mhurhangee/ep-ind-claims huggingface dataset:
A mobile station that is configured to facilitate coordination of supplementary services in a centralized fashion, comprising: circuit-switched, CS, domain components that are configured to place voice telephone calls in a CS domain; and IP multimedia subsystem, IMS, components that are configured to place voice telephone calls in an IMS domain, the IMS components comprising: a transport component for facilitating communication with an IMS core network; and a signaling component that is configured to exchange information with a centralized server on the IMS core network via the transport component, wherein at least some of the information that is exchanged with the centralized server is related to supplementary services for the voice telephone calls in the CS domain as well as the voice telephone calls in the IMS domain; wherein the signaling component is configured to send a signaling message to the centralized server, and wherein the signaling message comprises: a service identifier field that identifies a supplementary service to be invoked; data that is specific to the invoked supplementary service; and a field that indicates continuation of dialogue to exchange further data that is specific to the invoked supplementary service. circuit-switched, CS, domain components that are configured to place voice telephone calls in a CS domain; and IP multimedia subsystem, IMS, components that are configured to place voice telephone calls in an IMS domain, the IMS components comprising: a transport component for facilitating communication with an IMS core network; and a signaling component that is configured to exchange information with a centralized server on the IMS core network via the transport component, wherein at least some of the information that is exchanged with the centralized server is related to supplementary services for the voice telephone calls in the CS domain as well as the voice telephone calls in the IMS domain; a transport component for facilitating communication with an IMS core network; and a signaling component that is configured to exchange information with a centralized server on the IMS core network via the transport component, wherein at least some of the information that is exchanged with the centralized server is related to supplementary services for the voice telephone calls in the CS domain as well as the voice telephone calls in the IMS domain; wherein the signaling component is configured to send a signaling message to the centralized server, and wherein the signaling message comprises: a service identifier field that identifies a supplementary service to be invoked; data that is specific to the invoked supplementary service; and a field that indicates continuation of dialogue to exchange further data that is specific to the invoked supplementary service. a service identifier field that identifies a supplementary service to be invoked; data that is specific to the invoked supplementary service; and a field that indicates continuation of dialogue to exchange further data that is specific to the invoked supplementary service.
A bearing (300; 400; 500), comprising: a housing (350; 450; 550) having a first opening therethrough; a first member (330; 430; 530) disposed within the first opening and having a second opening therethrough, the first member having at least one substantially curved surface; a sliding element bearing (340, 440, 540) disposed between the housing (350; 450; 550) and the first member (330; 450; 550); and an elastomeric bearing (320; 420; 520) having a third opening therethrough, characterized in that the elastomeric bearing (320, 420, 520) is disposed within the second opening and is configured to receive a shaft (200, 112b). a housing (350; 450; 550) having a first opening therethrough; a first member (330; 430; 530) disposed within the first opening and having a second opening therethrough, the first member having at least one substantially curved surface; a sliding element bearing (340, 440, 540) disposed between the housing (350; 450; 550) and the first member (330; 450; 550); and an elastomeric bearing (320; 420; 520) having a third opening therethrough, characterized in that the elastomeric bearing (320, 420, 520) is disposed within the second opening and is configured to receive a shaft (200, 112b).
A method for modulating data for optical communication, comprising: encoding the data using a forward error correction encoder to produce encoded data; encoding the encoded data using a block encoder to produce block encoded data such that Hamming distances between constellation points that represent the block encoded data are increased, mapping the block encoded data to produce mapped data such that Euclidian distances between the constellation points are increased; and modulating, in a transmitter, the mapped data to a modulated signal for an optical channel, characterized in that the block encoder uses a near-perfect code, wherein the near-perfect code is an extended Golay code for a 24-dimensional hypercube or, a single-parity-check code having a length of 8 bits for an 8D hypercube lattice, and wherein the signal is transmitted over a 4D optical channel, wherein in-phase, quadrature-phase, polarization and time are the orthogonal dimensions. encoding the data using a forward error correction encoder to produce encoded data; encoding the encoded data using a block encoder to produce block encoded data such that Hamming distances between constellation points that represent the block encoded data are increased, mapping the block encoded data to produce mapped data such that Euclidian distances between the constellation points are increased; and modulating, in a transmitter, the mapped data to a modulated signal for an optical channel, characterized in that the block encoder uses a near-perfect code, wherein the near-perfect code is an extended Golay code for a 24-dimensional hypercube or, a single-parity-check code having a length of 8 bits for an 8D hypercube lattice, and wherein the signal is transmitted over a 4D optical channel, wherein in-phase, quadrature-phase, polarization and time are the orthogonal dimensions.
A laminated glass comprising: a pair of glass plates facing each other; and an intermediate film sandwiched between the pair of glass plates, including alternately laminated at least one skin layer and two or more core layers, wherein the skin layer has a glass transition point of 15°C or higher, and each of the core layers has a glass transition point of less than 15°C, and a ratio of a mass of the intermediate film with respect to a total mass of the intermediate film and the pair of glass plates is 14 mass% or more. a pair of glass plates facing each other; and an intermediate film sandwiched between the pair of glass plates, including alternately laminated at least one skin layer and two or more core layers, wherein the skin layer has a glass transition point of 15°C or higher, and each of the core layers has a glass transition point of less than 15°C, and a ratio of a mass of the intermediate film with respect to a total mass of the intermediate film and the pair of glass plates is 14 mass% or more.
A medical, in particular, dental handpiece (1, 1A) for dispensing filling material on human or animal tissue or on prostheses for human or animal tissue with a connection device for a container holding filling material, a vibration unit for the generation and transmission of vibrations on the filling material, a conveying device (4, 4') for conveying the filling material from the container, wherein the vibration unit comprises a vibration exciter and a sonotrode, characterized in that for conveying the filling material from the filling material container the sonotrode and the connection device are shiftable relative to each other through the conveying device (4, 4').
A method for rendering light field images of a 3D scene in a head-mounted display, HMD, using an integral-imaging-based light field display, comprising: providing integral imaging, Inl, optics including a microdisplay, the Inl optics having a central depth plane, CDP, associated therewith, the Inl optics including a microlens array of lenslets; providing an eyepiece in optical communication with the InI optics, the eyepiece and the Inl optics together providing InI-HMD optics; sampling the 3D scene using a simulated virtual array of cameras so that each camera captures a respective portion of the 3D scene to create a plurality of elemental images, the elemental images collectively comprising image data for display on the microdisplay, wherein the step of sampling the 3D scene comprises positioning each virtual camera such that each virtual camera location corresponds to the intersection of the chief ray of a corresponding lenslet of the microlens array with an exit pupil of the InI-HMD optics, wherein each simulated virtual camera's optical axis matches the chief ray direction of a corresponding lenslet seen through the InI-HMD optics; and displaying the image data on the microdisplay. providing integral imaging, Inl, optics including a microdisplay, the Inl optics having a central depth plane, CDP, associated therewith, the Inl optics including a microlens array of lenslets; providing an eyepiece in optical communication with the InI optics, the eyepiece and the Inl optics together providing InI-HMD optics; sampling the 3D scene using a simulated virtual array of cameras so that each camera captures a respective portion of the 3D scene to create a plurality of elemental images, the elemental images collectively comprising image data for display on the microdisplay, wherein the step of sampling the 3D scene comprises positioning each virtual camera such that each virtual camera location corresponds to the intersection of the chief ray of a corresponding lenslet of the microlens array with an exit pupil of the InI-HMD optics, wherein each simulated virtual camera's optical axis matches the chief ray direction of a corresponding lenslet seen through the InI-HMD optics; and displaying the image data on the microdisplay.
An electroactive optical device comprising: (a) an optical substrate having two opposing surfaces; (b) at least two electrodes spaced one from the other and disposed on at least one surface of the substrate; (c) an alignment facility (d) at least one electroactive material layer in contact with the at least two electrodes (b) and the surface(s) of the substrate (a) upon which the electrodes are disposed, wherein the electroactive optical device has variable light transmittance in response to the magnitude of an applied electrical voltage, characterised in that the at least one electroactive material layer is in the form of a polymeric coating layer or a gel layer, and in that the electroactive material layer comprises a mixture of an electrochromic material and a dichroic material which is at least partially aligned to effectuate a net linear polarisation of light. (a) an optical substrate having two opposing surfaces; (b) at least two electrodes spaced one from the other and disposed on at least one surface of the substrate; (c) an alignment facility (d) at least one electroactive material layer in contact with the at least two electrodes (b) and the surface(s) of the substrate (a) upon which the electrodes are disposed,
A device for cutting hair using a laser beam, having a laser beam generator and a polarisation controller configured to polarise the laser beam and substantially align that polarisation with a longitudinal axis of a hair to be cut.
Winding for a rotating electrical machine, said machine comprising an inductor, an iron core, and an air gap in between, said winding comprising a flexible PCB having a plurality of conductors on a first surface and a plurality of conductors on a second surface of a substrate, said conductors (60, 61) being tracks printed on said PCB, a conductor of the first surface being connected through a via to a conductor of the second surface so as to form a turn, said PCB, when the PCB is in a flat configuration, having an height and a length, such that when rolled up one or more times, in one or more layers, along the length, it is adapted for inserting into said air gap in an axial direction, characterized in that, when the PCB is in a flat configuration, a conductor (60, 61) has a shape extending from a bottom height of said flexible PCB to a top height of said PCB in an axial direction, along a continuous curve or a number n of rectilinear segments, n being larger than 3.
A pilot signal sending method, comprising: establishing a first 1 to 1 correspondence between a carrier identifier among different carrier identifiers and a pilot pattern among pilot patterns of a first type of pilot signal, wherein the first type of pilot signal is used to control a terminal to perform channel measurement, and said pilot patterns that are of the first type of pilot signal and that are corresponding to said different carrier identifiers are orthogonal; establishing a second 1 to 1 correspondence between the carrier identifier and a resource block set allocated in a carrier to the carrier identifier, wherein the resource block set comprises multiple resource blocks that are continuous both in a time domain and in a frequency domain; acquiring a target carrier identifier of a target carrier, wherein the target carrier is configured to map the first type of pilot signal; determining, according to the second correspondence, a location of a target resource block set corresponding to the target carrier identifier; determining, according to the first correspondence, a target pilot pattern that is of the first type of pilot signal and that is corresponding to the target carrier identifier; mapping, according to the target pilot pattern, the first type of pilot signal corresponding to the target carrier identifier to each resource block in the target resource block set on the target carrier; sending the first correspondence and the second correspondence to the terminal; and sending, to the terminal, the target carrier to which the first type of pilot signal is mapped. establishing a first 1 to 1 correspondence between a carrier identifier among different carrier identifiers and a pilot pattern among pilot patterns of a first type of pilot signal, wherein the first type of pilot signal is used to control a terminal to perform channel measurement, and said pilot patterns that are of the first type of pilot signal and that are corresponding to said different carrier identifiers are orthogonal; establishing a second 1 to 1 correspondence between the carrier identifier and a resource block set allocated in a carrier to the carrier identifier, wherein the resource block set comprises multiple resource blocks that are continuous both in a time domain and in a frequency domain; acquiring a target carrier identifier of a target carrier, wherein the target carrier is configured to map the first type of pilot signal; determining, according to the second correspondence, a location of a target resource block set corresponding to the target carrier identifier; determining, according to the first correspondence, a target pilot pattern that is of the first type of pilot signal and that is corresponding to the target carrier identifier; mapping, according to the target pilot pattern, the first type of pilot signal corresponding to the target carrier identifier to each resource block in the target resource block set on the target carrier; sending the first correspondence and the second correspondence to the terminal; and sending, to the terminal, the target carrier to which the first type of pilot signal is mapped.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, a radio resource control, RRC, message including a first scheduling request, SR, resource configuration for a first transmission type and a second SR resource configuration for a second transmission type, wherein the first transmission type is associated with a first transmission time interval, TTI, and the second transmission type is associated with a second TTI; and receiving, from the terminal, the SR on an SR resource, wherein the SR resource is one of the first SR resource configuration for the first transmission type or the second SR resource configuration for the second transmission type in the RRC message, wherein a length of the first TTI is smaller than a length of the second TTI. transmitting, to a terminal, a radio resource control, RRC, message including a first scheduling request, SR, resource configuration for a first transmission type and a second SR resource configuration for a second transmission type, wherein the first transmission type is associated with a first transmission time interval, TTI, and the second transmission type is associated with a second TTI; and receiving, from the terminal, the SR on an SR resource, wherein the SR resource is one of the first SR resource configuration for the first transmission type or the second SR resource configuration for the second transmission type in the RRC message, wherein a length of the first TTI is smaller than a length of the second TTI.
Method of providing station information in a single FM tuner system, comprising: receiving radio data system, RDS, data / radio broadcast data system, RBDS, data by the single FM tuner system; extracting frequency information regarding receivable stations from the received RDS/RBDS data; and extracting additional information regarding the receivable stations from the program type, PTY, information field of the received RDS/RBDS data and/or from the program identification, PI, information field of the RDS/RBDS data; displaying a list of the receivable frequencies, wherein the list in particular includes one or more receivable frequencies; characterized by displaying the additional information regarding the receivable stations in correspondence with the respective receivable frequencies in the list; selecting a station based on the additional information by a user of the single FM tuner system; replacing the additional information with the program service name, PS name, of the selected station when the corresponding RDS/RBDS data has been received. receiving radio data system, RDS, data / radio broadcast data system, RBDS, data by the single FM tuner system; extracting frequency information regarding receivable stations from the received RDS/RBDS data; and extracting additional information regarding the receivable stations from the program type, PTY, information field of the received RDS/RBDS data and/or from the program identification, PI, information field of the RDS/RBDS data; displaying a list of the receivable frequencies, wherein the list in particular includes one or more receivable frequencies; characterized by displaying the additional information regarding the receivable stations in correspondence with the respective receivable frequencies in the list; selecting a station based on the additional information by a user of the single FM tuner system; replacing the additional information with the program service name, PS name, of the selected station when the corresponding RDS/RBDS data has been received.
An anti-skid device for a vehicle wheel, comprising: i) -a ring designed to abut a lateral portion of a wheel of a vehicle; ii) -a first section of an anti-skid chain, a part of which is designed to overlap a tread of a tyre at least partially; iii) -fastening means for fastening said first section of chain to said ring; said fastening means comprising a body made as a single piece comprising: - a first connection portion for connection to said ring; - a second connection portion in which an end link of said first section of chain is engaged; the first and second portions (51, 52) defining, respectively, a first seat that receives one part of said ring and a second seat that is distinguished from the first seat and receives one part of said end link of the first section of chain; said second connection portion comprises an edge that is folded so as to define a channel for passage of said end link of the first section of the chain; the device being characterised in that one end of said edge being welded to remaining parts of the body over which said edge is folded. i) -a ring designed to abut a lateral portion of a wheel of a vehicle; ii) -a first section of an anti-skid chain, a part of which is designed to overlap a tread of a tyre at least partially; iii) -fastening means for fastening said first section of chain to said ring; - a first connection portion for connection to said ring; - a second connection portion in which an end link of said first section of chain is engaged;
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, an indication of a UE-specific resource block, RB, set configuration, the RB set configuration associated with one or more RB sets comprising control resources for the UE within one or more radio frequency, RF, bands; performing rate matching around a first portion of the one or more RB sets that comprises a shortened physical downlink control channel, sPDCCH, based at least in part on a the control overhead assumption that a second portion of the one or more RB sets is available for data transmissions, the first portion being different from the second portion; calculating channel state information, CSI, based at least in part on the RB set configuration; and transmitting a CSI report comprising the calculated CSI to the base station. receiving, from a base station, an indication of a UE-specific resource block, RB, set configuration, the RB set configuration associated with one or more RB sets comprising control resources for the UE within one or more radio frequency, RF, bands; performing rate matching around a first portion of the one or more RB sets that comprises a shortened physical downlink control channel, sPDCCH, based at least in part on a the control overhead assumption that a second portion of the one or more RB sets is available for data transmissions, the first portion being different from the second portion; calculating channel state information, CSI, based at least in part on the RB set configuration; and transmitting a CSI report comprising the calculated CSI to the base station.
A gas burner for a domestic cooktop, of the type comprising a burner cup suitable to be fixed to said cooktop and provided with at least part of the structure for at least one primary-air gas mixer, a burner body that may be joined to said burner cup, said burner body comprising at least part of the structure for at least one primary air-gas mixture delivery chamber, and a burner cover that may be joined to said burner body to complete said at least one primary-air gas mixture delivery chamber, as well as at least one flame-spreader (12; 13) that is made in one piece with said burner cover, wherein said burner cover and said at least one flame-spreader (12; 13) are made in a steel, or iron, or an iron- alloy, sheet, characterized in that said at least one primary air-gas mixer is an axial Venturi tube made in said burner cup, said burner body comprising at least one transit opening fluidly connecting the outflow section of said axial Venturi tube to said primary-air gas mixture delivery chamber and in that the gas burner further comprises centering means (15, 16) for placing in a proper position said burner cover with said at least one flame-spreader (12; 13) having regard to said burner body, said at least one flame-spreader (12; 13) comprising holes and/or slits made in correspondence, or proximate, to said transit opening having outflow area lesser that the outflow area of the other holes and/or slits made far away from said transit opening.
A breech chamber cleaning tool (20, 66, 112) having a bar (22, 40, 54) angled so as to form at one end a handle for gripping the tool by hand, and at the other end a head (26, 116) for scraping a breech chamber, characterised in that the breech chamber cleaning tool bar is cranked between the handle and the head so as to ease positioning of the head (26, 116) within a breech chamber.