mhurhangee/ep-ind-claims huggingface dataset:
A method for processing, within an image processing chain to be connected to an imager, an array of pixels (RGBIR_RAW) each containing an original red, green, blue, or infrared component, the method comprising at least one interpolation of an interpolated component different from the original component of a pixel of interest from the components of a group of pixels next to the pixel of interest, the interpolation comprising: - calculating the sum of the components of reference pixels (P1, P2) weighted by a respectively assigned weight, the reference pixels (P1, P2) being pixels of the group having the same original component as the interpolated component, - evaluating a spatial uniformity of an environment (P11,..., P14; P21,..., P24), within the group, of each reference pixel (P1, P2), - calculating the weights assigned to the reference pixels (P1, P2) at normalised values proportional to the respective spatial uniformity, the method being characterised in that evaluating a spatial uniformity of each reference pixel (P1, P2) comprises calculating gradients on the components of pixels (P11,..., P14; P21,..., P24) having the original green component adjacent to the respective reference pixels (P1, P2), calculating the gradients first comprising identifying a spatial variation orientation (ORT_1, ORT_2, ORT_3) from a comparison of the components of the reference pixels (P1,..., P6), and selecting said pixels (G, G1, G1') having the original green component used for calculating the gradients, in the orientation identified. - calculating the sum of the components of reference pixels (P1, P2) weighted by a respectively assigned weight, the reference pixels (P1, P2) being pixels of the group having the same original component as the interpolated component, - evaluating a spatial uniformity of an environment (P11,..., P14; P21,..., P24), within the group, of each reference pixel (P1, P2), - calculating the weights assigned to the reference pixels (P1, P2) at normalised values proportional to the respective spatial uniformity, the method being characterised in that evaluating a spatial uniformity of each reference pixel (P1, P2) comprises calculating gradients on the components of pixels (P11,..., P14; P21,..., P24) having the original green component adjacent to the respective reference pixels (P1, P2), calculating the gradients first comprising identifying a spatial variation orientation (ORT_1, ORT_2, ORT_3) from a comparison of the components of the reference pixels (P1,..., P6), and selecting said pixels (G, G1, G1') having the original green component used for calculating the gradients, in the orientation identified.
An interdental cleaning tool comprising: a base portion including a shaft portion having a shape insertable in an interdental space; and a covered portion being a portion of the shaft portion and covered by a cleaning portion that is capable of cleaning an interdental space, the base portion further includes a protruding portion provided in a proximal region, which is a region of the covered portion between a base end portion of the covered portion and a portion distant from the base end portion toward a top end portion of the shaft portion; wherein the protruding portion includes a plurality of protrusions having a shape protruding outward from the shaft portion in a direction perpendicular to an axial direction of the shaft portion; wherein the cleaning portion includes a cleaning portion body that covers the covered portion, and a plurality of bristles each having a shape protruding outward from an outer circumferential surface of the cleaning portion body; characterized in that the plurality of bristles include a covering bristle covering the protrusion. a base portion including a shaft portion having a shape insertable in an interdental space; and a covered portion being a portion of the shaft portion and covered by a cleaning portion that is capable of cleaning an interdental space, the base portion further includes a protruding portion provided in a proximal region, which is a region of the covered portion between a base end portion of the covered portion and a portion distant from the base end portion toward a top end portion of the shaft portion; wherein the protruding portion includes a plurality of protrusions having a shape protruding outward from the shaft portion in a direction perpendicular to an axial direction of the shaft portion; wherein the cleaning portion includes a cleaning portion body that covers the covered portion, and a plurality of bristles each having a shape protruding outward from an outer circumferential surface of the cleaning portion body; characterized in that the plurality of bristles include a covering bristle covering the protrusion.
A method operable at a second mobile computing device to receive a phone number from a first mobile computing device, comprising: initiating a phone call with the first mobile computing device, receiving contact information from the first mobile computing device while the phone call is maintained; presenting a user interface with the contact information, wherein the contact information includes a phone number; and enabling a switch in the user interface to dial the phone number with a single button press. initiating a phone call with the first mobile computing device, receiving contact information from the first mobile computing device while the phone call is maintained; presenting a user interface with the contact information, wherein the contact information includes a phone number; and enabling a switch in the user interface to dial the phone number with a single button press.
Spacer for insulating glazing units with three or more glazing panes enclosing at least one hermetically sealed interspace between at least two glazing panes, comprising a spacer body made from a first material and extending in a longitudinal direction (z) having two outer surfaces in a width direction (x) perpendicular to the longitudinal direction (z) for attachment to outer glazing panes (3, 4) of an insulating glazing unit, and a gas barrier made from a second material, the spacer body having a cross-section (x-y) perpendicular to the longitudinal direction (z) with a first hollow chamber for accommodating desiccant material which is completely enclosed by the spacer body in the cross-section perpendicular to the longitudinal direction (z) and arranged adjacent to a first one (AP, 13) of the two outer surfaces and a second hollow chamber for accommodating desiccant material which is completely enclosed by the spacer body in the cross-section perpendicular to the longitudinal direction (z) and arranged adjacent to a second one (AP, 23) of the two outer surfaces and a groove arranged between the first and second hollow chambers (10, 20) in the width direction (x) and open to a first side of the spacer in a height direction (y) perpendicular to the longitudinal and the width directions (z, x), the gas barrier being arranged on and/or in the spacer body on/at a second side of the spacer in a height direction (y), which second side is on the opposite side of the spacer with respect to the first side, and the groove being limited in the width direction by two side walls (14, 24) and in the height direction on the second side by a bottom wall and the groove being adapted to receive an intermediate glazing pane, wherein the spacer comprises one or plural photovoltaic elements arranged in the groove, wherein at least one elastic body is arranged in the groove, which is adapted to compensate movements of an intermediate glazing pane received in the groove, and wherein the groove is adapted to receive an intermediate glazing pane, which is a luminescent solar concentrator pane.
A beamforming antenna module comprising: a first lens and a second lens stacked together to radiate beams in a specific direction, wherein the first lens and the second lens are flat lenses; a beamforming antenna configured to radiate a beam onto the first lens; wherein the first lens is spaced apart for a predetermined first distance from a beam radiation surface of the beamforming antenna and configured to change a phase of a beam radiated from the beamforming antenna and to direct the beam onto the second lens in the specific direction, wherein the second lens is spaced apart for a predetermined second distance from a beam radiation surface of the first lens and configured to change the phase of the beam radiated from the beamforming antenna, wherein the first lens is configured to change a phase of a beam radiated from the beamforming antenna through combination of unit cells having different phase change levels, and wherein the second lens is configured to change the phase of the beam radiated from the first lens through combination of unit cells having different phase change levels; characterized in that the beamforming antenna module further comprises a beamforming antenna case formed by a dielectric lens deployed between the first lens and the second lens and configured to surround the beam radiation surface of the first lens. a first lens and a second lens stacked together to radiate beams in a specific direction, wherein the first lens and the second lens are flat lenses; a beamforming antenna configured to radiate a beam onto the first lens; wherein the first lens is spaced apart for a predetermined first distance from a beam radiation surface of the beamforming antenna and configured to change a phase of a beam radiated from the beamforming antenna and to direct the beam onto the second lens in the specific direction, wherein the second lens is spaced apart for a predetermined second distance from a beam radiation surface of the first lens and configured to change the phase of the beam radiated from the beamforming antenna, wherein the first lens is configured to change a phase of a beam radiated from the beamforming antenna through combination of unit cells having different phase change levels, and wherein the second lens is configured to change the phase of the beam radiated from the first lens through combination of unit cells having different phase change levels; characterized in that the beamforming antenna module further comprises a beamforming antenna case formed by a dielectric lens deployed between the first lens and the second lens and configured to surround the beam radiation surface of the first lens.
A hydrostatic seal assembly for sealing a liquid comprising: a first ring having a first side bounded by a first edge and a second edge; and a second ring having a second side facing the first side; wherein a circumferential channel extends along the first side between, and spaced from, the first edge and the second edge; wherein a plurality of sub-channels extend from the circumferential channel along the first side of the first ring; wherein the first ring and the second ring form a hydrostatic seal between the first side and the second side, characterized in that the circumferential channel and the plurality of sub-channels are configured to take up less than ten percent of a surface area of the first side. a first ring having a first side bounded by a first edge and a second edge; and a second ring having a second side facing the first side; wherein a circumferential channel extends along the first side between, and spaced from, the first edge and the second edge; wherein a plurality of sub-channels extend from the circumferential channel along the first side of the first ring; wherein the first ring and the second ring form a hydrostatic seal between the first side and the second side, characterized in that the circumferential channel and the plurality of sub-channels are configured to take up less than ten percent of a surface area of the first side.
Method for operating a pulse generator for generating measurement pulses for a capacitive sensor with an adjustable pulse time in the range of 10 ns to 200 ns, having a controllable delay circuit which contains a first integrating RC combination (RT1/CT1) and a second integrating RC combination (RT2/CT2), having a logical combination element with two inputs and an output, having an initialization switch and having a control unit, wherein the first input of the logical combination element receives a clock signal and its second input receives an analogue adjustment signal from the output of the delay circuit, wherein a clock signal is generated and is supplied to the logical combination element on two different signal paths (T1, T2), wherein the first signal path does not noticeably delay the clock signal and the second signal path contains the delay circuit, the clock signal is passed to the first input of the logical combination element and the clock signal delayed by the second signal path is passed to the second input of the logical combination element, wherein the output of the delay circuit is discharged or charged by the initialization switch after each measurement pulse, characterized in that the delay circuit receives a variable bias voltage at the output of the delay circuit by means of a variable precharge signal, as a result of which the time at which a switching threshold of the logical combination element is undershot varies, and time-variable output pulses are generated with the aid of time-variable precharge signals.
A method of determining a position of a rotor in a three-phase motor having phase A, phase B, and phase C, comprising: determining first and second ones of sectors in which a first one of the magnetic poles of the rotor may be positioned, wherein the first and second ones of the sectors are oppositely located, by driving (1000, 1002, 1004) phase pairs A-B, A-C, and B-C with complementary signals with the respective third phase floating, and examining a voltage of the floating one of the phases; characterized by driving (1008, 1012) first and second currents towards the determined first and second ones of the sectors and analyzing a time taken for each of the first and second currents to reach a threshold from a default current level, to identify which of the first and second ones of the sectors is aligned with the first one of the magnetic poles of the rotor. determining first and second ones of sectors in which a first one of the magnetic poles of the rotor may be positioned, wherein the first and second ones of the sectors are oppositely located, by driving (1000, 1002, 1004) phase pairs A-B, A-C, and B-C with complementary signals with the respective third phase floating, and examining a voltage of the floating one of the phases; characterized by driving (1008, 1012) first and second currents towards the determined first and second ones of the sectors and analyzing a time taken for each of the first and second currents to reach a threshold from a default current level, to identify which of the first and second ones of the sectors is aligned with the first one of the magnetic poles of the rotor.
Cosmetic composition comprising (a) at least 35% by weight of a powder component and (b) a binding component wherein the said binding component comprises at least one ester selected from neopentylglycol dipelargonate, glycerol tripelargonate, pentaerythritol tetrapelargonate and mixtures thereof.
A process for treating waste, in particular household refuse, containing organic matter mixed with undesirable products, especially metals, mineral matter, plastics, and glass, according to which process: - the waste is subjected to a first sorting by screening, - the fraction of waste passing through the screening is subjected to a prefermentation treatment in a rotating tube with feed at one end and extraction at the other end, - at least one portion of the material leaving the prefermentation treatment tube is subjected to a methanization treatment in a digester, - the waste, after the prefermentation treatment, is subjected to a sorting by screening characterized in that the sorting by screening after the prefermentation treatment is performed through a sieve comprising a grate located in a plane inclined by an angle a with respect to the horizontal, the grate being subjected to vibrations in a transverse direction substantially orthogonal to the flow direction of the waste above the inclined sieve. - the waste is subjected to a first sorting by screening, - the fraction of waste passing through the screening is subjected to a prefermentation treatment in a rotating tube with feed at one end and extraction at the other end, - at least one portion of the material leaving the prefermentation treatment tube is subjected to a methanization treatment in a digester, - the waste, after the prefermentation treatment, is subjected to a sorting by screening
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising a lithium salt, an organic solvent, and a compound represented by Formula 1 as an additive, wherein, in Formula 1, R 1 is a -CN group, R 2 is hydrogen or an alkyl group having 1 to 3 carbon atoms, and R 3 to R 6 are each independently hydrogen, an alkyl group having 1 to 3 carbon atoms, or a -CN group. R 1 is a -CN group, R 2 is hydrogen or an alkyl group having 1 to 3 carbon atoms, and R 3 to R 6 are each independently hydrogen, an alkyl group having 1 to 3 carbon atoms, or a -CN group.
A polypropylene composition comprising semi-volatile organic condensable oligomers (FOG,VDA 278 October 2011) in an amount of 50 μg/g to about 170 μg/g of the total polypropylene composition, and volatile organic compounds (VOC,VDA 278 October 2011) in an amount of 20 μg/g or less of the total polypropylene composition, wherein the weight ratio of said semi-volatile organic condensable oligomers versus said volatile organic compounds is more than about 5.0, wherein the polypropylene composition has an MFR 2 (ISO 1133, 230 °C, 2.16 kg) of 10 g/10min or higher, wherein the polypropylene composition a flexural modulus (ISO 178 on injection moulded specimens of 80 x 10 x 4 mm prepared in accordance with ISO 294-1:1996) of from 1000 to 6000 MPa, and wherein the total quantity of slip agent is at least 500 ppm. semi-volatile organic condensable oligomers (FOG,VDA 278 October 2011) in an amount of 50 μg/g to about 170 μg/g of the total polypropylene composition, and volatile organic compounds (VOC,VDA 278 October 2011) in an amount of 20 μg/g or less of the total polypropylene composition, wherein the weight ratio of said semi-volatile organic condensable oligomers versus said volatile organic compounds is more than about 5.0, wherein the polypropylene composition has an MFR 2 (ISO 1133, 230 °C, 2.16 kg) of 10 g/10min or higher, wherein the polypropylene composition a flexural modulus (ISO 178 on injection moulded specimens of 80 x 10 x 4 mm prepared in accordance with ISO 294-1:1996) of from 1000 to 6000 MPa, and wherein the total quantity of slip agent is at least 500 ppm.
An apparatus comprising: a housing base that contains a cavity, a boss containing a mounting bore, and a support pad connected to the boss; and a circuit board that carries an accelerometer, the circuit board positioned in the cavity in contact with and supported by the support pad so that the accelerometer is disposed directly above the support pad. a housing base that contains a cavity, a boss containing a mounting bore, and a support pad connected to the boss; and a circuit board that carries an accelerometer, the circuit board positioned in the cavity in contact with and supported by the support pad so that the accelerometer is disposed directly above the support pad.
An image forming apparatus comprising: an ejection tray including a support portion; a plurality of ejection rollers having a nip portion where the plurality of ejection rollers nip a recording sheet therebetween, the plurality of ejection rollers being configured to eject the recording sheet onto the ejection tray; and a tray cover having a first surface and a second surface opposite to the first surface, the tray cover being configured to move between an extended position where the tray cover is extended relative to the ejection tray and the first surface faces upward to receive the recording sheet ejected from the nip portion and a covering position where the tray cover is supported by the support portion of the ejection tray to cover an upper surface of the ejection tray and the second surface faces upward, wherein, when the tray cover is in the covering position, an upstream end portion of the second surface of the tray cover in a sheet ejection direction where the recording sheet is ejected is disposed in a position closer to the nip portion than the upper surface of the ejection tray and lower than the nip portion such that a leading end of the recording sheet ejected from the nip portion passes on or over the second surface; characterised in that: when the tray cover is in the covering position, the second surface of the tray cover is inclined downward to a downstream side in the sheet ejection direction. an ejection tray including a support portion; a plurality of ejection rollers having a nip portion where the plurality of ejection rollers nip a recording sheet therebetween, the plurality of ejection rollers being configured to eject the recording sheet onto the ejection tray; and a tray cover having a first surface and a second surface opposite to the first surface, the tray cover being configured to move between an extended position where the tray cover is extended relative to the ejection tray and the first surface faces upward to receive the recording sheet ejected from the nip portion and a covering position where the tray cover is supported by the support portion of the ejection tray to cover an upper surface of the ejection tray and the second surface faces upward, wherein, when the tray cover is in the covering position, an upstream end portion of the second surface of the tray cover in a sheet ejection direction where the recording sheet is ejected is disposed in a position closer to the nip portion than the upper surface of the ejection tray and lower than the nip portion such that a leading end of the recording sheet ejected from the nip portion passes on or over the second surface; characterised in that: when the tray cover is in the covering position, the second surface of the tray cover is inclined downward to a downstream side in the sheet ejection direction.
A process for the production of an article for the cladding of floors or walls, comprising the steps of in a mould: a) optionally applying a gel coat layer, based on a first curing polymer resin, on the inside of the mould in order to obtain a coated mould, b) introducing into the core of the mould or into the core of the coated mould from step a) a filling composition which is based on a second curing polymer resin supplemented with at least one mineral filler, wherein the core of the article has a thickness of at least 10 mm, the filling composition contains only one single initiator in a concentration of 0.5%wt to 5.0%wt of initiator relative to the amount of curing polymer resin in the filling composition, characterized in that the filling composition for the core contains at least 11%wt and at most 20%wt of curing polymer resin, relative to the dry amount of filling composition. a) optionally applying a gel coat layer, based on a first curing polymer resin, on the inside of the mould in order to obtain a coated mould, b) introducing into the core of the mould or into the core of the coated mould from step a) a filling composition which is based on a second curing polymer resin supplemented with at least one mineral filler, wherein the core of the article has a thickness of at least 10 mm, the filling composition contains only one single initiator in a concentration of 0.5%wt to 5.0%wt of initiator relative to the amount of curing polymer resin in the filling composition, characterized in that the filling composition for the core contains at least 11%wt and at most 20%wt of curing polymer resin, relative to the dry amount of filling composition.