mhurhangee/ep-ind-claims huggingface dataset:
A method for operating in a User Equipment, UE, for configuring HARQ feedback transmission in uplink in a wireless communication system, wherein a plurality of component carriers are configured for the UE for carrier aggregation, comprising: - receiving, from a radio network node, assisting information, the assisting information comprising a scheduled component carrier index, indicating one or more scheduled component carriers of the plurality of component carriers configured for the UE; - determining, based on the assisting information, a number and order of the HARQ feedback bits for the one or more scheduled component carriers, the number and order of the HARQ feedback bits for downlink transmission being determined according to an ascending or descending order of the scheduled component carrier index; and - transmitting, to the radio network node, the HARQ feedback bits for the scheduled component carriers for the UE based on the determined number and order of the HARQ feedback bits, without transmitting padding bits due to unscheduled but configured component carriers, thereby reducing transmission of padding bits, wherein transmitting the HARQ feedback bits further comprises using for a channel with large capacity" a coding rate and a transmission power which are lowered compared to transmission of the HARQ feedback bits with padding bits on the channel. - receiving, from a radio network node, assisting information, the assisting information comprising a scheduled component carrier index, indicating one or more scheduled component carriers of the plurality of component carriers configured for the UE; - determining, based on the assisting information, a number and order of the HARQ feedback bits for the one or more scheduled component carriers, the number and order of the HARQ feedback bits for downlink transmission being determined according to an ascending or descending order of the scheduled component carrier index; and - transmitting, to the radio network node, the HARQ feedback bits for the scheduled component carriers for the UE based on the determined number and order of the HARQ feedback bits, without transmitting padding bits due to unscheduled but configured component carriers, thereby reducing transmission of padding bits, wherein transmitting the HARQ feedback bits further comprises using for a channel with large capacity" a coding rate and a transmission power which are lowered compared to transmission of the HARQ feedback bits with padding bits on the channel.
A curing agent for epoxy resins which is an aqueous dispersion of at least one multifunctional amine AC having more than one primary amino group per molecule, and at least one moiety per molecule derived from the reaction of a compound C containing at least one reactive group which is preferably an epoxide group, with a compound having at least one blocked primary amino group and at least one group which is reactive towards the at least one reactive group of compound C, which is selected from the group consisting of secondary amino groups >NH, of hydroxyl groups -OH, of mercaptan groups -SH, of amide groups -CO-NHR, where R can be hydrogen or an alkyl group having from one to twelve carbon atoms, of hydroxyester groups, and of acid groups, particularly of carboxyl groups -COOH, sulphonic acid groups -SO 3 H, and phosphonic acid groups-PO 3 H 2, characterised in that the mass fraction of oxyethylene and of oxypropylene moieties in compound C is below 5 %, and wherein the aqueous dispersion comprises at least one non-ionic emulsifier F.
A friction stir welding tool for a machine tool, which has a frame and a spindle which is rotatable relative to the frame, wherein the friction stir welding tool has a pin and a shoulder as well as a drive shaft, which is connectable to the spindle of the machine tool, in order to set the pin and the shoulder in a rotational movement about a rotation axis via the spindle, wherein the shoulder is rotatable relative to the pin about the rotation axis, characterized in that a planetary transmission is provided with a ring gear, a planet carrier and a sun gear, which planetary transmission is connected to drive shaft, pin and shoulder, wherein the pin or the shoulder is connected to the planet carrier, so that pin and shoulder are able to be set in rotation by a drive of the drive shaft by means of the spindle about the rotation axis with different rotation speeds by with the same rotation direction.
Method for treating laundry, wherein water is extracted from the laundry by a press ram of a water-extracting press and, in the process, the laundry is pressed together to form a compacted mass of laundry, and wherein the press ram is moved up and down by a hydraulic cylinder and, as it moves downwards, is introduced into a press basket from above, characterized in that the laundry pressed together to form a compacted mass of laundry is separated in the water-extracting press by radial compression.
A system for blur-calibration of an imaging sensor, the system comprising: a target having a known target pattern comprising a plurality of point-like objects with fixed relative positions; a projection element configured to project at least a portion of the target pattern within a field-of-view of the imaging sensor; image-capture elements configured to capture frames of images of the moving target pattern as seen in the FOV of the imaging sensor and generate an image data output, a data processing element configured to process the image data output from the image-capture elements; a controller configured to move the target pattern across the FOV,wherein: the controller is configured to cause the target pattern to move across the FOV to present the target pattern across different frames at different pixel phases; the data processing element is configured to subsequently process the image data output from the image-capture elements to generate data products representative of a shape of a point-spread function from a high-resolution composite image generated from the captured frames; and the system is configured to apply a chopper modulation to the target pattern to modulate intensities of the point-like objects as the target pattern is moved across the FOV, and wherein the data processing element is configured to create separate chopper-open and chopper-closed composite images, and to determine the PSF from the difference between the chopper-open and chopper-closed composite images. a target having a known target pattern comprising a plurality of point-like objects with fixed relative positions; a projection element configured to project at least a portion of the target pattern within a field-of-view of the imaging sensor; image-capture elements configured to capture frames of images of the moving target pattern as seen in the FOV of the imaging sensor and generate an image data output, a data processing element configured to process the image data output from the image-capture elements; a controller configured to move the target pattern across the FOV,wherein: the controller is configured to cause the target pattern to move across the FOV to present the target pattern across different frames at different pixel phases; the data processing element is configured to subsequently process the image data output from the image-capture elements to generate data products representative of a shape of a point-spread function from a high-resolution composite image generated from the captured frames; and the system is configured to apply a chopper modulation to the target pattern to modulate intensities of the point-like objects as the target pattern is moved across the FOV, and wherein the data processing element is configured to create separate chopper-open and chopper-closed composite images, and to determine the PSF from the difference between the chopper-open and chopper-closed composite images.
An enclosure for an electronic device comprising first and second housing portions (14,18) adapted to be joined together by a retention member received in a passageway at least partially formed by portions of each of the first and second housing portions(14,18), the passageway extending longitudinally along at least a portion of a periphery of an internal chamber of the enclosure 10, characterized in that the retention member restricts separation of the first and second housing portions (14,18) when received in the passageway, the passageway extends continuously about a periphery of the enclosure and is curved along one or more portions of its length, and the retention member is flexible about its longitudinal axis such that it can be inserted longitudinally into the passageway.
Blank (1, 1') for forming a tubular, in particular cuboidal pack (40, 40'), in particular an erectable folding box, having - a body portion, which forms an outer box body and comprises a box front wall, a box rear wall and two box side walls (5, 6), - a collar portion, which forms an inner collar and comprises a collar front wall and two collar side walls (9, 10), and - a partitioning portion, which forms an inner divider, characterized in that, in the flat state of the blank (1, 1'), the body portion is arranged between the collar portion and the partitioning portion. - a body portion, which forms an outer box body and comprises a box front wall, a box rear wall and two box side walls (5, 6), - a collar portion, which forms an inner collar and comprises a collar front wall and two collar side walls (9, 10), and - a partitioning portion, which forms an inner divider,
A synchronized transmission which can be used aboard a vehicle and in particular a motor vehicle, wherein the crankshaft actuated by the engine and the driven shaft, connected to a rear wheel, are substantially parallel therebetween, the driven shaft receiving the motion from a a motion transmission tubular element arranged on a primary shaft kinematically connected to the crankshaft, wherein the primary shaft has at least one toothed wheel, freely rotating on the primary shaft, which transmits the motion to said driven shaft, and is arranged firmly rotating on a driven bushing, said driven bushing being assembled freely rotating on the primary shaft, the primary shaft comprising a passing-through axial channel wherein an actuation stem is inserted, comprising a clutch actuated axially through said stem and acting on said driven bushing making said driven bushing integral to said motion transmission tubular element, wherein said toothed wheel is arranged on a free wheel such that, when said clutch is coupled with said driven bushing, the reversibility of the free wheel is excluded.
A method for producing a holding sealing material, the holding sealing material comprising: a mat having a predetermined thickness, the mat containing inorganic fibers having a surface coated with a binder layer, wherein the binder layer contains an organic binder, an inorganic binder and a polymeric dispersant, and the organic binder is a self-crosslinking resin, the method comprising the steps of: preparing the mat containing the inorganic fibers; applying a binder solution containing the organic binder made of the self-crosslinking resin and the inorganic binder to the mat; and drying the mat to which the binder solution was applied; wherein the binder solution further contains the polymeric dispersant, the concentration of the polymeric dispersant in the binder solution is 50 to 1000 ppm, and a mixing ratio by solids weight of the inorganic particles as the inorganic binder in the mixture of the inorganic binder and the polymeric dispersant to the self-crosslinking resin as the organic binder component in the organic binder solution of 3:1 to 1:3. a mat having a predetermined thickness, the mat containing inorganic fibers having a surface coated with a binder layer, wherein the binder layer contains an organic binder, an inorganic binder and a polymeric dispersant, and the organic binder is a self-crosslinking resin, preparing the mat containing the inorganic fibers; applying a binder solution containing the organic binder made of the self-crosslinking resin and the inorganic binder to the mat; and drying the mat to which the binder solution was applied; wherein the binder solution further contains the polymeric dispersant,
A method for operating a mobile network, especially for charging traffic within the mobile network, wherein monitoring of chargeable events regarding traffic from and/or to a mobile node will be performed by a Charging Function for collecting charging data, characterized in that a Charging Function's sub-function for monitoring of chargeable events on a data flow level or IP, Internet Protocol, flow level will be additionally located - as an additional sub-function D-CEMF, Delegated Chargeable Event Monitoring Function, - on at least one further network element, which is different from the Charging Function and which assures the traversal of breakout and/or localized traffic of the mobile node, so that the Charging Function and the further network element each are comprising such a sub-function, that the additional sub-function D-CEMF reports information regarding monitored chargeable events to the Charging Function and that whenever there is a setup of a localized traffic route or a setup of traffic breakout at the further network element, the Charging Function delegates the monitoring of chargeable events to the D-CEMF at the further network element, so that dynamic changes of routes between breakout and localized traffic are supported.
A Method of picking and placing plant-bulbs, comprising: • supplying a plurality of plant-bulbs on a supply surface of a plant-bulbs supply system; • identifying a plant-bulb as suitable for pick up, • picking said identified plant-bulb from the supply surface with a pick-and-place head; • reorienting the picked bulb; and • placing the reoriented plant-bulb into a holder, preferably a pin bearing holder (4, 6), characterized in that the method comprises: • identifying a major axis of the identified bulb, • identifying and selecting a minor axis of the identified bulb, said minor axis being substantially perpendicular to the major axis, and wherein the step of picking said identified plant-bulb comprises the pick-and-place head gripping said identified plant-bulb at opposed ends of said minor axis, and the step of reorienting the picked plant-bulb comprises shifting the major axis. • supplying a plurality of plant-bulbs on a supply surface of a plant-bulbs supply system; • identifying a plant-bulb as suitable for pick up, • picking said identified plant-bulb from the supply surface with a pick-and-place head; • reorienting the picked bulb; and • placing the reoriented plant-bulb into a holder, preferably a pin bearing holder (4, 6), • identifying a major axis of the identified bulb, • identifying and selecting a minor axis of the identified bulb, said minor axis being substantially perpendicular to the major axis, and wherein the step of picking said identified plant-bulb comprises the pick-and-place head gripping said identified plant-bulb at opposed ends of said minor axis, and the step of reorienting the picked plant-bulb comprises shifting the major axis.
A grinder for an automatic coffee machine, comprising an internal grinder and an external grinder separated by a gap, a hopper equipped with an opening for unloading the coffee beans in said gap in order to perform the grinding, and finger guard impeller positioned at said unloading opening and having organs for moving the coffee beans, characterised in that there are interception means of the impeller configured and arranged to limit its angle of rotation.
An electronic device comprising: a first camera; a second camera; memory storing instructions; and at least one processor, wherein the at least one processor is, when the instructions are executed, configured to: enable an image capture application of the electronic device; display a first preview image based on a first sensor data from the first camera; obtain a lux value based on at least one of the first sensor data from the first camera or a second sensor data from the second camera; based on the obtained lux value being smaller than a first threshold, switch from displaying the first preview image to displaying a second preview image based on the second sensor data from the second camera, wherein the second preview image is displayed after a stabilization time which is a time interval for adjusting a default value of a camera setting of the second camera, wherein the first camera comprises a first image sensor for a first sensitivity, and the second camera comprises a second image sensor for a second sensitivity, and wherein the second sensitivity is higher than the first sensitivity. a first camera; a second camera; memory storing instructions; and at least one processor, wherein the at least one processor is, when the instructions are executed, configured to: enable an image capture application of the electronic device; display a first preview image based on a first sensor data from the first camera; obtain a lux value based on at least one of the first sensor data from the first camera or a second sensor data from the second camera; based on the obtained lux value being smaller than a first threshold, switch from displaying the first preview image to displaying a second preview image based on the second sensor data from the second camera, wherein the second preview image is displayed after a stabilization time which is a time interval for adjusting a default value of a camera setting of the second camera, wherein the first camera comprises a first image sensor for a first sensitivity, and the second camera comprises a second image sensor for a second sensitivity, and wherein the second sensitivity is higher than the first sensitivity. enable an image capture application of the electronic device; display a first preview image based on a first sensor data from the first camera; obtain a lux value based on at least one of the first sensor data from the first camera or a second sensor data from the second camera; based on the obtained lux value being smaller than a first threshold, switch from displaying the first preview image to displaying a second preview image based on the second sensor data from the second camera, wherein the second preview image is displayed after a stabilization time which is a time interval for adjusting a default value of a camera setting of the second camera, wherein the first camera comprises a first image sensor for a first sensitivity, and the second camera comprises a second image sensor for a second sensitivity, and wherein the second sensitivity is higher than the first sensitivity.
A retractable roof for a building having a supporting frame and a high structure extending vertically above the supporting frame, said retractable roof comprising: - at least one structure section including first and second panel structures, said first panel structure having a first proximal end being hingeably mountable on the supporting frame at a proximal hinge member and a first distal end hingeably connecting to a second proximal end of the second panel structure at a distal hinge member, a second distal end of said second panel structure being suspended to the high structure with a distal end cable connected to a distal motorized winch member; - a tackle member connecting to both said first and second panel structures of said at least one structure section adjacent said first proximal end and said second distal end, respectively, and including a tackle wire forming a wire side of a triangular cross-sectional shape with said first and second panel structures; and - a winch mechanism connecting to the tackle member to control a wire length of the wire side. - at least one structure section including first and second panel structures, said first panel structure having a first proximal end being hingeably mountable on the supporting frame at a proximal hinge member and a first distal end hingeably connecting to a second proximal end of the second panel structure at a distal hinge member, a second distal end of said second panel structure being suspended to the high structure with a distal end cable connected to a distal motorized winch member; - a tackle member connecting to both said first and second panel structures of said at least one structure section adjacent said first proximal end and said second distal end, respectively, and including a tackle wire forming a wire side of a triangular cross-sectional shape with said first and second panel structures; and - a winch mechanism connecting to the tackle member to control a wire length of the wire side.
A pump module comprising: a pump installable in a storage tank so as to discharge a liquid stored in the storage tank to the outside of the storage tank; a flange installable on one surface of the interior of the storage tank; a heating member disposed to surround an outside surface of the pump and coupled to one surface of the flange and provided on one side thereof with an accommodation groove in which at least a part of the pump is accommodated; a coupling member coupled to an outside of the pump so as to couple the heating member to the flange; and a filter coupled to the flange to surround the pump, the coupling member and the heating member and filtering the liquid supplied to the pump, wherein a first discharge tube of the pump having at least a part thereof accommodated in the accommodation groove extends toward the flange and is connectable to a second discharge tube formed on the other surface of the flange outside the storage tank, and the heating member is formed to heat at least a part of the pump, at least a part of the first discharge tube, and at least a part of the second discharge tube. a pump installable in a storage tank so as to discharge a liquid stored in the storage tank to the outside of the storage tank; a flange installable on one surface of the interior of the storage tank; a heating member disposed to surround an outside surface of the pump and coupled to one surface of the flange and provided on one side thereof with an accommodation groove in which at least a part of the pump is accommodated; a coupling member coupled to an outside of the pump so as to couple the heating member to the flange; and a filter coupled to the flange to surround the pump, the coupling member and the heating member and filtering the liquid supplied to the pump, wherein a first discharge tube of the pump having at least a part thereof accommodated in the accommodation groove extends toward the flange and is connectable to a second discharge tube formed on the other surface of the flange outside the storage tank, and the heating member is formed to heat at least a part of the pump, at least a part of the first discharge tube, and at least a part of the second discharge tube.