mhurhangee/ep-ind-claims huggingface dataset:
A flight control apparatus operable to deploy the control surfaces of a flight vehicle to create automatic protections in order to protect the flight vehicle, comprising: a processor; an inceptor including a command sensor to sense and deliver inceptor commands to the processor; a plurality of sensors (218, 219, 220, 221, 222) to sense and deliver a plurality of parameters to the processor; a first transformation routine associated with the processor to transform the inceptor commands; a second transformation routine associated with the processor to transform the transformed inceptor commands into output commands; a determination routine associated with the processor to determine whether a protection is engaged; and an actuator driven by the output commands to control at least one control surface, characterized in that said determination routine is capable of determining whether a stall protection, buffeting protection, low speed protection and/or high attitude protection is engaged; wherein if a stall protection, buffeting protection or low speed protection is engaged, said first transformation routine is operable to transform said inceptor command to an angle of attack reference value; wherein if a high attitude protection is engaged, said first transformation routine is operable to transform said inceptor command to a pitch angle reference value; and wherein said transformation performed by said second transformation routine depends on what type of protection is engaged and is different for each type of protection. a processor; an inceptor including a command sensor to sense and deliver inceptor commands to the processor; a plurality of sensors (218, 219, 220, 221, 222) to sense and deliver a plurality of parameters to the processor; a first transformation routine associated with the processor to transform the inceptor commands; a second transformation routine associated with the processor to transform the transformed inceptor commands into output commands; a determination routine associated with the processor to determine whether a protection is engaged; and an actuator driven by the output commands to control at least one control surface, characterized in that said determination routine is capable of determining whether a stall protection, buffeting protection, low speed protection and/or high attitude protection is engaged; wherein if a stall protection, buffeting protection or low speed protection is engaged, said first transformation routine is operable to transform said inceptor command to an angle of attack reference value; wherein if a high attitude protection is engaged, said first transformation routine is operable to transform said inceptor command to a pitch angle reference value; and wherein said transformation performed by said second transformation routine depends on what type of protection is engaged and is different for each type of protection.
An electron source having a cathode of tungsten single crystal and a diffusion source formed on the central region of the cathode, characterised in that the angle between the axial direction of the cathode and the <100> direction of the cathode is 22.5±10° and; wherein during use of the electron source the electron emitted from the boundary region between the and planes formed on the cathode tip is directed almost in parallel with the axis of the cathode.
A humanized antibody or binding fragment thereof selected from the group consisting of Fab-, Fab'-, Fab'-SH-, F(ab')2-, Fv-, and scFv-fragments, diabodies, triabodies, tetrabodies and single-domain antibodies, in which the CDR3 is replaced by a CDR3 scaffold which is 45 amino acids in length or longer and comprises a X 1 X 2 X 3 X 4 X 5 X n (X a X b) z motif, wherein the X 1 X 2 X 3 X 4 X 5 motif is TTVHQ (SEQ ID NO: 153) or TSVHQ (SEQ ID NO: 154), wherein, for X n, X is any amino acid and n is 27-54, and wherein the (X a X b) z motif is YXYXYX with X being any amino acid. wherein the X 1 X 2 X 3 X 4 X 5 motif is TTVHQ (SEQ ID NO: 153) or TSVHQ (SEQ ID NO: 154), wherein, for X n, X is any amino acid and n is 27-54, and wherein the (X a X b) z motif is YXYXYX with X being any amino acid.
An implantable medical device comprising: an antenna configured to receive a far field radiative signal transmitted over a distance of at least twice a wavelength of the far field radiative signal; a voltage rectifier configured to rectify the far field radiative signal received by the antenna to provide a rectified voltage signal; a charge storage element operative to receive the rectified voltage signal and to store charge responsive to the rectified voltage signal; and a therapy delivery unit powered by the charge storage element, the therapy delivery unit operative to deliver a therapy to a patient. an antenna configured to receive a far field radiative signal transmitted over a distance of at least twice a wavelength of the far field radiative signal; a voltage rectifier configured to rectify the far field radiative signal received by the antenna to provide a rectified voltage signal; a charge storage element operative to receive the rectified voltage signal and to store charge responsive to the rectified voltage signal; and a therapy delivery unit powered by the charge storage element, the therapy delivery unit operative to deliver a therapy to a patient.
A method for operating a wind turbine farm comprising a plurality of wind turbines arranged together in a wind turbine farm area; each wind turbine comprising a tower, a generator system for generating electric power and a rotor provided with a number of rotor blades on a rotor axis coupled to the electric generator for driving the generator, the rotor being arranged on the tower; the method comprising: - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and adapting the operational parameters of the one or more wind turbines according to the adjustment. the method comprising: - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and adapting the operational parameters of the one or more wind turbines according to the adjustment.
A nozzle unit for discharge of a pharmaceutical medium including - a common supply channel for supplying the medium, and - at least a first and a second discharge nozzle each including a discharge orifice for discharge of the medium supplied through the common supply channel, wherein - the nozzle unit is configured for atomized delivery of the medium and includes a first vortex chamber assigned to the first discharge nozzle and a second vortex chamber assigned to the second discharge nozzle for the purpose of atomizing, wherein the vortex chambers (62a, 62b) each are chambers defined by parts that are immobile one relative to the other, including at least one inlet and one outlet aligned in the direction of the discharge orifice and having a shape design such that the vortex chambers (62a, 62b) induce a twist in the medium so that the medium in the respective vortex chamber rotates about a vortex chamber axis (4a, 4b), the nozzle unit includes a basic component in which the supply channel is provided at least in sections, - the nozzle unit includes at least one top component which includes the discharge orifices (60a, 60b) of the first discharge nozzle and the second discharge nozzle, and - the first vortex chamber and the second vortex chamber are delimited by walls of the basic component and by walls of the top component, characterized in that a first discharge direction defined by the first discharge nozzle and a second discharge direction defined by the second discharge nozzle form an angle of more than 10° and less than 150°, wherein the vortex chamber axes (4a, 4b) of the vortex chambers (62a, 62b) of the first and the second discharge nozzles enclose an angle different therefrom. - a common supply channel for supplying the medium, and - at least a first and a second discharge nozzle each including a discharge orifice for discharge of the medium supplied through the common supply channel, wherein - the nozzle unit is configured for atomized delivery of the medium and includes a first vortex chamber assigned to the first discharge nozzle and a second vortex chamber assigned to the second discharge nozzle for the purpose of atomizing, wherein the vortex chambers (62a, 62b) each are chambers defined by parts that are immobile one relative to the other, including at least one inlet and one outlet aligned in the direction of the discharge orifice and having a shape design such that the vortex chambers (62a, 62b) induce a twist in the medium so that the medium in the respective vortex chamber rotates about a vortex chamber axis (4a, 4b), the nozzle unit includes a basic component in which the supply channel is provided at least in sections, - the nozzle unit includes at least one top component which includes the discharge orifices (60a, 60b) of the first discharge nozzle and the second discharge nozzle, and - the first vortex chamber and the second vortex chamber are delimited by walls of the basic component and by walls of the top component,
Row unit for a maize harvesting device, with a device arranged on the lower side of the row unit for chopping plant stubble during a harvesting operation, characterized in that the device is designed for pulling out the plant stubble.
A method for forming a monocrystalline Group III - V semiconductor material which comprises: reacting an amount of a gaseous Group III precursor as one reactant with an amount of a gaseous Group V component as another reactant in a reaction chamber under conditions sufficient to manufacture the semiconductor material, introducing the reactants so that they react at a predetermined location in the reaction chamber adjacent and above one or more substrates to deposit semiconductor material thereon, and injecting one or more purge gas streams to assist in directing at least one of the reactants to the predetermined location. reacting an amount of a gaseous Group III precursor as one reactant with an amount of a gaseous Group V component as another reactant in a reaction chamber under conditions sufficient to manufacture the semiconductor material, introducing the reactants so that they react at a predetermined location in the reaction chamber adjacent and above one or more substrates to deposit semiconductor material thereon, and injecting one or more purge gas streams to assist in directing at least one of the reactants to the predetermined location.
A positioning system for charging a vehicle, which has a camera, a computer unit and a data memory, wherein in the data memory an information, relating to a feature (18, 19, 20, 21, 22, 23, 24, 25) of the vehicle, namely an exterior mirror, a headlight, a front headlight, a fog light, a front tire, a reversing light or a license plate, in particular a length information is stored, characterized in that with the aid of an image recorded by the camera, after at least one feature (18, 19, 20, 21, 22, 23, 24, 25) of the vehicle has been detected, an information is determined on the basis of the detected feature (18, 19, 20, 21, 22, 23, 24, 25) by calculating a length which depends on the detected feature (18, 19, 20, 21, 22, 23, 24, 25), and with the aid of the information stored for the vehicle, the position of the vehicle is calculated.
A method of radio-frequency communication between a contactless transponder and a reader, in which at least one sideband of the carrier frequency (Fc) is used for communicating a response from the transponder by modulation of the amplitude of this carrier frequency, characterised in that the modulation at least partly applies a modulation level greater than 100%, which causes a negative modulation (MOD B).
A connector which is used in vehicle connections and which provides impermeability, essentially comprising: - at least one sheet metal surface, - at least one plastic surface which is designed to be positioned on the sheet metal surface, and characterized by - at least one flange lying on the sheet metal surface, - at least one flange groove which is drilled on the flange, - at least one alignment protrusion which is placed on the plastic surface, - at least one plastic lug which is placed on the plastic surface, - at least one body positioned between the sheet metal surface and the plastic surface, - at least one body lug which is placed on the body and is fitted into the flange groove, - at least one support piece which exerts a reverse force to allow the body lug to hold tightly, which is a flexible piece, enable the body to remain fixed on the sheet metal surface, which extends from the body and which contacts the sheet metal surface, - at least one alignment hole which is drilled on the body and through which the alignment protrusion passes, - at least one engagement hole which is drilled on the body and into which the plastic lug fits. - at least one sheet metal surface, - at least one plastic surface which is designed to be positioned on the sheet metal surface, and characterized by - at least one flange lying on the sheet metal surface, - at least one flange groove which is drilled on the flange, - at least one alignment protrusion which is placed on the plastic surface, - at least one plastic lug which is placed on the plastic surface, - at least one body positioned between the sheet metal surface and the plastic surface, - at least one body lug which is placed on the body and is fitted into the flange groove, - at least one support piece which exerts a reverse force to allow the body lug to hold tightly, which is a flexible piece, enable the body to remain fixed on the sheet metal surface, which extends from the body and which contacts the sheet metal surface, - at least one alignment hole which is drilled on the body and through which the alignment protrusion passes, - at least one engagement hole which is drilled on the body and into which the plastic lug fits.
A polyaxial bone anchor comprising: a housing having an upper end, a lower end and a bore extending through the housing from the upper end to the lower end, the bore opening out at the lower end at a lower opening, the housing including a channel configured for receiving an elongate stabilization member therethrough which extends from a first side surface of the housing to a second side surface of the housing opposite the first side surface transverse to the bore; a retainer positionable in the bore of the housing and having an outermost diameter greater than a diameter of the lower opening, the retainer including a plurality of alternating tabs and slots circumferentially arranged to define a cavity therein; and a bone screw including a head portion and a shank extending from the head portion, the head portion of the bone screw positionable in the cavity of the retainer with the shank extending from the lower end of the housing by deflecting the tabs radially outward to enlarge a lower opening of the retainer into the cavity from a diameter less than a diameter of the head portion to a diameter greater than or equal to the diameter of the head portion; characterized in that the anchor further comprises: means for applying a force to move the retainer toward the lower end of the housing while the retainer is positioned in the bore, the means being integral with the retainer and the means biasing the retainer toward the lower end of the housing. a housing having an upper end, a lower end and a bore extending through the housing from the upper end to the lower end, the bore opening out at the lower end at a lower opening, the housing including a channel configured for receiving an elongate stabilization member therethrough which extends from a first side surface of the housing to a second side surface of the housing opposite the first side surface transverse to the bore; a retainer positionable in the bore of the housing and having an outermost diameter greater than a diameter of the lower opening, the retainer including a plurality of alternating tabs and slots circumferentially arranged to define a cavity therein; and a bone screw including a head portion and a shank extending from the head portion, the head portion of the bone screw positionable in the cavity of the retainer with the shank extending from the lower end of the housing by deflecting the tabs radially outward to enlarge a lower opening of the retainer into the cavity from a diameter less than a diameter of the head portion to a diameter greater than or equal to the diameter of the head portion; characterized in that the anchor further comprises: means for applying a force to move the retainer toward the lower end of the housing while the retainer is positioned in the bore, the means being integral with the retainer and the means biasing the retainer toward the lower end of the housing. means for applying a force to move the retainer toward the lower end of the housing while the retainer is positioned in the bore, the means being integral with the retainer and the means biasing the retainer toward the lower end of the housing.
Appliance comprising a base generating steam connected by a steam duct to a tool for the vertical steaming of laundry, such as a steaming head, wherein the apparatus comprises at least one bar (5,6) for fastening an article to be ironed, wherein the bar (5, 6) is supported by a single pole extending upwards from the base and able to adopt a working position in which the bar (5,6) is arranged transversely to the pole and extends on one side of the pole over a length greater than 25 cm, characterised in that the bar (5,6) is secured at one of its ends to the pole by means of a fastening device comprising a pivot connection (80, 90) and locking means (81, 91) for locking the pivot connection (80, 90) in the position corresponding to the working position of the bar (5, 6), the pivot connection (80, 90) allowing the movement of the bar (5, 6) from the working position to a storage position in which the bar (5, 6) is arranged along the pole, and wherein the pole is offset on the base.
Plain bearing shell in the shape of a half shell, which covers an angle of approximately 180°, comprising an oil hole which radially passes through the plain bearing shell and is intended for introducing oil into the plain bearing shell, and comprising a distribution groove which extends on an inner side of the plain bearing shell substantially in the peripheral direction of the plain bearing shell and is intended for distributing the oil that has been introduced within the plain bearing shell, the oil hole leading into the distribution groove, the plain bearing shell comprising one or more collection grooves which extend on the inner side of the plain bearing shell in the peripheral direction and are intended for collecting the oil that is inside the plain bearing shell, the one or more collection grooves being closed and peripherally surrounded by a bearing surface, the distribution groove and the one or more collection grooves being arranged one behind the other in the peripheral direction, characterised in that the distribution groove and the one or more collection grooves each have a length-to-width ratio of from 10:1 to 40:1.
An image pick-up device comprising: image pick-up condition adjusting means for causing an object included in a pick-up candidate image which is to be picked-up, where the object comprises a feature represented by object feature information matching with or being similar to a feature of a predetermined object, to be subjected to optimization of an image pick-up condition; and indicating means for causing, in this case, at least one item of personal information associated with the object to be indicated in a display section, the at least one item of personal information including a name of the object. image pick-up condition adjusting means for causing an object included in a pick-up candidate image which is to be picked-up, where the object comprises a feature represented by object feature information matching with or being similar to a feature of a predetermined object, to be subjected to optimization of an image pick-up condition; and indicating means for causing, in this case, at least one item of personal information associated with the object to be indicated in a display section, the at least one item of personal information including a name of the object.
Plinabulin for use in treating or preventing immunotherapy related adverse event wherein the plinabulin is used in combination with one or more immune checkpoint inhibitor.
Electrical connector for detachable connection of a multicore cable to a mating connector, with a handle body which surrounds the cable and the cores of the cable, with a contact carrier which holds or accommodates a plurality of contact elements and with a pivotally arranged sleeve-shaped threaded part, wherein the individual contact elements are connected electrically conductively to the individual cores and wherein the sleeve-shaped threaded-part can be screwed to a corresponding sleeve-shaped threaded part of the mating connector, and wherein a number of grooves corresponding to the number of contact elements is made in the contact carrier, characterized in that the grooves are open to the outside and run parallel to the longitudinal axis of the contact carrier, that in the face side of the contact carrier facing the mating connector, bordering the grooves, a number of through holes corresponding to the number of grooves is made through which the ends of the contact elements facing away from the cores project in the mounted state, so that a contact element can have an angle to the longitudinal axis of the contact carrier that is greater than zero when pushed through a through hole, and that the through holes in the face side of the contact carrier are made funnel-shaped, wherein the inside diameter of the through holes increases from the side facing the grooves to the side facing the mating connector.
An ex vivo method for enhancing the function of a T cell, comprising the step of suppressing the expression of Programmed Death-1 Ligand 1 (PD-L1) and/or Programmed Death-1 Ligand 2 (PD-L2) of the T cell by directly introducing siRNA for PD-L1 and/or PD-L2 into the T cell or by introducing a nucleic acid construct into the T cell, wherein the construct is designed so that the siRNA is transcribed in the T cell and the function enhancement is the production enhancement of T cell interferon- γ (IFN- γ).