mhurhangee/ep-ind-claims huggingface dataset:
A method (100, 200) for enabling channel measurement and feedback of a multi-dimensional antenna array in a wireless communication system, the method characterized by: generating (102, 202) configuration information for at least two classes of channel state information reference signals, CSI-RS, wherein each of the at least two classes of CSI-RS is for use in a channel measurement at a user equipment for a different signal propagation directivity of the multi-dimensional antenna array; and transmitting (104, 204) the configuration information to the user equipment, so that the user equipment receives the at least two classes of CSI-RS according to the configuration information, wherein the configuration information includes at least one of: information on sub-frames transmitting such class of CSI-RS, transmission cycle of such CSI-RS, codebook used by the user equipment when feeding back a channel measurement for such CSI-RS and physical resources used by such CSI-RS. generating (102, 202) configuration information for at least two classes of channel state information reference signals, CSI-RS, wherein each of the at least two classes of CSI-RS is for use in a channel measurement at a user equipment for a different signal propagation directivity of the multi-dimensional antenna array; and transmitting (104, 204) the configuration information to the user equipment, so that the user equipment receives the at least two classes of CSI-RS according to the configuration information, wherein the configuration information includes at least one of: information on sub-frames transmitting such class of CSI-RS, transmission cycle of such CSI-RS, codebook used by the user equipment when feeding back a channel measurement for such CSI-RS and physical resources used by such CSI-RS.
A conveyor for conveying products, comprising at least a helically-shaped inner track conveyor member and a helically-shaped outer track conveyor member, the inner track conveyor member being surrounded by the outer track conveyor member, wherein a frame supporting element is extending substantially parallel to a longitudinal centre line of the conveyor and comprises a plurality of pillar-shaped elements extending substantially parallel to each other, which are disposed between the inner and outer track conveyor members (2, 3), wherein the inner track conveyor member and the outer track conveyor member are both supported by at least the same pillar-shaped element. or the inner track conveyor member is supported by the pillar-shaped elements, or the outer track conveyor is supported by the pillar-shaped elements, characterized in that the conveyor comprises a driving belt, and in that the inner track conveyor member and the outer track conveyor member are each drivable by the driving belt which follows the helical paths of the inner track conveyor member and the outer track conveyor member.
A method for producing a dried powder flavorant, odorant and/or colorant composition, the method comprising: a) providing oleaginous microalgal cells; b) optionally lysing said cells; c) combining said optionally lysed cells with one or more of a flavorant, an odorant or a colorant, wherein the or each flavorant, odorant and/or colorant consists of a substantially pure compound, a mixture of substantially pure compounds or a natural extract, and adding one or more excipients, wherein the one or more excipients comprises a filler, binder, film-former, stabilizer or preservative, to provide a wet mixture in the form of an emulsion; and d) spray drying the wet mixture to produce a dried powder flavorant, odorant and/or colorant composition wherein the cells are 10-90 percent lysed. a) providing oleaginous microalgal cells; b) optionally lysing said cells; c) combining said optionally lysed cells with one or more of a flavorant, an odorant or a colorant, wherein the or each flavorant, odorant and/or colorant consists of a substantially pure compound, a mixture of substantially pure compounds or a natural extract, and adding one or more excipients, wherein the one or more excipients comprises a filler, binder, film-former, stabilizer or preservative, to provide a wet mixture in the form of an emulsion; and d) spray drying the wet mixture to produce a dried powder flavorant, odorant and/or colorant composition wherein the cells are 10-90 percent lysed.
A liquid heater comprising: a conduit; a circuit for carrying a DC current; and a wire mesh segment disposed in the conduit and configured to receive the current and to heat a liquid flowing through voids in the wire mesh segment, characterised in that the wire mesh segment has a conically shaped surface: the wire mesh segment comprises a broad ring and a narrow ring, the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring. a conduit; a circuit for carrying a DC current; and a wire mesh segment disposed in the conduit and configured to receive the current and to heat a liquid flowing through voids in the wire mesh segment, characterised in that the wire mesh segment has a conically shaped surface: the wire mesh segment comprises a broad ring and a narrow ring, the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring. the wire mesh segment comprises a broad ring and a narrow ring, the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring.
Process for producing organic electronic layers including organic emitters that are phosphorescent within a temperature range from -50°C to 150°C, characterized in that organic fluorescent emitters F are codeposited together with metal complexes containing organic complex ligands L and at least one heavy main group metal M selected from the group comprising In, Tl, Sn, Pb, Sb and Bi within one layer and the heavy main group metal M alters its coordination sphere with incorporation of the organic fluorescent emitter F.
A method for the low-stress injection moulding of amorphous or microcrystalline polyamides, in which a polyamide melt, consisting of an amorphous or microcrystalline polyamide or a mixture of at least two amorphous or microcrystalline polyamides, is injection-moulded by means of an injection mould, wherein during the injection-moulding operation the polyamide melt is set to a temperature of 255 to 310°C, the temperature of the injection mould is set to 50 to 120°C, and the injection rate of the polyamide melt is set to 10 to 50 mm/s.
A process for producing NO gas from a feed flow of air or oxygen enriched air, by means of moving an electric arc through the air flow by using a magnetic field and AC or DC currents, in a reactor, wherein a pressure lower than 1 bar is applied, wherein the temperature in the exited arc is adjusted to be within the range of 3000 to 5000 Kelvin, and wherein the air flow is quenched by applying a spray of fine water droplets upstream or just downstream the arc, excess air feed or bypassed air to obtain a stable NO-containing plasma having a temperature below 2000 Kelvin.
A cable connector device, comprising: an interface unit comprising at least one receiver slot shaped to receive a male end of an adapter cable connector; a first pinch plate comprising a slot that corresponds with said at least one receiver slot, said first pinch plate mounted such that it can slide laterally along said interface unit; a second pinch plate comprising a slot that corresponds with said at least one receiver slot, said second pinch plate mounted such that it can slide laterally along said interface unit; and at least one pair of opposing contact springs protruding through said first and second pinch plate slots (212a, 212b), characterized in that the cable connector device further comprises an actuation mechanism connected to slide at least one of said pinch plates (212a, 212b) a distance in a lateral direction to change the position of said first pinch plate relative to said second pinch plate such that said contact springs are urged toward one another in said lateral direction. an interface unit comprising at least one receiver slot shaped to receive a male end of an adapter cable connector; a first pinch plate comprising a slot that corresponds with said at least one receiver slot, said first pinch plate mounted such that it can slide laterally along said interface unit; a second pinch plate comprising a slot that corresponds with said at least one receiver slot, said second pinch plate mounted such that it can slide laterally along said interface unit; and at least one pair of opposing contact springs protruding through said first and second pinch plate slots (212a, 212b), characterized in that the cable connector device further comprises an actuation mechanism connected to slide at least one of said pinch plates (212a, 212b) a distance in a lateral direction to change the position of said first pinch plate relative to said second pinch plate such that said contact springs are urged toward one another in said lateral direction.
A method for regenerating a particulate filter, comprising: determining a temperature, a flow rate, and a total pressure drop of an exhaust gas flowing through a particulate filter; determining a corrected soot layer permeability; calculating an estimated soot load of the particulate filter based on the total pressure drop, the corrected soot layer permeability and based on a mass balance of soot in the particulate filter; calculating a hybrid estimated soot load by combining i) the estimated soot load of the particulate filter based on the total pressure drop and the corrected soot layer permeability with ii) the estimated soot load of the particulate filter based on a mass balance of soot in the particulate filter; and causing regeneration of the particulate filter when the hybrid estimated soot load is greater than or equal to a threshold value, wherein calculating the hybrid estimated soot load further comprises applying at least one gate and at least one filter to weight a relative contribution of each of the pressure drop estimated soot load and the mass based estimated soot load to the hybrid estimated soot load. determining a temperature, a flow rate, and a total pressure drop of an exhaust gas flowing through a particulate filter; determining a corrected soot layer permeability; calculating an estimated soot load of the particulate filter based on the total pressure drop, the corrected soot layer permeability and based on a mass balance of soot in the particulate filter; calculating a hybrid estimated soot load by combining i) the estimated soot load of the particulate filter based on the total pressure drop and the corrected soot layer permeability with ii) the estimated soot load of the particulate filter based on a mass balance of soot in the particulate filter; and causing regeneration of the particulate filter when the hybrid estimated soot load is greater than or equal to a threshold value, wherein calculating the hybrid estimated soot load further comprises applying at least one gate and at least one filter to weight a relative contribution of each of the pressure drop estimated soot load and the mass based estimated soot load to the hybrid estimated soot load.
Accessory device for a vehicle, comprising a base part which can be arranged fixed with respect to the vehicle, comprising an accessory part which is movable between a first position and a second position and which is mounted movably in translation and/or in rotation on the base part, comprising a locking device (19a, 19b) comprising a latch which is mounted pivotably about a bearing axle by means of a pivot joint in such a way that said latch pivots from a release position into a first latching position if the vehicle accelerates, the accessory part being freely movable in the release position and the movement of the accessory part being prevented in at least one direction in the latching position by the contact between at least one stop and the latch, characterised in that the pivot joint is formed by a bearing axle mounted in an slot, in such a way that, for preventing a movement back into the release position, the bearing axle is movable relative to the slot from the first latching position, in which the bearing axle is arranged in a first region of the slot, into a second latching position, in which the bearing axle is arranged in a second region of the slot.
Gripping module for the purpose of gripping and moving gripping objects, comprising the following features: a. the gripping module has a module support, and b. the gripping module has at least two active elements which are displaceable relative to one another and have gripping surfaces (22A, 22B) for gripping the gripped object, and c. at least one of the active elements is displaceable relative to the module carrier by means of a drive system, characterized by the following feature: d. the drive system has an electric motor and an actuator element displaceable by means of an electromagnet, the electric motor and the actuator element being kinematically coupled to the active element. a. the gripping module has a module support, and b. the gripping module has at least two active elements which are displaceable relative to one another and have gripping surfaces (22A, 22B) for gripping the gripped object, and c. at least one of the active elements is displaceable relative to the module carrier by means of a drive system,
A splicer nozzle, wherein a yarn splicing hole is divided, in an axial direction, into substantially two yarn splicing chambers, formed at positions where axes of the yarn splicing chambers, are displaced from each other, a yarn splicing slit common to the yarn splicing chambers, is formed over the entire area of the yarn splicing hole, and an injection hole, is formed for each of the yarn splicing chambers,, characterized in that the injection hole, for each of the yarn splicing chambers, is formed so that compressed air injected through a corresponding one of the injection holes, and passing through the yarn splicing slit is directed to the axis of the respective yarn splicing chamber,, and an inner wall of each of the yarn splicing chambers, located opposite an air outlet of the corresponding one of compressed air injection holes, is formed to be planar.
Joining device (10, 10') for joining a stud to a workpiece comprising: - a stud holder operable for moving and holding the stud along a stud axis, - a protective gas mouthpiece comprising: - a main body having: - an opening extending along a stud axis and adapted to receive a stud, and - a supporting surface adapted to be arranged on the workpiece; wherein the main body delimits an internal space, into which a protective gas can be introduced for carrying out the joining process when the supporting surface rests on the workpiece, - a channel adapted to feed the protective gas from a feed unit into the internal space, wherein the stud holder cooperates with the opening to drive the stud into the internal space to carry out a joining process, and characterized in that the protective gas mouthpiece further comprises a cleaning unit having a plasma torch and adapted to locally supply a plasma jet on the surface of the workpiece, such that the plasma jet is adapted to clean the surface of the workpiece before the joining process, the cleaning unit being attached to the main body and connected to the internal space. - a stud holder operable for moving and holding the stud along a stud axis, - a protective gas mouthpiece comprising: - a main body having: - an opening extending along a stud axis and adapted to receive a stud, and - a supporting surface adapted to be arranged on the workpiece; wherein the main body delimits an internal space, into which a protective gas can be introduced for carrying out the joining process when the supporting surface rests on the workpiece, - a channel adapted to feed the protective gas from a feed unit into the internal space, - a main body having: - an opening extending along a stud axis and adapted to receive a stud, and - a supporting surface adapted to be arranged on the workpiece; wherein the main body delimits an internal space, into which a protective gas can be introduced for carrying out the joining process when the supporting surface rests on the workpiece, - an opening extending along a stud axis and adapted to receive a stud, and - a supporting surface adapted to be arranged on the workpiece; - a channel adapted to feed the protective gas from a feed unit into the internal space,
A method of brake steering in a four-wheel drive utility vehicle having a driven front axle carrying at least two front wheels (56L, 56R), a driven rear axle carrying at least two rear wheels (44L, 44R), a powertrain delivering torque to the rear axle via a first motor and to the front axle via a second motor, a controlled clutch arrangement (160, 166) operable when engaged to couple the output of the first and second motors to vary the distribution of delivered torque between the front and rear axles, and independently operable service brakes (38L, 38R, 52L, 52R) on each of the front and rear wheels, the method comprising; determining a difference in wheel velocity between front and rear wheels; comparing the difference to a threshold value and, when exceeded, automatically engaging the controlled clutch arrangement (160, 166); with the vehicle travelling a substantially straight path, applying a first level of the threshold value; on the vehicle entering a driven turn, applying a second level of the threshold value higher than the first; on the vehicle entering a braking turn, applying the service brakes of the front and rear wheels on the inside of the turn and applying a third level of the threshold value higher than the second. determining a difference in wheel velocity between front and rear wheels; comparing the difference to a threshold value and, when exceeded, automatically engaging the controlled clutch arrangement (160, 166); with the vehicle travelling a substantially straight path, applying a first level of the threshold value; on the vehicle entering a driven turn, applying a second level of the threshold value higher than the first; on the vehicle entering a braking turn, applying the service brakes of the front and rear wheels on the inside of the turn and applying a third level of the threshold value higher than the second.
Electric cable comprising: - a support body with elongated form having a cavity at its interior defining a flow duct for a coolant fluid; - a plurality of strips at least partly made of superconductor material, associated with said support body; - a plurality of guides fixed to said support body defining respective seats for housing the strips; characterized in that it has a flow channel for the coolant fluid in each seat. - a support body with elongated form having a cavity at its interior defining a flow duct for a coolant fluid; - a plurality of strips at least partly made of superconductor material, associated with said support body; - a plurality of guides fixed to said support body defining respective seats for housing the strips;
Method for the treatment, in particular for the wet treatment, of laundry, wherein the laundry is washed by being moved in a treatment liquid (17, 30) in a basin (12, 29), wherein the laundry is washed at least to some extent by oscillating treatment liquid (17, 30), characterized in that the items of laundry are moved through the oscillating treatment liquid (17, 30) individually in a state in which they are spread out at least to some extent on at least one clip (23, 31) and hang freely and are completely immersed in the treatment liquid (17, 30).
Windscreen washer system (10,10') comprising at least one rainwater collection element (11,11') connected to at least one suction pump for collecting rainwater and conveying the same to a collection tank connected in turn to a pump for delivering windscreen washer fluid characterised in that said rainwater collection element is integrated in at least one wiper blade.
A shower installation comprising a shower tray and a pumping device, the shower tray comprising a first part forming the shower basin and a second part made up of a recess, said pumping device being arranged in said recess of said tray and in a housing, closed by a cover, characterized in that the basin includes a bowl, the bottom of which is arranged at a level lower than that of the bottom of said basin, connected to the housing of the pumping device by an outlet pipe.
A refill for an electric toothbrush having a longitudinal axis, the refill having a movable brush head and being structured and configured to be attached to a handle of the electric toothbrush, the refill comprising a generally tubular structure formed by refill walls defining an interior space for accepting thereinto a coupling stem of the handle, wherein the refill includes a motion transmitter functionally connected to the brush head for driving the brush head, wherein the refill comprises a coupling device comprising a pair of mutually opposite cantilevered arms disposed in the interior space of the refill and adjacent to the refill walls, wherein each of the arms (150a, 150b) is resiliently deformable and terminates with a coupling surface (153a, 153b) structured and configured to engage a coupling pin extending from the coupling stem of the handle for secure and disengageable connection therewith. tubular structure formed by refill walls defining an interior space for accepting thereinto a coupling stem of the handle, wherein the refill includes a motion transmitter functionally connected to the brush head for driving the brush head, wherein the refill comprises a coupling device comprising a pair of mutually opposite cantilevered arms disposed in the interior space of the refill and adjacent to the refill walls, wherein each of the arms (150a, 150b) is resiliently deformable and terminates with a coupling surface (153a, 153b) structured and configured to engage a coupling pin extending from the coupling stem of the handle for secure and disengageable connection therewith.