gas to a combustion chamber of the gas internal combustion engine; a first safety shutoff valve disposed in the fuel-gas supply pipe for permitting or shutting off a flow of the fuel gas; a second safety shutoff valve disposed in the fuel-gas supply pipe on a downstream side of the first safety shutoff valve at a distance from the first safety shutoff valve; a gas-leakage checking pipe branched from the fuel-gas supply pipe between the first safety shutoff valve and the second safety shutoff valve; a gas-discharge valve disposed in the gas-leakage checking pipe and configured to discharge the fuel gas between the first safety shutoff valve and the second safety shutoff valve to atmosphere; a first pressure meter disposed on an upstream side of the gas-discharge valve and configured to detect a pressure of the fuel gas; and a second pressure meter disposed on a downstream side of the second safety shutoff valve and configured to detect the pressure of the fuel gas in the fuel-gas supply pipe. a fuel-gas supply pipe for supplying fuel gas to a combustion chamber of the gas internal combustion engine; a first safety shutoff valve disposed in the fuel-gas supply pipe for permitting or shutting off a flow of the fuel gas; a second safety shutoff valve disposed in the fuel-gas supply pipe on a downstream side of the first safety shutoff valve at a distance from the first safety shutoff valve; a gas-leakage checking pipe branched from the fuel-gas supply pipe between the first safety shutoff valve and the second safety shutoff valve; a gas-discharge valve disposed in the gas-leakage checking pipe and configured to discharge the fuel gas between the first safety shutoff valve and the second safety shutoff valve to atmosphere; a first pressure meter disposed on an upstream side of the gas-discharge valve and configured to detect a pressure of the fuel gas; and a second pressure meter disposed on a downstream side of the second safety shutoff valve and configured to detect the pressure of the fuel gas in the fuel-gas supply pipe.
A wind turbine park comprising a group of similar wind turbines, wherein each wind turbine comprises a tower supporting a nacelle with a number of blades, wherein each individual wind turbine is transformerless and comprises a high voltage asynchronous generator for producing electricity in an alternating current mode, wherein the wind turbine park comprises a transformer central to a group of similar transformerless wind turbines for transforming the produced electricity to a higher voltage, a central control unit for optimizing the electricity production of the group of similar transformerless wind turbines and a HVDC-system for transporting the produced electricity in a direct current mode towards a public electricity grid, characterised in that if further comprises a converter central to a group of similar transformerless wind turbines for converting the frequency of the produced electricity.
A respiratory apparatus with at least one inspiratory device inlet and an inspiratory device outlet and an inspiratory respiratory gas path between the inspiratory device inlet and the inspiratory device outlet and an expiratory respiratory path, wherein a respiratory gas drive, a check valve, and at least one switching valve are arranged in the inspiratory respiratory gas path, wherein the check valve is configured to prevent a flow of respiratory gas via the inspiratory respiratory gas path in a direction from the inspiratory device outlet to the inspiratory device inlet, and wherein the at least one switching valve is arranged in a bypass to the check valve and/or a bypass to the at least one switching valve between the inspiratory device inlet and the check valve and the respiratory gas drive opens again into the inspiratory respiratory gas path, and wherein the at least one switching valve is configured to enable the discharge of respiratory gas of the patient via the inspiratory respiratory gas path when the expiratory respiratory gas path is blocked by opening the at least one switching valve in that the check valve is bypassed by the at least one switching valve and, for this, to enable a flow of respiratory gas in a direction from the inspiratory device outlet to the inspiratory device inlet via the bypass at least temporarily.
A system for attaching a bracelet to a watch case including a part dimensioned and configured to be placed without play between the horns of the case, wherein said part defines a longitudinal axis, the bracelet being designed to be positioned along said longitudinal axis, said part comprising: - an attachment portion, designed to cooperate with the bracelet, - a locking organ arranged movably inside said part and comprising a pair of fingers movable perpendicular to the longitudinal axis, between a first, idle position, in which it cooperates with each of the horns to secure said part and said case, and a second position in which it does not cooperate with the horns, leaving said part and said case free, - a single control organ mounted movably on said part and arranged to bring the locking organ into its second position, said control organ being positioned at least partially outside the part and being able to be actuated directly from outside said part, characterized in that each finger is secured to a blom stud, provided with an inclined plane, oriented such that pressure exerted on said inclined planes results in a resultant force tending to bring said blom studs closer to one another, and in that a spring organ is interposed between said blom studs so as to exert a force tending to bring said pair of fingers into their first position. - an attachment portion, designed to cooperate with the bracelet, - a locking organ arranged movably inside said part and comprising a pair of fingers movable perpendicular to the longitudinal axis, between a first, idle position, in which it cooperates with each of the horns to secure said part and said case, and a second position in which it does not cooperate with the horns, leaving said part and said case free, - a single control organ mounted movably on said part and arranged to bring the locking organ into its second position, said control organ being positioned at least partially outside the part and being able to be actuated directly from outside said part,
A cleaner composition comprising: a) water; b) a chelator; c) a fatty alcohol; d) ammonium lauryl sulfate; e) sodium lauryl sulfate; and f) a blend of alcohol ethoxylate and alkylglucoside. a) water; b) a chelator; c) a fatty alcohol; d) ammonium lauryl sulfate; e) sodium lauryl sulfate; and f) a blend of alcohol ethoxylate and alkylglucoside.
A mooring system of a drill ship having a moon pool formed in a hull, the mooring system, comprising: a circular guide groove formed on a bottom surface of the hull and configured to use a center of the moon pool as a center thereof; characterized by a turret having a ring shape and inserted into the guide groove to rotate, wherein the turret has a I-shaped cross-section including an upper horizontal unit, a lower horizontal unit, and a vertical connecting unit mutually connecting the upper horizontal unit and the lower horizontal unit; and a bearing interposed between the turret and the guide groove to allow rotation between the turret and the hull, wherein the bearing includes a first bearing configured to support the upper horizontal unit in a lateral direction; a second bearing configured to support the upper horizontal unit in a gravitational direction; and a third bearing configured to support the lower horizontal unit in a buoyancy direction. a circular guide groove formed on a bottom surface of the hull and configured to use a center of the moon pool as a center thereof; characterized by a turret having a ring shape and inserted into the guide groove to rotate, wherein the turret has a I-shaped cross-section including an upper horizontal unit, a lower horizontal unit, and a vertical connecting unit mutually connecting the upper horizontal unit and the lower horizontal unit; and a bearing interposed between the turret and the guide groove to allow rotation between the turret and the hull, wherein the bearing includes a first bearing configured to support the upper horizontal unit in a lateral direction; a second bearing configured to support the upper horizontal unit in a gravitational direction; and a third bearing configured to support the lower horizontal unit in a buoyancy direction.
Crosscut saw having a carrier which forms a workpiece support surface, a holder attached to the carrier, and a saw unit attached by means of the holder above the carrier, wherein an inclination adjustment means, by way of which the saw unit is pivotable with respect to the carrier about a horizontal inclination pivot axis extending in the sawing direction and is fixable in a latching manner in at least one defined inclination position, is provided on the holder, wherein the inclination adjustment means has a stationary part connected to the carrier and a part that is pivotable in terms of inclination connected to the holder, wherein a latching element is provided on one of the parts (24, 25), preferably on the stationary part, and a counterpart catch suitable for the latching element is provided on the other of the parts (24, 25), preferably on the pivotable part, at each point corresponding to a defined inclination position, wherein the latching element is spring-loaded in the latching direction, can be lifted out of the counterpart catch by manual handling counter to the spring loading and can be locked in the lifted-out position in such a manner that the locking can be released again by manual handling, wherein the latching element has a latching bolt which is spring-loaded in the latching direction by a restoring spring and comes into engagement with the counterpart catch, and a latching actuating lever arranged on the end side of the latching bolt, characterized in that the latching actuating lever is coupled pivotably on the end side of the latching bolt, in that the latching actuating lever has a manual actuating end and in that, starting from the latching position, in which the latching bolt is in engagement with the counterpart catch, - by a first actuation on the manual actuating end of the latching actuating lever, the latching bolt can only be lifted out of the counterpart catch counter to spring force and, when the manual actuating end is released, moves back in the latching direction, and - by an actuation, substantially oppositely directed to the first actuation, on the manual actuating end of the latching actuating lever, the latching bolt can be lifted out of the counterpart catch counter to spring force and can be locked at once in the lifted-out position, i.e. substantially without a change in the actuating direction. - by a first actuation on the manual actuating end of the latching actuating lever, the latching bolt can only be lifted out of the counterpart catch counter to spring force and, when the manual actuating end is released, moves back in the latching direction, and - by an actuation, substantially oppositely directed to the first actuation, on the manual actuating end of the latching actuating lever, the latching bolt can be lifted out of the counterpart catch counter to spring force and can be locked at once in the lifted-out position, i.e. substantially without a change in the actuating direction.
A cannula assembly for providing a flow of respiratory gases to a user, comprising: a resilient, flexible, pliable cannula body configured to contact the user's upper lip region in use, the cannula body comprising: at least one nasal prong each nasal prong being adapted to extend into a user's nostril in use, but not sealing to the user's nostrils; and a manifold comprising an inlet for receiving a conduit, the inlet being fluidly connected to the at least one nasal prong; a rigid or semi-rigid frame that provides support to the cannula assembly, the frame comprising two side arms configured to attach to a headgear for holding the cannula assembly in place on the user's face; wherein the cannula body is configured as a cushion between the frame and the user's face in use; wherein a portion of the cannula body is adapted to be bent to be doubled over on itself without noticeable plastic deformation, and the frame is capable of elastic deflection. a resilient, flexible, pliable cannula body configured to contact the user's upper lip region in use, the cannula body comprising: at least one nasal prong each nasal prong being adapted to extend into a user's nostril in use, but not sealing to the user's nostrils; and a manifold comprising an inlet for receiving a conduit, the inlet being fluidly connected to the at least one nasal prong; at least one nasal prong each nasal prong being adapted to extend into a user's nostril in use, but not sealing to the user's nostrils; and a manifold comprising an inlet for receiving a conduit, the inlet being fluidly connected to the at least one nasal prong; a rigid or semi-rigid frame that provides support to the cannula assembly, the frame comprising two side arms configured to attach to a headgear for holding the cannula assembly in place on the user's face; wherein the cannula body is configured as a cushion between the frame and the user's face in use; wherein a portion of the cannula body is adapted to be bent to be doubled over on itself without noticeable plastic deformation, and the frame is capable of elastic deflection.