mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: processing circuitry configured to receive a data signal, DS, having a first frequency and to sample the data signal, DS, with a clock signal, CLK, having a second frequency, greater than the first frequency, and to output a plurality of pieces of data for a time corresponding to a unit interval, PR, of the data signal, DS, the processing circuitry configured to sample the data signal, DS, with an error clock signal, ECK, having the second frequency and a phase, different from a phase of the clock signal, CLK, and to output a plurality of pieces of error data, ED, for the time corresponding to the unit interval, PR, and the processing circuitry configured to compare the plurality of pieces of data with each of the plurality of pieces of error data, ED, to obtain an eye diagram of the data signal, DS, in the unit interval, PR. processing circuitry configured to receive a data signal, DS, having a first frequency and to sample the data signal, DS, with a clock signal, CLK, having a second frequency, greater than the first frequency, and to output a plurality of pieces of data for a time corresponding to a unit interval, PR, of the data signal, DS, the processing circuitry configured to sample the data signal, DS, with an error clock signal, ECK, having the second frequency and a phase, different from a phase of the clock signal, CLK, and to output a plurality of pieces of error data, ED, for the time corresponding to the unit interval, PR, and the processing circuitry configured to compare the plurality of pieces of data with each of the plurality of pieces of error data, ED, to obtain an eye diagram of the data signal, DS, in the unit interval, PR.
An electrical system comprising: - a predetermined set of control modules intended to be used in a same home automation installation , wherein each control module is configured to ensure control of an electric load , - a portable packaging , adapted for packaging and transport of the predetermined set of control modules , said packaging being such that the number of control modules of said predetermined set can be greater than or equal to 2, preferably greater than or equal to 6, said packaging delimiting at least one support wall in which a plurality of positioning cutouts are formed, where the number of positioning cutouts of said plurality is greater than or equal to the number of control modules of said predetermined set, each positioning cutout being configured so as to allow a force fitting of one of the control modules by at least partial insertion of this control module in the positioning cutout , said force fitting conferring a relative blocking of the control module with respect to the packaging and a holding of the control module in a blocked position, - a pairing bank adapted to carry out a pairing of one of the control modules of the predetermined set with another control module of the predetermined set and/or with a remote radio frequency transmitter intended to be used in the same home automation system as the control modules of the predetermined set, wherein the packaging comprises first fastening elements configured to cooperate with second fastening elements secured to a casing of the pairing bank in such a way that when the first fastening elements and the second fastening elements cooperate with each other, the packaging is temporarily fastened to the casing of the pairing bank . - a predetermined set of control modules intended to be used in a same home automation installation , wherein each control module is configured to ensure control of an electric load , - a portable packaging , adapted for packaging and transport of the predetermined set of control modules , said packaging being such that the number of control modules of said predetermined set can be greater than or equal to 2, preferably greater than or equal to 6, said packaging delimiting at least one support wall in which a plurality of positioning cutouts are formed, where the number of positioning cutouts of said plurality is greater than or equal to the number of control modules of said predetermined set, each positioning cutout being configured so as to allow a force fitting of one of the control modules by at least partial insertion of this control module in the positioning cutout , said force fitting conferring a relative blocking of the control module with respect to the packaging and a holding of the control module in a blocked position, - a pairing bank adapted to carry out a pairing of one of the control modules of the predetermined set with another control module of the predetermined set and/or with a remote radio frequency transmitter intended to be used in the same home automation system as the control modules of the predetermined set,
A system comprising: an enclosure ; and an ultra wideband, UWB, antenna, comprising: a printed circuit board ; a radiating element coupled to the printed circuit board and substantially perpendicular thereto; and radio frequency, RF, electronics associated with the antenna integrated with the printed circuit board ; wherein the antenna further comprises: a plurality of wires configured to carry electrical power and data to and from the printed circuit board ; and a plurality of connection points on the printed circuit board , each of the plurality of connection points being associated with one of the plurality of wires , wherein the enclosure comprises first and second portions, the first portion configured to receive the antenna and the second portion being a stem connected to the first portion, and wherein the plurality of wires travel inside the stem , the stem being a hollow tube. an enclosure ; and an ultra wideband, UWB, antenna, comprising: a printed circuit board ; a radiating element coupled to the printed circuit board and substantially perpendicular thereto; and radio frequency, RF, electronics associated with the antenna integrated with the printed circuit board ; a printed circuit board ; a radiating element coupled to the printed circuit board and substantially perpendicular thereto; and radio frequency, RF, electronics associated with the antenna integrated with the printed circuit board ; wherein the antenna further comprises: a plurality of wires configured to carry electrical power and data to and from the printed circuit board ; and a plurality of connection points on the printed circuit board , each of the plurality of connection points being associated with one of the plurality of wires , a plurality of wires configured to carry electrical power and data to and from the printed circuit board ; and a plurality of connection points on the printed circuit board , each of the plurality of connection points being associated with one of the plurality of wires , wherein the enclosure comprises first and second portions, the first portion configured to receive the antenna and the second portion being a stem connected to the first portion, and wherein the plurality of wires travel inside the stem , the stem being a hollow tube.
A method for determining a degree of utilized capacity of a filter arranged in an air treatment device adapted to process air present in an ambient volume (AV), wherein said air treatment device comprises a fan adapted to induce an air flow (AF) drawn from said ambient volume through said filter, the method comprising the steps of: determining a total accumulated pollutant amount in the filter; and comparing the determined total accumulated pollutant amount to a reference pollutant amount to determine said degree of utilized capacity, said reference pollutant amount is a pollutant amount present in said filter when said air treatment device produces a predetermined clean air flow; wherein the accumulated pollutant amount in the filter is determined based on - data obtained from a sensor arranged to measure a current pollutant concentration in said ambient volume and / or pollutant concentration data indicative of a current pollutant concentration in said ambient volume; and - an estimated volume of air processed by the air treatment device, said volume being estimated based on a value indicative of a current air flow through said filter. determining a total accumulated pollutant amount in the filter; and comparing the determined total accumulated pollutant amount to a reference pollutant amount to determine said degree of utilized capacity, said reference pollutant amount is a pollutant amount present in said filter when said air treatment device produces a predetermined clean air flow; - data obtained from a sensor arranged to measure a current pollutant concentration in said ambient volume and / or pollutant concentration data indicative of a current pollutant concentration in said ambient volume; and - an estimated volume of air processed by the air treatment device, said volume being estimated based on a value indicative of a current air flow through said filter.
A pneumatic spring assembly for a secondary pneumatic suspension between the vehicle body and the bogie of a railway vehicle, comprising: a first connecting line for connecting a first pneumatic spring with a compressed air volume, and a second connecting line for connecting a second pneumatic spring with a compressed air volume; characterized in that the pneumatic spring assembly furthermore comprises: a compressed air container , which provides a joint or separate compressed air volume , wherein both the first connecting line and the second connecting line are connected to the compressed air volume , wherein the compressed air container can be mounted on the vehicle body or the bogie of a railway vehicle, in particular can be mounted in an interchangeable manner. a first connecting line for connecting a first pneumatic spring with a compressed air volume, and a second connecting line for connecting a second pneumatic spring with a compressed air volume; characterized in that the pneumatic spring assembly furthermore comprises: a compressed air container , which provides a joint or separate compressed air volume , wherein both the first connecting line and the second connecting line are connected to the compressed air volume , wherein the compressed air container can be mounted on the vehicle body or the bogie of a railway vehicle, in particular can be mounted in an interchangeable manner. a compressed air container , which provides a joint or separate compressed air volume , wherein both the first connecting line and the second connecting line are connected to the compressed air volume , wherein the compressed air container can be mounted on the vehicle body or the bogie of a railway vehicle, in particular can be mounted in an interchangeable manner.
A device for assembling an oscillator including a spiral spring to an assembly or to a movement of a timepiece , the assembly device including: - a first movement-blank for pivoting the oscillator , - a second movement-blank for pivoting the oscillator , - a first element for positioning the first movement-blank relative to the second movement-blank , the first positioning element being arranged and/or configured so as to position a spiral spring relative to the first movement-blank and/or relative to the second movement-blank in a plane (P) of the assembly or of the movement , said assembly device being characterised in that it does not comprise a support movable in rotation relating to a movement-blank in a plane (P) of the assembly or of the movement , the support being used for fixing the spiral spring. - a first movement-blank for pivoting the oscillator , - a second movement-blank for pivoting the oscillator , - a first element for positioning the first movement-blank relative to the second movement-blank , the first positioning element being arranged and/or configured so as to position a spiral spring relative to the first movement-blank and/or relative to the second movement-blank in a plane (P) of the assembly or of the movement ,
An automatic, continuous peripheral rewinding machine for the production of rolls of web material (N) wound onto winding cores (A1; A2), comprising four winding rollers defining a first winding cradle between a first winding roller , a second winding roller and a third winding roller , and a second winding cradle between said first winding roller , said second winding roller and a fourth winding roller ; said first winding roller and said second winding roller defining a nip through which the winding cores being wound with said web material travel, and through which the web material (N) is fed towards a roll (L1) being formed in the first winding cradle; wherein said winding rollers are positioned and controlled such as to wind an initial portion of the roll between said first winding roller , said second winding roller and said fourth winding roller , and wind a final portion of the roll between said first winding roller , said second winding roller and said third winding roller ; said third winding roller being located downstream from said nip and said fourth winding roller being located upstream from said nip in relation to the direction in which the winding cores (A1, A2) advance; and characterized in that a stationary plate is positioned at a distance from said fourth winding roller such that, to angularly accelerate each new core (A1, A2) inserted in the rewinding machine, the new winding core is forced between the fourth winding roller and the stationary plate such as to cause pinching of the web material between said fourth winding roller and the new winding core (A1, A2) when the latter is forced between said stationary plate and said fourth winding roller .
A leaky wave antenna formed from an Air-Filled Substrate Integrated Waveguide (AFSIW) type waveguide structure having three layers of dielectric substrate, two layers of substrate, an upper layer and a lower layer sandwiching an intermediate layer with a longitudinal opening of length L defining a waveguide, the upper and lower walls of which are formed by the conducting planes covering the upper and lower layers and the width W 1 of which is delimited by two conductive side walls, with the inner faces of the conductive side walls being coated with a layer of dielectric material of thickness w(z), the upper layer of the structure having an opening forming a longitudinal radiating slot of width W f (z) positioned facing the longitudinal opening provided in the intermediate layer, with the thickness w(z) of the coating made of dielectric material disposed on the inner face of each of the side walls varying along the longitudinal axis z according to a given law, defined so as to acquire variations, along the z-axis, of the amplitude Alpha(z) and of the phase Beta(z) of the leaky wave of the guide, allowing an antenna to be produced with the desired radiation pattern .
Aqueous washing or cleaning agent composition containing an amount of particles, opacifying the composition, of one or more waxes, each selected from the group consisting of montan wax, carnauba wax and mixtures thereof, wherein 85% by volume or more of the particles of said waxes have a particle size measured by laser diffraction of < 15 μm, wherein the composition additionally comprises sodium carbonate.
A method for detecting a surface with a pipette tip comprising: measuring a pipette pressure at an internal portion of a pipette to generate a plurality of pipette pressure values, wherein measuring the pipette pressure comprises measuring the pipette pressure with a liquid and a gas in the pipette tip attached to the pipette, and wherein measuring the pipette pressure comprises measuring the pipette pressure while aspirating gas into the pipette tip; determining a pressure difference relative to at least one previously measured pipette pressure value; estimating a rate of change in pipette pressure prior to estimating at least one statistical variable, wherein estimating the rate of change in pipette pressure comprises mathematically weighting the pressure difference to provide a weighted pressure difference; estimating the at least one statistical variable corresponding to the rate of change in pipette pressure; comparing the at least one statistical variable to at least one pipette pressure related threshold; and responsive to comparing the at least one statistical variable to the at least one pipette pressure related threshold, estimating a pipette position, wherein estimating the pipette position comprises determining that the surface is in contact with the pipette tip by detecting at least two consecutive data points that indicate contact to the surface with the pipette tip, wherein one of the at least two consecutive data points precedes a decrease in pressure value. measuring a pipette pressure at an internal portion of a pipette to generate a plurality of pipette pressure values, wherein measuring the pipette pressure comprises measuring the pipette pressure with a liquid and a gas in the pipette tip attached to the pipette, and wherein measuring the pipette pressure comprises measuring the pipette pressure while aspirating gas into the pipette tip; determining a pressure difference relative to at least one previously measured pipette pressure value; estimating a rate of change in pipette pressure prior to estimating at least one statistical variable, wherein estimating the rate of change in pipette pressure comprises mathematically weighting the pressure difference to provide a weighted pressure difference; estimating the at least one statistical variable corresponding to the rate of change in pipette pressure; comparing the at least one statistical variable to at least one pipette pressure related threshold; and responsive to comparing the at least one statistical variable to the at least one pipette pressure related threshold, estimating a pipette position, wherein estimating the pipette position comprises determining that the surface is in contact with the pipette tip by detecting at least two consecutive data points that indicate contact to the surface with the pipette tip, wherein one of the at least two consecutive data points precedes a decrease in pressure value.
A computer implemented method for network and/or device (106-111) security, comprising: executing, on one or more computers, a routine that receives as input a plurality of pieces of packet information from network traffic ; executing, on the one or more computers, a routine that analyzes the pieces of packet information to identify outgoing network packets that receive no response packet during a period of time; and executing, on the one or more computers, a routine that causes storage and/or tracking, in one or more data stores, of packet information related to the outgoing network packets that have received no response packet, the packet information related to the outgoing network packets comprising packet headers that have been normalized such that identical packet headers that are received within a period of time are grouped together. executing, on one or more computers, a routine that receives as input a plurality of pieces of packet information from network traffic ; executing, on the one or more computers, a routine that analyzes the pieces of packet information to identify outgoing network packets that receive no response packet during a period of time; and executing, on the one or more computers, a routine that causes storage and/or tracking, in one or more data stores, of packet information related to the outgoing network packets that have received no response packet, the packet information related to the outgoing network packets comprising packet headers that have been normalized such that identical packet headers that are received within a period of time are grouped together.
An electronic unit having at least a first electronic component and a second electronic component which are fastened to a substrate , wherein a shielding is arranged between the first and second electronic components that comprises an elevated portion which projects from a plane defined by the substrate or which extends from its surface, which acts as a shielding and which is formed in one piece with the substrate , wherein the elevated portion is formed from the substrate by a stripping production method, and in that the elevated portion projects further from the plane defined by the substrate or extends further from its surface than a contact element for contacting the first or second electronic component (14 or 14'), wherein the first electronic component is arranged in a first recess of the substrate and/or the second electronic component is arranged in a second recess of the substrate , characterized in that the first electronic component and/or the second electronic component is/are electrically conductively connected by an electrically conductive contact element , which is electrically conductively connected to a contact surface provided at an upper side of the first or second component , to a contact point arranged at a base section of a third recess , and with the first and/or second recess and the third recess having the same depths, with the recesses being passage openings which are closed at one side by a coating process. wherein the elevated portion is formed from the substrate by a stripping production method, and in that the elevated portion projects further from the plane defined by the substrate or extends further from its surface than a contact element for contacting the first or second electronic component (14 or 14'), wherein the first electronic component is arranged in a first recess of the substrate and/or the second electronic component is arranged in a second recess of the substrate , characterized in that the first electronic component and/or the second electronic component is/are electrically conductively connected by an electrically conductive contact element , which is electrically conductively connected to a contact surface provided at an upper side of the first or second component , to a contact point arranged at a base section of a third recess , and with the first and/or second recess and the third recess having the same depths, with the recesses being passage openings which are closed at one side by a coating process.