mhurhangee/ep-ind-claims huggingface dataset:
A radio broadcast receiver, comprising an electric circuit having at least one transformer device forming part of a band pass filter circuit (210, 212, 220, 230), wherein the at least one transformer device comprises a pair of mutually coupled inductor coils formed as printed circuit board tracks, characterized in that the coils comprise interleaved spirals formed on one side of the printed circuit board, with terminal connections to central ends of the spirals formed using connections on the other side of the printed circuit board, wherein each coil comprises one of the interleaved spiral coils and two further coils at the two ends of the interleaved spiral.
Method for continuously growing an aeroponic crop, comprising the following phases: - phase involving the preparation of the seeding area, positioning on the line and germination; - phase involving transfer and positioning on production bars; - phase involving distribution by level and row, vegetative growth and maturing; - phase involving irrigation and inspection; - phase involving guiding, transport of production bars and harvesting; and, - phase involving the cleaning and preparation of production bars and seed trays; wherein these phases initially take place on the bottom floor and during maturing on one or more successive floors (1.1) of a modular structure positioned above the ground or beneath it; and wherein the phase involving the preparation of the seeding area, positioning on the line and germination, the seeds and the substrate are collected and placed in a planting area, with, first of all, the substrate and then the seeds being deposited in the corresponding cavities of the seed trays, the first irrigation being conducted, creating as a result a growing unit, and the seed trays then being positioned in a seedbed area, planted as a continuous line, with their advance, by gravity, corresponding to one position per day, in accordance with their width dimensions, with the necessary days being allowed for the germination and development of the growing units, with plants being obtained every day at the end of the germination cycle, while the growing units are increased in number in order to make up for defects in certain specimens that do not complete the germination and growth process satisfactorily. - phase involving the preparation of the seeding area, positioning on the line and germination; - phase involving transfer and positioning on production bars; - phase involving distribution by level and row, vegetative growth and maturing; - phase involving irrigation and inspection; - phase involving guiding, transport of production bars and harvesting; and, - phase involving the cleaning and preparation of production bars and seed trays;
A method for providing video over Internet protocol, VoIP, services over a telecommunications network, the method comprising: receiving a request for registering with telecommunication services from a requesting device, the telecommunications services comprising transmission of one or more high-definition multimedia signals through the telecommunications network; accessing an equipment database associated with the telecommunications network to determine a customer identification associated with the requesting device, according to information contained in the request; registering (308, 310) an encoding device (104, 110) with the telecommunications network based at least on the customer identification and stored information in the equipment database in regards to devices that have already registered with the telecommunications network, wherein the encoding device (104, 110) is configured to encode the one or more high-definition multimedia signals, and wherein the encoding device is associated with a customer of the telecommunications network; scheduling one or more components of the telecommunications network in response to the request from the requesting device; creating a virtual private network, VPN, in the telecommunications network comprising the encoding device (104, 110) and the one or more components of the telecommunications network commissioning the one or more components of the telecommunications network for transmission of the one or more high-definition multimedia signals through the telecommunications network to provide a level of quality of transmission according to one or more service agreements with the customer. receiving a request for registering with telecommunication services from a requesting device, the telecommunications services comprising transmission of one or more high-definition multimedia signals through the telecommunications network; accessing an equipment database associated with the telecommunications network to determine a customer identification associated with the requesting device, according to information contained in the request; registering (308, 310) an encoding device (104, 110) with the telecommunications network based at least on the customer identification and stored information in the equipment database in regards to devices that have already registered with the telecommunications network, wherein the encoding device (104, 110) is configured to encode the one or more high-definition multimedia signals, and wherein the encoding device is associated with a customer of the telecommunications network; scheduling one or more components of the telecommunications network in response to the request from the requesting device; creating a virtual private network, VPN, in the telecommunications network comprising the encoding device (104, 110) and the one or more components of the telecommunications network commissioning the one or more components of the telecommunications network for transmission of the one or more high-definition multimedia signals through the telecommunications network to provide a level of quality of transmission according to one or more service agreements with the customer.
A stylet for guiding an endotracheal tube during intubation, the stylet comprising: a stylet body having a pivotable tip located at a distal end of the stylet body, the pivotable tip being moveable in two opposing directions from the longitudinal axis of the distal end of the stylet body; a control mechanism comprising an actuator at a proximal end of the stylet body, for controlling the pivot angle of the pivotable tip; characterized in that the actuator includes first and second relatively moveable members which are biased into engagement, the first relatively moveable member being a rotatable control portion having a series of notches which sequentially engage with a detent of the second relatively moveable member as the control portion is rotated, to thereby provide a plurality of discrete stop points enabling locking of the pivotable tip at discrete incremental pivot angles, and in that the stylet further comprises a malleable rod removably disposed within a lumen of the stylet body, the malleable rod having a rectangular transverse cross section. a stylet body having a pivotable tip located at a distal end of the stylet body, the pivotable tip being moveable in two opposing directions from the longitudinal axis of the distal end of the stylet body; a control mechanism comprising an actuator at a proximal end of the stylet body, for controlling the pivot angle of the pivotable tip; characterized in that the actuator includes first and second relatively moveable members which are biased into engagement, the first relatively moveable member being a rotatable control portion having a series of notches which sequentially engage with a detent of the second relatively moveable member as the control portion is rotated, to thereby provide a plurality of discrete stop points enabling locking of the pivotable tip at discrete incremental pivot angles, and in that the stylet further comprises a malleable rod removably disposed within a lumen of the stylet body, the malleable rod having a rectangular transverse cross section.
A circular nanoimprint mold-forming substrate having a surface on which a topological pattern is to be formed and having a diameter of 125 mm to 300 mm and a thickness, wherein the thickness of the substrate has a generally convex profile and has a variation of not more than 0.6 μm within a circle having a diameter of 125 mm, and concentric with the substrate, said substrate meeting the relationship T ≥ C > E, where T is the thickness at the thickest point t within the circle having a diameter of 125 mm wherein point t first comes in contact with a resin layer on a recipient substrate, C is the thickness at the center c thereof, and E is the thickness at a point e where an extension of line t-c intersects the circle, opposite to t wherein point e last comes in contact with the resin layer on the recipient substrate, wherein the substrate thicknesses T and E satisfy 0.6 μm ≥ T-E ≥ 0.3 μm.
A sliceable composite bone repair material comprising a porous block-shaped scaffold and a stabilizing polymer disposed therein, said scaffold comprising a bone substitute material of a synthetic ceramic material, and wherein said scaffold comprises interconnected macropores and the stabilizing polymer is a degradable polyethylene glycol hydrogel, characterized in that said scaffold has at least one rigid layer with a dense structure on the surface portion and said rigid layer is obtained by dipping the portion into a slurry of a ceramic bone repair material.
Delta-sigma modulator, comprising: - a modulator loop comprising a loop filter and - a code generator that is configured to generate a generator signal that is realized as an extended Barker code and wherein the code generator comprises a generator output, wherein the modulator loop comprises - a modulator input for receiving an input signal, - a modulator output for providing an output signal of the delta-sigma modulator, - an adder with a first adder input coupled to the modulator input, a second adder input coupled to the modulator output and an adder output coupled to an input of the loop-filter and - a quantizer with an input coupled to a loop filter output of the loop-filter and an output coupled to the modulator output, characterized in that a code adder of the modulator loop comprises - a first input that is coupled to the loop filter output, - a second input that is coupled to the generator output and - an output that is coupled to the input of the quantizer, or the loop-filter comprises more than one stage (41, 42) and comprises a further input that is coupled to the generator output and to a node between two stages (41, 42) of the loop filter. - a modulator loop comprising a loop filter and - a code generator that is configured to generate a generator signal that is realized as an extended Barker code and wherein the code generator comprises a generator output, wherein the modulator loop comprises - a modulator input for receiving an input signal, - a modulator output for providing an output signal of the delta-sigma modulator, - an adder with a first adder input coupled to the modulator input, a second adder input coupled to the modulator output and an adder output coupled to an input of the loop-filter and - a quantizer with an input coupled to a loop filter output of the loop-filter and an output coupled to the modulator output, characterized in that a code adder of the modulator loop comprises - a first input that is coupled to the loop filter output, - a second input that is coupled to the generator output and - an output that is coupled to the input of the quantizer, or the loop-filter comprises more than one stage (41, 42) and comprises a further input that is coupled to the generator output and to a node between two stages (41, 42) of the loop filter.
A method for manufacturing a group 13 nitride crystal by a flux method, the method comprising: placing a seed crystal and a mixed melt that contains an alkali metal or an alkali-earth metal and a group 13 element in a reaction vessel; and rotating the reaction vessel to stir the mixed melt, wherein the reaction vessel includes a structure to stir the mixed melt, more than one seed crystals are installed point-symmetrically with respect to a central axis of the reaction vessel at positions other than the central axis such that a c plane of each of the seed crystals is substantially parallel to a bottom of the reaction vessel, and the structure is installed point-symmetrically with respect to the central axis in at least part of the reaction vessel other than the central axis. placing a seed crystal and a mixed melt that contains an alkali metal or an alkali-earth metal and a group 13 element in a reaction vessel; and rotating the reaction vessel to stir the mixed melt, wherein the reaction vessel includes a structure to stir the mixed melt, more than one seed crystals are installed point-symmetrically with respect to a central axis of the reaction vessel at positions other than the central axis such that a c plane of each of the seed crystals is substantially parallel to a bottom of the reaction vessel, and the structure is installed point-symmetrically with respect to the central axis in at least part of the reaction vessel other than the central axis.
Motor-vehicle lighting system comprising at least one lighting module, comprising: - light sources each comprising a light-emitting face of rectangular general shape, the light-emitting faces being substantially centred on the same straight line defining a direction of alignment of the light sources that is substantially parallel to two opposite sides of each light-emitting face, and - a projecting optical device, characterized in that the lighting module further comprises light guides, each light guide being coupled to one of the light sources, the light guides being distributed between separate first and second guiding parts (20, 22) of complementary shapes that are interlocked with each other, the first guiding part being placed facing the light-emitting faces, the second guiding part being joined to a free surface of the projecting optical device, the light guides being arranged so as to form, from the light emitted by the light sources and via interaction with the projecting optical device, one light spot per light source, each light spot taking the form of a luminous strip. - light sources each comprising a light-emitting face of rectangular general shape, the light-emitting faces being substantially centred on the same straight line defining a direction of alignment of the light sources that is substantially parallel to two opposite sides of each light-emitting face, and - a projecting optical device,
A method for wireless communications at a first user equipment, UE, the method comprising: determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources; determining a first set of the control resources in a first frequency band corresponding to a first group of UEs, the first group of UEs comprising the first UE; transmitting, to a second UE in the first group of UEs on a transmission beam over a first control block of the first set of the control resources, a sidelink request to reserve a set of the data resources, wherein the first control block is allocated to the first UE, wherein the first control block is associated with a higher priority than a second control block of the first set of the control resources allocated to the second UE, and wherein the first control block is before the second control block based at least in part on the first control block being associated with the higher priority than the second control block; and monitoring, by the first UE on a receive beam over the first set of the control resources, for one or more sidelink responses. determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources; determining a first set of the control resources in a first frequency band corresponding to a first group of UEs, the first group of UEs comprising the first UE; transmitting, to a second UE in the first group of UEs on a transmission beam over a first control block of the first set of the control resources, a sidelink request to reserve a set of the data resources, wherein the first control block is allocated to the first UE, wherein the first control block is associated with a higher priority than a second control block of the first set of the control resources allocated to the second UE, and wherein the first control block is before the second control block based at least in part on the first control block being associated with the higher priority than the second control block; and monitoring, by the first UE on a receive beam over the first set of the control resources, for one or more sidelink responses.
An electronic device comprising: a first integrated circuit, IC,; a second integrated circuit, IC,; a multiplexer configured to multiplex a parallel data signal into a serial data signal; a transmitter configured to transmit the serial data signal from the first IC to the second IC; a receiver (208, 308) configured to receive the serial data signal, the receiver comprising: an output stage and an output buffer; and a clamp circuit configured to clamp the output voltage swing produced by the output stage at an analog node between the output stage and the output buffer within a determined range in order to keep devices at the output stage in a saturation region and to extend the bandwidth of the receiver. a first integrated circuit, IC,; a second integrated circuit, IC,; a multiplexer configured to multiplex a parallel data signal into a serial data signal; a transmitter configured to transmit the serial data signal from the first IC to the second IC; a receiver (208, 308) configured to receive the serial data signal, the receiver comprising: an output stage and an output buffer; and a clamp circuit configured to clamp the output voltage swing produced by the output stage at an analog node between the output stage and the output buffer within a determined range in order to keep devices at the output stage in a saturation region and to extend the bandwidth of the receiver. an output stage and an output buffer; and a clamp circuit configured to clamp the output voltage swing produced by the output stage at an analog node between the output stage and the output buffer within a determined range in order to keep devices at the output stage in a saturation region and to extend the bandwidth of the receiver.
Method for verifying vehicle usage data reflecting usage of vehicle comprising the steps of: generating, by the vehicle the vehicle usage data; a) transmitting, by the vehicle, vehicle data (S1, S1', S1", S2) to an observer entity (3.x) when the vehicle and the observer entity (3.x) are in proximity, wherein the vehicle data includes unique vehicle identification information; b) adding data to the vehicle data (S3, S3', S3") by the observer entity (3.x), the added data being correlated to vehicle usage to include an indication of a position of the observer entity (3.x) and a timestamp indicating a time of reception of the vehicle data, thereby generating joint data; and c) transmitting the joint data to an external database and storing, by a central processor at least the joint data received in the external database; d) repeating steps a) to c) at least once using a second, different observer entity (3.x), wherein the proximity is defined by an upper threshold for a distance between the vehicle and the observer entity (3.x); e) calculating, by the central processor, from the added data a usage estimation value which is a measure for usage of the vehicle; f) comparing the usage estimation value with the vehicle usage data retrieved from the vehicle; and g) generating and outputting information on validity of the vehicle usage data at least on the basis of the comparison result. a) transmitting, by the vehicle, vehicle data (S1, S1', S1", S2) to an observer entity (3.x) when the vehicle and the observer entity (3.x) are in proximity, wherein the vehicle data includes unique vehicle identification information; b) adding data to the vehicle data (S3, S3', S3") by the observer entity (3.x), the added data being correlated to vehicle usage to include an indication of a position of the observer entity (3.x) and a timestamp indicating a time of reception of the vehicle data, thereby generating joint data; and c) transmitting the joint data to an external database and storing, by a central processor at least the joint data received in the external database; d) repeating steps a) to c) at least once using a second, different observer entity (3.x), wherein the proximity is defined by an upper threshold for a distance between the vehicle and the observer entity (3.x); e) calculating, by the central processor, from the added data a usage estimation value which is a measure for usage of the vehicle; f) comparing the usage estimation value with the vehicle usage data retrieved from the vehicle; and g) generating and outputting information on validity of the vehicle usage data at least on the basis of the comparison result.
Photocatalytic composite substantially free from titanium dioxide Wherein "substantially free" means a composite in which titanium dioxide is absent or present in amounts not greater than 2% by weight, comprising limestone, and calcium titanate in the crystalline, phases CT2 and/or CT5 characterised by the hollowing diffraction peaks: CT2: d=4,959; d=2,890; d=2,762 and d=2,138; CT5: d=8,845; d=4,217; d=3,611 and d=2,948, wherein the calcium titanate in CT2 phase has empirical formula CaTi 2 O 5 and the calcium titanate in CT5 phase has empirical formula CaTi 5 O 11. CT2: d=4,959; d=2,890; d=2,762 and d=2,138; CT5: d=8,845; d=4,217; d=3,611 and d=2,948, wherein the calcium titanate in CT2 phase has empirical formula CaTi 2 O 5 and the calcium titanate in CT5 phase has empirical formula CaTi 5 O 11.
A laminated glazing which comprises: at least 4 transparent plies separated by at least three transparent interlayers; characterised in that: at least one of said interlayers is an intumescent fire resistant material; and at least two of said interlayers are a plastic interlayer; and wherein one of said at least two plastic interlayers comprises a polyvinyl acetal; and one of said at least two plastic interlayers comprises a cured resin; and wherein the at least one cured resin plastic interlayer is located between a first ply which is adjacent to a fire resistant interlayer and a second ply which is adjacent to a plastic interlayer; and wherein the total thickness of the plastic interlayers is at least 2.5mm. at least 4 transparent plies separated by at least three transparent interlayers; characterised in that: at least one of said interlayers is an intumescent fire resistant material; and at least two of said interlayers are a plastic interlayer; and wherein one of said at least two plastic interlayers comprises a polyvinyl acetal; and one of said at least two plastic interlayers comprises a cured resin; and wherein the at least one cured resin plastic interlayer is located between a first ply which is adjacent to a fire resistant interlayer and a second ply which is adjacent to a plastic interlayer; and wherein the total thickness of the plastic interlayers is at least 2.5mm. at least one of said interlayers is an intumescent fire resistant material; and at least two of said interlayers are a plastic interlayer; and wherein one of said at least two plastic interlayers comprises a polyvinyl acetal; and one of said at least two plastic interlayers comprises a cured resin; and wherein the at least one cured resin plastic interlayer is located between a first ply which is adjacent to a fire resistant interlayer and a second ply which is adjacent to a plastic interlayer; and wherein the total thickness of the plastic interlayers is at least 2.5mm.