mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a control channel at a user agent to identify at least one of an uplink and a downlink resource allocated by a resource grant within a multi-carrier communication system wherein resource grants are specified by control channel element subsets, wherein each control channel element subset is a control channel candidate, the method comprising the steps of: associating a first subset of control channel candidates on a first carrier (f1) with the first carrier, wherein the first subset associated with the first carrier includes first carrier candidates; associating a second subset of control channel candidates on the first carrier with a second carrier (f2), wherein the second subset associated with the second carrier includes second carrier candidates, wherein at least a subset of the first carrier candidates and a subset of the second carrier candidates include the same control channel elements in first and second different orders, respectively, wherein the order of the control channel elements indicates a carrier to which a control channel candidate is allocated; receiving the control channel candidate on the first carrier (f1); and attempting to decode the received control channel candidate to identify a resource grant for the second carrier (f2). associating a first subset of control channel candidates on a first carrier (f1) with the first carrier, wherein the first subset associated with the first carrier includes first carrier candidates; associating a second subset of control channel candidates on the first carrier with a second carrier (f2), wherein the second subset associated with the second carrier includes second carrier candidates, wherein at least a subset of the first carrier candidates and a subset of the second carrier candidates include the same control channel elements in first and second different orders, respectively, wherein the order of the control channel elements indicates a carrier to which a control channel candidate is allocated; receiving the control channel candidate on the first carrier (f1); and attempting to decode the received control channel candidate to identify a resource grant for the second carrier (f2).
A shelter for attaching to a structure comprising: a sealing member , the sealing member being a resilient member configured to be attachable to at least a portion of a flexible panel of the shelter ; a sealing member tensioning device , the sealing member tensioning device comprising: a first portion attachable to a structure attachment point of the shelter ; and a second portion configured to be attachable to the structure ; and one or more block members , the one or more block members being arranged to be locatable between the sealing member and the sealing member tensioning device such that the sealing member tensioning device is able to apply pressure to the sealing member via the one or more block members , characterised in that the sealing member is a substantially cuboid-shaped member with a planar structure contact surface . a sealing member , the sealing member being a resilient member configured to be attachable to at least a portion of a flexible panel of the shelter ; a sealing member tensioning device , the sealing member tensioning device comprising: a first portion attachable to a structure attachment point of the shelter ; and a second portion configured to be attachable to the structure ; and a first portion attachable to a structure attachment point of the shelter ; and a second portion configured to be attachable to the structure ; and one or more block members , the one or more block members being arranged to be locatable between the sealing member and the sealing member tensioning device such that the sealing member tensioning device is able to apply pressure to the sealing member via the one or more block members , characterised in that the sealing member is a substantially cuboid-shaped member with a planar structure contact surface .
An automatic flight protection system comprising: a sensor configured to allow determination or deriving of aircraft dynamic pressure; a processor coupled to the sensor , the processor being configured to limit the wing lift coefficient as a function of the aircraft dynamic pressure to create a limitation for a load parameter relevant to a structural design of an aircraft; wherein the processor controls the angle of attack dependent on dynamic pressure or a combination of parameters that permit the computation of the dynamic pressure; the processor stores angle of attack control tables that are dependent on dynamic pressure or the combination of parameters that permit the computation of the dynamic pressure; and an electromechanical linkage coupled to the processor , the electromechanical linkage controlling the aircraft in accordance with the limitation to the load parameter relevant to an aircraft structural design. a sensor configured to allow determination or deriving of aircraft dynamic pressure; a processor coupled to the sensor , the processor being configured to limit the wing lift coefficient as a function of the aircraft dynamic pressure to create a limitation for a load parameter relevant to a structural design of an aircraft; wherein the processor controls the angle of attack dependent on dynamic pressure or a combination of parameters that permit the computation of the dynamic pressure; the processor stores angle of attack control tables that are dependent on dynamic pressure or the combination of parameters that permit the computation of the dynamic pressure; and an electromechanical linkage coupled to the processor , the electromechanical linkage controlling the aircraft in accordance with the limitation to the load parameter relevant to an aircraft structural design.
A system comprising: a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections.
A light emitting unit comprising: a mounting substrate ; and a plurality of solid-state light emitting elements disposed on one surface side of the mounting substrate , wherein the mounting substrate is provided with a heat transfer plate which is formed of a first metal plate and in which the solid-state light emitting elements are mounted on one surface side of the heat transfer plate , a wiring pattern which is disposed on the other surface side of the heat transfer plate and to which the solid-state light emitting elements are electrically connected, and an insulating layer interposed between the heat transfer plate and the wiring pattern , wherein the solid-state light emitting elements are LED chips, characterized in that the wiring pattern is formed of a second metal plate, each of the LED chips is provided with a first electrode and a second electrode on one surface side of each of the LED chips in a thickness direction, the first electrode and the second electrode are electrically connected, through bonding wires , to the wiring pattern , and the heat transfer plate is formed with through holes for passing the respective bonding wires therethrough.
Aerosol-generating device comprising a vaporization element having an outlet and being configured to vaporize a liquid, an airflow passage extending from the outlet of the vaporization element and being configured to convey vapor to an outlet of the aerosol-generating device , a hot air channel configured to direct heated air towards the outlet of the vaporization element, and a dilution air channel configured to direct ambient air into the device and to mix the ambient air with the vapor conveyed in the airflow passage to form an aerosol. a vaporization element having an outlet and being configured to vaporize a liquid, an airflow passage extending from the outlet of the vaporization element and being configured to convey vapor to an outlet of the aerosol-generating device , a hot air channel configured to direct heated air towards the outlet of the vaporization element, and a dilution air channel configured to direct ambient air into the device and to mix the ambient air with the vapor conveyed in the airflow passage to form an aerosol.
Inline cutting system comprising an extruder having an outlet , an outlet line connected with the extruder outlet, wherein the outlet line comprises a side wall surrounding an internal passage and cutting means arranged in connection with the outlet line, wherein said extruder is arranged for continuously producing a meat analogue product and wherein the extruded string of meat analogue product after leaving the extruder is cut into meat pieces by the cutting means, characterised in that said cutting means is extending through the side wall of the outlet line and extends inside said internal passage, that the cutting means comprises at least one cutting edge which is pointed in a substantial axial direction of the outlet line in order to establish a cutting in the longitudinal direction of the string of meat analogue product and that the extruder and the outlet line forms a closed enclosure upstream of the cutting means.
Press cover in the form of a continuous belt or hose for a shoe press roll, comprising at least one first and one second polymer layer (20.1, 20.2), each of which contains or has been produced from a polyurethane, and the polyurethane has been formed from a prepolymer and a crosslinker, wherein - the prepolymer of the first polymer layer (20.1) is a reaction product of naphthalene 1,5-diisocyanate (NDI) as isocyanate and at least one polyol selected from a polycarbonate polyol, a polyether polycarbonate polyol or mixtures of the two, characterized in that the prepolymer of the second polymer layer (20.2) is a reaction product of: - naphthalene 1,5-diisocyanate (NDI) as isocyanate and polytetramethylene ether glycol (PTMEG) as polyol, or - phenylene 1,4-diisocyanate (PPDI), diphenylmethane 4,4'-diisocyanate (MDI), toluene 2,4-diisocyanate (TDI) or 3,3'-dimethyl-4,4'-biphenylene diisocyanate (TODI) as isocyanate and a polyol such as polytetramethylene ether glycol (PTMEG). - the prepolymer of the first polymer layer (20.1) is a reaction product of naphthalene 1,5-diisocyanate (NDI) as isocyanate and at least one polyol selected from a polycarbonate polyol, a polyether polycarbonate polyol or mixtures of the two, - naphthalene 1,5-diisocyanate (NDI) as isocyanate and polytetramethylene ether glycol (PTMEG) as polyol, or - phenylene 1,4-diisocyanate (PPDI), diphenylmethane 4,4'-diisocyanate (MDI), toluene 2,4-diisocyanate (TDI) or 3,3'-dimethyl-4,4'-biphenylene diisocyanate (TODI) as isocyanate and a polyol such as polytetramethylene ether glycol (PTMEG).
A method for providing anti-glare exposures for an imaging device comprising: determining an autofocus distance from the imaging device to an object of interest ; estimating a distance from the imaging device to a flash reflecting surface ; determining the flash reflecting surface is between the imaging device and the object of interest based on a comparison of the autofocus distance and the distance to the flash reflecting surface ; and disabling a flash of the imaging device during an exposure of the object of interest based on the determination the flash reflecting surface is between the imaging device and the object of interest . determining an autofocus distance from the imaging device to an object of interest ; estimating a distance from the imaging device to a flash reflecting surface ; determining the flash reflecting surface is between the imaging device and the object of interest based on a comparison of the autofocus distance and the distance to the flash reflecting surface ; and disabling a flash of the imaging device during an exposure of the object of interest based on the determination the flash reflecting surface is between the imaging device and the object of interest .
A method for generating a unique identifier at a node in a hierarchal tree having a plurality of nodes, the hierarchical tree arranged in a plurality of levels, the method comprising: obtaining a first limit condition from a higher level node of the plurality of nodes in the hierarchal tree (S210); generating the identifier (S220); applying a function to the generated identifier (S230); verifying that an output of the function satisfies the limit condition (S240); determining a second limit condition for at least one lower level node of the plurality of nodes in the hierarchal tree (S250); and sending the second limit condition to the at least one lower level node of the plurality of nodes in the hierarchal tree (S260). obtaining a first limit condition from a higher level node of the plurality of nodes in the hierarchal tree (S210); generating the identifier (S220); applying a function to the generated identifier (S230); verifying that an output of the function satisfies the limit condition (S240); determining a second limit condition for at least one lower level node of the plurality of nodes in the hierarchal tree (S250); and sending the second limit condition to the at least one lower level node of the plurality of nodes in the hierarchal tree (S260).
A liquid laundry detergent composition comprising: a) from 2% to 20% by weight of the composition, of a surfactant; b) from 0.05% to 2%, weight of the composition, of a microcapsule, wherein said microcapsule comprises: a shell comprising an outer surface, a core encapsulated within said shell, and a coating coating said outer surface, wherein said coating is cationically charged; and c) from 0.01% to 0.2% by weight of the composition of a fluorescent brightener comprising a distyrylbiphenyl unit, wherein the fluorescent brightener is 2,2'-([1,1'-Biphenyl]-4,4'-diyldi-2,1-ethenediyl)bis-benzenesulfonic acid disodium salt, and wherein the composition comprises less than 0.001% by weight of any other fluorescent brighteners, wherein the liquid laundry detergent composition has a pH of from 7.6 to 8.4. a) from 2% to 20% by weight of the composition, of a surfactant; b) from 0.05% to 2%, weight of the composition, of a microcapsule, wherein said microcapsule comprises: a shell comprising an outer surface, a core encapsulated within said shell, and a coating coating said outer surface, wherein said coating is cationically charged; and c) from 0.01% to 0.2% by weight of the composition of a fluorescent brightener comprising a distyrylbiphenyl unit, wherein the fluorescent brightener is 2,2'-([1,1'-Biphenyl]-4,4'-diyldi-2,1-ethenediyl)bis-benzenesulfonic acid disodium salt, and wherein the composition comprises less than 0.001% by weight of any other fluorescent brighteners, wherein the liquid laundry detergent composition has a pH of from 7.6 to 8.4.
Scan abutment for determination of the position (x,y,z-coordinates) of a coronal front face (1.1) of a dental endosseous implant , wherein the abutment has a longish, hollow shaft and a base at the bottom side (4.2) of the shaft , and the base with at least a part of its bottom side (8.2) is attachable onto the coronal front face (1.1) of the implant , wherein the base has a recess extending from its upper side (8.1) to the bottom side (8.2) of the base , wherein the longish, hollow shaft is formed from a side wall , wherein the side wall at least in part in the region directly above the base has at least one through hole and/or depression at its outer periphery in the side wall , thereby forming at least one planar surface in the plane on the upper side of the base between shaft and base by the through hole and/or the depression , wherein at least one outer diameter of the longish shaft is smaller than one of the outer diameters of the base , wherein at least one further planar surface circumferenting the shaft at least in part is formed in the plane between shaft and base , wherein the one further planar surface is planar-parallel to the at least one planar surface , characterised in that , the sum of the surfaces is from 7 to 25 mm 2 . wherein the longish, hollow shaft is formed from a side wall , wherein the side wall at least in part in the region directly above the base has at least one through hole and/or depression at its outer periphery in the side wall , thereby forming at least one planar surface in the plane on the upper side of the base between shaft and base by the through hole and/or the depression , wherein at least one outer diameter of the longish shaft is smaller than one of the outer diameters of the base , wherein at least one further planar surface circumferenting the shaft at least in part is formed in the plane between shaft and base , wherein the one further planar surface is planar-parallel to the at least one planar surface , characterised in that , the sum of the surfaces is from 7 to 25 mm 2 .
A call apparatus comprising: a first storage unit (T2) configured to store therein records, each record comprising information from a receiver including location information and information about the telephone number and type of the telephone, each telephone being a call target, a second storage unit (T3) configured to store items for registration type and address codes to be used as an extraction range; a receiving unit configured to receive an SOS; and a control unit configured to, after receiving an SOS by the receiving unit: access the second storage (S2g) unit to specify a search range to be used for extraction according to a type of the SOS received by the receiving unit; access the first storage unit (S2h) to find records located within the specified search range from the coordinate information of a source point of the SOS received by the receiving unit; and arrange the found records (S2b) in order from the shortest distance to the coordinate information of the source point; extract a prescribed number of records (S2c) in order from the shortest distance to the source point; and simultaneously call the telephones (S2d) of the extracted records. a first storage unit (T2) configured to store therein records, each record comprising information from a receiver including location information and information about the telephone number and type of the telephone, each telephone being a call target, a second storage unit (T3) configured to store items for registration type and address codes to be used as an extraction range; a receiving unit configured to receive an SOS; and a control unit configured to, after receiving an SOS by the receiving unit: access the second storage (S2g) unit to specify a search range to be used for extraction according to a type of the SOS received by the receiving unit; access the first storage unit (S2h) to find records located within the specified search range from the coordinate information of a source point of the SOS received by the receiving unit; and arrange the found records (S2b) in order from the shortest distance to the coordinate information of the source point; extract a prescribed number of records (S2c) in order from the shortest distance to the source point; and simultaneously call the telephones (S2d) of the extracted records. access the second storage (S2g) unit to specify a search range to be used for extraction according to a type of the SOS received by the receiving unit; access the first storage unit (S2h) to find records located within the specified search range from the coordinate information of a source point of the SOS received by the receiving unit; and arrange the found records (S2b) in order from the shortest distance to the coordinate information of the source point; extract a prescribed number of records (S2c) in order from the shortest distance to the source point; and simultaneously call the telephones (S2d) of the extracted records.
Intraocular lens comprising an optical body , at least two haptic elements and for at least two of the haptic elements in each case a set having a plurality of ropes , which are secured in each case to the optical body and to the haptic element associated with the set and have a severing order, wherein each of the at least two of the haptic elements has in each case a compressed state, a partly compressed state and an uncompressed state, wherein for each of the at least two of the haptic elements and the set associated with the respective haptic element it holds true that in the compressed state the first rope of the severing order is configured to deform the haptic element in a direction toward the optical body , as a result of which the first rope of the severing order is under a tensile stress and the rest of the ropes are stress-free, and that by means of the ropes being severed successively in the severing order, the haptic element can be brought firstly into the partly compressed state, in which that one of the ropes which is not severed and has the lowest ordinal number of the severing order is configured to deform the haptic element in a direction toward the optical body and is thus under a tensile stress, and the rest of the ropes which are not severed are stress-free, and finally into the uncompressed state, in which all the ropes are severed, wherein for each of the ropes it holds true that the rope is secured to the haptic element at a haptic element securing point and is secured to the optical body at an optical body securing point , wherein the haptic element securing point and the optical body securing point lie in the same plane, the normal to which coincides with the optical axis of the optical body .