mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically heated aerosol-generating system comprising a tubular portion for receiving an aerosol-forming article , a heater element positioned proximate an end of the tubular portion, and a rechargeable battery for powering the heater element , wherein the heater element comprises an end face and a thermally conductive substrate comprising a non-stick coating applied over at least a portion of an outer surface of the thermally conductive substrate and at least over the end face of the heater element , and wherein the non-stick coating includes a superhydrophobic material.
Brewing unit for the sequential preparation of a beverage from at least two capsules, comprising at least a first and a second capsule receptacle and a water supply with a single water delivery unit for supplying water to each capsule receptacle, wherein the capsule receptacles and the water delivery unit can be moved relative to one another in such a way that the water delivery unit can be brought into or is in operative connection with the first capsule receptacle in a first position and with the second capsule receptacle in a second position, wherein at least two capsule receptacles are designed to receive mechanically different capsules of different sizes, wherein - either each capsule receptacle is assigned its own injector for lancing and injecting water into a capsule arranged in the capsule receptacle, each injector having a water connection for connection to the water delivery unit , - or the water delivery unit itself has an injector for piercing the capsule, the water delivery unit with its injector having a movement device which allows the piercing and penetration of the injector into the capsule, - and wherein the injector is arranged in a brewing head , the brewing head having seals which permit a tight closure of the capsule receptacles . - either each capsule receptacle is assigned its own injector for lancing and injecting water into a capsule arranged in the capsule receptacle, each injector having a water connection for connection to the water delivery unit , - or the water delivery unit itself has an injector for piercing the capsule, the water delivery unit with its injector having a movement device which allows the piercing and penetration of the injector into the capsule, - and wherein the injector is arranged in a brewing head , the brewing head having seals which permit a tight closure of the capsule receptacles .
Compositions comprising A) 50% to 90% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate based on bisphenol A having a weight-average molar mass M w of 24 kg/mol to 33 kg/mol determined by gel permeation chromatography in methylene chloride with a polycarbonate standard, aromatic polyestercarbonate and polyester, B) 5% to 40% by weight of at least one rubber-modified graft polymer, C) 1% to 20% by weight of fused silica having an average particle size d 50 measured as described in the experimental section of the description of 1.0 to 10.0 μm and a content of metal oxides ≤ 2% by weight based on component C, D) 0% to 20% by weight of at least one additive distinct from component C. A) 50% to 90% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate based on bisphenol A having a weight-average molar mass M w of 24 kg/mol to 33 kg/mol determined by gel permeation chromatography in methylene chloride with a polycarbonate standard, aromatic polyestercarbonate and polyester, B) 5% to 40% by weight of at least one rubber-modified graft polymer, C) 1% to 20% by weight of fused silica having an average particle size d 50 measured as described in the experimental section of the description of 1.0 to 10.0 μm and a content of metal oxides ≤ 2% by weight based on component C, D) 0% to 20% by weight of at least one additive distinct from component C.
A chuck plate that can be disposed between an annealing object and a holding table for use, and which is configured for attenuating thermal radiation light radiated from the annealing object and directed toward the holding table , the chuck plate comprising: an upper surface on which the annealing object is held during use; and a lower surface facing the holding table during use, wherein the upper surface includes a region that is brought into contact with the annealing object in a state in which the annealing object is held and a through-hole where there is no contact with the annealing object , and wherein an absorbing film including dye for absorbing the thermal radiation light radiated from the annealing object and directed toward the holding table is provided in at least one of the region of the upper surface on which the annealing object is held during use and the lower surface facing the holding table . an upper surface on which the annealing object is held during use; and a lower surface facing the holding table during use, wherein the upper surface includes a region that is brought into contact with the annealing object in a state in which the annealing object is held and a through-hole where there is no contact with the annealing object , and wherein an absorbing film including dye for absorbing the thermal radiation light radiated from the annealing object and directed toward the holding table is provided in at least one of the region of the upper surface on which the annealing object is held during use and the lower surface facing the holding table .
A smoking article comprising: a tobacco rod ; and a filter connected to the tobacco rod and comprising one or more filter segments circumscribed by a filter wrapper including a layer of a sorbent material applied over an area of a surface of the filter wrapper, wherein the filter comprises a ventilation zone provided upstream of the sorbent material, wherein: the ventilation zone provides between 30% and 70% dilution when the ventilation zone is fully open; the ventilation zone is provided upstream of all of the sorbent material; and the ventilation zone is between 20mm and 30mm from the mouth end of the smoking article, such that a level of mainstream gas phase smoke constituents when the ventilation zone is open is within up to 20% of the level of mainstream gas phase smoke constituents when the ventilation zone is blocked; and the air drawn through the ventilation zone provides an outer, concentric layer which separates and shields the mainstream smoke from the sorbent material included in the filter wrapper a tobacco rod ; and a filter connected to the tobacco rod and comprising one or more filter segments circumscribed by a filter wrapper including a layer of a sorbent material applied over an area of a surface of the filter wrapper, wherein the filter comprises a ventilation zone provided upstream of the sorbent material, wherein: the ventilation zone provides between 30% and 70% dilution when the ventilation zone is fully open; the ventilation zone is provided upstream of all of the sorbent material; and the ventilation zone is between 20mm and 30mm from the mouth end of the smoking article, the ventilation zone provides between 30% and 70% dilution when the ventilation zone is fully open; the ventilation zone is provided upstream of all of the sorbent material; and the ventilation zone is between 20mm and 30mm from the mouth end of the smoking article, such that a level of mainstream gas phase smoke constituents when the ventilation zone is open is within up to 20% of the level of mainstream gas phase smoke constituents when the ventilation zone is blocked; and the air drawn through the ventilation zone provides an outer, concentric layer which separates and shields the mainstream smoke from the sorbent material included in the filter wrapper
Heat transfer pipe having a longitudinal pipe axis (A), wherein - continually extending, axially parallel or helically circumferential ribs are formed from the pipe wall at the inner pipe side , - continuously extending primary grooves are formed in each case between adjacent ribs , - the ribs have at least one structured region at the inner pipe side , - the structured region has a plurality of projections which protrude from the surface and which have a projection height (h), whereby the projections are separated by notches , wherein a plurality of projections are deformed with respect to each other in pairs to such an extent that cavities are formed between adjacent projections, characterised in that the tips of at least two projections contact each other or intersect along the rib path. - continually extending, axially parallel or helically circumferential ribs are formed from the pipe wall at the inner pipe side , - continuously extending primary grooves are formed in each case between adjacent ribs , - the ribs have at least one structured region at the inner pipe side , - the structured region has a plurality of projections which protrude from the surface and which have a projection height (h),
A method of performing a dialogue between a humanoid robot (R) and at least one user (U) comprising the following steps, carried out iteratively by said humanoid robot: i) acquiring a plurality of input signals (s1, s2) from respective sensors (c1, c2), at least one said sensor being a sound sensor and at least one other sensor being a motion or image sensor; ii) interpreting the acquired signals to recognize a plurality of input events (EVI) generated by said user, selected from a group comprising: the utterance of at least a word or sentence, an intonation of voice, a gesture, a body posture, a facial expression ; iii) determining a response of said humanoid robot, comprising at least one event (EVO) selected from a group comprising: the utterance of at least a word or sentence, an intonation of voice, a gesture, a body posture, a facial expression, said determining being performed by applying a set of rules, each said rule associating a set of said input events to a response of the robot; iv) generating said or each said event; wherein at least some of said rules applied at said step iii) associate a response to a combination of at least two input events jointly generated by said user and recognized at said step ii), of which at least one is not a word or sentence uttered by said user; the method being characterized in that it further comprises, if the response determined during step iii) is or comprises at least the utterance of a word or sentence, the execution of a step iii-a) of performing linguistic analysis of the words or sentences to be uttered and determining an animation accompanying said response as a function of said analysis, said step iii-a) comprises performing a syntactic analysis of a sentence to be uttered to determine each or said word to be animated depending on its function within a structure of said sentence. i) acquiring a plurality of input signals (s1, s2) from respective sensors (c1, c2), at least one said sensor being a sound sensor and at least one other sensor being a motion or image sensor; ii) interpreting the acquired signals to recognize a plurality of input events (EVI) generated by said user, selected from a group comprising: the utterance of at least a word or sentence, an intonation of voice, a gesture, a body posture, a facial expression ; iii) determining a response of said humanoid robot, comprising at least one event (EVO) selected from a group comprising: the utterance of at least a word or sentence, an intonation of voice, a gesture, a body posture, a facial expression, said determining being performed by applying a set of rules, each said rule associating a set of said input events to a response of the robot; iv) generating said or each said event; wherein at least some of said rules applied at said step iii) associate a response to a combination of at least two input events jointly generated by said user and recognized at said step ii), of which at least one is not a word or sentence uttered by said user;
Filter assembly for filtering a body fluid comprising a filter holder and a filter system downstream of the filter holder ; - wherein the filter system and the filter holder are in contact with each other, - wherein the filter system comprises a cuboid frame structure defined by six rectangular surface areas A1-A6, wherein the surface areas A1-A4 are defined as the four side walls A1-A4 and the surface A5 is defined as the bottom surface of the cuboid frame structure of the filter system wherein the five surface areas A1-A5 are covered by a filtering media, and wherein the sixth surface area A6 is in contact with the filter holder . - wherein the filter system and the filter holder are in contact with each other, - wherein the filter system comprises a cuboid frame structure defined by six rectangular surface areas A1-A6, wherein the surface areas A1-A4 are defined as the four side walls A1-A4 and the surface A5 is defined as the bottom surface of the cuboid frame structure of the filter system wherein the five surface areas A1-A5 are covered by a filtering media, and wherein the sixth surface area A6 is in contact with the filter holder .
System for testing the sterility of radioactive substances, comprising i. a filtrate bottle comprising at least one liquid-conveying line and at least one pressure-equalising line , and ii. at least one transport carriage , wherein the transport carriage is suitable for receiving the filtrate bottle , wherein the transport carriage is movable, wherein at least the filtrate bottle is surrounded by a shield against ionising radiation , iii. a vacuum pump , wherein the vacuum pump is connected to the liquid-conveying line and is suitable for pumping filtrate containing the radioactive substance into the filtrate bottle , iv. at least one self-sealing connection piece , and v. an isolator , wherein the isolator is connected to the filtrate bottle on the transport carriage via the at least one liquid-conveying line and the at least one pressure-equalising line , wherein the isolator comprises a device for membrane filtration , wherein the at least one self-sealing connection piece connects the filtrate bottle to the isolator via the liquid-conveying line and/or the pressure-equalising line . i. a filtrate bottle comprising at least one liquid-conveying line and at least one pressure-equalising line , and ii. at least one transport carriage , wherein the transport carriage is suitable for receiving the filtrate bottle , wherein the transport carriage is movable, wherein at least the filtrate bottle is surrounded by a shield against ionising radiation , iii. a vacuum pump , wherein the vacuum pump is connected to the liquid-conveying line and is suitable for pumping filtrate containing the radioactive substance into the filtrate bottle , iv. at least one self-sealing connection piece , and v. an isolator , wherein the isolator is connected to the filtrate bottle on the transport carriage via the at least one liquid-conveying line and the at least one pressure-equalising line , wherein the isolator comprises a device for membrane filtration , wherein the at least one self-sealing connection piece connects the filtrate bottle to the isolator via the liquid-conveying line and/or the pressure-equalising line .
Heating device for a household appliance (H) comprising - a planar carrier with a carrier surface , - at least one electrically conductive layer structure (4-8) that is thermally sprayed onto said carrier surface and - at least one electrically conductive contact volume (9; 13) applied onto at least one thermally sprayed layer structure (4-8), characterised in that - the carrier surface is an electrically insulating carrier surface , and that the at least one contact volume (9; 13) consists of conductive glue , wherein the conductive glue is a reactive 1-C conductive glue. - a planar carrier with a carrier surface , - at least one electrically conductive layer structure (4-8) that is thermally sprayed onto said carrier surface and - at least one electrically conductive contact volume (9; 13) applied onto at least one thermally sprayed layer structure (4-8), characterised in that - the carrier surface is an electrically insulating carrier surface , and that the at least one contact volume (9; 13) consists of conductive glue , wherein the conductive glue is a reactive 1-C conductive glue.
A roof window system comprising: a roof window having at least one frame defining a frame plane and including a pane , the roof window further comprising a ventilation device connected to a frame member and adapted for providing ventilation of the interior of a building in which the roof window is mounted, and a ventilation assembly comprising an air exhaust device for extracting inside air to the exterior, comprising at least one ventilation unit (61; 261, 361) including at least one ventilator , the at least one ventilation unit (61; 261, 361) being adapted to be connected to the ventilation device of the roof window so as to provide fluid connection between the interior of the building and the exterior, in the mounted condition, wherein the air exhaust device comprises a housing having predefined dimensions and accommodating said at least one ventilation unit , characterized in that each ventilation unit (61; 261, 361) includes a flow channel having a first connecting end (63a; 263a, 363a) connected, in a mounted condition, to an inside air inlet (62, 162; 262, 362) in connection with the interior, and a second connecting end (63b; 263b, 363b) connected, in the mounted condition, to a through channel , and in that the housing further comprises the through channel having an ambient air intake end and an air exhaust end , the through channel further being connected to said inside air inlet (62, 162; 262, 362) via said flow channel (63; 263, 363) so as to provide said fluid connection between the ventilation device of the roof window and the exterior. a roof window having at least one frame defining a frame plane and including a pane , the roof window further comprising a ventilation device connected to a frame member and adapted for providing ventilation of the interior of a building in which the roof window is mounted, and a ventilation assembly comprising an air exhaust device for extracting inside air to the exterior, comprising at least one ventilation unit (61; 261, 361) including at least one ventilator , the at least one ventilation unit (61; 261, 361) being adapted to be connected to the ventilation device of the roof window so as to provide fluid connection between the interior of the building and the exterior, in the mounted condition, wherein the air exhaust device comprises a housing having predefined dimensions and accommodating said at least one ventilation unit , characterized in that each ventilation unit (61; 261, 361) includes a flow channel having a first connecting end (63a; 263a, 363a) connected, in a mounted condition, to an inside air inlet (62, 162; 262, 362) in connection with the interior, and a second connecting end (63b; 263b, 363b) connected, in the mounted condition, to a through channel , and in that the housing further comprises the through channel having an ambient air intake end and an air exhaust end , the through channel further being connected to said inside air inlet (62, 162; 262, 362) via said flow channel (63; 263, 363) so as to provide said fluid connection between the ventilation device of the roof window and the exterior.
A method for processing a request for the delivery of data sent by a customer terminal to a remote server equipment via a telecommunication network, said terminal being adapted to access said network by at least two links according to distinct access types, said data having been encoded in at least one stream with at least a predetermined bit rate, said stream having been previously cut into a plurality of segments, said method comprising the following steps, implemented for a segment of the at least one data stream: - Determining (E4) at least one sub-segment size at least based on the number of links and a size of the data stream to be delivered; - Calculating (E5) a partitioning of the segment into sub-segments according to said at least one set size and a distribution of the sub-segments over the plurality of links at least in accordance with a scheduling of the sub-segments in the partitioning calculated and a predetermined time constraint; - Sending (E6) a plurality of transmission requests of the sub-segments to the server over the plurality of links, at least according to the distribution calculated, a transmission request of a sub-segment over a link comprising at least one identifier of the segment, an index of a sub-segment start and an index of a sub-segment end. - Determining (E4) at least one sub-segment size at least based on the number of links and a size of the data stream to be delivered; - Calculating (E5) a partitioning of the segment into sub-segments according to said at least one set size and a distribution of the sub-segments over the plurality of links at least in accordance with a scheduling of the sub-segments in the partitioning calculated and a predetermined time constraint; - Sending (E6) a plurality of transmission requests of the sub-segments to the server over the plurality of links, at least according to the distribution calculated, a transmission request of a sub-segment over a link comprising at least one identifier of the segment, an index of a sub-segment start and an index of a sub-segment end.
A compound of formula : wherein R 1 is an oligosaccharide comprising at least two sugars.
A planar magnet speaker comprising: a first magnet member comprising a plurality of first magnets , the plurality of first magnets being concentrically disposed; a second magnet member spaced apart from the first magnet member and comprising a plurality of second magnets , the plurality of second magnets being concentrically disposed; and a membrane provided between the first magnet member and the second magnet member and comprising a pattern area and one or more wires , wherein the membrane is configured to generate sound according to a signal applied to the one or more wires , characterized in that the one or more wires comprise a first wire and a second wire, wherein the first wire and the second wire are provided in the pattern area, wherein the first wire is configured to form a loop in the pattern area and the second wire is configured to form a separate loop from the first wire in the pattern area, wherein the first wire is positioned adjacent to the second wire, and wherein the first wire is configured to receive a first carrier signal having a first phase and the second wire is configured to receive a second carrier signal having a second phase, different from the first phase. a first magnet member comprising a plurality of first magnets , the plurality of first magnets being concentrically disposed; a second magnet member spaced apart from the first magnet member and comprising a plurality of second magnets , the plurality of second magnets being concentrically disposed; and a membrane provided between the first magnet member and the second magnet member and comprising a pattern area and one or more wires , wherein the membrane is configured to generate sound according to a signal applied to the one or more wires , characterized in that the one or more wires comprise a first wire and a second wire, wherein the first wire and the second wire are provided in the pattern area, wherein the first wire is configured to form a loop in the pattern area and the second wire is configured to form a separate loop from the first wire in the pattern area, wherein the first wire is positioned adjacent to the second wire, and wherein the first wire is configured to receive a first carrier signal having a first phase and the second wire is configured to receive a second carrier signal having a second phase, different from the first phase.