mhurhangee/patent-ind-claim-en huggingface dataset:
A macromolecule comprising a polylysine dendrimer of 3 to 4 generations and having one or more sulfonic acid-containing moieties attached to one or more surface amino groups of the outermost generation of the dendrimer, for use in the treatment of bacterial vaginosis in a subject, wherein the macromolecule is administered by vaginal administration in an amount of from 40 mg to 100 mg per day, and wherein the sulfonic acid-containing moiety is selected from:
A decoating kiln, comprising: a rotating drum supported between a first chamber and a second chamber comprising: an entry side for accepting metal scrap and a low-oxygen hot gas; and an exit side for outputting decoated scrap and accepting a high-oxygen hot gas; an exhaust tube positioned within the rotating drum for exhausting a mixture of exhaust gas and entrained scrap; a cyclone coupled to the exhaust tube for separating the entrained scrap from the exhaust gas; an exit port coupled to the cyclone for exhausting the exhaust gas; and a high-oxygen hot gas entry duct in the second chamber configured to allow high-oxygen hot gas to enter rotating drum at the exit end . a rotating drum supported between a first chamber and a second chamber comprising: an entry side for accepting metal scrap and a low-oxygen hot gas; and an exit side for outputting decoated scrap and accepting a high-oxygen hot gas; an entry side for accepting metal scrap and a low-oxygen hot gas; and an exit side for outputting decoated scrap and accepting a high-oxygen hot gas; an exhaust tube positioned within the rotating drum for exhausting a mixture of exhaust gas and entrained scrap; a cyclone coupled to the exhaust tube for separating the entrained scrap from the exhaust gas; an exit port coupled to the cyclone for exhausting the exhaust gas; and a high-oxygen hot gas entry duct in the second chamber configured to allow high-oxygen hot gas to enter rotating drum at the exit end .
A method of quantifying a component to be analyzed in a blood sample using an internal standard substance and an external standard substance which is homeostatically comprised at a predetermined concentration in the blood sample, wherein the internal standard substance is lithium or glycerol-3-phosphate, and the external standard substance is selected from the group consisting of sodium, chloride, albumin, and total protein, the method comprising diluting the sample with a diluent buffer, wherein a predetermined concentration of the internal standard substance is added into the diluent buffer and the diluent buffer is free of a component that interferes with quantification of the internal standard substance and the external standard substance, removing blood cells from the sample after dilution, measuring a concentration of the internal standard substance and the external standard substance in the plasma sample diluted with the diluent buffer, calculating a dilution factor of the blood sample using the concentration of the internal standard substance and the concentration of the external standard substance and correcting the dilution factor of the blood sample determined based on the measured value of the concentration of the internal standard substance, using the measured value of the concentration of the external standard substance, measuring the component in the diluted plasma sample, and quantifying the component by multiplying the measured value of the component in the diluted sample by the calculated dilution factor.
A panel bender for bending sheet metal by means of at least one bending tool arranged on a bending beam , wherein the bending beam extends along a direction (x), having a machine body , having at least two guide receptacles which run in a first direction (z) on the machine body , wherein the first direction (z) is perpendicular to the direction (x) along which the bending beam extends, having at least two drive guide units which are movably arranged in the at least two guide receptacles , and wherein the bending beam is movably arranged in the drive guide units in a second direction (y) running perpendicular to the first direction (z) and perpendicular to the direction (x) along which the bending beam extends, characterized in that at least one second drive is arranged in each drive guide unit , wherein the at least one second drive engages the bending beam to move the same in the second direction (y). having a machine body , having at least two guide receptacles which run in a first direction (z) on the machine body , wherein the first direction (z) is perpendicular to the direction (x) along which the bending beam extends, having at least two drive guide units which are movably arranged in the at least two guide receptacles , and wherein the bending beam is movably arranged in the drive guide units in a second direction (y) running perpendicular to the first direction (z) and perpendicular to the direction (x) along which the bending beam extends, characterized in that at least one second drive is arranged in each drive guide unit , wherein the at least one second drive engages the bending beam to move the same in the second direction (y).
Method of transmitting a data stream previously coded according to an adaptable coding between a first terminal and a second terminal by way of a session established according to an HTTP-based transport protocol, comprising the steps of: - collection by the first terminal of a set of context information comprising information relating to the session, information relating to the first terminal and information relating to the second terminal, - formation of an adaptation scheme (SCA) as a function of the set of context information, - adaptation of the data stream by the first terminal as a function of the adaptation scheme, - transmission of the data stream adapted by the first terminal to the second terminal. - collection by the first terminal of a set of context information comprising information relating to the session, information relating to the first terminal and information relating to the second terminal, - formation of an adaptation scheme (SCA) as a function of the set of context information, - adaptation of the data stream by the first terminal as a function of the adaptation scheme, - transmission of the data stream adapted by the first terminal to the second terminal.
A composition comprising: a silanol functionalized polyolefin; an anhydride-free brominated flame retardant; antimony trioxide; wherein the composition comprises: from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95. a silanol functionalized polyolefin; an anhydride-free brominated flame retardant; antimony trioxide; wherein the composition comprises: from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95. from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95.
A cartridge for housing an aerosol-forming substrate, the cartridge comprising: a body comprising a side wall and at least one lid arranged to cover a top, a bottom, or both the top and the bottom; and a cavity inside the body, wherein the at least one lid comprises an inner layer facing the cavity and an outer layer facing an outside of the body, the inner layer comprising a weakened region , and wherein removing the outer layer removes a portion of material of the inner layer. a body comprising a side wall and at least one lid arranged to cover a top, a bottom, or both the top and the bottom; and a cavity inside the body, wherein the at least one lid comprises an inner layer facing the cavity and an outer layer facing an outside of the body, the inner layer comprising a weakened region , and wherein removing the outer layer removes a portion of material of the inner layer.
A method of bedding a carbon composite material brake disc for use on a vehicle having a hydraulically operated calliper/brake pad assembly , the method comprising assembling the calliper/brake pad assembly for use with and to frictionally engage a brake disc , rotating the brake disc relative to the calliper/brake pad assembly and applying air under pneumatic pressure into the calliper/brake pad assembly to frictionally engage the brake pad onto the brake disc .
Device (4-4''') for forming three-dimensional objects, comprising: a machining tool for machining workpieces in a preferably ablative manner, a feeding apparatus for feeding an additive material that comprises wood material, such as wood foam, wood flour or sawdust, an application unit (9, 12a-12c) for forming three-dimensional objects from the material supplied by means of the feeding apparatus , wherein the device comprises a storage apparatus for receiving the material and connected to the feeding apparatus , wherein the storage apparatus is designed as a preparation system in which the additive material to be processed by means of the application unit (9, 12a-12c) is prepared for processing and temporarily stored, wherein preparation involves mixing two components, a machining unit , in particular a grinding machine, a milling machine or the like, wherein a suction device is also provided, which receives material that accumulates during machining in the machining unit, which material is fed to the storage apparatus . a machining tool for machining workpieces in a preferably ablative manner, a feeding apparatus for feeding an additive material that comprises wood material, such as wood foam, wood flour or sawdust, an application unit (9, 12a-12c) for forming three-dimensional objects from the material supplied by means of the feeding apparatus , wherein the device comprises a storage apparatus for receiving the material and connected to the feeding apparatus , wherein the storage apparatus is designed as a preparation system in which the additive material to be processed by means of the application unit (9, 12a-12c) is prepared for processing and temporarily stored, wherein preparation involves mixing two components, a machining unit , in particular a grinding machine, a milling machine or the like, wherein a suction device is also provided, which receives material that accumulates during machining in the machining unit, which material is fed to the storage apparatus .
Radiant ceiling panel, having at least one temperature control section for controlling the temperature of an environment of the radiant ceiling panel, in particular for controlling the temperature of a room, and having an illumination receptacle for accommodating at least one illumination element , the illumination receptacle extending along a longitudinal axis (L) and being open towards a front side (F) of the radiant ceiling panel, such that the illumination element receivable in the illumination receptacle can radiate light away from the front face (F) of the radiant ceiling panel, the illumination receptacle having at least one undercut surface for rear gripping by an undercut contour of the at least one illumination element , such that the illumination element receivable in the illumination receptacle is held in the illumination receptacle with respect to a direction of force (K) toward the front side (F) of the radiant ceiling panel, characterized in that the at least one undercut surface comprises mutually opposite undercut surfaces , wherein the mutually opposing undercut surfaces , starting from the front side (F) of the illumination receptacle , are inclined obliquely away from one another and/or form a dovetail contour and/or are inclined obliquely in opposite directions to one another.
An image processing apparatus , comprising: a limiting unit that limits a reference range to be used for the detection of a motion vector of a current block to be used for intra block copy (Intra BC) prediction utilizing correlativity between regions in a picture, by setting the reference range in the picture excluding a boundary region within a first region which has been encoded, the boundary region being a region along a boundary between the first region and a second region which has not yet been encoded.
An adhesive composition comprising: (a) at least 50 wt.% of at least one aromatic epoxy resin; (b) at least one compound having at least one oxetane group; and (c) at least one photoinitiator, characterized in that the at least one compound having at least one oxetane group has exactly one oxetane group per molecule and/or the at least one compound having at least one oxetane group additionally has at least one hydroxyl group. (a) at least 50 wt.% of at least one aromatic epoxy resin; (b) at least one compound having at least one oxetane group; and (c) at least one photoinitiator,
An implant with one prosthetic interface in its cervical region , one core and at least one thread extending from the cervical region to an opposing apical region , the external diameter of the core decreasing in the apical direction and the external diameter of the thread being constant in a first cylindrical portion ; wherein that the outer diameter of the thread is decreasing in a second tapered portion , also in the apical direction , where the decreasing rate of the external diameter of the thread in its tapered portion is greater than the decreasing rate of the diameter of the core ; the greater height of the thread occurs at the point of transition between the cylindrical portion and the tapered portion of the thread; and the width of the thread is greater in the threads near the cervical and apical ends, and smaller in the threads close to the point of transition between the cylindrical portion and the tapered portion of the thread , and wherein the thread includes semi-spherical cavities with cutting edges spaced along its entire length.
A tunnel establishment method, comprising: receiving, by a first network device, a first request message sent by a previous-hop network device, wherein the first request message is used to request to obtain a resource reservation protocol-traffic engineering, RSVP-TE, label of the first network device, the first request message comprises path information of a to-be-established tunnel, the path information of the to-be-established tunnel is used to indicate a path of the to-be-established tunnel, the previous-hop network device is a previous-hop network device of the first network device on the path of the to-be-established tunnel, the first network device supports RSVP-TE and segment routing-traffic engineering, SR-TE, and the previous-hop network device supports RSVP-TE; when the first network device determines that at least one network device in downstream network devices of the first network device on the path of the to-be-established tunnel supports SR-TE, establishing an SR-TE tunnel from the first network device to a second network device in the at least one network device, and generating a tunnel identifier used to identify the SR-TE tunnel, wherein the first network device is an ingress network device of the SR-TE tunnel, and the second network device is an egress network device of the SR-TE tunnel; and sending, by the first network device, a first response message to the previous-hop network device, wherein the first response message comprises the tunnel identifier, and the tunnel identifier is used as the RSVP-TE label of the first network device. receiving, by a first network device, a first request message sent by a previous-hop network device, wherein the first request message is used to request to obtain a resource reservation protocol-traffic engineering, RSVP-TE, label of the first network device, the first request message comprises path information of a to-be-established tunnel, the path information of the to-be-established tunnel is used to indicate a path of the to-be-established tunnel, the previous-hop network device is a previous-hop network device of the first network device on the path of the to-be-established tunnel, the first network device supports RSVP-TE and segment routing-traffic engineering, SR-TE, and the previous-hop network device supports RSVP-TE; when the first network device determines that at least one network device in downstream network devices of the first network device on the path of the to-be-established tunnel supports SR-TE, establishing an SR-TE tunnel from the first network device to a second network device in the at least one network device, and generating a tunnel identifier used to identify the SR-TE tunnel, wherein the first network device is an ingress network device of the SR-TE tunnel, and the second network device is an egress network device of the SR-TE tunnel; and sending, by the first network device, a first response message to the previous-hop network device, wherein the first response message comprises the tunnel identifier, and the tunnel identifier is used as the RSVP-TE label of the first network device.
A process for preparing smoked raw avian egg comprising the step of cold smoking raw avian egg at a temperature of no more than 10°C, the cold smoking conditions being sufficient to impart smoke flavour without cooking the raw avian egg.
A method performed by logic circuitry of a semiconductor chip disposed on a card, said card having a connector to plug into a memory channel that supports near memory cache accesses and far memory accesses, sald method comprising: receiving from said memory channel a first tag component of a target address of a read request transaction being processed by a host that is coupled to said memory channel ; receiving a second tag component of an address of a cache line read from a near memory cache In response to said read request transaction, said second tag component being embedded with said cache line in said near memory cache , said near memory cache being a cache for a far memory ; comparing said first and second tag components to determine if said cache line corresponds to a cache hit or a cache miss; and performing the following in response to detecting that said cache line corresponds to a cache miss: automatically reading a desired cache line from said far memory ; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache . receiving from said memory channel a first tag component of a target address of a read request transaction being processed by a host that is coupled to said memory channel ; receiving a second tag component of an address of a cache line read from a near memory cache In response to said read request transaction, said second tag component being embedded with said cache line in said near memory cache , said near memory cache being a cache for a far memory ; comparing said first and second tag components to determine if said cache line corresponds to a cache hit or a cache miss; and performing the following in response to detecting that said cache line corresponds to a cache miss: automatically reading a desired cache line from said far memory ; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache . automatically reading a desired cache line from said far memory ; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache .
System for calibrating a transmitting unit for radio waves; comprising: an arrangement of at least four transmitting units ; wherein a first transmitting unit of the at least four transmitting units has stored position data with respect to a setpoint position of the first transmitting unit ; wherein the first transmitting unit is designed to emit a first transmission signal to each of the three remaining transmitting units ; wherein each of the three remaining transmitting units is designed to receive the first transmission signal and, after receiving the first transmission signal , to return a first response signal to the first transmitting unit ; wherein the first transmitting unit is designed to determine relative position data of the first transmitting unit with respect to the three remaining transmitting units on the basis of the first response signals returned; and wherein the first transmitting unit is designed to detect a deviation (d) between the stored position data and the relative position data determined and to carry out a calibration of a transmission parameter of the first transmitting unit on the basis of the detected deviation (d); wherein the calibration of the transmission parameter of the first transmitting unit comprises a setting of a time parameter of the first transmitting unit ; wherein the setting of the time parameter is carried out by the first transmitting unit itself. an arrangement of at least four transmitting units ; wherein a first transmitting unit of the at least four transmitting units has stored position data with respect to a setpoint position of the first transmitting unit ; wherein the first transmitting unit is designed to emit a first transmission signal to each of the three remaining transmitting units ; wherein each of the three remaining transmitting units is designed to receive the first transmission signal and, after receiving the first transmission signal , to return a first response signal to the first transmitting unit ; wherein the first transmitting unit is designed to determine relative position data of the first transmitting unit with respect to the three remaining transmitting units on the basis of the first response signals returned; and wherein the first transmitting unit is designed to detect a deviation (d) between the stored position data and the relative position data determined and to carry out a calibration of a transmission parameter of the first transmitting unit on the basis of the detected deviation (d); wherein the calibration of the transmission parameter of the first transmitting unit comprises a setting of a time parameter of the first transmitting unit ; wherein the setting of the time parameter is carried out by the first transmitting unit itself.
Reinforcing element for a structural profile , in particular for a round, oval or elliptical structural tube, with: a composite structure which has a hollow cylindrical helically wound mesh of fiber strands which form an inner lateral surface designed to accommodate the structural profile , wherein the fiber strands are each embedded in a matrix material which has an electroactive polymer which can be stretched along a longitudinal extension of the fiber strands by applying an electrical voltage (U), so that the composite structure can be expanded by applying the electrical voltage (U) in order to introduce the structural profile into the composite structure , and can be shrunk by switching off the electrical voltage (U) in order to fix the structural profile in the composite structure to the lateral surface .