mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a signal, comprising: receiving a signal comprising parallax information, image information and metadata, obtaining a first parallax information transform from the signal indicative of a first depth range for the image information, wherein the first parallax information transform is obtained from the metadata, or the first parallax information transform is an identity information transform of the received parallax information, the identity information transform being the identity transformation of the parallax information, obtaining a second parallax information transform from the signal indicative of a second depth range for the image information, wherein the second parallax information transform is obtained from the metadata, determining a target parallax information transform matching a target depth range of a target display device by means of processing the first parallax information transform and the second parallax information transform, the first parallax information transform and the second parallax information transform being used as input in generating the target parallax information transform, the target parallax information transform being adapted to generate an updated signal matching the depth range of the target display device wherein the parallax information transforms indicative of a depth range define a transformation of the parallax information to match the depth range. receiving a signal comprising parallax information, image information and metadata, obtaining a first parallax information transform from the signal indicative of a first depth range for the image information, wherein the first parallax information transform is obtained from the metadata, or the first parallax information transform is an identity information transform of the received parallax information, the identity information transform being the identity transformation of the parallax information, obtaining a second parallax information transform from the signal indicative of a second depth range for the image information, wherein the second parallax information transform is obtained from the metadata, determining a target parallax information transform matching a target depth range of a target display device by means of processing the first parallax information transform and the second parallax information transform, the first parallax information transform and the second parallax information transform being used as input in generating the target parallax information transform, the target parallax information transform being adapted to generate an updated signal matching the depth range of the target display device wherein the parallax information transforms indicative of a depth range define a transformation of the parallax information to match the depth range.
Device for synchronizing the tilt of the backrest and of the seat of a chair, of the type comprising a frame of the backrest, a frame of the seat and a support integral with the base of said chair, as well as a first crank, integral with said backrest frame, and hinged in the rear portion of said seat frame and said support, and at least one second crank hinged in the front portion of said seat frame and to said support, said at least one first crank and said at least one second crank, with said seat frame, forming a four-bar linkage (3, 4, 5), characterized in that an adjusting lever is constrained to said four-bar linkage (3, 4, 5), said adjusting leverage being operatively connected to a movable fulcrum and being further constrained to elastic means, wherein said fulcrum is movable at least between a first position, in which the distance between said movable fulcrum and said elastic means is maximum, and a second position, in which the distance between said movable fulcrum and said elastic means is minimum.
A fuel supply apparatus for an internal combustion engine applied to an internal combustion engine which can be operated by a first fuel and a second fuel which generates after combustion a smaller discharge quantity of harmful components as compared with the first fuel, wherein the fuel supply apparatus comprises: a fuel supply device which supplies separately the first fuel and the second fuel to the internal combustion engine; an exhaust gas purifying catalyst which purifies exhaust gas discharged from the internal combustion engine; the fuel supply apparatus being characterized by further comprising: a purifying performance determination device which determines whether or not an exhaust gas purifying performance of the exhaust gas purifying catalyst is deteriorated based on whether the temperature of the catalyst is or not equal to or higher than a lower limit of a temperature range, and/or whether an air-fuel ratio of the exhaust gas is or not richer than a theoretical air-fuel ratio; and a control device which controls an operation of the fuel supply device so as to supply the second fuel more than the first fuel to the internal combustion engine when the purifying performance determination device determines that the exhaust gas purifying performance of the exhaust gas purifying catalyst is deteriorated. a fuel supply device which supplies separately the first fuel and the second fuel to the internal combustion engine; an exhaust gas purifying catalyst which purifies exhaust gas discharged from the internal combustion engine; a purifying performance determination device which determines whether or not an exhaust gas purifying performance of the exhaust gas purifying catalyst is deteriorated based on whether the temperature of the catalyst is or not equal to or higher than a lower limit of a temperature range, and/or whether an air-fuel ratio of the exhaust gas is or not richer than a theoretical air-fuel ratio; and a control device which controls an operation of the fuel supply device so as to supply the second fuel more than the first fuel to the internal combustion engine when the purifying performance determination device determines that the exhaust gas purifying performance of the exhaust gas purifying catalyst is deteriorated.
A method of controlling a dryer, characterized in that the method comprises the following steps: rotating a drum in one direction; detecting a temperature of air discharged from the drum; detecting a relative humidity of air discharged from the drum; detecting a weight of condensed water per unit time discharged from the drum; sensing occurrence of entanglement inside the drum by comparing a variation rate of the detected temperature per unit time, the detected relative humidity per unit time, and the detected weight of the condensed water per unit time with a respective reference value; changing the rotational direction and rotating the drum in a reverse direction such that the entanglement is clear when the occurrence of an entanglement inside the drum has been sensed; and maintaining a rotational direction of the drum after changing the rotational direction, such that the rotational direction of the drum is not changed back during a certain time. rotating a drum in one direction; detecting a temperature of air discharged from the drum; detecting a relative humidity of air discharged from the drum; detecting a weight of condensed water per unit time discharged from the drum; sensing occurrence of entanglement inside the drum by comparing a variation rate of the detected temperature per unit time, the detected relative humidity per unit time, and the detected weight of the condensed water per unit time with a respective reference value; changing the rotational direction and rotating the drum in a reverse direction such that the entanglement is clear when the occurrence of an entanglement inside the drum has been sensed; and maintaining a rotational direction of the drum after changing the rotational direction, such that the rotational direction of the drum is not changed back during a certain time.
An apparatus for wireless power reception in a portable electronic device comprising: a casing configured to house electronic components of the portable electronic device, the casing comprising a non-conductive support substrate to house the electronic components and a metal layer disposed on the support substrate; and a power receiving element disposed in a given area of the metal layer that is defined by a solid, unbroken, uninterrupted, continuous surface portion of the metal layer, with a layer of ferrite material disposed between the power receiving element and the metal layer; the power receiving element configured to magnetically couple to an externally generated magnetic field and, wherein the metal layer is configured such that the externally generated magnetic field penetrates the metal layer to generate eddy currents in the metal layer, the eddy currents generating an induced magnetic field, the metal layer further configured to magnetically couple the induced magnetic field to the power receiving element to produce an induced voltage in the power receiving element; a rectifier for rectifying the induced voltage to produce a DC voltage for powering one or more of the electronic components of the electronic device. a casing configured to house electronic components of the portable electronic device, the casing comprising a non-conductive support substrate to house the electronic components and a metal layer disposed on the support substrate; and a power receiving element disposed in a given area of the metal layer that is defined by a solid, unbroken, uninterrupted, continuous surface portion of the metal layer, with a layer of ferrite material disposed between the power receiving element and the metal layer; the power receiving element configured to magnetically couple to an externally generated magnetic field and, wherein the metal layer is configured such that the externally generated magnetic field penetrates the metal layer to generate eddy currents in the metal layer, the eddy currents generating an induced magnetic field, the metal layer further configured to magnetically couple the induced magnetic field to the power receiving element to produce an induced voltage in the power receiving element; a rectifier for rectifying the induced voltage to produce a DC voltage for powering one or more of the electronic components of the electronic device.
Use of a lectin recognizing the fucose α 1-2 galactose group, advantageously UEA-1 or TJA-II, as a first means of labelling of colorectal cancer stem cells, for detecting and/or quantifying said colorectal cancer stem cells.
A half system torque brake for use with a first driven mechanism and a second driven mechanism, the half system torque brake comprising: a compression shaft having a center axis; an input cam assembly slidably disposed on the compression shaft and associated with a driving mechanism (112, 114); a first output cam assembly disposed on the compression shaft and movably coupled to the input cam assembly, wherein the first output cam assembly is associated with the first driven mechanism; characterised by a second output cam assembly slidably disposed on the compression shaft and movably coupled to the input cam assembly, wherein the second output cam assembly is associated with the second driven mechanism; and a rotor-stator assembly disposed on the compression shaft such that the second output cam assembly is disposed between the input cam assembly and the rotor-stator assembly, wherein the rotor-stator assembly comprises a rotor, a stator, and a pressure plate for engaging the rotor and the stator while compressing the rotor and the stator between the pressure plate and the second output cam assembly. a compression shaft having a center axis; an input cam assembly slidably disposed on the compression shaft and associated with a driving mechanism (112, 114); a first output cam assembly disposed on the compression shaft and movably coupled to the input cam assembly, wherein the first output cam assembly is associated with the first driven mechanism; characterised by a second output cam assembly slidably disposed on the compression shaft and movably coupled to the input cam assembly, wherein the second output cam assembly is associated with the second driven mechanism; and a rotor-stator assembly disposed on the compression shaft such that the second output cam assembly is disposed between the input cam assembly and the rotor-stator assembly, wherein the rotor-stator assembly comprises a rotor, a stator, and a pressure plate for engaging the rotor and the stator while compressing the rotor and the stator between the pressure plate and the second output cam assembly.
Alcoholic composition which includes a) from 0.02 to 2% by weight one or more 1- or 2-(C 1 - to C 24 -alkyl) glycerol ethers selected from 1-(2-Ethylhexyl) glycerol ether, 1-dodecylglycerol ether and 3-(1-menthoxy)-1,2-propanediol, b) 0.01 to 2% by weight one or more bispyridiniumalkanes selected from (octenidine dihydrochloride) and Octenidine disulphate, c) from 50 to 99% by weight one or more aliphatic alcohols selected from ethanol, isopropanol and n-propanol, the composition also comprising from 0.01 to 5% by weight one or more quarternary ammonium compounds selected from mecetronium etilsulfate and benzalkonium chloride. a) from 0.02 to 2% by weight one or more 1- or 2-(C 1 - to C 24 -alkyl) glycerol ethers selected from 1-(2-Ethylhexyl) glycerol ether, 1-dodecylglycerol ether and 3-(1-menthoxy)-1,2-propanediol, b) 0.01 to 2% by weight one or more bispyridiniumalkanes selected from (octenidine dihydrochloride) and Octenidine disulphate, c) from 50 to 99% by weight one or more aliphatic alcohols selected from ethanol, isopropanol and n-propanol,
A method for capturing images, said method comprising: separating, with aid of an optical element, light into a first light beam and a second light beam; focusing, with aid of a first lens module having a first focal length, the first light beam; focusing, with aid of a second lens module having a second focal length, the second light beam, wherein the second focal length is different from the first focal length; and capturing, with aid of a first sensor, a first image from the first light beam focused by the first lens module onto the first sensor; capturing, with aid of a second sensor, a second image from the second light beam focused by the second lens module onto the second sensor; characterised by receiving, at one or more processors (110, 226), a desired focal length; and combining, with aid of the one or more processors (110, 226), the first image with the second image to generate a combined image, wherein combining the first image with the second image comprises scaling the first image by the ratio the desired focal length the first focal length and the second image by the ratio the desired focal length the second focal length, wherein combining the first image with the second image comprises fusing the scaled first image and the scaled second image, and wherein the combined image has a field of view corresponding to the desired focal length. separating, with aid of an optical element, light into a first light beam and a second light beam; focusing, with aid of a first lens module having a first focal length, the first light beam; focusing, with aid of a second lens module having a second focal length, the second light beam, wherein the second focal length is different from the first focal length; and capturing, with aid of a first sensor, a first image from the first light beam focused by the first lens module onto the first sensor; capturing, with aid of a second sensor, a second image from the second light beam focused by the second lens module onto the second sensor; characterised by receiving, at one or more processors (110, 226), a desired focal length; and combining, with aid of the one or more processors (110, 226), the first image with the second image to generate a combined image, wherein combining the first image with the second image comprises scaling the first image by the ratio the desired focal length the first focal length and the second image by the ratio the desired focal length the second focal length, wherein combining the first image with the second image comprises fusing the scaled first image and the scaled second image, and wherein the combined image has a field of view corresponding to the desired focal length.
An electroporation device for injecting a product into a ciliary muscle of an eye, said device comprising: - a support having a spherical support contact surface extending along a virtual sphere having a radius between 10 and 15 mm, - a first electrode comprising an invasive electrode needle, - a second electrode having an electrically conductive electrode contact surface, - an injection needle, wherein the support comprises a rectilinear insertion guide extending along an insertion axis (Δ 28) axis, said electroporation device being characterized in that the insertion axis defines an angle (ω) less than 40° with a plane (P S) tangential to the virtual sphere at the insertion point (P i) where said insertion axis crosses said virtual sphere. - a support having a spherical support contact surface extending along a virtual sphere having a radius between 10 and 15 mm, - a first electrode comprising an invasive electrode needle, - a second electrode having an electrically conductive electrode contact surface, - an injection needle, wherein the support comprises a rectilinear insertion guide extending along an insertion axis (Δ 28) axis, said electroporation device being characterized in that the insertion axis defines an angle (ω) less than 40° with a plane (P S) tangential to the virtual sphere at the insertion point (P i) where said insertion axis crosses said virtual sphere.
Control housing for a heating or ventilation or air conditioning system, consisting in a housing body closed by a lid assembly, wherein the housing body comprises at least one hydraulic control compartment in which a hydraulic equipment-receiving space is formed, said hydraulic control compartment comprising at least one opening (16, 17, 20, 21) for piping element or elements to pass through, for entry and exit of one or more piping elements into and out of the control housing, said receiving space further comprising means for maintaining in position at least one piping element, the hydraulic equipment-receiving space being defined by a bottom wall and side walls (7, 8, 9, 10) and said position maintaining means comprising, on one hand, means (27, 28) for supporting piping element(s) which are formed by at least one pair of bearing surfaces integral with the housing body, the two bearing surfaces of the same pair being orthogonally symmetric with respect to a plane orthogonal to a straight line passing by both said bearing surfaces and, on the other hand, means for locking in position at least one piping element against at least one bearing surface, each bearing surfaces being formed on the free end face of a pillar (27, 28) which, at the other end thereof, is integral with the housing body, in particular with the bottom wall of the hydraulic control compartment, characterised in that the housing comprises at least two pairs of bearing surfaces integral with the same wall (6, 7, 8, 9, 10) of the hydraulic control compartment, each pair of bearing surfaces being offset with respect to the other pair or the other pairs in the direction that is orthogonal to the wall (6, 7, 8, 9, 10) with which the pillars (27, 28) are integral.
A computer-implemented method comprising: receiving selection of a selected tile of multiple tiles displayed in a first view in a user interface, the selection moving the selected tile from a current location among the multiple tiles to a region of the user interface; responsive to the selection, zooming out from the first view to a second view, the second view including multiple other tiles not displayed in the first view; receiving another selection moving the selected tile to a new location in the second view; zooming into the new location, the zooming in presenting a third view, the third view including the new location and one or more of the multiple other tiles; receiving a further selection, the further selection placing the selected tile between or adjacent to the one or more of the multiple other tiles; indicating in the third view, prior to receiving the further selection and responsive to the selected tile being moved around a group of tiles, valid locations between or adjacent to the one or more of the multiple other tiles at which the selected tile can be placed; and placing the selected tile at the new location. receiving selection of a selected tile of multiple tiles displayed in a first view in a user interface, the selection moving the selected tile from a current location among the multiple tiles to a region of the user interface; responsive to the selection, zooming out from the first view to a second view, the second view including multiple other tiles not displayed in the first view; receiving another selection moving the selected tile to a new location in the second view; zooming into the new location, the zooming in presenting a third view, the third view including the new location and one or more of the multiple other tiles; receiving a further selection, the further selection placing the selected tile between or adjacent to the one or more of the multiple other tiles; indicating in the third view, prior to receiving the further selection and responsive to the selected tile being moved around a group of tiles, valid locations between or adjacent to the one or more of the multiple other tiles at which the selected tile can be placed; and placing the selected tile at the new location.