mhurhangee/ep-ind-claims huggingface dataset:
A cooking appliance comprising: a main body including a cooking chamber; a steam generator including a steam heater for generating steam for heating food contained in the cooking chamber; a lower heater located below a bottom wall of the cooking chamber and configured to generate heat to heat the food; a controller configured to control the steam heater and the lower heater; a recessed water collection part for collecting water in the bottom wall of the cooking chamber, wherein the controller is configured to operate the steam heater to generate steam when a steam cooking mode is selected, and to turn on the lower heater while steam cooking is performed such that water collected in the recessed water collection part is heated by the lower heater, thereby being evaporated, characterized in that the controller is configured to turn on the lower heater when a predetermined time has passed after the steam cooking starts. a main body including a cooking chamber; a steam generator including a steam heater for generating steam for heating food contained in the cooking chamber; a lower heater located below a bottom wall of the cooking chamber and configured to generate heat to heat the food; a controller configured to control the steam heater and the lower heater; a recessed water collection part for collecting water in the bottom wall of the cooking chamber, wherein the controller is configured to operate the steam heater to generate steam when a steam cooking mode is selected, and to turn on the lower heater while steam cooking is performed such that water collected in the recessed water collection part is heated by the lower heater, thereby being evaporated, characterized in that the controller is configured to turn on the lower heater when a predetermined time has passed after the steam cooking starts.
High strength hot-finished steel hollow section with low CEV wherein CEV= C+(Mn/6)+((Cr+Mo+V)/5)+((Cu+Ni)/15), and wherein (in wt.%) • C: 0.12-0.18; • Si: <0.60; • Mn: 1.2-1.6; • P: <0.035; • S: <0.015; • V: 0.13-0.20; • Al: < 0.04; • N: 0.008-0.025; • Ti: <0.01; • Cr: <0.15; • Ni: <0.20; • Mo: <0.04; • Cu: <0.20; • Nb: < 0.05% • Optionally Ca<0.015%, more preferably below 0.005, in an amount consistent with a calcium treatment for inclusion control; • Remainder iron and inevitable impurities; wherein CEV ≤ 0.45%; and wherein the mechanical properties meet the S420NH and S420NLH industry standard according to EN10210-1:2006. • C: 0.12-0.18; • Si: <0.60; • Mn: 1.2-1.6; • P: <0.035; • S: <0.015; • V: 0.13-0.20; • Al: < 0.04; • N: 0.008-0.025; • Ti: <0.01; • Cr: <0.15; • Ni: <0.20; • Mo: <0.04; • Cu: <0.20; • Nb: < 0.05% • Optionally Ca<0.015%, more preferably below 0.005, in an amount consistent with a calcium treatment for inclusion control; • Remainder iron and inevitable impurities;
An apparatus for enabling emergency access to a release mechanism for a life raft on a vehicle, the apparatus comprising: a housing configured for attachment to the vehicle, the housing including a recess configured to contain the release mechanism therein, the recess having a height and a width perpendicular to the height; a cover configured for attachment to the housing, the cover including a perimeter, wherein the perimeter includes a notch, the cover further including a grip, the cover having a height that is greater than the height of the recess and a width that is greater than the width of the recess; and a retainer including a head, a shaft, and a longitudinal axis, wherein a dimension of the retainer transverse to the longitudinal axis is larger at the head than at the shaft, the shaft being configured to be received at least partially within the notch, wherein the cover is configured to deflect in response to a force being applied to the grip such that the perimeter of the cover slides from under the head of the retainer providing access to the recess of the housing. a housing configured for attachment to the vehicle, the housing including a recess configured to contain the release mechanism therein, the recess having a height and a width perpendicular to the height; a cover configured for attachment to the housing, the cover including a perimeter, wherein the perimeter includes a notch, the cover further including a grip, the cover having a height that is greater than the height of the recess and a width that is greater than the width of the recess; and a retainer including a head, a shaft, and a longitudinal axis, wherein a dimension of the retainer transverse to the longitudinal axis is larger at the head than at the shaft, the shaft being configured to be received at least partially within the notch, wherein the cover is configured to deflect in response to a force being applied to the grip such that the perimeter of the cover slides from under the head of the retainer providing access to the recess of the housing.
A channel access method for a multi-link device, comprising: when a length of a first physical layer protocol data unit, PPDU, transmitted on a first link by a first multi-link device is less than or equal to a first value, skipping starting, by the first multi-link device, a medium synchronization delay timer on a second link, wherein the first multi-link device is not allowed to perform simultaneous transmitting and receiving on the first link and the second link.
A closure for sealing an opening defined by a mouth of a container, the closure comprising: (a) a body adapted to overlie the mouth; (b) a discontinuous skirt comprising a plurality of spaced apart arms (16, 116) extending from the body, wherein the plurality of spaced apart arms is deformable between an open position and a closed position and each arm has, in use, a container-engagable face and an exterior face; and (c) a plurality of fingers (18, 118) wherein each finger has, in use, a container-engagable face and an exterior face; wherein the plurality of fingers is interspersed with the plurality of arms; and wherein at least part of the exterior face of each finger is adapted to receive at least part of the container-engagable face of an adjacent arm, in the closed position. (a) a body adapted to overlie the mouth; (b) a discontinuous skirt comprising a plurality of spaced apart arms (16, 116) extending from the body, wherein the plurality of spaced apart arms is deformable between an open position and a closed position and each arm has, in use, a container-engagable face and an exterior face; and (c) a plurality of fingers (18, 118) wherein each finger has, in use, a container-engagable face and an exterior face;
A cover sheet to be used in conjunction with a patient support mattress, said cover sheet for aiding in the prevention of decubitus ulcers and the transfer of moisture from the body of a patient, comprising: a flexible spacer material comprising a first surface and a second surface and a thickness measured between the first surface and the second surface, the spacer material allowing air flow through the spacer material to aid in the removal of moisture, vapor and heat adjacent and proximal a patient surface interface; a vapor permeable material proximal to the first surface of the spacer material; and a pressure-sensing mat proximal to the second surface of the spacer material, wherein the pressure-sensing mat is configured to detect a pressure which is correlated to an accompanying reduction in thickness of the spacer material, an air mover configured to provide an air flow through the spacer material; an indicator configured to provide an indication if the pressure-sensing mat detects a pressure above a threshold value and thus a decrease in thickness of the spacer material that is sufficient to restrict air flow through the spacer material and reduce the cover sheet's effectiveness to transfer moisture vapor. a flexible spacer material comprising a first surface and a second surface and a thickness measured between the first surface and the second surface, the spacer material allowing air flow through the spacer material to aid in the removal of moisture, vapor and heat adjacent and proximal a patient surface interface; a vapor permeable material proximal to the first surface of the spacer material; and a pressure-sensing mat proximal to the second surface of the spacer material, wherein the pressure-sensing mat is configured to detect a pressure which is correlated to an accompanying reduction in thickness of the spacer material, an air mover configured to provide an air flow through the spacer material; an indicator configured to provide an indication if the pressure-sensing mat detects a pressure above a threshold value and thus a decrease in thickness of the spacer material that is sufficient to restrict air flow through the spacer material and reduce the cover sheet's effectiveness to transfer moisture vapor.
A method for at least partially filling with thermally insulating material a cavity of a thermal break profile, said method comprising: a) forming a thermally expandable profile comprising a thermally expandable composition suitable for expanding under the pressure exerted by an expansion gas produced within said thermally expandable composition at a first temperature T E, said thermally expandable profile having a cross-section smaller than the cross-section of said cavity to be at least partially filled; b) inserting said thermally expandable profile in said cavity to be at least partially filled; and c) subjecting said thermal break profile to a heat treatment at a second temperature T V higher than or equal to said first temperature T E, so that said expansion gas is produced within said thermally expandable composition and exerts a pressure inducing said thermally expandable profile to expand and at least partially fill said cavity, wherein said step a) comprises providing said thermally expandable profile with a control layer surrounding said thermally expandable composition and suitable for controlling the expansion of said thermally expandable composition during said heat treatment.. a) forming a thermally expandable profile comprising a thermally expandable composition suitable for expanding under the pressure exerted by an expansion gas produced within said thermally expandable composition at a first temperature T E, said thermally expandable profile having a cross-section smaller than the cross-section of said cavity to be at least partially filled; b) inserting said thermally expandable profile in said cavity to be at least partially filled; and c) subjecting said thermal break profile to a heat treatment at a second temperature T V higher than or equal to said first temperature T E, so that said expansion gas is produced within said thermally expandable composition and exerts a pressure inducing said thermally expandable profile to expand and at least partially fill said cavity,
An aerosol generating apparatus comprising: a holder for accommodating a structure plate and an oscillation generator, wherein the structure plate includes an inlet surface, an outlet surface, a projection extending from the face of the inlet surface, and a through hole wherein the through hole penetrates the structure plate, and the oscillation generator couples with and vibrates the structure plate; and a reservoir for providing a liquid medicament, the reservoir is detachably engaged with the holder and includes a membrane with a plurality of orifices through which the liquid medicament passes during aerosolization, wherein the projection includes a wall substantially perpendicular to the inlet surface and a top surface extending inwardly beyond the wall towards a center of the projection for a length, wherein when the reservoir is engaged with the holder, the membrane of the reservoir is in contact with the top surface of the projection, wherein the oscillation generator vibrates the membrane through the projection on the inlet surface such that vibration of sections of the membrane free from the projection is un-affected by the projection or the structure plate and the liquid medicament aerosolizes and ejects via the outlet surface of the structure plate, wherein the membrane is made of a macromolecular polymer selected from the collection of polyimide, polyethylene, polypropylene and polyether ether ketone (PEEK). a holder for accommodating a structure plate and an oscillation generator, wherein the structure plate includes an inlet surface, an outlet surface, a projection extending from the face of the inlet surface, and a through hole wherein the through hole penetrates the structure plate, and the oscillation generator couples with and vibrates the structure plate; and a reservoir for providing a liquid medicament, the reservoir is detachably engaged with the holder and includes a membrane with a plurality of orifices through which the liquid medicament passes during aerosolization, wherein the projection includes a wall substantially perpendicular to the inlet surface and a top surface extending inwardly beyond the wall towards a center of the projection for a length, wherein when the reservoir is engaged with the holder, the membrane of the reservoir is in contact with the top surface of the projection, wherein the oscillation generator vibrates the membrane through the projection on the inlet surface such that vibration of sections of the membrane free from the projection is un-affected by the projection or the structure plate and the liquid medicament aerosolizes and ejects via the outlet surface of the structure plate, wherein the membrane is made of a macromolecular polymer selected from the collection of polyimide, polyethylene, polypropylene and polyether ether ketone (PEEK).
A method performed by a wireless device, for handling a mobility procedure in a communication network, which communication network comprises a first network, which first network is associated with a core network node, and which first network is further associated with a set of Radio Access Network, RAN, nodes (12, 13, 14), each RAN node (12, 13, 14) supporting a set of cells, wherein the first network further comprises partitioned sets of functionalities, wherein a first set of functionalities belongs to a first network slice supporting the wireless device, and which first set of functionalities is separated from another set of functionalities out of a total set of functionalities in the first network, wherein the wireless device is associated with the first network and the first network slice, the method comprising: - receiving a message comprising an indication of one or more network slices supported by each cell of the RAN nodes (12, 13, 14) from a network node; and - selecting a cell for camping on, based on the indication received from the network node, wherein the indication indicates that the cell supports the first slice associated with the wireless device. - receiving a message comprising an indication of one or more network slices supported by each cell of the RAN nodes (12, 13, 14) from a network node; and - selecting a cell for camping on, based on the indication received from the network node, wherein the indication indicates that the cell supports the first slice associated with the wireless device.
A utility grid ancillary services system comprising: an inclined track; a utility grid connection system (18. 20, 22) associated with the track; at least one shuttle unit riding on the inclined track and having at least one motor/generator and an electrical system controlling the at least one motor/generator, said motor/generator connected to draw power from or provide power to the utility grid connection system; a controller in communication with an electric utility and having a processor and a memory containing modules of software instructions for control of the onboard electrical system including modules for increasing force generated by the motor/generator in an uphill direction to change the speed of said shuttle unit on the inclined track responsive to a regulation down command from the utility thereby absorbing additional power from the utility grid or decreasing the amount of power provided to the grid and modules for decreasing force generated by the motor/generator in an uphill direction to change the speed of said shuttle unit on the inclined track responsive to a regulation up command, from the utility thereby generating additional power to supply the utility grid or decreasing the amount of power absorbed from the grid. an inclined track; a utility grid connection system (18. 20, 22) associated with the track; at least one shuttle unit riding on the inclined track and having at least one motor/generator and an electrical system controlling the at least one motor/generator, said motor/generator connected to draw power from or provide power to the utility grid connection system; a controller in communication with an electric utility and having a processor and a memory containing modules of software instructions for control of the onboard electrical system including modules for increasing force generated by the motor/generator in an uphill direction to change the speed of said shuttle unit on the inclined track responsive to a regulation down command from the utility thereby absorbing additional power from the utility grid or decreasing the amount of power provided to the grid and modules for decreasing force generated by the motor/generator in an uphill direction to change the speed of said shuttle unit on the inclined track responsive to a regulation up command, from the utility thereby generating additional power to supply the utility grid or decreasing the amount of power absorbed from the grid.
A method of forming a thin-layer moisture-resistant fiber composite material, comprising: (a) preparing a mixture of fibers and at least 1% by weight of a resin; (b) forming the mixture into a loose mat; (c) inserting the mat between a pair of heated dies (12,14) at least one of which includes a working surface coated with an ormosil coating including a cross-linked organically-modified silica network and having a hardness exceeding 6H pencil hardness, the dies being heated to between 121.1 and 218.3 degrees Celsius (250 and 425 degrees Fahrenheit); and (d) pressing the mat between the heated dies (12,14) for sufficient time to allow the resin to interact with the fibers to form a consolidated fiber composite sheet material having a thickness in the range of 1 mm to 13 mm. (a) preparing a mixture of fibers and at least 1% by weight of a resin; (b) forming the mixture into a loose mat; (c) inserting the mat between a pair of heated dies (12,14) at least one of which includes a working surface coated with an ormosil coating including a cross-linked organically-modified silica network and having a hardness exceeding 6H pencil hardness, the dies being heated to between 121.1 and 218.3 degrees Celsius (250 and 425 degrees Fahrenheit); and (d) pressing the mat between the heated dies (12,14) for sufficient time to allow the resin to interact with the fibers to form a consolidated fiber composite sheet material having a thickness in the range of 1 mm to 13 mm.
An apparatus implemented in at least one of a memory or a processing device, comprising: a first flow control module configured to send a first flow control signal based on data flow within a first flow control loop including: i. a first stage of transmit queues (134, 234, 834) fanning into a second stage of transmit queues (132, 232, 832), ii. the second stage of transmit queues fanning into a physical link (100, 200, 800), iii. the physical link, iv. a first stage of receive queues (144, 244, 844) fanning into a second stage of receive queues (142, 242, 842), and v. the second stage receive queues fanning into the physical link; and a second flow control module configured to define a second flow control signal based on data flow within a second flow control loop including: i. the second stage of transmit queues, ii. the second stage receive queues, and iii. the physical link, and excluding the first stage of transmit queues and the first stage of receive queues. a first flow control module configured to send a first flow control signal based on data flow within a first flow control loop including: i. a first stage of transmit queues (134, 234, 834) fanning into a second stage of transmit queues (132, 232, 832), ii. the second stage of transmit queues fanning into a physical link (100, 200, 800), iii. the physical link, iv. a first stage of receive queues (144, 244, 844) fanning into a second stage of receive queues (142, 242, 842), and v. the second stage receive queues fanning into the physical link; and i. a first stage of transmit queues (134, 234, 834) fanning into a second stage of transmit queues (132, 232, 832), ii. the second stage of transmit queues fanning into a physical link (100, 200, 800), iii. the physical link, iv. a first stage of receive queues (144, 244, 844) fanning into a second stage of receive queues (142, 242, 842), and v. the second stage receive queues fanning into the physical link; and a second flow control module configured to define a second flow control signal based on data flow within a second flow control loop including: i. the second stage of transmit queues, ii. the second stage receive queues, and iii. the physical link, and excluding the first stage of transmit queues and the first stage of receive queues. i. the second stage of transmit queues, ii. the second stage receive queues, and iii. the physical link, and excluding the first stage of transmit queues and the first stage of receive queues.
A correcting device for banknotes, comprising: an inner passage plate and an outer passage plate, wherein a banknote transmission passage is formed between the inner passage plate and the outer passage plate; a reference wall disposed on one side of the inner passage plate and the outer passage plate; a transmission wheel located at an entrance of the banknote transmission passage and disposed on one of the inner passage plate and the outer passage plate; a plurality of correcting wheel sets disposed on one of the inner passage plate and the outer passage plate, wherein each of the plurality of correcting wheel sets comprises at least one correcting wheel oriented toward the reference wall; characterized by a transmission side wheel located between the reference wall and the plurality of correcting wheel sets, the transmission side wheel being parallel to the reference wall, wherein a rim linear velocity of the transmission side wheel is greater than a rim linear velocity of the at least one correcting wheel in each of the plurality of correcting wheel sets. an inner passage plate and an outer passage plate, wherein a banknote transmission passage is formed between the inner passage plate and the outer passage plate; a reference wall disposed on one side of the inner passage plate and the outer passage plate; a transmission wheel located at an entrance of the banknote transmission passage and disposed on one of the inner passage plate and the outer passage plate; a plurality of correcting wheel sets disposed on one of the inner passage plate and the outer passage plate, wherein each of the plurality of correcting wheel sets comprises at least one correcting wheel oriented toward the reference wall; characterized by a transmission side wheel located between the reference wall and the plurality of correcting wheel sets, the transmission side wheel being parallel to the reference wall, wherein a rim linear velocity of the transmission side wheel is greater than a rim linear velocity of the at least one correcting wheel in each of the plurality of correcting wheel sets.