mhurhangee/ep-ind-claims huggingface dataset:
A process of making metal chalcogenide particles, the process comprising the steps of: reacting a metal salt solution with a precipitant solution at a temperature of less than about 100 degrees Celsius for a time duration of less than 90 minutes under high shear conditions to form metal chalcogenide particles and by-product thereof, the high shear conditions comprising a shear force having Reynolds number in the range of 2000-200000; coating said metal chalcogenide particles with a surfactant; and separating the surfactant coated chalcogenide particles from the by-product to obtain said metal chalcogenide particles substantially free of said by-product; wherein said surfactant is a silane coupling agent or a metal organic salt having a polar group and an apolar group thereon. reacting a metal salt solution with a precipitant solution at a temperature of less than about 100 degrees Celsius for a time duration of less than 90 minutes under high shear conditions to form metal chalcogenide particles and by-product thereof, the high shear conditions comprising a shear force having Reynolds number in the range of 2000-200000; coating said metal chalcogenide particles with a surfactant; and separating the surfactant coated chalcogenide particles from the by-product to obtain said metal chalcogenide particles substantially free of said by-product; wherein said surfactant is a silane coupling agent or a metal organic salt having a polar group and an apolar group thereon.
A method in a three-terminal differential protection in an electrical power network, the method comprising measuring a terminal phase current ( I T 1( y), I T 2( y), I T 3( y)) at each terminal (T1, T2, T3) of a protected zone of the differential protection in each phase (L1, L2, L3) to be protected and determining a bias current ( I b ( y)) of the phase (L1, L2, L3) on the basis of the terminal phase currents I T 1( y), I T 3( y)), characterized in that the bias current ( I b ( y)) determination comprises subtracting phasor values of the terminal phase currents of two terminals (T1, T2, T3) from the phasor value of the terminal phase current of remaining one terminal (T1, T2, T3) and the terminal phase current ( I T 1( y), I T 2( y), I T 3( y)) being a minuend in the phasor difference computation is selected on the basis of phase angles or amplitudes of the terminal phase currents I T 1( y), I T 2( y) I T 3( y)).
Method for installing a unit bearing, in particular for a motor vehicle, the unit bearing having a closed, one-part housing with respectively one housing opening (15, 33) at two opposing sides, an elastomer support spring received in the housing and a support arm fixed inside the housing and protruding at least with one end from one of the two housing openings (15, 33), wherein the housing has a blade-shaped tab which extends into the interior of the housing and engages into a correspondingly-shaped groove of the support arm, characterised in that the support arm is laid into the housing and the elastomer support spring is then inserted into the housing.
A color light combining system, comprising: a first polarizing beam splitter that includes a reflective polarizer film and that includes first and second prism faces (912,916) that receive first and second unpolarized color lights (914,970), respectively, and that includes a third prism face that provides a first combined light output that includes combined first color lights (924,968) polarized in a first polarization direction and second color lights (974, 986) polarized in a second direction, and that includes a fourth prism face with a reflector that provides light recycling; and a first color-selective stacked retardation polarization filter that faces the third prism face and that provides a second combined light output that includes the first and second color lights that are combined and have the same polarization direction. a first polarizing beam splitter that includes a reflective polarizer film and that includes first and second prism faces (912,916) that receive first and second unpolarized color lights (914,970), respectively, and that includes a third prism face that provides a first combined light output that includes combined first color lights (924,968) polarized in a first polarization direction and second color lights (974, 986) polarized in a second direction, and that includes a fourth prism face with a reflector that provides light recycling; and a first color-selective stacked retardation polarization filter that faces the third prism face and that provides a second combined light output that includes the first and second color lights that are combined and have the same polarization direction.
A dialyser connector (20,300) comprising: a main body and a sliding clip, the main body has a tube end and a dialyser end, the main body defines a cavity, at least one aperture and a pair of ramps, and the sliding clip has a tube end and a dialyser end, the sliding clip defines a spine connecting the tube end and a dialyser end, the sliding clip has a pair of flexible wings extending in an arc from the spine and a pair of arms extending in an arc from the spine, the pair of arms have at least one projection extending radially inward, wherein the dialyser connector (20,300) has a locked condition in which the at least one projection extends into the cavity of the main body and an unlocked conditions in which the at least one projection is withdrawn from the cavity of the main body, and wherein the at least one projection is biased to the locked condition by resilient abutment of pair of flexible wings on the pair of ramps. a main body and a sliding clip, the main body has a tube end and a dialyser end, the main body defines a cavity, at least one aperture and a pair of ramps, and the sliding clip has a tube end and a dialyser end, the sliding clip defines a spine connecting the tube end and a dialyser end, the sliding clip has a pair of flexible wings extending in an arc from the spine and a pair of arms extending in an arc from the spine, the pair of arms have at least one projection extending radially inward, wherein the dialyser connector (20,300) has a locked condition in which the at least one projection extends into the cavity of the main body and an unlocked conditions in which the at least one projection is withdrawn from the cavity of the main body, and wherein the at least one projection is biased to the locked condition by resilient abutment of pair of flexible wings on the pair of ramps.
A user equipment for a mobile communication system, the user equipment comprising: processing circuitry, configured to determine at least one radio link via which a first base station is to forward data packets to the user equipment, the user equipment being connectable to both the first base station via a first radio link and to a second base station via a second radio link, a transmitter, configured to transmit a radio link selection message to the first base station, the radio link selection message comprising information on the determined at least one radio link for instructing the first base station via which at least one radio link to forward the data packets to the user equipment, characterized in that the processing circuitry is configured to: • start a report timer in response to a first data packet, of a series of data packets, being detected as missing; and • in response to the report timer expiring, determine to transmit a reception report to the first base station, and determine to refrain from transmitting the reception report in response to the first data packet being associated with a relevance that is lower than a relevance value or in response to a number of data packets detected as missing being below a specific number. processing circuitry, configured to determine at least one radio link via which a first base station is to forward data packets to the user equipment, the user equipment being connectable to both the first base station via a first radio link and to a second base station via a second radio link, a transmitter, configured to transmit a radio link selection message to the first base station, the radio link selection message comprising information on the determined at least one radio link for instructing the first base station via which at least one radio link to forward the data packets to the user equipment, • start a report timer in response to a first data packet, of a series of data packets, being detected as missing; and • in response to the report timer expiring, determine to transmit a reception report to the first base station, and determine to refrain from transmitting the reception report in response to the first data packet being associated with a relevance that is lower than a relevance value or in response to a number of data packets detected as missing being below a specific number.
A method for producing an inflatable product including a first sheet and a second sheet, the method comprising: aligning a leading end of a first tensioning structure (103, 1031, 2031, 3031) with a first welder and the first sheet; aligning a trailing end of the first tensioning structure (103, 1031, 2031, 3031) with a second welder and the second sheet; and simultaneously welding the leading end of the first tensioning structure (103, 1031, 2031,3031) to the first sheet and the trailing end of the first tensioning structure (103, 1031, 2031, 3031) to the second sheet by simultaneously operating the first and second welders (18, 17). aligning a leading end of a first tensioning structure (103, 1031, 2031, 3031) with a first welder and the first sheet; aligning a trailing end of the first tensioning structure (103, 1031, 2031, 3031) with a second welder and the second sheet; and simultaneously welding the leading end of the first tensioning structure (103, 1031, 2031,3031) to the first sheet and the trailing end of the first tensioning structure (103, 1031, 2031, 3031) to the second sheet by simultaneously operating the first and second welders (18, 17).
A light system comprising: a main body defining an internal chamber; a lighting assembly secured to the main body, wherein the lighting assembly comprises at least one light unit configured to emit light; and an airflow circuit extending around a periphery of the lighting assembly, wherein the airflow circuit is configured to direct airflow out of the main body underneath the lighting assembly, characterized in that the light system, further comprises a protective insert coupled to the main body, wherein the protective insert comprises a support frame coupled to an airflow outlet of the airflow circuit, and wherein the support frame comprises an internal airflow path that connects to one or more airflow passages; wherein the internal airflow path defines at least a portion of a circuitous path that includes at least one turn that re-directs the airflow therein. a main body defining an internal chamber; a lighting assembly secured to the main body, wherein the lighting assembly comprises at least one light unit configured to emit light; and an airflow circuit extending around a periphery of the lighting assembly, wherein the airflow circuit is configured to direct airflow out of the main body underneath the lighting assembly, characterized in that the light system, further comprises a protective insert coupled to the main body, wherein the protective insert comprises a support frame coupled to an airflow outlet of the airflow circuit, and wherein the support frame comprises an internal airflow path that connects to one or more airflow passages; wherein the internal airflow path defines at least a portion of a circuitous path that includes at least one turn that re-directs the airflow therein.
A mobile riveting and punching tool comprising - a drive piston that can be moved hydraulically between an initial position and an end position, - a hydraulic tool housing comprising a cylinder portion that guides the drive piston, and - a pulling tool unit or pushing tool unit that can be releasably connected to the drive piston and the hydraulic tool housing, characterized in that - a tool unit can be arranged on both sides of the hydraulic tool housing - viewed in the direction of the longitudinal axis of the drive piston, along which the drive piston can be moved within the hydraulic tool housing - and can be connected to the drive piston, and - the hydraulic tool housing is designed, - on one side, for the arrangement of the pulling tool unit that can be connected to the drive piston and, - on the other side, for the arrangement of the pushing tool unit that can be connected to the drive piston. - a drive piston that can be moved hydraulically between an initial position and an end position, - a hydraulic tool housing comprising a cylinder portion that guides the drive piston, and - a pulling tool unit or pushing tool unit that can be releasably connected to the drive piston and the hydraulic tool housing, characterized in that - a tool unit can be arranged on both sides of the hydraulic tool housing - viewed in the direction of the longitudinal axis of the drive piston, along which the drive piston can be moved within the hydraulic tool housing - and can be connected to the drive piston, and - the hydraulic tool housing is designed, - on one side, for the arrangement of the pulling tool unit that can be connected to the drive piston and, - on the other side, for the arrangement of the pushing tool unit that can be connected to the drive piston. - on one side, for the arrangement of the pulling tool unit that can be connected to the drive piston and, - on the other side, for the arrangement of the pushing tool unit that can be connected to the drive piston.
A ceramic nuclear fuel pellet for a nuclear reactor, wherein the nuclear fuel pellet comprises a first fissile material of UB 2, characterized in that the boron of the UB 2 is enriched to have a concentration of the isotope 11 B that is higher than for natural B.
An apparatus with a single-inductor multiple-output power converter, comprising: the single-inductor multiple-output power converter including: an input node configured to be coupled to a power source; a first node, a second node, and a ground node; at least two output nodes configured to be respectively coupled to at least two loads, the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch coupled between the input node and the first node; a second switch coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and control circuitry coupled to the single-input multiple-output power converter, the control circuitry configured to: detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state. the single-inductor multiple-output power converter including: an input node configured to be coupled to a power source; a first node, a second node, and a ground node; at least two output nodes configured to be respectively coupled to at least two loads, the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch coupled between the input node and the first node; a second switch coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and an input node configured to be coupled to a power source; a first node, a second node, and a ground node; at least two output nodes configured to be respectively coupled to at least two loads, the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch coupled between the input node and the first node; a second switch coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and control circuitry coupled to the single-input multiple-output power converter, the control circuitry configured to: detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state. detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state.
A tissue resecting instrument, comprising: a housing; an outer shaft (120, 1120) extending distally from the housing and defining a window (128, 1128) at a distal end portion thereof; an inner cutting shaft (130, 1130) extending through the outer shaft (120, 1120), the inner cutting shaft at least one of translatable or rotatable relative to the outer shaft to cut tissue extending through the window (128, 1128); a drive assembly coupled to the inner cutting shaft (130, 1130) and configured to drive the at least one of translation or rotation of the inner cutting shaft; a trigger pivotably coupled to the housing and further coupled to the drive assembly, wherein manual actuation of the trigger to pivot the trigger from an un-actuated position to an actuated position actuates the drive assembly to drive the at least one of translation or rotation of the inner cutting shaft (130, 1130); and a spring (340, 410) coupled between the trigger and the housing and configured to bias the trigger towards the un-actuated position, characterized in that the tissue resecting instrument further comprises a control knob (330, 430) operably coupled to the spring (340, 410) to enable adjustment of a resistance to pivoting of the trigger from the un-actuated position to the actuated position. a housing; an outer shaft (120, 1120) extending distally from the housing and defining a window (128, 1128) at a distal end portion thereof; an inner cutting shaft (130, 1130) extending through the outer shaft (120, 1120), the inner cutting shaft at least one of translatable or rotatable relative to the outer shaft to cut tissue extending through the window (128, 1128); a drive assembly coupled to the inner cutting shaft (130, 1130) and configured to drive the at least one of translation or rotation of the inner cutting shaft; a trigger pivotably coupled to the housing and further coupled to the drive assembly, wherein manual actuation of the trigger to pivot the trigger from an un-actuated position to an actuated position actuates the drive assembly to drive the at least one of translation or rotation of the inner cutting shaft (130, 1130); and a spring (340, 410) coupled between the trigger and the housing and configured to bias the trigger towards the un-actuated position, characterized in that the tissue resecting instrument further comprises a control knob (330, 430) operably coupled to the spring (340, 410) to enable adjustment of a resistance to pivoting of the trigger from the un-actuated position to the actuated position.
A fuel cell system comprising: a fuel cell module (11, 30) to which fuel and oxidant gas are supplied, the fuel cell module (11, 30) including a fuel cell generating electric power from the fuel and the oxidant gas; a fuel supply apparatus supplying the fuel to the fuel cell module (11, 30); a flow amount detection apparatus detecting flow amount of the fuel being supplied to the fuel cell module (11, 30); a control apparatus (15, 50) controlling at least the flow amount of the fuel supplied by the fuel supply apparatus, the control apparatus (15, 50) including a feedback control portion performing a feedback control by calculating a control command value relative to the fuel supply apparatus on the basis of a difference (et) between a detected flow amount (Qk) of the fuel and a target flow amount (Qt) of the fuel, and by outputting the control command value to the fuel supply apparatus, the detected flow amount (Qk) being a flow amount of the fuel which is detected by the flow amount detection apparatus, characterized in that the type of the fuel supplied to the fuel cell module varies; and t he control apparatus (15, 50) includes a storage portion including a first map indicating a first correlation between the target flow amount (Qt) and the control command value for each of plural types of the fuel; and t he control apparatus (15, 50) includes a fuel type estimation portion estimating, on the basis of the first map, the type of the fuel from the control command value corresponding to the target flow amount (Qt) of the fuel. a fuel cell module (11, 30) to which fuel and oxidant gas are supplied, the fuel cell module (11, 30) including a fuel cell generating electric power from the fuel and the oxidant gas; a fuel supply apparatus supplying the fuel to the fuel cell module (11, 30); a flow amount detection apparatus detecting flow amount of the fuel being supplied to the fuel cell module (11, 30); a control apparatus (15, 50) controlling at least the flow amount of the fuel supplied by the fuel supply apparatus, the control apparatus (15, 50) including a feedback control portion performing a feedback control by calculating a control command value relative to the fuel supply apparatus on the basis of a difference (et) between a detected flow amount (Qk) of the fuel and a target flow amount (Qt) of the fuel, and by outputting the control command value to the fuel supply apparatus, the detected flow amount (Qk) being a flow amount of the fuel which is detected by the flow amount detection apparatus, t he control apparatus (15, 50) includes a storage portion including a first map indicating a first correlation between the target flow amount (Qt) and the control command value for each of plural types of the fuel; and t he control apparatus (15, 50) includes a fuel type estimation portion estimating, on the basis of the first map, the type of the fuel from the control command value corresponding to the target flow amount (Qt) of the fuel.