mhurhangee/ep-ind-claims huggingface dataset:
An unmanned aircraft system having a vertical takeoff and landing flight mode and a forward flight mode, the unmanned aircraft system comprising: an airframe; a mast coupled to the airframe; a rotor assembly including a rotor hub and at least two rotor blades (40a, b) having tip jets (42a, 42b), the rotor assembly rotatably coupled to the airframe about the mast; a compressed gas power system including a compressed gas canister and a valve configured to selectively release compressed gas from the compressed gas canister into a passageway within the mast, that is in fluid communication with a hub chamber and blade conduits (44a, 44b) configured to provide a fluid path to the tip jets (42a, 42b); a propeller rotatably coupled to the airframe; and an electric power system including one or more batteries and an electric motor that is coupled to the propeller; wherein, in the vertical takeoff and landing flight mode, compressed gas from the compressed gas canister is discharged through the tip jets (42a, 42b) to rotate the rotor assembly to generate vertical lift; and wherein, in the forward flight mode, the electric power system drives the propeller to generate forward thrust, the rotor assembly further comprises a free spinning degree of freedom and a tilting degree of freedom to support autorotation in the forward flight mode and autorotation of the rotor assembly in the forward flight mode provides the vertical lift to the aircraft system. an airframe; a mast coupled to the airframe; a rotor assembly including a rotor hub and at least two rotor blades (40a, b) having tip jets (42a, 42b), the rotor assembly rotatably coupled to the airframe about the mast; a compressed gas power system including a compressed gas canister and a valve configured to selectively release compressed gas from the compressed gas canister into a passageway within the mast, that is in fluid communication with a hub chamber and blade conduits (44a, 44b) configured to provide a fluid path to the tip jets (42a, 42b); a propeller rotatably coupled to the airframe; and an electric power system including one or more batteries and an electric motor that is coupled to the propeller; wherein, in the vertical takeoff and landing flight mode, compressed gas from the compressed gas canister is discharged through the tip jets (42a, 42b) to rotate the rotor assembly to generate vertical lift; and wherein, in the forward flight mode, the electric power system drives the propeller to generate forward thrust, the rotor assembly further comprises a free spinning degree of freedom and a tilting degree of freedom to support autorotation in the forward flight mode and autorotation of the rotor assembly in the forward flight mode provides the vertical lift to the aircraft system.
A device for protecting an individual held on a seat of a vehicle with the aid of a harness comprising a left-hand shoulder strap and a right-hand shoulder strap, said device having a head rest bearing a set of inflatable protective members including a neck cushion and a left-hand inflatable lateral means and a right-hand inflatable lateral means, said protective device comprising a means for sliding by inflatable lateral means (20, 25) through which a shoulder strap (6, 7) can pass in order to permit a relative movement between said inflatable lateral means (20, 25) and a shoulder strap (6, 7), said neck cushion being fastened to the head rest and communicating with each inflatable lateral means (20, 25), each inflatable lateral means (20, 25) having an upper lateral cushion (22, 27) fastened to a sliding means, each upper lateral cushion (22,27) comprising an inner surface suitable for being in contact with the head of the individual and an outer surface opposed to said inner surface, characterised in that said protective device has a retaining means for laterally retaining said upper lateral cushions (22, 27), said retaining means comprising a retaining strap adjoined to the outer surface of said upper lateral cushions (22, 27), said retaining means having a device for fastening said retaining strap to the head rest.
A flameless burner capable of zero-NOx and zero-CO operation which comprises: an Air-Fuel Ratio Attainment Means (AFRAM) connected to a source of fuel and to a source of air, the Air-Fuel Ratio Attainment Means having means to achieve the required proportions of fuel and air there-through; an Air-Fuel Mixing Means (AFMM) in fluid communication with the Air-Fuel Ratio Attainment Means to thoroughly mix the air and fuel to provide a readily combustible mixture, the Air-Fuel Mixing Means further comprising a supply plenum; a Radiant Combustion Zone, the Radiant Combustion Zone comprising one or more flow passages having a fluid flow inlet in fluid communication with the supply plenum of the Air-Fuel Mixing Means and a hot gas discharge opening; and a Combustion Initiation Means located in a combustion-initiation-contact position to initiate combustion in the Radiant Combustion Zone, wherein: the flow passages are lined internally with insulation; and the Radiant Combustion Zone provides the intense radiant energy required to initiate and substantially complete the non-surface combustion process and to promote and enhance flame-less combustion in the Radiant Combustion Zone. an Air-Fuel Ratio Attainment Means (AFRAM) connected to a source of fuel and to a source of air, the Air-Fuel Ratio Attainment Means having means to achieve the required proportions of fuel and air there-through; an Air-Fuel Mixing Means (AFMM) in fluid communication with the Air-Fuel Ratio Attainment Means to thoroughly mix the air and fuel to provide a readily combustible mixture, the Air-Fuel Mixing Means further comprising a supply plenum; a Radiant Combustion Zone, the Radiant Combustion Zone comprising one or more flow passages having a fluid flow inlet in fluid communication with the supply plenum of the Air-Fuel Mixing Means and a hot gas discharge opening; and a Combustion Initiation Means located in a combustion-initiation-contact position to initiate combustion in the Radiant Combustion Zone, the flow passages are lined internally with insulation; and the Radiant Combustion Zone provides the intense radiant energy required to initiate and substantially complete the non-surface combustion process and to promote and enhance flame-less combustion in the Radiant Combustion Zone.
A water-based ink composition for a ballpoint pen which comprises a pigment as a coloring agent dispersed in an aqueous medium, and a thickening inhibitor and an ionic substance together with a shear thinning viscosity-imparting agent, wherein said aqueous medium is substantially composed of water with an amount of water-soluble organic solvent contained in the aqueous medium of less than 1 %, wherein said thickening inhibitor is composed of one or two or more selected from a group of compounds having a polyoxyethylene group and/or a polyoxypropylene group, polyvinyl pyrrolidone, polyvinyl alcohol and cellulose ether, and wherein the ionic substance is a substance which is ionized to produce a monovalent cation, and the amount of the ionic substance is 2 to 15 % by mass.
A computer-implemented de-identification method comprising: receiving a text sequence comprising one or more textual representations of one or more entities; providing the text sequence to a plurality of entity tagging models, wherein each of the plurality of entity tagging models are machine-learning models trained to tag textual representations of entities of a respective entity type; tagging the textual representations of the entities in the text sequence using the plurality of entity tagging models to provide tagged textual representations; and obfuscating each tagged textual representation by replacing each tagged textual representation with a surrogate textual representation, wherein replacing each tagged textual representation with the surrogate textual representation comprises: selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation. receiving a text sequence comprising one or more textual representations of one or more entities; providing the text sequence to a plurality of entity tagging models, wherein each of the plurality of entity tagging models are machine-learning models trained to tag textual representations of entities of a respective entity type; tagging the textual representations of the entities in the text sequence using the plurality of entity tagging models to provide tagged textual representations; and obfuscating each tagged textual representation by replacing each tagged textual representation with a surrogate textual representation, wherein replacing each tagged textual representation with the surrogate textual representation comprises: selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation. selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation.
A method comprising: receiving, at a storage device (108, 300, 800, 1000), a command for a data transfer between the storage device (108, 300, 800, 1000) and a host; determining a specified data rate for the data transfer; and performing the data transfer between the storage device (108, 300, 800, 1000) and the host based on the command, wherein the storage device (108, 300, 800, 1000) controls the data transfer by alternating between peak portions and idle portions of the data transfer based on the specified data rate, wherein during peak portions data is transferred at a peak transfer rate. receiving, at a storage device (108, 300, 800, 1000), a command for a data transfer between the storage device (108, 300, 800, 1000) and a host; determining a specified data rate for the data transfer; and performing the data transfer between the storage device (108, 300, 800, 1000) and the host based on the command, wherein the storage device (108, 300, 800, 1000) controls the data transfer by alternating between peak portions and idle portions of the data transfer based on the specified data rate,
A projector comprising: a plurality of transmitters each of which is for transmitting a first light signal to a first light emitting pen; an imager for capturing an image of light emitted from the first light emitting pen, the light being emitted from the first light emitting pen in response to a reception of the first light signal; and a detection unit for detecting, based on the image captured by the imager, a position where the first light emitting pen has emitted the light; a receiver for receiving a second light signal transmitted to a second light emitting pen from another projector; and a control unit for achieving, when the receiver receives the second light signal, synchronization of the timing of the first and second light signals between the projector and the another projector such that the first and second light signals are transmitted at the same time, wherein the control unit includes a state judgment portion for judging whether or not the synchronization with the another projector is stable, and a number determination portion for determining the number oftransmitters to be used among the plurality of transmitters based on the judgment result made by the state judgment portion. a plurality of transmitters each of which is for transmitting a first light signal to a first light emitting pen; an imager for capturing an image of light emitted from the first light emitting pen, the light being emitted from the first light emitting pen in response to a reception of the first light signal; and a detection unit for detecting, based on the image captured by the imager, a position where the first light emitting pen has emitted the light; a receiver for receiving a second light signal transmitted to a second light emitting pen from another projector; and a control unit for achieving, when the receiver receives the second light signal, synchronization of the timing of the first and second light signals between the projector and the another projector such that the first and second light signals are transmitted at the same time, wherein the control unit includes a state judgment portion for judging whether or not the synchronization with the another projector is stable, and a number determination portion for determining the number oftransmitters to be used among the plurality of transmitters based on the judgment result made by the state judgment portion.
A specimen measurement apparatus comprising: an aspirator via which a specimen is aspirated; a flow path connected to the aspirator; a first pump connected to the flow path; a second pump connected to the flow path; and a controller that is configured to select and cause either the first pump or the second pump to aspirate the specimen via the aspirator; the second pump comprises a different aspiration ability from the first pump; the controller is configured to select a measurement mode from a plurality of measurement modes to measure a specimen; the controller is configured to select and cause either the first pump or the second pump to aspirate the specimen from the aspirator according to the selected measurement mode; the plurality of measurement modes comprising: a first measurement mode in which a first quantity of the specimen is aspirated by the first pump; and a second measurement mode in which a second quantity of the specimen different from the first quantity is aspirated by the second pump, characterized in that the flow path is connected to a detector that measures the specimen aspirated via the aspirator into the flow path; and in that the controller is configured to cause the first pump to send the specimen aspirated via the aspirator into the flow path to the detector in the first measurement mode and the second measurement mode. an aspirator via which a specimen is aspirated; a flow path connected to the aspirator; a first pump connected to the flow path; a second pump connected to the flow path; and a controller that is configured to select and cause either the first pump or the second pump to aspirate the specimen via the aspirator; the second pump comprises a different aspiration ability from the first pump; the controller is configured to select a measurement mode from a plurality of measurement modes to measure a specimen; the controller is configured to select and cause either the first pump or the second pump to aspirate the specimen from the aspirator according to the selected measurement mode; the plurality of measurement modes comprising: a first measurement mode in which a first quantity of the specimen is aspirated by the first pump; and a second measurement mode in which a second quantity of the specimen different from the first quantity is aspirated by the second pump, characterized in that the flow path is connected to a detector that measures the specimen aspirated via the aspirator into the flow path; and in that the controller is configured to cause the first pump to send the specimen aspirated via the aspirator into the flow path to the detector in the first measurement mode and the second measurement mode.
Accessory for cooking bread dough for a cooking appliance, characterised in that this accessory comprises: - a support (1, 100) for cooking bread dough for a cooking appliance, said support (1, 100) comprising at least one imprint (2, 102) of elongated shape, with the longitudinal edges of the support each having a substantially vertical wall (6, 106) extending a respective lateral edge of the at least one imprint (2, 102), with the transversal edges of the support comprising a substantially horizontal zone (10, 110) for grasping and maintaining, with the maximum depth (p, p') of each imprint (2, 102) being between 20 and 50 mm, and - a metal framework comprising two parallel rods in the shape of a vertical U, maintained together by horizontal rods in the bottom portion, as well as by transversal plates connecting the vertical branches of the rods, said plates having facing slots in which the transversal edges (10, 110) of the support (1,100) are inserted. - a support (1, 100) for cooking bread dough for a cooking appliance, said support (1, 100) comprising at least one imprint (2, 102) of elongated shape, with the longitudinal edges of the support each having a substantially vertical wall (6, 106) extending a respective lateral edge of the at least one imprint (2, 102), with the transversal edges of the support comprising a substantially horizontal zone (10, 110) for grasping and maintaining, with the maximum depth (p, p') of each imprint (2, 102) being between 20 and 50 mm, and - a metal framework comprising two parallel rods in the shape of a vertical U, maintained together by horizontal rods in the bottom portion, as well as by transversal plates connecting the vertical branches of the rods, said plates having facing slots in which the transversal edges (10, 110) of the support (1,100) are inserted.
A method for estimating a property of an earth formation penetrated by a borehole (102, 202), the method comprising: conveying a carrier (404, 604) through a borehole (102, 202), the carrier (404, 604) having a first transmitter, a second transmitter collocated with the first transmitter, a first receiver, and a second receiver, the first receiver being positioned at a first distance from the first transmitter and the second receiver being positioned at a second distance from the first transmitter; generating a transient electromagnetic field with the first transmitter; the method characterized by generating a suppression signal with the second transmitter, the suppression signal configured to suppress a response received by the first receiver and the second receiver that is caused by the transient electromagnetic field interacting with the carrier (404, 604); measuring a signal with suppressed pipe signal at the first receiver and a signal with suppressed pipe signal at the second receiver, the measured signals representing the formation response to the transient electromagnetic field; estimating a formation property from the measured signals to select a model of the formation; and adjusting a drilling operation based on the estimated property of the formation. conveying a carrier (404, 604) through a borehole (102, 202), the carrier (404, 604) having a first transmitter, a second transmitter collocated with the first transmitter, a first receiver, and a second receiver, the first receiver being positioned at a first distance from the first transmitter and the second receiver being positioned at a second distance from the first transmitter; generating a transient electromagnetic field with the first transmitter; the method characterized by generating a suppression signal with the second transmitter, the suppression signal configured to suppress a response received by the first receiver and the second receiver that is caused by the transient electromagnetic field interacting with the carrier (404, 604); measuring a signal with suppressed pipe signal at the first receiver and a signal with suppressed pipe signal at the second receiver, the measured signals representing the formation response to the transient electromagnetic field; estimating a formation property from the measured signals to select a model of the formation; and adjusting a drilling operation based on the estimated property of the formation.
Surgically implantable articular joint surface repair system, the system comprising: an implant for installation into a recipients articular surface, wherein said implant comprises a bearing surface and a bone facing surface, wherein the bearing surface has a contour substantially matching or based on the contour of said recipients articular surface; and a fixation element for an implant for installation into an articular or bony surface, wherein said fixation element comprises a surface to engage said fixation element into the implant, wherein a precision taper is machined into or onto a protrusion of the bone facing surface of the implant, characterized in that the fixation element is a screw; and in that either the screw has a cylindrical proximal extension wherein the precision taper is configured to engage the cylindrical proximal extension of the screw to provide a friction fit; or the screw has a further fixation element having a recess and the precision taper has a male-shaped component which is configured for mating with the further fixation element and wherein the recess of the further fixation element is adapted to receive the male-shaped component to provide a friction fit.
Security pigment comprising core-shell particles having a core based on an organic addition polymer, a shell based on an organic condensation polymer, and a feature substance present in the core in finely distributed or dissolved form, where the addition polymer is a three-dimensionally crosslinked thermoset, the condensation polymer of the shell is a melamine-formaldehyde resin, and the feature substance is a fluorescent or phosphorescent or photochromic or thermochromic feature substance or a UV or IR or VIS absorption dye.