mhurhangee/ep-ind-claims huggingface dataset:
A method in a wireless terminal, comprising: sending, by the wireless terminal, a layer 1 indication (124, 126, 132) wherein the wireless terminal is currently using a first pre-configured resource, the layer 1 indication indicating that the wireless terminal is requesting to use a second pre-configured resource; wherein the layer 1 indication is an ACK/NACK transmission. sending, by the wireless terminal, a layer 1 indication (124, 126, 132) wherein the wireless terminal is currently using a first pre-configured resource, the layer 1 indication indicating that the wireless terminal is requesting to use a second pre-configured resource; wherein the layer 1 indication is an ACK/NACK transmission.
Star wheel swather (100, 100a-100f) for the raking of mowing material (10, 10a) into swathes, with at least one longitudinal beam (3, 3a-3d) and at least one crossbeam (4, 4a-4f), which form one with another an articulation point (ALP, ALP 1, ALP 2) and an operating angle (W 1 -W 5), and wherein on the crossbeam (4, 4a-4f) are mounted at least two star wheels (8a-8u) overlapping each other, characterized in that each individual star wheel (8a-8u) is arranged on the crossbeam (4, 4a-4f) by means of a respective L-shaped oscillating bracket (6a-6p) and each one individual star wheel (8a-8u) is driven by a individual drive (7a-7p).
Method for fabricating a timepiece component partly formed of aventurine, characterised by the following steps: A) Providing at least one piece of aventurine formed of a mass of coloured glass containing copper crystals scattered throughout the mass of coloured glass; B) After step A), grinding said at least one piece of aventurine to obtain a granular powder formed of grains of aventurine, most of which are of larger dimensions between 50 microns (50 μm) and 200 microns (200 μm); C) Making a support from a material having a higher melting temperature than that of said mass of coloured glass, this support having at least one surface intended to receive a decorative coating; D) After steps B) and C), depositing at least part of said granular powder on said support surface; E) After step D), introducing the support with the granular powder deposited on said surface into a furnace and melting this granular powder so as to obtain, after removing the assembly thus obtained from the furnace and allowing the assembly to cool, an enamel layer made of aventurine which covers said support surface and forms a decorative coating. A) Providing at least one piece of aventurine formed of a mass of coloured glass containing copper crystals scattered throughout the mass of coloured glass; B) After step A), grinding said at least one piece of aventurine to obtain a granular powder formed of grains of aventurine, most of which are of larger dimensions between 50 microns (50 μm) and 200 microns (200 μm); C) Making a support from a material having a higher melting temperature than that of said mass of coloured glass, this support having at least one surface intended to receive a decorative coating; D) After steps B) and C), depositing at least part of said granular powder on said support surface; E) After step D), introducing the support with the granular powder deposited on said surface into a furnace and melting this granular powder so as to obtain, after removing the assembly thus obtained from the furnace and allowing the assembly to cool, an enamel layer made of aventurine which covers said support surface and forms a decorative coating.
A method of determining a cap of transmission resources available for control information, applied to a communication device, comprising: determining, by the communication device according to a multiplying factor, the cap of transmission resources to be occupied by coded modulation symbols of control information on a physical uplink shared channel, PUSCH, wherein the determining, by the communication device according to the multiplying factor, the cap of transmission resources to be occupied by coded modulation symbols of control information on the PUSCH comprises: determining the cap of transmission resources to be occupied by coded modulation symbols of control information on the PUSCH through multiplying a quantity of all resource elements available to uplink control information, UCI, transmission on the PUSCH by the multiplying factor, wherein the multiplying factor is greater than or equal to 0 and is less than or equal to 1. determining, by the communication device according to a multiplying factor, the cap of transmission resources to be occupied by coded modulation symbols of control information on a physical uplink shared channel, PUSCH, wherein the determining, by the communication device according to the multiplying factor, the cap of transmission resources to be occupied by coded modulation symbols of control information on the PUSCH comprises: determining the cap of transmission resources to be occupied by coded modulation symbols of control information on the PUSCH through multiplying a quantity of all resource elements available to uplink control information, UCI, transmission on the PUSCH by the multiplying factor, wherein the multiplying factor is greater than or equal to 0 and is less than or equal to 1.
An electronic device comprising: a housing; and a first coil disposed in the housing, the first coil being wound around a space formed inside, wherein the housing includes a front cover and a rear cover, wherein the rear cover includes: a hole located in a first region of the rear cover that corresponds to the space of the first coil; and is characterized by a first slit extended from an edge of the rear cover to the hole; and a second slit spaced apart from the first slit and extended from the edge, and wherein one end of the second slit is located in a second region of the rear cover that corresponds to the first coil. a housing; and a first coil disposed in the housing, the first coil being wound around a space formed inside, wherein the housing includes a front cover and a rear cover, wherein the rear cover includes: a hole located in a first region of the rear cover that corresponds to the space of the first coil; and is characterized by a first slit extended from an edge of the rear cover to the hole; and a second slit spaced apart from the first slit and extended from the edge, and a hole located in a first region of the rear cover that corresponds to the space of the first coil; and is characterized by a first slit extended from an edge of the rear cover to the hole; and a second slit spaced apart from the first slit and extended from the edge, and wherein one end of the second slit is located in a second region of the rear cover that corresponds to the first coil.
A process for the synthesis of melamine including the steps of: reacting a feed stream of urea melt under non-catalytic high pressure melamine synthesis conditions to generate a raw melamine product and an offgas comprising ammonia and carbon dioxide, subjecting said offgas to a purification process by washing the offgas with urea melt, to obtain a purified offgas and a urea melt containing ammonia and melamine precursors, wherein the purification process includes a first purification step performed in a first purification stage and a second purification step performed in a second purification stage, wherein said purification steps are carried out in sequence so that the offgas from the melamine synthesis is subject to the first purification step and the so obtained partially purified gas is further processed in the second purification step, wherein: during said first purification step, the offgas is contacted with urea melt comprising a recirculated urea melt containing ammonia and melamine precursors, said recirculated urea melt being withdrawn from the first stage and reintroduced in the same first stage, characterized in that said recirculated urea melt, before being reintroduced in the first stage, is cooled in a shell and tube heat exchanger to a temperature not less than 165 °C. reacting a feed stream of urea melt under non-catalytic high pressure melamine synthesis conditions to generate a raw melamine product and an offgas comprising ammonia and carbon dioxide, subjecting said offgas to a purification process by washing the offgas with urea melt, to obtain a purified offgas and a urea melt containing ammonia and melamine precursors, wherein the purification process includes a first purification step performed in a first purification stage and a second purification step performed in a second purification stage, wherein said purification steps are carried out in sequence so that the offgas from the melamine synthesis is subject to the first purification step and the so obtained partially purified gas is further processed in the second purification step, wherein: during said first purification step, the offgas is contacted with urea melt comprising a recirculated urea melt containing ammonia and melamine precursors, said recirculated urea melt being withdrawn from the first stage and reintroduced in the same first stage, characterized in that said recirculated urea melt, before being reintroduced in the first stage, is cooled in a shell and tube heat exchanger to a temperature not less than 165 °C. during said first purification step, the offgas is contacted with urea melt comprising a recirculated urea melt containing ammonia and melamine precursors, said recirculated urea melt being withdrawn from the first stage and reintroduced in the same first stage, characterized in that said recirculated urea melt, before being reintroduced in the first stage, is cooled in a shell and tube heat exchanger to a temperature not less than 165 °C.
Thermal accumulator containing a PCM (phase change material), said thermal accumulator comprising external walls delimiting a closed storage space, a PCM contained in said storage space and at least a heat exchanger formed by a conduit for fluids which has an inlet port and an outlet port, said heat exchanger being arranged so that it exchanges heat with said PCM, wherein said external walls are made of metal and have an inner surface in contact with said PCM and an outer surface in contact with an external environment surrounding said thermal accumulator, characterised in that said PCM is an aqueous salt solution in which the solute is sodium formate.
A method for controlling a multi-axis machine tool configured to process a workpiece using a tool, the multi-axis machine tool comprising a rotary actuator configured to impart relative movement between the tool and the workpiece about a first axis, a first linear actuator configured to impart relative movement between the tool and the workpiece along a second axis orthogonal to the first axis, a second linear actuator configured to impart relative movement between the tool and the workpiece along a third axis orthogonal to the first axis and the second axis, and a high bandwidth linear actuator comprising at least one selected from a group consisting of a third linear actuator and a fourth linear actuator, wherein the third linear actuator is configured to impart relative movement between the tool and the workpiece along the second axis and the fourth linear actuator is configured to impart relative movement between the tool and the workpiece along the third axis, wherein the high bandwidth linear actuator (108, 112) is configured to impart relative movement between the tool and the workpiece at a bandwidth that is higher than a bandwidth with which relative movement between the tool and the workpiece can be imparted by the first linear actuator or the second linear actuator, the method comprising: receiving a preliminary rotary actuator command, the preliminary rotary actuator command having frequency content exceeding a bandwidth of the rotary actuator; generating a processed rotary actuator command based, at least in part, on the preliminary rotary actuator command, the processed rotary actuator command having frequency content within a bandwidth of the rotary actuator; generating a first linear actuator command, a second linear actuator command and a third linear actuator command based, at least in part, on the processed rotary actuator command; outputting the processed rotary actuator command to the rotary actuator; outputting the first linear actuator command to the first linear actuator; outputting the second linear actuator command to the second linear actuator; and outputting the third linear actuator command to the high bandwidth linear actuator (108, 112). receiving a preliminary rotary actuator command, the preliminary rotary actuator command having frequency content exceeding a bandwidth of the rotary actuator; generating a processed rotary actuator command based, at least in part, on the preliminary rotary actuator command, the processed rotary actuator command having frequency content within a bandwidth of the rotary actuator; generating a first linear actuator command, a second linear actuator command and a third linear actuator command based, at least in part, on the processed rotary actuator command; outputting the processed rotary actuator command to the rotary actuator; outputting the first linear actuator command to the first linear actuator; outputting the second linear actuator command to the second linear actuator; and outputting the third linear actuator command to the high bandwidth linear actuator (108, 112).
A filling assembly, including a nozzle head for filling a liquid into a package while minimizing splashing and foaming, said nozzle head being adapted to fill liquid into a package while being positioned above said package, the nozzle head comprising an upper surface from which several inclined channels extend, the channels having a nozzle orifice in their downstream end, such that a liquid jet injected through the channel may be directed towards lateral walls of the package, and a valve cone, wherein the channel inlets being distributed over the upper surface are closable by means of the valve cone, wherein the nozzle orifice projects out from a bottom surface of the nozzle head, in the direction of the channel, characterized in that the valve cone has a rim arranged to abut the inlets of the channels in a closed position, the valve cone further having an interior recess in fluid contact with said upper surface of the nozzle head, wherein a passage extends from the recess through the valve cone, providing fluid contact between the recess and the valve cone surroundings.
A thruster installation to be mounted in a hull of a vessel comprising a thruster well and a retractable thruster assembly, wherein the thruster assembly comprises: - a thruster head with a propeller, - a casing structure vertically guided in the thruster well, the casing structure having a lower end portion to which the thruster head is mounted so as to extend below the casing structure, the casing structure including a watertight compartment, a motor being housed in said compartment, wherein the thruster assembly is vertically displaceable between an operative extended position, in which the thruster head projects downward beyond the bottom plane of a hull, and a retracted position, in which the thruster assembly is raised and the thruster head is received within the thruster well, wherein an annular gap is present between the lower end of the casing structure and a surrounding lower seal face portion of the thruster well that surrounds the lower end of the casing structure when the thruster assembly is in its extended position, wherein a first operable sealing device is provided at the lower end of the casing structure of the thruster assembly, said first sealing device comprising one or more operable circumferential sealing members (51, 52) extending around the lower end of the casing structure, said one or more sealing members (51, 52) being adapted to seal the annular gap by sealingly engaging the surrounding lower seal face portion of the thruster well when the thruster assembly is in its extended position, characterized in that the lower end portion of the casing structure further includes a circumferential seal face below the one or more sealing members (51, 52) of the first sealing device, and wherein a second operable sealing device is mounted in the thruster well, spaced a vertical distance above the lower seal face portion of the thruster well, said second sealing device comprising one or more circumferential operable sealing members extending along an inner circumference of the thruster well, said one or more sealing members being adapted to seal the annular gap by sealingly engaging the circumferential seal face portion of the lower end portion of the casing structure when the thruster assembly is in its retracted position, so that in its retracted position the thruster assembly is raised with its one or more sealing members (51, 52) of the first sealing device above the level of the second sealing device, thereby allowing access to the one or more sealing members (51, 52) of the first sealing device for inspection and/or maintenance, and so that with the thruster assembly in its extended position the one or more sealing members of the second sealing device are accessible for inspection and/or maintenance. - a thruster head with a propeller, - a casing structure vertically guided in the thruster well, the casing structure having a lower end portion to which the thruster head is mounted so as to extend below the casing structure, the casing structure including a watertight compartment, a motor being housed in said compartment,
Rain sensor to be mounted on a first surface of a pane in order to detect an amount of moisture on an opposing second surface of the pane, the rain sensor comprising: at least one emitter for emitting electromagnetic radiation, directed from the first surface to the second surface to form at least one rain-sensitive area on the second surface, at least one receiver for sensing radiation emitted by the emitter and that has been internally reflected at the at least one rain-sensitive area, and for generating an output signal indicative of the amount of moisture on the rain-sensitive area, the output signal being a measured relative signal drop ΔS indicating a drop of a measured signal relative to the measured signal when there is no moisture on the rain-sensitive area; and a control unit that is adapted to calculate a minimal droplet radius R min based on the output signal and on a relationship between maximal relative signal drops ΔS max and different droplet radii, wherein the maximal relative signal drops ΔS max depend on the geometry of the at least one rain-sensitive area; wherein the relationship between the maximal relative signal drops ΔS max and the different droplet radii relates to a maximal size of the at least one rain-sensitive area that is covered by a droplet radius. at least one emitter for emitting electromagnetic radiation, directed from the first surface to the second surface to form at least one rain-sensitive area on the second surface, at least one receiver for sensing radiation emitted by the emitter and that has been internally reflected at the at least one rain-sensitive area, and for generating an output signal indicative of the amount of moisture on the rain-sensitive area, the output signal being a measured relative signal drop ΔS indicating a drop of a measured signal relative to the measured signal when there is no moisture on the rain-sensitive area; and a control unit that is adapted to calculate a minimal droplet radius R min based on the output signal and on a relationship between maximal relative signal drops ΔS max and different droplet radii, wherein the maximal relative signal drops ΔS max depend on the geometry of the at least one rain-sensitive area; wherein the relationship between the maximal relative signal drops ΔS max and the different droplet radii relates to a maximal size of the at least one rain-sensitive area that is covered by a droplet radius.
A co-attrited microcrystalline cellulose/carboxymethylcellulose (MCC/CMC) stabilizer composition comprising: a microcrystalline cellulose made from a non-dissolving cellulose pulp, the non-dissolving cellulose pulp having a native hemicellulose content that is 2% to 10% of the non-dissolving cellulose pulp on a dry weight basis, and the MCC having a non-dissolving cellulose pulp content that is 15% to 100% of the MCC on a dry weight basis; and a carboxymethylcellulose, wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C. a microcrystalline cellulose made from a non-dissolving cellulose pulp, the non-dissolving cellulose pulp having a native hemicellulose content that is 2% to 10% of the non-dissolving cellulose pulp on a dry weight basis, and the MCC having a non-dissolving cellulose pulp content that is 15% to 100% of the MCC on a dry weight basis; and a carboxymethylcellulose, wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C. wherein the MCC and CMC are provided in a weight ratio of MCC to CMC that is 95:5 to 70:30; the MCC and the CMC are co-attrited; and the co-attrited MCC/CMC stabilizer has an initial viscosity of 400 mPa.s (cps) to 700 mPa.s (cps) when dispersed in water at 2.6% solids when measured using a RVT Viscometer at 20 rpm and 20°C to 23°C.
A gas inlet nozzle assembly comprising an inlet tube having an inlet end and an outlet end, a hydrophobic filter removably engageable in the inlet tube through the inlet end, a particulate filter removably engageable in the inlet tube through the inlet end, and a retainer lockingly engageable in the inlet end of the inlet tube so as to retain the hydrophobic filter and the particulate filter (120 in the inlet tube, characterised in that the hydrophobic filter includes latching means in the form of a slotted opening provided in the hydrophobic filter which is engagable in a bayonet manner by a complementary spigot provided on a removal tool for facilitating insertion and removal of the hydrophobic filter from the inlet tube.