mhurhangee/ep-ind-claims huggingface dataset:
A method by a reception server for receiving information from a transmission server in a content delivery network, the method comprising: receiving, from the transmission server, first information; determining a delivery unit of the first information based on a type or an amount of the first information, wherein the delivery unit corresponds to a ruleset among a plurality of predetermined rulesets, each of the plurality of predetermined rulesets including size information for each of at least one chunk used to transmit the first information; determining whether the received first information corresponds to previously stored information; in case that the received first information corresponds to previously stored information, transmitting, to the transmission server, a request for a transmission of compression information for the first information, the request including information on the delivery unit; and receiving, from the transmission server, the compression information generated based on the information on the delivery unit, the compression information being generated by splitting the first information into at least one first chunk based on size information for each of the at least one first chunk included in the ruleset corresponding to the delivery unit and by compressing the at least one first chunk. receiving, from the transmission server, first information; determining a delivery unit of the first information based on a type or an amount of the first information, wherein the delivery unit corresponds to a ruleset among a plurality of predetermined rulesets, each of the plurality of predetermined rulesets including size information for each of at least one chunk used to transmit the first information; determining whether the received first information corresponds to previously stored information; in case that the received first information corresponds to previously stored information, transmitting, to the transmission server, a request for a transmission of compression information for the first information, the request including information on the delivery unit; and receiving, from the transmission server, the compression information generated based on the information on the delivery unit, the compression information being generated by splitting the first information into at least one first chunk based on size information for each of the at least one first chunk included in the ruleset corresponding to the delivery unit and by compressing the at least one first chunk.
Tumble dryer with a condensate water pump, wherein the condensate water pump has a pre-chamber, a main chamber and an air pump and wherein - the pre-chamber has a filling opening for filling liquid; - the pre-chamber and the main chamber are connected to one another by way of a feed-through opening, which is lower than the filling opening; - the main chamber has an outlet opening for draining liquid and a pressure opening connected to the air pump; - a fill level-controlled valve element is arranged on the feed-through opening, said valve element being designed and arranged to close the feed-through opening when a maximum fill level (hmax) is reached in the main chamber; - at least one fill level sensor is arranged on or in the pre-chamber, by means of which it is possible to sense that an activation level (ha) is reached in the pre-chamber; and - the condensate water pump is designed to activate the air pump for a certain period of time when the activation level (ha) is reached. - the pre-chamber has a filling opening for filling liquid; - the pre-chamber and the main chamber are connected to one another by way of a feed-through opening, which is lower than the filling opening; - the main chamber has an outlet opening for draining liquid and a pressure opening connected to the air pump; - a fill level-controlled valve element is arranged on the feed-through opening, said valve element being designed and arranged to close the feed-through opening when a maximum fill level (hmax) is reached in the main chamber; - at least one fill level sensor is arranged on or in the pre-chamber, by means of which it is possible to sense that an activation level (ha) is reached in the pre-chamber; and - the condensate water pump is designed to activate the air pump for a certain period of time when the activation level (ha) is reached.
A method of producing fibers (320; 1120; 1810; 2110; 230), comprising: placing a composition comprising one or more fluoropolymers and a fluorinated solvent into a body of a fiber producing device (100; 601; 701; 801; 901; 1001; 1300; 1400; 1600; 1901; 2000; 2200; 2400; 2500), the body comprising one or more openings (106; 1111; 1304; 2004; 2450; 2550), each opening defining an opening axis that is not parallel with a rotating axis of the fiber producing device; rotating the fiber producing device at a speed of at least 500 rpm, wherein rotation of the fiber producing device causes the composition in the body to be passed through the one or more openings to produce microfibers and/or nanofibers comprising one or more of the fluoropolymers; and collecting at least a portion of the produced microfibers and/or nanofibers; wherein the one or more fluoropolymers comprises polytetrafluoroethylene (PTFE); and wherein a diameter of the one or more openings ranges from 0.01 mm to 0.80 mm. placing a composition comprising one or more fluoropolymers and a fluorinated solvent into a body of a fiber producing device (100; 601; 701; 801; 901; 1001; 1300; 1400; 1600; 1901; 2000; 2200; 2400; 2500), the body comprising one or more openings (106; 1111; 1304; 2004; 2450; 2550), each opening defining an opening axis that is not parallel with a rotating axis of the fiber producing device; rotating the fiber producing device at a speed of at least 500 rpm, wherein rotation of the fiber producing device causes the composition in the body to be passed through the one or more openings to produce microfibers and/or nanofibers comprising one or more of the fluoropolymers; and collecting at least a portion of the produced microfibers and/or nanofibers; wherein the one or more fluoropolymers comprises polytetrafluoroethylene (PTFE); and wherein a diameter of the one or more openings ranges from 0.01 mm to 0.80 mm.
A surgical instrument, comprising: a handle portion; an elongated body portion extending distally from the handle portion, the elongated body portion defining a longitudinal axis; and a tool assembly adjacent a distal portion of the elongated body portion, the tool assembly having at least one jaw (44, 46) movable to a clamping position to clamp tissue; characterized in that the surgical instrument comprises a tactile feedback system including an expandable member extending from the handle portion, the expandable member providing a tactile indicator of a tissue parameter of tissue clamped by the least one jaws (44, 46). a handle portion; an elongated body portion extending distally from the handle portion, the elongated body portion defining a longitudinal axis; and a tool assembly adjacent a distal portion of the elongated body portion, the tool assembly having at least one jaw (44, 46) movable to a clamping position to clamp tissue; characterized in that the surgical instrument comprises a tactile feedback system including an expandable member extending from the handle portion, the expandable member providing a tactile indicator of a tissue parameter of tissue clamped by the least one jaws (44, 46).
Fire or smoke protection curtain with at least one fire protection element that comprises (a) a flexible carrier and (b) cooling substance that is applied to the carrier and reacts under heat absorption above an activation temperature, and (c) an organic binder, by means of which the cooling substance is joined with the flexible carrier, such that the fire protection element is flexible and forms a matrix for the cooling substance, and (d) wherein the binder has a binder decomposition temperature ( T 16) that differs from the activation temperature by a maximum of 150 Kelvin, (e) the cooling substance and the binder being arranged on the flexible carrier in the form of a flexible layer. (a) a flexible carrier and (b) cooling substance that is applied to the carrier and reacts under heat absorption above an activation temperature, (c) an organic binder, by means of which the cooling substance is joined with the flexible carrier, such that the fire protection element is flexible and forms a matrix for the cooling substance, and (d) wherein the binder has a binder decomposition temperature ( T 16) that differs from the activation temperature by a maximum of 150 Kelvin, (e) the cooling substance and the binder being arranged on the flexible carrier in the form of a flexible layer.
Card housing, with - two broadsides (2, 3), - two first narrow sides (4, 5) and - two second narrow sides (6, 7), wherein one of the narrow sides (4, 5, 6, 7) has an insertion opening as the insertion side for inserting a card into an interior of the card housing, the card housing having at least one integrated fixing device (15, 16) with at least one latching lug (15, 16), characterized in that a first latching lug (15, 16) is arranged on an inward facing surface (13, 14) of a first housing half (11, 12), wherein the fixing device (15, 16) is of such a shape that a card inserted in the card housing can no longer be pulled, shaken or otherwise conveyed out of the interior of the card housing without destroying the card housing. - two broadsides (2, 3), - two first narrow sides (4, 5) and - two second narrow sides (6, 7), wherein one of the narrow sides (4, 5, 6, 7) has an insertion opening as the insertion side for inserting a card into an interior of the card housing, the card housing having at least one integrated fixing device (15, 16) with at least one latching lug (15, 16), characterized in that a first latching lug (15, 16) is arranged on an inward facing surface (13, 14) of a first housing half (11, 12), wherein the fixing device (15, 16) is of such a shape that a card inserted in the card housing can no longer be pulled, shaken or otherwise conveyed out of the interior of the card housing without destroying the card housing.
An adhesive system for preparing lignocellulosic composites comprising: a) a primer composition; and, b) a polyurethane adhesive composition, wherein said primer composition comprises: i) 1 to 100% by weight of the composition of at least one compound having a hydroxyl number of less than or equal to 30 mg KOH/g and being selected from the group consisting of polyalkylene glycols, polyalkylene glycol mono-ethers and polyalkylene glycol di-ethers; ii) 0 to 99% by weight of the composition of solvent; and, iii) 0 to 5% by weight of the composition of surfactant selected from the group consisting of water soluble surfactants, water emulsifiable surfactants and mixtures thereof. a) a primer composition; and, b) a polyurethane adhesive composition, i) 1 to 100% by weight of the composition of at least one compound having a hydroxyl number of less than or equal to 30 mg KOH/g and being selected from the group consisting of polyalkylene glycols, polyalkylene glycol mono-ethers and polyalkylene glycol di-ethers; ii) 0 to 99% by weight of the composition of solvent; and, iii) 0 to 5% by weight of the composition of surfactant selected from the group consisting of water soluble surfactants, water emulsifiable surfactants and mixtures thereof.
Fluid collection apparatus for use in a negative pressure wound therapy procedure, comprising: a body portion comprising a fluid inlet and an outlet; an expandable container in the form of a flexible bag; wherein the flexible bag contains wicking material and super absorber material configured to trap and store fluid removed from a wound site. a body portion comprising a fluid inlet and an outlet; an expandable container in the form of a flexible bag; wherein the flexible bag contains wicking material and super absorber material configured to trap and store fluid removed from a wound site.
A glass bottle comprising a neck, shoulder and body; a sealable opening at the end of or above the neck and comprising optionally a finish, characterised in that the bottle comprises an anti-gushing zone capable of inhibiting or preventing gushing of carbonated aqueous liquid in said glass bottle when or at opening the bottle filled with said carbonated aqueous liquid and that the anti-gushing zone comprises a hydrophobic layer, a hydrophobic coating or a hydrophobic film, formed within or on surface of the glass of at least in part the inner surface of the neck or shoulder of the bottle.
Group of compartments for the transport of non-freely stackable packagings, in particular of stick packs, from one location to another location, in particular by a packaging production apparatus to a transport packaging station, wherein the group of compartments has at least two compartments which are arranged next to one another and which are formed by separating walls which have a structured surface, wherein the compartments in the transport direction have in each case a width equal to or substantially equal to the width of the packagings in the transport direction, characterised in that the structuring of the structured surface is formed by horizontally or substantially horizontally arranged grooves, channels or furrows.
Recombinant bacteria producing L-amino acid(s), said recombinant bacteria has the glucose-6-phosphate isomerase gene Pgi which has reduced expression and the glucose-6-phosphate dehydrogenase gene Zwf-OpcA which has improved expression, wherein: said L-amino acid is L-histidine, wherein: gene Pgi which has reduced expression refers to that the gene pgi on the chromosome of the recombinant bacterium has been inactivated, preferably knocked out, or the regulatory element of the gene pgi has been replaced with a regulatory element with low transcription or low expression activity; gene Zwf-OpcA which has improved expression refers to that said recombinant bacteria has two or more copied genes zwf-opcA, or the promoter of the operon tkt-tal-zwf-opcA-devB on the chromosome is replaced with a strong promoter, preferably, said strong promoter is the promoter P eftu of the original bacteria. gene Pgi which has reduced expression refers to that the gene pgi on the chromosome of the recombinant bacterium has been inactivated, preferably knocked out, or the regulatory element of the gene pgi has been replaced with a regulatory element with low transcription or low expression activity; gene Zwf-OpcA which has improved expression refers to that said recombinant bacteria has two or more copied genes zwf-opcA, or the promoter of the operon tkt-tal-zwf-opcA-devB on the chromosome is replaced with a strong promoter, preferably, said strong promoter is the promoter P eftu of the original bacteria.
A method for detecting the presence or absence of helminth eggs or protozoan oocysts in an environmental sample, the method comprising: (a) obtaining a solution comprising an environmental sample suspended in a sample buffer; (b) flowing the solution through a first filtration membrane having a pore size of between 85 microns and 350 microns to form a first filtrate; (c) flowing the first filtrate through a second filtration membrane having a pore size of between 5 microns and 45 microns; (d) treating the helminth eggs and/or protozoan oocysts captured on the second filtration membrane with a bleach solution; (e) contacting the treated helminth eggs and/or or protozoan oocysts captured on the second filtration membrane with a N-acetyl-D-glucosamine binding domain conjugated to a detectable moiety; and (f) detecting the presence or absence of helminth eggs and/or protozoan oocysts on the second filtration membrane in the environmental sample based on the detectable moiety. (a) obtaining a solution comprising an environmental sample suspended in a sample buffer; (b) flowing the solution through a first filtration membrane having a pore size of between 85 microns and 350 microns to form a first filtrate; (c) flowing the first filtrate through a second filtration membrane having a pore size of between 5 microns and 45 microns; (d) treating the helminth eggs and/or protozoan oocysts captured on the second filtration membrane with a bleach solution; (e) contacting the treated helminth eggs and/or or protozoan oocysts captured on the second filtration membrane with a N-acetyl-D-glucosamine binding domain conjugated to a detectable moiety; and (f) detecting the presence or absence of helminth eggs and/or protozoan oocysts on the second filtration membrane in the environmental sample based on the detectable moiety.
A method for decoding an image signal, comprising: determining an input length and an output length of a non-separable transform based on a height and a width of a current block; determining a non-separable transform matrix related to the input length and the output length of the non-separable transform; performing inverse secondary transform by applying the non-separable transform matrix to a number of coefficients corresponding to the input length for the current block; and performing an inverse primary transform on a result of the inverse secondary transform to obtain residual samples of the current block, characterized in that the input length and the output length of the non-separable transform are respectively determined as 8 and 16, based on that each of the height and the width of the current block is equal to 4, and the input length and the output length of the non-separable transform are respectively determined as 16 and 16 and the step of performing the inverse secondary transform is configured to generate 16 inverse secondary-transformed coefficients corresponding to a top-left 4x4 area of the current block, based on that at least one of the height and the width of the current block is not equal to 4. determining an input length and an output length of a non-separable transform based on a height and a width of a current block; determining a non-separable transform matrix related to the input length and the output length of the non-separable transform; performing inverse secondary transform by applying the non-separable transform matrix to a number of coefficients corresponding to the input length for the current block; and performing an inverse primary transform on a result of the inverse secondary transform to obtain residual samples of the current block, characterized in that the input length and the output length of the non-separable transform are respectively determined as 8 and 16, based on that each of the height and the width of the current block is equal to 4, and the input length and the output length of the non-separable transform are respectively determined as 16 and 16 and the step of performing the inverse secondary transform is configured to generate 16 inverse secondary-transformed coefficients corresponding to a top-left 4x4 area of the current block, based on that at least one of the height and the width of the current block is not equal to 4.
A fluid dispensing system (100, 400, 600) comprising: a fluid applicator (130, 230, 560, 602) with a nozzle actuatable between a closed and an open configuration with a trigger, an inlet configured to receive fluid, and an outlet (134, 234) configured to dispense the fluid when the trigger is actuated; a pump system (120, 402, 620) configured to pump fluid from a fluid source, along a fluid flow path (124, 210, 422), to the inlet of the fluid applicator (130, 230, 560, 602); and a pressure relief system (132, 200) comprising: a return line (126, 220, 424, 608); a pressure sensor (212, 416, 558, 604) located upstream of the trigger to sense static pressure of the fluid in the fluid flow path (124, 210, 422) when the nozzle is in the closed configuration; and a pressure relief valve (216, 410, 552, 606); wherein the pressure relief system is configured to actuate the pressure relief valve to control fluid flow through the return line to reduce the static pressure to at or below a pressure threshold, wherein the pump system (120, 402, 620) comprises a motor and a controller (122, 402, 580), and wherein the controller is configured to receive an indication of the sensed static pressure, compare the indication to the pressure threshold and, in response to a determination that the sensed static pressure is greater than the pressure threshold, generate an actuation signal to actuate the pressure relief valve (216, 410, 552, 606). a fluid applicator (130, 230, 560, 602) with a nozzle actuatable between a closed and an open configuration with a trigger, an inlet configured to receive fluid, and an outlet (134, 234) configured to dispense the fluid when the trigger is actuated; a pump system (120, 402, 620) configured to pump fluid from a fluid source, along a fluid flow path (124, 210, 422), to the inlet of the fluid applicator (130, 230, 560, 602); and a pressure relief system (132, 200) comprising: a return line (126, 220, 424, 608); a pressure sensor (212, 416, 558, 604) located upstream of the trigger to sense static pressure of the fluid in the fluid flow path (124, 210, 422) when the nozzle is in the closed configuration; and a pressure relief valve (216, 410, 552, 606); a return line (126, 220, 424, 608); a pressure sensor (212, 416, 558, 604) located upstream of the trigger to sense static pressure of the fluid in the fluid flow path (124, 210, 422) when the nozzle is in the closed configuration; and a pressure relief valve (216, 410, 552, 606); wherein the pressure relief system is configured to actuate the pressure relief valve to control fluid flow through the return line to reduce the static pressure to at or below a pressure threshold, wherein the pump system (120, 402, 620) comprises a motor and a controller (122, 402, 580), and wherein the controller is configured to receive an indication of the sensed static pressure, compare the indication to the pressure threshold and, in response to a determination that the sensed static pressure is greater than the pressure threshold, generate an actuation signal to actuate the pressure relief valve (216, 410, 552, 606).
A method of producing formic acid by hydrolysis of methyl formate in a reactor comprising reacting methyl formate and water in a liquid phase at a temperature of between 90-140 °C, thereby producing formic acid and methanol, and introducing a vapor stream of methyl formate during the reaction thereby removing methanol from the reaction mixture.