mhurhangee/ep-ind-claims huggingface dataset:
A method of determining loss of IP packets that are transported over a network, where each IP packet comprises a plurality of data packets, the number of the plurality of data packets being constant, the method comprising: extracting a first data packet from a first IP packet, extracting a second data packet from a second IP packet, retrieving (503, 504) a first sequence number from said first data packet extracted from the first IP packet and a second sequence number from said second data packet extracted from the second IP packet, where each of the sequence numbers is indicative of a sequence of data packets and has a value belonging to a set of a number ( x) of unique values, calculating a difference ( Δ cc) between the sequence numbers, and determining a number ( k) of lost IP packets, as a function of the difference ( Δ cc) between the sequence numbers. extracting a first data packet from a first IP packet, extracting a second data packet from a second IP packet, retrieving (503, 504) a first sequence number from said first data packet extracted from the first IP packet and a second sequence number from said second data packet extracted from the second IP packet, where each of the sequence numbers is indicative of a sequence of data packets and has a value belonging to a set of a number ( x) of unique values, calculating a difference ( Δ cc) between the sequence numbers, and determining a number ( k) of lost IP packets, as a function of the difference ( Δ cc) between the sequence numbers.
An ultrasonic atomization piece, comprising a ceramic substrate provided with an upper silver layer on the upper surface and a lower silver layer on the lower surface; wherein the ceramic substrate, the upper silver layer and the lower silver layer form piezoelectric ceramic, and glass glaze for protecting the upper silver layer is provided on the upper surface of the piezoelectric ceramic; and a tobacco tar adsorption layer is provided on the upper surface of the glass glaze to form a piezoelectric ceramic component, and the tobacco tar adsorption layer is used for adsorbing, guiding and transferring tobacco tar.
An aqueous vinyl-modified epoxy resin composition, comprising: an aqueous composition comprising a modified epoxy resin that is neutralized with a basic compound and dispersed or dissolved in water, wherein the modified epoxy resin is obtained by copolymerizing a polymerizable unsaturated group-containing modified epoxy resin (a) and a vinyl monomer (b) comprising at least a carboxyl group-containing vinyl monomer (b-1), wherein the polymerizable unsaturated group-containing modified epoxy resin (a) is obtained by a reaction among (a-1) an epoxy resin comprising at least an aromatic epoxy resin (a -11), (a-2) a glycidyl group-containing vinyl monomer, and (a-3) an amine, and optionally (a-4) a component capable of reacting with the components (a-1) to (a-3); and a water-miscible crosslinking agent. an aqueous composition comprising a modified epoxy resin that is neutralized with a basic compound and dispersed or dissolved in water, wherein the modified epoxy resin is obtained by copolymerizing a polymerizable unsaturated group-containing modified epoxy resin (a) and a vinyl monomer (b) comprising at least a carboxyl group-containing vinyl monomer (b-1), wherein the polymerizable unsaturated group-containing modified epoxy resin (a) is obtained by a reaction among (a-1) an epoxy resin comprising at least an aromatic epoxy resin (a -11), (a-2) a glycidyl group-containing vinyl monomer, and (a-3) an amine, and optionally (a-4) a component capable of reacting with the components (a-1) to (a-3); and a water-miscible crosslinking agent.
A method performed on a computer system, for displaying video replay during a game of darts, comprising: continually acquiring throughout the game, a video image of an oche from where a player throws darts towards a dartboard; detecting that a dart has been thrown by a player from the oche and is stationary on the dartboard; determining a trigger event based on the throw of the dart; automatically determining based on the trigger event whether to display a portion of the acquired video image captured between a first predetermined time before said detection and a second predetermined time after said detection, such that the portion of the acquired video image corresponds to the detected throw; and displaying on a display the portion of the acquired video image. continually acquiring throughout the game, a video image of an oche from where a player throws darts towards a dartboard; detecting that a dart has been thrown by a player from the oche and is stationary on the dartboard; determining a trigger event based on the throw of the dart; automatically determining based on the trigger event whether to display a portion of the acquired video image captured between a first predetermined time before said detection and a second predetermined time after said detection, such that the portion of the acquired video image corresponds to the detected throw; and displaying on a display the portion of the acquired video image.
An internal combustion engine with a crankcase and a cylinder, wherein in the cylinder a piston is guided in a stroke movement and in its movement bounds a combustion chamber, and wherein at least one transfer port is arranged in the cylinder, through which an ignition mixture is led from the crankcase into the combustion chamber, wherein the piston has a piston lower edge, which interacts with at least one counter body in such a way that by means of the stroke movement of the piston an entry cross-section of the transfer port can be controlled with the piston lower edge for purposes of entry of the ignition mixture from the crankcase into the transfer port, wherein the counter body is formed by a region of the crankcase, wherein the at least one transfer port has an exit cross section opening into the combustion chamber, and the exit cross section can be controlled with a piston upper edge, wherein by the stroke movement of the piston the entry cross-section is reduced when the exit cross-section is increased, and/or wherein the entry cross-section is increased when the exit cross-section is reduced, wherein by the interaction of the piston lower edge with the at least one counter body a reduction or closure of the entry cross section of the transfer port is effected at bottom dead centre, or preferably over a region in the vicinity of bottom dead centre of the piston, and wherein the piston has a piston skirt with an inner face and an outer face, wherein the piston lower edge forms the lower region of the piston skirt, characterised in that the region of the crankcase interacting with the piston lower edge has a projection, wherein the projection interacts with the inner face of the piston lower edge for purposes of controlling, and in particular for purposes of reducing or closing the entry cross-section of the transfer port when the piston is in the region of bottom dead centre.
A headphone, comprising a signal processor, a first audio playback unit, and a first audio receiving unit, the signal processor being configured to sequentially transmit a plurality of code messages to the first audio playback unit, wherein any two code messages that are successively transmitted among the plurality of code messages correspond to different frequencies; the first audio playback unit receiving the plurality of code messages and playing a plurality of first audio signals whose frequencies correspond to the plurality of code messages according to a playback sequence; wherein the signal processor obtains a plurality of first time points at which the first audio receiving unit receives reflections of the plurality of first audio signals; and the signal processor determines a wear status of the headphone according to the plurality of first time points, wherein the wear status includes a status of the headphone being worn by a user and a status of the headphone being not worn by a user. the signal processor being configured to sequentially transmit a plurality of code messages to the first audio playback unit, wherein any two code messages that are successively transmitted among the plurality of code messages correspond to different frequencies; the first audio playback unit receiving the plurality of code messages and playing a plurality of first audio signals whose frequencies correspond to the plurality of code messages according to a playback sequence; wherein the signal processor obtains a plurality of first time points at which the first audio receiving unit receives reflections of the plurality of first audio signals; and the signal processor determines a wear status of the headphone according to the plurality of first time points, wherein the wear status includes a status of the headphone being worn by a user and a status of the headphone being not worn by a user.
A liquid formulation of long-acting insulinotropic peptide conjugate, comprising a pharmaceutically effective amount of long-acting insulinotropic peptide conjugate wherein an insulinotropic peptide, which is a physiologically active peptide, is linked to an immunoglobulin Fc region; and an albumin-free stabilizer, wherein the stabilizer comprises a buffer, a sugar alcohol, and a non-ionic surfactant; and wherein the insulinotropic peptide is exendin-3, exendin-4, or imidazo-acetyl exendin-4; and wherein the buffer is a citrate buffer, the sugar alcohol is mannitol or sucrose, and the non-ionic surfactant is polysorbate.
A container for insertion of a carton containing a beverage ingredient into a beverage dispenser, the container comprising: a base; and a front surface, a rear surface, and two sides extending from the base and defining a cavity sized to receive the carton; characterized in that one of the two sides includes a horizontal member having a flange member extending outwardly therefrom, the flange member having ribs and a catch arranged thereon and operative to lock the container in the dispenser; and wherein the other of the two sides includes a horizontal member. a base; and a front surface, a rear surface, and two sides extending from the base and defining a cavity sized to receive the carton; characterized in that one of the two sides includes a horizontal member having a flange member extending outwardly therefrom, the flange member having ribs and a catch arranged thereon and operative to lock the container in the dispenser; and wherein the other of the two sides includes a horizontal member.
A method for mapping physical downlink channels in a wireless communication network comprising: generating an enhanced physical downlink control channel, ePDCCH; and mapping a plurality of enhanced control channel elements, eCCEs, of a physical resource block, PRB, pair including the plurality of eCCEs to a plurality of enhanced resource element groups, eREGs, of the PRB pair, wherein an individual eCCE includes multiple eREGs, wherein the multiple eREGs include a group of contiguous resource elements, and wherein the eREGs of the PRB pair are indexed from 1 to n, where n is the number of eREGs in the PRB pair, and the indexes are obtained by ordering the eREGs in successive time intervals with a row of a common frequency, followed by ordering the next row of eREGs having a successive frequency value; mapping the plurality of eREGs to individual antenna ports of a plurality of antenna ports for transmission to a user equipment, UE,, wherein each individual antenna port is associated with a group of continuous eREGs, wherein a group of eREGs is non-continous if there is at least one discontinuity among the indexes of the eREGs of the group of eREGs; and assigning at least a portion of the ePDCCH to one or more of the eCCEs for transmission to the UE; wherein the multiple eREGs are continuous eREGs if sub-band channel state information, CSI, is available to achieve frequency scheduling gain; wherein the multiple eREGs include non-continuous eREGs if sub-band CSI is not available to achieve frequency diversity. generating an enhanced physical downlink control channel, ePDCCH; and mapping a plurality of enhanced control channel elements, eCCEs, of a physical resource block, PRB, pair including the plurality of eCCEs to a plurality of enhanced resource element groups, eREGs, of the PRB pair, wherein an individual eCCE includes multiple eREGs, wherein the multiple eREGs include a group of contiguous resource elements, and wherein the eREGs of the PRB pair are indexed from 1 to n, where n is the number of eREGs in the PRB pair, and the indexes are obtained by ordering the eREGs in successive time intervals with a row of a common frequency, followed by ordering the next row of eREGs having a successive frequency value; mapping the plurality of eREGs to individual antenna ports of a plurality of antenna ports for transmission to a user equipment, UE,, wherein each individual antenna port is associated with a group of continuous eREGs, wherein a group of eREGs is non-continous if there is at least one discontinuity among the indexes of the eREGs of the group of eREGs; and assigning at least a portion of the ePDCCH to one or more of the eCCEs for transmission to the UE; wherein the multiple eREGs are continuous eREGs if sub-band channel state information, CSI, is available to achieve frequency scheduling gain; wherein the multiple eREGs include non-continuous eREGs if sub-band CSI is not available to achieve frequency diversity.
System setup for automated measuring biomethane gas in a biogas flow, the system setup comprising: - at least one digester - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2, wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements; wherein the at least one container for chemical irreversible fixation is connected to said at least one gas flow measuring device; wherein said at least one gas flow measuring device is a liquid displacement measuring device having a triangular gas compartment, wherein the liquid displacement measuring device is operating based on leverage effect, wherein said at least one gas flow measuring device is immersed in a wet space, and wherein the liquid displacement measuring device has at least one sensor means provided to generate a signal and/or change the state of a signal when the gas compartment is not in its initial standby position, and wherein said liquid displacement device has means for adjusting the active volume of the gas compartment, the active volume being the actual volume needed for pivoting the compartment from its initial standby position. - at least one digester - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2, wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements; - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2, wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements;
A process to provide an improved high aspect ratio cellulose filament blend, said process characterized by the steps of: a) providing fibrillated cellulose fibers; b) diluting said fibrillated cellulose fibers to a target consistency of less than 4%; c) fractionating said diluted fibrillated cellulose fibers from said step b) into at least two fractions, one of said at least two fractions comprising cellulose microfilaments having a weighted average fiber length, measured according to TAPPI T 233, of greater than 25μm; and, d) collecting said fraction of cellulose microfilaments having a weighted average fiber length, measured according to TAPPI T 233, of greater than at least 25μm to form said improved high aspect ratio cellulose filament blend. a) providing fibrillated cellulose fibers; b) diluting said fibrillated cellulose fibers to a target consistency of less than 4%; c) fractionating said diluted fibrillated cellulose fibers from said step b) into at least two fractions, one of said at least two fractions comprising cellulose microfilaments having a weighted average fiber length, measured according to TAPPI T 233, of greater than 25μm; and, d) collecting said fraction of cellulose microfilaments having a weighted average fiber length, measured according to TAPPI T 233, of greater than at least 25μm to form said improved high aspect ratio cellulose filament blend.
A topical pharmaceutical composition for use in the treatment of psoriasis the composition comprising: (a) halobetasol propionate at a concentration of 0.005-0.03 percent by weight of the composition; (b) tazarotene at a concentration of 0.005-0.049 percent by weight of the composition; and (c) a dermatologically acceptable carrier. (a) halobetasol propionate at a concentration of 0.005-0.03 percent by weight of the composition; (b) tazarotene at a concentration of 0.005-0.049 percent by weight of the composition; and (c) a dermatologically acceptable carrier.
An elevator for use with a drilling rig which includes a travelling block that is movable in a vertical direction toward and away from a platform of the drilling rig, the travelling block supporting bales that move with the travelling block, the elevator comprising: a housing configured to be coupled to the drilling rig and including ears extending therefrom, wherein the ears are configured to engage the bales such that the bales support the housing, characterised in that the elevator further comprises; an inner body, wherein at least a portion of the inner body rotates relative to the housing; a plurality of slips adapted to move relative to the inner body between a first slip position and a second slip position, wherein the slips grip a tubular when in the first slip position and release the tubular when in the second slip position; and a coupling configured to couple the inner body to the housing, wherein the coupling enables axial movement of the inner body relative to the housing as a tubular gripped by the slips is threaded onto a tubular string. a housing configured to be coupled to the drilling rig and including ears extending therefrom, wherein the ears are configured to engage the bales such that the bales support the housing, characterised in that the elevator further comprises; an inner body, wherein at least a portion of the inner body rotates relative to the housing; a plurality of slips adapted to move relative to the inner body between a first slip position and a second slip position, wherein the slips grip a tubular when in the first slip position and release the tubular when in the second slip position; and a coupling configured to couple the inner body to the housing, wherein the coupling enables axial movement of the inner body relative to the housing as a tubular gripped by the slips is threaded onto a tubular string.
A fitting device comprising: a ring lock washer spring in which a pipe is insertable into an inner bore to be coupled therein; a support ring which is configured to be in contact with an end of the insertable pipe to inhibit further entry of the pipe, and includes at least one perforated gas inlet; and a rubber packing interposed between the support ring and the ring lock washer spring, one end of which is tapered to be in contact with teeth protruding to taper the inner bore of the ring lock washer spring, wherein the rubber packing is pressed by a fluid introduced through the gas inlet so as to improve air-tightness between the rubber packing and the ring lock washer spring or to increase fastening force between the ring lock washer spring and the pipe. a ring lock washer spring in which a pipe is insertable into an inner bore to be coupled therein; a support ring which is configured to be in contact with an end of the insertable pipe to inhibit further entry of the pipe, and includes at least one perforated gas inlet; and a rubber packing interposed between the support ring and the ring lock washer spring, one end of which is tapered to be in contact with teeth protruding to taper the inner bore of the ring lock washer spring, wherein the rubber packing is pressed by a fluid introduced through the gas inlet so as to improve air-tightness between the rubber packing and the ring lock washer spring or to increase fastening force between the ring lock washer spring and the pipe.
A method for controlling streaming of media content to a media device, the method comprising: receiving a first user input at a wireless communications device to generate a first media control message for controlling delivery of the media content to the media device which is remote from the wireless communications device; transmitting the first media control message from the wireless communications device over a network; receiving the first media control message over the network at a clearinghouse; at the clearinghouse, determining a media provider distribution facility to send the media control message to, based on the first media control message received from the wireless communications device; converting the first media control message at the clearinghouse into a command format that is required by the determined media provider distribution facility; transmitting the converted first media control message to the determined media provider distribution facility, wherein the converted first media control message contains information for use by the determined media provider distribution facility to initiate streaming of the media content from the media provider distribution facility to the media device; receiving the media content at the media device; and receiving a second user input at the wireless communications device to generate a second media control message for controlling playback of the media content at the media device. receiving a first user input at a wireless communications device to generate a first media control message for controlling delivery of the media content to the media device which is remote from the wireless communications device; transmitting the first media control message from the wireless communications device over a network; receiving the first media control message over the network at a clearinghouse; at the clearinghouse, determining a media provider distribution facility to send the media control message to, based on the first media control message received from the wireless communications device; converting the first media control message at the clearinghouse into a command format that is required by the determined media provider distribution facility; transmitting the converted first media control message to the determined media provider distribution facility, wherein the converted first media control message contains information for use by the determined media provider distribution facility to initiate streaming of the media content from the media provider distribution facility to the media device; receiving the media content at the media device; and receiving a second user input at the wireless communications device to generate a second media control message for controlling playback of the media content at the media device.