mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a touch display device, comprising the steps of: (a) laminating a display module to a surface of a touch substrate by a first adhesive, the touch substrate being substantially transparent wherein a substantially transparent flexible circuit board is laminated on the touch substrate; (c) performing light curing of the first adhesive to form a first adhesive layer; (b) laminating a lens to the other surface of the touch substrate by a second adhesive, wherein a shading area is formed by covering printing ink around the lens and (d) performing light curing of the second adhesive to form a second adhesive layer. (a) laminating a display module to a surface of a touch substrate by a first adhesive, the touch substrate being substantially transparent wherein a substantially transparent flexible circuit board is laminated on the touch substrate; (c) performing light curing of the first adhesive to form a first adhesive layer; (b) laminating a lens to the other surface of the touch substrate by a second adhesive, wherein a shading area is formed by covering printing ink around the lens and (d) performing light curing of the second adhesive to form a second adhesive layer.
A method of decoding video data, the method comprising: receiving a block of video data in an encoded video bitstream, the block of video data having been encoded using a palette-based coding mode; receiving a plurality of syntax elements that are indicative of a palette that was used to encode the block of video data, the plurality of syntax elements including a first syntax element that indicates a number of palette values for the palette that are explicitly signaled in the encoded video bitstream, wherein a maximum value of the first syntax element is defined relative to one or more of a second syntax element that indicates a maximum size of the palette or a third syntax element that indicates a maximum size of a palette predictor, wherein the second syntax element has a value from 0 to a first threshold and the third syntax element has a value from 0 to a second threshold, and encoded using one or more Golomb codes such that the length of the encoded first syntax element is less than or equal to a predetermined maximum number of bits; decoding the plurality of syntax elements, including decoding the first syntax element using the one or more Golomb codes; reconstructing the palette based on the decoded plurality of syntax elements; and decoding the block of video data using the reconstructed palette. receiving a block of video data in an encoded video bitstream, the block of video data having been encoded using a palette-based coding mode; receiving a plurality of syntax elements that are indicative of a palette that was used to encode the block of video data, the plurality of syntax elements including a first syntax element that indicates a number of palette values for the palette that are explicitly signaled in the encoded video bitstream, wherein a maximum value of the first syntax element is defined relative to one or more of a second syntax element that indicates a maximum size of the palette or a third syntax element that indicates a maximum size of a palette predictor, wherein the second syntax element has a value from 0 to a first threshold and the third syntax element has a value from 0 to a second threshold, and encoded using one or more Golomb codes such that the length of the encoded first syntax element is less than or equal to a predetermined maximum number of bits; decoding the plurality of syntax elements, including decoding the first syntax element using the one or more Golomb codes; reconstructing the palette based on the decoded plurality of syntax elements; and decoding the block of video data using the reconstructed palette.
A bung (1, 30) for an aspiration assembly, the bung having a lower surface and a first aperture extending through the bung (1,30), the first aperture being for an inlet tube, wherein the first aperture includes a first recess in the lower surface of the bung (1,30) and the first recess has a base (19, 32) and is adapted to receive a flushing fluid supply device whereby in use flushing fluid may be directed through the inlet tube; characterised in that the bung (1,30) has a tapered side surface for fitting into a sample tube and in that the base of the recess includes a sealing surface around the first aperture to enable the recess to sealingly receive the flushing fluid supply device.
An abnormality detection method, comprising: calculating, for a detection target packet stream made up of a plurality of detection target packets that are consecutive, a plurality of distances between the plurality of detection target packets; extracting a feature amount of the detection target packet stream using the plurality of distances calculated; and calculating information about a degree of abnormality in the detection target packet stream using the feature amount extracted. calculating, for a detection target packet stream made up of a plurality of detection target packets that are consecutive, a plurality of distances between the plurality of detection target packets; extracting a feature amount of the detection target packet stream using the plurality of distances calculated; and calculating information about a degree of abnormality in the detection target packet stream using the feature amount extracted.
A method of building tyres for vehicle wheels, comprising: - arranging a dispensing station (19, 20, 21; 23, 24, 25, 26) of semifinished products (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) in "m" of "n" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi), positioned in a space succession along a deposition line, where "n" is greater than or equal to "m"; - loading a forming drum onto the deposition line at a loading and unloading location; - moving the forming drum between "s" of said "m" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi), where "s" is smaller than or equal to "m", wherein in each of said "s" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi) at least one semifinished product (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) dispensed from the respective dispensing station (19, 20, 21; 22, 23, 24, 25, 26) of semifinished products (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) is laid on a surface radially external to the forming drum so as to form at least one component of the tyre; - bringing back the forming drum provided with the components of the tyre to said loading and unloading location and unloading it from the deposition line before loading a subsequent forming drum; wherein said forming drum is moved in a sequence different from the space succession of said "n" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi) along the deposition line. - arranging a dispensing station (19, 20, 21; 23, 24, 25, 26) of semifinished products (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) in "m" of "n" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi), positioned in a space succession along a deposition line, where "n" is greater than or equal to "m"; - loading a forming drum onto the deposition line at a loading and unloading location; - moving the forming drum between "s" of said "m" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi), where "s" is smaller than or equal to "m", wherein in each of said "s" deposition locations (18i, 18ii, 18iii, 18iv, 18v, 18vi) at least one semifinished product (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) dispensed from the respective dispensing station (19, 20, 21; 22, 23, 24, 25, 26) of semifinished products (4a, 4b, 5; 22a, 23a, 24a, 25a, 26a) is laid on a surface radially external to the forming drum so as to form at least one component of the tyre; - bringing back the forming drum provided with the components of the tyre to said loading and unloading location and unloading it from the deposition line before loading a subsequent forming drum;
A lighting system for illuminating a space, the lighting system comprising: at least one light source comprising a plurality of lighting elements which are configured to emit different colours of light allowing a spectral composition of light emitted by the at least one light source to be controlled by turning the plurality of lighting elements on and off in different combinations and/or by controlling their relative intensities; and at least one controller configured to: receive an indication of a pre-selected duration of an emission period for which the at least one light source is to emit light; control the at least one light source to emit light for the pre-selected duration of the emission period; and select a composition of a first spectrum of the light emitted by the at least one light source to be a first spectral composition during at least part of the emission period, the first spectral composition suitable for generating an ipRGC mediated non-visual response at a user located in the space, characterized in that the at least one controller is configured to select the composition of the first spectrum in dependence on the pre-selected duration of the emission period and taking into account information regarding relative contributions of rods, cones and melanopsin photoreceptors as a function of duration, thereby engendering the ipRGC mediated non-visual response at the user. at least one light source comprising a plurality of lighting elements which are configured to emit different colours of light allowing a spectral composition of light emitted by the at least one light source to be controlled by turning the plurality of lighting elements on and off in different combinations and/or by controlling their relative intensities; and at least one controller configured to: receive an indication of a pre-selected duration of an emission period for which the at least one light source is to emit light; control the at least one light source to emit light for the pre-selected duration of the emission period; and select a composition of a first spectrum of the light emitted by the at least one light source to be a first spectral composition during at least part of the emission period, the first spectral composition suitable for generating an ipRGC mediated non-visual response at a user located in the space, receive an indication of a pre-selected duration of an emission period for which the at least one light source is to emit light; control the at least one light source to emit light for the pre-selected duration of the emission period; and select a composition of a first spectrum of the light emitted by the at least one light source to be a first spectral composition during at least part of the emission period, the first spectral composition suitable for generating an ipRGC mediated non-visual response at a user located in the space,
Cladding for an interior of a motor vehicle, with a cladding surface and with at least one light source (5a, 5b, 5c, 5d), which is arranged at an edge of the cladding surface, and by means of which the cladding surface can be illuminated from the edge, wherein, - a cladding element is mounted on the cladding surface, namely by means of a retaining element arranged between the cladding surface and the cladding element, - a distance (d) between the edge of the cladding surface and the retaining element parallel to amain extension plane of the cladding surface is greater, at least in some places, than the distance (e) between the edge of the cladding surface and the cladding element parallel to the main extension plane of the cladding surface, characterised in that - several light sources (5a, 5b, 5c, 5d) are arranged peripherally along the edge of the cladding surface, with which light can be radiated from several directions onto the cladding surface. - a cladding element is mounted on the cladding surface, namely by means of a retaining element arranged between the cladding surface and the cladding element, - a distance (d) between the edge of the cladding surface and the retaining element parallel to amain extension plane of the cladding surface is greater, at least in some places, than the distance (e) between the edge of the cladding surface and the cladding element parallel to the main extension plane of the cladding surface, characterised in that - several light sources (5a, 5b, 5c, 5d) are arranged peripherally along the edge of the cladding surface, with which light can be radiated from several directions onto the cladding surface.
A pharmaceutical formulation printing device, comprising: a pharmaceutical formulation transporting device comprising a first pulley, a second pulley, and a plurality of endless transport belts (13, 14) wound around the first pulley and the second pulley, wherein the plurality of transport belts (13, 14) being disposed so as to be capable of holding a solid pharmaceutical formulation between respective first side surfaces; and a plurality of printers (70, 71) for respectively printing on a front and back of a solid pharmaceutical formulation transported by the plurality of transport belts (13, 14) of the pharmaceutical formulation transporting device.
A paddle lead assembly for providing electrical stimulation of patient tissue, the lead comprising: a paddle body comprising four columns of electrodes, wherein each of the four columns comprises at least one electrode, wherein the four columns of electrodes includes two outer columns flanking two inner columns; an extension element coupled to the paddle body; a plurality of lead bodies disposed proximally to the extension element; a junction spaced apart from the paddle body, the junction coupling the extension element to the plurality of lead bodies; a plurality of terminals disposed on each of the plurality of lead bodies; a plurality of conductive wires coupling each of the electrodes to at least one of the plurality of terminals, wherein the plurality of conductive wires extend along the extension element to the junction, wherein the plurality of conductive wires are divided up into a plurality of distinct groupings in the junction, and wherein a different one of the groupings of conductive wires extends along each of the plurality of lead bodies; wherein the number of lead bodies is equal to the number of columns of electrodes. a paddle body comprising four columns of electrodes, wherein each of the four columns comprises at least one electrode, wherein the four columns of electrodes includes two outer columns flanking two inner columns; an extension element coupled to the paddle body; a plurality of lead bodies disposed proximally to the extension element; a junction spaced apart from the paddle body, the junction coupling the extension element to the plurality of lead bodies; a plurality of terminals disposed on each of the plurality of lead bodies; a plurality of conductive wires coupling each of the electrodes to at least one of the plurality of terminals, wherein the plurality of conductive wires extend along the extension element to the junction, wherein the plurality of conductive wires are divided up into a plurality of distinct groupings in the junction, and wherein a different one of the groupings of conductive wires extends along each of the plurality of lead bodies;
A switch element for use in a potentially explosive area that has a base plate and a top, the top covering/enclosing a surface of the base plate such that there is produced between a surface of the base plate and the top a cavity in which there are contacts for closing and opening an electrical circuit, and the switch element also having an opening to the outside and otherwise being sealed to the outside, characterized in that: the opening is provided either in the base plate or in the top; the cross-sectional area of the opening has at its narrowest point a surface area that is smaller than 0.1256 mm 2; and at the point at which the opening is provided, the base plate or the top has a thickness which is greater than 1.2 mm so that the depth of the opening is greater than 1.2 mm; wherein a cross-sectional area of the opening is round, in particular oval or circular or wherein a cross-sectional area of the opening is angular, in particular square or rectangular; and wherein the opening is in the form of a cone which tapers either inwardly or outwardly, or the opening has a biconical form which is tapered in the middle part or at the ends. the opening is provided either in the base plate or in the top; the cross-sectional area of the opening has at its narrowest point a surface area that is smaller than 0.1256 mm 2; and at the point at which the opening is provided, the base plate or the top has a thickness which is greater than 1.2 mm so that the depth of the opening is greater than 1.2 mm; wherein a cross-sectional area of the opening is round, in particular oval or circular or wherein a cross-sectional area of the opening is angular, in particular square or rectangular; and wherein a cross-sectional area of the opening is round, in particular oval or circular or wherein a cross-sectional area of the opening is angular, in particular square or rectangular; and wherein the opening is in the form of a cone which tapers either inwardly or outwardly, or the opening has a biconical form which is tapered in the middle part or at the ends.
A method, comprising: selectively sampling, with a coupler, both at least a part of a radio frequency signal travelling from an amplifier unit towards an antenna of a transceiver for a telecommunication system and at least a part of the radio frequency signal reflected from the antenna; down converting the sampled radio frequency signals; measuring strengths of the down converted signals; and controlling, as a function of the measured strengths, at least one parameter of the amplifier unit amplifying the radio frequency signal. selectively sampling, with a coupler, both at least a part of a radio frequency signal travelling from an amplifier unit towards an antenna of a transceiver for a telecommunication system and at least a part of the radio frequency signal reflected from the antenna; down converting the sampled radio frequency signals; measuring strengths of the down converted signals; and controlling, as a function of the measured strengths, at least one parameter of the amplifier unit amplifying the radio frequency signal.
A UV-C water purification device, comprising: one or more UV-C LED modules for administering UV-C light to a body of water, each module comprising: - a UV-C LED die having a bottom surface and a top surface, and - an associated UV-C-translucent window element, - wherein the UV-C LED die is a flip-chip die and is at least partly embedded in the associated UV-C-translucent window element, and wherein - the UV-C LED die is solidly coupled against the associated UV-C-translucent window element, such that the top surface of the UV-C LED die is in optical communication with the associated UV-C-translucent window element, and wherein - the associated UV-C-translucent window element comprises on its bottom surface electrical tracks for delivering current to one or more terminals of the UV-C LED die, and wherein the associated UV-C-translucent window element is for transferring heat from the UV-C LED die, and - wherein the UV-C water purification device further comprises a sealing layer disposed over the bottom surface of the UV-C LED die, the sealing layer being UV-C light reflective, and wherein the sealing layer is covering the bottom surface of the UV-C LED die and partially covering a bottom surface of the UV-C-translucent window element. - a UV-C LED die having a bottom surface and a top surface, and - an associated UV-C-translucent window element, - wherein the UV-C LED die is a flip-chip die and is at least partly embedded in the associated UV-C-translucent window element, and wherein - the UV-C LED die is solidly coupled against the associated UV-C-translucent window element, such that the top surface of the UV-C LED die is in optical communication with the associated UV-C-translucent window element, and wherein - the associated UV-C-translucent window element comprises on its bottom surface electrical tracks for delivering current to one or more terminals of the UV-C LED die, and wherein the associated UV-C-translucent window element is for transferring heat from the UV-C LED die, and - wherein the UV-C water purification device further comprises a sealing layer disposed over the bottom surface of the UV-C LED die, the sealing layer being UV-C light reflective, and wherein the sealing layer is covering the bottom surface of the UV-C LED die and partially covering a bottom surface of the UV-C-translucent window element.
A method of controlling transmission of plural downlink signals from plural base stations (210-1, 210-2, 210-3) to a terminal, wherein the plural downlink signals carry same information to the terminal, and wherein each base station (210-1, 210-2, 210-3) transmits its downlink signal on a corresponding downlink channel, the method comprising: receiving, by an anchor base station of the plural base stations (210-1, 210-2, 210-3), a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); adjusting, by the anchor base station, transmission parameters for each downlink signal based on the feedback from the terminal; and notifying, by the anchor base station, the other base stations (210-2, 210-3) regarding the adjusted transmission parameters, wherein the feedback from the terminal includes information regarding one or more taps of each downlink channel corresponding to each base station (210-1, 210-2, 210-3), and wherein each base station (210-1, 210-2, 210-3) is capable of communicating with the terminal independent of the other base stations (210-1, 210-2, 210-3). receiving, by an anchor base station of the plural base stations (210-1, 210-2, 210-3), a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); adjusting, by the anchor base station, transmission parameters for each downlink signal based on the feedback from the terminal; and notifying, by the anchor base station, the other base stations (210-2, 210-3) regarding the adjusted transmission parameters,
A method for detecting the presence or absence of a polynucleotide target in a sample, comprising: a. providing a coated solid support comprising a silicon substrate, a cationic layer, and a plurality of cleavable target-specific probes attached to the coated solid support; b. applying to the coated solid support the sample; c. chemically cleaving hybridized probes and unhybridized probes from the coated solid support and eluting the cleaved probes to create an eluent; d. applying the eluent and a reaction medium to a second coated solid support e. subjecting the eluent to an isothermal helicase-dependent amplification process capable of amplifying a polynucleotide target, and concurrently hybridizing amplified polynucleotide targets to the probes on the second coated solid support and f. detecting the presence or absence of polynucleotide targets bound to the probes. a. providing a coated solid support comprising a silicon substrate, a cationic layer, and a plurality of cleavable target-specific probes attached to the coated solid support; b. applying to the coated solid support the sample; c. chemically cleaving hybridized probes and unhybridized probes from the coated solid support and eluting the cleaved probes to create an eluent; d. applying the eluent and a reaction medium to a second coated solid support e. subjecting the eluent to an isothermal helicase-dependent amplification process capable of amplifying a polynucleotide target, and concurrently hybridizing amplified polynucleotide targets to the probes on the second coated solid support and f. detecting the presence or absence of polynucleotide targets bound to the probes.