mhurhangee/ep-ind-claims huggingface dataset:
A sensor interconnect assembly of a noninvasive sensor configured to emit light and detect the light attenuated by body tissue, the interconnect assembly comprising: an elongated circuit substrate including an emitter portion of the substrate located at a first end of the elongated circuit substrate and adapted to mount a plurality of emitters, a detector portion of the substrate located at a second end of the elongated circuit substrate and adapted to mount a detector, and a cable portion of the substrate adapted to connect a sensor cable; a first plurality of conductors disposed on the elongated circuit substrate electrically interconnecting the emitter portion and the cable portion; a second plurality of conductors disposed on the substrate electrically interconnecting the detector portion and the cable portion; and a decoupling portion of the substrate disposed proximate the cable portion, characterized in that the decoupling portion comprising wings that extend from each side of the elongated circuit substrate, the wings having a relatively large solder pad area for cable attachment and a narrowed area for substantially mechanically isolating the cable portion from both the emitter portion and the detector portion so that sensor cable stiffness is not translated to the emitters or the detector.
Beverage vending machine with a removable container for receiving in particular a liquid and with a conductor board arranged on the beverage vending machine, on which a first reed switch and a second reed switch arranged parallel thereto are arranged, characterised in that a first magnet with a first magnetic pole pair and a second magnet with a second magnet pole pair aligned orthogonally thereto are arranged on the container, and wherein the first magnet interacts with the first reed switch and the second magnet interacts with the second reed switch.
A fiber laser for facilitating generation of femtosecond duration pulses comprises a gain fiber to increase the energy of a pulse in a laser cavity that is free of anomalous dispersion and whose dispersion elements inside said cavity consist only of elements with normal group velocity dispersion, said cavity including one or more dispersion elements, each of which provides only normal group velocity dispersion, said laser cavity at least including: a chirping element for broadening a multiple frequency component pulse in said cavity and spreading said frequency components in said pulse apart over time; and a spectral bandpass filter for passing a portion of said chirped pulse including only frequency components in a narrow range around a selected center frequency, thereby producing self-amplitude modulation of said pulse.
A method for cutting a laminated glazing (10, 80, 100), particularly for a motor vehicle, comprising at least a first glass sheet (20, 120), a second glass sheet (30, 130) assembled by an interlayer (40, 140) comprising at least one sheet of polymer material, characterized in that said glazing (10, 80, 100) further comprises an insert (50, 150) having a hole (51, 151) delimited by an inner contour (53, 153), said insert (50, 150) being housed in a recess provided in said interlayer (40, 140), said method comprising the following steps: - a step of detecting by means of a vision device said inner contour (53, 153); - a step of calculating a cutting path to be traveled based on the detection of said inner contour (53, 153); - a step of cutting at least said first glass sheet (20, 120), based on said calculated cutting path, by means of a laser source (401, 401a) having a beam (402, 402a). - a step of detecting by means of a vision device said inner contour (53, 153); - a step of calculating a cutting path to be traveled based on the detection of said inner contour (53, 153); - a step of cutting at least said first glass sheet (20, 120), based on said calculated cutting path, by means of a laser source (401, 401a) having a beam (402, 402a).
A method of semiconductor processing, comprising: forming an underbump metallization structure on a semiconductor chip, the underbump metallization structure having a first site (1270,1300) electrically connected to a first redistribution layer structure and a second site (1280,1290) electrically connected to a second redistribution layer structures,, said redistribution layer structures providing electrical routing between circuit devices in the semiconductor chip and the underbump metallization structure; wherein the forming of the underbump metallization structure comprises forming a cluster having a central hub situated between the first and second redistribution layer structures (1230,1235), whereby the first and second sites are connected to the central hub by respective first and second spokes; and forming a solder structure on the central hub. forming an underbump metallization structure on a semiconductor chip, the underbump metallization structure having a first site (1270,1300) electrically connected to a first redistribution layer structure and a second site (1280,1290) electrically connected to a second redistribution layer structures,, said redistribution layer structures providing electrical routing between circuit devices in the semiconductor chip and the underbump metallization structure; wherein the forming of the underbump metallization structure comprises forming a cluster having a central hub situated between the first and second redistribution layer structures (1230,1235), whereby the first and second sites are connected to the central hub by respective first and second spokes; and forming a solder structure on the central hub.
A method of detecting the presence of a DNA minor contributor in a DNA mixture by determining several haplotypes present in DNA samples forming said DNA mixture, each haplotype containing a short tandem repeat locus and a deletion insertion polymorphism locus, comprising: i) determining the DIP genotype of the major DNA contributor in order to select suitable DIP primers for a specific amplification of the minor DNA contributor, ii) contacting said DNA samples to be analyzed with a set of primers selected from the group comprising a) a primer specific to the STR locus and a primer overlapping the short allele of the DIP locus (S-DIP), and/or b) a primer specific to the STR locus and a primer overlapping the long allele of the DIP locus (L-DIP), iii) amplifying the DNA samples to be analyzed, for each DIP-STR locus, with the L-DIP and STR primers when the major contributor is homozygous for the deletion, or with the S-DIP and STR primers when the major contributor is homozygous for the insertion, wherein resulting amplicons, when present, correspond to the DIP-STR haplotype of the minor contributor, iv) evaluating the amplified amplicons in the DNA samples to determine the haplotypes present at each of the loci analyzed in the set within the minor contributor and evaluating the match with the samples collected for comparison. i) determining the DIP genotype of the major DNA contributor in order to select suitable DIP primers for a specific amplification of the minor DNA contributor, ii) contacting said DNA samples to be analyzed with a set of primers selected from the group comprising a) a primer specific to the STR locus and a primer overlapping the short allele of the DIP locus (S-DIP), and/or b) a primer specific to the STR locus and a primer overlapping the long allele of the DIP locus (L-DIP), iii) amplifying the DNA samples to be analyzed, for each DIP-STR locus, with the L-DIP and STR primers when the major contributor is homozygous for the deletion, or with the S-DIP and STR primers when the major contributor is homozygous for the insertion, wherein resulting amplicons, when present, correspond to the DIP-STR haplotype of the minor contributor, iv) evaluating the amplified amplicons in the DNA samples to determine the haplotypes present at each of the loci analyzed in the set within the minor contributor and evaluating the match with the samples collected for comparison.
A method comprising: receiving one or more OFDM signal comprising plural blocks of OFDM subcarriers of a first type and plural blocks of OFDM subcarriers of a second type, wherein the frequencies of the subcarriers of each block of OFDM subcarriers of the first type are contiguous and wherein the plural blocks of subcarriers of the first type are distributed amongst the plural blocks of subcarriers of the second type; for each of the plural blocks of subcarriers of the first type, estimating inter-carrier interference components; estimating inter-carrier interference components for the subcarriers of the second type using the inter-carrier interference components estimated for the plural blocks of subcarriers of the first type; and compensating for inter-carrier interference in the plural blocks of subcarriers of the second type using the inter-carrier interference components estimated for the subcarriers of the second type, thereby to generate plural compensated blocks of subcarriers of the second type, wherein different weightings are applied to the compensated blocks of subcarrriers of the second type. receiving one or more OFDM signal comprising plural blocks of OFDM subcarriers of a first type and plural blocks of OFDM subcarriers of a second type, wherein the frequencies of the subcarriers of each block of OFDM subcarriers of the first type are contiguous and wherein the plural blocks of subcarriers of the first type are distributed amongst the plural blocks of subcarriers of the second type; for each of the plural blocks of subcarriers of the first type, estimating inter-carrier interference components; estimating inter-carrier interference components for the subcarriers of the second type using the inter-carrier interference components estimated for the plural blocks of subcarriers of the first type; and compensating for inter-carrier interference in the plural blocks of subcarriers of the second type using the inter-carrier interference components estimated for the subcarriers of the second type, thereby to generate plural compensated blocks of subcarriers of the second type, wherein different weightings are applied to the compensated blocks of subcarrriers of the second type.
A method of detecting hydrogen leakage from a power plant (10, 20, 21, 32) comprising an engine or motor and a tank arrangement (21, 32) configured to supply hydrogen to the engine or motor, the method comprising determining a rate of supply of hydrogen to the power plant (10, 20, 21, 32) ("the supply rate"); sensing temperature and pressure in the tank arrangement (21, 32); determining mass of hydrogen in the tank arrangement (21, 32) based upon the sensed temperature and pressure in the tank arrangement (21, 32) and upon a predetermined volume of the tank arrangement (21, 32); determining a rate of change of the determined mass of hydrogen in the tank arrangement (21, 32) ("the rate of mass change"); and comparing the supply rate with the rate of mass change to determine whether leakage is taking place. determining a rate of supply of hydrogen to the power plant (10, 20, 21, 32) ("the supply rate"); sensing temperature and pressure in the tank arrangement (21, 32); determining mass of hydrogen in the tank arrangement (21, 32) based upon the sensed temperature and pressure in the tank arrangement (21, 32) and upon a predetermined volume of the tank arrangement (21, 32); determining a rate of change of the determined mass of hydrogen in the tank arrangement (21, 32) ("the rate of mass change"); and comparing the supply rate with the rate of mass change to determine whether leakage is taking place.
A method for using an online system including a server, a home appliance and an external terminal, to enable online service related to the home appliance by using the external terminal, the method comprising the steps of: connecting the home appliance to the server for communication and registering by using user information and home appliance information; transmitting the user information to the server through the external terminal to log in the server; receiving the user information and home appliance information at the server in the step of log in, or receiving information on a particular home appliance of a plurality of home appliances at the server for requesting service for the particular home appliance after the step of log in; requesting state information on the home appliance to the server through the external terminal; determining, at the server, a home appliance that matches the user information and the home appliance information received at the server; after the server determines the home appliance that matches the user information and the home appliance information, the server transmitting a request for state information regarding the home appliance; the server receiving the state information from the home appliance and transmitting the state information to the external terminal; and receiving the state information and displaying the state information on the external terminal. connecting the home appliance to the server for communication and registering by using user information and home appliance information; transmitting the user information to the server through the external terminal to log in the server; receiving the user information and home appliance information at the server in the step of log in, or receiving information on a particular home appliance of a plurality of home appliances at the server for requesting service for the particular home appliance after the step of log in; requesting state information on the home appliance to the server through the external terminal; determining, at the server, a home appliance that matches the user information and the home appliance information received at the server; after the server determines the home appliance that matches the user information and the home appliance information, the server transmitting a request for state information regarding the home appliance; the server receiving the state information from the home appliance and transmitting the state information to the external terminal; and receiving the state information and displaying the state information on the external terminal.
A method for wireless communication by a user equipment, UE, comprising: transmitting a sounding reference signal, SRS, from the UE in proximity to a plurality of transmission points sharing a common physical cell identifier, PCI; receiving, from at least one of the transmission points, information regarding configuration for uplink coordinated multipoint, UL CoMP, operation, said configuration being decoupled from the PCI and comprising a grouping of cells determined based on the SRS from the UE. transmitting a sounding reference signal, SRS, from the UE in proximity to a plurality of transmission points sharing a common physical cell identifier, PCI; receiving, from at least one of the transmission points, information regarding configuration for uplink coordinated multipoint, UL CoMP, operation, said configuration being decoupled from the PCI and comprising a grouping of cells determined based on the SRS from the UE.
1. A crystal form of 1-[5-(2-fluorophenyl)-1-(pyridin-3-ylsulfonyl)-1 H- pyrrol-3-yl]- N -methylmethanamine fumarate, characterized in that its X-ray powder diffraction spectrum has characteristic peaks at 2θ ± 0.2°: 12.30, 13.59, 15.34, 18.67, 20.48, 21.69, 25.23, 26.92, wherein the X-ray powder diffraction spectrum is obtained by using CuK α1 radiation.
A method of communication at a gateway, the method comprising: obtaining a first key; obtaining a second key that is based on the first key and a parameter unique to a radio access network, RAN, node; provisioning the second key to the RAN node; obtaining a third key based on the second key and a parameter unique to a cellular device; and provisioning the third key to the cellular device in a secure non-access stratum, NAS, message, or an encrypted information element, IE, wherein the first key is unknown to the RAN node and the cellular device and known to the gateway. obtaining a first key; obtaining a second key that is based on the first key and a parameter unique to a radio access network, RAN, node; provisioning the second key to the RAN node; obtaining a third key based on the second key and a parameter unique to a cellular device; and provisioning the third key to the cellular device in a secure non-access stratum, NAS, message, or an encrypted information element, IE, wherein the first key is unknown to the RAN node and the cellular device and known to the gateway.
An exercise garment with a crotch part for covering at least a part of the lower body of a wearer, the exercise garment comprising: a main body portion formed from a material having stretchability; and a tightening portion having higher tightening force than the main body portion, wherein the tightening portion comprises a pair of right and left first tightening portions (11,11), (21,21), (31,31) respectively covering an approximately triangular region formed by the upper part of the hip, the lateral side of the lumbar region, and the vicinity of a position corresponding to the greater trochanter as the apex of the triangular region, on the right and left sides of the wearer; the first tightening portions (11,11), (21,21), (31,31) include plural partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) extending in the vertical direction and adjoining in the width direction; characterised in that each of the partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) has a direction of high stretchability (D1-D3, (D4-D5) (D6-D8), wherein the partitioned tightening portions are formed such that the directions of high stretchability in the respective partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) approach closer to one another toward the lower side; and partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) are adjoined by a seam line or seam lines (L11a,L11b). a main body portion formed from a material having stretchability; and a tightening portion having higher tightening force than the main body portion, wherein the tightening portion comprises a pair of right and left first tightening portions (11,11), (21,21), (31,31) respectively covering an approximately triangular region formed by the upper part of the hip, the lateral side of the lumbar region, and the vicinity of a position corresponding to the greater trochanter as the apex of the triangular region, on the right and left sides of the wearer; the first tightening portions (11,11), (21,21), (31,31) include plural partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) extending in the vertical direction and adjoining in the width direction; characterised in that each of the partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) has a direction of high stretchability (D1-D3, (D4-D5) (D6-D8), wherein the partitioned tightening portions are formed such that the directions of high stretchability in the respective partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) approach closer to one another toward the lower side; and partitioned tightening portions (11a-11c), (21a-21b), (31a-31c) are adjoined by a seam line or seam lines (L11a,L11b).
A fuelling installation for fuelling a mobile machine with gaseous or liquid fuels, wherein the mobile machine comprises a device for performing mechanical work and/or for producing electrical energy that obtains the energy necessary for operation from the oxidation of carbonaceous fuels into a product gas consisting essentially of carbon dioxide and water, characterised by means for the removal of compressed gases, in particular carbon dioxide, from a storage means of the mobile machine.
An electric power tool comprising: a tool; a main body supporting the tool; an electric motor disposed in the main body to drive the tool; a power supply circuit electrically connected to the electric motor to supply electric power to the electric motor; a movable hand guard supported by the main body; a detector disposed in the main body to detect a movement of the movable hand guard and connected to a first switch via a signal line, wherein the first switch is disposed in the power supply circuit to electrically open and close the power supply circuit and configured to electrically open the power supply circuit when the detector detects the movement of the movable hand guard. a tool; a main body supporting the tool; an electric motor disposed in the main body to drive the tool; a power supply circuit electrically connected to the electric motor to supply electric power to the electric motor; a movable hand guard supported by the main body; a detector disposed in the main body to detect a movement of the movable hand guard and connected to a first switch via a signal line, wherein the first switch is disposed in the power supply circuit to electrically open and close the power supply circuit and configured to electrically open the power supply circuit when the detector detects the movement of the movable hand guard.
A communications device for communicating data via a mobile radio network that provides a wireless access interface which includes a random access communications channel for uplink transmission of a burst of signals, the communications device comprising a transmitter and receiver unit for communicating data to and/or from a mobile radio network via a wireless access interface, and a module for storing information which identifies the communications device to the mobile radio network, the information stored in the module including the same common identifier as that provided to each of an associated group of communications devices, the common identifier being used to establish a communications sessions which communications sessions can be used to communicate data to or from any of the associated communications devices, the communications device being further characterized by being adapted to be provided with a unique one of a set of predefined sequences of data for use in forming the random access burst for transmission in the random access channel of the wireless access interface, wherein the transmit and receive unit is arranged to transmit a random access burst in the random access communications channel in accordance with a predetermined arrangement, the predetermined arrangement allocating a time to the communications device with respect to the other communications devices of the group, when the transmitter and receiver unit can transmit the random access burst in the random access communications channel, the random access burst of signals includes data representing a request for uplink resources, and to receive, following the transmission of the random access burst, a signalling message granting uplink resources to the communications device, which is identified using the same unique predefined sequence used to form the random access burst transmitted by the communications device.