mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying a moving image in a mobile device, the method comprising: displaying a moving image at a determined first region at a first layer of a screen based on a used popup function, wherein the screen comprises a text input window of an application in a second layer below the first layer; detecting a touch input at the text input window as an event to perform a function in a determined second region of the screen; and in response to the detection of the touch input at the text input window and if the second region is overlapped with the first region: transitioning the moving image display from the determined first region of the screen to a determined third region at the first layer of the screen which is not overlapped with the second region of the screen, and displaying a keyboard simultaneously in the determined second region of the screen, wherein the moving image display in the determined third region at the first layer of the screen is free from overlapping the displayed keyboard in the determined second region. displaying a moving image at a determined first region at a first layer of a screen based on a used popup function, wherein the screen comprises a text input window of an application in a second layer below the first layer; detecting a touch input at the text input window as an event to perform a function in a determined second region of the screen; and in response to the detection of the touch input at the text input window and if the second region is overlapped with the first region: transitioning the moving image display from the determined first region of the screen to a determined third region at the first layer of the screen which is not overlapped with the second region of the screen, and displaying a keyboard simultaneously in the determined second region of the screen, wherein the moving image display in the determined third region at the first layer of the screen is free from overlapping the displayed keyboard in the determined second region. transitioning the moving image display from the determined first region of the screen to a determined third region at the first layer of the screen which is not overlapped with the second region of the screen, and displaying a keyboard simultaneously in the determined second region of the screen, wherein the moving image display in the determined third region at the first layer of the screen is free from overlapping the displayed keyboard in the determined second region.
A metal powder for additive manufacturing, comprising, in wt%, Ni 9.0-12.0, Cr 2.0-4.5, Mo 3.5-4.5 and Ti 0.1-1.0; and, if present, Si up to 0.5, Mn up to 0.5, Al up to 0.1, Co up to 0.1, N up to 0.05 and/or C up to 0.07; the balance being Fe and usual impurities.
A control method for a laundry treating apparatus comprising a washing machine provided with a tub providing a space, in which water is stored, inside a first cabinet, a washing drum provided inside the tub, providing a space in which laundry is stored, a washing drum motor rotating the washing drum, a water supply unit supplying water to the tub, and a heating unit heating water inside the tub; and a dryer provided with a second cabinet supporting a bottom surface of the first cabinet or seated on an upper surface of the first cabinet, a drying drum rotatably provided inside the second cabinet, storing laundry therein, a duct supplying the air to the drying drum, and a heat exchanger provided in the duct, heating the air, the control method comprising: a water supply step of supplying water to the tub by controlling the water supply unit; a drying step of supplying the heated air to the drying drum through the heat exchanger; a request step of transmitting a control signal requesting reduction of a current amount per hour supplied to the heat exchanger to the dryer by the washing machine; a low power mode execution step of lowering the current amount per hour supplied to the heat exchanger if a temperature of the air discharged from the drying drum or a temperature of a refrigerant heat-exchanged with the air by the heat exchanger is higher than a preset first reference temperature; a heating step of heating the water stored in the tub by operating the heating unit after the low power mode execution step is initiated; and a particle removal step of separating particles from laundry by rotating the washing drum. a water supply step of supplying water to the tub by controlling the water supply unit; a drying step of supplying the heated air to the drying drum through the heat exchanger; a request step of transmitting a control signal requesting reduction of a current amount per hour supplied to the heat exchanger to the dryer by the washing machine; a low power mode execution step of lowering the current amount per hour supplied to the heat exchanger if a temperature of the air discharged from the drying drum or a temperature of a refrigerant heat-exchanged with the air by the heat exchanger is higher than a preset first reference temperature; a heating step of heating the water stored in the tub by operating the heating unit after the low power mode execution step is initiated; and a particle removal step of separating particles from laundry by rotating the washing drum.
A composition comprising a latent heat storage material comprising one or more A-B-A trimers of two monofunctional oxidized fatty components chemically bonded to a bifunctional linker component and having a solid-to-gel transition between about -50°C and about 100°C at 1 atm; and an ionic liquid selected from the group, imidazolium-based ionic liquid, pyridinium-based ionic liquid, choline-based ionic liquid, and ionic liquid comprising a sugar, sugar alcohol, or sugar derivative and/or in which the bifunctional linker component B comprises a polyol. one or more A-B-A trimers of two monofunctional oxidized fatty components chemically bonded to a bifunctional linker component and having a solid-to-gel transition between about -50°C and about 100°C at 1 atm; and an ionic liquid selected from the group, imidazolium-based ionic liquid, pyridinium-based ionic liquid, choline-based ionic liquid, and ionic liquid comprising a sugar, sugar alcohol, or sugar derivative and/or in which the bifunctional linker component B comprises a polyol.
A ground anchor comprises a holder for receiving a load, particularly a parasol or the like, a ground screw on the holder, and stabilizers (9,10,11) for providing support against the ground, characterized in that the holder is rotatably supported in a sleeve so as to be axially displaceable therein to an abutment, and the stabilizers (9,10,11) are pivotal on the sleeve, can be pivoted limitedly between stops (14,15), and optionally be extended telescopically or by being folded out.
An implant comprising: a central portion composed of at least two yarns including at least one primary yarn and at least one high strength yarn interconnected to form openings therein; and characterised by a peripheral portion extending around the central portion, the peripheral portion formed solely from the at least one high strength yarn. a central portion composed of at least two yarns including at least one primary yarn and at least one high strength yarn interconnected to form openings therein; and characterised by a peripheral portion extending around the central portion, the peripheral portion formed solely from the at least one high strength yarn.
A gauge assembly adapted for coupling with a vessel designed to contain hazard suppression material under pressure, said gauge assembly including structure operable to repeatedly sense temperature and pressure of the material within said vessel, a digital processor configured to access a library of empirical data including normalized linear pressure curves for the hazard suppression material at different temperatures and nonlinear pressure curves representative of pressures experienced during rapid temperature changes of the hazard suppression material, the digital processor being configured to compare sensed temperature and pressure values with said library of empirical data to determine if the sensed temperature and pressure values are consistent with said library of empirical data, and provide an output in conformity with the comparison.
A method for receiving a channel state information-reference signal, CSI- RS by a user equipment, UE, in a wireless communication system, the method comprising: receiving synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; receiving CSI-RS configuration information; receiving a CSI-RSbased on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-1ocated, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter. receiving synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; receiving CSI-RS configuration information; receiving a CSI-RSbased on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-1ocated, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter.
An assembly comprising a tractor, an agricultural tool and a coupling device for coupling the agricultural tool to the tractor, the coupling device comprising two coupling arms (3, 4) called lower coupling arms, respectively articulated by a first connection point (10, 11) on the tractor, and by a second connection point (12, 13) on the agricultural tool, each coupling arm connection point being defined by a so-called polyaxial articulation articulated along at least two axes, the second connection points (12, 13) of the coupling arms (3, 4) corresponding to the connection points of the coupling arms (3, 4) on the agricultural tool being more distant from one another than the first connection points (10, 11) of the coupling arms (3, 4) corresponding to the connection points of the coupling arms (3, 4) on the tractor, characterized in that it comprises a stabilizer, arranged between an attachment point situated on the tractor, laterally outside the first connection points (10, 11) of the coupling arms (3, 4), and an attachment point situated on the agricultural tool, between the second connection points (12, 13) of the coupling arms.
Use of a phytosanitary composition comprising a mixture of - carvacrol or oregano oil (Origanum vulgaris), and - carbonates or bicarbonates of alkali metals or ammonium as a fungicide, wherein the phytosanitary composition is applied to cultivated plants by spraying. - carvacrol or oregano oil (Origanum vulgaris), and - carbonates or bicarbonates of alkali metals or ammonium as a fungicide, wherein the phytosanitary composition is applied to cultivated plants by spraying. as a fungicide, wherein the phytosanitary composition is applied to cultivated plants by spraying.
Method of optical parametric amplification, comprising the steps of - providing a pump pulse having a pump pulse duration, - providing a chirped seed pulse having a seed pulse duration, and - sequentially passing of the pump and seed pulses (1, 2) through at least two amplification stages (31, 32,...), wherein the pump and seed pulses (1, 2) are coupled into the amplification stages (31, 32,...) with varying mutual temporal overlap and the seed pulse is amplified at each of the amplification stages (31, 32,...), wherein - the mutual temporal overlap of the pump and seed pulses (1, 2) is adjusted by using one or more optical delay path(s) each of which being arranged between two subsequent amplification stages of the at least two amplification stages, and - the mutual temporal overlap of the pump and seed pulses (1, 2) is varied such that different temporal ranges of the seed pulse are amplified at each of the amplification stages (31, 32,...), wherein - an amplified signal pulse is provided by the seed pulse after amplification in a last one of the amplification stages (31, 32,...), characterized in that - the seed pulse duration is longer than the pump pulse duration, and - in the spectral regions determined by the varying temporal overlap of the seed pulse with the pump pulse, the signal pulse has an energy larger than the energy of the seed pulse. - providing a pump pulse having a pump pulse duration, - providing a chirped seed pulse having a seed pulse duration, and - sequentially passing of the pump and seed pulses (1, 2) through at least two amplification stages (31, 32,...), wherein the pump and seed pulses (1, 2) are coupled into the amplification stages (31, 32,...) with varying mutual temporal overlap and the seed pulse is amplified at each of the amplification stages (31, 32,...), wherein - the mutual temporal overlap of the pump and seed pulses (1, 2) is adjusted by using one or more optical delay path(s) each of which being arranged between two subsequent amplification stages of the at least two amplification stages, and - the mutual temporal overlap of the pump and seed pulses (1, 2) is varied such that different temporal ranges of the seed pulse are amplified at each of the amplification stages (31, 32,...), wherein - an amplified signal pulse is provided by the seed pulse after amplification in a last one of the amplification stages (31, 32,...), characterized in that - the seed pulse duration is longer than the pump pulse duration, and - in the spectral regions determined by the varying temporal overlap of the seed pulse with the pump pulse, the signal pulse has an energy larger than the energy of the seed pulse.
A method for treating crude methylthiopropanal synthesized through reaction of methyl mercaptan and acraldehyde, comprising: feeding crude methylthiopropanal into a low-vacuum rectifying column, discharging a light component from the top of the column, feeding the light component into an emulsifying tank, and discharging a heavier component containing methylthiopropanal from the bottom of the column; feeding the heavier component containing methylthiopropanal and discharged from the bottom of the low-vacuum rectifying column into a high-vacuum rectifying column, discharging and collecting the methylthiopropanal product from the top of the column, discharging a heavy component from the bottom of the column and feeding it also into the emulsifying tank; emulsifying the light component and the heavy component in the emulsifying tank to form a homogeneous and stable emulsion; and feeding the emulsion into an incinerator through a pipeline; wherein the emulsifying tank is provided externally with a layer of thermal-insulation jacket, and provided internally with a stirrer and a transmission for controlling the stirrer; wherein the rotation rate of the stirrer is not less than 150 rpm; the emulsification temperature is not lower than 60 °C; and the emulsification time is not less than 5 min; wherein the vacuum degree of the low-vacuum rectifying column is 8-20 kPa; and the vacuum degree of the high-vacuum rectifying column is 1-5 kPa. feeding crude methylthiopropanal into a low-vacuum rectifying column, discharging a light component from the top of the column, feeding the light component into an emulsifying tank, and discharging a heavier component containing methylthiopropanal from the bottom of the column; feeding the heavier component containing methylthiopropanal and discharged from the bottom of the low-vacuum rectifying column into a high-vacuum rectifying column, discharging and collecting the methylthiopropanal product from the top of the column, discharging a heavy component from the bottom of the column and feeding it also into the emulsifying tank; emulsifying the light component and the heavy component in the emulsifying tank to form a homogeneous and stable emulsion; and feeding the emulsion into an incinerator through a pipeline; wherein the emulsifying tank is provided externally with a layer of thermal-insulation jacket, and provided internally with a stirrer and a transmission for controlling the stirrer; wherein the rotation rate of the stirrer is not less than 150 rpm; the emulsification temperature is not lower than 60 °C; and the emulsification time is not less than 5 min; wherein the vacuum degree of the low-vacuum rectifying column is 8-20 kPa; and the vacuum degree of the high-vacuum rectifying column is 1-5 kPa.
A light emitting device comprising - first and second terminals (1, 2) connected to a first load circuit comprising at least one first light emitting diode, - third and fourth terminals (3, 4) connected to a second load circuit comprising at least one second light emitting diode, - a first connection adapted to interconnect the first and third terminals (1, 3), - a second connection adapted to interconnect the second and fourth terminals (2, 4), at least one of the first and second load circuits (21, 22) being adapted to receive first power from a source via the first and second connections (11, 12), - a capacitor coupled in parallel to the second load circuit and adapted to store energy received via an element with a current-direction-dependency and to provide second power to at least the second load circuit, characterised is that - both the first and the second connections. (11, 12) are power dissipating connections - the first connection comprises a conductor with a resistance larger than zero; and - the second connection comprises a resistor. - first and second terminals (1, 2) connected to a first load circuit comprising at least one first light emitting diode, - third and fourth terminals (3, 4) connected to a second load circuit comprising at least one second light emitting diode, - a first connection adapted to interconnect the first and third terminals (1, 3), - a second connection adapted to interconnect the second and fourth terminals (2, 4), at least one of the first and second load circuits (21, 22) being adapted to receive first power from a source via the first and second connections (11, 12), - a capacitor coupled in parallel to the second load circuit and adapted to store energy received via an element with a current-direction-dependency and to provide second power to at least the second load circuit, characterised is that - both the first and the second connections. (11, 12) are power dissipating connections - the first connection comprises a conductor with a resistance larger than zero; and - the second connection comprises a resistor.
Dish rack, in particular a cutlery drawer, for a dishwasher, the dish rack comprising a supporting frame mounted such that it can be pulled out of a washing chamber of a dishwasher and comprising a cutlery insert for receiving washware that is movably arranged on the supporting frame, the cutlery insert being retained by the supporting frame so as to be both horizontally and vertically movable transversely to the pull-out direction of the cutlery drawer and comprising a retaining element on the longitudinal side thereof which extends in the pull-out direction and faces the supporting frame, which element detachably interacts with an abutment provided by the supporting frame, the abutment being designed to have two steps in order to support the retaining element in a first and a second vertical position, characterised in that the supporting frame provides a guide cam which detachably interacts with a guide contour formed by the cutlery insert, the guide cam providing a support surface on which the guide contour rests when in contact.
A sealing apparatus comprising: a housing being mountable to an elongate shaft including an axial lumen; and a sealing member defining a cavity and having at least a portion thereof disposed within the housing, wherein the cavity defined by the sealing member is rotatably and spherically moveable relative to the elongate shaft, characterized in that, the sealing member is fixedly mounted to a portion of the housing such that the cavity of the sealing member and the portion of the housing are correspondingly rotatably moveable relative to the elongate shaft, wherein the sealing member includes at least one resilient biasing member (906, 1080) configured for engaging an inner surface of the housing so as to bias the sealing member to one of a centered position or an offset orientation relative to the housing. a housing being mountable to an elongate shaft including an axial lumen; and a sealing member defining a cavity and having at least a portion thereof disposed within the housing, wherein the cavity defined by the sealing member is rotatably and spherically moveable relative to the elongate shaft, characterized in that, the sealing member is fixedly mounted to a portion of the housing such that the cavity of the sealing member and the portion of the housing are correspondingly rotatably moveable relative to the elongate shaft, wherein the sealing member includes at least one resilient biasing member (906, 1080) configured for engaging an inner surface of the housing so as to bias the sealing member to one of a centered position or an offset orientation relative to the housing.
A wound therapy system comprising: a negative pressure circuit configured to apply negative pressure to a wound; a pump fluidly coupled to the negative pressure circuit and configured to produce a negative pressure at the wound or within the negative pressure circuit; a pressure sensor (113, 130) configured to measure the negative pressure within the negative pressure circuit or at the wound; and characterized by a controller configured to: perform a testing procedure comprising a first drawdown period, a leak rate determination period, a vent period, and a second drawdown period; receive one or more pressure measurements of the pressure sensor (113, 130) over the leak rate determination period to determine a leak rate parameter; monitor an amount of elapsed time over the second drawdown period to determine a drawdown parameter; and estimate a volume of the wound based on the leak rate parameter and the drawdown parameter. a negative pressure circuit configured to apply negative pressure to a wound; a pump fluidly coupled to the negative pressure circuit and configured to produce a negative pressure at the wound or within the negative pressure circuit; a pressure sensor (113, 130) configured to measure the negative pressure within the negative pressure circuit or at the wound; and characterized by a controller configured to: perform a testing procedure comprising a first drawdown period, a leak rate determination period, a vent period, and a second drawdown period; receive one or more pressure measurements of the pressure sensor (113, 130) over the leak rate determination period to determine a leak rate parameter; monitor an amount of elapsed time over the second drawdown period to determine a drawdown parameter; and estimate a volume of the wound based on the leak rate parameter and the drawdown parameter. perform a testing procedure comprising a first drawdown period, a leak rate determination period, a vent period, and a second drawdown period; receive one or more pressure measurements of the pressure sensor (113, 130) over the leak rate determination period to determine a leak rate parameter; monitor an amount of elapsed time over the second drawdown period to determine a drawdown parameter; and estimate a volume of the wound based on the leak rate parameter and the drawdown parameter.