mhurhangee/patent-ind-claim-en huggingface dataset:
A control rod motion monitoring system for a reactor, in which a plurality of neutron detector assemblies including a plurality of neutron detectors (3a-d) arranged in an axial direction of a core is arranged in a radial direction of the entire core, the control rod motion monitoring system comprising: a signal processing device (4a-d) which is adapted to average neutron fluxes measured by neutron detectors (3a-d) located at substantially the same height in the axial direction of the core at all time; and an arithmetic device which is adapted to transmit a signal to a plurality of devices based on the average value processed by the signal processing device (4a-d), wherein the signal processing device (4a-d) is adapted to average the neutron fluxes for each predetermined height in the axial direction of the core, characterised in that the signal processing device (4a-d) is adapted to transmit a signal to the plurality of devices when a maximum value of a deviation or ratio between average values processed for each predetermined height exceeds a predetermined set point. a signal processing device (4a-d) which is adapted to average neutron fluxes measured by neutron detectors (3a-d) located at substantially the same height in the axial direction of the core at all time; and an arithmetic device which is adapted to transmit a signal to a plurality of devices based on the average value processed by the signal processing device (4a-d), wherein the signal processing device (4a-d) is adapted to average the neutron fluxes for each predetermined height in the axial direction of the core, characterised in that the signal processing device (4a-d) is adapted to transmit a signal to the plurality of devices when a maximum value of a deviation or ratio between average values processed for each predetermined height exceeds a predetermined set point.
An electrochemical cell, comprising: a) a container; b) a first electrode disposed in said container, said first electrode contacting said container and defining a cavity therein; c) a separator lining said cavity; and d) a gel free second electrode disposed in said separator lined cavity, characterized in that said second electrode comprising zinc powder having a preassembly tap density greater than 1.6 g/cm 3 and less than 2.2 g/cm 3 , a) a container; b) a first electrode disposed in said container, said first electrode contacting said container and defining a cavity therein; c) a separator lining said cavity; and d) a gel free second electrode disposed in said separator lined cavity, characterized in that said second electrode comprising zinc powder having a preassembly tap density greater than 1.6 g/cm 3 and less than 2.2 g/cm 3 ,
A device for storing thermal energy , including: - a first internal stratified thermal storage tank including a coolant for storing thermal energy, and including at least one coolant distribution conduit , and - a coolant distribution system for the injection and/or the bleeding of coolant, including: - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit , and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank , a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution, characterised in that the first internal thermal storage tank includes a first coolant distribution conduit in the upper portion thereof and a second coolant distribution conduit in the lower portion thereof. - a first internal stratified thermal storage tank including a coolant for storing thermal energy, and including at least one coolant distribution conduit , and - a coolant distribution system for the injection and/or the bleeding of coolant, including: - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit , and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank , a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution, - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit , and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank , a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution,
A computer-implemented method comprising: defining first and second levels of a hierarchical navigation database , the first level divided into a plurality of first tiles (T) comprising more-detailed routing graphs and the second level divided into a plurality of second tiles (T') comprising less-detailed routing graphs, wherein the second tiles each represent a larger geographic area than the first tiles; storing a plurality of link data records in the first level of the navigational database, the plurality of link data records representative of a respective plurality of road segments in a geographic region ; determining one or more of the plurality of link data records stored in the first level which are also to be stored in the second level, wherein each of the determined one or more link data records represents a road segment (R1-R6) which crosses a border of a geographic area represented by one of the plurality of second tiles; and storing the determined one or more link data records in the second level to facilitate movement of a route calculation algorithm between the first level and the second level to speed up calculation of a route between a starting point and a destination point. defining first and second levels of a hierarchical navigation database , the first level divided into a plurality of first tiles (T) comprising more-detailed routing graphs and the second level divided into a plurality of second tiles (T') comprising less-detailed routing graphs, wherein the second tiles each represent a larger geographic area than the first tiles; storing a plurality of link data records in the first level of the navigational database, the plurality of link data records representative of a respective plurality of road segments in a geographic region ; determining one or more of the plurality of link data records stored in the first level which are also to be stored in the second level, wherein each of the determined one or more link data records represents a road segment (R1-R6) which crosses a border of a geographic area represented by one of the plurality of second tiles; and storing the determined one or more link data records in the second level to facilitate movement of a route calculation algorithm between the first level and the second level to speed up calculation of a route between a starting point and a destination point.
Assembly comprising a first cable, a second cable, and a conductor joint connecting a conductor end of the first cable with a conductor end of the second cable , wherein the conductor joint comprises - a tubular longitudinal sleeve of a sleeve length Ls having a sleeve opening at each longitudinal end with an inner diameter allowing insertion of the conductor ends to be connected, and - an elongated element arranged within the sleeve openings , wherein the elongated element comprises a core rod having a core rod length Lr and a terminal rod wall at each longitudinal end, wherein the elongated element further comprises • a core tube concentrically arranged around the core rod having a core tube length Lt shorter than the core rod length Lr and wherein the diameter of the core tube is larger than the diameter of the core rod , and • a core wall arranged between the core rod and the core tube oriented along a radial orientation of the elongated element characterized in that the conductor ends of the first and second cable comprise - a circular center wire comprising a terminal wall , - a plurality of concentrical layers (26a-26e, 26a'-26e') of stranded wires surrounding the circular center wire wherein each layer (26a-e, 26a'-26e') of stranded wires comprises a terminal wall (27a-e, 27a'-27e'), such that a recess is created by a removal of a longitudinal portion of the circular center wire from the conductor ends and by the surrounding layers of stranded wires , such that each longitudinal end of the core rod is inserted into said recess. - a tubular longitudinal sleeve of a sleeve length Ls having a sleeve opening at each longitudinal end with an inner diameter allowing insertion of the conductor ends to be connected, and - an elongated element arranged within the sleeve openings , wherein the elongated element comprises a core rod having a core rod length Lr and a terminal rod wall at each longitudinal end, wherein the elongated element further comprises • a core tube concentrically arranged around the core rod having a core tube length Lt shorter than the core rod length Lr and wherein the diameter of the core tube is larger than the diameter of the core rod , and • a core wall arranged between the core rod and the core tube oriented along a radial orientation of the elongated element • a core tube concentrically arranged around the core rod having a core tube length Lt shorter than the core rod length Lr and wherein the diameter of the core tube is larger than the diameter of the core rod , and • a core wall arranged between the core rod and the core tube oriented along a radial orientation of the elongated element - a circular center wire comprising a terminal wall , - a plurality of concentrical layers (26a-26e, 26a'-26e') of stranded wires surrounding the circular center wire wherein each layer (26a-e, 26a'-26e') of stranded wires comprises a terminal wall (27a-e, 27a'-27e'),
An uplink control channel resource mapping method, comprising: obtaining (S401), by a terminal device, resource configuration information of an uplink control channel; and determining (S402), by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located, wherein the time domain location in the slot in which the uplink control channel is located includes a time domain location of a short physical uplink control channel, short PUCCH, or a time domain location of a long physical uplink control channel, long PUCCH; wherein the resource configuration information further comprises bit indication information of the time domain location in the slot or the subframe in which the uplink control channel is located; and the determining (S402), by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located comprises: searching, by the terminal device based on the bit indication information, a preconfigured uplink control channel location set for the time domain location, indicated by the bit indication information, in the slot or the subframe in which the uplink control channel is located. obtaining (S401), by a terminal device, resource configuration information of an uplink control channel; and determining (S402), by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located, wherein the time domain location in the slot in which the uplink control channel is located includes a time domain location of a short physical uplink control channel, short PUCCH, or a time domain location of a long physical uplink control channel, long PUCCH; wherein the resource configuration information further comprises bit indication information of the time domain location in the slot or the subframe in which the uplink control channel is located; and the determining (S402), by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located comprises: searching, by the terminal device based on the bit indication information, a preconfigured uplink control channel location set for the time domain location, indicated by the bit indication information, in the slot or the subframe in which the uplink control channel is located.
Electrical installation arrangement for operating an electrical consumer network , having at least one first switch for predeterminably disconnecting at least one first consumer and/or a partial network from the consumer network , wherein the electrical installation arrangement further comprises at least one first tripping unit , characterised in that the electrical installation arrangement has at least one first arc detector , that the arc detector comprises at least one first sensor for measuring at least one first electrical parameter in the consumer network and for the output of a first measuring signal, that the arc detector further has an analysis unit for analysing and/or evaluating the first measuring signal according to at least one first analysis and/or evaluation scheme for recognising an arc or at least an electrical effects of the arc on the electrical consumer network , that a second analysis and/or evaluation scheme is provided, that the first analysis and/or evaluation scheme has a higher sensitivity than the second analysis and/or evaluation scheme, that the second analysis and/or evaluation scheme is provided if a first living being of a predeterminable type is present in a predeterminable first surrounding area around the first consumer and/or the partial network , that the first analysis and/or evaluation scheme is provided if the first living being is absent in the first surrounding area, that first tripping unit , upon detection of an arc by the arc detector , switches off the first switch and thereby disconnects the consumer and/or the partial network from the consumer network .
A growth substrate comprising: light emitting diode, LED, chips , wherein the LED chips are at least divided into first to fourth groups arranged in a matrix, each of the first to fourth groups including p LED chips , where p is an integer equal to or greater than 2, wherein at least two of the first to fourth groups are adjacent to each other, wherein each of the first to fourth groups comprises: a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction. light emitting diode, LED, chips , wherein the LED chips are at least divided into first to fourth groups arranged in a matrix, each of the first to fourth groups including p LED chips , where p is an integer equal to or greater than 2, wherein at least two of the first to fourth groups are adjacent to each other, wherein each of the first to fourth groups comprises: a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction. a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction.
Use of a lubricant comprising 0.5 wt.-% tungsten disulfide nanoparticles for reducing wear in a machining process that utilizes titanium against steel.
A nuclear reactor head comprising a vessel top head , a penetration extending through the vessel top head along a penetration axis (B) for allowing passage of a control shaft of a control rod drive mechanism through the vessel top head and to a corresponding control guide tube of the nuclear reactor , the penetration comprising a penetration tube extending through the vessel top head and a thermal sleeve extending inside the penetration tube and coaxially with the penetration tube with an axial play between the thermal sleeve and the penetration tube , wherein the nuclear reactor head further comprises a spacer attached to a lower end of the thermal sleeve for maintaining minimal spacing with the upper end of the corresponding control rod guide tube , wherein the thermal sleeve comprises a lower end portion diverging downwardly and the spacer is attached to a lower edge of the lower end portion , characterized in that the spacer has an openwork structure.
Vehicle comprising a front seat section and a rear seat section , wherein the front seat section comprises a driver seat and a utility space located at the side of the driver seat , the rear seat section comprises multiple seats and rear doors on either side of the rear seat section , characterized in that the front seat section comprises a single front door comprising a front door surface at the side of the front seat section adjacent the driver seat , and at least a part of a fixed surface element located at the opposite side of the front seat section facing towards the front door surface of the single front door , such that the utility space comprises the fixed surface element and that the utility space is accessible to a person sitting in the rear seat section , wherein the fixed surface element is mounted on the inside of a body panel replacing a front passenger side door, and wherein the fixed surface element of the utility space comprises a first horizontal inner surface , the first inner surface forming a continuous horizontal surface with an armrest of the rear door located at the same side of the vehicle as the fixed surface element .
A conductive material for a secondary battery comprising carbon nanotubes having a spherical secondary structure in which carbon nanotube units having a diameter of 20 to 150 nm are entangled, exhibiting a ratio (TD/BD) of a true density (TD) and a bulk density (BD) of 30 to 120, and containing a metal at a content of 50 ppm or less.
A wireless communication device that is connectable to an electronic musical instrument and is configured to transmit, to other wireless communication devices pairable through wireless communication and at timings for communication cadenced by predetermined communication intervals, musical instrument digital interface, MIDI, data output from the electronic musical instrument , and receive, from the other wireless communication devices and at the timings for communication, MIDI data to be input to the electronic musical instrument , wherein a pair is formed with each of a plurality of the other wireless communication devices , wherein a predetermined communication interval for any one pair is an interval between two consecutive timings for communication of the pair itself, and wherein the wireless communication device comprises: a communication interval setting part (S41) configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part (S42) configured to transmit the predetermined communication intervals set by the communication interval setting part (S41) to the corresponding other wireless communication devices . transmit, to other wireless communication devices pairable through wireless communication and at timings for communication cadenced by predetermined communication intervals, musical instrument digital interface, MIDI, data output from the electronic musical instrument , and receive, from the other wireless communication devices and at the timings for communication, MIDI data to be input to the electronic musical instrument , wherein a pair is formed with each of a plurality of the other wireless communication devices , wherein a predetermined communication interval for any one pair is an interval between two consecutive timings for communication of the pair itself, and wherein the wireless communication device comprises: a communication interval setting part (S41) configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part (S42) configured to transmit the predetermined communication intervals set by the communication interval setting part (S41) to the corresponding other wireless communication devices . a communication interval setting part (S41) configured to set the predetermined communication interval of each pair to a different time interval based on prime numbers, with the time intervals of different pairs having different prime factors; and a communication interval transmission part (S42) configured to transmit the predetermined communication intervals set by the communication interval setting part (S41) to the corresponding other wireless communication devices .