mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: collecting, during operation of a vehicle, first data corresponding to an attention level of a driver of the vehicle; collecting, at a polling frequency based on one or more speeds of the vehicle, second data associated with motion of the vehicle; detecting, based on the second data, a braking event; generating, based on the braking event and based on the attention level of the driver, a notification relating to the braking event; and causing display of the notification. collecting, during operation of a vehicle, first data corresponding to an attention level of a driver of the vehicle; collecting, at a polling frequency based on one or more speeds of the vehicle, second data associated with motion of the vehicle; detecting, based on the second data, a braking event; generating, based on the braking event and based on the attention level of the driver, a notification relating to the braking event; and causing display of the notification.
A communication method applied in a terminal device (600, 700), wherein the method comprises: receiving a master information block, MIB, and a system information block, SIB 1, from a network device (600, 700), wherein the MIB carries a bandwidth of a control resource set 0, CORESET 0, and the SIB 1 comprises a first bandwidth parameter; when the terminal device (600, 700) is in an idle state or an inactive state, determining, based on the MIB, that a bandwidth of an initial bandwidth part, BWP, is a second bandwidth, wherein the second bandwidth is the bandwidth of the CORESET 0; and when the terminal device (600, 700) enters a connected state from the idle state or the inactive state after receiving a connection configuration message Msg4, determining, based on the first bandwidth parameter, that the bandwidth of the initial BWP is a first bandwidth; wherein the first bandwidth is greater than the second bandwidth. receiving a master information block, MIB, and a system information block, SIB 1, from a network device (600, 700), wherein the MIB carries a bandwidth of a control resource set 0, CORESET 0, and the SIB 1 comprises a first bandwidth parameter; when the terminal device (600, 700) is in an idle state or an inactive state, determining, based on the MIB, that a bandwidth of an initial bandwidth part, BWP, is a second bandwidth, wherein the second bandwidth is the bandwidth of the CORESET 0; and when the terminal device (600, 700) enters a connected state from the idle state or the inactive state after receiving a connection configuration message Msg4, determining, based on the first bandwidth parameter, that the bandwidth of the initial BWP is a first bandwidth; wherein the first bandwidth is greater than the second bandwidth.
A display device, comprising: a panel part including a bending area, wherein the panel part is an organic light-emitting display panel; a digitizer disposed under the panel part, wherein the digitizer is configured to be operated according to an electromagnetic resonance method; characterized by a first magnetic member (320a, 320b) disposed under the digitizer such that the digitizer is disposed between the panel part and the first magnetic member (320a, 320b), the first magnetic member (320a, 320b) including a first portion and a second portion, the first portion and the second portion being spaced apart from each other by a dividing area at least partially overlapping the bending area; a second magnetic member (322a, 322b) disposed under the first magnetic member (320a, 320b) and at least partially overlapping the dividing area, and a first core structure disposed between the first magnetic member (320a, 320b) and the second magnetic member (322a, 322b), the first core structure including a stretchable portion at least partially overlapping the dividing area. a panel part including a bending area, wherein the panel part is an organic light-emitting display panel; a digitizer disposed under the panel part, wherein the digitizer is configured to be operated according to an electromagnetic resonance method; characterized by a first magnetic member (320a, 320b) disposed under the digitizer such that the digitizer is disposed between the panel part and the first magnetic member (320a, 320b), the first magnetic member (320a, 320b) including a first portion and a second portion, the first portion and the second portion being spaced apart from each other by a dividing area at least partially overlapping the bending area; a second magnetic member (322a, 322b) disposed under the first magnetic member (320a, 320b) and at least partially overlapping the dividing area, and a first core structure disposed between the first magnetic member (320a, 320b) and the second magnetic member (322a, 322b), the first core structure including a stretchable portion at least partially overlapping the dividing area.
Device for the pneumatic conveyance of loose material, comprising a conveyor pipe which defines a conveying path for the loose material and, on its bottom, has equipment for supplying gas, comprising a propellant gas source, which is connected to the conveyor pipe and is designed to supply propellant gas in the direction of the conveying path, and comprising a loose material dispenser, the equipment for supplying gas is fluidizing pipe segments and the conveyor pipe comprises the fluidizing and non-fluidizing pipe segments not arranged in the area of the loose material dispenser, in some sections in an area that is horizontal or inclined upwards, characterized in that the conveyor pipe is also provided with a fluidizing pipe segment in the area of the loose material dispenser.
A composition for use as an adsorbent, the composition comprising: a first zinc carbonate; a second zinc carbonate different than the first zinc carbonate; sodium carbonate; zinc oxide; and an alumina material, wherein the alumina material comprises less than 10 wt% of the composition, wherein the first zinc carbonate comprises hydrozincite, wherein the composition has been cured at a temperature between 149 to 316°C; wherein the molar ratio of sodium to zinc is between 0.95 to 1.10. a first zinc carbonate; a second zinc carbonate different than the first zinc carbonate; sodium carbonate; zinc oxide; and an alumina material, wherein the alumina material comprises less than 10 wt% of the composition, wherein the first zinc carbonate comprises hydrozincite, wherein the composition has been cured at a temperature between 149 to 316°C; wherein the molar ratio of sodium to zinc is between 0.95 to 1.10.
A method of making a micro-transfer printed system, comprising: providing a source wafer having a plurality of micro-transfer printable source devices arranged in or on the source wafer at a source spatial density; providing an intermediate wafer having a plurality of micro-transfer printable intermediate supports arranged in or on the intermediate wafer at an intermediate spatial density less than or equal to the source spatial density; providing a destination substrate; micro-transfer printing the source devices from the source wafer to the intermediate supports of the intermediate wafer with a source stamp having a plurality of stamp posts at a source transfer density to make an intermediate device on each intermediate support; and micro-transfer printing the intermediate devices from the intermediate wafer to the destination substrate at a destination spatial density less than the source spatial density with an intermediate stamp having a plurality of stamp posts at an intermediate transfer density less than the source transfer density, wherein the destination spatial density is less than the intermediate spatial density, and the destination substrate is larger than the intermediate wafer and the intermediate stamp has a larger extent than the source stamp. providing a source wafer having a plurality of micro-transfer printable source devices arranged in or on the source wafer at a source spatial density; providing an intermediate wafer having a plurality of micro-transfer printable intermediate supports arranged in or on the intermediate wafer at an intermediate spatial density less than or equal to the source spatial density; providing a destination substrate; micro-transfer printing the source devices from the source wafer to the intermediate supports of the intermediate wafer with a source stamp having a plurality of stamp posts at a source transfer density to make an intermediate device on each intermediate support; and micro-transfer printing the intermediate devices from the intermediate wafer to the destination substrate at a destination spatial density less than the source spatial density with an intermediate stamp having a plurality of stamp posts at an intermediate transfer density less than the source transfer density, wherein the destination spatial density is less than the intermediate spatial density, and the destination substrate is larger than the intermediate wafer and the intermediate stamp has a larger extent than the source stamp.
Equipment for the semi-continuous direct chill casting of sheet ingot or slabs of different dimensions, in particular for rolling purposes, including a mould frame with a pair of facing long side walls and a pair of facing short end walls, the walls defining an upwardly open inlet for the supply of metal and a downwardly facing outlet provided with a starter block on a movable support which prior to each casting closes the opening and including means for changing the mould dimensions where at least one end wall can be displaced to enable casting of ingots with different sizes, the equipment further including means for indirect and direct cooling of the metal during casting, wherein the equipment, in addition to the means for changing the mould dimensions, includes means for flexing the long side walls of the mould, thereby enabling adjustment of a flexible middle part of said long side walls inwardly or outwardly to adapt to the desired sheet ingot size, the desired casting speed and/or alloy composition, wherein a stiffening arrangement is provided in conjunction with the flexing long side walls enabling adjustment of the stiffness of the middle part of the long side walls in relation to the size of the dimension of the ingot to be cast, and wherein the stiffening arrangement consists of a flexible long side wall with an integrated stiffening part stretching over a length of the middle part of the long side wall on the outside of the wall and having an elevated shape from its ends towards the middle. wherein the equipment, in addition to the means for changing the mould dimensions, includes means for flexing the long side walls of the mould, thereby enabling adjustment of a flexible middle part of said long side walls inwardly or outwardly to adapt to the desired sheet ingot size, the desired casting speed and/or alloy composition, wherein a stiffening arrangement is provided in conjunction with the flexing long side walls enabling adjustment of the stiffness of the middle part of the long side walls in relation to the size of the dimension of the ingot to be cast, and wherein the stiffening arrangement consists of a flexible long side wall with an integrated stiffening part stretching over a length of the middle part of the long side wall on the outside of the wall and having an elevated shape from its ends towards the middle.
Box for packaging an object comprising at least two upper edges, said box comprising: - lateral walls (2A, 2B, 2C, 2D), - a bottom panel delimiting, with the lateral walls, an internal volume able to receive said object, and - a movable cover connected in relation to at least one of said lateral walls, so as to be able to occupy at least one closed position and one open position, in which said receiving volume is respectively closed and open, wherein the movable cover comprises, on its internal face oriented toward the receiving volume, at least two main flaps that are arranged opposite to each other and that are designed to be applicable respectively against the upper edges of said object, when the object is positioned in the receiving volume and the movable cover is in the closed position, characterised in that said main flaps each comprise an inclined face, oriented towards the inside of the receiving volume, against which is designed to contact the corresponding protruding edge of said object, in the closed position of the movable cover, wherein each of said main flaps is formed by a longitudinal extension of the movable cover which is folded along two separate folding axes (12, 13), so as to define said inclined face (11 A). - lateral walls (2A, 2B, 2C, 2D), - a bottom panel delimiting, with the lateral walls, an internal volume able to receive said object, and - a movable cover connected in relation to at least one of said lateral walls, so as to be able to occupy at least one closed position and one open position, in which said receiving volume is respectively closed and open,
Device for holding at least one battery element in a vehicle comprising a rear assembly and a front assembly, comprising a battery support holding the at least one battery element and a cover for the at least one battery element, which together enclose a battery compartment receiving the at least one battery element, characterized in that the cover is formed by a film, which together with the battery support form a two-part gastight encapsulation for the battery compartment and the holding device is mounted between frame side members that connect the rear assembly and the front assembly of the vehicle.
A communications method by a mobile device, comprising: initiating a first registration with a network domain node within a domain through a first network path, via a first access point; generating first sequence data unique with respect to the first registration; initiating a second registration through a second network path with the network domain node, via a second access point; and generating second sequence data unique with respect to the second registration, wherein the mobile device employs the first sequence data as part of a messaging protocol during communications through the first network path and employs the second sequence data as part of a messaging protocol during communications through the second network path. initiating a first registration with a network domain node within a domain through a first network path, via a first access point; generating first sequence data unique with respect to the first registration; initiating a second registration through a second network path with the network domain node, via a second access point; and generating second sequence data unique with respect to the second registration, wherein the mobile device employs the first sequence data as part of a messaging protocol during communications through the first network path and employs the second sequence data as part of a messaging protocol during communications through the second network path.
Apparatus for introducing counterblow air into a gob of glass at a formable temperature in a blank mold of an I.S. glass container forming machine, said apparatus comprising: an annular member having a longitudinal central axis extending vertically, an enlarged recess at a lowermost end and an upwardly facing valve seat at an uppermost end; a sliding valve member, said sliding member being positioned within to an annulus of said annular member, being reciprocable with respect to said annular member and having a stem with an enlarged valve portion at an uppermost end, said enlarged valve portion being seated against said valve seat of said annular member in a first position of said valve member with respect to said annular member and being unseated with respect to said valve seat in a second position of said valve member; an annular collar secured to said stem of said valve member and reciprocatable with said valve member, said collar being positioned in said recess of said annular member; and means (20, 22) for intermittently delivering pressurized air to said recess to act against an underside of said collar to urge said valve portion of said valve member from said first position to said second position, said valve member being adapted to return to said first position when said recess is depressurized, characterized in that said annular member is non-reciprocating with respect to the blank mold, and said collar has at least one air flow passage extending therethrough. an annular member having a longitudinal central axis extending vertically, an enlarged recess at a lowermost end and an upwardly facing valve seat at an uppermost end; a sliding valve member, said sliding member being positioned within to an annulus of said annular member, being reciprocable with respect to said annular member and having a stem with an enlarged valve portion at an uppermost end, said enlarged valve portion being seated against said valve seat of said annular member in a first position of said valve member with respect to said annular member and being unseated with respect to said valve seat in a second position of said valve member; an annular collar secured to said stem of said valve member and reciprocatable with said valve member, said collar being positioned in said recess of said annular member; and means (20, 22) for intermittently delivering pressurized air to said recess to act against an underside of said collar to urge said valve portion of said valve member from said first position to said second position, said valve member being adapted to return to said first position when said recess is depressurized, said annular member is non-reciprocating with respect to the blank mold, and said collar has at least one air flow passage extending therethrough.
A process for measuring an amount of at least two micro RNA biomarkers associated with post-traumatic stress disorder (PTSD), for clinical evaluation, the process comprising: measuring in at least one biological sample obtained at a first time point from a human subject suffering from or suspected of suffering from PTSD levels of at least two micro RNA biomarkers associated with PTSD, wherein said at least two biomarkers are selected from the group consisting of miR-142-5p, miR-19b-3p, miR-221-3p, miR-223-3p, miR-322-3p, miR-324-3p, miR-421-3p miR-463-5p and miR-674-3p.
Escapement mechanism for a timepiece movement or timepiece, said mechanism comprising a fixed structure, at least one balance and at least one escape wheel (400; 126), and a flexible single-piece mechanism arranged for the transmission of impulses between said at least one balance and said at least one escape wheel (400; 126), said flexible single-piece mechanism comprising at least one flexible strip (700; 124) which connects said flexible single-piece mechanism to said fixed structure or to said at least one escape wheel (400; 126), wherein said flexible single-piece mechanism comprises at least one feeler-spindle cooperating with said at least one escape wheel or respectively said at least one balance, characterized in that said mechanism includes a balance spring arranged to maintain the oscillation and which ends in a balance spring stud arranged to move during operation, and said stud is guided by a flexible guide member, with said flexible strips (700; 124), said stud receiving a pin arranged to be accommodated in a cam path comprised in said escape wheel (400; 126), and characterized in that said stud is subjected to a force exerted thereon by said balance spring, said force being intended, during oscillations, to move said stud relative to the locking position thereof and imparting a motion to said stud pin in order to maintain and regulate the oscillation.
A method using the apparatus of claim 5 for producing coke during indirectly heated gasification, the indirect heating being effected by combustion inside burners (Br 1-Br n), in the method coal particles are supplied to a gasification reactor and that process gas supplied during the gasification is reduced in it to synthesis gas, whereby the synthesis gas is removed from the gasification reactor, characterized in that at the same time a gasification takes place, a coking of coal takes place in an inner reactor arranged vertically inside the gasification reactor, that the inner reactor is indirectly heated, that during the production of coke and combustible gases in the inner reactor the coal travels downwards in the inner reactor and the combustible gases travel upwards in the inner reactor, and that the combustible gases are used for the indirect heating in the gasification in the gasification reactor.
A method for manufacturing a conductive structure body comprising: preparing a conductive structure body precursor including a substrate, an amorphous transparent conductive layer provided on the substrate, and a metal layer provided on the amorphous transparent conductive layer; heat treating the conductive structure body precursor to crystallize the amorphous transparent conductive layer; and forming a metal oxide layer, a metal nitride layer or a metal oxy-nitride layer on the metal layer prior to the- step of heat treatment, wherein the step of forming a metal oxide layer, a metal nitride layer or a metal oxy-nitride layer on the metal layer uses sputtering method, wherein the step of heat treatment is irradiating infrared light on the metal oxide layer, the metal nitride layer or the metal oxy-nitride layer using an infrared lamp. preparing a conductive structure body precursor including a substrate, an amorphous transparent conductive layer provided on the substrate, and a metal layer provided on the amorphous transparent conductive layer; heat treating the conductive structure body precursor to crystallize the amorphous transparent conductive layer; and forming a metal oxide layer, a metal nitride layer or a metal oxy-nitride layer on the metal layer prior to the- step of heat treatment, wherein the step of forming a metal oxide layer, a metal nitride layer or a metal oxy-nitride layer on the metal layer uses sputtering method, wherein the step of heat treatment is irradiating infrared light on the metal oxide layer, the metal nitride layer or the metal oxy-nitride layer using an infrared lamp.
Eyewear, comprising: a frame; a camera supported by the frame and configured to generate an image of a person wearing a mask viewed through the frame; a display supported by the frame; a microphone supported by the frame; and an electronic processor configured to: receive a signal indicative of speech from a user via the microphone; process the signal and translate the speech; generate a moving lip image indicative of the translated speech; and overlay the moving lip image on the display over the viewed mask of the person. a frame; a camera supported by the frame and configured to generate an image of a person wearing a mask viewed through the frame; a display supported by the frame; a microphone supported by the frame; and an electronic processor configured to: receive a signal indicative of speech from a user via the microphone; process the signal and translate the speech; generate a moving lip image indicative of the translated speech; and overlay the moving lip image on the display over the viewed mask of the person. receive a signal indicative of speech from a user via the microphone; process the signal and translate the speech; generate a moving lip image indicative of the translated speech; and overlay the moving lip image on the display over the viewed mask of the person.