mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmission device that houses a plurality of wireless transmission channels including a first and a second wireless transmission channel, the wireless transmission device comprising: a wireless signal transmitting and receiving unit that includes a first wireless port and a second port, the first wireless port transmitting and receiving a wireless signal to and from a first transmission device via the first wireless transmission channel, the second wireless port transmitting and receiving a wireless signal to and from a second transmission device via the second wireless transmission channel; and a control unit that notifies the second transmission device of a failure via the second wireless transmission channel in a case where a failure relating to the first wireless port arises, characterized in that the control unit includes: a wireless port priority retention unit that stores priorities set for the first wireless port and the second wireless port; and a failure notification unit that notifies the second transmission device of a failure via the second wireless transmission channel in a case where the priority of the first wireless port where a failure has arisen is higher than the priority of the second wireless port, wherein the failure notification unit does not notify the second transmission device of a failure in a case where the priority of the first wireless port where a failure has arisen is lower than the priority of the second wireless port. a wireless signal transmitting and receiving unit that includes a first wireless port and a second port, the first wireless port transmitting and receiving a wireless signal to and from a first transmission device via the first wireless transmission channel, the second wireless port transmitting and receiving a wireless signal to and from a second transmission device via the second wireless transmission channel; and a control unit that notifies the second transmission device of a failure via the second wireless transmission channel in a case where a failure relating to the first wireless port arises, characterized in that the control unit includes: a wireless port priority retention unit that stores priorities set for the first wireless port and the second wireless port; and a failure notification unit that notifies the second transmission device of a failure via the second wireless transmission channel in a case where the priority of the first wireless port where a failure has arisen is higher than the priority of the second wireless port, a wireless port priority retention unit that stores priorities set for the first wireless port and the second wireless port; and a failure notification unit that notifies the second transmission device of a failure via the second wireless transmission channel in a case where the priority of the first wireless port where a failure has arisen is higher than the priority of the second wireless port,
An equalizing apparatus for processing a digital signal, said apparatus comprising: a fast Fourier transformer, FFT, for transforming an input signal into the frequency domain by applying an FFT processing to obtain a transformed input signal; a splitter for separating positive and negative frequency components of said transformed input signal; and first and second parallel branches for separately processing respective ones of the separated positive and negative frequency components in respective digital filters (23-1, 23-2, 24-1, 24-2) to obtain filtered frequency components; characterized by further comprising: a combiner for combining the filtered frequency components in the frequency domain using a down-sampling operation for down-sampling said filtered frequency components from an input number of samples per symbol to a different output number of samples per symbol; and an inverse fast Fourier transformer, IFFT, for converting the combined output components into the time domain by applying an IFFT processing. a fast Fourier transformer, FFT, for transforming an input signal into the frequency domain by applying an FFT processing to obtain a transformed input signal; a splitter for separating positive and negative frequency components of said transformed input signal; and first and second parallel branches for separately processing respective ones of the separated positive and negative frequency components in respective digital filters (23-1, 23-2, 24-1, 24-2) to obtain filtered frequency components; characterized by further comprising: a combiner for combining the filtered frequency components in the frequency domain using a down-sampling operation for down-sampling said filtered frequency components from an input number of samples per symbol to a different output number of samples per symbol; and an inverse fast Fourier transformer, IFFT, for converting the combined output components into the time domain by applying an IFFT processing.
A sampling device, comprising a sample container with a flexible wall and with an interior, a coupling member, such as a socket, for coupling to a sample outlet connector, and a conduit connection between the coupling member and the interior of the sample container, at least the interior of the sample container being sterile, and comprising a sterility protection ensuring the sterility of the interior of the sample container, characterized in that the sterility protection is in the form of a three-way valve (25; 25') between the coupling member and the sample container, the conduit connection being provided through the three-way valve, the three-way valve (25; 25') having a connection (33a, 23) to the coupling member, a connection (33b, 23) to the sample container and an outlet (43; 71), and the three-way valve (25; 25') being, before use, in a closed position in which it bars access to the interior of the sample container, thus closing the sample container, wherein the three-way valve is provided with a tamper-evident blocking device (37; 37'; 79; 57) warning a user if the valve has potentially been opened.
Stator arrangement, the arrangement comprising: a stator (101, 201) extending in a circumferential direction (107, 207) and having plural teeth (113, 213) alternating with plural slots (115, 215) arranged along the circumferential direction; a first wire (119, 219) arranged in a first slot (117, 217) of the plural slots; a second wire (123, 223) arranged in a second slot (121, 221) of the plural slots, wherein the second slot is circumferentially adjacent to the first slot; a first converter (125, 225) having an input terminal (129, 229) connected to the first wire (119, 219); a second converter (127, 227) having an input terminal (130, 230) connected to the second wire (123, 223), wherein a number of slots per stator pole is equal to a number of converters times a number of phases. a stator (101, 201) extending in a circumferential direction (107, 207) and having plural teeth (113, 213) alternating with plural slots (115, 215) arranged along the circumferential direction; a first wire (119, 219) arranged in a first slot (117, 217) of the plural slots; a second wire (123, 223) arranged in a second slot (121, 221) of the plural slots, wherein the second slot is circumferentially adjacent to the first slot; a first converter (125, 225) having an input terminal (129, 229) connected to the first wire (119, 219); a second converter (127, 227) having an input terminal (130, 230) connected to the second wire (123, 223), wherein a number of slots per stator pole is equal to a number of converters times a number of phases.
A method of assembling a gas turbine engine, said method comprising: providing a rotor assembly including a rotor shaft and a rotor disk that includes a radially outer rim, a radially inner hub, and an integral web extending therebetween, wherein the rotor assembly is rotatable about an axis of rotation extending through the rotor shaft; and coupling a disk retainer including at least one discharge tube to the rotor disk wherein the discharge tube extends outwardly from the disk retainer for pumping and then discharging cooling fluid therefrom in a direction that is substantially perpendicular with respect to the axis of rotation; characterized in that: coupling the disk retainer to the rotor disk further comprises coupling the disk retainer to the rotor disk such that the at least one discharge tube is positioned between an aft cooling plate and an integrally-formed disk stub shaft, and such that the aft cooling plate is coupled against the rotor disk web and such that the disk stub shaft is coupled to the rotor shaft. providing a rotor assembly including a rotor shaft and a rotor disk that includes a radially outer rim, a radially inner hub, and an integral web extending therebetween, wherein the rotor assembly is rotatable about an axis of rotation extending through the rotor shaft; and coupling a disk retainer including at least one discharge tube to the rotor disk wherein the discharge tube extends outwardly from the disk retainer for pumping and then discharging cooling fluid therefrom in a direction that is substantially perpendicular with respect to the axis of rotation; characterized in that: coupling the disk retainer to the rotor disk further comprises coupling the disk retainer to the rotor disk such that the at least one discharge tube is positioned between an aft cooling plate and an integrally-formed disk stub shaft, and such that the aft cooling plate is coupled against the rotor disk web and such that the disk stub shaft is coupled to the rotor shaft.
Rubber composition based on at least: - a diene elastomer comprising mainly an isoprene elastomer; - a reinforcing filler comprising: ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; - a salt of an alkaline-earth, alkali, or lanthanide metal; and - a crosslinking system; in which the ratio of carbon black to silica is greater than 1, and wherein the salt of an alkaline-earth, alkali, or lanthanide metal is an acetylacetonate of a alkaline-earth, alkali, or lanthanide metal. - a diene elastomer comprising mainly an isoprene elastomer; - a reinforcing filler comprising: ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; ∘ from 15 to 70 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and ∘ from 5 to 20 phr of silica; - a salt of an alkaline-earth, alkali, or lanthanide metal; and - a crosslinking system;
A locking hydraulic actuator for locking an actuator piston in an extended position, the locking hydraulic actuator comprising: an actuator housing for receiving the actuator piston therein, the actuator housing defining an upper interior actuator chamber for receiving hydraulic fluid to exert an extension force on the actuator piston, the actuator housing defining a lower interior actuator chamber for receiving hydraulic fluid to exert a retraction force on the actuator piston; a lock mechanism housing defining an interior cavity extending into the lower interior actuator chamber of the actuator housing; and a locking pin in sealed engagement within the interior cavity of the lock mechanism housing, the locking pin mechanically biased towards a locking position wherein the locking pin extends into the lower interior actuator chamber to lockingly engage the actuator piston, and wherein hydraulic fluid received in the lower interior actuator chamber exerts an unlocking force directly on the locking pin external to the actuator piston. an actuator housing for receiving the actuator piston therein, the actuator housing defining an upper interior actuator chamber for receiving hydraulic fluid to exert an extension force on the actuator piston, the actuator housing defining a lower interior actuator chamber for receiving hydraulic fluid to exert a retraction force on the actuator piston; a lock mechanism housing defining an interior cavity extending into the lower interior actuator chamber of the actuator housing; and a locking pin in sealed engagement within the interior cavity of the lock mechanism housing, the locking pin mechanically biased towards a locking position wherein the locking pin extends into the lower interior actuator chamber to lockingly engage the actuator piston, and wherein hydraulic fluid received in the lower interior actuator chamber exerts an unlocking force directly on the locking pin external to the actuator piston.
An apparatus for forming tobacco rod portions of a smoking article from tobacco material, the apparatus comprising: a conveyor unit configured to receive a continuous stream of the tobacco material and to transport the continuous tobacco material stream along an elongate path for formation of the continuous tobacco material stream into a continuous tobacco rod; a conveyor housing configured to house the conveyor unit, the conveyor housing defining a tobacco material inlet duct configured to receive the continuous tobacco material stream; a suction system in fluid communication with the conveyor housing through a suction port defined by a wall of the conveyor housing, the wall being comprised of an aluminum material, the suction system being configured to apply suction to the conveyor housing via the suction port, wherein the conveyor unit is disposed between the suction port and the tobacco material inlet duct and wherein the suction is operable through the conveyor unit, so as to draw the continuous tobacco material stream into engagement with the conveyor unit; and a wear resistant member operably engaged with the wall of the conveyor housing defining the suction port, the wear resistant member being comprised of one of a hardened steel and a ceramic, and being configured to resist wear from interaction with particles, associated with the continuous tobacco material stream, drawn through the suction port by the suction system. a conveyor unit configured to receive a continuous stream of the tobacco material and to transport the continuous tobacco material stream along an elongate path for formation of the continuous tobacco material stream into a continuous tobacco rod; a conveyor housing configured to house the conveyor unit, the conveyor housing defining a tobacco material inlet duct configured to receive the continuous tobacco material stream; a suction system in fluid communication with the conveyor housing through a suction port defined by a wall of the conveyor housing, the wall being comprised of an aluminum material, the suction system being configured to apply suction to the conveyor housing via the suction port, wherein the conveyor unit is disposed between the suction port and the tobacco material inlet duct and wherein the suction is operable through the conveyor unit, so as to draw the continuous tobacco material stream into engagement with the conveyor unit; and a wear resistant member operably engaged with the wall of the conveyor housing defining the suction port, the wear resistant member being comprised of one of a hardened steel and a ceramic, and being configured to resist wear from interaction with particles, associated with the continuous tobacco material stream, drawn through the suction port by the suction system.
A method for managing a microgrid including distributed energy resources (202, 204, 206, 208) grouped in clusters (400, 406, 408), the method comprising: receiving status data of the microgrid from a set of microgrid controller elements (410, 412, 414, 416) connected in a peer-to-peer controller network connecting the set of microgrid controller elements within a microgrid local area network of the microgrid; responsive to the status data indicating a change in the microgrid that exceeds a threshold level, re-aligning the set of microgrid controller elements (410, 412, 414, 416) by changing a set of tasks associated with the set of microgrid controller elements to form a re-aligned microgrid controller elements configuration; executing the re-aligned microgrid controller elements configuration; and receiving status data of the distributed energy resources (202, 204, 206, 208) in the microgrid from a set of distributed energy resource cluster processors connected in a peer-to-peer processor network within the microgrid local area network; wherein the received status data of the distributed energy resources is for managing the microgrid; and wherein the set of microgrid controller elements (410, 412, 414, 416) is associated with a cluster of the distributed energy resources. receiving status data of the microgrid from a set of microgrid controller elements (410, 412, 414, 416) connected in a peer-to-peer controller network connecting the set of microgrid controller elements within a microgrid local area network of the microgrid; responsive to the status data indicating a change in the microgrid that exceeds a threshold level, re-aligning the set of microgrid controller elements (410, 412, 414, 416) by changing a set of tasks associated with the set of microgrid controller elements to form a re-aligned microgrid controller elements configuration; executing the re-aligned microgrid controller elements configuration; and receiving status data of the distributed energy resources (202, 204, 206, 208) in the microgrid from a set of distributed energy resource cluster processors connected in a peer-to-peer processor network within the microgrid local area network; wherein the received status data of the distributed energy resources is for managing the microgrid; and wherein the set of microgrid controller elements (410, 412, 414, 416) is associated with a cluster of the distributed energy resources.
An optoelectronic filling level sensor, in particular a laser scanner, for the determination of a filling level of a medium in a container, wherein the sensor comprises as light transmitter for transmitting a transmission light beam into a monitoring area (20, 32), a movable first deflection unit (18a-b) for periodically deflecting the transmission light beam, a circumferential second deflection unit for again deflecting the periodically deflected transmission light beam, a light receiver for generating a reception signal from light reflected at measurement points in the monitored area (20, 34) as well as an evaluation unit which is configured to calculate the respective distance to the measurement points from the reception signal based on a light time of flight method, characterized in that the evaluation unit is further configured to determine a common distance value from the distances at several measurement points.
A hearing aid comprising: a microphone configured to provide a microphone signal that corresponds with an acoustic stimulus naturally received by a user of the hearing aid; a processing unit coupled to the microphone, the processing unit configured to provide a processed signal based at least on the microphone signal; a speaker coupled to the processing unit, the speaker configured to provide an acoustic signal based on the processed signal; and a sensor configured to measure a neural response of the user to the acoustic stimulus, and to provide a sensor output; wherein the processing unit is configured to detect presence of speech based on the microphone signal, and to process the sensor output and the microphone signal to estimate speech intelligibility based on a strength of a calculated stimulus-response correlation between the acoustic stimulus containing speech and the neural response; and wherein the processing unit is also configured to adjust a sound processing parameter for the hearing aid based at least on the estimated speech intelligibility. a microphone configured to provide a microphone signal that corresponds with an acoustic stimulus naturally received by a user of the hearing aid; a processing unit coupled to the microphone, the processing unit configured to provide a processed signal based at least on the microphone signal; a speaker coupled to the processing unit, the speaker configured to provide an acoustic signal based on the processed signal; and a sensor configured to measure a neural response of the user to the acoustic stimulus, and to provide a sensor output; wherein the processing unit is configured to detect presence of speech based on the microphone signal, and to process the sensor output and the microphone signal to estimate speech intelligibility based on a strength of a calculated stimulus-response correlation between the acoustic stimulus containing speech and the neural response; and wherein the processing unit is also configured to adjust a sound processing parameter for the hearing aid based at least on the estimated speech intelligibility.
A load bearing section rail for load carriers at which suspended loads, in particular persons, may be shifted horizontally along the load bearing section rail, comprising a base which in the installed position is arranged on top, as well as two spaced legs (12, 13) which extend downwards and are connected with each other via the base, wherein the base comprises at its side facing away from the legs (12, 13) a fastening recess for the assembly of ceiling mounting elements, and each of the legs (12, 13) comprises first bends (15, 16) directed inwards and facing one another which at their upper side facing towards the base form races for the load carrier or the load carriers and are spaced by a slot-shaped opening for the load carrier, and wherein the legs (12, 13) comprise second bends (17, 18) directed outwards which are formed as a support or screen for an edge of a suspended sub-ceiling which partially conceals the load bearing section rail, characterized in that the base comprises upper guide means, in particular in the form of a guiding form portion, at its side facing towards the legs (12, 13), which guide the load carrier or load carriers with respect to the shifting direction in the longitudinal direction of the load bearing section rail.
A gear system for a turbofan engine assembly comprising: a sun gear rotatable about an engine centerline; a non-rotatable ring gear; a rotating carrier that drives a fan; a plurality of planet gears intermeshed between the sun gear and the ring gear; a rolling element bearing assembly supporting rotation of the planet gears on the carrier, the rolling element bearing assembly including a rolling element; a first passage for communicating lubricant through the planet gear; and a second passage in communication with the first passage; wherein the rolling element is between an inner race and an outer race separated by a cage; and the inner race includes guide rails with a surface; characterised in that: the second passage extends through the guide rails of the inner race to an interface between the surface of the guide rails and the cage; each of the plurality of planet gears includes an inner cavity disposed about an axis of rotation of the respective planet gear; and the carrier includes an outer scoop that receives lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity along the axis. a sun gear rotatable about an engine centerline; a non-rotatable ring gear; a rotating carrier that drives a fan; a plurality of planet gears intermeshed between the sun gear and the ring gear; a rolling element bearing assembly supporting rotation of the planet gears on the carrier, the rolling element bearing assembly including a rolling element; a first passage for communicating lubricant through the planet gear; and a second passage in communication with the first passage; wherein the rolling element is between an inner race and an outer race separated by a cage; and the inner race includes guide rails with a surface; the second passage extends through the guide rails of the inner race to an interface between the surface of the guide rails and the cage; each of the plurality of planet gears includes an inner cavity disposed about an axis of rotation of the respective planet gear; and the carrier includes an outer scoop that receives lubricant from an outer fixed lubricant jet and feeds lubricant into the inner cavity along the axis.