mhurhangee/ep-ind-claims huggingface dataset:
A conformable tank comprising: a body with a plurality of walls defining a cavity in the body, wherein the plurality of walls are formed of a first 3D woven composite material; and an internal support structure connected to an internal surface of one of the plurality of walls and protruding into the cavity of the body, wherein the internal support structure is formed of a second composite material, and a first wall of the plurality of walls, a second wall of the plurality of walls, and the internal support structure are connected using a Y joint that is made from a 3D woven composite, and characterized in that the internal support is a baffle that is integrally woven into one of the plurality of walls of the body.. a body with a plurality of walls defining a cavity in the body, wherein the plurality of walls are formed of a first 3D woven composite material; and an internal support structure connected to an internal surface of one of the plurality of walls and protruding into the cavity of the body, wherein the internal support structure is formed of a second composite material, and a first wall of the plurality of walls, a second wall of the plurality of walls, and the internal support structure are connected using a Y joint that is made from a 3D woven composite, and characterized in that the internal support is a baffle that is integrally woven into one of the plurality of walls of the body..
A flotage trapping device using electrostatic field which comprises: a body including a bottom frame portion provided with a power source portion and a boosting portion for boosting electric power fed from said power source portion to generate a plus and/or minus high voltage, and a collector portion including a collector to which the plus and/or minus high voltage obtained from said boosting portion is applied, and including a plurality of electric conductors to which the plus and/or minus high voltage is applied, an upper portion and a bottom portion, and said collector portion being formed as a collector cassette, characterized in that a fixing mechanism (4, 4') being provided between said bottom frame portion of said body and said bottom portion of said collector cassette for connecting and disconnecting said bottom frame portion of said body and said bottom portion of said collector cassette through one-touch operation, and electric connectors (7, 8) for high voltage being provided between said bottom frame portion of said body and said bottom portion of said collector cassette for electrically connecting and disconnecting said bottom frame portion of said body and said bottom portion of said collector cassette through one-touch operation, whereby said collector cassette is detachably mounted on said body. a body including a bottom frame portion provided with a power source portion and a boosting portion for boosting electric power fed from said power source portion to generate a plus and/or minus high voltage, and a collector portion including a collector to which the plus and/or minus high voltage obtained from said boosting portion is applied, and including a plurality of electric conductors to which the plus and/or minus high voltage is applied, an upper portion and a bottom portion, and said collector portion being formed as a collector cassette, characterized in that a fixing mechanism (4, 4') being provided between said bottom frame portion of said body and said bottom portion of said collector cassette for connecting and disconnecting said bottom frame portion of said body and said bottom portion of said collector cassette through one-touch operation, and electric connectors (7, 8) for high voltage being provided between said bottom frame portion of said body and said bottom portion of said collector cassette for electrically connecting and disconnecting said bottom frame portion of said body and said bottom portion of said collector cassette through one-touch operation, whereby said collector cassette is detachably mounted on said body.
An apparatus comprising: a rechargeable battery pack installed in an electric vehicle, the rechargeable battery pack coupled to a power supply, the power supply operable to provide a charge voltage to perform charging operations on the battery pack; and a heating element to heat a fluid to be circulated through the rechargeable battery pack, the fluid thermally coupled to battery cells within the rechargeable battery pack; characterized by a comparator circuit to compare a battery voltage of the rechargeable battery pack to a line source voltage coupled to inputs of the power supply, the comparator circuit operable to compare the battery voltage to the line source voltage and to provide an output signal when the battery voltage is less than a line voltage offset value, the line voltage offset value calculated based on a value added to a determined voltage level for the line source voltage; and a control circuit coupled to receive the output signal of the comparator circuit, and when a charge operation of the rechargeable battery pack is to be initiated, the control circuit is operable to couple the line source voltage to the power supply, wherein the control circuit is operable to couple the heating element in series between the line source voltage and the power supply when the comparator circuit is providing the output signal indicating that the battery voltage is less than the line voltage offset value, and to bypass the heating element if the comparator circuit is not providing the output signal indicating that the battery voltage is less than the line voltage offset value. a rechargeable battery pack installed in an electric vehicle, the rechargeable battery pack coupled to a power supply, the power supply operable to provide a charge voltage to perform charging operations on the battery pack; and a heating element to heat a fluid to be circulated through the rechargeable battery pack, the fluid thermally coupled to battery cells within the rechargeable battery pack;
An electrical installation housing, with a housing part comprising walls, a flange component intended to be received in an opening of a wall, and a flange connector, characterised in that the flange connector is frame-like and has two lateral bars, an upper cross member, and a lower cross member, the flange connector is intended to lock the flange component in the opening in that the flange component can be connected to the flange connector in a form-fitting manner in the opening, and the flange connector within the electrical installation housing can be attached to the flange component inserted into the opening.
A resource manager for a telecommunication system, the resource manager comprising: a memory; and a processor programmed to execute instructions stored in the memory, such that the processor is configured to: determine a future location of a first mobile node, wherein the future location of the first mobile node is a location of the first mobile node at a future time, determine a future location of a second mobile node, wherein the second mobile node is a moving node on a ground surface, and wherein the future location of the second mobile is a location where the second mobile node will be in communication with the first mobile node at the future time; associate the future location of the first mobile node and the future location of the second mobile node to the future time; determine a routing path that includes communication between the first mobile node and the second mobile node at the future time, wherein the routing path associates a destination address tag with a beam defining a beam coverage area and an output port, and wherein the destination address tag includes a hierarchical beam address or a single beam address; update a routing table with the routing path; and transmit the routing table to the first mobile node and the second mobile node, or transmit the routing table for upload to the first mobile node and the second mobile node; wherein, when transmitting a packet, by the first mobile node, using the destination address tag, the first mobile node routes on one part of a destination address in the packet based on a distance of the first mobile node to a particular beam. determine a future location of a first mobile node, wherein the future location of the first mobile node is a location of the first mobile node at a future time, determine a future location of a second mobile node, wherein the second mobile node is a moving node on a ground surface, and wherein the future location of the second mobile is a location where the second mobile node will be in communication with the first mobile node at the future time; associate the future location of the first mobile node and the future location of the second mobile node to the future time; determine a routing path that includes communication between the first mobile node and the second mobile node at the future time, wherein the routing path associates a destination address tag with a beam defining a beam coverage area and an output port, and wherein the destination address tag includes a hierarchical beam address or a single beam address; update a routing table with the routing path; and transmit the routing table to the first mobile node and the second mobile node, or transmit the routing table for upload to the first mobile node and the second mobile node; wherein, when transmitting a packet, by the first mobile node, using the destination address tag, the first mobile node routes on one part of a destination address in the packet based on a distance of the first mobile node to a particular beam.
Method to measure connectivity between Two Way Active Measurement Protocol TWAMP entities comprising a session-server and session-reflectors in a communication network, the method being characterized by: - dividing in the session-server, the session-reflectors into a plurality of defined groups of one or more session-reflectors (16-17, 18-19, 20-21, 22-23); - transmitting a test session (1;1-4) from the session-server to the one or more session-reflectors of each of the plurality of defined groups by using Source Specific Multicasting, said test session comprising at least one test packet (1a-1c; 1a-4c) being destined to the one or more session-reflectors (16-17;16-23) in each of the plurality of defined groups (11; 11-14); - replying to the at least one test packet (1a-1c; 1a-4c) by the one or more session-reflectors (16-17; 16-23). - dividing in the session-server, the session-reflectors into a plurality of defined groups of one or more session-reflectors (16-17, 18-19, 20-21, 22-23); - transmitting a test session (1;1-4) from the session-server to the one or more session-reflectors of each of the plurality of defined groups by using Source Specific Multicasting, said test session comprising at least one test packet (1a-1c; 1a-4c) being destined to the one or more session-reflectors (16-17;16-23) in each of the plurality of defined groups (11; 11-14); - replying to the at least one test packet (1a-1c; 1a-4c) by the one or more session-reflectors (16-17; 16-23).
A breath-actuated inhaler for the inhalation of inhalable substances, the inhaler comprising: a canister having an interior reservoir containing pressurised inhalable substances including fluid; a metering valve including a metering chamber containing gaseous air and a valve stem defining a communication path between the metering chamber and the interior reservoir, the communication path including an opening configured to permit flow between a transfer space inside the valve stem and the interior reservoir, the interior reservoir being arranged for orientation above the metering chamber whereby gaseous air located within the metering chamber is replaced with liquid from the interior reservoir wherein the inhaler includes a canister fire system for ejecting inhalable substances from the inhaler in response to air flow by closing communication between the metering chamber and the interior reservoir and opening communication between the metering chamber and atmosphere, and in which the canister fire system is adapted to depress the valve stem into the canister to cause inhalable substances to be ejected from the inhaler and to hold the valve stem depressed with the metering chamber communicating with atmosphere.
A method of monitoring a parameter of a rocket engine, the method comprising: - an obtaining step for obtaining a measurement (m') of the monitored parameter as measured by a sensor and corresponding to an operating point of the engine, the operating point being defined by at least one regulation parameter of the engine; - an estimation step for estimating a value of the monitored parameter for this operating point on the basis of a regulated value (yR) or of a filtered setpoint value (yCf) of said at least one regulation parameter of the engine defining the operating point; - a comparison step for comparing an error between the measurement of the monitored parameter and its estimate relative to at least one threshold (S1, S2) determined on the basis of an uncertainty on the error evaluated for the operating point; and - a notification step for sending a notification in the event of said at least one threshold being crossed. - an obtaining step for obtaining a measurement (m') of the monitored parameter as measured by a sensor and corresponding to an operating point of the engine, the operating point being defined by at least one regulation parameter of the engine; - an estimation step for estimating a value of the monitored parameter for this operating point on the basis of a regulated value (yR) or of a filtered setpoint value (yCf) of said at least one regulation parameter of the engine defining the operating point; - a comparison step for comparing an error between the measurement of the monitored parameter and its estimate relative to at least one threshold (S1, S2) determined on the basis of an uncertainty on the error evaluated for the operating point; and - a notification step for sending a notification in the event of said at least one threshold being crossed.
A method of wireless communication performed by a wireless communication device, comprising: identifying (710, 1010) groups of bits of a particular size, the particular size being 2n-1 bits, with n being a positive integer; adding a parity bit to each group of the groups of bits, the corresponding parity bit being associated with each group of the groups of bits as a 2nth bit; generating an odd-exponent modulation constellation by mapping (720, 1020) the groups of bits, with corresponding parity bits, to an even-exponent modulation constellation, wherein the odd-exponent modulation constellation has a 2n-1th order, wherein a subset of constellation points of the even-exponent modulation constellation is skipped in the odd-exponent modulation constellation based at least in part on the corresponding parity bits, and wherein the corresponding parity bit, of the corresponding parity bits, is added to each group of bits, of the groups of bits, for the mapping; and transmitting a signal based at least in part on the odd-exponent modulation constellation. identifying (710, 1010) groups of bits of a particular size, the particular size being 2n-1 bits, with n being a positive integer; adding a parity bit to each group of the groups of bits, the corresponding parity bit being associated with each group of the groups of bits as a 2nth bit; generating an odd-exponent modulation constellation by mapping (720, 1020) the groups of bits, with corresponding parity bits, to an even-exponent modulation constellation, wherein the odd-exponent modulation constellation has a 2n-1th order, wherein a subset of constellation points of the even-exponent modulation constellation is skipped in the odd-exponent modulation constellation based at least in part on the corresponding parity bits, and wherein the corresponding parity bit, of the corresponding parity bits, is added to each group of bits, of the groups of bits, for the mapping; and transmitting a signal based at least in part on the odd-exponent modulation constellation.
A method of cleaning a jet pump assembly of a nuclear reactor, comprising: inserting a cleaning tool (202/402) into the jet pump assembly such that a front face of the cleaning tool (202/402) is adjacent to an inner surface of the jet pump assembly and below a level of a first liquid in the jet pump assembly; directing a plurality of front jets of a second liquid from a plurality of front orifices on the front face of the cleaning tool (202/402) such that the plurality of front jets of the second liquid travel through the first liquid and strike the inner surface of the jet pump assembly; and maintaining a standoff distance between the front face of the cleaning tool (202/402) and the inner surface of the jet pump assembly during the cleaning of the jet pump assembly. inserting a cleaning tool (202/402) into the jet pump assembly such that a front face of the cleaning tool (202/402) is adjacent to an inner surface of the jet pump assembly and below a level of a first liquid in the jet pump assembly; directing a plurality of front jets of a second liquid from a plurality of front orifices on the front face of the cleaning tool (202/402) such that the plurality of front jets of the second liquid travel through the first liquid and strike the inner surface of the jet pump assembly; and maintaining a standoff distance between the front face of the cleaning tool (202/402) and the inner surface of the jet pump assembly during the cleaning of the jet pump assembly.
An electronic cigarette cartridge using a tobacco plant or a non-tobacco plant, the electronic cigarette cartridge comprising a support member, wherein the support member is disposed adjacent to an aerosol-forming base material which is located at one end portion of the electronic cigarette cartridge, or sandwiching another member between the aerosol-forming base material and the support member, the other member supporting the aerosol-forming base material, characterised by the support member comprising: a central portion which is located along a central axis in a longitudinal direction of the electronic cigarette cartridge; and a plurality of side portions which extends outward from the central portion, and makes contact with a packaging member located at a periphery of the electronic cigarette cartridge. a central portion which is located along a central axis in a longitudinal direction of the electronic cigarette cartridge; and a plurality of side portions which extends outward from the central portion, and makes contact with a packaging member located at a periphery of the electronic cigarette cartridge.
A method implemented by a cable modem termination system, CMTS, the method comprising: assigning a training block, TRB, having a set of scattered subcarriers from a plurality of equally-spaced subcarriers of an orthogonal frequency-division multiplexing, OFDM, symbol for a cable modem to transmit a pilot sequence, with the TRB starting from a certain subcarrier of the equally-spaced subcarriers and with every two successive scattered subcarriers of the TRB being separated by a fixed number of subcarriers; and transmitting, to the cable modem, TRB information that indicates a location of the TRB in the OFDM symbol, the TRB information indicating that the TRB starts from the certain subcarrier and indicating the fixed number; characterized in that the TRB information further comprises indication for the cable modem to repeat the TRB in the next number of OFDM symbols equal in quantity to the fixed number of subcarriers by moving the TRB up by one subcarrier in each symbol and wrapping the TRB back to the beginning. assigning a training block, TRB, having a set of scattered subcarriers from a plurality of equally-spaced subcarriers of an orthogonal frequency-division multiplexing, OFDM, symbol for a cable modem to transmit a pilot sequence, with the TRB starting from a certain subcarrier of the equally-spaced subcarriers and with every two successive scattered subcarriers of the TRB being separated by a fixed number of subcarriers; and transmitting, to the cable modem, TRB information that indicates a location of the TRB in the OFDM symbol, the TRB information indicating that the TRB starts from the certain subcarrier and indicating the fixed number; characterized in that the TRB information further comprises indication for the cable modem to repeat the TRB in the next number of OFDM symbols equal in quantity to the fixed number of subcarriers by moving the TRB up by one subcarrier in each symbol and wrapping the TRB back to the beginning.
A live rodent Plasmodium organism for use in a method of vaccination against human malaria caused by P.falciparum or P.vivax, characterized in that the live rodent Plasmodium organism is genetically engineered to express circumsporozoite protein of P. falciparum.
Brushless electric motor, having a housing for receiving a rotor rotatably supported in a rotary axis by means of multiple bearing means (28, 30), wherein magnetic elements are arranged on the rotor, which interact with a stator stationary arranged in the housing, and wherein the rotor is positioned in the housing axially in the direction of the rotary axis by means of a securing element connectable with the housing, characterized in that the stator comprises a positioning portion cooperating with the securing element and the positioning portion axially protrudes beyond a carrier element of the stator in the direction of the rotary axis, which carrier element carries coil windings, the securing element serving for the axial positioning of the rotor in the housing, said securing element exerting an axial force on the bearing means of the rotor, wherein the bearing means is firmly connected to a shaft of the rotor in the axial direction, wherein the securing element applies force to the bearing means and hence to the rotor in the direction of the rotary axis, wherein the positioning portion interacts with the securing element so as to additionally position the stator in the housing axially in the direction of the rotary axis. the stator comprises a positioning portion cooperating with the securing element and the positioning portion axially protrudes beyond a carrier element of the stator in the direction of the rotary axis, which carrier element carries coil windings, the securing element serving for the axial positioning of the rotor in the housing, said securing element exerting an axial force on the bearing means of the rotor, wherein the bearing means is firmly connected to a shaft of the rotor in the axial direction, wherein the securing element applies force to the bearing means and hence to the rotor in the direction of the rotary axis, wherein the positioning portion interacts with the securing element so as to additionally position the stator in the housing axially in the direction of the rotary axis.