mhurhangee/ep-ind-claims huggingface dataset:
A method of depositing a Group III-nitride film on a substrate with an exposed surface, said method comprising: (a) performing a first nitridation of the substrate to cover the exposed surface of the substrate with a nitridation layer; (b) applying a buffer layer to the surface of the substrate with the nitridation layer thereon; (c) annealing the substrate with the buffer layer applied thereto, said annealing comprising supplying ammonia diluted with a non-reactive gas and wherein said annealing is carried out at a temperature of between 900 °C and 1125 °C for a time of between 5 minutes and 30 minutes; (d) optionally selectively patterning the substrate surface comprising selectively removing a portion of the buffer layer from the substrate surface and optionally annealing the selectively patterned substrate; (e) performing a second nitridation of any selectively patterned substrate surface such that a portion of the selectively patterned substrate is covered with an exposed nitridation layer and the remaining portion of the selectively patterned substrate surface is covered with an exposed buffer layer; and (f) depositing via CVD a Group III-nitride film on the surface of the substrate such that the deposited film is Group III-polar on any portion of the substrate with the annealed buffer layer thereon and is N-polar on any portion of the substrate that has optionally been selectively patterned to have an exposed nitridation layer; wherein said deposited film has an rms roughness of less than 8 nm. (a) performing a first nitridation of the substrate to cover the exposed surface of the substrate with a nitridation layer; (b) applying a buffer layer to the surface of the substrate with the nitridation layer thereon; (c) annealing the substrate with the buffer layer applied thereto, said annealing comprising supplying ammonia diluted with a non-reactive gas and wherein said annealing is carried out at a temperature of between 900 °C and 1125 °C for a time of between 5 minutes and 30 minutes; (d) optionally selectively patterning the substrate surface comprising selectively removing a portion of the buffer layer from the substrate surface and optionally annealing the selectively patterned substrate; (e) performing a second nitridation of any selectively patterned substrate surface such that a portion of the selectively patterned substrate is covered with an exposed nitridation layer and the remaining portion of the selectively patterned substrate surface is covered with an exposed buffer layer; and (f) depositing via CVD a Group III-nitride film on the surface of the substrate such that the deposited film is Group III-polar on any portion of the substrate with the annealed buffer layer thereon and is N-polar on any portion of the substrate that has optionally been selectively patterned to have an exposed nitridation layer; wherein said deposited film has an rms roughness of less than 8 nm.
Tonabersat for use in treating a subject having a cancer, wherein administration of the tonabersat inhibits metastatic progression of the cancer in the brain of the subject.
A food product processing system comprising: a dust collection device for filtering powder from powder-filled air that is drawn from a food product processing system, the dust collection device comprising a venturi mixer that has an inlet for receiving the powder-filled air, a liquid inlet for receiving a liquid, a nozzle, and a housing that defines a mixing zone, wherein the nozzle is arranged to eject the liquid into the mixing zone and to create a vacuum when the liquid passes though the nozzle, such that the powder-filled air is drawn into the mixing zone where the powder-filled air and the liquid meet to form a liquid mixture of the liquid and the powder from the powder-filled air, and a chamber arranged to receive the liquid mixture from the mixing zone, wherein the dust collection device comprises a recirculation line arranged to draw the liquid mixture from the chamber and feed the liquid mixture to the liquid inlet of the venturi mixer, and an air outlet arranged to discharge air from the chamber, a powder handling unit connected to the dust collection device, for allowing powder-filled air to be conveyed from the powder handling unit to the dust collection device, characterized by an ingredient feeding unit configured to receive and feed an ingredient; and a mixing unit fluidly connected to the ingredient feeding unit and configured to mix the ingredient with a liquid, wherein a fluid line is connected between the chamber of the dust collection device and the mixing unit, for allowing transportation of the liquid mixture from the chamber to the mixing unit. a dust collection device for filtering powder from powder-filled air that is drawn from a food product processing system, the dust collection device comprising a venturi mixer that has an inlet for receiving the powder-filled air, a liquid inlet for receiving a liquid, a nozzle, and a housing that defines a mixing zone, wherein the nozzle is arranged to eject the liquid into the mixing zone and to create a vacuum when the liquid passes though the nozzle, such that the powder-filled air is drawn into the mixing zone where the powder-filled air and the liquid meet to form a liquid mixture of the liquid and the powder from the powder-filled air, and a chamber arranged to receive the liquid mixture from the mixing zone, wherein the dust collection device comprises a recirculation line arranged to draw the liquid mixture from the chamber and feed the liquid mixture to the liquid inlet of the venturi mixer, and an air outlet arranged to discharge air from the chamber, a powder handling unit connected to the dust collection device, for allowing powder-filled air to be conveyed from the powder handling unit to the dust collection device, characterized by an ingredient feeding unit configured to receive and feed an ingredient; and a mixing unit fluidly connected to the ingredient feeding unit and configured to mix the ingredient with a liquid, wherein a fluid line is connected between the chamber of the dust collection device and the mixing unit, for allowing transportation of the liquid mixture from the chamber to the mixing unit.
A brush device, in particular a hammer brush device, for a mechanically commutated electric motor, having at least one bolt, on which there is rotatably mounted a brush which in a rotational direction is subjected to a force of at least one spring whose coils surround the bolt, with which brush device the coil, of the spring, adjacent to the brush is supported on a support part (13, 14) rotatably sitting on the bolt, which support part (13, 14) rotates together with the brush, characterized in that the coils of the spring surround a dome, in one piece with a cover, or a projection formed as part of the bolt.
A dialysis machine comprising: a power supply for providing power to the dialysis machine, the power supply including a power supply cable that includes a first ground wire electrically connected to a first ground prong; and a hydraulics system of the dialysis machine and provided with power by the power supply, wherein the hydraulics system is configured for making dialysate, supplying the dialysate to a dialysate circuit, and draining spent dialysate from the dialysate circuit, the hydraulics system including a hydraulics grounding cable that includes a second ground wire electrically connected to a second ground prong. a power supply for providing power to the dialysis machine, the power supply including a power supply cable that includes a first ground wire electrically connected to a first ground prong; and a hydraulics system of the dialysis machine and provided with power by the power supply, wherein the hydraulics system is configured for making dialysate, supplying the dialysate to a dialysate circuit, and draining spent dialysate from the dialysate circuit, the hydraulics system including a hydraulics grounding cable that includes a second ground wire electrically connected to a second ground prong.
A user terminal for carrier aggregation or dual connectivity in which six or more component carriers can be configured, the user terminal comprising: a transmission section configured to transmit uplink control information, UCI, using an uplink control channel; and a control section configured to control at least one of generation and transmission of the UCI based on a spreading factor of the uplink control channel, wherein at least one of a number of symbols and a position of a demodulation reference signal for the uplink control channel is fixed irrespective of the spreading factor, and wherein the control section is configured to determine a number of bits to transmit on the uplink control channel, based on at least one of the spreading factor, a number of symbols excluding the symbols for the demodulation reference signal in a slot, a modulation scheme and a number of resource blocks used for the uplink control channel controlled based on information indicative of the spreading factor. a transmission section configured to transmit uplink control information, UCI, using an uplink control channel; and a control section configured to control at least one of generation and transmission of the UCI based on a spreading factor of the uplink control channel, wherein at least one of a number of symbols and a position of a demodulation reference signal for the uplink control channel is fixed irrespective of the spreading factor, and wherein the control section is configured to determine a number of bits to transmit on the uplink control channel, based on at least one of the spreading factor, a number of symbols excluding the symbols for the demodulation reference signal in a slot, a modulation scheme and a number of resource blocks used for the uplink control channel controlled based on information indicative of the spreading factor.
Mechanical actuation unit of a lock for a door of a motor vehicle; the lock comprising a closing mechanism designed to couple in a releasable way with a lock striker to determine closing of said door; the mechanical actuation unit comprising: - an opening mechanism controlled to cause release of said closing mechanism from said lock striker following manual actuation by a user on an external movable element or on an internal movable element associated with said door respectively on the outside and on the inside of said motor vehicle; - an internal control lever designed to be connected to said internal movable element and rotatable starting from a position at rest along an opening travel path against the elastic action of a return spring, to control said opening mechanism and open said door; - a principal inhibiting device that can be activated selectively to make actuation ineffective on said external movable element and inhibit opening of said door from the outside; and - deactivation means (62,98) of said principal inhibiting device that can be controlled from inside said motor vehicle to enable opening of said door from the outside; said return spring comprising a first stop portion which is a part of said deactivation means (62, 98); said internal control lever being rotatable from and towards said position at rest on the opposite side to said opening travel path, to control activation and deactivation of said principal inhibiting device; characterized in that said principal inhibiting device comprises a rotatable relay lever, with a terminal portion interposed between said first stop portion and a thrust tooth constituting part of said internal control lever so that the terminal portion is disposed resting against said first stop portion; said return spring exerting on said internal control lever an elastic action to maintain said thrust tooth in contact with said terminal portion. - an opening mechanism controlled to cause release of said closing mechanism from said lock striker following manual actuation by a user on an external movable element or on an internal movable element associated with said door respectively on the outside and on the inside of said motor vehicle; - an internal control lever designed to be connected to said internal movable element and rotatable starting from a position at rest along an opening travel path against the elastic action of a return spring, to control said opening mechanism and open said door; - a principal inhibiting device that can be activated selectively to make actuation ineffective on said external movable element and inhibit opening of said door from the outside; and - deactivation means (62,98) of said principal inhibiting device that can be controlled from inside said motor vehicle to enable opening of said door from the outside;
Centerless cylindrical grinding machine for throughfeed and plunge grinding of arbitrary workpieces comprising a first drivable positioning axis X S for a grinding headstock with a grinding wheel rotatable about an axis of rotation and a second drivable positioning axis X R for a regulating wheel headstock with a regulating wheel rotatable about an axis of rotation, and a workpiece support arrangeable substantially between the grinding headstock and the regulating wheel headstock, wherein a further drivable positioning axis Y W, extending orthogonal to at least one of the positioning axes X S and X R, is mounted for a carriage on a carriage track, via which the workpiece support is movable, wherein the grinding headstock and the regulating wheel headstock are arranged in a first area of a machine bed and the carriage track is at least partially arranged in a second area of the machine bed, characterized in that the second area of the machine bed has a lesser extension in a direction parallel to the positioning axis Y W than the first area of the machine bed.
A construction vehicle comprising: an engine; a hydraulic pump for travelling configured to be driven by the engine; an accelerator pedal configured to adjust an acceleration opening degree in accordance with a pressed amount thereof; a hydraulic motor for travelling configured to be driven by a pressurized oil discharged from the hydraulic pump for travelling; a travelling load detecting section configured to detect a magnitude of a travelling load applied in travelling; a vehicle speed detecting section configured to detect a vehicle speed; and a control unit configured to set an upper limit of a command value of the acceleration opening degree in accordance with the magnitude of the travelling load and a magnitude of the vehicle speed, the control unit configured to set a lower limit of a displacement of the hydraulic motor for travelling in order to maximize the vehicle speed at the acceleration opening degree limited to a predetermined amount. an engine; a hydraulic pump for travelling configured to be driven by the engine; an accelerator pedal configured to adjust an acceleration opening degree in accordance with a pressed amount thereof; a hydraulic motor for travelling configured to be driven by a pressurized oil discharged from the hydraulic pump for travelling; a travelling load detecting section configured to detect a magnitude of a travelling load applied in travelling; a vehicle speed detecting section configured to detect a vehicle speed; and a control unit configured to set an upper limit of a command value of the acceleration opening degree in accordance with the magnitude of the travelling load and a magnitude of the vehicle speed, the control unit configured to set a lower limit of a displacement of the hydraulic motor for travelling in order to maximize the vehicle speed at the acceleration opening degree limited to a predetermined amount.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: configuring a plurality of sidelink logical channels, wherein each of the plurality of sidelink logical channels is associated with one of a plurality of per-packet priorities; configuring a plurality of logical channel groups, LCGs, to which the plurality of sidelink logical channels belong, based on the per-packet priority, and transmitting a buffer status report, BSR, using the one or more logical channel groups, wherein based on a lowest priority among priorities of sidelink logical channels belonging to a first LCG is higher than a highest priority among priorities of sidelink logical channels belonging to a second LCG, a number of the priorities of sidelink logical channels belonging to the first LCG is equal to or less than a number of the priorities of sidelink logical channels belonging to the second LCG, wherein a number of the plurality of LCGs are 4, a number of the plurality of priorities are 8, and wherein the plurality of LCGs are associated with the plurality of priorities as one of following options, LCG 0 LCG 1 LCG 2 LCG 3 Option 1 PPP0 PPP 1 PPP 2 PPP 3, PPP 4, PPP 5, PPP6, PPP 7 Option 2 PPP 0 PPP 1 PPP 2, PPP 3 PPP 4, PPP 5, PPP6, PPP 7 Option 3 PPP 0 PPP 1 PPP 2, PPP 3, PPP 4 PPP 5, PPP6, PPP 7 Option 4 PPP0 PPP 1, PPP 2 PPP 3, PPP 4 PPP 5, PPP6, PPP 7 wherein LCG x is one of the plurality of LCGs, where x is integer among 0 to 3, wherein PPP y is a y-th higher priority among the plurality of priorities, where y is integer among 0 to 7. configuring a plurality of sidelink logical channels, wherein each of the plurality of sidelink logical channels is associated with one of a plurality of per-packet priorities; configuring a plurality of logical channel groups, LCGs, to which the plurality of sidelink logical channels belong, based on the per-packet priority, and transmitting a buffer status report, BSR, using the one or more logical channel groups, wherein based on a lowest priority among priorities of sidelink logical channels belonging to a first LCG is higher than a highest priority among priorities of sidelink logical channels belonging to a second LCG, a number of the priorities of sidelink logical channels belonging to the first LCG is equal to or less than a number of the priorities of sidelink logical channels belonging to the second LCG, wherein a number of the plurality of LCGs are 4, a number of the plurality of priorities are 8, and wherein the plurality of LCGs are associated with the plurality of priorities as one of following options, LCG 0 LCG 1 LCG 2 LCG 3 Option 1 PPP0 PPP 1 PPP 2 PPP 3, PPP 4, PPP 5, PPP6, PPP 7 Option 2 PPP 0 PPP 1 PPP 2, PPP 3 PPP 4, PPP 5, PPP6, PPP 7 Option 3 PPP 0 PPP 1 PPP 2, PPP 3, PPP 4 PPP 5, PPP6, PPP 7 Option 4 PPP0 PPP 1, PPP 2 PPP 3, PPP 4 PPP 5, PPP6, PPP 7 wherein LCG x is one of the plurality of LCGs, where x is integer among 0 to 3, wherein PPP y is a y-th higher priority among the plurality of priorities, where y is integer among 0 to 7.
A freeze-thaw damage resistance and scaling damage resistance admixture for a cementitious composition comprising an aqueous slurry comprising a water insoluble superabsorbent polymer and expandable polymeric microspheres, where the expandable microspheres have an average diameter of 100 μm or less.
A vegetable paper comprising bast fibres and cellulose fibres, wherein the amount of bast fibres is at least 40% by weight of dry matter of the vegetable paper, the bast fibres have a length-weighted average length of from 1 mm to 12 mm, characterized in that the mixture of bast fibres and cellulose fibres have a degree Schopper-Riegler of from 5°SR to 50°SR, and its basis weight is of from 15 g/m 2 to 70 g/m 2. the amount of bast fibres is at least 40% by weight of dry matter of the vegetable paper, the bast fibres have a length-weighted average length of from 1 mm to 12 mm, characterized in that the mixture of bast fibres and cellulose fibres have a degree Schopper-Riegler of from 5°SR to 50°SR, and its basis weight is of from 15 g/m 2 to 70 g/m 2.
An acoustic panel assembly for dampening noise in a rotating machine, the rotating machine comprising a rotatable shaft defining an axis of rotation, the acoustic panel assembly comprising: an annular casing disposed about at least a portion of the rotatable shaft; a hook extending radially inward and axially from said casing; and an acoustic panel comprising: a radially inner skin; a radially outer skin; and an acoustic treatment member comprising a plurality of walls extending between the radially inner skin and the radially outer skin thereby defining a plurality of radially oriented cells, a portion of the radially oriented cells adjacent a first axial edge of said acoustic panel being shaped to form a lip, wherein said acoustic panel is positioned so that said lip is axially and radially retained by said hook to thereby support the first axial edge of said acoustic panel from said casing; characterized in that said portion of the radially oriented cells adjacent a first axial edge of said acoustic panel are filled with a reinforcement material and shaped to form the lip thereby having sufficient strength to support said acoustic panel along the first axial edge; and in that the lip defines a radially inward facing mating surface, and wherein at least a portion of said mating surface is covered with a protective member, the protective member disposed between the lip and the hook. an annular casing disposed about at least a portion of the rotatable shaft; a hook extending radially inward and axially from said casing; and an acoustic panel comprising: a radially inner skin; a radially outer skin; and an acoustic treatment member comprising a plurality of walls extending between the radially inner skin and the radially outer skin thereby defining a plurality of radially oriented cells, a portion of the radially oriented cells adjacent a first axial edge of said acoustic panel being shaped to form a lip, wherein said acoustic panel is positioned so that said lip is axially and radially retained by said hook to thereby support the first axial edge of said a radially inner skin; a radially outer skin; and an acoustic treatment member comprising a plurality of walls extending between the radially inner skin and the radially outer skin thereby defining a plurality of radially oriented cells, a portion of the radially oriented cells adjacent a first axial edge of said acoustic panel being shaped to form a lip, wherein said acoustic panel is positioned so that said lip is axially and radially retained by said hook to thereby support the first axial edge of said acoustic panel from said casing; characterized in that said portion of the radially oriented cells adjacent a first axial edge of said acoustic panel are filled with a reinforcement material and shaped to form the lip thereby having sufficient strength to support said acoustic panel along the first axial edge; and in that the lip defines a radially inward facing mating surface, and wherein at least a portion of said mating surface is covered with a protective member, the protective member disposed between the lip and the hook.
Device for rehabilitating defective pipe walls in the area of the connection of a lateral line to a main line, comprising a drivable carrier element, on which a covering element and an expandable expansion body are arranged, and wherein the expandable expansion body, in the non-expanded state, is positioned or can be positioned at least in sections in or through a first recess in the covering element in the lateral line, and in the expanded state lies against the wall of the lateral line, so that the covering element and the expansion body together form a formwork, and wherein the covering element has a second recess, through which, by means of a transport means from a storage device, a viscous, curable rehabilitation material can be introduced into the space between the formwork and the walls of the main and lateral line adjacent to the formwork, wherein the device comprises a heating device which is integrated into the expansion body characterized in that the heating device is designed in the form of an infrared heating device and/or a microwave generating device.