mhurhangee/ep-ind-claims huggingface dataset:
An anti-dropping steel ring configured to be used in a press-fitting type pipe fitting, the anti-dropping steel ring comprising: first snapping parts and second snapping parts distributed in a circumferential direction, the first snapping parts being configured to extend from an inner circumferential wall of the anti-dropping steel ring in a radial direction, and the second snapping parts being configured to extend from a circumferential edge of the anti-dropping steel ring in an axial direction and lean inwards; wherein the anti-dropping steel ring is provided with a first interface part and a second interface part, the first interface part is a convex part, the second interface part is a concave part that can accommodate the convex part, and the first interface part and the second interface part are configured to implement closing of the anti-dropping steel ring by means of cooperation of the concave part and the convex part; wherein: both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction. first snapping parts and second snapping parts distributed in a circumferential direction, the first snapping parts being configured to extend from an inner circumferential wall of the anti-dropping steel ring in a radial direction, and the second snapping parts being configured to extend from a circumferential edge of the anti-dropping steel ring in an axial direction and lean inwards; wherein the anti-dropping steel ring is provided with a first interface part and a second interface part, the first interface part is a convex part, the second interface part is a concave part that can accommodate the convex part, and the first interface part and the second interface part are configured to implement closing of the anti-dropping steel ring by means of cooperation of the concave part and the convex part; wherein: both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction. both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction.
Applicator for a folded adhesive tape having a 2-component adhesive system, an adhesive tape roll with an adhesive tape, which comprises an adhesive film having a reactive adhesive component and a reactive outer side, a device for unrolling the adhesive tape from the adhesive tape roll, a device for delivering a reactive further adhesive component onto the reactive outer side of the adhesive film of the unrolled adhesive tape in order to form an activated adhesive tape, a folding device for the activated adhesive tape, arranged after the delivery device in a running direction of the activated adhesive tape, in order to produce the folded adhesive tape. an adhesive tape roll with an adhesive tape, which comprises an adhesive film having a reactive adhesive component and a reactive outer side, a device for unrolling the adhesive tape from the adhesive tape roll, a device for delivering a reactive further adhesive component onto the reactive outer side of the adhesive film of the unrolled adhesive tape in order to form an activated adhesive tape, a folding device for the activated adhesive tape, arranged after the delivery device in a running direction of the activated adhesive tape, in order to produce the folded adhesive tape.
A method for sowing forest seeds by means of a motor-driven work machine with a gripping tool and/or an interface for a planting device and a sowing assembly or sowing device, which is designed to be gripped by the gripping tool and/or to be connected to the interface in a planting position, in which the gripping tool or the interface is arranged on the end of a boom of the work machine, in which the work machine displaces the sowing assembly or sowing device along a sowing path by moving the boom, wherein the work machine is on a specified lane or is driven along a specified lane and processes work areas in a larger region next to the lane.
A method for controlling loads of a wind turbine connected to a power grid, the wind turbine having a nacelle mounted atop the tower, the tower defining an overall length extending from a bottom end to a top end, the method comprising: receiving, via a controller, sensor signals from one or more sensors (54, 56, 58) being indicative of a movement of the tower and/or the nacelle from a reference point, the movement comprising, at least, a tilt and/or a displacement of the tower and/or the nacelle; generating, via the controller, a deflection profile of the tower along its overall length from the bottom end to the top end based on the sensor signals; determining, via the controller, at least one of a thrust or a tower load of the wind turbine from the deflection profile; and, implementing, via the controller, a control action for the wind turbine based on the thrust and/or the tower load; and wherein determining at least one of the thrust or the tower load of the wind turbine from the deflection profile further comprises evaluating the deflection profile in a time domain and a frequency domain, wherein evaluating the deflection profile in the time domain allows for determination of translation and rotation of the tilt of the tower and/or the nacelle and evaluating the deflection profile in the frequency domain allows for determination of sources of energy by structural resonant components. receiving, via a controller, sensor signals from one or more sensors (54, 56, 58) being indicative of a movement of the tower and/or the nacelle from a reference point, the movement comprising, at least, a tilt and/or a displacement of the tower and/or the nacelle; generating, via the controller, a deflection profile of the tower along its overall length from the bottom end to the top end based on the sensor signals; determining, via the controller, at least one of a thrust or a tower load of the wind turbine from the deflection profile; and, implementing, via the controller, a control action for the wind turbine based on the thrust and/or the tower load;
A mobile station, comprising: a first wireless interface (64, 66) operable to couple to a first wireless network (12, 14); a second wireless interface (64, 66) operable to couple to a second wireless network (12, 14), wherein the first wireless network comprises an enterprise network and the second wireless network comprises a cellular network, or wherein the first wireless network comprises a cellular network and the second wireless network comprises an enterprise network; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, and to establish a communication session with a remote device using the first wireless link, wherein the controller is further arranged to detect a session handoff trigger, to negotiate a second wireless link with the second wireless network using the second wireless interface in response to the session handoff trigger, and to invoke a private branch exchange call park feature to transfer the communication session from the first wireless link to the second wireless link, the controller configured to: park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number. a first wireless interface (64, 66) operable to couple to a first wireless network (12, 14); a second wireless interface (64, 66) operable to couple to a second wireless network (12, 14), wherein the first wireless network comprises an enterprise network and the second wireless network comprises a cellular network, or wherein the first wireless network comprises a cellular network and the second wireless network comprises an enterprise network; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, and to establish a communication session with a remote device using the first wireless link, wherein the controller is further arranged to detect a session handoff trigger, to negotiate a second wireless link with the second wireless network using the second wireless interface in response to the session handoff trigger, and to invoke a private branch exchange call park feature to transfer the communication session from the first wireless link to the second wireless link, the controller configured to: park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number. park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number.
A method of measuring the energy content of a gas, comprising: measuring the speed of sound in the gas; measuring the relative permittivity of the gas using a guided wave radar sensor; and correlating the measured speed of sound and relative permittivity to derive the energy content of the gas. measuring the speed of sound in the gas; measuring the relative permittivity of the gas using a guided wave radar sensor; and correlating the measured speed of sound and relative permittivity to derive the energy content of the gas.
A method of installing an impingement cooling assembly in an inner platform of an airfoil of a turbine nozzle, comprising: positioning an insert within a cavity of the airfoil; positioning a core exit cover about an opening of the cavity; positioning an impingement plenum within a platform cavity; inserting an unfixed spoolie through an assembly port of the impingement plenum and into an airflow cavity of the insert; and closing the assembly port; wherein the unfixed spoolie provides fluid communication between the impingement plenum and the cavity of the airfoil. positioning an insert within a cavity of the airfoil; positioning a core exit cover about an opening of the cavity; positioning an impingement plenum within a platform cavity; inserting an unfixed spoolie through an assembly port of the impingement plenum and into an airflow cavity of the insert; and closing the assembly port; wherein the unfixed spoolie provides fluid communication between the impingement plenum and the cavity of the airfoil.
A multilayer electromagnetic waveguide comprising several superimposed layers forming channels for guiding an electromagnetic wave, and at least one transition device comprising at least one interlayer dielectric layer between two guiding channels, called coupled guiding channels, prolonging according to a transmission direction of an electromagnetic wave between these coupled guiding channels via the transition device: - each transition device comprises at least one adaptation channel extending from the coupled guiding channels, according to a longitudinal direction intersecting the transmission direction, - each adaptation channel is delimited by at least two electrically conductive walls, called adaptation walls, spaced from one another by said interlayer dielectric layer of said transition device, each adaptation wall extending according to the longitudinal direction along said interlayer dielectric layer from an end, called coupling end, of a coupled guiding channel, and at least one adaptation wall extending according to the longitudinal direction over a length selected between 0.1λ and 0.5λ to obtain an impedance, called input impedance, at least substantially zero between the adaptation walls of this adaptation channel at the coupling ends of the coupled guiding channels to optimize the transmission of an electromagnetic wave between the two coupled guiding channels. - each transition device comprises at least one adaptation channel extending from the coupled guiding channels, according to a longitudinal direction intersecting the transmission direction, - each adaptation channel is delimited by at least two electrically conductive walls, called adaptation walls, spaced from one another by said interlayer dielectric layer of said transition device, each adaptation wall extending according to the longitudinal direction along said interlayer dielectric layer from an end, called coupling end, of a coupled guiding channel, and at least one adaptation wall extending according to the longitudinal direction over a length selected between 0.1λ and 0.5λ to obtain an impedance, called input impedance, at least substantially zero between the adaptation walls of this adaptation channel at the coupling ends of the coupled guiding channels to optimize the transmission of an electromagnetic wave between the two coupled guiding channels.
A suspension arm member comprising: a connecting portion configured to connect a plurality of members of a suspension mounted on a vehicle; and a support bar provided with the connecting portion at each end and extending in a longitudinal direction, wherein the support bar is made of a resin material and comprises a plurality of lightening hole portions each formed in a shape of a recessed portion in a direction orthogonal to the longitudinal direction, wherein the lightening hole portions comprise a plurality of front upper lightening hole portions formed in the longitudinal direction in a front upper portion of the support bar, a plurality of front lower lightening hole portions formed in the longitudinal direction in a front lower portion of the support bar and staggered in a top-to-bottom direction with respect to the front upper lightening hole portions, a plurality of rear upper lightening hole portions formed in the longitudinal direction in a rear upper portion of the support bar and staggered in a front-to-rear direction with respect to the front upper lightening hole portions, and a plurality of rear lower lightening hole portions formed in the longitudinal direction in a rear lower portion of the support bar and staggered with respect to the rear upper lightening hole portions and the front lower lightening hole portions; characterised in that parts of the support bar in which the lightening hole portions are formed are formed in substantially an S-shape or in substantially an inverted S-shape, as seen in a cross-sectional view in a widthwise direction. a connecting portion configured to connect a plurality of members of a suspension mounted on a vehicle; and a support bar provided with the connecting portion at each end and extending in a longitudinal direction,
A radio frequency head coil, RF head coil, for use in magnetic resonance imaging, the RF head coil comprising: a coil former comprising at least a first leg and a second leg arranged at a distance from each other to define a space therebetween, the coil former being at least sectionally flexible and having at least one first fastening portion (315, 316) arranged adjacent to the space, and a respiratory mask comprising a gas outlet and at least one second fastening portion (322, 323), wherein in an operable condition in which the RF head coil is adapted to be arranged around a head of a patient and in which the at least one second fastening portion (322, 323) is fastened to the at least one first fastening portion (315, 316), the gas outlet is disposed within the space. a coil former comprising at least a first leg and a second leg arranged at a distance from each other to define a space therebetween, the coil former being at least sectionally flexible and having at least one first fastening portion (315, 316) arranged adjacent to the space, and a respiratory mask comprising a gas outlet and at least one second fastening portion (322, 323), wherein in an operable condition in which the RF head coil is adapted to be arranged around a head of a patient and in which the at least one second fastening portion (322, 323) is fastened to the at least one first fastening portion (315, 316), the gas outlet is disposed within the space.
A tablet for oral administration comprising: a. 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)-cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I, Compound 1 Form II, and/or Compound 1 HCl Salt Form A wherein Compound 1 Form I, Compound 1 Form II, and/or Compound 1 HCl Salt Form A are present in an amount of at least 60 wt% by weight of the composition; b. a filler; c. a diluent; d. a disintegrant; e. a surfactant; f. a lubricant; and g. at least one of a binder and a glidant. a. 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)-cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I, Compound 1 Form II, and/or Compound 1 HCl Salt Form A wherein Compound 1 Form I, Compound 1 Form II, and/or Compound 1 HCl Salt Form A are present in an amount of at least 60 wt% by weight of the composition; b. a filler; c. a diluent; d. a disintegrant; e. a surfactant; f. a lubricant; and g. at least one of a binder and a glidant.
A ballast control system for a floating wind turbine platform having a plurality of stabilizing columns (102, 103), each stabilizing column having an internal volume for containing a ballast, and a tower with an attached turbine rotor, the tower mounted in vertical alignment over one of the columns, the ballast control system characterised by: a sensor that is configured to detect a rotation of the tower; and a controller, coupled to the sensor, that is configured to direct a transfer of the ballast from an internal volume of the one of the columns to an internal volume of at least one of the other columns, upon the sensor detecting the rotation of the tower. a sensor that is configured to detect a rotation of the tower; and a controller, coupled to the sensor, that is configured to direct a transfer of the ballast from an internal volume of the one of the columns to an internal volume of at least one of the other columns, upon the sensor detecting the rotation of the tower.
A method of intercepting ballistic targets, comprising: launching a lead interceptor having a lead kill vehicle, KV, on a first ballistic trajectory to intercept a target cloud, separating the lead KV from the lead interceptor, launching a follower interceptor having a first follower KV on a second ballistic trajectory to intercept the target cloud, separating the first follower KV from the follower interceptor in a trailing relationship to the lead KV, from the lead KV, collecting and processing observational sensor data to discriminate targets within the target cloud and to select a target from the target cloud autonomously, maneuvering the lead KV to remove insertion error and intercept the selected target and transmitting the observational sensor data and processed mission data via a communications link, and from the first follower KV, receiving the observational sensor data and processed mission data from the lead KV via a communications link, collecting observational sensor data, processing both the received observational sensor data from the lead KV and its own observational sensor data to discriminate targets and select a target from the target cloud autonomously, and maneuvering the follower KV to remove insertion error and intercept the selected target. launching a lead interceptor having a lead kill vehicle, KV, on a first ballistic trajectory to intercept a target cloud, separating the lead KV from the lead interceptor, launching a follower interceptor having a first follower KV on a second ballistic trajectory to intercept the target cloud, separating the first follower KV from the follower interceptor in a trailing relationship to the lead KV, from the lead KV, collecting and processing observational sensor data to discriminate targets within the target cloud and to select a target from the target cloud autonomously, maneuvering the lead KV to remove insertion error and intercept the selected target and transmitting the observational sensor data and processed mission data via a communications link, and from the first follower KV, receiving the observational sensor data and processed mission data from the lead KV via a communications link, collecting observational sensor data, processing both the received observational sensor data from the lead KV and its own observational sensor data to discriminate targets and select a target from the target cloud autonomously, and maneuvering the follower KV to remove insertion error and intercept the selected target.
A hearing aid device comprising a housing having an opening and a battery drawer constituting a battery door that is movably mounted to the housing, which battery drawer comprises a finger engagement portion arranged at the outside surface of the battery drawer, the hearing aid device comprises means (20, 34, 36, 40, 42) for closing the battery door by pushing the finger engagement portion and for maintaining the battery door closed, where the hearing aid device comprises means (20, 34, 36, 40, 42) for at least partly opening the battery door by pushing the finger engagement portion and for maintaining the battery door at least partly open, wherein the battery drawer comprises a nail grip member provided at the distal portion of the finger engagement portion, characterized in that the housing is provided with a groove configured to completely receive the nail grip member of the battery drawer when the battery door is in a closed state.