mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a first network node, mapping information from at least one second network node, wherein the mapping information indicates restrictions with respect to antenna ports to be used for measurements on each of one or more channel-state-information-reference-signal resources transmitted by the at least one second network node; transmitting a message to a user equipment, wherein the message configures the user equipment to measure channel-state-information-reference-signal-received-power from at least one of said one or more channel-state-information-reference-signal resources, wherein transmitting the message further comprises indicating, to the user equipment, the restrictions with respect to antenna ports to be used for the measurements, wherein the restrictions define that only a subset of antenna ports associated with the at least one of said one or more channel-state-information-reference-signal resources must be measured by the user equipment for the channel-state-information-reference-signal-received-power; and receiving a reporting from the user equipment, wherein the reporting includes measurement results based on the message. receiving, by a first network node, mapping information from at least one second network node, wherein the mapping information indicates restrictions with respect to antenna ports to be used for measurements on each of one or more channel-state-information-reference-signal resources transmitted by the at least one second network node; transmitting a message to a user equipment, wherein the message configures the user equipment to measure channel-state-information-reference-signal-received-power from at least one of said one or more channel-state-information-reference-signal resources, wherein transmitting the message further comprises indicating, to the user equipment, the restrictions with respect to antenna ports to be used for the measurements, wherein the restrictions define that only a subset of antenna ports associated with the at least one of said one or more channel-state-information-reference-signal resources must be measured by the user equipment for the channel-state-information-reference-signal-received-power; and receiving a reporting from the user equipment, wherein the reporting includes measurement results based on the message.
A frame structure of a saddle riding type vehicle in which a front wheel suspension device is arranged in front of a power unit, the frame structure comprising: a main frame body configured to support the power unit and the front wheel suspension device; and a steering post configured to support a steering shaft at above of the main frame body, wherein the steering post includes a rotating support member configured to rotatably support the steering shaft, and a plurality of column members (15, 16) that extend downward from the rotating support member and that are fixed to the main frame body, characterised in that the steering post is detachable with respect to the main frame body. a main frame body configured to support the power unit and the front wheel suspension device; and a steering post configured to support a steering shaft at above of the main frame body, wherein the steering post includes a rotating support member configured to rotatably support the steering shaft, and a plurality of column members (15, 16) that extend downward from the rotating support member and that are fixed to the main frame body, characterised in that the steering post is detachable with respect to the main frame body.
- Intelligent cutlery for guiding the user in its feeding speed made by the assembly of a cutlery head of a cutlery handle mechanically assembled with a protective housing of an electronic card, the electronic card comprises two power supply terminals (B +, B-) and a Minus contact pad which is directly connected to the Minus power supply terminal (B-) of the circuit, a Plus contact pad connected through the core circuit to the terminal (B +), contact springs (21, 22) respectively make contact between the cutlery head and the Plus contact pad and between the cutlery handle and the Minus contact pad characterized in that the protective housing is sealed by a tamper-evident closure, the power supply is housed in the protective housing and is a rechargeable super capacity, the cutlery is rechargeable in a case by positioning by means of a timing circuit in contact the cutlery head with the Plus terminal of an external power supply and the cutlery handle with the Minus terminal of this external power supply.
An improved method of extracting a compound from Geum japonicum having the formula and having at least 98% (a/a) HPLC purity at 210 nm, comprising the steps of precipitating and filtering an methanolic/water solution of Geum japonicum to remove of unwanted solids, phase separative extracting the methanol/water solution with dichloromethane and TBME, and extracting with n-butanol.
A method of producing a multiple focus stack image of a target, the stack image comprising a plurality of images of at least a same area of the target, each image having a distinguished focus position or range of focus positions, the method comprising: causing relative scanning movement between the target and an array of light detectors, the array being used to repeatedly receive image information from the target during the scan in the form of scan lines; and, causing a relative focus between the target and the array to be modified between said focus positions or ranges of focus positions of the respective images during the scan so as to obtain scan lines corresponding to each focus position or range of focus positions during the scan, thereby obtaining the images in the stack; wherein each image is formed from the image information obtained as scan lines at the respective focus position or range of focus positions during the scan, and wherein the multiple focus stack image is obtained within a single scan of the target. causing relative scanning movement between the target and an array of light detectors, the array being used to repeatedly receive image information from the target during the scan in the form of scan lines; and, causing a relative focus between the target and the array to be modified between said focus positions or ranges of focus positions of the respective images during the scan so as to obtain scan lines corresponding to each focus position or range of focus positions during the scan, thereby obtaining the images in the stack; wherein each image is formed from the image information obtained as scan lines at the respective focus position or range of focus positions during the scan, and wherein the multiple focus stack image is obtained within a single scan of the target.
Coil arrangement for use in an inductive charging device, comprising: - a primary coil unit having a first number of primary windings arranged in a primary plane and wound around a common primary central area forming a single primary coil, - a secondary coil unit having a second number of secondary windings substantially arranged in a secondary plane and wound around a common secondary central area forming a single secondary coil, wherein said primary plane and said secondary plane are arranged substantially in parallel, wherein said primary coil unit and said secondary coil unit are of a different size, and wherein said primary coil unit and said secondary coil unit are movable relative to each other, characterized in that at least one of said primary windings has an opposite winding direction than the other primary windings and/or at least one of said secondary windings has an opposite winding direction than the other secondary windings. - a primary coil unit having a first number of primary windings arranged in a primary plane and wound around a common primary central area forming a single primary coil, - a secondary coil unit having a second number of secondary windings substantially arranged in a secondary plane and wound around a common secondary central area forming a single secondary coil,
A water and seafood flow distributor arrangement for routing said water and seafood from a first location to a selected one of a plurality of second locations, said flow distributor arrangement comprising: a first pipe and a second bent pipe, and a mass mover, said first and second pipes (5, 5') being in communication with one another at a first respective end (8, 8') via said mass mover, said second bent pipe being rotatable about an axis of said first end, said rotation displacing a second end of said second bent pipe along a circle; said flow distributor arrangement further comprising at least one first conduit being in communication with said first location, and a plurality of second conduits being in communication with a respective one of said second plurality of locations, said second conduits having respective ends that are arranged along said circle described by said second end of said second bent pipe, said second bent pipe being connectable to a respective selected one of said second conduits when said second end of said second bent pipe is aligned with a selected second conduit end, characterized in that said mass mover is a pump of the coil pump type, having at least one conduit extending in a helical shape from an inlet to an outlet end.
Turning device and an apparatus, spatially fixed therewith, for introducing an optical lens into the turning device, wherein the optical lens has a centre of gravity, wherein the apparatus comprises a carrier body and a carrier element for receiving the optical lens, wherein the carrier body is configured to receive the carrier element, wherein the carrier element has a supporting surface for receiving the optical lens, and wherein the carrier body furthermore has at least one support for the turning device, wherein the carrier element is mounted displaceably in relation to the carrier body, the carrier element further is mounted displaceably in relation to the support, characterized in that the apparatus is configured to bring the centre of gravity of the optical lens in line with an axis of rotation, about which the turning device is rotatably mounted.
A fuel tank for an aircraft, inside the tank there being provided a fuel measurement sensor, the fuel measurement sensor being connected to an electric signal carrying conductor to facilitate connection to a control circuit, wherein the fuel measurement sensor and conductor are grounded to a common line, characterised in that the common line is connected to a high impedance discharge path allowing connection of the common line, via the high impedance discharge path, to the common ground circuit of an aircraft, the high impedance discharge path thus facilitating the safe discharge of electricity from within the fuel tank.
A cleaning agent composition for cleaning a flow channel for resin in a hot runner type mold, comprising: 100 parts by weight of a polyolefin-based resin; 1 part by weight to 20 parts by weight of at least one type of fatty acid ester that is selected from glycerin fatty acid ester, polyglycerin fatty acid ester, or sorbitan fatty acid ester; and 1 part by weight to 15 parts by weight of a metal salt of a hydroxyfatty acid. 100 parts by weight of a polyolefin-based resin; 1 part by weight to 20 parts by weight of at least one type of fatty acid ester that is selected from glycerin fatty acid ester, polyglycerin fatty acid ester, or sorbitan fatty acid ester; and 1 part by weight to 15 parts by weight of a metal salt of a hydroxyfatty acid.
A vibration module for a sound transducer, comprising: a substrate having a central seating portion and a lateral seating portion, an electrical connection portion where lead-out lines (24a, 24b) of a voice coil are attached for applying electrical signals to the voice coil being provided on the central seating portion and a terminal being provided on the lateral seating portion, said terminal being electrically connected to said lead-out lines and said terminal allowing electrical connection to external equipment; a first diaphragm attached to the central seating portion and the lateral seating portion of the substrate; and the voice coil mounted on the central seating portion of the substrate with a predetermined distance from the first diaphragm and electrically connected to the electrical connection portion. characterized in that the central seating portion is formed around a perforation of the substrate, and a second diaphragm is attached over the central seating portion of the substrate. wherein an extension portion with the electrical connection portion formed thereon is provided on the inside of the perforation of the substrate. a substrate having a central seating portion and a lateral seating portion, an electrical connection portion where lead-out lines (24a, 24b) of a voice coil are attached for applying electrical signals to the voice coil being provided on the central seating portion and a terminal being provided on the lateral seating portion, said terminal being electrically connected to said lead-out lines and said terminal allowing electrical connection to external equipment; a first diaphragm attached to the central seating portion and the lateral seating portion of the substrate; and the voice coil mounted on the central seating portion of the substrate with a predetermined distance from the first diaphragm and electrically connected to the electrical connection portion. characterized in that the central seating portion is formed around a perforation of the substrate, and a second diaphragm is attached over the central seating portion of the substrate. wherein an extension portion with the electrical connection portion formed thereon is provided on the inside of the perforation of the substrate.
A method for creating a data link comprising: • providing a signal modulated using pulse key modulation; • encoding a data stream into the provided modulated signal to create an overlay-modulated signal, wherein • the provided modulated signal is phase shifted at two predetermined time intervals within a bit sub-interval of the provided modulated signal by a respective first and second predetermined delta phase amount to represent a particular symbol by a predefined symbol-phase relationship; and • when added together the respective first and second predetermined delta phase amounts cancel to produce a net zero phase shift; • transmitting the overlay-modulated signal through a transmitter; • receiving the overlay-modulated signal in a receiver; and • demodulating the overlay-modulated signal, wherein the predefined symbol-phase relationship is used to extract the data stream. • providing a signal modulated using pulse key modulation; • encoding a data stream into the provided modulated signal to create an overlay-modulated signal, wherein • the provided modulated signal is phase shifted at two predetermined time intervals within a bit sub-interval of the provided modulated signal by a respective first and second predetermined delta phase amount to represent a particular symbol by a predefined symbol-phase relationship; and • when added together the respective first and second predetermined delta phase amounts cancel to produce a net zero phase shift; • the provided modulated signal is phase shifted at two predetermined time intervals within a bit sub-interval of the provided modulated signal by a respective first and second predetermined delta phase amount to represent a particular symbol by a predefined symbol-phase relationship; and • when added together the respective first and second predetermined delta phase amounts cancel to produce a net zero phase shift; • transmitting the overlay-modulated signal through a transmitter; • receiving the overlay-modulated signal in a receiver; and • demodulating the overlay-modulated signal, wherein the predefined symbol-phase relationship is used to extract the data stream.
A wheel frame of a driving wheel of a wheelchair, the wheel frame comprising: a cylindrical hub into which an axle extending from a cage of the wheelchair is inserted, wherein the cylindrical hub is rotatably attached to the axle; a six-axis force sensor having an insertion hole (16e1) into which the hub is inserted; and a first support member to which a hand rim of the wheelchair is attached, the first support member extending outward in a radial direction from a load input section (16e2) of the six-axis force sensor. a cylindrical hub into which an axle extending from a cage of the wheelchair is inserted, wherein the cylindrical hub is rotatably attached to the axle; a six-axis force sensor having an insertion hole (16e1) into which the hub is inserted; and a first support member to which a hand rim of the wheelchair is attached, the first support member extending outward in a radial direction from a load input section (16e2) of the six-axis force sensor.
A method for determining a derived geographic location of a target Internet host, the method including: identifying a plurality of landmark Internet hosts communicatively coupled with each other and with the target Internet host by a packet-switched network; transmitting first probe packets to the target Internet host and to each of the plurality of landmark Internet hosts; measuring first network latencies of the first probe packets transmitted to the target Internet host and to each of the plurality of landmark Internet hosts along different network pathways in the network; and calculating relative distances between the target Internet host and one or more of the landmark Internet hosts based on the first network latencies; comparing the relative distances to identify the landmark Internet host that is geographically closer to the target Internet host than one or more other landmark Internet hosts based on the relative distances; and determining the derived geographic location of the target Internet host based on a geographic location of the landmark Internet host that is geographically closer to the target Internet host. identifying a plurality of landmark Internet hosts communicatively coupled with each other and with the target Internet host by a packet-switched network; transmitting first probe packets to the target Internet host and to each of the plurality of landmark Internet hosts; measuring first network latencies of the first probe packets transmitted to the target Internet host and to each of the plurality of landmark Internet hosts along different network pathways in the network; and calculating relative distances between the target Internet host and one or more of the landmark Internet hosts based on the first network latencies; comparing the relative distances to identify the landmark Internet host that is geographically closer to the target Internet host than one or more other landmark Internet hosts based on the relative distances; and determining the derived geographic location of the target Internet host based on a geographic location of the landmark Internet host that is geographically closer to the target Internet host.
A method of a system comprising a processor and a memory storing a program code which is executed by the processor to perform the method, the method comprising: determining a point of interest, POI, of which location is within a predetermined distance from a location of a wireless access point, WAP, from among POIs included in a point of interest data, based on information on locations of the POIs which is stored in the POI data; determining whether a name of the determined POI matches a network name of the WAP; and based on determining that the name of the determined POI matches the network name of the WAP, updating the POI data by changing the location of the determined POI to the location of the WAP determining a point of interest, POI, of which location is within a predetermined distance from a location of a wireless access point, WAP, from among POIs included in a point of interest data, based on information on locations of the POIs which is stored in the POI data; determining whether a name of the determined POI matches a network name of the WAP; and based on determining that the name of the determined POI matches the network name of the WAP, updating the POI data by changing the location of the determined POI to the location of the WAP
A driving assist method using a controller that sets a target inter-vehicular distance from a host vehicle to a preceding vehicle traveling immediately in front of the host vehicle, comprising: determining whether there is a request to execute a correction of a host vehicle position set on map data, based on a result of comparing information of a target described on the map data with information of the target acquired by using an on-board sensor installed in the host vehicle; setting the target inter-vehicular distance to a preset first target inter-vehicular distance upon determining the execution request has not been made; and determining, after determining that the execution request has been made, whether there is traffic congestion in a lane in which the host vehicle is traveling, and upon determining that there is traffic congestion, setting the target inter-vehicular distance to a second target inter-vehicular distance, which is longer than the first target inter-vehicular distance, upon determining the execution request has been made. determining whether there is a request to execute a correction of a host vehicle position set on map data, based on a result of comparing information of a target described on the map data with information of the target acquired by using an on-board sensor installed in the host vehicle; setting the target inter-vehicular distance to a preset first target inter-vehicular distance upon determining the execution request has not been made; and determining, after determining that the execution request has been made, whether there is traffic congestion in a lane in which the host vehicle is traveling, and upon determining that there is traffic congestion, setting the target inter-vehicular distance to a second target inter-vehicular distance, which is longer than the first target inter-vehicular distance, upon determining the execution request has been made.
A check valve comprising: a circular check valve flange circumscribing a central axis and defining an outer perimeter of the check valve; a first tab extending radially outward from the check valve flange and having a first circumferential width and a first radial length; and a second tab extending radially outward from the check valve flange and having a second circumferential width and a second radial length, wherein the first circumferential width is different than the second circumferential width and wherein the first tab and the second tab are disposed about the check valve flange at an angle other than 180 degrees apart, characterized in that the first radial length is greater than the second radial length. a circular check valve flange circumscribing a central axis and defining an outer perimeter of the check valve; a first tab extending radially outward from the check valve flange and having a first circumferential width and a first radial length; and a second tab extending radially outward from the check valve flange and having a second circumferential width and a second radial length, wherein the first circumferential width is different than the second circumferential width and wherein the first tab and the second tab are disposed about the check valve flange at an angle other than 180 degrees apart, characterized in that the first radial length is greater than the second radial length.