mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting element comprising: a light-emitting structure including a first semiconductor layer , an active layer , and a second semiconductor layer ; a second conductive layer electrically connected to the second semiconductor layer ; a first conductive layer including a plurality of through electrodes electrically connected to the first semiconductor layer through the second conductive layer and the light-emitting structure ; an insulating layer comprising a first insulating layer configured to electrically insulate the plurality of through electrodes from the active layer , the second semiconductor layer , and the second conductive layer ; and an electrode pad disposed in an exposed region of the second conductive layer , wherein the plurality of through electrodes differ in an area of a first region electrically connected to the first semiconductor layer, wherein the insulating layer includes a first adjusting portion disposed between each of the through electrodes and the first semiconductor layer , and wherein widths (W 1 ) of the first adjusting portions decrease going away from the electrode pad . a light-emitting structure including a first semiconductor layer , an active layer , and a second semiconductor layer ; a second conductive layer electrically connected to the second semiconductor layer ; a first conductive layer including a plurality of through electrodes electrically connected to the first semiconductor layer through the second conductive layer and the light-emitting structure ; an insulating layer comprising a first insulating layer configured to electrically insulate the plurality of through electrodes from the active layer , the second semiconductor layer , and the second conductive layer ; and an electrode pad disposed in an exposed region of the second conductive layer , wherein the plurality of through electrodes differ in an area of a first region electrically connected to the first semiconductor layer, wherein the insulating layer includes a first adjusting portion disposed between each of the through electrodes and the first semiconductor layer , and wherein widths (W 1 ) of the first adjusting portions decrease going away from the electrode pad .
A door lock system for an appliance, in particular for a domestic appliance, preferably for a cooking oven, wherein the door lock system comprises: - a hook element engageable with a counterpart and pivotable around a pivot axis between an unlocked released state where the hook element is not engaged with the counterpart and a locked released state and movable along a main axis perpendicular to said pivot axis between the locked released state and a locked pulled state where the hook element pulls the counterpart towards said door lock system , and - a first sliding member movable along the main axis, - the first sliding member is provided for pivoting the hook element to the locked released state, and - at least one further sliding member is movable along the main axis and provided for pulling the hook element to the locked pulled state, characterized in that the door lock system comprises at least one motor for driving the sliding members and the door lock system comprises at least one detecting element for detecting the presence and/or proximity of a counterpart engageable with the hook element . - a hook element engageable with a counterpart and pivotable around a pivot axis between an unlocked released state where the hook element is not engaged with the counterpart and a locked released state and movable along a main axis perpendicular to said pivot axis between the locked released state and a locked pulled state where the hook element pulls the counterpart towards said door lock system , and - a first sliding member movable along the main axis, - the first sliding member is provided for pivoting the hook element to the locked released state, and - at least one further sliding member is movable along the main axis and provided for pulling the hook element to the locked pulled state,
A ski boot comprising a flexible boot liner , an exostructure containing said flexible boot liner , and a sole , said ski boot forming a boot leg for accommodating a person's ankle and a vamp for accommodating said person's foot, and comprising a device for modifying the stiffness of the sole, suitable for reversibly switching a stiffness state of said sole between a stiff sole state and a non-stiff sole state, said device for modifying the stiffness of the sole comprising: - a stiffening structure which is fixed to said sole and is formed by several stiff portions of said exostructure , said stiff portions being linked together such that they can experience relative movement with respect to one another, allowing bending of said sole , where said stiffening structure can reversibly transition from a locking state, in which said relative movement between stiff portions is locked, impeding the bending of said sole , and an unlocking state in which said relative movement between stiff portions is unlocked, allowing the bending of said sole ; - and an actuator that acts on said stiffening structure and can be actuated by hand between a first position, in which said actuator locks said relative movement between stiff portions , thereby keeping said stiffening structure in said locking state, and a second position, in which said actuator unlocks said relative movement between stiff portions , thereby putting said stiffening structure in said unlocking state; characterized in that said sole is a flexible rubber sole, and in that said flexible rubber sole is a flexible body without joints. - a stiffening structure which is fixed to said sole and is formed by several stiff portions of said exostructure , said stiff portions being linked together such that they can experience relative movement with respect to one another, allowing bending of said sole , where said stiffening structure can reversibly transition from a locking state, in which said relative movement between stiff portions is locked, impeding the bending of said sole , and an unlocking state in which said relative movement between stiff portions is unlocked, allowing the bending of said sole ; - and an actuator that acts on said stiffening structure and can be actuated by hand between a first position, in which said actuator locks said relative movement between stiff portions , thereby keeping said stiffening structure in said locking state, and a second position, in which said actuator unlocks said relative movement between stiff portions , thereby putting said stiffening structure in said unlocking state; characterized in that said sole is a flexible rubber sole, and in that said flexible rubber sole is a flexible body without joints.
A method for producing a separator for fuel cells, which comprises 15 to 40 parts by mass of a fibrous resin and 85 to 60 parts by mass of a conductive material having higher electrical conductivity than the resin and having forms of particles and fibers, wherein the conductive material mainly comprises graphite particles and carbon fibers, and a mass ratio of the graphite particles is larger than a mass ratio of the carbon fibers, the method comprising: a composite sheet preparation step of preparing a composite sheet in which a part of the conductive material is dispersed in the fibrous resin, a formed body preparation step of forming the conductive material excluding the part to prepare a conductive material formed body, and a heating and compression step of stacking, heating and compressing the conductive material formed body and the composite sheet, wherein the formed body preparation step comprises: an arrangement step of arranging the composite sheet in a decompressible decompression container, a mounting step of mounting the conductive material in the forms of the particles or fibers on the composite sheet, and a decompression step of closing the decompression container to decompress an interior of the decompression container. a composite sheet preparation step of preparing a composite sheet in which a part of the conductive material is dispersed in the fibrous resin, a formed body preparation step of forming the conductive material excluding the part to prepare a conductive material formed body, and a heating and compression step of stacking, heating and compressing the conductive material formed body and the composite sheet, an arrangement step of arranging the composite sheet in a decompressible decompression container, a mounting step of mounting the conductive material in the forms of the particles or fibers on the composite sheet, and a decompression step of closing the decompression container to decompress an interior of the decompression container.
A method of forming an organosilicon product, the method comprising: contacting a first side of a membrane with a nonvolatile liquid reactant comprising a compound having at least one silicon-bonded hydrogen atom; and contacting a second side of the membrane with a gaseous reactant comprising a compound having at least one carbon-carbon multiple bond, wherein the contacting is sufficient to react the gaseous reactant with the liquid reactant via a hydrosilylation reaction to form an organosilicon product on the first side of the membrane, wherein the membrane is substantially impermeable to the liquid reactant and substantially permeable to the gaseous reactant. contacting a first side of a membrane with a nonvolatile liquid reactant comprising a compound having at least one silicon-bonded hydrogen atom; and contacting a second side of the membrane with a gaseous reactant comprising a compound having at least one carbon-carbon multiple bond, wherein the contacting is sufficient to react the gaseous reactant with the liquid reactant via a hydrosilylation reaction to form an organosilicon product on the first side of the membrane, wherein the membrane is substantially impermeable to the liquid reactant and substantially permeable to the gaseous reactant.
A lamp comprising: a transparent envelope (100a; 100b; 100c; 100d) for emitting light, the transparent envelope (100a; 100b; 100c; 100d) having a first nubbin (104a; 104b; 104c; 104d) and a second nubbin (104a; 104b; 104c; 104d); a first RFID tag housing (202a; 202b) secured to the first nubbin (104a; 104b; 104c; 104d), the first RFID tag housing (202a; 202b) including a first quartz sleeve engaged with the first nubbin (104a; 104b; 104c; 104d); a second RFID tag housing (202a; 202b) secured to the second nubbin (104a; 104b; 104c; 104d), the second RFID tag housing (202a; 202b) including a second quartz sleeve engaged with the second nubbin (104a; 104b; 104c; 104d); a first RFID tag (250a; 250b; 250c; 250d) engaged with the first RFID tag housing (202a; 202b); and a second RFID tag (250a; 250b; 250c; 250d) engaged with the second RFID tag housing (202a; 202b), wherein each of the first RFID tag (250a; 250b; 250c; 250d) and the second RFID tag (250a; 250b; 250c; 250d) includes information to uniquely identify the lamp. a transparent envelope (100a; 100b; 100c; 100d) for emitting light, the transparent envelope (100a; 100b; 100c; 100d) having a first nubbin (104a; 104b; 104c; 104d) and a second nubbin (104a; 104b; 104c; 104d); a first RFID tag housing (202a; 202b) secured to the first nubbin (104a; 104b; 104c; 104d), the first RFID tag housing (202a; 202b) including a first quartz sleeve engaged with the first nubbin (104a; 104b; 104c; 104d); a second RFID tag housing (202a; 202b) secured to the second nubbin (104a; 104b; 104c; 104d), the second RFID tag housing (202a; 202b) including a second quartz sleeve engaged with the second nubbin (104a; 104b; 104c; 104d); a first RFID tag (250a; 250b; 250c; 250d) engaged with the first RFID tag housing (202a; 202b); and a second RFID tag (250a; 250b; 250c; 250d) engaged with the second RFID tag housing (202a; 202b), wherein each of the first RFID tag (250a; 250b; 250c; 250d) and the second RFID tag (250a; 250b; 250c; 250d) includes information to uniquely identify the lamp.
A screen edit apparatus , comprising: a designation unit for designating a starting point and an ending point being cater-cornered points of an edit frame as a determination criteria of a desired edit area for a desired edit target on a screen by a movement of a pointer on a displayed image; a calculation unit for calculating an amount of movement of the pointer in a predetermined unit time while the designation of the cater-cornered points continues, wherein designation of the ending point starts when the pointer moves; and a display control unit for changing a display scaling of the edit target according to the amount of movement of the pointer in the predetermined unit time, and displaying the edit target on a display device. a designation unit for designating a starting point and an ending point being cater-cornered points of an edit frame as a determination criteria of a desired edit area for a desired edit target on a screen by a movement of a pointer on a displayed image; a calculation unit for calculating an amount of movement of the pointer in a predetermined unit time while the designation of the cater-cornered points continues, wherein designation of the ending point starts when the pointer moves; and a display control unit for changing a display scaling of the edit target according to the amount of movement of the pointer in the predetermined unit time, and displaying the edit target on a display device.
Drive assembly for a vehicle, in particular for an electric vehicle, comprising: - at least one electric machine for generating a torque, - at least one gearbox coupled to the electric machine for transmitting and/or transferring the torque generated by the electric machine , - a housing in which the electric machine and the gearbox are arranged, wherein an intermediate wall of the housing is arranged between the electric machine and the gearbox , characterized in that - at least one insert part which is cast into the housing and has at least one, in particular self-contained, cavity structure for producing at least one cooling duct , wherein the insert part is arranged on or in the intermediate wall of the housing . - at least one electric machine for generating a torque, - at least one gearbox coupled to the electric machine for transmitting and/or transferring the torque generated by the electric machine , - a housing in which the electric machine and the gearbox are arranged, wherein an intermediate wall of the housing is arranged between the electric machine and the gearbox , characterized in that - at least one insert part which is cast into the housing and has at least one, in particular self-contained, cavity structure for producing at least one cooling duct , wherein the insert part is arranged on or in the intermediate wall of the housing .
A toilet seat having an automatic cleaning device , wherein the toilet seat comprises: a first assembly having a mounting panel , which is securable to a rear section of a lavatory body ; and a second assembly , which comprises a lavatory seat ring drivable in the peripheral direction, a bearing frame for the lavatory seat ring , a drive device for the lavatory seat ring , secured to the bearing frame , and a cleaning device for the lavatory seat ring , which is also secured to the bearing frame , wherein the first and second assemblies are pivotably connected to one another by means of hinge joints , wherein the hinge joints have a common axis of rotation arranged transversely in relation to the toilet seat characterized in that the cleaning device for the lavatory seat ring comprises a cleaning arm , which is pivotable about a pivot axis perpendicular to the bearing frame ; and the cleaning arm has a longitudinal axis , which is perpendicular to the pivot axis , and the cleaning arm is movable from an idle position, in which the longitudinal axis is essentially parallel to the axis of rotation of the hinge joints , into a cleaning position, in which the longitudinal axis is essentially perpendicular to the axis of rotation of the hinge joints . a first assembly having a mounting panel , which is securable to a rear section of a lavatory body ; and a second assembly , which comprises a lavatory seat ring drivable in the peripheral direction, a bearing frame for the lavatory seat ring , a drive device for the lavatory seat ring , secured to the bearing frame , and a cleaning device for the lavatory seat ring , which is also secured to the bearing frame , wherein the first and second assemblies are pivotably connected to one another by means of hinge joints , wherein the hinge joints have a common axis of rotation arranged transversely in relation to the toilet seat characterized in that the cleaning device for the lavatory seat ring comprises a cleaning arm , which is pivotable about a pivot axis perpendicular to the bearing frame ; and the cleaning arm has a longitudinal axis , which is perpendicular to the pivot axis , and the cleaning arm is movable from an idle position, in which the longitudinal axis is essentially parallel to the axis of rotation of the hinge joints , into a cleaning position, in which the longitudinal axis is essentially perpendicular to the axis of rotation of the hinge joints .
An apparatus for making frozen yogurt, sherbet and ice cream, comprising: a housing having a counter top with at least one aperture; at least one heat exchanger vessel positioned in said aperture for rotation therein, said vessel comprising coupling means at its exterior bottom , and the interior bottom of the vessel comprising adjacent curved U-shaped troughs having a center peak between them; a cooling medium within the housing surrounding the vessel ; a motor for coupling to said coupling means and for rotating the vessel within the housing ; and a single scraper blade fixedly mounted on the housing and extending into the vessel ; characterized in that the scraper blade has a J shape with a straight vertical portion thereof extending into the vessel alongside a wall of the vessel ; and a bottom portion of the scraper blade curves and ends along the interior bottom of the vessel as the curvature of the bottom trough , and in that the straight vertical portion of the scraper blade has an irregular triangular cross section and the bottom curved portion of the scraper blade has a right trapezoidal cross section. a housing having a counter top with at least one aperture; at least one heat exchanger vessel positioned in said aperture for rotation therein, said vessel comprising coupling means at its exterior bottom , and the interior bottom of the vessel comprising adjacent curved U-shaped troughs having a center peak between them; a cooling medium within the housing surrounding the vessel ; a motor for coupling to said coupling means and for rotating the vessel within the housing ; and a single scraper blade fixedly mounted on the housing and extending into the vessel ; characterized in that the scraper blade has a J shape with a straight vertical portion thereof extending into the vessel alongside a wall of the vessel ; and a bottom portion of the scraper blade curves and ends along the interior bottom of the vessel as the curvature of the bottom trough , and in that the straight vertical portion of the scraper blade has an irregular triangular cross section and the bottom curved portion of the scraper blade has a right trapezoidal cross section.
Method for locating a fault in a line section of a three-phase electrical power transmission line, wherein, in the method, at least one iteration step is carried out, which comprises - a location calculation method in which a fault location indication (Mm) is determined taking into account an auxiliary indication, and - a modification method in which a modified auxiliary indication is formed, which enables the location calculation method to be repeated in order to form a new fault location indication (Mm), - wherein the iteration step is repeated as part of an iteration until a predetermined termination criterion is met, characterized in that - the auxiliary indication is a compensation indication (Mc) describing an estimated location where the fault could be located, and - at least two different modification methods are available and, in each iteration step, a check determines which of the modification methods is to be used in the respective iteration step, - wherein the selection of the modification method depends on a sensitivity indication (E) which quantitatively describes the influence of the compensation indication (Mc) on the fault location indication (Mm). - a location calculation method in which a fault location indication (Mm) is determined taking into account an auxiliary indication, and - a modification method in which a modified auxiliary indication is formed, which enables the location calculation method to be repeated in order to form a new fault location indication (Mm), - wherein the iteration step is repeated as part of an iteration until a predetermined termination criterion is met, characterized in that - the auxiliary indication is a compensation indication (Mc) describing an estimated location where the fault could be located, and - at least two different modification methods are available and, in each iteration step, a check determines which of the modification methods is to be used in the respective iteration step, - wherein the selection of the modification method depends on a sensitivity indication (E) which quantitatively describes the influence of the compensation indication (Mc) on the fault location indication (Mm).
A method of controlling the operation of a washing machine , the method comprising: a step (a) that performs draining, when the water level in an outer tub is a set-water level or more, before supplying wash water; a step (b) that compares the internal temperature of the washing machine with a reference temperature, when the draining takes a reference time or more in the step (a); and a step (c) that outputs a first error message, when the internal temperature of the washing machine is lower than the reference temperature in the step (b). a step (a) that performs draining, when the water level in an outer tub is a set-water level or more, before supplying wash water; a step (b) that compares the internal temperature of the washing machine with a reference temperature, when the draining takes a reference time or more in the step (a); and a step (c) that outputs a first error message, when the internal temperature of the washing machine is lower than the reference temperature in the step (b).
A sputtering target and/or coil disposed at the periphery of a plasma-generating region for confining plasma, the target and/or the coil being composed of tantalum (Ta) or Titanium (Ti) and inevitable impurities and having a surface to be eroded having a hydrogen content of 500 μL/cm 2 or less, the hydrogen content being determined by cutting out a sample of 20x10x8 mm = 1.6 cm 3 of the target and/or the coil, heating the sample to 800°C and quantitatively measuring the hydrogen gas released from the surface of the sample by means of mass spectrometry.
Nozzle for a dispensing device for a product (P) under powder form, comprising: - a dispensing duct , comprising a dispensing opening configured to open freely into a user's respiratory airway, - a grid arranged transversely in the dispensing duct , - a solid wall arranged in the dispensing duct around the grid so as to form a dispensing restriction , the dispensing restriction having a passage cross-section smaller than the minimum passage cross-section of the dispensing duct wherein the dispensing opening has a diameter D1, the grid has a diameter D2, characterised in that the D1/D2 ratio between the diameter D1 of the dispensing opening and the diameter D2 of the grid is comprised between 1,5 and 5. - a dispensing duct , comprising a dispensing opening configured to open freely into a user's respiratory airway, - a grid arranged transversely in the dispensing duct , - a solid wall arranged in the dispensing duct around the grid so as to form a dispensing restriction , the dispensing restriction having a passage cross-section smaller than the minimum passage cross-section of the dispensing duct