mhurhangee/ep-ind-claims huggingface dataset:
A control device comprising a sensor unit suitable for outputting a measurement signal representing a deflection of an oscillator along a direction of excitation, an actuator unit acting on the oscillator, which is controllable by control signals, characterized by a controller main unit which is configured to deduce from the measurement signal and a harmonic set point signal a control signal for the actuator unit such that the actuator unit counteracts a deviation of the deflection of the oscillator from a set amplitude of a harmonic resonance oscillation of the oscillator, and a controller extension unit which is configured to determine at deactivated actuator unit from the measurement signal an actual-phase and an actual-amplitude of a residual oscillation of the oscillator and to output to the controller main unit a harmonic set point signal adapted to the actual-phase and the actual-amplitude such that after activating the actuator unit an amplitude of the residual oscillation of the oscillator is amplified phase-synchronously up to the set amplitude and such that in this process energy contained in the residual oscillation is used.
A method for repairing a damaged thermal protection covering a nacelle structure for an aircraft turbojet engine, the damaged thermal protection comprising a thermal insulation blanket present between a first sheet and a second sheet (24b; 240b), the second sheet being located on the side of the nacelle structure, the thermal insulation blanket and the first sheet each having an area of lack of material (Z1; Z2), the method comprising at least: - the cutting of slots through the first sheet, the area of lack of material of the first sheet being present between the slots, - the positioning of a repair thermal insulation blanket in the area of lack of material of the thermal insulation blanket, - the positioning of a repair sheet after positioning of the repair thermal insulation blanket, the repair sheet comprising a central part and lateral tabs, a first sealing adhesive being applied on the lateral tabs, the positioning of said repair sheet being carried out by inserting the lateral tabs into the slots in order to interpose them between the thermal insulation blanket and the first sheet and to secure them to the first sheet by the first sealing adhesive, the central part covering the repair thermal insulation blanket after insertion of the lateral tabs into the slots, and - the depositing of a second sealing adhesive on the contour of the repair sheet thus positioned. - the cutting of slots through the first sheet, the area of lack of material of the first sheet being present between the slots, - the positioning of a repair thermal insulation blanket in the area of lack of material of the thermal insulation blanket, - the positioning of a repair sheet after positioning of the repair thermal insulation blanket, the repair sheet comprising a central part and lateral tabs, a first sealing adhesive being applied on the lateral tabs, the positioning of said repair sheet being carried out by inserting the lateral tabs into the slots in order to interpose them between the thermal insulation blanket and the first sheet and to secure them to the first sheet by the first sealing adhesive, the central part covering the repair thermal insulation blanket after insertion of the lateral tabs into the slots, and - the depositing of a second sealing adhesive on the contour of the repair sheet thus positioned.
An endoscope instrument comprising an insertion tube of longitudinal axis with a straight transverse section relative to this longitudinal axis and possessing a proximal portion for connection to an actuation support and a distal portion presenting an outlet section occupied in particular firstly by a viewing zone and secondly by at least one outlet orifice of a passage for at least one appliance for occupying a retracted position inside the tube and a working position in which the appliance occupies at least a portion of the outlet section, the distal portion of the insertion tube including at least one radially deformable wall over a portion of its length extending from the outlet section, thereby enabling the outlet section of the distal portion of the tube to be increased on the appliance passing from its retracted position in which the appliance does not stress the deformable wall to its working position in which the deformable wall is stressed radially, the outlet section of the distal portion corresponding to the right cross-section of the insertion tube in the retracted position of the appliance, characterized in that the insertion tube includes, in its distal portion, a system for guiding the appliance assuming the form of a ramp or a cone emerging in a bore that forms the passage ( 1 2) for gradually guiding the appliance so that it passes from its retracted position to its working position while causing the radial expansion of the deformable wall during the movement of the appliance.
A flow meter comprising: a cylindrical tubing configured to be positioned in a wellbore, the cylindrical tubing comprising a flow mixer configured to produce a turbulent fluid flow of a multiphase fluid in the wellbore; a tuning fork disposed in the cylindrical tubing separate from the flow mixer to contact the turbulent fluid flow of the multiphase fluid, wherein the tuning fork is configured to vibrate at a vibration frequency in response to contact with the turbulent fluid flow; a controller to determine a fluid density measurement of the multiphase fluid based at least in part on the vibration frequency of the tuning fork; an electrical or mechanical source connected to the tuning fork to vibrate the tuning fork at a first active frequency, wherein the tuning fork is configured to vibrate at the vibration frequency different from the first active frequency in response to contact with the turbulent multiphase fluid flow, the vibration frequency depending on a density of the multiphase fluid flow; a diaphragm connected to a base of the tuning fork; and an electrical vibration sensor connected to the diaphragm to receive the vibration frequency through the diaphragm. a cylindrical tubing configured to be positioned in a wellbore, the cylindrical tubing comprising a flow mixer configured to produce a turbulent fluid flow of a multiphase fluid in the wellbore; a tuning fork disposed in the cylindrical tubing separate from the flow mixer to contact the turbulent fluid flow of the multiphase fluid, wherein the tuning fork is configured to vibrate at a vibration frequency in response to contact with the turbulent fluid flow; a controller to determine a fluid density measurement of the multiphase fluid based at least in part on the vibration frequency of the tuning fork; an electrical or mechanical source connected to the tuning fork to vibrate the tuning fork at a first active frequency, wherein the tuning fork is configured to vibrate at the vibration frequency different from the first active frequency in response to contact with the turbulent multiphase fluid flow, the vibration frequency depending on a density of the multiphase fluid flow; a diaphragm connected to a base of the tuning fork; and an electrical vibration sensor connected to the diaphragm to receive the vibration frequency through the diaphragm.
A method of executing a utility program on a computer system with a system management module that can be operated independently from a processor (2a, 2b) of the computer system, wherein the system management module includes a microcontroller as well as a non-volatile memory, is connected to a data network via a network port and is configured for remote maintenance of the computer system, including the steps: - activating a graphics memory of the computer system, - downloading a memory map, including the utility program to be executed, by the system management module from a data source in the data network, wherein the utility program to be executed is set up to update a firmware component (12a, 12b) of the computer system, and, data to update the firmware component (12a, 12b) is also contained in the memory map, - storing the memory map in the graphics memory by the system management module, - copying the memory map from the graphics memory to a main memory of the computer system by the processor (2a, 2b) of the computer system, and - executing the utility program through the processor (2a, 2b) of the computer system to update the firmware component (12a, 12b). - activating a graphics memory of the computer system, - downloading a memory map, including the utility program to be executed, by the system management module from a data source in the data network, wherein the utility program to be executed is set up to update a firmware component (12a, 12b) of the computer system, and, data to update the firmware component (12a, 12b) is also contained in the memory map, - storing the memory map in the graphics memory by the system management module, - copying the memory map from the graphics memory to a main memory of the computer system by the processor (2a, 2b) of the computer system, and - executing the utility program through the processor (2a, 2b) of the computer system to update the firmware component (12a, 12b).
A female connector configured to connect with any of two different male coaxial connectors (10, 30) whose inner contacts (11, 31) have different widths, the female connector having a connector-receiving end and an electrical connection end and comprising: a first outer contact for electrical connection with an outer contact of a first male coaxial connector; a second outer contact for electrical connection with an outer contact of a second male coaxial connector; the first outer contact being located within the second outer contact; a first inner female contact shaped as a hollow cylinder and for receiving the inner contact of a said first male coaxial connector; and a second inner female contact for receiving the inner contact of a said second male coaxial connector; the first inner female contact being located within the second inner female contact for reciprocating movement within the second inner female contact towards and away from the coaxial connector-receiving end of the female connector, wherein the female connector further comprises: a biasing arrangement for biasing the first inner female contact towards the connector-receiving end of the female connector; and an electrically insulating divider between the first inner female contact and the second inner female contact for maintaining a separation between the first inner female contact and the second inner female contact. a first outer contact for electrical connection with an outer contact of a first male coaxial connector; a second outer contact for electrical connection with an outer contact of a second male coaxial connector; the first outer contact being located within the second outer contact; a first inner female contact shaped as a hollow cylinder and for receiving the inner contact of a said first male coaxial connector; and a second inner female contact for receiving the inner contact of a said second male coaxial connector; the first inner female contact being located within the second inner female contact for reciprocating movement within the second inner female contact towards and away from the coaxial connector-receiving end of the female connector, wherein the female connector further comprises: a biasing arrangement for biasing the first inner female contact towards the connector-receiving end of the female connector; and an electrically insulating divider between the first inner female contact and the second inner female contact for maintaining a separation between the first inner female contact and the second inner female contact. a biasing arrangement for biasing the first inner female contact towards the connector-receiving end of the female connector; and an electrically insulating divider between the first inner female contact and the second inner female contact for maintaining a separation between the first inner female contact and the second inner female contact.
Solid pharmaceutical composition in the form of a unit dose comprising Afabicin or a pharmaceutically acceptable salt thereof and one or more pharmaceutically acceptable excipients, characterized in that the composition contains a histidine compound.
A method, comprising: transmitting to a user equipment a physical downlink control channel message including an individual preamble associated with the user equipment's identifier and an assignment of a shared channel uplink resource on which to send the preamble for timing advance measurement, wherein individual preambles enable to distinguish user equipments from one another; receiving from the user equipment on the assigned uplink resource the preamble; and determining from the preamble a timing advance for the user equipment. transmitting to a user equipment a physical downlink control channel message including an individual preamble associated with the user equipment's identifier and an assignment of a shared channel uplink resource on which to send the preamble for timing advance measurement, wherein individual preambles enable to distinguish user equipments from one another; receiving from the user equipment on the assigned uplink resource the preamble; and determining from the preamble a timing advance for the user equipment.
Automatically controlled washing machine with a washing agent flushing-in device, which is constructed as a drawer accessible from the front, with at least one chamber (11, 12, 311, 312, 313, 411, 413, 511, 513, 611, 612, 613, 711, 712, 811, 813, 911, 1011, 1013), which is arranged in the front region of the drawer, for manually metered addition of a laundry treatment agent dose and with one or more storage containers (17, 317, 417, 517, 518, 617, 717, 817, 917, 918, 1017), which are fixedly mounted within the drawer, for liquid laundry treatment agent, characterised in that interior zones (20, 320, 420, 520, 620, 720, 820, 920, 1020) of the storage container or containers (17, 317, 417, 517, 617, 717, 817, 917, 1017) extend to such an extent in the front region of the drawer that the interior zone or interior zones (20, 320, 420, 520, 620, 720, 820, 920, 1020) is or are disposed near the chamber or chambers (11, 12,311, 312, 313,411,413, 511, 513, 611, 612, 613, 711, 712, 811, 813, 911, 1011, 1013) and that larger areas of the storage container or containers are arranged behind, in the pushing direction, the chamber or chambers (11, 12, 311, 312, 313, 411, 413, 511, 513, 611, 612, 613, 711, 712, 811, 813, 911, 1011, 1013) of the drawer.
A jet pump (10, 10A) arranged for being disposed in a reactor pressure vessel of a boiling water reactor, the jet pump (10, 10A) including an inlet mixer pipe connected to a riser pipe, and a diffuser pipe connected to the inlet mixer pipe to cause a forced circulation of coolant water in the reactor pressure vessel, the jet pump (10, 10A) comprising: a slip joint structure connecting the inlet mixer pipe and the diffuser pipe to each other by inserting the inlet mixer pipe into an upper end opening of the diffuser pipe with a clearance left there between defining a clearance flow path, wherein the clearance flow path is narrowing toward an upper direction of the jet pump (10, 10A) when disposed in the reactor pressure vessel, and characterized in that the narrowing clearance flow path is provided throughout the entire region where the clearance is formed or in a region which extends upward from a midpoint along a vertical direction within the region where the clearance is formed, such that when the clearance defined by an outer pipe wall of the inlet mixer pipe and an inner pipe wall of the diffuser pipe is widening or narrowing due to vibration of the inlet mixer pipe or the diffuser pipe, a flow path resistance inside the clearance flow path for pumped coolant water is not smaller than a fluid inertia force all over the clearance flow path, thereby constituting a self vibration damping structure. a slip joint structure connecting the inlet mixer pipe and the diffuser pipe to each other by inserting the inlet mixer pipe into an upper end opening of the diffuser pipe with a clearance left there between defining a clearance flow path, wherein the clearance flow path is narrowing toward an upper direction of the jet pump (10, 10A) when disposed in the reactor pressure vessel, and characterized in that the narrowing clearance flow path is provided throughout the entire region where the clearance is formed or in a region which extends upward from a midpoint along a vertical direction within the region where the clearance is formed, such that when the clearance defined by an outer pipe wall of the inlet mixer pipe and an inner pipe wall of the diffuser pipe is widening or narrowing due to vibration of the inlet mixer pipe or the diffuser pipe, a flow path resistance inside the clearance flow path for pumped coolant water is not smaller than a fluid inertia force all over the clearance flow path, thereby constituting a self vibration damping structure.
A personal mobility device, comprising: an open frame having a front structure, a rear structure, and a side structure (110, 120); main mobility wheels (151, 152) coupled to said side structure, said main mobility wheels configured to contact a surface upon which said personal mobility device is designed to move; and a knee rest rotatably coupled to said frame, characterised in that said knee rest is adjustable from a first substantially-vertical position to a second rearwardly and downwardly-angled kneeling position, wherein the main mobility wheels are configured such that a kneeling occupant may propel the personal mobility device by physically engaging the main mobility wheels with one or more hands. an open frame having a front structure, a rear structure, and a side structure (110, 120); main mobility wheels (151, 152) coupled to said side structure, said main mobility wheels configured to contact a surface upon which said personal mobility device is designed to move; and a knee rest rotatably coupled to said frame, characterised in that said knee rest is adjustable from a first substantially-vertical position to a second rearwardly and downwardly-angled kneeling position, wherein the main mobility wheels are configured such that a kneeling occupant may propel the personal mobility device by physically engaging the main mobility wheels with one or more hands.
A compound of general formula and stereoisomers and pharmaceutically acceptable salts and thereof; wherein the dotted line represents an optional bond; R' is H, or R' is absent, when the dotted line represent a bond; R 1 and R 4 are each independently selected from the group consisting of H, halo, C 1 -C 6 -alkyl, trifluoromethyl and trifluoromethoxy; R 2 and R 3 are both F, or one of R 2 and R 3 is F and the other is C 1 -C 6 -alkyl or trifluoromethyl; and R 5 is selected from the group consisting of halo, C 1 -C 6 -alkyl, trifluoromethyl and trifluoromethoxy, or when the dotted line represents a bond, then R 5 may also be H.
An organic light-emitting device, comprising: an anode and a cathode opposite each other; a first stack and a second stack between the anode and the cathode; and a charge generation layer between the first stack and the second stack, the charge generation layer comprising an n-type charge generation layer and a p-type charge generation layer, wherein the p-type charge generation layer comprises one first organic material, wherein the n-type charge generation layer comprises a second organic material and an n-type dopant, wherein the n-type charge generation layer is divided into a first region contacting the first stack, a second region contacting the p-type charge generation layer, and a third region between the first region and the second region, and wherein the n-type dopant is only in the second region and the third region, wherein the third region has at least two sub-regions and a dopant content of the n-type dopant is stepwise increased in the at least two sub-regions of the third region, wherein a dopant content of the n-type dopant is stepwise increased in an order of: the first region, a first sub-region of the third region adjacent to the first region, a second sub-region of the third region adjacent to the second region, and the second region, and wherein a dopant content difference of the n-type dopant between the first region and the first sub-region of the third region adjacent to the first region is less than a dopant content difference of the n-type dopant between the second sub-region of the third region adjacent to the second region and the second region. an anode and a cathode opposite each other; a first stack and a second stack between the anode and the cathode; and a charge generation layer between the first stack and the second stack, the charge generation layer comprising an n-type charge generation layer and a p-type charge generation layer, wherein the p-type charge generation layer comprises one first organic material, wherein the n-type charge generation layer comprises a second organic material and an n-type dopant, wherein the n-type charge generation layer is divided into a first region contacting the first stack, a second region contacting the p-type charge generation layer, and a third region between the first region and the second region, and wherein the n-type dopant is only in the second region and the third region, wherein the third region has at least two sub-regions and a dopant content of the n-type dopant is stepwise increased in the at least two sub-regions of the third region, wherein a dopant content of the n-type dopant is stepwise increased in an order of: the first region, a first sub-region of the third region adjacent to the first region, a second sub-region of the third region adjacent to the second region, and the second region, and wherein a dopant content difference of the n-type dopant between the first region and the first sub-region of the third region adjacent to the first region is less than a dopant content difference of the n-type dopant between the second sub-region of the third region adjacent to the second region and the second region.
An aircrew automation system for use in an aircraft, the aircrew automation system comprising: a core platform to operatively connect a plurality of systems or subsystems via one or more interfaces; a human machine interface operatively coupled with the core platform to provide an interface between a pilot and the aircrew automation system; a knowledge acquisition system operatively coupled with the core platform to determine information specific to the aircraft; a perception system operatively coupled with the core platform to monitor one of more cockpit instruments of the aircraft to generate flight situation data; and an actuation system operatively coupled with the core platform, wherein the actuation system comprises a primary actuation system and a secondary actuation system that is separate from the primary actuation system, wherein the primary actuation system includes an articulating arm with a gripper to engage at least one of the aircraft's primary flight controls. a core platform to operatively connect a plurality of systems or subsystems via one or more interfaces; a human machine interface operatively coupled with the core platform to provide an interface between a pilot and the aircrew automation system; a knowledge acquisition system operatively coupled with the core platform to determine information specific to the aircraft; a perception system operatively coupled with the core platform to monitor one of more cockpit instruments of the aircraft to generate flight situation data; and an actuation system operatively coupled with the core platform, wherein the actuation system comprises a primary actuation system and a secondary actuation system that is separate from the primary actuation system, wherein the primary actuation system includes an articulating arm with a gripper to engage at least one of the aircraft's primary flight controls.