mhurhangee/ep-ind-claims huggingface dataset:
An optical amplification device comprising: excitation means configured to output a plurality of beams of excitation light generated by a plurality of excitation light sources (111 to 114); first distribution means configured with input connected to the plurality of excitation light sources (111 to 114), and configured to split input light, and configured to output split light as a plurality of beams of first distribution light; a plurality of second distribution means (130, 140) configured with input connected to the first distribution means, and configured to couple and split input light, and configured to output split light as a plurality of beams of second distribution light; a plurality of gain media (151 to 154, 161 to 164) configured to be excited by each of the plurality of beams of second distribution light; the excitation means including 2n of the excitation light sources (111 to 114), n being an integer of 2 or more; n of the second distribution means (130, 140) configured to generate four beams of the second distribution light in response to four beams of the first distribution light; characterized in that: the first distribution means is configured to output 4n beams of the first distribution light in response to input from 2n of the excitation means; and in that the optical amplification device comprises 4n gain media (151 to 154, 161 to 164). excitation means configured to output a plurality of beams of excitation light generated by a plurality of excitation light sources (111 to 114); first distribution means configured with input connected to the plurality of excitation light sources (111 to 114), and configured to split input light, and configured to output split light as a plurality of beams of first distribution light; a plurality of second distribution means (130, 140) configured with input connected to the first distribution means, and configured to couple and split input light, and configured to output split light as a plurality of beams of second distribution light; a plurality of gain media (151 to 154, 161 to 164) configured to be excited by each of the plurality of beams of second distribution light; the excitation means including 2n of the excitation light sources (111 to 114), n being an integer of 2 or more; n of the second distribution means (130, 140) configured to generate four beams of the second distribution light in response to four beams of the first distribution light; characterized in that: the first distribution means is configured to output 4n beams of the first distribution light in response to input from 2n of the excitation means; and in that the optical amplification device comprises 4n gain media (151 to 154, 161 to 164).
A system of inspecting electrical conductivity in a conductive bonding region, comprising: a conductive bonding region comprising a first composite portion having a first conductive layer, a second composite portion adjacent to the first composite portion and having a second conductive layer, and an intermediate conductive layer that forms an electrically conductive path extending between the first conductive layer and the second conductive layer, the conductive bonding region comprising surface irregularities; a coil coupled to an alternating current source and configured to induce a current in a conductive structure within the conductive bonding region; and a processor coupled to the coil that is arranged to detect at least an impedance property value from the coil that results from the current induced in the conductive structure; and a conformable base portion formed from a foamed natural or synthetic rubber material, and including a first surface configured to abut the coil, and an opposing second surface that readily conforms to a surface contour present in the conductive bonding region, the conformable base portion configured to be interposed between the coil and the conductive bonding region, wherein the coil is configured to generate an electromagnetic induction field that projects outwardly from the conformable base portion. a conductive bonding region comprising a first composite portion having a first conductive layer, a second composite portion adjacent to the first composite portion and having a second conductive layer, and an intermediate conductive layer that forms an electrically conductive path extending between the first conductive layer and the second conductive layer, the conductive bonding region comprising surface irregularities; a coil coupled to an alternating current source and configured to induce a current in a conductive structure within the conductive bonding region; and a processor coupled to the coil that is arranged to detect at least an impedance property value from the coil that results from the current induced in the conductive structure; and a conformable base portion formed from a foamed natural or synthetic rubber material, and including a first surface configured to abut the coil, and an opposing second surface that readily conforms to a surface contour present in the conductive bonding region, the conformable base portion configured to be interposed between the coil and the conductive bonding region, wherein the coil is configured to generate an electromagnetic induction field that projects outwardly from the conformable base portion.
A connector (1, 1A) comprising: a housing configured to accommodate a connection terminal; a shutter (41, 41A) that is rotatably provided in the housing and is configured to open and close a front opening of the housing to which a fitting tip end portion of a mating connector is to be fitted; a rotation lever that is disposed on one side portion side of the front opening and is rotatably supported to the housing about a rotation axis intersecting a connector fitting direction of the mating connector, the rotation lever having a lever front end portion that extends toward a front side of the housing relative to the rotation axis; and an interlocking rotation mechanism (50, 60) provided between the rotation lever and the shutter (41, 41A) and configured to rotate the shutter (41, 41A) in accordance with rotation of the rotation lever, wherein a pressing force of the mating connector, whose fitting tip end portion is moved to a position facing the front opening, acts on the lever front end portion so as to rotate the rotation lever, and thus the shutter (41, 41A) is rotated by the interlocking rotation mechanism (50, 60) so as to open the front opening, characterized in that the interlocking rotation mechanism (50, 60) includes a speed increasing mechanism configured to increase a speed of the rotation of the rotation lever to rotate the shutter (41, 41A). a housing configured to accommodate a connection terminal; a shutter (41, 41A) that is rotatably provided in the housing and is configured to open and close a front opening of the housing to which a fitting tip end portion of a mating connector is to be fitted; a rotation lever that is disposed on one side portion side of the front opening and is rotatably supported to the housing about a rotation axis intersecting a connector fitting direction of the mating connector, the rotation lever having a lever front end portion that extends toward a front side of the housing relative to the rotation axis; and an interlocking rotation mechanism (50, 60) provided between the rotation lever and the shutter (41, 41A) and configured to rotate the shutter (41, 41A) in accordance with rotation of the rotation lever, wherein a pressing force of the mating connector, whose fitting tip end portion is moved to a position facing the front opening, acts on the lever front end portion so as to rotate the rotation lever, and thus the shutter (41, 41A) is rotated by the interlocking rotation mechanism (50, 60) so as to open the front opening, characterized in that the interlocking rotation mechanism (50, 60) includes a speed increasing mechanism configured to increase a speed of the rotation of the rotation lever to rotate the shutter (41, 41A).
An insulation stripping assembly for stripping insulation from a conductor, the insulation stripping assembly comprising: a first blade assembly, the first blade assembly having a first cutting blade; a second blade assembly, the second blade assembly having a second cutting blade; and a clenching member provided on at least one of the first blade assembly and the second blade assembly, the clenching member being spaced from the first cutting blade and the second cutting blade; wherein the first and second cutting blades (46, 146) essentially cut through the insulation and the clenching member engages the insulation to provide increased pulling force to remove the cut insulation from the conductor, characterized in that the clenching member is a blade which pierces the insulation. the clenching member is a blade which pierces the insulation.
A nuclear reactor comprising: a) a pressure vessel for containing a pressurized heavy water moderator at a first pressure, wherein the first pressure is between 5 and 35 Mpa; b) a plurality of fuel channels for a coolant fluid comprising at least one of heavy water, and light water and gas at a second pressure and fluidly connected at inlet ends thereof to a coolant supply conduit, the fuel channels adapted to receive nuclear fuel bundles and to be mounted within the pressure vessel and surrounded by the moderator, and outlet ends thereof being fluidly connected to a coolant outlet conduit to enable the coolant fluid to circulate from the coolant supply conduit through the fuel channels to the coolant outlet conduit, wherein the plurality of fuel channels maintain separation between the coolant fluid circulating within the fuel channels and the moderator; and a coolant inlet plenum having at least one inlet port for receiving the coolant fluid, the inlet ends of each fuel channel being coupled to the coolant inlet plenum to receive coolant fluid and the coolant inlet plenum having at least one inlet port for receiving the coolant fluid; characterized in that the the nuclear reactor further comprises a coolant outlet plenum disposed within the coolant inlet plenum, the outlet ends of each fuel channel being coupled to the outlet plenum to discharge the coolant fluid into the coolant outlet plenum. a) a pressure vessel for containing a pressurized heavy water moderator at a first pressure, wherein the first pressure is between 5 and 35 Mpa; b) a plurality of fuel channels for a coolant fluid comprising at least one of heavy water, and light water and gas at a second pressure and fluidly connected at inlet ends thereof to a coolant supply conduit, the fuel channels adapted to receive nuclear fuel bundles and to be mounted within the pressure vessel and surrounded by the moderator, and outlet ends thereof being fluidly connected to a coolant outlet conduit to enable the coolant fluid to circulate from the coolant supply conduit through the fuel channels to the coolant outlet conduit, wherein the plurality of fuel channels maintain separation between the coolant fluid circulating within the fuel channels and the moderator; and
Injection moulding device, comprising a. at least one first and at least one second outer mould half (11, 12), which are arranged such that they can be displaced towards one another in a first direction (x), and b. a centre part, which is arranged therebetween and can be rotated about an axis of rotation, which c. comprises a bottom part, to which first inner mould halves are attached in pairs, and d. comprises a top part, which can be rotated independently of the bottom part and to which second inner mould halves are attached in pairs, which e. first and second inner mould halves (13, 14) in a closed position interact with first and second outer mould halves (11, 12) assigned thereto to form cavities, wherein f. the first and second inner mould halves (13, 14) and the first and second outer mould halves assigned thereto form a lower and an upper production plane (32, 33). a. at least one first and at least one second outer mould half (11, 12), which are arranged such that they can be displaced towards one another in a first direction (x), and b. a centre part, which is arranged therebetween and can be rotated about an axis of rotation, which c. comprises a bottom part, to which first inner mould halves are attached in pairs, and d. comprises a top part, which can be rotated independently of the bottom part and to which second inner mould halves are attached in pairs, which e. first and second inner mould halves (13, 14) in a closed position interact with first and second outer mould halves (11, 12) assigned thereto to form cavities, wherein f. the first and second inner mould halves (13, 14) and the first and second outer mould halves assigned thereto form a lower and an upper production plane (32, 33).
Method for determining noise associated with a signal received by an equipment connected to a telecommunications network, said received signal being sampled beforehand in the form of a succession of data, the method comprising: - selecting a portion of the data in the received signal and determining (106, 200) a number of possible partitions of the selected portion of the data in the received signal, the number of partitions being greater than or equal to two, - partitioning (108, 300) all of the data in the received signal into said number of partitions, - estimating mean energies of the signal in each of the partitions and identifying a partition from among said partitions having a minimum mean, the identified partition being a noise partition, and - estimating a variance of the noise partition, the noise associated with the received signal being a function of said variance of the noise partition. - selecting a portion of the data in the received signal and determining (106, 200) a number of possible partitions of the selected portion of the data in the received signal, the number of partitions being greater than or equal to two, - partitioning (108, 300) all of the data in the received signal into said number of partitions, - estimating mean energies of the signal in each of the partitions and identifying a partition from among said partitions having a minimum mean, the identified partition being a noise partition, and - estimating a variance of the noise partition, the noise associated with the received signal being a function of said variance of the noise partition.
A phosphorylcholine group-containing compound having a structure represented by the following formula: where X represents a hydrogen atom, a monovalent cation residue, or a structure represented by a formula: Where Y represents a hydrogen atom or SO 3 Na.
A method for wireless communication, comprising: generating uplink control information at a wireless device; and transmitting the uplink control information over an interlace (605, 610, 615) of a carrier of an unlicensed radio frequency spectrum band, the interlace (605, 610, 615) comprising a plurality of non-contiguous concurrent resource blocks (620, 625, 630) in the unlicensed radio frequency spectrum band; wherein at least two resource blocks (620, 625, 630) in the interlace (605, 610, 615) comprise different portions of the uplink control information; wherein generating the uplink control information comprises: receiving a downlink transmission; and generating acknowledgement information for the downlink transmission, the uplink control information comprising the acknowledgement information. generating uplink control information at a wireless device; and transmitting the uplink control information over an interlace (605, 610, 615) of a carrier of an unlicensed radio frequency spectrum band, the interlace (605, 610, 615) comprising a plurality of non-contiguous concurrent resource blocks (620, 625, 630) in the unlicensed radio frequency spectrum band; wherein at least two resource blocks (620, 625, 630) in the interlace (605, 610, 615) comprise different portions of the uplink control information; wherein generating the uplink control information comprises: receiving a downlink transmission; and generating acknowledgement information for the downlink transmission, the uplink control information comprising the acknowledgement information. receiving a downlink transmission; and generating acknowledgement information for the downlink transmission, the uplink control information comprising the acknowledgement information.
A test bench for testing wind turbine equipment, said test bench comprising one or more load applying means directly and/or indirectly applying load to said equipment, drive means of said test bench for rotating an input shaft of a wind turbine gearbox and/or an input shaft of a wind turbine generator at least during a part of the test, and simulating means for establishing wind turbine like conditions or facilities.
A method of enabling access to an electronic document located within a communication network including database nodes having access to electronic documents, wherein the method comprises: receiving a query from a user via the communication network, the query indicating the electronic document to be accessed; determining, based on at least one predefined determination criterion depending on or based on a replication rate of databases storing corresponding electronic documents, which of the database nodes potentially have access to the electronic document indicated in the query, wherein the at least one predefined determination criterion is used to determine a probability that a particular database node has access to the electronic document indicated in the query; and querying the determined database nodes for determining a database node having verified access to the electronic document, wherein database nodes with a higher probability are queried before database nodes with a lower probability. receiving a query from a user via the communication network, the query indicating the electronic document to be accessed; determining, based on at least one predefined determination criterion depending on or based on a replication rate of databases storing corresponding electronic documents, which of the database nodes potentially have access to the electronic document indicated in the query, wherein the at least one predefined determination criterion is used to determine a probability that a particular database node has access to the electronic document indicated in the query; and querying the determined database nodes for determining a database node having verified access to the electronic document, wherein database nodes with a higher probability are queried before database nodes with a lower probability.
System with a household appliance and a functional module which is separate from the household appliance, wherein the household appliance and the functional module are embodied for at least unidirectional wireless data communication with one another, and wherein: - a first of the communication partners household appliance or functional module comprises a transmitter (14, 16), which comprises a modulator for providing an electrical transmit message signal and a light source for emitting a light signal modulated according to the transmit message signal, and - the second of the communication partners comprises a receiver (27, 28) for receiving the light signal and for providing an electrical receive message signal from the light signal, - wherein the light source of the transmitter (14, 16) is embodied to generate the light signal in a visible spectral range and the receiver (27, 28) is embodied to receive the light signal in the visible spectral range, characterised in that the light source of the transmitter (14, 16) is embodied to generate the light signal from at least two light portions, which have colours which differ from one another, wherein the modulator is embodied to modulate only a subset of the light portions in accordance with the transmit message signal in order to generate the modulated light signal, and the receiver (27, 28) is embodied to provide the electrical receive message signal selectively only from the subset of the light portions of the light signal. - a first of the communication partners household appliance or functional module comprises a transmitter (14, 16), which comprises a modulator for providing an electrical transmit message signal and a light source for emitting a light signal modulated according to the transmit message signal, and - the second of the communication partners comprises a receiver (27, 28) for receiving the light signal and for providing an electrical receive message signal from the light signal, - wherein the light source of the transmitter (14, 16) is embodied to generate the light signal in a visible spectral range and the receiver (27, 28) is embodied to receive the light signal in the visible spectral range,
A guide device for a diffusion vacuum pump having a plurality of annular guide plates, the guide plates being arranged radially, wherein at least one guide plate has a first section starting from a connection point and a second section starting from the connection point, wherein the first section extends axially in a first direction, the second section extending axially in the opposite second direction, wherein the first section is designed to taper radially and/or wherein the second section is designed to taper radially, characterized in that the axial length of the second section decreases from an outer guide plate to an inner guide plate. a plurality of annular guide plates, the guide plates being arranged radially, wherein at least one guide plate has a first section starting from a connection point and a second section starting from the connection point, wherein the first section extends axially in a first direction, the second section extending axially in the opposite second direction, wherein the first section is designed to taper radially and/or wherein the second section is designed to taper radially,
A multi-segment header for an agricultural harvester comprising a multi-segment chassis having a longitudinal support beam, and an auger extending widthwise across the multi-segment chassis and adjacent the longitudinal support beam, and characterized by a backsheet extension mounted to a posterior end of the longitudinal support beam of the multi-segment chassis.
A method of provisioning a device, the method comprising: initializing a radio frequency identification ("RFID") device; reading RFID tag data from an RFID tag, the RFID tag data comprising location data; inserting the RFID tag data in an option field of a DHCPDISCOVER request, wherein the DHCPDISCOVER request further includes an electronic product code ("EPC") of an RFID device; sending the DHCPDISCOVER request to a Dynamic Host Configuration Protocol ("DHCP") server; receiving provisioning information from the DHCP server that enables a desired functionality according to an identity of the RFID device and the location data; and provisioning the RFID device according to the provisioning information, thereby enabling the RFID device to read nearby RFID tags and to transmit RFID tag information to an RFID network. initializing a radio frequency identification ("RFID") device; reading RFID tag data from an RFID tag, the RFID tag data comprising location data; inserting the RFID tag data in an option field of a DHCPDISCOVER request, wherein the DHCPDISCOVER request further includes an electronic product code ("EPC") of an RFID device; sending the DHCPDISCOVER request to a Dynamic Host Configuration Protocol ("DHCP") server; receiving provisioning information from the DHCP server that enables a desired functionality according to an identity of the RFID device and the location data; and provisioning the RFID device according to the provisioning information, thereby enabling the RFID device to read nearby RFID tags and to transmit RFID tag information to an RFID network.