mhurhangee/ep-ind-claims huggingface dataset:
Group for bead releasing a tyred wheel and/or for thrusting a portion of a tyre of a tyred wheel, which group comprises: - at least one base (2, 20), - at least one supporting column (3, 30) rising from said at least one base (2, 20), - at least one tool-supporting arm (4, 40) extending from said at least one supporting column (3, 30), - at least one bead releasing and/or thrust tool (5, 50) supported by said tool-supporting arm (4, 40), said at least one supporting column (3, 30) being movably mounted on said at least one base (2, 20) and/or said at least one tool-supporting arm (4, 40) being movably mounted on said at least one supporting column (3, 30), said group further comprising actuation means (7, 70) arranged to move said at least one supporting column (3, 30) with respect to said at least one base (2, 20) or said at least one tool-supporting arm (4, 40) or a segment thereof with respect to said at least one supporting column (3, 30) or to another segment of said at least one tool-supporting arm, so as to move said at least one tool-supporting arm (4, 40) between a first resting or working trim and a second working trim, so that said at least one bead releasing and/or thrust tool (5, 50) is moved between a first resting or working position and a second working position, in which second working position said at least one bead releasing and/or thrust tool (5, 50) is inserted between a portion of a bead (T1, T2) of a tyre and a portion of a respective edge (W1, W2) of a wheel rim, wherein said group comprises adjusting means (8, 80) for adjusting the advancing stroke of said at least one tool-supporting arm (4, 40) or of a segment thereof, between said first resting or working trim and said second working trim, designed to adjustably vary the placement of said at least one bead releasing and/or thrust tool (5, 50) in said second working position. - at least one base (2, 20), - at least one supporting column (3, 30) rising from said at least one base (2, 20), - at least one tool-supporting arm (4, 40) extending from said at least one supporting column (3, 30), - at least one bead releasing and/or thrust tool (5, 50) supported by said tool-supporting arm (4, 40),
A method of determining quality and capacity of a transport monitoring connection between a first radio service node and a second radio service node, to facilitate local management of subscriber connections, the method comprising: sending first test packets from the first radio service node to the second radio service node via the transport monitoring connection, the first test packets including forward sequence numbers; receiving, by the first radio service node, second test packets from the second radio service node via the transport monitoring connection, the second test packets having information added to the first test packets by the second radio service node, the added information including reverse sequence numbers; analyzing at the first radio service node the second test packets to determine a quality and a bandwidth of the transport monitoring connection, the analyzing to determine a quality including analyzing the forward and reverse sequence numbers to determine a packet loss ratio in both forward and reverse directions; informing control plane functions and user plane functions of the first radio service node, when transport monitoring performance is one of degraded and improved based on the determined quality and bandwidth; and making, by the first radio service node, radio service provisioning decisions via the control plane function and user plane function based on the determined quality and bandwidth of the transport monitoring connection, making radio service provisioning decisions including one of activating and deactivating a radio feature. sending first test packets from the first radio service node to the second radio service node via the transport monitoring connection, the first test packets including forward sequence numbers; receiving, by the first radio service node, second test packets from the second radio service node via the transport monitoring connection, the second test packets having information added to the first test packets by the second radio service node, the added information including reverse sequence numbers; analyzing at the first radio service node the second test packets to determine a quality and a bandwidth of the transport monitoring connection, the analyzing to determine a quality including analyzing the forward and reverse sequence numbers to determine a packet loss ratio in both forward and reverse directions; informing control plane functions and user plane functions of the first radio service node, when transport monitoring performance is one of degraded and improved based on the determined quality and bandwidth; and making, by the first radio service node, radio service provisioning decisions via the control plane function and user plane function based on the determined quality and bandwidth of the transport monitoring connection, making radio service provisioning decisions including one of activating and deactivating a radio feature.
A method for detecting at least one erroneous air data on an aircraft during a flight, wherein, automatically and repeatedly: a) a current air parameter is determined on the aircraft; b) a current altitude pressure parameter is determined on the aircraft; characterised in that, automatically and repeatedly: c) it is checked that a current point of control comprising a couple of parameters, namely said current air parameter and said current altitude pressure parameter, is situated in a characteristic envelope (EV, EE) being relative to the aircraft and indicating air parameter limits (Mn, T) and altitude pressure parameter limits (Alt), limits within which the aircraft is able to evolve; and d) when said current point of control is situated outside said characteristic envelope (EV, EE), a detection piece of information is emitted indicating that at least one of said parameters forming said current point of control is erroneous, said air data being able to correspond to one of said parameters or to a data allowing to determine at least one of these parameters. a) a current air parameter is determined on the aircraft; b) a current altitude pressure parameter is determined on the aircraft; c) it is checked that a current point of control comprising a couple of parameters, namely said current air parameter and said current altitude pressure parameter, is situated in a characteristic envelope (EV, EE) being relative to the aircraft and indicating air parameter limits (Mn, T) and altitude pressure parameter limits (Alt), limits within which the aircraft is able to evolve; and d) when said current point of control is situated outside said characteristic envelope (EV, EE), a detection piece of information is emitted indicating that at least one of said parameters forming said current point of control is erroneous, said air data being able to correspond to one of said parameters or to a data allowing to determine at least one of these parameters.
A method for imaging an intraoral feature comprising: a) obtaining optical coherence tomography imaging content with steps of: (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; b) obtaining surface contour imaging content; c) simultaneously to step b) obtaining depth imaging content associated to the obtained surface contour imaging content; d) segmenting among the depth imaging content a non deformable imaging content; e) providing a CBCT scan 3D image of the intraoral feature; and f) registering the non deformable content with CBCT Scan 3D image; wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues. a) obtaining optical coherence tomography imaging content with steps of: (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; (i) generating low coherence light of wavelengths above a threshold wavelength; (ii) obtaining an interference signal between a first portion of the low coherence light scattered from the intraoral feature and a second portion of the low coherence light reflected from a reference; b) obtaining surface contour imaging content; c) simultaneously to step b) obtaining depth imaging content associated to the obtained surface contour imaging content; d) segmenting among the depth imaging content a non deformable imaging content; e) providing a CBCT scan 3D image of the intraoral feature; and f) registering the non deformable content with CBCT Scan 3D image; wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues. wherein optical coherence tomography imaging and surface contour imaging content are obtained and mapped to the same coordinate system using the registered non deformable content; and wherein the non deformable content comprises hard tissues.
A method for detecting a cancer cell caused by HPV, comprising the steps of: a) preparing a sample containing DNA from a cell of a subject; b) converting unmethylated cytosine in DNA contained in the sample obtained in the step into another base, to give a conversion sample; such that in a nucleic acid sequence having a CpG site in the L1 region or L2 region of HPV, cytosine present in a CpG site is not converted into another base, and in a nucleic acid sequence in the LCR or E6 region of HPV, a cytosine is converted into another base; c) carrying out a nucleic acid amplification reaction, by using the conversion sample obtained in step (b), a first primer which hybridizes with said nucleic acid resulting from said conversion in the L1 region or L2 region of HPV, and a second primer which hybridizes with said nucleic acid resulting from said conversion in the LCR or E6 region of HPV, wherein the nucleic acid amplification reaction is to amplify a nucleic acid consisting of a continuous nucleotide sequence ranged from the site with which the first primer is hybridized to the site with which the second primer is hybridized; and d) detecting a cancer cell caused by HPV based on the result of the nucleic acid amplification reaction of the step (c). a) preparing a sample containing DNA from a cell of a subject; b) converting unmethylated cytosine in DNA contained in the sample obtained in the step into another base, to give a conversion sample; such that in a nucleic acid sequence having a CpG site in the L1 region or L2 region of HPV, cytosine present in a CpG site is not converted into another base, and in a nucleic acid sequence in the LCR or E6 region of HPV, a cytosine is converted into another base; c) carrying out a nucleic acid amplification reaction, by using the conversion sample obtained in step (b), a first primer which hybridizes with said nucleic acid resulting from said conversion in the L1 region or L2 region of HPV, and a second primer which hybridizes with said nucleic acid resulting from said conversion in the LCR or E6 region of HPV, wherein the nucleic acid amplification reaction is to amplify a nucleic acid consisting of a continuous nucleotide sequence ranged from the site with which the first primer is hybridized to the site with which the second primer is hybridized; and d) detecting a cancer cell caused by HPV based on the result of the nucleic acid amplification reaction of the step (c).
Mailbox with a box-shaped housing which has a housing opening, wherein a housing door which can be pivoted around a first axis for the purpose of opening and closing and a separate letter flap which can be pivoted around a second axis for the purpose of opening and closing jointly close the housing opening, wherein the pivoting of the housing door is coupled with the letter flap such that when the housing door pivots the letter flap pivots with it, characterised in that the housing door is connected with the letter flap via a guide rod which has at its letter-flap-side end a guide curve, in particular a slotted guide.
A radio base station for wireless communication in a communication system, the wireless communication involving uplink and downlink physical-layer processing, the radio base station characterized by comprising an integrated antenna node and a main node arranged to exchange data by means of an asymmetric digital interface, the asymmetric digital interface having lower bandwidth requirement for the downlink than for uplink, and wherein the integrated antenna node is arranged to perform only the downlink data link-layer processing functions and the main node is arranged to perform only the uplink data link-layer processing functions, for at least one set of corresponding uplink and downlink data link-layer processing functions.
A process for producing a chilled dessert item containing a crunchy composition arranged in superimposed layers in its mass, comprising the following steps: - a helical ribbon of milk, cereal-based, vegetable-based or fruit-based, product is continuously metered through a milk, cereal-based, vegetable-based or fruit-based, product outlet orifice of a metering nozzle; - a layer of molten substance intended to form the crunchy composition after cooling is applied, to the helical ribbon being formed, continuously from the beginning of it being formed to the end of it being metered, by metering through at least one molten substance outlet orifice of said metering nozzle; and - the helical layer of molten substance thus being formed is trapped between the first ribbon of milk, cereal-based, vegetable-based or fruit-based, product and a second helical ribbon of milk, cereal-based, vegetable-based or fruit-based, product, by concomitantly and continuously metering the second ribbon of product through a second product outlet orifice of the metering nozzle, such that said second ribbon is deposited onto the helical layer of molten substance being formed, simultaneously with the molten substance coming into contact with the first helical ribbon being formed. - a helical ribbon of milk, cereal-based, vegetable-based or fruit-based, product is continuously metered through a milk, cereal-based, vegetable-based or fruit-based, product outlet orifice of a metering nozzle; - a layer of molten substance intended to form the crunchy composition after cooling is applied, to the helical ribbon being formed, continuously from the beginning of it being formed to the end of it being metered, by metering through at least one molten substance outlet orifice of said metering nozzle; and - the helical layer of molten substance thus being formed is trapped between the first ribbon of milk, cereal-based, vegetable-based or fruit-based, product and a second helical ribbon of milk, cereal-based, vegetable-based or fruit-based, product, by concomitantly and continuously metering the second ribbon of product through a second product outlet orifice of the metering nozzle, such that said second ribbon is deposited onto the helical layer of molten substance being formed, simultaneously with the molten substance coming into contact with the first helical ribbon being formed.
An induction module for an induction cooking hob comprising an induction coil carrier made of metal and a housing made of plastics, wherein: - the induction coil carrier is provided for supporting at least one induction coil, - the housing is provided for covering and/or enclosing the at least one induction coil, - the housing is fixed or fixable to one side of the induction coil carrier, - the housing comprises a wall at one side, an open opposite side and one or more side walls between the wall at the one side and the open opposite side, - at least one hook element is formed at one or more side walls of the housing, and - the induction coil carrier includes a horizontal main panel, characterized in that - the induction coil carrier includes at least one vertical sheet element extending from the horizontal main panel, - at least one cut-out is formed in the vertical sheet element, and - the hook element and the corresponding cut-out form a snap-in mechanism for fixing the housing to the induction coil carrier, wherein - the side wall of the housing is adjacent to the corresponding vertical sheet element of the induction coil carrier. - the induction coil carrier is provided for supporting at least one induction coil, - the housing is provided for covering and/or enclosing the at least one induction coil, - the housing is fixed or fixable to one side of the induction coil carrier, - the housing comprises a wall at one side, an open opposite side and one or more side walls between the wall at the one side and the open opposite side, - at least one hook element is formed at one or more side walls of the housing, and - the induction coil carrier includes a horizontal main panel, - the induction coil carrier includes at least one vertical sheet element extending from the horizontal main panel, - at least one cut-out is formed in the vertical sheet element, and - the hook element and the corresponding cut-out form a snap-in mechanism for fixing the housing to the induction coil carrier, wherein - the side wall of the housing is adjacent to the corresponding vertical sheet element of the induction coil carrier.
A conductive polyamide/polyphenylene ether resin composition, comprising: (a) a base resin comprising (a-1) a polyphenylene ether and (a-2) a polyamide; (b) a modified polyolefin resin; (c) an impact modifier; (d) a compatibilizer; and (e) conductive fillers, wherein the conductive polyamide/polyphenylene ether resin composition is composed of a domain phase and a matrix phase, the domain phase comprising the polyphenylene ether (a-1) and the impact modifier (c), the matrix phase comprising the polyamide (a-2) and the modified polyolefin resin (b), and the conductive fillers (e) are dispersed in the domain phase and the matrix phase, the conductive fillers being dispersed in a larger amount in the matrix phase than in the domain phase; and wherein the conductive polyamide/polyphenylene ether resin composition is prepared by preparing a conductive polyphenylene ether resin composition through melt kneading of the polyphenylene ether (a-1), the modified polyolefin resin (b), the impact modifier (c), the compatibilizer (d) and the conductive fillers (e), and adding the polyamide (a-2) to the conductive polyphenylene ether resin composition, followed by melt kneading. (a) a base resin comprising (a-1) a polyphenylene ether and (a-2) a polyamide; (b) a modified polyolefin resin; (c) an impact modifier; (d) a compatibilizer; and (e) conductive fillers, wherein the conductive polyamide/polyphenylene ether resin composition is composed of a domain phase and a matrix phase, the domain phase comprising the polyphenylene ether (a-1) and the impact modifier (c), the matrix phase comprising the polyamide (a-2) and the modified polyolefin resin (b), and the conductive fillers (e) are dispersed in the domain phase and the matrix phase, the conductive fillers being dispersed in a larger amount in the matrix phase than in the domain phase; and wherein the conductive polyamide/polyphenylene ether resin composition is prepared by preparing a conductive polyphenylene ether resin composition through melt kneading of the polyphenylene ether (a-1), the modified polyolefin resin (b), the impact modifier (c), the compatibilizer (d) and the conductive fillers (e), and adding the polyamide (a-2) to the conductive polyphenylene ether resin composition, followed by melt kneading.
A multi-component polyurethane foam-forming system comprising a) a polyisocyanate, b) a polyether polyol or polyester polyol, c) a blowing agent, and d) one or more optional additives or auxiliary compounds, wherein the blowing agent is water and the components a) to d) can be combined or separate provided that components a) and b) are separate components of the multi-component polyurethane foam-forming system, and wherein the polyurethane foam-forming system additionally comprises e) a water-redispersible polymer powder based on a homopolymer or copolymer of one or more monomers from the group consisting of vinyl esters of unbranched or branched alkylcarboxylic acids having from 1 to 15 carbon atoms, methacrylic esters and acrylic esters of alcohols having from 1 to 15 carbon atoms, vinylaromatics, olefins and dienes wherein the water-redispersible polymer powder is a dried powder of an aqueous dispersion of the homopolymer or copolymer and a protective colloid included in an amount of from 3 to 30 wt% based on a total weight of the homopolymer or copolymer. a) a polyisocyanate, b) a polyether polyol or polyester polyol, c) a blowing agent, and d) one or more optional additives or auxiliary compounds, wherein the blowing agent is water and the components a) to d) can be combined or separate provided that components a) and b) are separate components of the multi-component polyurethane foam-forming system, and wherein the polyurethane foam-forming system additionally comprises e) a water-redispersible polymer powder based on a homopolymer or copolymer of one or more monomers from the group consisting of vinyl esters of unbranched or branched alkylcarboxylic acids having from 1 to 15 carbon atoms, methacrylic esters and acrylic esters of alcohols having from 1 to 15 carbon atoms, vinylaromatics, olefins and dienes
An inkjet printing fluid composition comprising water and a water dispersible polyurethane additive of the general formula of: wherein Z is the central portion of a monomer unit that is the polymerization product of a diisocyanate; X 1 -Y 1 -X 1 represents one or more soft segments wherein Y 1 represents the central portion of a unit that is the polymerization product of a diamine or diol prepolymer having a molecular weight of greater than 300 Daltons; W is the central portion of one or more units containing an acid group; X 2 -Y 2 -X 2 represents one or more hard segments wherein Y 2 represents the central portion of a unit that is the polymerization product of a C 2 -C 8 diol or diamine having a molecular weight of less than 250 Daltons; and X 1, V and X 2 can be the same or different and are an -O- or -N- atom; and further wherein the polyurethane additive has a weight average molecular weight of at least 6,000 Daltons and a sufficient number of acid groups to provide an acid number greater than 35, and the one or more X 2 -Y 2 -X 2 hard segments are present at from 1 wt% to less than 13 wt% of the polyurethane additive.
Method for measuring a chemical composition of a metal melt suitable for coating a steel strip, wherein the metal melt comprising a zinc and aluminium alloy is formed continuously in a first cavity and the composition thereof is measured on a direct measurement surface of said melt, wherein a chemical composition analysing means performs its physical measurement in direct incidence on the measurement surface, characterised in that a sample of metal melt reaching the measurement surface is subjected to re-heating at a temperature selected so as to isolate mainly iron-based impurities from said measurement surface, said re-heating designed to redissolve into the molten bath iron-based intermetallic compounds present in the form of impurities, thereby preserving only the chemical composition of the metal melt in the direct measurement surface.