mhurhangee/patent-ind-claim-en huggingface dataset:
A patient interface comprising: a nasal seal including a face contacting side, the nasal seal being formed of a soft flexible material, and including a central portion to extend across the base of the nose, and a side portion extending from each end of the central portion , each side portion extending across a side of the nose, a body connected to the seal , including a nasal seal engaging portion that engages an outward side of the seal, an inlet opening and at least two strap engaging portions , each strap engaging portion extending laterally away from the inlet opening, from opposite sides of the inlet opening, and a strap extending between the strap engaging portions , wherein the central portion of the seal includes an opening to pass a gases flow to and from the body , the opening including lips and/or channels to engage with channels and/or lips on the body , and wherein the body curves to follow approximately the contour of the upper lip of the patient, and the seal is formed such that the opening of the seal follows this approximate curve, in plan. a nasal seal including a face contacting side, the nasal seal being formed of a soft flexible material, and including a central portion to extend across the base of the nose, and a side portion extending from each end of the central portion , each side portion extending across a side of the nose, a body connected to the seal , including a nasal seal engaging portion that engages an outward side of the seal, an inlet opening and at least two strap engaging portions , each strap engaging portion extending laterally away from the inlet opening, from opposite sides of the inlet opening, and a strap extending between the strap engaging portions , wherein the central portion of the seal includes an opening to pass a gases flow to and from the body , the opening including lips and/or channels to engage with channels and/or lips on the body , and wherein the body curves to follow approximately the contour of the upper lip of the patient, and the seal is formed such that the opening of the seal follows this approximate curve, in plan.
A transducer assembly (50; 100; 200; 300; 400; 504; 950; 970) for diagnosing acoustic noise from a pressure vessel, comprising: an acoustic sensor element (1; 116; 202; 704; 908); a circuit assembly coupled to the acoustic sensor element, the circuit being configured to provide a diagnostic output; an acoustic waveguide (4; 204) configured to couple an acoustic vibration from a mounting surface (11; 208) to the acoustic sensor element wherein the acoustic waveguide comprises: a rotatable acoustic coupler (4A; 120; 204A; 900) coupled to the acoustic sensor element, a tube (4B; 104; 204B; 914) that has a first tube end (7; 206) coupled to the rotatable acoustic coupler and a second tube end (9; 210) acoustically couplable to a fluid conduit ; and characterized by the transducer assembly further comprising: an insulating cap (13; 220) configured to couple the acoustic vibration from the rotatable acoustic coupler to the acoustic sensor element, the insulating cap providing a rotatable joint between the rotatable acoustic coupler and the acoustic sensor element. an acoustic sensor element (1; 116; 202; 704; 908); a circuit assembly coupled to the acoustic sensor element, the circuit being configured to provide a diagnostic output; an acoustic waveguide (4; 204) configured to couple an acoustic vibration from a mounting surface (11; 208) to the acoustic sensor element wherein the acoustic waveguide comprises: a rotatable acoustic coupler (4A; 120; 204A; 900) coupled to the acoustic sensor element, a tube (4B; 104; 204B; 914) that has a first tube end (7; 206) coupled to the rotatable acoustic coupler and a second tube end (9; 210) acoustically couplable to a fluid conduit ; a rotatable acoustic coupler (4A; 120; 204A; 900) coupled to the acoustic sensor element, a tube (4B; 104; 204B; 914) that has a first tube end (7; 206) coupled to the rotatable acoustic coupler and a second tube end (9; 210) acoustically couplable to a fluid conduit ;
A vehicle control device comprising: a driving device, first generating means for generating a first control signal generated based on automatic driving control information, second generating means for generating a second control signal generated based on relative information between a host vehicle and an object in the vehicles surrounding, and outputting means for outputting, to said driving device, any one of a first control signal generated based on automatic driving control information and a second control signal generated based on relative information between a host vehicle and an object in the vehicle's surrounding; detecting means are provided for detecting an abnormality in the automatic driving control information, characterized in that abnormality detection of the automatic driving control information is performed by using said relative information. a driving device, first generating means for generating a first control signal generated based on automatic driving control information, second generating means for generating a second control signal generated based on relative information between a host vehicle and an object in the vehicles surrounding, and outputting means for outputting, to said driving device, any one of a first control signal generated based on automatic driving control information and a second control signal generated based on relative information between a host vehicle and an object in the vehicle's surrounding; detecting means are provided for detecting an abnormality in the automatic driving control information, characterized in that abnormality detection of the automatic driving control information is performed by using said relative information.
A supplementary device for a manually operable injection device , the supplementary device comprising: - a body attachable to an elongated housing of the injection device , - at least one connector connected to the body and connectable to the housing , wherein the body is attachable to the housing via the at least one connector , - a sensor arrangement coupled to at least one of the body and the at least one connector and configured to measure a longitudinal force component (F) acting between the at least one connector and the body in a direction parallel to the elongation of the housing . - a body attachable to an elongated housing of the injection device , - at least one connector connected to the body and connectable to the housing , wherein the body is attachable to the housing via the at least one connector , - a sensor arrangement coupled to at least one of the body and the at least one connector and configured to measure a longitudinal force component (F) acting between the at least one connector and the body in a direction parallel to the elongation of the housing .
A method for automatically generating an audio signal, the method comprising: receiving a source audio signal; analyzing the source audio signal to identify a musical characteristic thereof; obtaining a supplemental audio signal based on the identified musical characteristic; and combining the source audio signal and the supplemental audio signal to form an extended audio signal; wherein obtaining the supplemental audio signal comprises obtaining a pre-recorded or synthesized vocal element: the obtaining the supplemental audio signal further comprises obtaining a musical element, and combining the musical and vocal elements; the source audio signal comprises a preceding audio signal and a succeeding audio signal and combining comprises inserting the supplemental audio signal between the preceding audio signal and the succeeding audio signal; analyzing comprises analyzing both the preceding audio signal and the succeeding audio signal to obtain respective musical characteristic and the obtaining is based on the musical characteristics obtained from each of the preceding audio signal and the succeeding audio signal; and the obtained supplemental audio signal is a transitional audio signal that has a musical characteristic that transitions between the musical parameters obtained from each of the preceding audio signal and the succeeding audio signal. receiving a source audio signal; analyzing the source audio signal to identify a musical characteristic thereof; obtaining a supplemental audio signal based on the identified musical characteristic; and combining the source audio signal and the supplemental audio signal to form an extended audio signal; wherein obtaining the supplemental audio signal comprises obtaining a pre-recorded or synthesized vocal element: the obtaining the supplemental audio signal further comprises obtaining a musical element, and combining the musical and vocal elements; the source audio signal comprises a preceding audio signal and a succeeding audio signal and combining comprises inserting the supplemental audio signal between the preceding audio signal and the succeeding audio signal; analyzing comprises analyzing both the preceding audio signal and the succeeding audio signal to obtain respective musical characteristic and the obtaining is based on the musical characteristics obtained from each of the preceding audio signal and the succeeding audio signal; and the obtained supplemental audio signal is a transitional audio signal that has a musical characteristic that transitions between the musical parameters obtained from each of the preceding audio signal and the succeeding audio signal.
X-ray emitter , comprising an x-ray anode with a structured surface provided for impingement with electrons (e), wherein the structured surface has a surface structure which alternates periodically at least in sections, which varies in respect of its depth extension (T), wherein the depth extension (T) and the periodicity (P) of the periodically alternating surface structure is less than 40μm and characterised in that the depth extension (T) and/or the periodicity (P) is in the range of the average free electron path length in the material of the x-ray anode.
A method of pre-cleaning a semiconductor structure including the steps of: i) providing a semiconductor structure having an exposed dielectric layer of an organic dielectric material, wherein the organic dielectric material is an organic polymer and the dielectric layer has one or more features formed therein which expose one or more electrically conductive structures to be pre-cleaned, in which the electrically conductive structures each include a metal or alloy layer, optionally with a barrier layer formed thereon, and the surface area of the exposed dielectric layer is greater than the surface area of the electrically conductive structures exposed by the dielectric layer; and ii) pre-cleaning the semiconductor structure by performing an Ar/H 2 sputter etch to remove material from the exposed electrically conductive structures and to remove organic dielectric material from the exposed dielectric layer wherein step ii) is performed using Ar and H 2 present in a partial pressure ratio Ar:H 2 1.0:1 or less, more preferably less than 0.5:1, and most preferably 0.4:1 or less. i) providing a semiconductor structure having an exposed dielectric layer of an organic dielectric material, wherein the organic dielectric material is an organic polymer and the dielectric layer has one or more features formed therein which expose one or more electrically conductive structures to be pre-cleaned, in which the electrically conductive structures each include a metal or alloy layer, optionally with a barrier layer formed thereon, and the surface area of the exposed dielectric layer is greater than the surface area of the electrically conductive structures exposed by the dielectric layer; and ii) pre-cleaning the semiconductor structure by performing an Ar/H 2 sputter etch to remove material from the exposed electrically conductive structures and to remove organic dielectric material from the exposed dielectric layer wherein step ii) is performed using Ar and H 2 present in a partial pressure ratio Ar:H 2 1.0:1 or less, more preferably less than 0.5:1, and most preferably 0.4:1 or less.
A composition for therapeutic use in inhibiting the progression of a hyperproliferative disorder, treating an infectious disease, enhancing a response to vaccination, or treating sepsis, wherein the composition comprises a pharmaceutically acceptable vehicle and: (a) a nucleic acid encoding at least one peptide; (b) a peptide carrier system comprising the at least one peptide, wherein the peptide carrier system is selected from the group consisting of a microparticle, a polymeric nanoparticle, a liposome, a solid lipid nanoparticle, a hydrophilic mucoadhesive polymer, a thiolated polymer, a polymer matrix, a nanoemulsion, and a hydrogel; or (c) a CAR-T cell that expresses the at least one peptide; wherein the at least one peptide is selected from the group consisting of (i) a peptide comprising the amino acid sequence SEQ ID NO: 1; (ii) a peptide comprising the amino acid sequence SEQ ID NO:2; (iii) a peptide comprising the amino acid sequence SEQ ID NO:3; and (iv) a peptide comprising the amino acid sequence SEQ ID NO:4. (a) a nucleic acid encoding at least one peptide; (b) a peptide carrier system comprising the at least one peptide, wherein the peptide carrier system is selected from the group consisting of a microparticle, a polymeric nanoparticle, a liposome, a solid lipid nanoparticle, a hydrophilic mucoadhesive polymer, a thiolated polymer, a polymer matrix, a nanoemulsion, and a hydrogel; or (c) a CAR-T cell that expresses the at least one peptide;
Plug-in connector having a plug-in side and a connection side, comprising a housing, a frame and at least one contact insert , wherein the housing and the frame are embodied from a metal or from another conductive material, wherein the frame may be accommodated in the housing and wherein the at least one contact insert may be inserted into the frame, wherein the at least one contact insert comprises at least one contact , at least one sensor that is allocated to the respective contact , and also a circuit board , wherein the circuit board comprises an interface in the plug-in region of the plug-in connector, wherein the circuit board comprises an electronic evaluating system , and wherein the electronic evaluating system receives and evaluates data from the at least one sensor and transmits said data via the interface , wherein the plug connector comprises a cooling element , wherein the cooling element is curved in a U-shaped manner and comprises two parallel limbs, wherein one of the two parallel limbs is in contact with the frame, wherein the circuit board is arranged curved in a U-shaped manner in the contact insert and comprises two parallel limbs, and wherein the cooling element protrudes with one of the two parallel limbs of the cooling element into the region between the two parallel limbs of the circuit board without coming into contact with said circuit board.
A computer-implemented method for responding to a request received from a sending device , the request containing a target address and a unique identifier for a receiving device that is not the sending device, comprising the step of: receiving at an application server the request containing the target address and the unique identifier from the sending device ; the method being characterised in that it also comprises the steps of: creating a message to be sent to the receiving device , the message including a code for causing the receiving device to send a response to the message; sending the message from the application server to the receiving device using the unique identifier via a communication network; receiving the response to the message from the receiving device at the application server ; and transferring a set of location identifiers to the receiving device upon receipt of the response, wherein the set of location identifiers corresponds to the target address and directions to the target address. receiving at an application server the request containing the target address and the unique identifier from the sending device ; the method being characterised in that it also comprises the steps of: creating a message to be sent to the receiving device , the message including a code for causing the receiving device to send a response to the message; sending the message from the application server to the receiving device using the unique identifier via a communication network; receiving the response to the message from the receiving device at the application server ; and transferring a set of location identifiers to the receiving device upon receipt of the response, wherein the set of location identifiers corresponds to the target address and directions to the target address.
A polymer electrolyte, comprising: a polymer comprising a monomer comprising ethylene oxide (EO) repeating units; a reversible addition fragmentation chain transfer polymerization agent (RAFT agent) comprising styrene groups at respective ends thereof; and a solvate ionic liquid (SIL) comprising (a) a lithium salt and (b) a glyme-based material or an amide-based material; wherein the polymer is present in an amount of 40 % by weight to 60 % by weight; the RAFT agent is present in an amount of 3 % by weight to 10 % by weight; and the SIL is present in an amount of 30 % by weight to 50 % by weight. a polymer comprising a monomer comprising ethylene oxide (EO) repeating units; a reversible addition fragmentation chain transfer polymerization agent (RAFT agent) comprising styrene groups at respective ends thereof; and a solvate ionic liquid (SIL) comprising (a) a lithium salt and (b) a glyme-based material or an amide-based material; wherein the polymer is present in an amount of 40 % by weight to 60 % by weight; the RAFT agent is present in an amount of 3 % by weight to 10 % by weight; and the SIL is present in an amount of 30 % by weight to 50 % by weight.
Crush barrier, particularly for preventing people to pass on to a predefined location, comprising a frame with staves, rods or bars mounted in the frame , and legs mounted at a lower part of the frame and extending to different sides of the frame for placing and maintaining the barrier in an upright position, wherein the legs are pivotably mounted on the frame , characterized in that each leg is connected with a slider that is provided on a selected stave, rod or bar of the frame so as to arrange that a pivoting movement of the legs with reference to the frame corresponds and is directly linked to a sliding movement of the slider along the stave, rod or bar of the frame .
Electric switch comprising at least one key that pivots about a pivoting axis and a base provided with at least one electric connection and disconnection actuation point , so that the pivoting of the key causes the application of pressure to at least one actuation point and causes the electric connection or disconnection, the base comprising at least one pivoting actuator , wherein the at least one pivoting actuator comprises a proximal portion and a distal portion provided to press the at least one actuation point , characterized in that said proximal portion of said actuator comprises a rotation axis at its end remote from a center in the longitudinal direction of the surface of the key and said distal portion is in contact with the actuation point by pressing the key associated therewith.
A method, comprising: receiving, by a processor of a modem of a user equipment, UE , configured with at least a first-capacity decoder (415 ) and at least a second-capacity decoder , a common virtual carrier, CVC,a dedicated virtual carrier, DVC, or both, wherein: the CVC contains common information shared by a plurality of UEs in a network , control information for the UE , data information related to first data destined for the UE , or a combination thereof, the DVC contains control information for the UE , the first data, or a combination thereof, the first-capacity decoder (415 ) is capable of decoding data of a first data size up to a first data rate, the second-capacity decoder is capable of decoding data of a second data size up to a second data rate, the second data size is greater than the first data size, and the second data rate is greater than the first data rate ; and determining, by the processor , whether to decode the first data using the first-capacity decoder (415 ) or to decode the first data using the second-capacity decoder based on the data information in the CVC or based on the size of the first data. the CVC contains common information shared by a plurality of UEs in a network , control information for the UE , data information related to first data destined for the UE , or a combination thereof, the DVC contains control information for the UE , the first data, or a combination thereof, the first-capacity decoder (415 ) is capable of decoding data of a first data size up to a first data rate, the second-capacity decoder is capable of decoding data of a second data size up to a second data rate, the second data size is greater than the first data size, and the second data rate is greater than the first data rate ; and determining, by the processor , whether to decode the first data using the first-capacity decoder (415 ) or to decode the first data using the second-capacity decoder based on the data information in the CVC or based on the size of the first data.
A kit for three-dimensional printing, comprising: a build material composition including: a polyamide 6,13 material; a phosphorus-containing antioxidant; and a sulfur-containing antioxidant; and a fusing agent to be applied to at least a portion of the build material composition during 3D printing, the fusing agent including a radiation absorber to absorb radiation to melt or fuse the build material composition in the at least the portion. a polyamide 6,13 material; a phosphorus-containing antioxidant; and a sulfur-containing antioxidant; and a fusing agent to be applied to at least a portion of the build material composition during 3D printing, the fusing agent including a radiation absorber to absorb radiation to melt or fuse the build material composition in the at least the portion.
A container cap comprising a molded article formed of a resin composition containing 70 to 94% by mass of a polyolefin (A), 3 to 15% by mass of an acid-modified polyolefin (B) and 3 to 15% by mass of a m-xylylene group-containing polyamide (C), wherein the ratio (X/Y) of a percentage (X) of polyamide-derived nitrogen in a cap top surface portion to a percentage (Y) of polyamide-derived nitrogen in a cap side surface portion , is from 1.2 to 3.0, as measured by a total nitrogen analysis, wherein the molded article is an injection-molded article, characterized in that the acid value of the acid-modified polyolefin (B) is more than 15 mgKOH/g and 30 mgKOH/g or less, as measured in accordance with the method described in JIS K 0070: 1992, the terminal amino group concentration of the m-xylylene group-containing polyamide (C) is from 10 to 100 μ equivalent/g.