mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control system for controlling a vehicle transfer case operable in a high range and a low range and adapted to change range while the vehicle is in motion; the control system being configured to: determine an operating range for the transfer case based on a selected vehicle operating mode, the selected vehicle operating mode being selected from a plurality of vehicle operating modes each defining dynamic operating parameters of the vehicle, the plurality of vehicle operating modes comprising at least one on-road operating mode requiring that the transfer case operates in a high range and off-road operating modes, wherein said off-road operating modes comprise one or more low range off-road modes requiring that the transfer case operates in a low range; and one or more high range off-road modes requiring that the transfer case operates in a high range; and output a range change signal to implement a range change to engage the determined operating range. determine an operating range for the transfer case based on a selected vehicle operating mode, the selected vehicle operating mode being selected from a plurality of vehicle operating modes each defining dynamic operating parameters of the vehicle, the plurality of vehicle operating modes comprising at least one on-road operating mode requiring that the transfer case operates in a high range and off-road operating modes, wherein said off-road operating modes comprise one or more low range off-road modes requiring that the transfer case operates in a low range; and one or more high range off-road modes requiring that the transfer case operates in a high range; and output a range change signal to implement a range change to engage the determined operating range.
A method performed by a wireless user device, the method comprising: determining that a transmission, Tx, profile for one or more data packets is not received from an application layer, wherein the one or more data packets is for vehicle-to-everything, V2X, transmission between wireless user devices; selecting, based on the determining, a first transmission format associated with a first Tx profile, wherein the first transmission format is configured to use a first range of modulation and coding scheme, MCS, indices comprised in a second range of MCS indices configured for a second transmission format; and transmitting, based on the selected first transmission format, the one or more data packets from the wireless user device to one or more wireless user devices. determining that a transmission, Tx, profile for one or more data packets is not received from an application layer, wherein the one or more data packets is for vehicle-to-everything, V2X, transmission between wireless user devices; selecting, based on the determining, a first transmission format associated with a first Tx profile, wherein the first transmission format is configured to use a first range of modulation and coding scheme, MCS, indices comprised in a second range of MCS indices configured for a second transmission format; and transmitting, based on the selected first transmission format, the one or more data packets from the wireless user device to one or more wireless user devices.
A catalytic system, which can be used for the hydroconversion of heavy oils comprising a mixture of: a first catalyst, having a hydrogenating function, consisting of solid particles of which at least 95% by volume having an equivalent diameter smaller than 20 μm, containing one or more sulphides of metals of group VI and/or VIIIB, and a second catalyst, having a cracking function, consisting of solid particles of which at least 90% by volume having an equivalent diameter larger than 5 μm and smaller than 5 mm, containing an amorphous silico-aluminate and/or a crystalline silico-aluminate and/or alumina, wherein the equivalent average diameter of the solid particles of the second catalyst is greater than the equivalent average diameter of the solid particles of the first catalyst. a first catalyst, having a hydrogenating function, consisting of solid particles of which at least 95% by volume having an equivalent diameter smaller than 20 μm, containing one or more sulphides of metals of group VI and/or VIIIB, and a second catalyst, having a cracking function, consisting of solid particles of which at least 90% by volume having an equivalent diameter larger than 5 μm and smaller than 5 mm, containing an amorphous silico-aluminate and/or a crystalline silico-aluminate and/or alumina, wherein the equivalent average diameter of the solid particles of the second catalyst is greater than the equivalent average diameter of the solid particles of the first catalyst.
An antagonist of IGFR-like receptor, said IGFR-like receptor comprising a sequence corresponding to SEQ ID No. 1, for use in a method of prophylactic and/or therapeutic treatment of diabetes, wherein the antagonist is an antibody or a siRNA.
A method of sending user plane traffic via a cache in a node located between a base station and a Serving Gateway in a mobile telecommunications network, the method comprising, at the base station located in the Radio Access Network: receiving a message containing tunneling protocol information identifying the Serving Gateway; sending a second message towards the node, the second message including tunneling protocol information identifying the base station and the Serving Gateway; receiving a third message from the node, the third message including tunneling protocol information for the base station to use towards the node, and tunneling protocol information for the Serving Gateway to use towards the node; sending in a fourth message tunneling protocol information for the Serving Gateway to use towards the node; and sending and/or receiving user plane traffic between the base station and the Serving Gateway via the cache in the node. receiving a message containing tunneling protocol information identifying the Serving Gateway; sending a second message towards the node, the second message including tunneling protocol information identifying the base station and the Serving Gateway; receiving a third message from the node, the third message including tunneling protocol information for the base station to use towards the node, and tunneling protocol information for the Serving Gateway to use towards the node; sending in a fourth message tunneling protocol information for the Serving Gateway to use towards the node; and sending and/or receiving user plane traffic between the base station and the Serving Gateway via the cache in the node.
Electrical system, in particular designed to be installed on board an electric or hybrid vehicle, wherein said electrical system comprises: an AC-to-DC converter that comprises a rectifier and a DC-to-DC converter (DC, DCDC2, DCDC20), an isolated DC-to-DC converter connected to a high voltage battery, and wherein said electrical system is configured, in a first operating mode, to be connected to an external alternating electricity grid to charge the high voltage battery, and wherein said rectifier provided a rectified voltage to the DC-to-DC converter (DC, DCDC2, DCDC20), from the alternating current received from the external alternating electricity grid, and wherein said DC-to-DC converter is connected to the high voltage battery through the isolated DC-to-DC converter said electrical system is characterised in that first interface terminals of the DC-to-DC converter (DC, DCDC2, DCDC20) are designed to be connected to a low voltage battery, and in that said electrical system is configured so that, in a second operating mode, when the electrical system is disconnected from the external alternating electricity grid, said DC-to-DC converter (DC, DCDC2, DCDC20) provides an initial voltage (V1, V2) from the high voltage battery to power the low voltage battery. an AC-to-DC converter that comprises a rectifier and a DC-to-DC converter (DC, DCDC2, DCDC20), an isolated DC-to-DC converter connected to a high voltage battery, and wherein said electrical system is configured, in a first operating mode, to be connected to an external alternating electricity grid to charge the high voltage battery, and wherein said rectifier provided a rectified voltage to the DC-to-DC converter (DC, DCDC2, DCDC20), from the alternating current received from the external alternating electricity grid, and wherein said DC-to-DC converter is connected to the high voltage battery through the isolated DC-to-DC converter said electrical system is characterised in that first interface terminals of the DC-to-DC converter (DC, DCDC2, DCDC20) are designed to be connected to a low voltage battery, and in that said electrical system is configured so that, in a second operating mode, when the electrical system is disconnected from the external alternating electricity grid, said DC-to-DC converter (DC, DCDC2, DCDC20) provides an initial voltage (V1, V2) from the high voltage battery to power the low voltage battery.
An acoustic structure for reducing noise generated from a source, said acoustic structure comprising: a honeycomb comprising a first side to be located closest to said source and a second side, said honeycomb comprising a plurality of honeycomb walls that extend between said first and second sides (15, 17), said honeycomb walls defining a plurality of cells wherein each of said cells has a cross-sectional area measured perpendicular to said honeycomb walls; an acoustic barrier located at the second edge of said honeycomb or within at least one of said cells to form an acoustic resonator wherein the depth of said acoustic resonator is equal to the distance between the first side of said honeycomb and said acoustic barrier; a multi-sectional acoustic septum extending vertically within said acoustic resonator, said acoustic septum having a septum top located nearest the first side of said honeycomb and a septum bottom located nearest the second side of said honeycomb, said acoustic septum comprising a septum wall that extends between said septum top and said septum bottom, wherein said septum wall is divided into at least a first septum section located nearest to said septum top and a second septum section located nearest to said septum bottom; wherein said first septum section comprises a solid wall and forms a wave guide, and characterised in that said second septum section comprises a mesh and forms a secondary acoustic resonator, so that the acoustic damping provided by the wall of said first septum section is different from the acoustic damping provided by the wall of said second septum section, and at least one additional septum section is located between said first septum section and said second septum section, the additional septum section acting as an acoustic resonator, wherein a perforated film or sheet is used in the additional septum section, such that the noise damping properties of the mesh and the film or sheet are different. a honeycomb comprising a first side to be located closest to said source and a second side, said honeycomb comprising a plurality of honeycomb walls that extend between said first and second sides (15, 17), said honeycomb walls defining a plurality of cells wherein each of said cells has a cross-sectional area measured perpendicular to said honeycomb walls; an acoustic barrier located at the second edge of said honeycomb or within at least one of said cells to form an acoustic resonator wherein the depth of said acoustic resonator is equal to the distance between the first side of said honeycomb and said acoustic barrier; a multi-sectional acoustic septum extending vertically within said acoustic resonator, said acoustic septum having a septum top located nearest the first side of said honeycomb and a septum bottom located nearest the second side of said honeycomb, said acoustic septum comprising a septum wall that extends between said septum top and said septum bottom, wherein said septum wall is divided into at least a first septum section located nearest to said septum top and a second septum section located nearest to said septum bottom;
A method for single molecule detection comprising: providing a nanopore in an electrically insulating membrane; applying a voltage across the membrane; intermittently monitoring the pattern of variations in current passing through the nanopore as a nucleic acid template having a single-stranded linker connecting sense and antisense strands of a double-stranded polynucleotide is drawn through the nanopore using an enzyme chaperone, wherein the sense strand and an antisense strands of the double-stranded polynucleotide are separated such that the nucleic acid template is single stranded and linear as each of its nucleotides passes through the nanopore, wherein the single-stranded linker connects (i) the 3' end of the sense strand to the 5' end of the antisense strand, or (ii) the 5' end of the sense strand to the 3' end of the antisense strand; analyzing the pattern of variations to determine a nucleotide sequence of the nucleic acid template, wherein the determining step comprises generating sequence information from the sequence read data for at least overlapping portions of the sense and antisense strands obtained from the two ends of the nucleic acid template; and transforming the redundant sequence information generated for the overlapping portions of the sense and antisense strands into a consensus sequence, wherein said data processing is implemented using a software or algorithm. providing a nanopore in an electrically insulating membrane; applying a voltage across the membrane; intermittently monitoring the pattern of variations in current passing through the nanopore as a nucleic acid template having a single-stranded linker connecting sense and antisense strands of a double-stranded polynucleotide is drawn through the nanopore using an enzyme chaperone, wherein the sense strand and an antisense strands of the double-stranded polynucleotide are separated such that the nucleic acid template is single stranded and linear as each of its nucleotides passes through the nanopore, wherein the single-stranded linker connects (i) the 3' end of the sense strand to the 5' end of the antisense strand, or (ii) the 5' end of the sense strand to the 3' end of the antisense strand; analyzing the pattern of variations to determine a nucleotide sequence of the nucleic acid template, wherein the determining step comprises generating sequence information from the sequence read data for at least overlapping portions of the sense and antisense strands obtained from the two ends of the nucleic acid template; and transforming the redundant sequence information generated for the overlapping portions of the sense and antisense strands into a consensus sequence, wherein said data processing is implemented using a software or algorithm.
A method for preparing a flavor-containing sheet for a smoking article, characterized by comprising: a step of extending a raw material slurry on a substrate, wherein the slurry contains a polysaccharide including at least one of κ -carrageenan and gellan gum, a flavor, an emulsifier and 70 to 95 wt% of water, has the flavor content of 100 to 1000 wt% based on the polysaccharide, and has a temperature of 60 to 90°C in a sol state; a step of cooling the extended raw material slurry to a sample temperature of 0 to 30°C to form a gel without adding a metal ion; and a heat-drying step comprising heating the gelled raw material and drying it at a sample temperature of 70 to 100°C, wherein the heat-drying step is performed for a total drying time of 20 minutes or less. a step of extending a raw material slurry on a substrate, wherein the slurry contains a polysaccharide including at least one of κ -carrageenan and gellan gum, a flavor, an emulsifier and 70 to 95 wt% of water, has the flavor content of 100 to 1000 wt% based on the polysaccharide, and has a temperature of 60 to 90°C in a sol state; a step of cooling the extended raw material slurry to a sample temperature of 0 to 30°C to form a gel without adding a metal ion; and a heat-drying step comprising heating the gelled raw material and drying it at a sample temperature of 70 to 100°C, wherein the heat-drying step is performed for a total drying time of 20 minutes or less.
A method for producing a three dimensional surface on a substrate comprising the steps of: A) applying a photocurable resin, or a paint or ink containing it, on the surface of a substrate thus forming a coating; B) applying a water-based embossing liquid on a portion of the coating the deposition of said embossing liquid producing concavities or convexities on the said photocurable resin or paint or ink layer, C) polymerizing the photocurable resin by means of irradiation with UV beams, D) removing the embossing liquid, the embossing liquid consisting of water (H2O), characterised in that the embossing liquid comprises silicones and/or silicone acrylates. A) applying a photocurable resin, or a paint or ink containing it, on the surface of a substrate thus forming a coating; B) applying a water-based embossing liquid on a portion of the coating the deposition of said embossing liquid producing concavities or convexities on the said photocurable resin or paint or ink layer, C) polymerizing the photocurable resin by means of irradiation with UV beams, D) removing the embossing liquid, the embossing liquid consisting of water (H2O),
Repeating gun comprising a bolt having a bolt body movable between a locked position and an unlocked position, and a trigger mechanism having a trigger, a sear movable between a cocking position and a releasing position, a transfer element movable by actuation of the trigger between a holding position for holding the sear in the cocked position and a release position for moving the sear into the releasing position, and a catch element movable transversely to the bolt body for limiting an axial movement of the bolt during opening, characterized in that a control cam is arranged on the bolt body to move the catch element into a securing position when the bolt body is moved into the unlocked position and a blocking element cooperating with the transfer element is arranged on the catch element for preventing a movement of the transfer element into the release position when the catch element moves into the securing position.
A carrier for holding a plurality of containers, comprising: a plurality of panels at least partially extending around an interior space of the carrier, the plurality of panels includes a front panel, a back panel, at least one central panel, at least one side panel, and at least one bottom panel (177, 223), the at least one central panel positioned a distance from one of the front panel and the back panel; at least one curved corner; and at least one curved divider flap extending from the at least one central panel to the one of the front panel and the back panel in the interior space of the carrier, the at least one curved divider flap defines a radius of curvature (D/2), the radius of curvature (D/2) is approximately half the distance from the at least one central panel to the one of the front panel and the back panel. a plurality of panels at least partially extending around an interior space of the carrier, the plurality of panels includes a front panel, a back panel, at least one central panel, at least one side panel, and at least one bottom panel (177, 223), the at least one central panel positioned a distance from one of the front panel and the back panel; at least one curved corner; and at least one curved divider flap extending from the at least one central panel to the one of the front panel and the back panel in the interior space of the carrier, the at least one curved divider flap defines a radius of curvature (D/2), the radius of curvature (D/2) is approximately half the distance from the at least one central panel to the one of the front panel and the back panel.
Headlamp for a vehicle comprising a housing closed by a transparent outer lens, inside which housing there are placed at least one lighting module emitting a beam of light in the direction of an optical axis defining a cone of light and a transparent screen positioned between said at least one lighting module and the outer lens, at least one edge of the screen receiving a beam of light emitted by at least one light source, distinct from the lighting module and guided inside the screen, - an internal face of the screen, which face is situated facing said at least one lighting module, being equipped with a plurality of optical modules that scatter the light emitted by the at least one light source towards the outer lens, in order to form a signalling function, - the outer lens making a first angle of 60° to 100° with the optical axis of said at least one lighting module, characterized in that the screen makes, with the optical axis of said at least one lighting module, a second angle such that part of the cone of light from the beam of light, which part is situated beneath the optical axis and furthest from the optical axis when they headlight is in a position of use, is reflected by the screen towards said lighting module, so as to pass above the same. - an internal face of the screen, which face is situated facing said at least one lighting module, being equipped with a plurality of optical modules that scatter the light emitted by the at least one light source towards the outer lens, in order to form a signalling function, - the outer lens making a first angle of 60° to 100° with the optical axis of said at least one lighting module, characterized in that the screen makes, with the optical axis of said at least one lighting module, a second angle such that part of the cone of light from the beam of light, which part is situated beneath the optical axis and furthest from the optical axis when they headlight is in a position of use, is reflected by the screen towards said lighting module, so as to pass above the same.
A hearing instrument comprising - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing instrument, - a speaker connected to an output of the signal processor for converting the second audio signal into an output sound signal, - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field, the antenna having a first antenna element and a plurality of further antenna elements, the first antenna element having a first branch and a second branch, the first branch and the second branch being interconnected with the wireless communication unit, the first branch having a first connecting region and the second branch having a second connecting region, characterized in that each of the plurality of further antenna elements interconnects the first connecting region and the second connecting region. - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing instrument, - a speaker connected to an output of the signal processor for converting the second audio signal into an output sound signal, - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field, the antenna having a first antenna element and a plurality of further antenna elements, the first antenna element having a first branch and a second branch, the first branch and the second branch being interconnected with the wireless communication unit, the first branch having a first connecting region and the second branch having a second connecting region, characterized in that each of the plurality of further antenna elements interconnects the first connecting region and the second connecting region.