mhurhangee/ep-ind-claims huggingface dataset:
A photographing apparatus comprising: a first camera module configured to obtain a monochrome image of a first resolution, comprising an object; a second camera module configured to obtain a color image of a second resolution lower than the first resolution, which comprises the object; and a processor configured to: upscale the color image of the second resolution to the first resolution to obtain an upscaled color image; extract a contour of the object from the monochrome image; extract a plurality of color pixels (821a, 821c, 821d) from the upscaled color image; determine color values of remaining pixels (821b, 821e) of the upscaled color image other than the plurality of extracted color pixels (821a, 821c, 821d) among pixels of the upscaled color image, by using the extracted contour and color values of the plurality of extracted pixels (821a, 821c, 821d) of the upscaled color image; and generate a color image of the first resolution based on the color values of the plurality of extracted pixels (821a, 821c, 821d) and the determined color values of the remaining pixels (821b, 821e). a first camera module configured to obtain a monochrome image of a first resolution, comprising an object; a second camera module configured to obtain a color image of a second resolution lower than the first resolution, which comprises the object; and a processor configured to: upscale the color image of the second resolution to the first resolution to obtain an upscaled color image; extract a contour of the object from the monochrome image; extract a plurality of color pixels (821a, 821c, 821d) from the upscaled color image; determine color values of remaining pixels (821b, 821e) of the upscaled color image other than the plurality of extracted color pixels (821a, 821c, 821d) among pixels of the upscaled color image, by using the extracted contour and color values of the plurality of extracted pixels (821a, 821c, 821d) of the upscaled color image; and generate a color image of the first resolution based on the color values of the plurality of extracted pixels (821a, 821c, 821d) and the determined color values of the remaining pixels (821b, 821e). upscale the color image of the second resolution to the first resolution to obtain an upscaled color image; extract a contour of the object from the monochrome image; extract a plurality of color pixels (821a, 821c, 821d) from the upscaled color image; determine color values of remaining pixels (821b, 821e) of the upscaled color image other than the plurality of extracted color pixels (821a, 821c, 821d) among pixels of the upscaled color image, by using the extracted contour and color values of the plurality of extracted pixels (821a, 821c, 821d) of the upscaled color image; and generate a color image of the first resolution based on the color values of the plurality of extracted pixels (821a, 821c, 821d) and the determined color values of the remaining pixels (821b, 821e).
A method of providing access to configuration functions of a display apparatus, the method comprising: providing a plurality of high-ranking menus comprising high-ranked configuration functions of said display apparatus, said high-ranking menus configured to be selectively displayed on a same first region of a screen, displaying a first high-ranking menu comprising a plurality of high-ranked configuration functions as a list on said first region of said screen, wherein each high-ranked function comprises a plurality of sub-functions capable of being set by a user, in response to a selection of one of said displayed high-ranked functions, displaying a sub-function menu on a set region comprising the plurality of sub-functions belonging to the selected high-ranked function; and characterised by: displaying said set region as a pop-up window overlapping said first high-ranking menu; providing a supplementary menu on a second region separated from said first region of said screen which provides access to at least one other high-ranked function which is associated with said selected one of the high-ranked functions and which belongs to a second high-ranking menu while displaying the sub-function menu on said set region; wherein said at least one other high-ranked function is associated with said selected one of the high-ranked functions during manufacturing of the display apparatus. providing a plurality of high-ranking menus comprising high-ranked configuration functions of said display apparatus, said high-ranking menus configured to be selectively displayed on a same first region of a screen, displaying a first high-ranking menu comprising a plurality of high-ranked configuration functions as a list on said first region of said screen, wherein each high-ranked function comprises a plurality of sub-functions capable of being set by a user, in response to a selection of one of said displayed high-ranked functions, displaying a sub-function menu on a set region comprising the plurality of sub-functions belonging to the selected high-ranked function; and displaying said set region as a pop-up window overlapping said first high-ranking menu; providing a supplementary menu on a second region separated from said first region of said screen which provides access to at least one other high-ranked function which is associated with said selected one of the high-ranked functions and which belongs to a second high-ranking menu while displaying the sub-function menu on said set region; wherein said at least one other high-ranked function is associated with said selected one of the high-ranked functions during manufacturing of the display apparatus.
A housing of an electrical device, the housing encasing the electrical device which generates vibration while operating, the housing comprising: a plate-shaped base having a front surface and a rear surface, said electrical device being to be mounted on said front surface; a surrounding wall erected from said front surface of said base and surrounding an outer periphery of said electrical device; characterized by comprising a boss (41, 42, 43) provided outside said surrounding wall and formed by a point-like protrusion of said base from said front surface or said rear surface; and a rib coupling to each other said surrounding wall and said front surface at a position where said boss (41, 42, 43) is formed. a plate-shaped base having a front surface and a rear surface, said electrical device being to be mounted on said front surface; a surrounding wall erected from said front surface of said base and surrounding an outer periphery of said electrical device;
A steering control device that controls, as a control target, at least a turning section of a steering device, the steering device including a steering section that enables steering of a steering wheel of a vehicle and the turning section that has a structure with a power transmission path cut off between the turning section and the steering section and operates to turn a turning wheel of the vehicle, the steering control device comprising a control unit configured to perform a calculation based on angle information and to control operation of the turning section based on a turning control amount, the angle information being obtained by relating the turning control amount for operating the turning section to a steering angle that is an angle by which the steering wheel is steered, characterized in that the control unit includes a speed increase ratio calculation unit configured to calculate a speed increase ratio based on state variables, and an angle information calculation unit configured to calculate the angle information by converting the steering angle using the speed increase ratio obtained by the speed increase ratio calculation unit; the speed increase ratio represents a ratio of a change amount of a turning angle that is an angle of the turning wheel to a change amount of the steering angle; and the state variables change according to an operation state of at least either the steering device or the vehicle equipped with the steering device. the steering control device comprising a control unit configured to perform a calculation based on angle information and to control operation of the turning section based on a turning control amount, the angle information being obtained by relating the turning control amount for operating the turning section to a steering angle that is an angle by which the steering wheel is steered, characterized in that the control unit includes a speed increase ratio calculation unit configured to calculate a speed increase ratio based on state variables, and an angle information calculation unit configured to calculate the angle information by converting the steering angle using the speed increase ratio obtained by the speed increase ratio calculation unit; the speed increase ratio represents a ratio of a change amount of a turning angle that is an angle of the turning wheel to a change amount of the steering angle; and the state variables change according to an operation state of at least either the steering device or the vehicle equipped with the steering device.
Non-colouring composition for treating keratin fibres which does not confer, on the keratin fibres, a new colour via one or more colorants, the said composition contains neither pigments nor oxidation dyes and, if it comprises soluble direct dyes, does so at a concentration less than 0.005% such that the composition is coloured without a colouring effect on the keratin fibres, the said composition comprising: - at least one aqueous dispersion of particles of hybrid hydrophobic acrylic film-forming polymer synthesized from at least one compound (i) chosen from monomers having at least one (meth)acrylic acid group and/or esters of these acid monomers and/or amides of these acid monomers and from at least one styrene compound, said polymer having a solubility in water at 25°C of less than 1% by weight, and - at least one linear block silicone copolymer, the linear block silicone copolymer being obtained by a chain extension reaction, in the presence of a catalyst, from at least: (a) one polysiloxane (i) having at least one reactive group, and (b) one organosilicone compound (ii) which reacts with the polysiloxane (i) by a chain extension reaction; in which the hybrid hydrophobic film-forming acrylic polymer or polymers in aqueous dispersion is or are present in a content, as active materials, ranging from 0.1% to 30% by weight, relative to the total weight of the composition - at least one aqueous dispersion of particles of hybrid hydrophobic acrylic film-forming polymer synthesized from at least one compound (i) chosen from monomers having at least one (meth)acrylic acid group and/or esters of these acid monomers and/or amides of these acid monomers and from at least one styrene compound, said polymer having a solubility in water at 25°C of less than 1% by weight, and - at least one linear block silicone copolymer, the linear block silicone copolymer being obtained by a chain extension reaction, in the presence of a catalyst, from at least: (a) one polysiloxane (i) having at least one reactive group, and (b) one organosilicone compound (ii) which reacts with the polysiloxane (i) by a chain extension reaction; in which the hybrid hydrophobic film-forming acrylic polymer or polymers in aqueous dispersion is or are present in a content, as active materials, ranging from 0.1% to 30% by weight, relative to the total weight of the composition (a) one polysiloxane (i) having at least one reactive group, and (b) one organosilicone compound (ii) which reacts with the polysiloxane (i) by a chain extension reaction;
- Auxiliary Power Unit for aircraft, which comprises: - a power section supplied with fuel, - an electric generator, able to provide electric power, - a load compressor, able to provide pneumatic power, - a gearbox, able to adjust the different speeds of rotation needed between the power section and the electric generator in order to deliver solely electric, or pneumatic, or any combination of these powers used simultaneously, the gearbox having a frame, wherein a fire extinguishing system is incorporated as a constitutive part into the auxiliary power unit structure as a built-in integrated part of the gearbox, wherein the fire extinguishing system is able to operate in discharging a flow of extinguisher agent when a detection system detects an excessive temperature or fire in the Auxiliary Power Unit compartment, and wherein the fire extinguishing system comprises a vessel built from the same fireproof material used to build the gearbox frame. - a power section supplied with fuel, - an electric generator, able to provide electric power, - a load compressor, able to provide pneumatic power, - a gearbox, able to adjust the different speeds of rotation needed between the power section and the electric generator in order to deliver solely electric, or pneumatic, or any combination of these powers used simultaneously, the gearbox having a frame, wherein a fire extinguishing system is incorporated as a constitutive part into the auxiliary power unit structure as a built-in integrated part of the gearbox, wherein the fire extinguishing system is able to operate in discharging a flow of extinguisher agent when a detection system detects an excessive temperature or fire in the Auxiliary Power Unit compartment, and wherein the fire extinguishing system comprises a vessel built from the same fireproof material used to build the gearbox frame.
Appliance for cooking food under pressure, comprising a vessel, a lid, a member for controlling the locking/unlocking of the lid in relation to the vessel, and a member for gripping the lid that is attached to the lid and is designed so as to be gripped manually to allow manipulation of the lid by means of same, said appliance being characterised in that said control member is mounted so as to be able to move on the lid between firstly a deployed position corresponding to the unlocking of the lid, said deployed position being an abutment position in which said control member is designed so as to be gripped manually to allow manipulation of the lid, that is to say in which the control member adopts a handle form enabling the user to manipulate the lid, and secondly a retracted position corresponding to the locking of the lid in which said control member is designed so as to be more difficult to grip manually than it is in the deployed position, said gripping member being solely formed by said control member in the deployed position, the control member being the only means specifically designed to be gripped manually in order to manipulate the lid by means of same.
Telescopic spindle drive with a first telescopic element, a second telescopic element extendable along an axis of the telescopic spindle drive with respect to the first telescopic element, and a third telescopic element extendable along the axis with respect to the second telescopic element, wherein the drive of the telescopic spindle drive includes a first drive element driven rotatably, which is mounted rotatably and non-slidably in axial direction with respect to the first telescopic element, wherein a thread of the first drive element and a therewith engaged first thread of the second telescopic element jointly constitute a first spindle drive, and wherein a second thread of the second telescopic element and a therewith engaged thread of the third telescopic element jointly constitute a second spindle drive, wherein the drive of the telescopic spindle drive includes a second, rotatably driven drive element that is also mounted rotatably with respect to the first telescopic element, wherein there is a rotative driven engagement between the second drive element and the second telescopic element, and wherein the second telescopic element is slidable in axial direction with respect to the second drive element, characterised in that the first drive element and the second drive element are implemented as two nested bushings, wherein the second telescopic element includes an external bushing and an intermediary extension that is enclosed in and firmly attached to the external bushing of the second telescopic element, wherein the first and second drive elements (5, 6) are plunged in an interspace between the external bushing of the second telescopic element and the intermediary extension, wherein the thread of the first drive element is an external thread, and wherein the first thread of the second telescopic element is an internal thread that is formed on an inner side of the external bushing of the second telescopic element.
A heat transfer plate configured to be permanently joined to further heat transfer plates forming a stack of heat transfer plates arranged in a sealed enclosure of a plate heat exchanger such that alternating first and second flow paths (F1, F2) for a first fluid and a second fluid are formed in between the heat transfer plates, the heat transfer plate comprising a number of rows (23, 24) where each row (23, 24) has alternating ridges and grooves that extend along a central plane of the heat transfer plate, between a top plane and a bottom plane of the heat transfer plate, the top plane and bottom plane being substantially parallel to the central plane and located on a respective side of the central plane, where a transition between each ridge and adjacent groove in the same row is formed by a portion of the heat transfer plate that is inclined relative the central plane, a peripheral edge, wherein the peripheral edge of the heat transfer plate is along its full length configured to be joined with a corresponding peripheral edge of a similar heat transfer plate that is located at a top side of the heat transfer plate, wherein sections of the peripheral edge that are located intermediate a first part (17, 48) and a second part (18, 49) of the peripheral edge are configured to be sealed with corresponding sections of a similar heat transfer plate (21") that is located at a bottom side of the heat transfer plate such that the first part (17, 48) of the peripheral edge acts as a fluid inlet for the second fluid and the second part (18, 49) of the peripheral edge acts as a fluid outlet for the second fluid, and a central opening that is configured to receive a fluid separation device, wherein the central opening of the heat transfer plate is along its full length configured to be joined with a corresponding central opening of the similar heat transfer plate (21") that is located at the bottom side of the heat transfer plate, wherein sections of the central opening that are located intermediate a first part and a second part of the central opening are configured to be sealed with corresponding sections of the similar heat transfer plate that is located at the top side of the heat transfer plate such that the first part of the central opening acts as a fluid inlet for the first fluid and the second part of the central opening acts as a fluid outlet for the first fluid, characterized by plate portions (30, 31) that extend along the central plane of the heat transfer plate, between the rows (23, 24) of ridges and grooves such that the rows (23, 24) are separated from each other.
A process for the production of cardiomyocyte-like cells, comprising culturing cells selected from omnipotent, pluripotent and lineage committed mammalian cells in the presence of a pyridine or pyrimidine compound of formula I wherein: X is CH or N, R 1 and R 2 are independently selected from H, alkyl, aryl, and cycloalkyl, R 3 and R 4 are selected from H and NR 5 R 6, with the proviso that if X is N, R 3 is NR 5 R 6 and R 4 is H; and if X is CH, one of R 3 and R 4 is NR 5 R 6 and the other is H; R 5 and R 6 are independently selected from H, alkyl, aryl, and cycloalkyl; wherein R 1 and R 2 and/or R 5 and R 6 may be connected to form an aromatic or aliphatic heterocyclic ring together with the nitrogen atom to which they are attached, wherein an aliphatic heterocyclic ring may contain 1 to 4 heteroatoms selected from N, O, and S; wherein the alkyl, aryl or cycloalkyl groups of R 1, R 2, R 5, and R 6 are substituted by 0 to 2 groups R 1a; wherein the groups R 1a are idependently selected from halogen, alkyl, alkoxy, -OH, -N(R 1b,R 2b), heterocyclyl, and -O-aryl; wherein R 1b and R 2b are independently selected from hydrogen and alkyl. X is CH or N, R 1 and R 2 are independently selected from H, alkyl, aryl, and cycloalkyl, R 3 and R 4 are selected from H and NR 5 R 6, with the proviso that if X is N, R 3 is NR 5 R 6 and R 4 is H; and if X is CH, one of R 3 and R 4 is NR 5 R 6 and the other is H; R 5 and R 6 are independently selected from H, alkyl, aryl, and cycloalkyl;
A circuit board comprising: a conductive layer formed with a sampling circuit, and the sampling circuit comprising: a sampling end portion; an outputting end portion; a first branch path connected with the sampling end portion and the outputting end portion and formed with a first fusing zone; and a second branch path formed with a second fusing zone, one end of the second branch path being connected with a portion of the first branch path except the first fusing zone, and the other end of the second branch path being spaced apart from the sampling end portion and the first branch path; said one end of the second branch path is connected to the first branch path at a position between the outputting end portion and the first fusing zone and a second pad is provided on the other end of the second branch path; the circuit board being characterized in that a first pad is provided on the sampling end portion; the first fusing zone of the first branch path is fused such that the sampling end portion of the sampling circuit and the outputting end portion are disconnected, the second pad is connected to the first pad via a conductive connecting member such that the sampling end portion is electrically connected with the outputting end portion via the first pad, the conductive connecting member, the second pad and the second branch path in sequence. a conductive layer formed with a sampling circuit, and the sampling circuit comprising: a sampling end portion; an outputting end portion; a first branch path connected with the sampling end portion and the outputting end portion and formed with a first fusing zone; and a second branch path formed with a second fusing zone, one end of the second branch path being connected with a portion of the first branch path except the first fusing zone, and the other end of the second branch path being spaced apart from the sampling end portion and the first branch path; said one end of the second branch path is connected to the first branch path at a position between the outputting end portion and the first fusing zone and a second pad is provided on the other end of the second branch path; the circuit board being characterized in that a first pad is provided on the sampling end portion; the first fusing zone of the first branch path is fused such that the sampling end portion of the sampling circuit and the outputting end portion are disconnected, the second pad is connected to the first pad via a conductive connecting member such that the sampling end portion is electrically connected with the outputting end portion via the first pad, the conductive connecting member, the second pad and the second branch path in sequence.