mhurhangee/ep-ind-claims huggingface dataset:
An emergency beacon for a rotorcraft, which is suitable for being separated from this rotorcraft and recovered in the event of a crash, comprising: a casing with an integrated antenna, an antenna (13, 14) external to the casing, the casing being connected to the antenna (13, 14) which is external to the casing, an incident sensor, a transmitter, a detection and control element which is connected to the sensor and to the transmitter and is arranged to trigger operation of the transmitter when an incident is detected, a changeover switch being inserted between the transmitter and the external antenna (13, 14) on one hand, and between the transmitter and the integrated antenna on the other hand, and a sensitive element which is sensitive to the electromagnetic power (Pi) transmitted to the external antenna (13, 14) and to the electromagnetic power (Pr) returned by this external antenna (13, 14), said sensitive element being connected to or integrated in the detection and control element, characterised in that said casing is equipped with a separable connector for connection to the external antenna (13, 14); and in that the external antenna (13, 14) is integral with the fuselage of the rotorcraft; and in that the detection and control element is connected to the changeover switch and to the separable connector in order to control the delivery of the signals provided by the transmitter either to the external antenna (13, 14) or to the integrated antenna, depending on the state of the sensitive element and the separable connector; said detection and control element being programmed to scan the state of the sensitive element at regular time intervals after an incident has been detected, this sensitive element measuring the standing wave ratio ROS (VSWR) in a transmission line connecting an output of the changeover switch to said separable connector.
A nacelle structure for a gas turbine engine comprising: a core engine nacelle disposed about an engine axis; an outer nacelle disposed about the core engine nacelle; and at least one bifurcation extending between the outer nacelle and the core engine nacelle about a bifurcation axis extending perpendicular to the engine axis between the core engine nacelle and the outer nacelle, the at least one bifurcation including a mounting surface, wherein the bifurcation includes walls spaced apart from each other defining an interior space with the mounting surface disposed within the bifurcation between the walls; characterised in that: the mounting surface is disposed at a non-normal angle relative to the bifurcation axis. a core engine nacelle disposed about an engine axis; an outer nacelle disposed about the core engine nacelle; and at least one bifurcation extending between the outer nacelle and the core engine nacelle about a bifurcation axis extending perpendicular to the engine axis between the core engine nacelle and the outer nacelle, the at least one bifurcation including a mounting surface, wherein the bifurcation includes walls spaced apart from each other defining an interior space with the mounting surface disposed within the bifurcation between the walls; characterised in that: the mounting surface is disposed at a non-normal angle relative to the bifurcation axis.
A gyroscopic wrist exerciser starter comprising: a housing having a gyroscope rotor receiver; an electric power source connected to the housing; a motor mounted on the housing and connected to the electric power source, the motor being suitable for producing rotational motor power in an active state and deactivated in a deactivated state; a power rotor connected to the motor for transmitting rotational motor power to a gyroscope rotor when the motor is activated in active state characterized in that the gyroscope rotor receiver is formed as a circular basin having an annular edge for supporting a gyroscope having the gyroscope rotor, the circular basin having an annular wall extending from the annular edge to a lower stepped surface at a downward converging angle. a housing having a gyroscope rotor receiver; an electric power source connected to the housing; a motor mounted on the housing and connected to the electric power source, the motor being suitable for producing rotational motor power in an active state and deactivated in a deactivated state; a power rotor connected to the motor for transmitting rotational motor power to a gyroscope rotor when the motor is activated in active state the gyroscope rotor receiver is formed as a circular basin having an annular edge for supporting a gyroscope having the gyroscope rotor, the circular basin having an annular wall extending from the annular edge to a lower stepped surface at a downward converging angle.
A mobile information terminal comprising: a touch pad including a thin film arranged with a plurality of electrodes (51, 52), and adapted to detect an electrostatic capacitance of each of said electrodes (51, 52); operating position detecting means adapted to detect a position of a user operation on a basis of an output of said touch pad; direction input control means adapted to sense movement of said position of the user operation on a basis of an output of said operating position detecting means, and adapted to generate a direction input signal indicating a direction of the movement; key input means adapted to detect a pressing operation of the user on a press key (44, 45, 47), and to generate a key input signal; display means having a display screen for displaying image information; and display control means adapted to control a display position of said image information in said display screen on a basis of said direction input signal, wherein a part of said thin film of said touch pad overlaps with a part of said press key (44, 45, 47) of said key input means, and said direction input control means is adapted to generate said direction input signal when the position of the user operation upon start of the movement is outside an input start forbidden area (A11, A21, A31), and adapted to not generate said direction input signal when the position of the user operation upon start of the movement is inside said input start forbidden area (A11, A21, A31), wherein said input start forbidden area (A11, A21, A31) includes the overlap between said press key (44, 45, 47) and said thin film. a touch pad including a thin film arranged with a plurality of electrodes (51, 52), and adapted to detect an electrostatic capacitance of each of said electrodes (51, 52); operating position detecting means adapted to detect a position of a user operation on a basis of an output of said touch pad; direction input control means adapted to sense movement of said position of the user operation on a basis of an output of said operating position detecting means, and adapted to generate a direction input signal indicating a direction of the movement; key input means adapted to detect a pressing operation of the user on a press key (44, 45, 47), and to generate a key input signal; display means having a display screen for displaying image information; and display control means adapted to control a display position of said image information in said display screen on a basis of said direction input signal, wherein a part of said thin film of said touch pad overlaps with a part of said press key (44, 45, 47) of said key input means, and said direction input control means is adapted to generate said direction input signal when the position of the user operation upon start of the movement is outside an input start forbidden area (A11, A21, A31), and adapted to not generate said direction input signal when the position of the user operation upon start of the movement is inside said input start forbidden area (A11, A21, A31), wherein said input start forbidden area (A11, A21, A31) includes the overlap between said press key (44, 45, 47) and said thin film.
A method to communicate wirelessly over multiple frequency channels, comprising: scanning a first channel to locate a beacon (315, 320) transmitted by an access point (110a, 100b); and detecting the beacon (315, 320) in the first channel, wherein the beacon (315, 320) comprises an element to indicate availability of a second channel; characterized by further comprising transmitting a request frame (325, 410) to the access point (110a, 100b) over the first channel to request communication over the second channel; and receiving a response frame from the access point (110a, 100b) in response to the request frame (325, 410), wherein the beacon (315, 320) in the first channel further comprises an offset value indicating a timing difference between the beacon (315, 320) in the first channel and a beacon (340, 345) in the second channel. scanning a first channel to locate a beacon (315, 320) transmitted by an access point (110a, 100b); and detecting the beacon (315, 320) in the first channel, wherein the beacon (315, 320) comprises an element to indicate availability of a second channel; characterized by further comprising transmitting a request frame (325, 410) to the access point (110a, 100b) over the first channel to request communication over the second channel; and receiving a response frame from the access point (110a, 100b) in response to the request frame (325, 410), wherein the beacon (315, 320) in the first channel further comprises an offset value indicating a timing difference between the beacon (315, 320) in the first channel and a beacon (340, 345) in the second channel.
A mixed cathode active material comprising: lithium manganese oxide expressed as Chemical Formula 1; and a second cathode active material expressed as Chemical Formula having a plateau voltage profile in a range of 2.5 V to 3.3 V: [Chemical Formula 1] aLi 2 MnO 3 ·(1-a)Li x MO 2 where 0 < a < 1, 0.9 ≤ x ≤ 1.2, and M is any one element or two or more elements selected from the group consisting of Al, Mg, Mn, Ni, Co, Cr, V, and Fe [Chemical Formula 2] yMnO 2 ·(1-y)Li 2 MnO 3 where 0 < y < 1, wherein the oxide of Chemical Formula 1 has a content of Mn greater than those of other metals excluding lithium. lithium manganese oxide expressed as Chemical Formula 1; and a second cathode active material expressed as Chemical Formula having a plateau voltage profile in a range of 2.5 V to 3.3 V: [Chemical Formula 1] aLi 2 MnO 3 ·(1-a)Li x MO 2 where 0 < a < 1, 0.9 ≤ x ≤ 1.2, and M is any one element or two or more elements selected from the group consisting of Al, Mg, Mn, Ni, Co, Cr, V, and Fe [Chemical Formula 2] yMnO 2 ·(1-y)Li 2 MnO 3 where 0 < y < 1, wherein the oxide of Chemical Formula 1 has a content of Mn greater than those of other metals excluding lithium.
A system for at least partially fitting a medical implant system to a patient comprising: a processor configured to execute a genetic algorithm to select a determined value set comprising values for a plurality of fitting parameters, the genetic algorithm comprising: a) presenting signals processed by using a plurality of value sets to the patient using the medical implant system, b) receiving patient feedback in response to the presented signals processed by the plurality of value sets, c) selecting, based on the patient feedback, one or more of the value sets, d) storing information, based on patient feedback, regarding one or more value sets that are to be excluded, and e) generating one or more successive generations of value sets using said selected one or more value sets, f) wherein said stored information is used to exclude one or more value sets from said successive generations; a storage configured to store the information regarding one or more value sets that are to be excluded; and an interface configured to provide at least one of the value sets to the medical implant system for use by the medical implant system in providing stimulation to the patient, wherein the medical implant system is a cochlear implant system and wherein the signals are audible signals. a processor configured to execute a genetic algorithm to select a determined value set comprising values for a plurality of fitting parameters, the genetic algorithm comprising: a) presenting signals processed by using a plurality of value sets to the patient using the medical implant system, b) receiving patient feedback in response to the presented signals processed by the plurality of value sets, c) selecting, based on the patient feedback, one or more of the value sets, d) storing information, based on patient feedback, regarding one or more value sets that are to be excluded, and e) generating one or more successive generations of value sets using said selected one or more value sets, f) wherein said stored information is used to exclude one or more value sets from said successive generations; a) presenting signals processed by using a plurality of value sets to the patient using the medical implant system, b) receiving patient feedback in response to the presented signals processed by the plurality of value sets, c) selecting, based on the patient feedback, one or more of the value sets, d) storing information, based on patient feedback, regarding one or more value sets that are to be excluded, and e) generating one or more successive generations of value sets using said selected one or more value sets, f) wherein said stored information is used to exclude one or more value sets from said successive generations; a storage configured to store the information regarding one or more value sets that are to be excluded; and an interface configured to provide at least one of the value sets to the medical implant system for use by the medical implant system in providing stimulation to the patient,
A turbocharger system comprising: a turbine housing including an inlet, an outlet, and a gas pathway between the inlet and outlet, the gas pathway including a first section referred to as an inlet portion and a second section, referred to as a volute portion, the inlet portion extending approximately tangent to the volute portion, the turbine housing being formed from a first material; and a tongue insert received in the turbine housing and at least partially defining the volute portion and the inlet portion, the tongue insert being formed from a second material that is more heat resistant than the first material, characterized in that the tongue insert includes an annular ring portion and a non-annular tongue portion, the tongue portion extending axially outward from an axial end of the ring portion and into the volute portion, the tongue portion defining an intersection between the inlet portion and the volute portion and wherein the ring portion is concentric with a shaft of a turbine disposed within the turbine housing. a turbine housing including an inlet, an outlet, and a gas pathway between the inlet and outlet, the gas pathway including a first section referred to as an inlet portion and a second section, referred to as a volute portion, the inlet portion extending approximately tangent to the volute portion, the turbine housing being formed from a first material; and a tongue insert received in the turbine housing and at least partially defining the volute portion and the inlet portion, the tongue insert being formed from a second material that is more heat resistant than the first material, characterized in that the tongue insert includes an annular ring portion and a non-annular tongue portion, the tongue portion extending axially outward from an axial end of the ring portion and into the volute portion, the tongue portion defining an intersection between the inlet portion and the volute portion and wherein the ring portion is concentric with a shaft of a turbine disposed within the turbine housing.
A posterior chamber intraocular lens comprising: an optic consisting of an effective optical area and an effective optical area edge; at least two haptics connected to the optic, wherein a posterior surface of the effective optical area is a convex surface, characterized in that a basic spherical surface thereof has a radius of curvature in a range of 7.2 mm - 15.3 mm, and the radius of curvature of the basic spherical surface of the posterior surface is smaller than that of an anterior surface of the effective optical area. an optic consisting of an effective optical area and an effective optical area edge; at least two haptics connected to the optic, wherein a posterior surface of the effective optical area is a convex surface, characterized in that a basic spherical surface thereof has a radius of curvature in a range of 7.2 mm - 15.3 mm, and the radius of curvature of the basic spherical surface of the posterior surface is smaller than that of an anterior surface of the effective optical area.
A semiconductor device comprising: a semiconductor integrated circuit device (1, 2, 3, 4, 5, 14); a first silicon nitride passivation film disposed on said semiconductor integrated circuit device; and a capacitive MEMS sensor disposed over said semiconductor integrated circuit device, wherein said capacitive MEMS includes a lower electrode, an upper electrode, a cavity portion disposed between said lower electrode and said upper electrode, said upper electrode has holes and an insulating sealing film layer disposed on said upper electrode to seal said holes, characterized in that said capacitive MEMS sensor is a pressure sensor, wherein the cavity portion permits the upper electrode to be deformed under external pressure, what results in a change of capacitance between the upper electrode and the lower electrode; and a second silicon nitride passivation film is disposed on said insulating sealing film layer and covers said insulating sealing film layer and a portion of said first silicon nitride passivation film, wherein the thickness of the first silicon nitride passivation film is larger than that of said second silicon nitride passivation film. a semiconductor integrated circuit device (1, 2, 3, 4, 5, 14); a first silicon nitride passivation film disposed on said semiconductor integrated circuit device; and a capacitive MEMS sensor disposed over said semiconductor integrated circuit device, wherein said capacitive MEMS includes a lower electrode, an upper electrode, a cavity portion disposed between said lower electrode and said upper electrode, said upper electrode has holes and an insulating sealing film layer disposed on said upper electrode to seal said holes, characterized in that said capacitive MEMS sensor is a pressure sensor, wherein the cavity portion permits the upper electrode to be deformed under external pressure, what results in a change of capacitance between the upper electrode and the lower electrode; and a second silicon nitride passivation film is disposed on said insulating sealing film layer and covers said insulating sealing film layer and a portion of said first silicon nitride passivation film, wherein the thickness of the first silicon nitride passivation film is larger than that of said second silicon nitride passivation film.
A system, comprising: a microgrid controller comprising: a power interface for receiving power from a power source (102, 104); a plurality of output interfaces (122a-122e) for delivering power to a plurality of end user destinations and monitoring power consumption by each end user destination; a control system for monitoring a prepaid balance for each of the plurality of end user destinations and controlling each of the output interfaces based on prepaid balance account information for each end user destination; and a communications interface (136, 202) for receiving prepayment account information for each end user destination from a remote computing system. a power interface for receiving power from a power source (102, 104); a plurality of output interfaces (122a-122e) for delivering power to a plurality of end user destinations and monitoring power consumption by each end user destination; a control system for monitoring a prepaid balance for each of the plurality of end user destinations and controlling each of the output interfaces based on prepaid balance account information for each end user destination; and a communications interface (136, 202) for receiving prepayment account information for each end user destination from a remote computing system.
An encapsulated titanium dioxide comprising an intimate mixture comprising A) crude titanium dioxide, and B) 0.1 to 10 wt% of at least one (meth)acrylic polymer, the wt% relative to the crude titanium dioxide, wherein the (meth)acrylic polymer is a polycaprolactone based polymer. A) crude titanium dioxide, and B) 0.1 to 10 wt% of at least one (meth)acrylic polymer, the wt% relative to the crude titanium dioxide, wherein the (meth)acrylic polymer is a polycaprolactone based polymer.
An electro-optical sampling device for electro-optical sampling of a microwave frequency signal comprising a microwave transmission line for transmitting a microwave signal, the said microwave line comprising an interruption zone able to be rendered conducting under the effect of an optical control signal so as to carry out a function of optically controlled interrupter switch, characterised in that it comprises, in the said interruption zone, a layer (32, 42, 52, 72, 82) of nanostructured semiconductor material, comprising a periodic or quasi-periodic tiling of nanostructures, the said semiconductor material having a refractive index, the said layer (32, 42, 52, 72, 82) of nanostructured semiconductor material being placed, at the level of the said interruption zone, in suspension or on a dielectric material of lower refractive index than the refractive index of the said semiconductor material, the said layer (32, 42, 52, 72, 82) of nanostructured semiconductor material being able to carry out the said function of optically controlled interrupter switch.
A process for preparing a mixture of terpene alcohols comprising limonene-4-ol of formula and terpinene-4-ol of formula said process comprising contacting terpinolene epoxide of formula with hydrogen in the presence of at least one copper catalyst and at least one inert organic solvent selected from carboxylic acid esters.
Telescoping jib of a mobile crane comprising a plurality of telescoping sections (10a-h) which can be telescoped out of a jib basic box from a transport position to an operating position, and comprising a guying system for guying the telescoping jib, which comprises a plurality of successively mutually connected tension rods (16a-h, 16a'-h') which extend from the jib basic box via at least one guying support to at least one of the extended telescoping jibs, characterised in that a guide holder (13a, 13b) for the tension rods (16a-h, 16a'-h') is arranged on the jib basic box and receives the tension rods (16a-h, 16a'-h') in the transport position of the telescoping jib and, in the operating position, in each case at least one of the displaceable tension rods (16a-h, 16a'-h') on one of the guying supports is fixedly articulated in each case to the outer end of the telescoping section head and can be fixed to a holding mechanism on the opposite end on an adjacent guying support of an adjacent telescoping section head.