mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a user equipment, UE (115; 505;; 805; 2005), comprising: receiving (405; 1505), from a serving base station, indicators of a configuration for measurement reporting; performing (410; 1510) cell measurements for a set of neighboring cells based at least in part on the configuration; reporting (420; 1515) the cell measurements for the set of neighboring cells to the serving base station; receiving, from the serving base station, an indicator that identifies a subset of the neighboring cells based at least in part on the cell measurements; identifying (425; 1525) the subset of the neighboring cells based at least in part on the indicator; performing (430; 1530) beam measurements for the subset of the neighboring cells based at least in part on the configuration; and reporting (435; 1535) the beam measurements for the subset of the neighboring cells to the serving base station. receiving (405; 1505), from a serving base station, indicators of a configuration for measurement reporting; performing (410; 1510) cell measurements for a set of neighboring cells based at least in part on the configuration; reporting (420; 1515) the cell measurements for the set of neighboring cells to the serving base station; receiving, from the serving base station, an indicator that identifies a subset of the neighboring cells based at least in part on the cell measurements; identifying (425; 1525) the subset of the neighboring cells based at least in part on the indicator; performing (430; 1530) beam measurements for the subset of the neighboring cells based at least in part on the configuration; and reporting (435; 1535) the beam measurements for the subset of the neighboring cells to the serving base station.
A microfluidic valve comprising: a first portion of a liquid conduit to contain a fluid; a second portion of the liquid conduit to contain a liquid; a constriction between the first portion and the second portion and across which a capillary meniscus is to form between the fluid and liquid, the constriction comprising an edge along a ceiling of the constriction, whereby side edges, a ceiling edge and a floor edge of the constriction define a mouth or opening of the conduit; and characterized in that further constrictions comprising narrowing regions are arranged in series within the second portion. a first portion of a liquid conduit to contain a fluid; a second portion of the liquid conduit to contain a liquid; a constriction between the first portion and the second portion and across which a capillary meniscus is to form between the fluid and liquid, the constriction comprising an edge along a ceiling of the constriction, whereby side edges, a ceiling edge and a floor edge of the constriction define a mouth or opening of the conduit; and characterized in that further constrictions comprising narrowing regions are arranged in series within the second portion.
An ocular implant insertion system, comprising: a case (3; 3C; 3D); and an ocular implant insertion apparatus (2A; 2B; 2C; 2D) including an external housing with an ocular implant storage area, an ocular implant stored within the ocular implant storage area, a nozzle, a first movable structure that moves at least a portion of the ocular implant during movement thereof, and a second movable structure that moves the ocular implant through the nozzle, the ocular implant insertion apparatus (2A; 2B; 2C; 2D) being located at least partially within the case (3; 3C; 3D) in pre-use state wherein the first and second movable structures have not folded and moved the ocular implant; characterized in that the respective configurations of the case (3; 3C; 3D) and the ocular implant insertion apparatus (2A; 2B; 2C; 2D) are such that the ocular implant insertion apparatus (2A; 2B; 2C; 2D) is not removable from the case (3; 3C; 3D) when the ocular implant insertion apparatus is in the pre-use state and is removable after the first movable structure has moved at least a portion of the optical implant. a case (3; 3C; 3D); and an ocular implant insertion apparatus (2A; 2B; 2C; 2D) including an external housing with an ocular implant storage area, an ocular implant stored within the ocular implant storage area, a nozzle, a first movable structure that moves at least a portion of the ocular implant during movement thereof, and a second movable structure that moves the ocular implant through the nozzle, the ocular implant insertion apparatus (2A; 2B; 2C; 2D) being located at least partially within the case (3; 3C; 3D) in pre-use state wherein the first and second movable structures have not folded and moved the ocular implant;
Dry-bulk tanker for the provision of binding agents for soil stabilization for a spreading device, comprising a storage container for binding agent, an intermediate chamber, a mechanical conveying device for conveying binding agents from the storage container into the intermediate chamber connected to the storage container, a pneumatic conveying device for conveying the binding agent to the spreading device connected to the intermediate chamber, and a pressure relief device (40, 41) which is connected to the mechanical conveying device, characterized in that a vent line of the pressure relief device (40, 41) is connected to the storage container.
An equipment-rack power distribution system comprising: a power distribution unit housing configured to be mounted, in use, in an equipment rack; a power input penetrating the power distribution unit housing; a plurality of power outlets disposed on a surface of the power distribution unit housing; circuitry enclosed in the power distribution unit housing interconnecting the power input and the power outlets; at least one air inlet in the power distribution unit housing; at least one air outlet in the power distribution unit housing; and an air flow device (121, 127) arranged to produce air flow through an interior of the power distribution unit housing between the at least one air inlet and the at least one air outlet, wherein the air flow device (121, 127) comprises at least one fan and a conduit defining an air passage between the fan and the interior of the power distribution unit housing, wherein the at least one fan is mounted to the interior of the power distribution unit housing. a power distribution unit housing configured to be mounted, in use, in an equipment rack; a power input penetrating the power distribution unit housing; a plurality of power outlets disposed on a surface of the power distribution unit housing; circuitry enclosed in the power distribution unit housing interconnecting the power input and the power outlets; at least one air inlet in the power distribution unit housing; at least one air outlet in the power distribution unit housing; and an air flow device (121, 127) arranged to produce air flow through an interior of the power distribution unit housing between the at least one air inlet and the at least one air outlet, wherein the air flow device (121, 127) comprises at least one fan and a conduit defining an air passage between the fan and the interior of the power distribution unit housing, wherein the at least one fan is mounted to the interior of the power distribution unit housing.
A closure device for closing a refill opening of a tank in a handheld power tool, which closure device comprises: - a body portion for engagement with said refill opening, which body portion defines a longitudinal axis; - a pivotal member including a grip portion, which pivotal member is pivotal about a pivotal axis (XX') and pivotally connected to said body portion for movement between a retracted position and a protruding position, in which protruding position said grip portion extends outwardly of said body portion to form a grip and thereby assist in loosening and tightening the closure device, characterized in that the pivotal member is lockable in the protruding position by means of a holding member (13, 14, 17), wherein a first part of the holding member is secured to the pivotal member and a second part of the holding member is secured to the body portion, and wherein the closure device further comprises a biasing member (11, 17) arranged for urging the pivotal member towards the retracted position and wherein the pivotal member includes a counter portion located on an opposite side of said pivotal axis (XX') in relation to the grip portion, and the body portion has a recess portion for receiving the counter portion when the pivotal member is moved from the retracted position towards the protruding position and wherein the counter portion is configured such that it may be pressed down so as to assist in moving the pivotal member away from the retracted position. - a body portion for engagement with said refill opening, which body portion defines a longitudinal axis; - a pivotal member including a grip portion, which pivotal member is pivotal about a pivotal axis (XX') and pivotally connected to said body portion for movement between a retracted position and a protruding position, in which protruding position said grip portion extends outwardly of said body portion to form a grip and thereby assist in loosening and tightening the closure device, characterized in that the pivotal member is lockable in the protruding position by means of a holding member (13, 14, 17), wherein a first part of the holding member is secured to the pivotal member and a second part of the holding member is secured to the body portion, and wherein the closure device further comprises a biasing member (11, 17) arranged for urging the pivotal member towards the retracted position and wherein the pivotal member includes a counter portion located on an opposite side of said pivotal axis (XX') in relation to the grip portion, and the body portion has a recess portion for receiving the counter portion when the pivotal member is moved from the retracted position towards the protruding position and wherein the counter portion is configured such that it may be pressed down so as to assist in moving the pivotal member away from the retracted position.
An amplifier with a first amplifier circuit, a second amplifier circuit, a hybrid-coupler circuit and a termination (4, 5, 6, 7, 8), wherein the hybrid-coupler circuit comprises an output port and an isolation port, wherein the termination (4, 5, 6, 7, 8) is connected to the isolation port of the hybrid-coupler circuit, wherein the termination (4, 5, 6, 7, 8) comprises a first ohmic resistor (60, 70, 83, 93, 104) and a first capacitor (61, 80, 92, 101) and/or a first inductance (71, 82, 90, 103, 106), and wherein the first ohmic resistor (60, 70, 83, 93, 104) and the first capacitor (61, 80, 92, 101) respectively the first inductance (71, 82, 90, 103) are connected in series, characterised in that the termination is a filter of a higher order than 1, and that the termination contains a switch.
A continuous flow chemical reactor for use in reaction of one or more fluidic reactants, the reactor comprising: one or more reaction chamber sections in fluidic communication with each other, each reaction chamber section housing a static mixer element configured as an integral module for insertion into each reaction chamber section, wherein the aspect ratio (L/d) of the reactor is at least 75, each static mixer element comprising catalytically reactive sites and an integral scaffold defining a plurality of similar structures repeated periodically along a longitudinal axis of the scaffold, each structure having a plurality of passages configured for enhancing mixing, contact of the fluidic reactants with the catalytically reactive sites and heat transfer, by redistributing fluid in directions transverse to the main flow through the plurality of passages, and, in use, configured to provide a transverse temperature differential of less than 10 °C/mm and a pressure drop across the reaction chamber section (in Pa/m) of less than 100,000 with a volumetric flow rate of at least 0.1 ml/min; one or more reactant inlets for supply of the one or more fluidic reactants to the one or more reaction chamber sections; and one or more outlets in fluidic communication with the static mixer element for receiving an output stream comprising a product of the reaction, wherein the plurality of passages on the scaffold are configured to change or split the localised flow direction by more than 200 m -1, corresponding to a number of times within a given length along a longitudinal axis of the static mixer element. one or more reaction chamber sections in fluidic communication with each other, each reaction chamber section housing a static mixer element configured as an integral module for insertion into each reaction chamber section, wherein the aspect ratio (L/d) of the reactor is at least 75, each static mixer element comprising catalytically reactive sites and an integral scaffold defining a plurality of similar structures repeated periodically along a longitudinal axis of the scaffold, each structure having a plurality of passages configured for enhancing mixing, contact of the fluidic reactants with the catalytically reactive sites and heat transfer, by redistributing fluid in directions transverse to the main flow through the plurality of passages, and, in use, configured to provide a transverse temperature differential of less than 10 °C/mm and a pressure drop across the reaction chamber section (in Pa/m) of less than 100,000 with a volumetric flow rate of at least 0.1 ml/min; one or more reactant inlets for supply of the one or more fluidic reactants to the one or more reaction chamber sections; and one or more outlets in fluidic communication with the static mixer element for receiving an output stream comprising a product of the reaction, wherein the plurality of passages on the scaffold are configured to change or split the localised flow direction by more than 200 m -1, corresponding to a number of times within a given length along a longitudinal axis of the static mixer element.
A welding head comprising an outer face attachable to a welding device and an inner face sealable to a workpiece with first and second annular channels (93, 95) formed in the inner face and disposed on either side of an evacuatable region, characterised in that an outer sealing ring is located in the first annular channel and an inner sealing ring is located within the second annular channel, the inner face is formed with a teardrop-shaped profile and at least one bridging seal (100, 102) extends from within the inner sealing ring to the outer sealing ring.
A method of transmitting selected versions of a stream to end-user nodes of a network, each version being a different quality version of the same content, the method characterised by comprising: for each of a plurality of possible combinations of versions of the stream to be transmitted over respective routes to consuming end-user nodes, evaluating a utility function for each of said consuming end-user nodes, the utility function being dependent on the version and defining a quantitative measure of end-user benefit that would be experienced at the respective end-user node by consumption of the respective version of the stream when transmitted via the respective route; for each of said plurality of possible combinations of versions of the stream over said routes, determining an overall utility value based on the respective evaluation of the utility functions of each of said plurality of consuming end-user nodes, the overall utility value representing an overall end-user benefit to all of the consuming end-user nodes; selecting a preferred combination of versions of the stream over said routes based on the overall utility values of the different possible combination, the preferred combination having the overall utility value which represents the greatest overall end-user benefit to all of the consuming end-user nodes considered as a whole, thus representing the greatest benefit for the greatest number of consuming end-user nodes; and transmitting the selected versions of the stream via the respective routes to the respective consuming end-user nodes for consumption of the content thereat. for each of a plurality of possible combinations of versions of the stream to be transmitted over respective routes to consuming end-user nodes, evaluating a utility function for each of said consuming end-user nodes, the utility function being dependent on the version and defining a quantitative measure of end-user benefit that would be experienced at the respective end-user node by consumption of the respective version of the stream when transmitted via the respective route; for each of said plurality of possible combinations of versions of the stream over said routes, determining an overall utility value based on the respective evaluation of the utility functions of each of said plurality of consuming end-user nodes, the overall utility value representing an overall end-user benefit to all of the consuming end-user nodes; selecting a preferred combination of versions of the stream over said routes based on the overall utility values of the different possible combination, the preferred combination having the overall utility value which represents the greatest overall end-user benefit to all of the consuming end-user nodes considered as a whole, thus representing the greatest benefit for the greatest number of consuming end-user nodes; and transmitting the selected versions of the stream via the respective routes to the respective consuming end-user nodes for consumption of the content thereat.
A weather-resistive coating composition comprising: from 21 to 25 weight percent of aromatic isocyanate with a functionality of at least 2.0, from 28 to 32 weight percent of polyol, from 4 to 8 weight percent of a diol having a molecular weight in the range of from 80 to 200, from 38 to 42 weight percent of filler having a particle size of no greater than 400 micrometers, and from 0.01 to 0.03 weight percent of a catalyst, wherein, the coating composition has a water vapor permeability of at least 23 US Perms (grains per ft 2 per 1 hour per inch of mercury) measured according to ASTM D6701-01, and the coating composition is a component of a building wall or roofing structure. from 21 to 25 weight percent of aromatic isocyanate with a functionality of at least 2.0, from 28 to 32 weight percent of polyol, from 4 to 8 weight percent of a diol having a molecular weight in the range of from 80 to 200, from 38 to 42 weight percent of filler having a particle size of no greater than 400 micrometers, and from 0.01 to 0.03 weight percent of a catalyst, wherein, the coating composition has a water vapor permeability of at least 23 US Perms (grains per ft 2 per 1 hour per inch of mercury) measured according to ASTM D6701-01, and the coating composition is a component of a building wall or roofing structure.
Thread feeder for textile machines comprising a support, which comprises at least one clamp for securing the thread feeder onto the textile machine, a first leg and a second leg, comprising a first bearing arranged on the first leg with an axis of rotation oriented vertically when in use, with a second bearing, which is arranged on the second leg flush with the first bearing, wherein an intermediate space is formed between the first and the second leg (8, 9), with a shaft which extends through the bearing (11, 12) and is mounted rotatably by the latter, with at least one pulley which is arranged on the shaft inside the intermediate space in order to drive the shaft rotatably, with a feeder wheel which is arranged at a lower end of the shaft when in use in order to be driven by the shaft, with a housing which surrounds an inner chamber and is arranged between the at least one pulley and the thread feeder wheel, in order to provide a receiving space for at least one electric component (37, 39), characterised in that the housing is provided in the space between a pulley to be arranged at the bottom and the thread feeder wheel below the lower second bearing.
Accommodating container - having an accommodating chamber for accommodating articles, and - having an outer door, which in the open state allows the articles to be introduced into the accommodating container and in the closed state closes off the accommodating container in the outward direction, - wherein an inner door is arranged between the accommodating chamber and the outer door and forms, with the outer door, an airlock chamber, which is located above the accommodating chamber, and - wherein there is a control device present, which makes it possible for the inner door to be opened exclusively when the outer door is closed and for the outer door to be opened exclusively when the inner door is closed, characterized in that - the accommodating container has a sack-closure device, by means of which a collecting sack which has been fitted into, in particular hung in, the accommodating chamber, beneath the inner door, can be closed from the outside, in particular radially from the outside, before being removed from the accommodating container, - the inner door is a telescopic sliding door, and - sack-closure elements (101, 102) of the sack-closure device are mounted on the telescopic sliding door and are moved along therewith when the telescopic sliding door is being opened and closed. - having an accommodating chamber for accommodating articles, and - having an outer door, which in the open state allows the articles to be introduced into the accommodating container and in the closed state closes off the accommodating container in the outward direction, - wherein an inner door is arranged between the accommodating chamber and the outer door and forms, with the outer door, an airlock chamber, which is located above the accommodating chamber, and - wherein there is a control device present, which makes it possible for the inner door to be opened exclusively when the outer door is closed and for the outer door to be opened exclusively when the inner door is closed, characterized in that - the accommodating container has a sack-closure device, by means of which a collecting sack which has been fitted into, in particular hung in, the accommodating chamber, beneath the inner door, can be closed from the outside, in particular radially from the outside, before being removed from the accommodating container, - the inner door is a telescopic sliding door, and - sack-closure elements (101, 102) of the sack-closure device are mounted on the telescopic sliding door and are moved along therewith when the telescopic sliding door is being opened and closed.