mhurhangee/ep-ind-claims huggingface dataset:
Fireproof and thermal insulator product, which comprises the combination of: - Alkaline Earth Silicate material, - a liquid barrier film, - an FRP (Fibre Reinforcement Plastic) layer, and - cork, - wherein the liquid barrier film and the FRP layer are staked onto the AES material, - and wherein the cork material is also staked onto the AES material or embedded into said AES material with the cork being configured as a plurality of strips performing a grid structure infilled with the AES material. - Alkaline Earth Silicate material, - a liquid barrier film, - an FRP (Fibre Reinforcement Plastic) layer, and - cork, - wherein the liquid barrier film and the FRP layer are staked onto the AES material, - and wherein the cork material is also staked onto the AES material or embedded into said AES material with the cork being configured as a plurality of strips performing a grid structure infilled with the AES material.
A method for correlating a received satellite radio navigation signal made up of a first pilot signal modulated with a first spreader code (Code1) and a second data signal modulated with a second primary spreader code (Code2) of identical length to that of said first spreader code, said second data signal further being modulated with a secondary sequence comprising a plurality of chips, the duration of a chip being equal to a multiple of the length of said second primary spreader code (Code2), said first pilot signal and said second data signal being synchronous, said corrélation method comprising: - first correlations, on a plurality N of periods of said first spreader code, of said radio navigation signal with said first spreader code (Code1), said method being characterised in that it comprise: - selecting, from among the N first correlations (C k), a sub-set containing a number M of correlations, said sub-set being selected as a function of an estimate of the signal-to-noise ratio (C/N0) of said received signal and of the number of pairs of chips with opposite signs among the chips of said secondary sequence; - coherently integrating M correlations of said sub-set. - first correlations, on a plurality N of periods of said first spreader code, of said radio navigation signal with said first spreader code (Code1), - selecting, from among the N first correlations (C k), a sub-set containing a number M of correlations, said sub-set being selected as a function of an estimate of the signal-to-noise ratio (C/N0) of said received signal and of the number of pairs of chips with opposite signs among the chips of said secondary sequence; - coherently integrating M correlations of said sub-set.
Artificial DNA of a 5'-UTR leader region, said artificial DNA being effective in increasing the expression of recombinant proteins in plants, said artificial DNA comprising, along the 5'→3' direction, an Inr initiator site and a Kozak or Kozak-like consensus sequence, said artificial DNA further comprising, between the Inr initiator site and the Kozak or Kozak-like consensus sequence: a plurality of poly or n regions, each formed by an oligonucleotide that consists of two or more copies of a CAA element contiguous with each other, and a plurality of poly or m regions in the same number as the poly regions and each formed by an oligonucleotide that consists of two or more copies of a CT element contiguous with each other, wherein at least one, optionally each one, poly region, in the 5'→3' direction, is upstream of a poly region and at least one poly region, in the 5'→3' direction, is contiguous with a poly region, with the provision that said artificial DNA does not contain any of the following components: A/T-rich motifs, trinucleotide elements ATT, trinucleotide elements CTG and homopolymeric tracts, that is, sequences consisting of more than 3, optionally more than 4, identical nucleotides. a plurality of poly or n regions, each formed by an oligonucleotide that consists of two or more copies of a CAA element contiguous with each other, and a plurality of poly or m regions in the same number as the poly regions and each formed by an oligonucleotide that consists of two or more copies of a CT element contiguous with each other,
A method comprising: unwinding a web material from a first roller and winding the web material on a second roller; providing an elastomeric stamp, wherein the stamp comprises a base surface and an arrangement of pattern elements extending away from the base surface, wherein the pattern elements have a trapezoidal cross-sectional shape with a base width, a height above the base surface, and a vertical angle, further wherein each pattern element comprises a stamping surface with a lateral dimension of less than 5 μm (microns) and said height with respect to the base surface, wherein the lateral dimension is shorter than the base width, and wherein an aspect ratio of the height to the lateral dimension is at least 1.5; inking the stamping surfaces of the pattern elements with an ink composition comprising a functionalizing molecule, wherein the functionalizing molecule comprises a functional group selected to bind to said web material; and contacting the stamping surface of the pattern elements with a major surface of the web material for a print time sufficient to bind the functional group with the web material to form a self-assembled monolayer of the functionalizing material on the major surface of the web material according to the arrangement of pattern elements on the stamping surface. unwinding a web material from a first roller and winding the web material on a second roller; providing an elastomeric stamp, wherein the stamp comprises a base surface and an arrangement of pattern elements extending away from the base surface, wherein the pattern elements have a trapezoidal cross-sectional shape with a base width, a height above the base surface, and a vertical angle, further wherein each pattern element comprises a stamping surface with a lateral dimension of less than 5 μm (microns) and said height with respect to the base surface, wherein the lateral dimension is shorter than the base width, and wherein an aspect ratio of the height to the lateral dimension is at least 1.5; inking the stamping surfaces of the pattern elements with an ink composition comprising a functionalizing molecule, wherein the functionalizing molecule comprises a functional group selected to bind to said web material; and contacting the stamping surface of the pattern elements with a major surface of the web material for a print time sufficient to bind the functional group with the web material to form a self-assembled monolayer of the functionalizing material on the major surface of the web material according to the arrangement of pattern elements on the stamping surface.
A method for wireless communication in a common radio node supporting multiple radio access technologies, RATs, the method comprising: automatically determining first power settings for a first RAT based on second power settings for a second RAT; and automatically applying the first power settings as power settings for the first RAT, wherein automatically determining the first power settings comprises determining a power setting function reflecting one or more differences between a first frequency band associated with the first RAT and a second frequency band associated with the second RAT, characterized in that the power setting function is based on at least one of a constant offset value, receiver sensitivity of the first RAT, receiver sensitivity of the second RAT, or a combination thereof. automatically determining first power settings for a first RAT based on second power settings for a second RAT; and automatically applying the first power settings as power settings for the first RAT, wherein automatically determining the first power settings comprises determining a power setting function reflecting one or more differences between a first frequency band associated with the first RAT and a second frequency band associated with the second RAT, characterized in that the power setting function is based on at least one of a constant offset value, receiver sensitivity of the first RAT, receiver sensitivity of the second RAT, or a combination thereof.
A catheter assembly comprising: a catheter; a needle having a sharp distal tip; and a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve having a preformed opening that selectively permits or blocks a flow of fluid through the catheter; a first inner diameter that closes the valve; and a second inner diameter larger than the first inner diameter, the second inner diameter opening the valve; characterized in that the valve is in an open position upon axially compressing the valve into engagement with the second inner diameter of the catheter hub; and the valve is in a closed position upon releasing the valve to engage the first inner diameter of the catheter hub. a catheter; a needle having a sharp distal tip; and a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve having a preformed opening that selectively permits or blocks a flow of fluid through the catheter; a first inner diameter that closes the valve; and a second inner diameter larger than the first inner diameter, the second inner diameter opening the valve; a valve having a preformed opening that selectively permits or blocks a flow of fluid through the catheter; a first inner diameter that closes the valve; and a second inner diameter larger than the first inner diameter, the second inner diameter opening the valve; characterized in that the valve is in an open position upon axially compressing the valve into engagement with the second inner diameter of the catheter hub; and the valve is in a closed position upon releasing the valve to engage the first inner diameter of the catheter hub.
Polymer-based substrate, comprising a substrate base body made using a polymeric material and a two- or multi-layer coating applied to a surface region of the substrate base body, wherein a first layer of the coating is configured as a bonding layer and is arranged in contact with the surface region of the substrate base body, wherein a second layer of the coating is configured as a lacquerable cover layer, wherein at least one layer of the coating is produced as a layer with reduced surface resistance using a proportion of an electrically non-insulating material, such that it results in a specific surface resistance of this layer of about 10 10 Ohm or less, and wherein at least one layer of the coating is configured as a film.
Device for determining the particle sizes of particle flows through a measuring volume with an optical measuring arrangement recording the measuring volume and a calculating device connected to the optical measuring arrangement, whereby the optical measuring arrangement comprises a first, preferably telecentric, optical measuring system with a first matrix sensor and a lighting device, and a second optical measuring system with a second matrix sensor, whereby the lighting device shines through the measuring volume, and the first matrix sensor and the lighting device form a shine-through arrangement, whereby a diffraction pattern of the particles can be recorded with the second matrix sensor, whereby projection surfaces of particles within the shone-through measuring volume can be determined by the calculating device from the image data of the first matrix sensor, and a size distribution of the particles in the measuring volume can be determined on the basis of the projection surfaces and of the diffraction patterns of the particles, characterized in that the size distribution can be formed from the particle sizes determined on the basis of the projection surfaces, on the one hand, and from particle sizes determined on the basis of the diffraction pattern, on the other hand, and the size distribution determined on the basis of the diffraction pattern can be calibrated, or scaled to this, by means of an area of the other size distribution which is determined on the basis of the projection surfaces and which overlaps with this size distribution.
A package comprising an outer structure that defines an internal space and includes a window having a window perimeter shape and a product located in the internal space wherein the product defines a product silhouette and wherein the window perimeter shape is indicative of the product silhouette; wherein the products are individually wrapped and wherein at least two individually wrapped products are visible through the window.
A method for wireless communications, comprising: identifying, at a base station, at least one scheme supported by the base station for handling puncturing of reference signal, RS, symbols in enhanced mobile broadband, eMBB, traffic by ultra-reliable-low-latency communications, URLLC, traffic, wherein each of the at least one scheme modifies an existing RS pattern configured for the eMBB traffic before puncturing occurs in response to a presence of the URLLC traffic, wherein identifying the at least one scheme comprises selecting the at least one scheme from a plurality of schemes supported by the base station based on a pattern of the URLLC traffic, wherein the selected scheme comprises identifying an over-provisioning RS scheme in which additional RS symbols are preemptively scheduled by the base station within a slot for the eMBB traffic before URLLC traffic is scheduled within the slot; and performing, at the base station, the at least one scheme in connection with downlink transmissions. identifying, at a base station, at least one scheme supported by the base station for handling puncturing of reference signal, RS, symbols in enhanced mobile broadband, eMBB, traffic by ultra-reliable-low-latency communications, URLLC, traffic, wherein each of the at least one scheme modifies an existing RS pattern configured for the eMBB traffic before puncturing occurs in response to a presence of the URLLC traffic, wherein identifying the at least one scheme comprises selecting the at least one scheme from a plurality of schemes supported by the base station based on a pattern of the URLLC traffic, wherein the selected scheme comprises identifying an over-provisioning RS scheme in which additional RS symbols are preemptively scheduled by the base station within a slot for the eMBB traffic before URLLC traffic is scheduled within the slot; and performing, at the base station, the at least one scheme in connection with downlink transmissions.
A method for mapping at least part of a structure in an image of at least part of a body of a subject, the method comprising: determining a first weighted centroid of a first area surrounding a first point in the image of the at least part of the body of the subject; determining a second weighted centroid of a second area surrounding the first weighted centroid; and mapping at least part of a first trace of the structure in the image based on a position of the second weighted centroid with respect to a position of the first weighted centroid; determining a fourth weighted centroid of a fourth area surrounding a second point in the image, wherein the second point is adjacent to the first point; determining a fifth weighted centroid of a fifth area surrounding the fourth weighted centroid; mapping at least part of a second trace of the structure in the image based on a position of the fourth weighted centroid with respect to a position of the fifth weighted centroid; and comparing the first trace and the second trace to identify at least one ridgeline of the structure in the image, wherein the ridgeline is a border between regions of the structure or between parts of the structure that diverge. determining a first weighted centroid of a first area surrounding a first point in the image of the at least part of the body of the subject; determining a second weighted centroid of a second area surrounding the first weighted centroid; and mapping at least part of a first trace of the structure in the image based on a position of the second weighted centroid with respect to a position of the first weighted centroid; determining a fourth weighted centroid of a fourth area surrounding a second point in the image, wherein the second point is adjacent to the first point; determining a fifth weighted centroid of a fifth area surrounding the fourth weighted centroid; mapping at least part of a second trace of the structure in the image based on a position of the fourth weighted centroid with respect to a position of the fifth weighted centroid; and comparing the first trace and the second trace to identify at least one ridgeline of the structure in the image, wherein the ridgeline is a border between regions of the structure or between parts of the structure that diverge.
A substrate for a liquid discharge head, comprising: a base substrate; a heat-generating resistive layer placed on or above the base substrate; a pair of lines placed on or above the base substrate and contacted with the heat-generating resistive layer; and a protective layer covering the heat-generating resistive layer and the lines, characterized in that the protective layer contains a material represented by the formula Si x C y N z, where x + y + z = 100, 30 ≤ x ≤ 59, y ≥ 5, and z ≥ 15 on an atomic percent basis and has electrical insulation. a base substrate; a heat-generating resistive layer placed on or above the base substrate; a pair of lines placed on or above the base substrate and contacted with the heat-generating resistive layer; and a protective layer covering the heat-generating resistive layer and the lines, characterized in that the protective layer contains a material represented by the formula Si x C y N z, where x + y + z = 100, 30 ≤ x ≤ 59, y ≥ 5, and z ≥ 15 on an atomic percent basis and has electrical insulation.
A method for providing a red light violator warning, the method comprising: detecting that a first vehicle is about to violate a red light at an intersection, wherein in the proximity of the intersection at least one other connected vehicle, that comprises wireless communications equipment capable of receiving messages from a roadside equipment, is present; based on detecting that the first vehicle is about to violate the red light at the intersection: broadcasting a warning message to the at least one other vehicle in proximity of the intersection of a pending red light violation; and determining if the first vehicle is a connected vehicle, that comprises wireless communications equipment capable of receiving messages from a roadside equipment; based on determining that the first vehicle is a connected vehicle, transmitting a notification message to the first vehicle warning of a pending red light violation. detecting that a first vehicle is about to violate a red light at an intersection, wherein in the proximity of the intersection at least one other connected vehicle, that comprises wireless communications equipment capable of receiving messages from a roadside equipment, is present; based on detecting that the first vehicle is about to violate the red light at the intersection: broadcasting a warning message to the at least one other vehicle in proximity of the intersection of a pending red light violation; and determining if the first vehicle is a connected vehicle, that comprises wireless communications equipment capable of receiving messages from a roadside equipment; broadcasting a warning message to the at least one other vehicle in proximity of the intersection of a pending red light violation; and determining if the first vehicle is a connected vehicle, that comprises wireless communications equipment capable of receiving messages from a roadside equipment; based on determining that the first vehicle is a connected vehicle, transmitting a notification message to the first vehicle warning of a pending red light violation.
A MRI targeting nano-contrast agent for atherosclerosis, characterized in that the MRI targeting nano-contrast agent for atherosclerosis comprises a targeting aptamer for atherosclerosis and a vector which is connected to the targeting aptamer for atherosclerosis, wherein the targeting aptamer for atherosclerosis contains a targeting aptamer fragment for atherosclerosis obtained through screening of macrophage-derived foam cells together with reverse screening of smooth muscle cells, endothelial cells, and THP-1 cells using a SELEX method wherein a nucleotide sequence of said targeting aptamer fragment for atherosclerosis is a sequence which has at least 80% homology with SEQ ID No:2.
Telecommunications system, intended for low-throughput data transfer between at least two users located substantially on the surface of a celestial body, comprising: at least one transmitting/receiving surface terminal REC, each associated to a user, one or more stationary means GEO above the surface of the celestial body, these stationary means being able to transmit data from and to a predetermined coverage area with a line of sight to the stationary means, and one or more signal repetition means for signals transmitted and/or received from the stationary means GEO and the surface terminals REC, said repetition means traveling above the surface of the celestial body, characterized in that a same frequency spectrum in the S band is used for communications between the surface terminals and the repetition means and for communications between the repetition means and the stationary means. at least one transmitting/receiving surface terminal REC, each associated to a user, one or more stationary means GEO above the surface of the celestial body, these stationary means being able to transmit data from and to a predetermined coverage area with a line of sight to the stationary means, and one or more signal repetition means for signals transmitted and/or received from the stationary means GEO and the surface terminals REC, said repetition means traveling above the surface of the celestial body, characterized in that a same frequency spectrum in the S band is used for communications between the surface terminals and the repetition means and for communications between the repetition means and the stationary means.
A method of characterising a polynucleotide using a transmembrane pore for sequencing, wherein the pore is a double pore comprising a first CsgG pore, or a homologue thereof, and a second CsgG pore, or a homologue thereof and wherein the first CsgG pore, or homologue thereof, and the second CsgG pore, or homologue thereof, are in opposite orientations.