mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a wireless device, for handling measurements by the wireless device on a set of cells comprising at least a first cell, the cells in the set being serving cells, the wireless device operating in a wireless communications network, the method comprising: - determining one or more types of signals to perform measurements on for each cell in the set of cells, the determination being based on an obtained configuration, per configured event, of one or more events, wherein each of the one or more events sets a condition to trigger a measurement report, wherein said determining comprises determining to perform measurements on each of at least one type of signal of a plurality of types of signal in response to determining that at least one of the one or more events is configured in at least one reportConfig linked to a measurement object whose Reference Signal, RS, Type within the reportConfig is set to the respective one type of signal of the one or more types of signals, and - initiating sending an indication to a network node serving the wireless device, the indication being based on the measurements by the wireless device on the determined one or more types of signals. - determining one or more types of signals to perform measurements on for each cell in the set of cells, the determination being based on an obtained configuration, per configured event, of one or more events, wherein each of the one or more events sets a condition to trigger a measurement report, wherein said determining comprises determining to perform measurements on each of at least one type of signal of a plurality of types of signal in response to determining that at least one of the one or more events is configured in at least one reportConfig linked to a measurement object whose Reference Signal, RS, Type within the reportConfig is set to the respective one type of signal of the one or more types of signals, and - initiating sending an indication to a network node serving the wireless device, the indication being based on the measurements by the wireless device on the determined one or more types of signals.
A method of data communications, comprising: transmitting a first synchronization, SYNC, code on a serial bus; communicating with a first device over the serial bus in accordance with a first mode of operation associated with a first protocol, after establishing synchronization with the first device in response to the first SYNC code; transmitting an unsynchronization, UNSYNC, code on the serial bus, where the UNSYNC code is configured to cause a loss of synchronization with the first device; transmitting a second SYNC code on the serial bus; and communicating with a second device over the serial bus in accordance with a second mode of operation associated with the first protocol, after establishing synchronization with the second device in response to the second SYNC code. transmitting a first synchronization, SYNC, code on a serial bus; communicating with a first device over the serial bus in accordance with a first mode of operation associated with a first protocol, after establishing synchronization with the first device in response to the first SYNC code; transmitting an unsynchronization, UNSYNC, code on the serial bus, where the UNSYNC code is configured to cause a loss of synchronization with the first device; transmitting a second SYNC code on the serial bus; and communicating with a second device over the serial bus in accordance with a second mode of operation associated with the first protocol, after establishing synchronization with the second device in response to the second SYNC code.
A method of transmitting a broadcast signal, the method including: encoding Physical Layer Pipe, PLP, data; building at least one signal frame by mapping the encoded PLP data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method; inserting at least one preamble symbol at a beginning of each signal frame in a time domain; and transmitting the broadcast signal having the modulated data, characterized in that: the preamble is generated based on a sequence and the sequence represents emergency alert information, and the preamble is inserted after the data in each signal frame is OFDM modulated. encoding Physical Layer Pipe, PLP, data; building at least one signal frame by mapping the encoded PLP data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method; inserting at least one preamble symbol at a beginning of each signal frame in a time domain; and transmitting the broadcast signal having the modulated data, characterized in that: the preamble is generated based on a sequence and the sequence represents emergency alert information, and the preamble is inserted after the data in each signal frame is OFDM modulated. the preamble is generated based on a sequence and the sequence represents emergency alert information, and the preamble is inserted after the data in each signal frame is OFDM modulated.
A tunable laser comprising: a semiconductor laser body extending between a front facet and a back facet, the laser body including three in-line laser sections each configured to be driven independently to generate laser light at a wavelength within a different respective wavelength range, wherein each of the in-line laser sections is configured to be tunable in response to temperature changes to generate a selected wavelength within the respective wavelength range, wherein the laser light generated from each selected one of the in-line laser sections is emitted from the front facet, and wherein a first laser section has a length of 300 microns, a second laser section has a length of 400 microns, and a third laser section has a length of 500 microns.
An association of microbial cultures consisting of individual cultures Gluconobacter sp. LUMBI B32 and Saccharomyces cerevisiae LUMBI R23 in ratio 3:1 deposited in Latvian Culture Collection of Microorganisms under accession number P 1398.
Clutch release system, in particular cover-fixed clutch operator for actuating a friction clutch of a motor vehicle, comprising a housing which, together with a guide sleeve which is arranged radially on the inside, forms an annular pressure space, to which a feed bore leads through the housing, a piston which can be actuated by pressure medium being mounted axially movably in the pressure space, which piston is operatively connected to a clutch release bearing which loads a cup spring of the friction clutch with a force in the axial direction, a seal being arranged in an annular groove between the housing and the guide sleeve, a first part of the groove being realized by the housing, and a second part of the groove being realized by a support component, characterized in that the groove is of U-shaped configuration and has two wall regions (N1, N3) which are substantially parallel to one another, extend radially, and between which an axially extending bottom region is arranged, a first wall region being formed by the support component, and the bottom region and a second wall region being formed by the housing.
A push button operated circuit breaker with rocking control member including: - a case made of electrically insulating material, having a bottom wall, lateral walls (20a, 20b, 20c, 20d) being joined to the bottom wall and an open side opposite to the bottom wall; - a push button that can be operated to command an electrical switching of the circuit breaker and having a body provided with lateral walls (30a, 30b, 30c, 30d) crossing said open side, the push button being adapted to slide with respect to the case along a sliding axis (Z-Z), between a forward position and a backward position; - a rocking control member adapted to control an electrical switching; - a pressure transmitting member being rotatably constrained to the body of the push button and adapted to rotate with respect to a rest angular position around a rotation axis (A1-A1); - an elastic element adapted to bring back the pressure transmitting member in the rest angular position after its rotation; characterized in that: - the above-mentioned elastic element is, or includes, a wire spring; - the body of the push button includes a pass-through opening, crossed by the pressure transmitting member, thereby the wire spring is arranged on one side of the pass-through opening together with at least one a part of a central portion of the pressure transmitting member, while the remaining part of the pressure transmitting member is arranged on the other side of said pass-through opening. - a case made of electrically insulating material, having a bottom wall, lateral walls (20a, 20b, 20c, 20d) being joined to the bottom wall and an open side opposite to the bottom wall; - a push button that can be operated to command an electrical switching of the circuit breaker and having a body provided with lateral walls (30a, 30b, 30c, 30d) crossing said open side, the push button being adapted to slide with respect to the case along a sliding axis (Z-Z), between a forward position and a backward position; - a rocking control member adapted to control an electrical switching; - a pressure transmitting member being rotatably constrained to the body of the push button and adapted to rotate with respect to a rest angular position around a rotation axis (A1-A1); - an elastic element adapted to bring back the pressure transmitting member in the rest angular position after its rotation; - the above-mentioned elastic element is, or includes, a wire spring; - the body of the push button includes a pass-through opening, crossed by the pressure transmitting member, thereby the wire spring is arranged on one side of the pass-through opening together with at least one a part of a central portion of the pressure transmitting member, while the remaining part of the pressure transmitting member is arranged on the other side of said pass-through opening.
A metal-organic framework having a three-dimensional structure comprising Zr 6 cluster secondary building units (SBUs) and 5,5'-methylenediisophthalic acid (H 4 mdip) as multitopic linkers forming coordinate bonds with the Zr 6 cluster secondary building units, the MOF represented by Formula 1 below: [Zr 6 (μ 3 -O) 4+x (μ 3 -OH) 4-2x (mdip) a b c] wherein in Formula 1, 0 ≤ x ≤ 2, 1.3 ≤ a ≤ 2.2, 0 ≤ b ≤ 6, 0≤ c ≤ 6, and X1 comprises at least one anion selected from the group consisting of formate, acetate, nitrate, fluoride, chloride, bromide, sulfate, phosphate, alkoxide, and hydroxide. wherein the MOF constitutes a soc-type (cdj topology) 3D framework including warped cubic pockets and free void spaces as a crystal structure including a cubic space group formed by bonds between COO- functional groups of the multitopic linkers and the Zr 6 cluster secondary building units. 0 ≤ x ≤ 2, 1.3 ≤ a ≤ 2.2, 0 ≤ b ≤ 6, 0≤ c ≤ 6, and X1 comprises at least one anion selected from the group consisting of formate, acetate, nitrate, fluoride, chloride, bromide, sulfate, phosphate, alkoxide, and hydroxide. wherein the MOF constitutes a soc-type (cdj topology) 3D framework including warped cubic pockets and free void spaces as a crystal structure including a cubic space group formed by bonds between COO- functional groups of the multitopic linkers and the Zr 6 cluster secondary building units.
An uninterruptable power supply comprising: a first input constructed to receive input power from a first power source; a second input constructed to receive input power from a second power source; an output constructed to provide output alternating current power derived from at least one of the first power source and the second power source; a bypass switch (110, 200) having an on state and an off state coupled between the first input and the output; an inverter coupled between the second input and the output and constructed to generate the output AC power based on inverter commands; and a controller (118, 300) coupled to the inverter and configured to: detect a power failure of the first power source; disconnect the first input from the output at least in part by changing the bypass switch from the on state to the off state responsive to detecting the power failure; and generate the inverter commands to output AC power derived from the second power source based on an inverter reference signal responsive to detecting the power failure, characterised in the inverter reference signal being a non-sinusoidal voltage signal for a first period of time and a sinusoidal voltage reference after the first period of time. a first input constructed to receive input power from a first power source; a second input constructed to receive input power from a second power source; an output constructed to provide output alternating current power derived from at least one of the first power source and the second power source; a bypass switch (110, 200) having an on state and an off state coupled between the first input and the output; an inverter coupled between the second input and the output and constructed to generate the output AC power based on inverter commands; and a controller (118, 300) coupled to the inverter and configured to: detect a power failure of the first power source; disconnect the first input from the output at least in part by changing the bypass switch from the on state to the off state responsive to detecting the power failure; and generate the inverter commands to output AC power derived from the second power source based on an inverter reference signal responsive to detecting the power failure, detect a power failure of the first power source; disconnect the first input from the output at least in part by changing the bypass switch from the on state to the off state responsive to detecting the power failure; and generate the inverter commands to output AC power derived from the second power source based on an inverter reference signal responsive to detecting the power failure, characterised in the inverter reference signal being a non-sinusoidal voltage signal for a first period of time and a sinusoidal voltage reference after the first period of time.
Filter device with a removable end part (81; 82) and with an enclosure which accommodates a replaceable filter element that comprises two end caps (25, 47), between which a filter material extends, wherein arranged between the end part (81; 82) and the one end cap is a positioning device which, in cooperation with at least one corresponding positioning element of this end cap, positions the filter element inside the enclosure, at least when viewed in its circumferential direction, characterised in that the positioning device forms an annular body which, on the bottom side, has an insert ring and, on the top side, bears a head ring which is at least partially in contact with contact parts (81, 85) of the removable end part (81, 82); in that the positioning device has a guide bar which engages in a guide channel, which is arranged as a positioning element in the one end cap, the guide channel being open towards the inside of the filter element; in that the one end cap has on its inside a guide ring which protrudes on both sides beyond a contact ring to which the filter material is fixed with its one free face end; and in that the guide channel, fixed on the outer circumference to the guide ring, extends over the entire height thereof. characterised in that the positioning device forms an annular body which, on the bottom side, has an insert ring and, on the top side, bears a head ring which is at least partially in contact with contact parts (81, 85) of the removable end part (81, 82); in that the positioning device has a guide bar which engages in a guide channel, which is arranged as a positioning element in the one end cap, the guide channel being open towards the inside of the filter element; in that the one end cap has on its inside a guide ring which protrudes on both sides beyond a contact ring to which the filter material is fixed with its one free face end; and in that the guide channel, fixed on the outer circumference to the guide ring, extends over the entire height thereof.
A multi-core processor comprising: • a cache memory (L2 CACHE) shared by a group of several cores (CPUa, CPUb) configured to delegate atomic instructions to the cache memory; • in its instruction set, an atomic read-modify-write instruction (AFAU), taking as a parameter a memory address of a shared variable, wherein the atomic instruction has a global scope; • a cache memory controller (CTRL) configured for receiving and processing each global atomic instruction executed by a given core of the group by globally locking an address space containing the address of the shared variable, to prevent access to the shared variable by any other core during execution of the global atomic instruction; wherein the atomic instruction also has a local scope, the cache memory controller being configured for processing each local atomic instruction executed by a given core of the group by locally locking a cache line allocated to the address of the shared variable, while authorizing access to the shared variable to cores connected to another cache memory of same level shared by another group of several cores (CPUc, CPUd) during execution of the local atomic instruction; wherein the cache memory controller is configured for: using a cache coherence protocol for implementing the global atomic instructions, and for, during execution of a local atomic instruction, locally locking the cache line without invalidating nor locking an analogous cache line in the other cache memory of same-level, or locking a system memory area containing the shared variable during execution of a global atomic instruction, and for, during execution of a local atomic instruction, accessing the variable in the cache line without locking any area of the system memory. • a cache memory (L2 CACHE) shared by a group of several cores (CPUa, CPUb) configured to delegate atomic instructions to the cache memory; • in its instruction set, an atomic read-modify-write instruction (AFAU), taking as a parameter a memory address of a shared variable, wherein the atomic instruction has a global scope; • a cache memory controller (CTRL) configured for receiving and processing each global atomic instruction executed by a given core of the group by globally locking an address space containing the address of the shared variable, to prevent access to the shared variable by any other core during execution of the global atomic instruction; using a cache coherence protocol for implementing the global atomic instructions, and for, during execution of a local atomic instruction, locally locking the cache line without invalidating nor locking an analogous cache line in the other cache memory of same-level, or locking a system memory area containing the shared variable during execution of a global atomic instruction, and for, during execution of a local atomic instruction, accessing the variable in the cache line without locking any area of the system memory.
A method of preparing a honeycomb segment joined body in which a plurality of honeycomb segments are arranged in directions parallel to a first flat surface and a second flat surface of an installation reference jig to install the honeycomb segments in predetermined positions via a paste-like joining material on the installation reference jig by use of the installation reference jig having the first flat surface and the second flat surface forming a right angle therebetween, and then the joining material is dried and cured to join the plurality of honeycomb segments together, wherein when a new honeycomb segment is installed in at least a part of a process of successively installing the plurality of honeycomb segments in the predetermined positions, at least a part of the installed honeycomb segments is pressurized to hold the honeycomb segments in the predetermined positions so that the already installed honeycomb segments are not displaced.
An intraluminal ultrasound imaging device comprising: a flexible elongate member configured to be inserted into a body lumen of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an ultrasound scanner assembly disposed at the distal portion of the flexible elongate member, the ultrasound scanner assembly comprising: a flexible substrate comprising in a flat configuration a longitudinal width extending from an inner edge to an outer edge; a control region embedded in the flexible substrate; and a transducer region embedded in the flexible substrate; characterized by: a window region being disposed between the outer edge of the flexible substrate and the transducer region; and the flexible substrate being rolled into a layered, annular scanner assembly such that the window region, the transducer region, and the control region are radially arranged relative to one another, with the control region forming an inner layer, the transducer region forming a middle layer, and the window region forming an outer layer of the scanner assembly. a flexible elongate member configured to be inserted into a body lumen of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an ultrasound scanner assembly disposed at the distal portion of the flexible elongate member, the ultrasound scanner assembly comprising: a flexible substrate comprising in a flat configuration a longitudinal width extending from an inner edge to an outer edge; a flexible substrate comprising in a flat configuration a longitudinal width extending from an inner edge to an outer edge; a control region embedded in the flexible substrate; and a transducer region embedded in the flexible substrate; characterized by: a window region being disposed between the outer edge of the flexible substrate and the transducer region; and the flexible substrate being rolled into a layered, annular scanner assembly such that the window region, the transducer region, and the control region are radially arranged relative to one another, with the control region forming an inner layer, the transducer region forming a middle layer, and the window region forming an outer layer of the scanner assembly. a window region being disposed between the outer edge of the flexible substrate and the transducer region; and the flexible substrate being rolled into a layered, annular scanner assembly such that the window region, the transducer region, and the control region are radially arranged relative to one another, with the control region forming an inner layer, the transducer region forming a middle layer, and the window region forming an outer layer of the scanner assembly.