mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mapping a reference signal, comprising: a) mapping a target-class signal to a target symbol, wherein the target-class signal is different from the reference symbol and wherein the target symbol is comprised in a subset of symbols in a first symbol set on a time-frequency resource block and is determined based on a target condition, the first symbol set is a set of some symbols or all symbols on the time-frequency resource block, the target-class signal has at least two different functions, and the at least two different functions comprise a function of estimating a parameter that affects signal transmission and another function and the target-class signal is mapped to the target symbol to implement the another function; and b) mapping the reference signal to a symbol in the first symbol set other than the target symbol, wherein the reference signal has the function of estimating the parameter that affects signal transmission; and c) wherein when the target-class signal having at least the function of estimating the parameter that affects signal transmission is mapped to a certain symbol, the reference signal having the function of estimating the parameter that affects signal transmission is not mapped to the certain symbol. a) mapping a target-class signal to a target symbol, wherein the target-class signal is different from the reference symbol and wherein the target symbol is comprised in a subset of symbols in a first symbol set on a time-frequency resource block and is determined based on a target condition, the first symbol set is a set of some symbols or all symbols on the time-frequency resource block, the target-class signal has at least two different functions, and the at least two different functions comprise a function of estimating a parameter that affects signal transmission and another function and the target-class signal is mapped to the target symbol to implement the another function; and b) mapping the reference signal to a symbol in the first symbol set other than the target symbol, wherein the reference signal has the function of estimating the parameter that affects signal transmission; and c) wherein when the target-class signal having at least the function of estimating the parameter that affects signal transmission is mapped to a certain symbol, the reference signal having the function of estimating the parameter that affects signal transmission is not mapped to the certain symbol.
A method for mapping a three-dimensional structure, the method comprising - injecting a plurality of motes into the structure causing the plurality of motes to travel through the three-dimensional structure, the motes comprising a sensor and a storage, the motes being arranged to obtain a time series of measured sensor-values in the storage by measuring sensor-values with the sensor and storing the sensor-values in the storage, thus, - retrieving at least part of the plurality of motes from the structure - obtaining from said retrieved motes the time series of measured sensor-values stored in the retrieved motes, thus obtaining a set of measured time series, - selecting a candidate-map for the three-dimensional structure, - simulating injecting a plurality of virtual motes into the candidate-map and the traveling of the plurality of virtual motes through the candidate-map, thereby obtaining a simulation, the method characterised by : - determining a goodness of fit between the candidate-map and the three-dimensional structure by determining the consistency between the set of measured time series and said simulation. - injecting a plurality of motes into the structure causing the plurality of motes to travel through the three-dimensional structure, the motes comprising a sensor and a storage, the motes being arranged to obtain a time series of measured sensor-values in the storage by measuring sensor-values with the sensor and storing the sensor-values in the storage, thus, - retrieving at least part of the plurality of motes from the structure - obtaining from said retrieved motes the time series of measured sensor-values stored in the retrieved motes, thus obtaining a set of measured time series, - selecting a candidate-map for the three-dimensional structure, - simulating injecting a plurality of virtual motes into the candidate-map and the traveling of the plurality of virtual motes through the candidate-map, thereby obtaining a simulation, - determining a goodness of fit between the candidate-map and the three-dimensional structure by determining the consistency between the set of measured time series and said simulation.
A flavor inhaler provided with a tubular holding member which extends from an ignition end to a non-ignition end, the flavor inhaler comprising: a combustion type heat source provided at the ignition end; a flavor source provided in the holding member on the non-ignition end side with respect to the combustion type heat source ; and a cup member for holding the flavor source , the cup member being formed in a cup shape and having a side wall and a bottom plate , the cup member being inserted in the holding member in such a direction that the bottom plate of the cup member is provided so as to be closer to the non-ignition end than the combustion type heat source is and the cup member is open to the ignition end side or the non-ignition end side, characterised in that at least the side wall and the bottom plate of the cup member are made of a material comprising pulp, a binder, and metal soap. a combustion type heat source provided at the ignition end; a flavor source provided in the holding member on the non-ignition end side with respect to the combustion type heat source ; and a cup member for holding the flavor source , the cup member being formed in a cup shape and having a side wall and a bottom plate , the cup member being inserted in the holding member in such a direction that the bottom plate of the cup member is provided so as to be closer to the non-ignition end than the combustion type heat source is and the cup member is open to the ignition end side or the non-ignition end side, characterised in that at least the side wall and the bottom plate of the cup member are made of a material comprising pulp, a binder, and metal soap.
A steel material excellent in corrosion resistance and soft magnetic property consisting of, in % by mass: 0.001%-0.025% C; 1.0%-4.0% Si; 0.1%-1.0% Mn; more than 0% but no more than 0.030% P; no less than 0.003% but no more than 0.10% S; no less than 0.01% but no more than 4.0% Cr; no less than 0.001% but no more than 0.010% Al; more than 0% but no more than 0.01% N; and optionally further one or more elements belonging to at least one of the following (a) and (b): (a) one or more elements selected from the group consisting of no less than 0.01% but no more than 0.5% Cu, and no less than 0.01% but no more than 0.5% Ni; and (b) no less than 0.01% but no more than 1.0% Pb, with the remainder consisting of iron and unavoidable impurities, wherein an oxide coating is formed on the steel material surface, the oxide coating including either Si or Cr, or both, including a non-crystalline layer, and having a thickness of 50-500 nm, wherein the expression "including a non-crystalline layer" means a state where a halo pattern can be observed in a nano electron beam diffraction image of an oxide coating. 0.001%-0.025% C; 1.0%-4.0% Si; 0.1%-1.0% Mn; more than 0% but no more than 0.030% P; no less than 0.003% but no more than 0.10% S; no less than 0.01% but no more than 4.0% Cr; no less than 0.001% but no more than 0.010% Al; more than 0% but no more than 0.01% N; and optionally further one or more elements belonging to at least one of the following (a) and (b): (a) one or more elements selected from the group consisting of no less than 0.01% but no more than 0.5% Cu, and no less than 0.01% but no more than 0.5% Ni; and (b) no less than 0.01% but no more than 1.0% Pb, (a) one or more elements selected from the group consisting of no less than 0.01% but no more than 0.5% Cu, and no less than 0.01% but no more than 0.5% Ni; and (b) no less than 0.01% but no more than 1.0% Pb, with the remainder consisting of iron and unavoidable impurities, wherein an oxide coating is formed on the steel material surface, the oxide coating including either Si or Cr, or both, including a non-crystalline layer, and having a thickness of 50-500 nm, wherein the expression "including a non-crystalline layer" means a state where a halo pattern can be observed in a nano electron beam diffraction image of an oxide coating.
A turbine nozzle for a gas turbine engine , comprising: a plurality of nozzle segments that are configured to be assembled into a full ring such that each one of the plurality of nozzle segments is adjacent to another one of the plurality of nozzle segments, each one of the plurality of nozzle segments including an endwall segment and a nozzle vane ; a feather seal interface defined by endwall segments of adjacent ones of the plurality of nozzle segments, the feather seal interface defined along an area of reduced pressure drop through a pressure field defined between adjacent nozzle vanes of the plurality of nozzle segments, the area of reduced pressure drop proximate a pressure side of one of the adjacent nozzle vanes such that the feather seal interface is defined proximate the pressure side to follow a curvature of the pressure side and defined directly adjacent to a fillet defined at an interface between the pressure side and the endwall segment; at least one cooling region defined through one of the endwall segments proximate the feather seal interface, the at least one cooling region including at least one film cooling hole ; and a feather seal received within the feather seal interface that cooperates with the feather seal interface to reduce leakage through the plurality of nozzle segments. a plurality of nozzle segments that are configured to be assembled into a full ring such that each one of the plurality of nozzle segments is adjacent to another one of the plurality of nozzle segments, each one of the plurality of nozzle segments including an endwall segment and a nozzle vane ; a feather seal interface defined by endwall segments of adjacent ones of the plurality of nozzle segments, the feather seal interface defined along an area of reduced pressure drop through a pressure field defined between adjacent nozzle vanes of the plurality of nozzle segments, the area of reduced pressure drop proximate a pressure side of one of the adjacent nozzle vanes such that the feather seal interface is defined proximate the pressure side to follow a curvature of the pressure side and defined directly adjacent to a fillet defined at an interface between the pressure side and the endwall segment; at least one cooling region defined through one of the endwall segments proximate the feather seal interface, the at least one cooling region including at least one film cooling hole ; and a feather seal received within the feather seal interface that cooperates with the feather seal interface to reduce leakage through the plurality of nozzle segments.
A system , comprising: a printing device including hardware configured to form markings on a print medium; a memory resource ; and a controller configured to: receive a print job to form the markings on the print medium; designate a pixel of the received print job to form a covert dot pattern on the markings, wherein the pixel corresponds to a first laser intensity level; and adjust a laser intensity of the printing device to a second laser intensity level based on the first laser intensity level of the designated pixel to form the covert dot pattern, characterized in that when the first laser intensity level corresponds to black, the first laser intensity level is greater than the second laser intensity level, and wherein when the first laser intensity level corresponds to white, the second laser intensity level is greater than the first laser intensity level. a printing device including hardware configured to form markings on a print medium; a memory resource ; and a controller configured to: receive a print job to form the markings on the print medium; designate a pixel of the received print job to form a covert dot pattern on the markings, wherein the pixel corresponds to a first laser intensity level; and adjust a laser intensity of the printing device to a second laser intensity level based on the first laser intensity level of the designated pixel to form the covert dot pattern, characterized in that receive a print job to form the markings on the print medium; designate a pixel of the received print job to form a covert dot pattern on the markings, wherein the pixel corresponds to a first laser intensity level; and adjust a laser intensity of the printing device to a second laser intensity level based on the first laser intensity level of the designated pixel to form the covert dot pattern, characterized in that when the first laser intensity level corresponds to black, the first laser intensity level is greater than the second laser intensity level, and wherein when the first laser intensity level corresponds to white, the second laser intensity level is greater than the first laser intensity level.
A pharmaceutical product comprising an air-tight packaging comprising a polyclonal immunoglobulin solution in a pre-filled polymer syringe and an oxygen scavenger, and wherein - the polyclonal immunoglobulin solution comprises at least 5% (w/v) IgG; - the oxygen scavenger is contained in the interior of the air-tight packaging; - the polymer syringe is made of or comprises a cycloolefin copolymer, a cycloolefin polymer, or a combination thereof; and wherein there is gas in a headspace of the syringe. - the polyclonal immunoglobulin solution comprises at least 5% (w/v) IgG; - the oxygen scavenger is contained in the interior of the air-tight packaging; - the polymer syringe is made of or comprises a cycloolefin copolymer, a cycloolefin polymer, or a combination thereof; and wherein there is gas in a headspace of the syringe.
A cable for contacting a sensor , in particular a temperature sensor, comprising a sheath , a dielectric and at least one conductor , wherein the at least one conductor is disposed in the sheath in a manner such that the conductor is spatially separated from the sheath with the aid of the dielectric , characterized in that the at least one conductor and/or the sheath is/are formed from a nickel-chromium-aluminium-iron alloy, wherein the alloy comprises 25.0 - 28.0 % by weight of chromium (Cr), 2.0 - 3.0 % by weight of aluminium (Al), 1.0 - 11.0 % by weight of iron (Fe), 0.01 - 0.2 % by weight of silicon (Si), 0.005 - 0.5 % by weight of manganese (Mn), 0.01 - 0.20 % by weight of yttrium (Y), 0.02 - 0.60 % by weight of titanium (Ti), 0.01 - 0.2 % by weight of zirconium (Zr), 0.0002 - 0.05 % by weight of magnesium (Mg), 0.0001 - 0.05 % by weight of calcium (Ca), 0.03 - 0.11 % by weight of carbon (C), 0.003 - 0.05 % by weight of nitrogen (N), 0.0005 - 0.008 % by weight of boron (B), 0.0001 - 0.010 % by weight of oxygen (O), 0.001 - 0.030 % by weight of phosphorus (P), at most 0.010 % by weight of sulphur (S), at most 0.5 % by weight of molybdenum (Mo), at most 0.5 % by weight of tungsten (W), and the balance being nickel (Ni). 25.0 - 28.0 % by weight of chromium (Cr), 2.0 - 3.0 % by weight of aluminium (Al), 1.0 - 11.0 % by weight of iron (Fe), 0.01 - 0.2 % by weight of silicon (Si), 0.005 - 0.5 % by weight of manganese (Mn), 0.01 - 0.20 % by weight of yttrium (Y), 0.02 - 0.60 % by weight of titanium (Ti), 0.01 - 0.2 % by weight of zirconium (Zr), 0.0002 - 0.05 % by weight of magnesium (Mg), 0.0001 - 0.05 % by weight of calcium (Ca), 0.03 - 0.11 % by weight of carbon (C), 0.003 - 0.05 % by weight of nitrogen (N), 0.0005 - 0.008 % by weight of boron (B), 0.0001 - 0.010 % by weight of oxygen (O), 0.001 - 0.030 % by weight of phosphorus (P), at most 0.010 % by weight of sulphur (S), at most 0.5 % by weight of molybdenum (Mo), at most 0.5 % by weight of tungsten (W), and the balance being nickel (Ni).
An excavation machine including: - a vertical frame having a lower end ; - a cutting head mounted at said lower end of the frame, said cutting head comprising a support plate carrying two rotary cutting assemblies having parallel axes of rotation (X, X'), each rotary cutting assembly comprising two drums ; - at least one suction mouth fixed to the cutting head between the two rotary cutting assemblies; - a suction device connected to the suction mouth for the removal of spoil excavated by the drums; - a deflector disposed above the suction mouth, and fixed to the support plate so as to form a skirt extending laterally on the periphery of the support plate in order to cover at least one of the drums, the excavation machine being characterized in that the transverse dimensions (I, L) of the deflector are slightly smaller than the transverse dimensions (E1, E2) of the rotary cutting assemblies . - a vertical frame having a lower end ; - a cutting head mounted at said lower end of the frame, said cutting head comprising a support plate carrying two rotary cutting assemblies having parallel axes of rotation (X, X'), each rotary cutting assembly comprising two drums ; - at least one suction mouth fixed to the cutting head between the two rotary cutting assemblies; - a suction device connected to the suction mouth for the removal of spoil excavated by the drums; - a deflector disposed above the suction mouth, and fixed to the support plate so as to form a skirt extending laterally on the periphery of the support plate in order to cover at least one of the drums, the excavation machine being characterized in that the transverse dimensions (I, L) of the deflector are slightly smaller than the transverse dimensions (E1, E2) of the rotary cutting assemblies .
A divided prism member constituting a prism member having an entrance surface for receiving a terahertz wave (T), and an exit surface for emitting the terahertz wave (T) from the entrance surface , comprising: a waveguide region having a partial entrance surface for receiving a part of the terahertz wave (T), a plurality of total reflection surfaces for totally reflecting the terahertz wave entered from the partial entrance surface , and a partial exit surface for emitting the terahertz wave (T) totally reflected on the total reflection surfaces ; wherein the plurality of total reflection surfaces comprises a first total reflection surface , a second total reflection surface , a third total reflection surface and a fourth total reflection surface , wherein the divided prism member is provided with a contact surface substantially parallel to the incident axis and the emission axis of the terahertz wave (T), wherein the contact surface is for contacting adjacent divided prism members in the stacking direction. a waveguide region having a partial entrance surface for receiving a part of the terahertz wave (T), a plurality of total reflection surfaces for totally reflecting the terahertz wave entered from the partial entrance surface , and a partial exit surface for emitting the terahertz wave (T) totally reflected on the total reflection surfaces ; wherein the plurality of total reflection surfaces comprises a first total reflection surface , a second total reflection surface , a third total reflection surface and a fourth total reflection surface , wherein the divided prism member is provided with a contact surface substantially parallel to the incident axis and the emission axis of the terahertz wave (T), wherein the contact surface is for contacting adjacent divided prism members in the stacking direction.
A laboratory rodent holder comprising a frame , a fixing component for restricting the movement of a rodent body, and coupling components connecting the frame and the fixing component, characterized in that the fixing component is a grille-shaped restrainer with two halves imitating or approximating a rodent body, equipped with grille beams and grille fingers connected to the frame , and the rear portion of the frame comprises a horizontal removable tail plate with a tail slit , which positions are adjustable in relation to the grille beam and the frame , and a vertical plate with coupling components, whereas the coupling components include adjustment components to change the position of the grille-shaped restrainer, and aforesaid adjustment components comprise pairs of sliding bars, one-way or two-way screw pairs having opposite transmission directions, and ratchet-ratchet coupling pairs for changing the relative positions between different parts of a single grille finger .
A method for specifying an operational parameter of an operating device for luminous means, wherein the luminous means are controlled via a clocked power converter , having the following steps: - Evaluation by the operating device of whether an on-/off switching of the voltage supply fulfills at least one first specified criterion, - in the positive case, triggering of a discrete or continuous change in the operational parameter to be specified, wherein the changing operational parameter is reproduced to the user directly or indirectly, optically and/or acoustically, wherein the current value of the changing operational parameter is maintained at a point in time for a subsequent operation of the luminous means , at which a further on-/off switching of the voltage supply satisfies at least one second criterion, and wherein the changing operational parameter effects the clocking of the power converter . - Evaluation by the operating device of whether an on-/off switching of the voltage supply fulfills at least one first specified criterion, - in the positive case, triggering of a discrete or continuous change in the operational parameter to be specified, wherein the changing operational parameter is reproduced to the user directly or indirectly, optically and/or acoustically, wherein the current value of the changing operational parameter is maintained at a point in time for a subsequent operation of the luminous means , at which a further on-/off switching of the voltage supply satisfies at least one second criterion, and wherein the changing operational parameter effects the clocking of the power converter .