mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment for setting a length of a discontinuous reception cycle of the user equipment, which is served by a serving network node in a wireless communication network, the method comprising: determining that the length of the discontinuous reception cycle of the user equipment is set to a first time; acquiring information related to a property of a signal received, wherein acquiring information comprises: measuring either a strength or a quality of a signal received from the serving network node, and measuring either the strength or the quality of a signal received from a neighbour network node, and calculating a difference between the measurements by subtracting the measurement made on the signal received from the serving network node from the measurement made on the signal received from the neighbour network node; and characterised by setting the length of the discontinuous reception cycle of the user equipment, based on the acquired information, wherein the length of the discontinuous reception cycle of the user equipment set at the first time is reduced gradually to a second time based on the calculated difference between the measurements, wherein the first time is longer than the second time. determining that the length of the discontinuous reception cycle of the user equipment is set to a first time; acquiring information related to a property of a signal received, wherein acquiring information comprises: measuring either a strength or a quality of a signal received from the serving network node, and measuring either the strength or the quality of a signal received from a neighbour network node, and calculating a difference between the measurements by subtracting the measurement made on the signal received from the serving network node from the measurement made on the signal received from the neighbour network node; and characterised by measuring either a strength or a quality of a signal received from the serving network node, and measuring either the strength or the quality of a signal received from a neighbour network node, and calculating a difference between the measurements by subtracting the measurement made on the signal received from the serving network node from the measurement made on the signal received from the neighbour network node; and characterised by setting the length of the discontinuous reception cycle of the user equipment, based on the acquired information, wherein the length of the discontinuous reception cycle of the user equipment set at the first time is reduced gradually to a second time based on the calculated difference between the measurements, wherein the first time is longer than the second time.
A device for grouping flat articles, in particular hygiene products such as diapers, wherein the articles to be grouped are conveyable individually and one after another on a feed conveyor and are suppliable to a grouping conveyor, characterized in that the grouping conveyor has compartments for in each case one group of articles, in which compartments the articles are arranged preferably standing upright, in particular tightly packed together, wherein the articles are suppliable by means of the feed conveyor at an angle, in particular substantially transversely, with respect to the conveying direction of the grouping conveyor and are conveyable in the conveying direction of the grouping conveyor by way of a substantially cone-shaped conveyor thus forming a group of articles in one compartment, wherein the conveyor is rotatingly driveable and, when being conveyed by the conveyor, the articles sit in the region of an outside surface of the conveyor.
A graphene roll-to-roll transfer method comprising: forming a layered structure including substrate-graphene layer-first flexible substrate from a graphene layer formed on a substrate and a first flexible substrate in contact with the graphene layer by a first roller unit; and immersing the layered structure in an etching solution and passing through the etching solution by using a second roller unit to remove the substrate from the layered structure and to transfer the graphene layer onto the first flexible substrate at the same time. forming a layered structure including substrate-graphene layer-first flexible substrate from a graphene layer formed on a substrate and a first flexible substrate in contact with the graphene layer by a first roller unit; and immersing the layered structure in an etching solution and passing through the etching solution by using a second roller unit to remove the substrate from the layered structure and to transfer the graphene layer onto the first flexible substrate at the same time.
A solar cell comprising: a support substrate having first and second surfaces opposite to each other; a photoelectric conversion part disposed on the first surface and including a first electrode, a light absorbing layer, and a second electrode; and a collecting electrode electrically connected to the first electrode and disposed on the second surface, characterized in that the first electrode is disposed on the first surface of the support substrate, and in that the light absorbing layer is disposed on the first electrode, wherein the second electrode is disposed on the light absorbing layer, wherein the first electrode includes an electrode part disposed on the first surface and an extension part (214a, 214b) extending from the first surface to the second surface, and the collecting electrode makes contact with the extension part (214a, 214b), wherein the first electrode includes molybdenum (Mo), copper (Cu), nickel (Ni), aluminum (Al), or the alloy thereof, wherein the extension part (214a, 214b) extends from the first surface to the second surface while surrounding both lateral sides of the support substrate, wherein the extension part (214a, 214b) comprises a first extension part extending from one side of the electrode part and a second extension part extending from an opposite side of the electrode part and spaced apart from the first extension part on the second surface, and wherein the collecting electrode comprises a first collecting electrode making contact with the first extension part and a second collecting electrode making contact with the second extension part. a support substrate having first and second surfaces opposite to each other; a photoelectric conversion part disposed on the first surface and including a first electrode, a light absorbing layer, and a second electrode; and a collecting electrode electrically connected to the first electrode and disposed on the second surface, characterized in that the first electrode is disposed on the first surface of the support substrate, and in that the light absorbing layer is disposed on the first electrode, wherein the second electrode is disposed on the light absorbing layer, wherein the first electrode includes an electrode part disposed on the first surface and an extension part (214a, 214b) extending from the first surface to the second surface, and the collecting electrode makes contact with the extension part (214a, 214b), wherein the first electrode includes molybdenum (Mo), copper (Cu), nickel (Ni), aluminum (Al), or the alloy thereof, wherein the extension part (214a, 214b) extends from the first surface to the second surface while surrounding both lateral sides of the support substrate, wherein the extension part (214a, 214b) comprises a first extension part extending from one side of the electrode part and a second extension part extending from an opposite side of the electrode part and spaced apart from the first extension part on the second surface, and wherein the collecting electrode comprises a first collecting electrode making contact with the first extension part and a second collecting electrode making contact with the second extension part.
A cargo container comprising one or more fire detectors adapted to detect fire conditions, one or more containers adapted to release an extinguishing agent and a control system adapted to transmit a control signal adapted to control the release of the extinguishing agent, wherein: the one or more fire detectors are adapted to detect a presence of a fire condition in the cargo container, characterized in that the control system is adapted to transmit a control signal adapted to release a first discharge of an extinguishing agent in the cargo container in response to the cargo container being in a depressurized state after the detection of the presence of a fire condition in the cargo container.
A detoxified E. coli heat-labile enterotoxin for use in the treatment of airway allergy in a subject via intranasal administration of an amount effective for inducing an anti-allergic response in the subject, wherein the detoxified LT is LTS61K, which contains a mutated subunit A that contains a serine to lysine mutation at the position corresponding to position 61 in SEQ ID NO:1 and wherein the anti-allergic response is induced by LTS61K.
Supporting device for furniture, adapted to be associated with a panel forming a side of a piece of furniture for adjusting the position thereof along an adjusting axis (Y-Y) essentially vertical with respect to a support surface, said device comprising a mounting element adapted to be associated to an internal surface of said side and defining an internally threaded through seat, extending along said adjusting axis (Y-Y) and adapted to be engaged by threaded rod of an adjusting means adapted to lie with a first end on said support surface and to be axially rotatably operated to adjust, in use, the position of said side with respect to said support surface, said mounting element further comprising at least one coupling portion lying on a first plane, vertical in use, adapted to be arranged against said internal surface of said side and reference means adapted to allow the pre-mounting of said mounting element to the side, wherein said reference means comprise at least one pair of reference teeth adapted to be pressure-fitted into the thickness of said side by introducing them from a lower head edge thereof, characterised by said reference teeth lying each on a respective plane inclined with respect to said first plane.
Coriolis flow sensor, comprising: - a Coriolis tube; - excitation means (9, 9', 10) for oscillating said tube about an excitation axis, wherein the Coriolis tube comprises a measuring tube part (124, 124') that extends transversely with respect to the excitation axis; as well as - detection means (112, 112') for detecting, in use, at least a measure for movements of part of the Coriolis tube, characterized in that the detection means comprise two detection elements (112, 112') that are positioned on opposite sides of the measuring tube part, partly overlapping the excitation axis, wherein the detection elements (112, 112'), as seen in a direction parallel to the excitation axis, are provided behind each other and partly overlapping each other, and wherein at least one of the two detection elements (112, 112') is positioned asymmetrical with respect to the excitation axis. - a Coriolis tube; - excitation means (9, 9', 10) for oscillating said tube about an excitation axis, wherein the Coriolis tube comprises a measuring tube part (124, 124') that extends transversely with respect to the excitation axis; as well as - detection means (112, 112') for detecting, in use, at least a measure for movements of part of the Coriolis tube, characterized in that the detection means comprise two detection elements (112, 112') that are positioned on opposite sides of the measuring tube part, partly overlapping the excitation axis, wherein the detection elements (112, 112'), as seen in a direction parallel to the excitation axis, are provided behind each other and partly overlapping each other, and wherein at least one of the two detection elements (112, 112') is positioned asymmetrical with respect to the excitation axis.
A method of preparing a tea beverage in a capsule-based brewing device, the device comprising: • an infusion chamber; • a capsule holder sized and shaped so as to receive a capsule; • an openable and closable passage which terminates in an orifice; • a vessel located beneath the orifice and having a spout; the method comprising the steps of: a) introducing liquid and infusible beverage material from the capsule into the infusion chamber so as to brew the beverage; b) after brewing has taken place for a sufficient time, opening the passage to allow the beverage to flow from the infusion chamber, along the passage, through the orifice, characterized in that the device comprises a filter and that the beverage flows through the filter, into the vessel and out from the spout. • an infusion chamber; • a capsule holder sized and shaped so as to receive a capsule; • an openable and closable passage which terminates in an orifice; • a vessel located beneath the orifice and having a spout; the method comprising the steps of: a) introducing liquid and infusible beverage material from the capsule into the infusion chamber so as to brew the beverage; b) after brewing has taken place for a sufficient time, opening the passage to allow the beverage to flow from the infusion chamber, along the passage, through the orifice, characterized in that the device comprises a filter and that the beverage flows through the filter, into the vessel and out from the spout. a) introducing liquid and infusible beverage material from the capsule into the infusion chamber so as to brew the beverage; b) after brewing has taken place for a sufficient time, opening the passage to allow the beverage to flow from the infusion chamber, along the passage, through the orifice, characterized in that the device comprises a filter and that the beverage flows through the filter, into the vessel and out from the spout.
An apparatus for providing power to an electric powered system comprising: a generator set configured to be coupled to the electric powered system and to generate electrical energy; a load bank coupled to the generator set and configured to switchably receive the electrical energy generated by the generator set; and a control system coupled to the generator set; characterized in that the control system is configured to: in response to detecting a placing of the electric powered system in an armed mode, increase the generation of the electrical energy and transmit at least some of the increased electrical energy generated by the generator set to the load bank, and in response to detecting a triggering of the electric powered system, switch a destination of at least some of the increased electrical energy generated by the generator set to the electric powered system. a generator set configured to be coupled to the electric powered system and to generate electrical energy; a load bank coupled to the generator set and configured to switchably receive the electrical energy generated by the generator set; and a control system coupled to the generator set; characterized in that the control system is configured to: in response to detecting a placing of the electric powered system in an armed mode, increase the generation of the electrical energy and transmit at least some of the increased electrical energy generated by the generator set to the load bank, and in response to detecting a triggering of the electric powered system, switch a destination of at least some of the increased electrical energy generated by the generator set to the electric powered system. in response to detecting a placing of the electric powered system in an armed mode, increase the generation of the electrical energy and transmit at least some of the increased electrical energy generated by the generator set to the load bank, and in response to detecting a triggering of the electric powered system, switch a destination of at least some of the increased electrical energy generated by the generator set to the electric powered system.
Hose pump for the conveyance of a fluid conducted in a hose, with several squeezing elements and with a hose bed having a hose inlet, a hose outlet, a guide surface, and a counter support, in which the hose is placed lying on the guide surface and is pressed against the counter support by the squeezing elements for the conveyance of the fluid in the hose during the operation of the hose pump in a conveyance direction, wherein the hose pump has an unthreading device for automatically pulling out the hose of the hose bed and the pulling out of the hose is performed by means of the unthreading device during operation of the hose pump opposite to its conveyance direction, characterized in that the unthreading device has an elevation located on the hose outlet of the hose bed, which protrudes over the guide surface.
Process for the beam processing of a plate-shaped or tubular workpiece, comprising a) at least one cutting procedure for producing a cutting gap along a cutting line which extends at least partially along the contour of a workpiece part to be produced from the workpiece, the cutting procedure comprising: moving a beam head for guiding a processing beam above the workpiece, wherein the processing beam is guided along the cutting line from a first cutting position to a second cutting position, and wherein the processing beam has a first power density which is dimensioned such that the workpiece is cut through, wherein the process is characterized by b) at least one finishing procedure for finishing the workpiece along at least a part of the cutting gap, wherein the workpiece part is not completely cut out along the cutting line, and wherein the finishing procedure comprises: moving the beam head over the workpiece, wherein the processing beam is guided along a finishing line from a first finishing position to a second finishing position, wherein the processing beam has a second power density which is such that the workpiece is not cut, and wherein the workpiece is irradiated by the processing beam along at least a part of the cutting gap in a region containing a workpiece part-side cutting edge of the cutting gap and/or in a region containing a residual grid-side cutting edge of the cutting gap. a) at least one cutting procedure for producing a cutting gap along a cutting line which extends at least partially along the contour of a workpiece part to be produced from the workpiece, the cutting procedure comprising: moving a beam head for guiding a processing beam above the workpiece, wherein the processing beam is guided along the cutting line from a first cutting position to a second cutting position, and wherein the processing beam has a first power density which is dimensioned such that the workpiece is cut through, wherein the process is characterized by b) at least one finishing procedure for finishing the workpiece along at least a part of the cutting gap, wherein the workpiece part is not completely cut out along the cutting line, and wherein the finishing procedure comprises: moving the beam head over the workpiece, wherein the processing beam is guided along a finishing line from a first finishing position to a second finishing position, wherein the processing beam has a second power density which is such that the workpiece is not cut, and wherein the workpiece is irradiated by the processing beam along at least a part of the cutting gap in a region containing a workpiece part-side cutting edge of the cutting gap and/or in a region containing a residual grid-side cutting edge of the cutting gap.
A method executed on a telecommunication device for reducing power consumption, wherein the telecommunication device comprises a mobile station in a GSM network or a user equipment in a UMTS network, the telecommunication device comprising: a telecommunication section communicating with a mobile telecommunication network being a GSM network or a UMTS network, and a time determining section that directly communicates with a time reference that is independent from a time frame structure used in the mobile telecommunication network, the method comprising: turning on the telecommunication section at least partially when the current time as determined by the time determining section matches a start time of a listening period, listening for a message sent to the telecommunication device, and turning off the telecommunication section at least partially by the end of the listening period at the latest. a telecommunication section communicating with a mobile telecommunication network being a GSM network or a UMTS network, and a time determining section that directly communicates with a time reference that is independent from a time frame structure used in the mobile telecommunication network, turning on the telecommunication section at least partially when the current time as determined by the time determining section matches a start time of a listening period, listening for a message sent to the telecommunication device, and turning off the telecommunication section at least partially by the end of the listening period at the latest.
A disposable diaper, comprising: a liquid-holding absorber; a liquid pervious top sheet on a skin-facing surface side of the absorber, wherein the top sheet is formed of a hydrophobic nonwoven fabric on its skin side surface, and is provided with apertures at an opening ratio of 2 to 40%, each aperture being 0.1 to 2.0 mm in aperture size, an intermediate sheet disposed between the top sheet and the absorber for transferring a body fluid that has passed through the top sheet, to the absorber, and, an absorbent mainly containing glycerin provided on a skin side surface of the intermediate sheet, wherein the absorbent is also provided on a non-skin side surface of the top sheet. a liquid-holding absorber; a liquid pervious top sheet on a skin-facing surface side of the absorber, wherein the top sheet is formed of a hydrophobic nonwoven fabric on its skin side surface, and is provided with apertures at an opening ratio of 2 to 40%, each aperture being 0.1 to 2.0 mm in aperture size, an intermediate sheet disposed between the top sheet and the absorber for transferring a body fluid that has passed through the top sheet, to the absorber, and, an absorbent mainly containing glycerin provided on a skin side surface of the intermediate sheet, wherein the absorbent is also provided on a non-skin side surface of the top sheet.