mhurhangee/ep-ind-claims huggingface dataset:
A combiner positioning system for a head-up display, the system comprising: a carrier supporting a combiner for the head-up display, wherein the combiner is movable between a stowed position and a display position; a guide element defining a path along which an axle extending from the carrier moves between the stowed position and the display position; a camwheel rotatable about a camwheel axis, wherein rotation of the camwheel about the camwheel axis engages a carrier pin extending from the camwheel with the carrier and moves the combiner between the stowed position and the display position, wherein the carrier disengages from the carrier pin when in the display position such that further rotation of the camwheel rotates the carrier about a carrier axis but does not cause further lateral movement of the carrier, wherein lateral movement is required for the carrier to move between the stowed position and the display position; and an angle adjustment support extending from the camwheel, wherein rotation of the camwheel about the camwheel axis engages the carrier with the angle adjustment support in the display position or prior to reaching the display position and rotates the combiner about a carrier axis, wherein the angle adjustment support is a self-locking element. a carrier supporting a combiner for the head-up display, wherein the combiner is movable between a stowed position and a display position; a guide element defining a path along which an axle extending from the carrier moves between the stowed position and the display position; a camwheel rotatable about a camwheel axis, wherein rotation of the camwheel about the camwheel axis engages a carrier pin extending from the camwheel with the carrier and moves the combiner between the stowed position and the display position, wherein the carrier disengages from the carrier pin when in the display position such that further rotation of the camwheel rotates the carrier about a carrier axis but does not cause further lateral movement of the carrier, wherein lateral movement is required for the carrier to move between the stowed position and the display position; and an angle adjustment support extending from the camwheel, wherein rotation of the camwheel about the camwheel axis engages the carrier with the angle adjustment support in the display position or prior to reaching the display position and rotates the combiner about a carrier axis, wherein the angle adjustment support is a self-locking element.
Method for learning parameters of a neural network for generating trajectories of an exoskeleton, the method comprising the implementation, by data processing means of a first server, of steps of: (a) Learning parameters of a first neural network suitable for generating periodic elementary trajectories of the exoskeleton each for a given walking of the exoskeleton defined by a n-tuple of walking parameters, according to a first database for learning periodic trajectories for a set of possible walkings of the exoskeleton; (b) Learning, using parameters from the first neural network, parameters of a second neural network suitable for generating periodic elementary trajectories of the exoskeleton and transitions from one periodic elementary trajectory of the exoskeleton to another periodic elementary trajectory of the exoskeleton, according to a second learning database of periodic elementary trajectories and transitions for a set of possible walkings of the exoskeleton. (a) Learning parameters of a first neural network suitable for generating periodic elementary trajectories of the exoskeleton each for a given walking of the exoskeleton defined by a n-tuple of walking parameters, according to a first database for learning periodic trajectories for a set of possible walkings of the exoskeleton; (b) Learning, using parameters from the first neural network, parameters of a second neural network suitable for generating periodic elementary trajectories of the exoskeleton and transitions from one periodic elementary trajectory of the exoskeleton to another periodic elementary trajectory of the exoskeleton, according to a second learning database of periodic elementary trajectories and transitions for a set of possible walkings of the exoskeleton.
A live attenuated Bordetella pertussis vaccine which is deficient for tracheal cytotoxin, pertussis toxin and dermonecrotic toxin for use in prophylaxis of allergen-driven airway pathology, wherein the ptx gene is replaced by a mutated version thereof coding for an enzymatically inactive toxin.
Oil separator for crankcase ventilation of an internal combustion engine, in particular of a motor vehicle, - having a housing, which has a cylindrical wall, an axial inlet for blow-by gas and an axial outlet for blow-by gas, - having an impactor, which is arranged in the housing in a flow path of the blow-by gas leading from the inlet to the outlet and has a plurality of nozzles arranged in the flow path between the inlet and the outlet and oriented radially onto an inner side of the wall, wherein at least one of the nozzles has a radial exit opening, - wherein at least one of the nozzles has, on a side facing towards the outlet, an axial opening which is controlled by a valve member that is driven by means of a spring force into a closed position enclosing the respective opening, - wherein at least one of the nozzles has such a radial exit opening and such an axial opening characterised in that at least one of the axially open nozzles is radially closed. - having a housing, which has a cylindrical wall, an axial inlet for blow-by gas and an axial outlet for blow-by gas, - having an impactor, which is arranged in the housing in a flow path of the blow-by gas leading from the inlet to the outlet and has a plurality of nozzles arranged in the flow path between the inlet and the outlet and oriented radially onto an inner side of the wall, wherein at least one of the nozzles has a radial exit opening, - wherein at least one of the nozzles has, on a side facing towards the outlet, an axial opening which is controlled by a valve member that is driven by means of a spring force into a closed position enclosing the respective opening, - wherein at least one of the nozzles has such a radial exit opening and such an axial opening
An ultra wideband radio frequency transmission system (10; 50; 80) capable of receiving a first signal with discrete levels (D in), and comprising: a voltage-controlled oscillator capable of supplying a first oscillating signal (S osc) comprising an oscillating circuit powered by a supply circuit comprising at least one first current source controlled by the first signal with discrete levels or a second signal with discrete levels (D osc) obtained from the first signal with discrete levels; a mixer capable of receiving the first oscillating signal and of supplying a second oscillating signal (S mix) equal to the first oscillating signal (S osc) multiplied by a gain which depends on the first signal with discrete levels (D in) or on a third signal with discrete levels (D mix-b1, D mix-b2, D mix-b3) obtained from the first signal with discrete levels; and an antenna or an electromagnetic coupling device capable of transmitting a radio frequency signal (S RF) based on the second oscillating signal. a voltage-controlled oscillator capable of supplying a first oscillating signal (S osc) comprising an oscillating circuit powered by a supply circuit comprising at least one first current source controlled by the first signal with discrete levels or a second signal with discrete levels (D osc) obtained from the first signal with discrete levels; a mixer capable of receiving the first oscillating signal and of supplying a second oscillating signal (S mix) equal to the first oscillating signal (S osc) multiplied by a gain which depends on the first signal with discrete levels (D in) or on a third signal with discrete levels (D mix-b1, D mix-b2, D mix-b3) obtained from the first signal with discrete levels; and an antenna or an electromagnetic coupling device capable of transmitting a radio frequency signal (S RF) based on the second oscillating signal.
A method performed by a first wireless device, the method comprising: determining, by the first wireless device, a bandwidth on which a frame will be transmitted to a second wireless device; determining, by the first wireless device, two or more Spatial Reuse, SR, parameter values for the bandwidth (4230, S4232); setting, by the first wireless device using the two or more SR parameter values, a first SR field and a second SR field of the frame (S4222, S4236, or S4238); and transmitting the frame to the second wireless device on the bandwidth, wherein the first and second SR fields indicate respective properties other than the bandwidth and the channel center frequency in which the bandwidth is carried, characterized in that the first and second SR fields are set based on the bandwidth and a channel center frequency in which the bandwidth is carried. determining, by the first wireless device, a bandwidth on which a frame will be transmitted to a second wireless device; determining, by the first wireless device, two or more Spatial Reuse, SR, parameter values for the bandwidth (4230, S4232); setting, by the first wireless device using the two or more SR parameter values, a first SR field and a second SR field of the frame (S4222, S4236, or S4238); and transmitting the frame to the second wireless device on the bandwidth, wherein the first and second SR fields indicate respective properties other than the bandwidth and the channel center frequency in which the bandwidth is carried, characterized in that the first and second SR fields are set based on the bandwidth and a channel center frequency in which the bandwidth is carried.
A hydrodynamic slide bearing of a shaft of a magnetic coupling pump, wherein the hydrodynamic slide bearing comprises a clamping sleeve arranged between bearing sleeves, wherein the bearing sleeves are mounted with their bearing end face in each case on an axial bearing element, characterised in that the bearing sleeve and the clamping sleeve comprise, at their respective end faces, a spherical region (18, 19) of respectively corresponding configuration as a spherical surface and a corresponding recess, which engage into one another, wherein the spherical region of the bearing sleeve with its zenith is arranged offset relative to a central axis of the bearing sleeve.
Capsule, injection moulded or thermoformed, for obtaining an infusion, such as espresso, or a beverage from water-soluble products, said capsule comprising an internal out flow duct comprising an internal through hole for the outflow of the infusion or beverage from the capsule and a sealing element, said capsule comprising an upper surface for supporting said sealing element, wherein the top of said internal out flow duct is substantially on the same level as said upper surface of the capsule so that said top supports said sealing element when the capsule is sealed so as to seal said internal through hole, characterized in that said capsule is hermetically sealed by said sealing element which is welded to the upper surface of the capsule and to the top of the internal out flow duct by means of a differential detachment welding, and in that by injecting water under pressure into the capsule, said sealing element is lifted becoming detached from the top of the internal out flow duct, opening said internal through hole of said internal out flow duct so that the infusion or beverage flows outwards through said internal through hole keeping, at the same time, the sealing element fixed in a stable way to the upper surface of the capsule.
Fitting (10, 10') for clamping a table top at different heights to a preferably obliquely aligned column extending through the fitting (10, 10'), the fitting comprising - a first and a second fitting part (12, 14), each having an abutment section (42, 44) for abutment against the column from opposite directions, - at least one clamping part (16, 26) movable into a release position and a clamping position, and - an actuating element movable relative to the fitting parts (12, 14) for moving the clamping part (16, 26) between the release position and the clamping position, characterized in that a locking mechanism holds the at least one clamping part (16, 26) in the clamping position. - a first and a second fitting part (12, 14), each having an abutment section (42, 44) for abutment against the column from opposite directions, - at least one clamping part (16, 26) movable into a release position and a clamping position, and - an actuating element movable relative to the fitting parts (12, 14) for moving the clamping part (16, 26) between the release position and the clamping position,
Mechanism for animating at least one object for a portable timepiece, comprising a frame element on which are mounted: - a drive source; - a drive wheel arranged to be driven by said drive source and defining a main pivot axis about which said drive wheel is arranged to pivot. - a drive element rotationally-integrated with said drive wheel and arranged to drive said object in rotation about said main pivot axis; - a rotating plate arranged coaxially with said drive wheel and bearing a support system for said object, said support system being off-center with respect to said main pivot axis, wherein said support system comprises a first frame pivotally mounted on said rotating plate about a first pivot axis, as well as an inner frame pivotally mounted in said first frame about a second pivot axis which is substantially orthogonal to said first pivot axis, and wherein said object is borne by a shaft pivotally mounted in said inner frame about a third pivot axis, said shaft being rotationally-integrated with a pinion meshing with a toothing which is coaxial with said driving wheel, said toothing being fixed or arranged to be rotated. - a drive source; - a drive wheel arranged to be driven by said drive source and defining a main pivot axis about which said drive wheel is arranged to pivot. - a drive element rotationally-integrated with said drive wheel and arranged to drive said object in rotation about said main pivot axis; - a rotating plate arranged coaxially with said drive wheel and bearing a support system for said object, said support system being off-center with respect to said main pivot axis, wherein said support system comprises a first frame pivotally mounted on said rotating plate about a first pivot axis, as well as an inner frame pivotally mounted in said first frame about a second pivot axis which is substantially orthogonal to said first pivot axis, and wherein said object is borne by a shaft pivotally mounted in said inner frame about a third pivot axis, said shaft being rotationally-integrated with a pinion meshing with a toothing which is coaxial with said driving wheel, said toothing being fixed or arranged to be rotated.
Computer-implemented method for allocating seats in a land vehicle, comprising the following steps: A) receiving a request for a seat reservation for a person for a scheduled trip in a land vehicle; B) assigning a seat reservation to the person, wherein an identifier is assigned uniquely to the person and this identifier is then issued; C) defining a land vehicle to be used and providing layout information representative of the distribution of seats in the land vehicle to be used for the scheduled trip; D) assigning a seat to the person in the land vehicle to be used on the basis of the layout information and the seat reservation, wherein the identifier is assigned uniquely to the seat in the land vehicle to be used; E) issuing seat information representative of which seat has been assigned to the person, wherein the issued seat information is representative of the assignment of the identifier to the seat, wherein - step C) is carried out after step A) and after step B), - at least some seats in the land vehicle to be used are assigned a respective electronic display, - the identifier is displayed on the electronic display. A) receiving a request for a seat reservation for a person for a scheduled trip in a land vehicle; B) assigning a seat reservation to the person, wherein an identifier is assigned uniquely to the person and this identifier is then issued; C) defining a land vehicle to be used and providing layout information representative of the distribution of seats in the land vehicle to be used for the scheduled trip; D) assigning a seat to the person in the land vehicle to be used on the basis of the layout information and the seat reservation, wherein the identifier is assigned uniquely to the seat in the land vehicle to be used; E) issuing seat information representative of which seat has been assigned to the person, wherein the issued seat information is representative of the assignment of the identifier to the seat, - step C) is carried out after step A) and after step B), - at least some seats in the land vehicle to be used are assigned a respective electronic display, - the identifier is displayed on the electronic display.
A folded camera module (400', 500') comprising: a) an optical path folding element (OPFE) (300, 404, 504) for folding light from a first optical path with a first optical axis (410, 510) to a second optical path with a second optical axis (402', 502') perpendicular to the first optical axis (410, 510), characterized in that the OPFE (300, 404, 504) is designed to tilt around an axis such that the OPFE (300, 404, 504) tilt creates a Roll movement and a shift movement, the OPFE (300, 404, 504) tilt-created Roll movement compensating for a folded camera module-induced Roll movement; and b) a lens module (402, 502) carrying a lens with a symmetry axis parallel to the second optical axis (402', 502'), the lens module designed to move such as to compensate for the OPFE (300, 404, 504) tilt-created shift movement, whereby the tilt of the OPFE (300, 404, 504) and the movement of the lens module (402, 502) provide optical image stabilization that includes image Roll compensation. a) an optical path folding element (OPFE) (300, 404, 504) for folding light from a first optical path with a first optical axis (410, 510) to a second optical path with a second optical axis (402', 502') perpendicular to the first optical axis (410, 510), characterized in that the OPFE (300, 404, 504) is designed to tilt around an axis such that the OPFE (300, 404, 504) tilt creates a Roll movement and a shift movement, the OPFE (300, 404, 504) tilt-created Roll movement compensating for a folded camera module-induced Roll movement; and b) a lens module (402, 502) carrying a lens with a symmetry axis parallel to the second optical axis (402', 502'), the lens module designed to move such as to compensate for the OPFE (300, 404, 504) tilt-created shift movement, whereby the tilt of the OPFE (300, 404, 504) and the movement of the lens module (402, 502) provide optical image stabilization that includes image Roll compensation.
A seating arrangement comprising: at least one aisle column comprising at least one high bed seating unit and at least one low bed seating unit; and at least one non-aisle column comprising at least one high bed seating unit and at least one low bed seating unit; wherein the at least one high bed seating unit in the at least one aisle column in the bed position is positioned laterally proximate and partially overlapping the at least one low bed seating unit in the at least one non-aisle column in the bed position; wherein the at least one low bed seating unit in the at least one aisle column in the bed position is positioned laterally proximate and partially overlapping the at least one high bed seating unit in the at least one non-aisle column in the bed position, wherein a longitudinal space is located between the at least one high bed seating unit in the at least one aisle column and the at least low bed seating unit in the at least one aisle column, so that the passengers seated in the at least one low bed seating unit in the at least one non aisle column and in the at least one high bed seating unit in the at least one non aisle column accesses an aisle via the longitudinal space. at least one aisle column comprising at least one high bed seating unit and at least one low bed seating unit; and at least one non-aisle column comprising at least one high bed seating unit and at least one low bed seating unit; wherein the at least one high bed seating unit in the at least one aisle column in the bed position is positioned laterally proximate and partially overlapping the at least one low bed seating unit in the at least one non-aisle column in the bed position; wherein the at least one low bed seating unit in the at least one aisle column in the bed position is positioned laterally proximate and partially overlapping the at least one high bed seating unit in the at least one non-aisle column in the bed position, wherein a longitudinal space is located between the at least one high bed seating unit in the at least one aisle column and the at least low bed seating unit in the at least one aisle column, so that the passengers seated in the at least one low bed seating unit in the at least one non aisle column and in the at least one high bed seating unit in the at least one non aisle column accesses an aisle via the longitudinal space.
A method comprising: receiving, at a service, data regarding administration traffic in a network associated with a remote administration session in which a control device remotely administers a client device, wherein the received data comprises telemetry data, and wherein the received data further comprises device data for the control device and/or user information for the control device; analyzing, by the service, the received data to determine whether the administration traffic is authorized, wherein the analyzing comprises correlating the telemetry data with the device data and/or the user information; flagging, by the service, the received data as authorized, based on the analysis of the received data; and using, by the service, the data flagged as authorized to distinguish between benign traffic and malicious traffic in the network, wherein the using comprises excluding, by the service, the data flagged as authorized from analysis by a machine learning-based traffic analyzer configured to distinguish between benign traffic and malicious traffic; or wherein the using comprises suppressing, by the service, performance of a mitigation action by the traffic analyzer that was triggered by the traffic analyzer analyzing the flagged data. receiving, at a service, data regarding administration traffic in a network associated with a remote administration session in which a control device remotely administers a client device, wherein the received data comprises telemetry data, and wherein the received data further comprises device data for the control device and/or user information for the control device; analyzing, by the service, the received data to determine whether the administration traffic is authorized, wherein the analyzing comprises correlating the telemetry data with the device data and/or the user information; flagging, by the service, the received data as authorized, based on the analysis of the received data; and using, by the service, the data flagged as authorized to distinguish between benign traffic and malicious traffic in the network, wherein the using comprises excluding, by the service, the data flagged as authorized from analysis by a machine learning-based traffic analyzer configured to distinguish between benign traffic and malicious traffic; or wherein the using comprises suppressing, by the service, performance of a mitigation action by the traffic analyzer that was triggered by the traffic analyzer analyzing the flagged data.