mhurhangee/ep-ind-claims huggingface dataset:
An autonomous propulsion unit, comprising: a flight controller capable of executing flight control instructions stored in a memory of the autonomous propulsion unit; and a propulsor to generate propulsion in accordance with the instructions for a payload carrier to which the autonomous propulsion unit is coupled, wherein the flight controller is to provide flight control for the propulsor in an absence of flight control instructions from the payload carrier. a flight controller capable of executing flight control instructions stored in a memory of the autonomous propulsion unit; and a propulsor to generate propulsion in accordance with the instructions for a payload carrier to which the autonomous propulsion unit is coupled, wherein the flight controller is to provide flight control for the propulsor in an absence of flight control instructions from the payload carrier.
An integrated dual power converter package comprising: a leadframe comprising: a first control FET disposed on a first control FET paddle; a second control FET disposed on a second control FET paddle; a first sync FET and a second sync FET, each disposed on a sync FET paddle; a driver integrated circuit disposed on a driver IC paddle and configured to control said first and second control FETs (321, 322) and said first and second sync FETs (323, 324), a first switched node electrically connected to a source of said first control FET and a drain of said first sync FET via a first trace, connector, clip, ribbon, or wire, and a second switched node electrical connected to a source of said second control FET and a drain of said second sync FET via a second trace, connector, clip, ribbon, or wire, characterised in that the package further comprises a first inductor and a first capacitor connected between said first switched node and ground. a first control FET disposed on a first control FET paddle; a second control FET disposed on a second control FET paddle; a first sync FET and a second sync FET, each disposed on a sync FET paddle; a driver integrated circuit disposed on a driver IC paddle and configured to control said first and second control FETs (321, 322) and said first and second sync FETs (323, 324), a first switched node electrically connected to a source of said first control FET and a drain of said first sync FET via a first trace, connector, clip, ribbon, or wire, and a second switched node electrical connected to a source of said second control FET and a drain of said second sync FET via a second trace, connector, clip, ribbon, or wire, characterised in that the package further comprises a first inductor and a first capacitor connected between said first switched node and ground.
A method of characterizing a multimode optical fiber link comprising a light source and at least one multimode fiber, said method comprising a step of characterizing said multimode fiber using a measurement of the Dispersion Modal Delay and delivering fiber characteristic data, characterized in that said method also comprises: - a step of characterizing said light source by at least three source characteristic curves obtained by: ∘ exciting a nominal multimode fiber with said light source; ∘ scanning with a single mode fiber an output signal of said nominal multimode fiber, at different radial offset values r, from an axis of said nominal fiber where r=0 to a radial offset value r=a, where a is the core radius of said nominal fiber, ∘ analyzing with a spectrum analyzer an output optical spectrum of said single mode fiber for each radial offset value r, said source characteristic curves each showing a source parameter as a function of said radial offset value r; - a step of computing an Effective Bandwidth of said link, comprising calculating a transfer function using both said fiber characteristic data and each of said source characteristic curves. - a step of characterizing said light source by at least three source characteristic curves obtained by: ∘ exciting a nominal multimode fiber with said light source; ∘ scanning with a single mode fiber an output signal of said nominal multimode fiber, at different radial offset values r, from an axis of said nominal fiber where r=0 to a radial offset value r=a, where a is the core radius of said nominal fiber, ∘ analyzing with a spectrum analyzer an output optical spectrum of said single mode fiber for each radial offset value r, said source characteristic curves each showing a source parameter as a function of said radial offset value r; ∘ exciting a nominal multimode fiber with said light source; ∘ scanning with a single mode fiber an output signal of said nominal multimode fiber, at different radial offset values r, from an axis of said nominal fiber where r=0 to a radial offset value r=a, where a is the core radius of said nominal fiber, ∘ analyzing with a spectrum analyzer an output optical spectrum of said single mode fiber for each radial offset value r, - a step of computing an Effective Bandwidth of said link, comprising calculating a transfer function using both said fiber characteristic data and each of said source characteristic curves.
Method for producing a surface-modified metal implant, comprising the following steps: (a) providing a metal implant; (b) oxidising a surface of the metal implant to form an oxidised surface; (c) irradiating the oxidised surface using an ultrashort pulse laser to generate a laser-induced surface structure having a laser-induced periodic surface structure (LIPSS). (a) providing a metal implant; (b) oxidising a surface of the metal implant to form an oxidised surface; (c) irradiating the oxidised surface using an ultrashort pulse laser to generate a laser-induced surface structure having a laser-induced periodic surface structure (LIPSS).
Mechanism, designed to deliver mechanical energy to a finishing geartrain in a clock movement in the form of a predefined output torque transmitted to a first mobile (20, 120) of the finishing geartrain, the mechanism comprising a barrel mainspring of which one end, the internal end, is secured to a barrel arbor (5, 105) and of which one end, the external end, is secured to a barrel drum (2, 102), a first of the said ends being intended to be kinematically connected to the first mobile of the finishing geartrain, a gear set designed to provide a kinematic connection between the said ends of the said barrel mainspring and allow a transfer of mechanical energy between said ends, the said gear set comprising a planetary gear set (24, 26, 28, 30, 32, 34, 102, 126, 128, 130, 132, 134) having a first input-output (24, 134) intended to be kinematically connected to a rewinding mechanism for rewinding the said barrel mainspring, a second input-output (34, 102) kinematically connected to one end of the said barrel mainspring, and a third input-output (30, 130) kinematically connected to the other end of the said barrel mainspring, characterized in that the said planetary gear set (24, 26, 28, 30, 32, 34, 102, 126, 128, 130, 132, 134) comprises a planet (26, 126) comprising a first non-circular wheel (28, 128) arranged in mesh with a first non-circular solar wheel (30, 130). a barrel mainspring of which one end, the internal end, is secured to a barrel arbor (5, 105) and of which one end, the external end, is secured to a barrel drum (2, 102), a first of the said ends being intended to be kinematically connected to the first mobile of the finishing geartrain, a gear set designed to provide a kinematic connection between the said ends of the said barrel mainspring and allow a transfer of mechanical energy between said ends, the said gear set comprising a planetary gear set (24, 26, 28, 30, 32, 34, 102, 126, 128, 130, 132, 134) having a first input-output (24, 134) intended to be kinematically connected to a rewinding mechanism for rewinding the said barrel mainspring, a second input-output (34, 102) kinematically connected to one end of the said barrel mainspring, and a third input-output (30, 130) kinematically connected to the other end of the said barrel mainspring, a first input-output (24, 134) intended to be kinematically connected to a rewinding mechanism for rewinding the said barrel mainspring, a second input-output (34, 102) kinematically connected to one end of the said barrel mainspring, and a third input-output (30, 130) kinematically connected to the other end of the said barrel mainspring, characterized in that the said planetary gear set (24, 26, 28, 30, 32, 34, 102, 126, 128, 130, 132, 134) comprises a planet (26, 126) comprising a first non-circular wheel (28, 128) arranged in mesh with a first non-circular solar wheel (30, 130).
A method of prognostic health monitoring for use with an aircraft in which torque generated for controlling positions of controllable surfaces at right- and left-sides (RHS and LHS) of the aircraft is transmitted along RHS and LHS torque tubes (15,16) to RHS wing actuators via RHS torque-limiters at each individual one of the RHS wing actuators and to LHS wing actuators via LHS torque-limiters at each individual one of the LHS wing actuators, respectively, the method comprising: Generating the torque for controlling the positions of the controllable surfaces at the right- and left-hand-sides, RHS and LHS, of the aircraft in a power drive unit, PDU, based on not exceeding torque-limiter, TL, thresholds for each of the RHS torque-limiters at each of the RHS wing actuators and for each of the LHS torque-limiters at each of the LHS wing actuators; performing real-time monitoring of the torque at each of the RHS wing actuators at the RHS of the aircraft and each of the LHS wing actuators at the LHS of the aircraft; generating RHS and LHS torque information from results of the performing of the real-time monitoring analyzing the RHS and LHS torque information; and controlling operations of the PDU based on results of the analysis by at least one of modifying, tuning and defining the TL thresholds of each of the RHS torque-limiters at each of the RHS wing actuators and for each of the LHS torque-limiters at each of the LHS wing actuators. Generating the torque for controlling the positions of the controllable surfaces at the right- and left-hand-sides, RHS and LHS, of the aircraft in a power drive unit, PDU, based on not exceeding torque-limiter, TL, thresholds for each of the RHS torque-limiters at each of the RHS wing actuators and for each of the LHS torque-limiters at each of the LHS wing actuators; performing real-time monitoring of the torque at each of the RHS wing actuators at the RHS of the aircraft and each of the LHS wing actuators at the LHS of the aircraft; generating RHS and LHS torque information from results of the performing of the real-time monitoring analyzing the RHS and LHS torque information; and controlling operations of the PDU based on results of the analysis by at least one of modifying, tuning and defining the TL thresholds of each of the RHS torque-limiters at each of the RHS wing actuators and for each of the LHS torque-limiters at each of the LHS wing actuators.
A switched mode power supply comprising: an input for connection to a rectified mains supply, a transformer having a primary winding on the mains side and a secondary winding on the dc output side; a switching element for controlling the current flow in the primary winding of the transformer; a sense resistor (Rsense) in series with the switching element; a feedback control system for controlling the switching element in dependence on a sense voltage (Visense) which is dependent on the sense resistor, wherein the feedback control system is part of an integrated circuit, and the transformer is outside the integrated circuit, wherein the integrated circuit further comprises a detection arrangement for converting a rate of change of the sense voltage into a voltage level, and thereby derive a voltage signal (Vipk_max) representing the mains voltage, characterised in that the feedback control system comprises a comparator for comparing the sense voltage (Visense) with a reference voltage (Vipk) and controlling a set reset latch in dependence on the comparison. an input for connection to a rectified mains supply, a transformer having a primary winding on the mains side and a secondary winding on the dc output side; a switching element for controlling the current flow in the primary winding of the transformer; a sense resistor (Rsense) in series with the switching element; a feedback control system for controlling the switching element in dependence on a sense voltage (Visense) which is dependent on the sense resistor, wherein the feedback control system is part of an integrated circuit, and the transformer is outside the integrated circuit, wherein the integrated circuit further comprises a detection arrangement for converting a rate of change of the sense voltage into a voltage level, and thereby derive a voltage signal (Vipk_max) representing the mains voltage, characterised in that the feedback control system comprises a comparator for comparing the sense voltage (Visense) with a reference voltage (Vipk) and controlling a set reset latch in dependence on the comparison.
A method, comprising: configuring each of a plurality of storytelling devices to produce an effect based on a current playback position within a story and in response to a respective stimulus event, wherein the story comprises a plurality of stimulus event and effect pairs each assigned to a respective one of the plurality of storytelling devices, wherein an effect is at least one of an auditory and a visual effect to create an immersive and interactive storytelling experience for a user and wherein the stimulus event assigned to at least one of the plurality of storytelling devices comprises detecting, using one or more sensor devices of one of the plurality of storytelling devices, that a user action has been performed in a physical environment in which the plurality of storytelling devices are located; and controlling a playback of the story using the plurality of storytelling devices, by modifying the configuration of each of the plurality of storytelling devices by transmitting updated configuration information to the storytelling device specifying to produce a second effect in response to a second stimulus event based on the current playback position within the story. configuring each of a plurality of storytelling devices to produce an effect based on a current playback position within a story and in response to a respective stimulus event, wherein the story comprises a plurality of stimulus event and effect pairs each assigned to a respective one of the plurality of storytelling devices, wherein an effect is at least one of an auditory and a visual effect to create an immersive and interactive storytelling experience for a user and wherein the stimulus event assigned to at least one of the plurality of storytelling devices comprises detecting, using one or more sensor devices of one of the plurality of storytelling devices, that a user action has been performed in a physical environment in which the plurality of storytelling devices are located; and controlling a playback of the story using the plurality of storytelling devices, by modifying the configuration of each of the plurality of storytelling devices by transmitting updated configuration information to the storytelling device specifying to produce a second effect in response to a second stimulus event based on the current playback position within the story.
Method for the continuous casting of a light alloy, in particular an aluminium alloy or magnesium alloy, wherein a melt of the light alloy is withdrawn downwards from a mould to obtain a solid continuous casting product after solidification of the melt, wherein the melt is withdrawn continuously as a strand using a curved starter bar head with solidification and curving, and then straightened with a straightening unit, wherein a curved strand is withdrawn from the mould, characterized in that the strand is heated in front of the straightening unit.
A control device comprising a controller causing a plurality of cell blocks each configured of one or a plurality of secondary battery cells and connected in series to be charged with a cell balance; wherein the controller includes a detector detecting a voltage of each of the cell blocks, an updater sequentially updating a maximum voltage of the detected voltages of the cell blocks, and a discharger discharging a cell block among the plurality of cell blocks, wherein the detected voltage of the cell block is within a discharge target voltage range of the updated maximum voltage, and wherein the discharge target voltage range is defined in advance.
A silencer, comprising a housing, characterized in that, a protrusion is arranged in a gas inlet end of the housing and extends into an interior of the housing; a portion of the protrusion, which is proximate to a gas outlet end of the housing, is closed; at least two gas inlets are arranged in the gas inlet end of the housing and disposed around the protrusion; enabling that a part of a gas flow flows through the gas inlets and enters the housing; another part of the gas flow impacts the closed portion of the protrusion, and at least partially flows back and enters the housing through the gas inlets. a protrusion is arranged in a gas inlet end of the housing and extends into an interior of the housing; a portion of the protrusion, which is proximate to a gas outlet end of the housing, is closed; at least two gas inlets are arranged in the gas inlet end of the housing and disposed around the protrusion; enabling that a part of a gas flow flows through the gas inlets and enters the housing; another part of the gas flow impacts the closed portion of the protrusion, and at least partially flows back and enters the housing through the gas inlets.
Towing device to fasten to a trailer coupling of a motor vehicle for the removal of a motor vehicle to be towed having a cross member comprising a coupling attachment (6, 7) which is oriented transverse to the direction of travel and having two hydraulically pivotable wheel suspensions arranged on the cross member to which in each case one wheel is fastened, wherein the connection between cross member and the coupling attachment (6, 7) is detactable, characterised in that the connection between the cross member and the coupling attachment (6, 7) is detactable, such that the coupling attachment (6, 7) is interchangeable depending on the operational status of the towing device, wherein the towing device has a draw coupling attachment for an operational position which is connected to the cross member in a positive-locking manner, and wherein the towing device has a clamp coupling attachment for a transport position which is connected to the cross member by means of a pivot bearing.
A composition for use in treatment of a NMDA receptor neuropsychiatric disorder in a human subject in need thereof, comprising a therapeutic effective amount of: a first agent consisting of D-cycloserine or a pharmaceutically acceptable salt thereof, provided at a net antagonistic dose of ≥500 mg/day to ≤1000 mg/day and is formulated to produce an average plasma level in the subject of greater than 25 μg/mL; and a second agent consisting of S-mirtazapine, and wherein the NMDA receptor neuropsychiatric disorder is selected from the group consisting of obsessive compulsive disorder and anxiety disorders. a first agent consisting of D-cycloserine or a pharmaceutically acceptable salt thereof, provided at a net antagonistic dose of ≥500 mg/day to ≤1000 mg/day and is formulated to produce an average plasma level in the subject of greater than 25 μg/mL; and a second agent consisting of S-mirtazapine, and wherein the NMDA receptor neuropsychiatric disorder is selected from the group consisting of obsessive compulsive disorder and anxiety disorders.
A re-acidification compound and GDC-0941 having the formula: for use in a method of treating a hyperproliferative disorder, the method comprising administering a re-acidification compound and GDC-0941 to a patient receiving a gastric acid-reducing therapeutic selected from a proton-pump inhibitor, an H2-receptor antagonist, and an antacid, wherein the re-acidification compound is selected from betaine hydrochloride and glutamic acid hydrochloride.
A drill bit, comprising: a bit body having a longitudinal axis; and a blade of a selected length on a side of the bit body and substantially along a longitudinal direction; characterised in comprising a movable member associated with the blade that extends from a retracted position to a selected extended position along the longitudinal axis to effectively extend the selected length of the blade when the movable member is in the selected extended position. a bit body having a longitudinal axis; and a blade of a selected length on a side of the bit body and substantially along a longitudinal direction; characterised in comprising a movable member associated with the blade that extends from a retracted position to a selected extended position along the longitudinal axis to effectively extend the selected length of the blade when the movable member is in the selected extended position.
Device for monitoring the structure of a vehicle, including an electrical measurement sensor, a processing circuit linked to the sensor for converting measurements from the sensor into monitoring data, and a transmission means for transmitting the monitoring data to a collecting unit, the processing circuit - being miniaturized, having a small size contained within a cube of 40x40x40 mm or of smaller size, - being linked by a short wired electrical link to the sensor, the linking length being less than 200 mm, - including an embedded battery, - and including a radio means for transmitting the monitoring data to a mobile collecting unit temporarily positioned nearby; characterized in that the processing circuit is organized into a level-based architecture, with a first electric power supply level positioned at the base of the circuit close to the structure to be monitored, topped by a second numerical processing level, which is itself topped by a third level for converting the signals coming from the sensors into two proportional voltages, the second level converting them into numerical values, a third level itself being topped by a fourth radio transceiver level, the fourth level being positioned at the upper part of the circuit, and in that the sensor is an eddy current sensor and includes a first measurement sensor, positioned on the structure at a location to be monitored, and a second test sensor, identical to the first measurement sensor and positioned on the structure at a healthy location, for measuring, by way of phase difference between the signals produced by the two sensors, the perfect adherence thereof to the structure to be monitored. - being miniaturized, having a small size contained within a cube of 40x40x40 mm or of smaller size, - being linked by a short wired electrical link to the sensor, the linking length being less than 200 mm, - including an embedded battery, - and including a radio means for transmitting the monitoring data to a mobile collecting unit temporarily positioned nearby;