mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a nose cone; and a fan for delivering air into a bypass duct as bypass flow, and into a core engine, to be delivered to a compressor, said nose cone including a vent to receive air and deliver said air across a heat exchanger, said heat exchanger receiving a fluid to be cooled, and the air from the vents being delivered to an outlet downstream of the heat exchanger, such that a majority of the air being delivered to said outlet becomes part of the bypass flow, wherein a stationary vane is included, and said nose cone communicates air downstream of the heat exchanger into an interior of the stationary vane to be delivered to said outlet; characterised in that there are a plurality of said outlets, and said vane has a radial span and at least a majority of said outlets are positioned in an outer 50 percent of said span. a nose cone; and a fan for delivering air into a bypass duct as bypass flow, and into a core engine, to be delivered to a compressor, said nose cone including a vent to receive air and deliver said air across a heat exchanger, said heat exchanger receiving a fluid to be cooled, and the air from the vents being delivered to an outlet downstream of the heat exchanger, such that a majority of the air being delivered to said outlet becomes part of the bypass flow, wherein a stationary vane is included, and said nose cone communicates air downstream of the heat exchanger into an interior of the stationary vane to be delivered to said outlet; characterised in that there are a plurality of said outlets, and said vane has a radial span and at least a majority of said outlets are positioned in an outer 50 percent of said span.
A bus node (BK; BK-1, BK-2, BK-3) with a communication unit (TRX-1, TRX-2, TRX-3) which unit can be coupled for communication with at least one data line (CAN_L, CAN_H) of a communication bus a bus node controller (BK-CTRL; BK-CTRL-1, BK-CTRL-2, BK-CTRL-3) which is operationally coupled to the communication unit (TRX-1, TRX-2, TRX-3), and an identification unit (100; 100-1, 100-2, 100-3) operationally coupled to the bus node controller (BK-CTRL; BK-CTRL-1, BK-CTRL-2, BK-CTRL-3), in which identification unit instead of a direct connection between an IDT input and an IDT output of an identification line, it is possible for a bridgeable two-port to be selectively interposed between them, wherein the identification line is couplable with a predetermined voltage level (U T), characterized in that the two-port is a symmetrical two-port in the form of a T-circuit of three resistors (R a, R b, R c) connected in the form of a T, of which a first resistor (R a) and a second resistor (R b) can be connected serially to the identification line, and a third resistor (R c) can be connected between a connection point of the first to the second resistor (R a, R b) and a reference potential, and that the identification unit (100-1, 100-2, 100-3) is configured, in an initialization state with interposed two-port, to signal to the bus node controller (BK-1, BK-2, BK-3), by means of a comparison of a first voltage (U a) at the IDT input with a predetermined threshold value (U s), a time for a message exchange associated with the bus node (BK-1, BK-2, BK-3) with a bus master (BK-M) for allocation of a unique identifier to the bus node (BK-1, BK-2, BK-3) by the bus master (BK-M).
An islanding detection method, wherein the method comprises: determining a harmonic amplitude growth rate and a frequency growth rate of alternating current electricity output by an alternating current port of a grid-tied inverter; determining an islanding disturbance coefficient corresponding to the harmonic amplitude growth rate, wherein the harmonic amplitude growth rate and the islanding disturbance coefficient are in a monotonically increasing relationship; determining an islanding injection amount based on the frequency growth rate and the islanding disturbance coefficient corresponding to the harmonic amplitude growth rate, wherein the islanding injection amount is a reactive power size or a reactive current size for performing reactive power disturbance; controlling, based on the islanding injection amount, the grid-tied inverter to output a reactive power or a reactive current over the alternating current port; and performing islanding detection based on a frequency of the alternating current electricity output by the alternating current port. determining a harmonic amplitude growth rate and a frequency growth rate of alternating current electricity output by an alternating current port of a grid-tied inverter; determining an islanding disturbance coefficient corresponding to the harmonic amplitude growth rate, wherein the harmonic amplitude growth rate and the islanding disturbance coefficient are in a monotonically increasing relationship; determining an islanding injection amount based on the frequency growth rate and the islanding disturbance coefficient corresponding to the harmonic amplitude growth rate, wherein the islanding injection amount is a reactive power size or a reactive current size for performing reactive power disturbance; controlling, based on the islanding injection amount, the grid-tied inverter to output a reactive power or a reactive current over the alternating current port; and performing islanding detection based on a frequency of the alternating current electricity output by the alternating current port.
Use of a sulfonamide compound metal salt for improving the electrical insulating properties and fogging resistance of a polyester resin composition, such that the polyester resin composition comprises 0.001 to 1.0 part by mass of said sulfonamide compound metal salt with respect to 100 parts by mass of a polyester resin, wherein the polyester resin comprises not less than 50% by mass of a polybutylene terephthalate.
A process for converting thermal energy to mechanical energy in a Rankine cycle comprising: vaporizing a working fluid with a hot heat source; expanding the resulting vapor and then cooling with a cold heat source to condense the vapor; and pumping the condensed working fluid; wherein the working fluid is selected from the group consisting of cis 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), trans 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), and combinations thereof. vaporizing a working fluid with a hot heat source; expanding the resulting vapor and then cooling with a cold heat source to condense the vapor; and pumping the condensed working fluid; wherein the working fluid is selected from the group consisting of cis 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), trans 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), and combinations thereof.
A lighting assembly comprising: a substrate, a plurality of lighting components mounted on the substrate and at least one jumper connector connecting the lighting components to one another, the or each jumper connector comprising: a connector body having a mating surface configured to engage more than one said lighting component, the connector body being configured to be secured to the substrate by a fastener; and a conductor held by the body, wherein the conductor is configured to be electrically connected to more than one said lighting component during the same manufacturing step in which the connector body is secured to the substrate, and wherein the fastener engages the connector body and the substrate to simultaneously secure the lighting components to the substrate such that the lighting components are in thermal communication with the substrate, characterized in that the substrate is the form of a heat sink; and the fastener engages the connector body and the heat sink to simultaneously secure the lighting components releasably to the heat sink such that the lighting components are in thermal communication with the heat sink. a substrate, a plurality of lighting components mounted on the substrate and at least one jumper connector connecting the lighting components to one another, the or each jumper connector comprising: a connector body having a mating surface configured to engage more than one said lighting component, the connector body being configured to be secured to the substrate by a fastener; and a conductor held by the body, wherein the conductor is configured to be electrically connected to more than one said lighting component during the same manufacturing step in which the connector body is secured to the substrate, and wherein the fastener engages the connector body and the substrate to simultaneously secure the lighting components to the substrate such that the lighting components are in thermal communication with the substrate, characterized in that the substrate is the form of a heat sink; and the fastener engages the connector body and the heat sink to simultaneously secure the lighting components releasably to the heat sink such that the lighting components are in thermal communication with the heat sink. a connector body having a mating surface configured to engage more than one said lighting component, the connector body being configured to be secured to the substrate by a fastener; and a conductor held by the body, wherein the conductor is configured to be electrically connected to more than one said lighting component during the same manufacturing step in which the connector body is secured to the substrate, and wherein the fastener engages the connector body and the substrate to simultaneously secure the lighting components to the substrate such that the lighting components are in thermal communication with the substrate, the substrate is the form of a heat sink; and the fastener engages the connector body and the heat sink to simultaneously secure the lighting components releasably to the heat sink such that the lighting components are in thermal communication with the heat sink.
A nasogastric or orogastric feeding device adapted to prevent or significantly reduce gastro-esophagal reflux from an alimentary tract to a respiratory system without damaging epithelial esophagus tissues said nasogastric or orogastric feeding device comprising an elongated flexible hollow element having: d) a distal section comprising at least one feeding aperture; e) a middle section comprising at least three expandable means (7a, 7b, 7c) localized around said flexible hollow element and separated by a distance of about 0 to 10 mm; and f) a proximal section comprising a food connector, at least one fluid connector (8a, 8b, 8c) for each of said at least three expandable means (7a, 7b, 7c), and, optionally, a positioning marker; wherein each at least one of said fluid connectors (8a, 8b, 8c) is in fluid connection with one of said expandable means (7a, 7b, 7c) via an individual fluid conveying channel (9a, 9b, 9c), and wherein said food connector is in fluid connection with said at least one feeding aperture via a food conveying channel; and wherein a synchronized deflation/inflation of said at least three expandable means (7a, 7b, 7c) simulates peristaltic waves to push gastrointestinal fluids back to a stomach while allowing a passage of oropharynx fluids towards the stomach. d) a distal section comprising at least one feeding aperture; e) a middle section comprising at least three expandable means (7a, 7b, 7c) localized around said flexible hollow element and separated by a distance of about 0 to 10 mm; and f) a proximal section comprising a food connector, at least one fluid connector (8a, 8b, 8c) for each of said at least three expandable means (7a, 7b, 7c), and, optionally, a positioning marker;
Pressure operated shut off valve for a vehicle fluid distribution system comprising at least one valve housing, a valve chamber enclosed by the valve housing, at least a first fluid entry port, at least a first fluid exit port, at least a first fluid inlet duct opening into the valve chamber, at least a first fluid outlet duct opening into the valve chamber, at least a first valve body slidably arranged in the valve chamber, the valve body being held closed against a valve seat and being operable by the fluid pressure provided in the inlet duct and acting on the valve body thus lifting the valve body from the valve seat, wherein the valve body is a resilient diaphragm, and wherein a selector mechanism comprising a mechanical stop selectively blocking or unblocking the valve body upon actuation is provided, characterised in that the selector mechanism comprises a control cam serving as the mechanical stop, wherein the selector mechanism is rotably or slidably arranged in the valve housing or at the valve housing and thereby selectively blocking and unblocking the valve body depending on the position of the selector mechanism, and wherein the diaphragm has a cam follower on the side facing towards the inside of the valve chamber.
A projection device, comprising: an illumination system, a light splitting and combining element, at least two light valves (130, 140) and an image-forming lens, characterized in that the illumination system is configured to provide an illumination beam, the illumination beam comprising a first color light and a second color light; the light splitting and combining element is disposed on a transmission path of the illumination beam, and configured to allow the first color light to pass through and reflect the second color light; the at least two light valves (130, 140) are respectively disposed on transmission paths of the first color light and the second color light from the light splitting and combining element, and configured to convert the first color light and the second color light into a.first color image light and a second color image light respectively; and the image-forming lens is disposed on a transmission path of the first color image light and the second color image light from the at least two light valves (130 140), and configured to receive the first color image light and the second color image light to generate a projection beam, wherein the first color image light from the first color light passes through the light splitting and combining element to the image-forming lens, and the second color image light from the second color light is reflected by the light splitting and combining element to the image-forming lens. an illumination system, a light splitting and combining element, at least two light valves (130, 140) and an image-forming lens, characterized in that the illumination system is configured to provide an illumination beam, the illumination beam comprising a first color light and a second color light; the light splitting and combining element is disposed on a transmission path of the illumination beam, and configured to allow the first color light to pass through and reflect the second color light; the at least two light valves (130, 140) are respectively disposed on transmission paths of the first color light and the second color light from the light splitting and combining element, and configured to convert the first color light and the second color light into a.first color image light and a second color image light respectively; and the image-forming lens is disposed on a transmission path of the first color image light and the second color image light from the at least two light valves (130 140), and configured to receive the first color image light and the second color image light to generate a projection beam, wherein the first color image light from the first color light passes through the light splitting and combining element to the image-forming lens, and the second color image light from the second color light is reflected by the light splitting and combining element to the image-forming lens.
Mobile equipment for measuring structural deformation of a nuclear fuel assembly, the mobile equipment comprising: a container; a power means and a loading table disposed inside the container; a pedestal disposed on one side of the loading table of the container, the pedestal being provided with a hinge means and a fixing means configured to fix the nuclear fuel assembly upright; a column seated on the loading table and provided at one end part thereof with a rotating shaft detachably installed to the hinge means, and configured to be erected upright on the fixing means of the pedestal by power of the power means, around the rotating shaft coupled to the hinge means; and a scanner configured to move upward and downward in a longitudinal direction of the column being erected upright on the pedestal and to measure the structural deformation of the nuclear fuel assembly being erected upright on the fixing means. a container; a power means and a loading table disposed inside the container; a pedestal disposed on one side of the loading table of the container, the pedestal being provided with a hinge means and a fixing means configured to fix the nuclear fuel assembly upright; a column seated on the loading table and provided at one end part thereof with a rotating shaft detachably installed to the hinge means, and configured to be erected upright on the fixing means of the pedestal by power of the power means, around the rotating shaft coupled to the hinge means; and a scanner configured to move upward and downward in a longitudinal direction of the column being erected upright on the pedestal and to measure the structural deformation of the nuclear fuel assembly being erected upright on the fixing means.
A minimally invasive tissue harvesting device for harvesting soft tissue from a donor site, comprising: - a rotary cutting tool, - a collection container including a central bore extending in a longitudinal direction and with a distal opening, wherein the cutting tool is arranged in the central bore of the collection container and adapted to pass through the distal opening and draw harvested soft tissue fragments (3; 5) into the collection container, and - a housing accommodating the cutting tool and the collection container, wherein the collection container is axially movable with respect to the housing, characterised in that the device is a handpiece which may be used with one hand, and which comprises an electrical motor supported by a battery to drive the rotary movement of the cutting tool, and that the diameter of the cutting tool is between 0.5 mm and 5 mm so as to minimize damage caused to the donor site. - a rotary cutting tool, - a collection container including a central bore extending in a longitudinal direction and with a distal opening, wherein the cutting tool is arranged in the central bore of the collection container and adapted to pass through the distal opening and draw harvested soft tissue fragments (3; 5) into the collection container, and - a housing accommodating the cutting tool and the collection container, wherein the collection container is axially movable with respect to the housing, characterised in that the device is a handpiece which may be used with one hand, and which comprises an electrical motor supported by a battery to drive the rotary movement of the cutting tool, and that the diameter of the cutting tool is between 0.5 mm and 5 mm so as to minimize damage caused to the donor site.
Arrangement for inductively charging a battery apparatus, comprising the battery apparatus and a charging station having a receiving device for the battery apparatus and a detection device for the battery apparatus, the detection device comprising a first optical transmitting device for emitting a first optical signal and an optical receiving device for receiving the first optical signal, the battery apparatus comprising a second optical transmitting device for emitting a second and a third optical signal (125, 126), the second optical transmitting device being used as a transmitter of a discretely constructed optocoupler for transmitting information from the battery apparatus to the charging station, and the optical receiving device of the charging station being in the form of a receiver of the discretely constructed optocoupler for receiving the second and third optical signals (125, 126).
A suspension device for free positioning of equipment, comprising multiple openprofile elements, comprising a central element for mounting on an axis, multiple intermediate elements, and an end element, which are stringed together along a horizontal plane and which are movable relative to each other, wherein each profile of the elements comprises at least one indentation and the indentations of the profiles are suitable for accommodating a cable, wherein the indentations of the elements are laterally open and are stringed together such that they are suitable for lateral reception of a cable along the suspension device, wherein the suspension device further comprises removable coverings for covering the indentations, characterized in that the coverings are flexible and consisting of relatively rigid covering plates, which are attached to each element by means of pins or clips, wherein the intervals between the covering plates are made of flexible material in order not to restrict the freedom of movement of the individual elements relative to one another.
A message playing method, applicable to a terminal, wherein the method comprises: receiving, by the terminal, a first message, wherein the first message is text information; playing, by the terminal, a first voice in response to receiving the first message, wherein the first voice is used to ask a user whether to play the first message in a voice manner; detecting, by the terminal, a second voice of the user; converting, by the terminal, the second voice into a first text; characterized by if the first text does not match one or more first keywords, continuing, by the terminal, to detect a voice of the user, wherein the one or more first keywords are positive keywords indicating that the user expects the terminal to play the first message; when the terminal detects a third voice of the user, converting, by the terminal, the third voice into a second text; if the second text matches the one or more first keywords, playing, by the terminal, the first message in the voice manner, and recording, by the terminal, a quantity of times of using the first text; and if the quantity of times of using the first text is greater than a first threshold, adding, by the terminal, the first text to the one or more first keywords. receiving, by the terminal, a first message, wherein the first message is text information; playing, by the terminal, a first voice in response to receiving the first message, wherein the first voice is used to ask a user whether to play the first message in a voice manner; detecting, by the terminal, a second voice of the user; converting, by the terminal, the second voice into a first text; characterized by if the first text does not match one or more first keywords, continuing, by the terminal, to detect a voice of the user, wherein the one or more first keywords are positive keywords indicating that the user expects the terminal to play the first message; when the terminal detects a third voice of the user, converting, by the terminal, the third voice into a second text; if the second text matches the one or more first keywords, playing, by the terminal, the first message in the voice manner, and recording, by the terminal, a quantity of times of using the first text; and if the quantity of times of using the first text is greater than a first threshold, adding, by the terminal, the first text to the one or more first keywords.
An isolated polypeptide, the sequence of which consists of the sequence of amino acid residues 1 through 576 of SEQ ID NO: 1 for use in treating a solid tumor.