mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilizer material for superconductor used for a superconducting wire, the stabilizer material for superconductor comprising a copper material, wherein the copper material contains one kind or two kinds or more of additive elements selected from Ca, La, and Ce for a total amount of 3 ppm by mass or more and 400 ppm by mass or less, with the remainder being Cu and unavoidable impurities, the total concentration of the unavoidable impurities other than O, H, C, N, and S, which are gas components, is 5 ppm by mass or more and 100 ppm by mass or less, the total concentration of the unavoidable impurities including O, H, C, N and S, which are the gas components, is 20 ppm by mass or more and 110 ppm by mass or less, the concentration of O is 20 ppm by mass or less, the total amount of S, Se and Te which are included in the unavoidable impurities is more than 0 ppm by mass and 25 ppm by mass or less, a ratio Y/X of the total amount of one kind or two kinds or more of the additive elements selected from Ca, La, and Ce (Y ppm by mass) to the total amount of S, Se, and Te (X ppm by mass) is in the range of 0.5≤Y/X≤100, and compounds including one kind or two kinds or more selected from CaS, CaSO 4 , LaS, La 2 SO 2 , CeS, and Ce 2 SO 2 , wherein a part of S may be substituted with Te or Se, are present in the matrix. wherein the copper material contains one kind or two kinds or more of additive elements selected from Ca, La, and Ce for a total amount of 3 ppm by mass or more and 400 ppm by mass or less, with the remainder being Cu and unavoidable impurities, the total concentration of the unavoidable impurities other than O, H, C, N, and S, which are gas components, is 5 ppm by mass or more and 100 ppm by mass or less, the total concentration of the unavoidable impurities including O, H, C, N and S, which are the gas components, is 20 ppm by mass or more and 110 ppm by mass or less, the concentration of O is 20 ppm by mass or less, the total amount of S, Se and Te which are included in the unavoidable impurities is more than 0 ppm by mass and 25 ppm by mass or less, a ratio Y/X of the total amount of one kind or two kinds or more of the additive elements selected from Ca, La, and Ce (Y ppm by mass) to the total amount of S, Se, and Te (X ppm by mass) is in the range of 0.5≤Y/X≤100, and compounds including one kind or two kinds or more selected from CaS, CaSO 4 , LaS, La 2 SO 2 , CeS, and Ce 2 SO 2 , wherein a part of S may be substituted with Te or Se, are present in the matrix.
Reversing coiler with a rotor , at which at least one coiler mandrel , which is provided with a rotary drive, for winding up strip to form a coil is arranged eccentrically with respect to an axis (D) of rotation of the rotor , with at least one driven mandrel support device , comprising a mandrel support which has a bearing head for supporting a free end of the at least one coiler mandrel , wherein the bearing head is movable together with the coiler mandrel in correspondence with a variable position of the coiler mandrel when the coiler mandrel is transferred from a winding-up position (A) into a finished winding position (F), characterised in that the mandrel support is constructed as a first piston-cylinder arrangement and the mandrel support is pivotably supported by way of a mandrel support bearing on a carriage movable tangentially with respect to a circular path of the coiler mandrel, and the inclination of the mandrel support and the position of the bearing head are so adjustable that the mandrel support is oriented in correspondence with a force R resulting from the weight force of the coil and tension force on the strip .
A container spreader for coupling a container with a hoisting installation, comprising a lifting frame provided with coupling means for coupling to the hoisting installation, and a number of guide plates connected to the lifting frame for guiding the container spreader during coupling of the container spreader with a container, which guide plates are each connected to a separate hydraulic motor which can move the guide plate connected thereto between an active position (A), in which the guide plates guide the container spreader to the container, and an inactive position (B), in which the guide plates are folded away so that they cannot come into contact with the container, each hydraulic motor is connected to a separate hydraulic pump which is connected to a separate electric motor , the hydraulic motor with the hydraulic pump and the electric motor forming an assembly, and wherein each assembly is connected to one of the guide plates , characterized in that the hydraulic motor is a hydraulic swivel motor and each guide plate is connected via a connecting element directly to the output shaft of the hydraulic swivel motor of the assembly.
A method for diagnosing possible causes of changes in at least one control valve with a control element , in a plant of which the control valve is a part, or in a process performed on the plant, comprising the following steps: 1.1 when no movement of the control element is intended and/or there is no control impulse, data concerning the position of the control element are recorded at a plurality of times 1.2 this occurs at least in a first and in a second time interval; 1.3 characteristics of the data relating to the position of the control element from the first time interval are determined; 1.3.1 wherein the characteristics are chosen from a group comprising at least the following members: the operating point, a mean value, the variance thereof, an operating range, local maxima; 1.4 the same characteristics are determined for the data relating to the position of the control element from the second time interval; 1.4.1 wherein the further steps are only performed if for each time interval considered the characteristics of the data relating to the position of the control element from the time interval considered include that at least one local maximum can be assigned to the position of the control element; 1.5 the characteristics of the data relating to the position of the control element from the two time intervals are compared; 1.6 possible causes for changes in the at least one control valve , in the plant or in the process are diagnosed from differences determined in the characteristics; 1.7 the diagnosis is output. 1.1 when no movement of the control element is intended and/or there is no control impulse, data concerning the position of the control element are recorded at a plurality of times 1.2 this occurs at least in a first and in a second time interval; 1.3 characteristics of the data relating to the position of the control element from the first time interval are determined; 1.3.1 wherein the characteristics are chosen from a group comprising at least the following members: the operating point, a mean value, the variance thereof, an operating range, local maxima; 1.4 the same characteristics are determined for the data relating to the position of the control element from the second time interval; 1.4.1 wherein the further steps are only performed if for each time interval considered the characteristics of the data relating to the position of the control element from the time interval considered include that at least one local maximum can be assigned to the position of the control element; 1.5 the characteristics of the data relating to the position of the control element from the two time intervals are compared; 1.6 possible causes for changes in the at least one control valve , in the plant or in the process are diagnosed from differences determined in the characteristics; 1.7 the diagnosis is output.
An additive manufacturing tool , comprising: a first powder holder , and a second powder holder ; a blender operable to blend a first powder material from the first powder holder and a second powder material from the second powder holder to form a feedstock powder ; wherein: i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder ; and a dispenser, wherein the dispenser is operable to dispense the feedstock powder . a first powder holder , and a second powder holder ; a blender operable to blend a first powder material from the first powder holder and a second powder material from the second powder holder to form a feedstock powder ; wherein: i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder ; and i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder ; and a dispenser, wherein the dispenser is operable to dispense the feedstock powder .
Support structure for supporting a printed part and establishing a connection of a building plate to the printed part , which part is printed by means of a three-dimensional printing system, the support structure being arrangeable on the building plate of the three-dimensional printing system, wherein at least one part of the support structure is flexible when there is an external force applied on this part of the support structure , to break the connection of the building plate to the printed part and detach the supported printed part , characterized in that one part of the support structure is designed as a bellows .
Lining component for lining the interior of a passenger transportation means, in particular that of a motor vehicle, wherein the lining component comprises - at least one separating surface and at least one bending segment which joins with the separating surface , and - at least one bending which includes at least one bent bending segment , characterized in that - the lining component includes at least one applied decorative layer which is bent in the bending , - the lining component comprises at least one predetermined bending point which delimits the bending segment from the rest of the lining component , and - the bending segment is constructed identically to the rest of the lining component . - at least one separating surface and at least one bending segment which joins with the separating surface , and - at least one bending which includes at least one bent bending segment , characterized in that - the lining component includes at least one applied decorative layer which is bent in the bending , - the lining component comprises at least one predetermined bending point which delimits the bending segment from the rest of the lining component , and - the bending segment is constructed identically to the rest of the lining component .
A method for reporting coverage enhancement level indication information, comprising: obtaining a measured value of a reference signal, comparing the measured value of the reference signal with measurement thresholds corresponding to M coverage enhancement levels to obtain a first comparison result, and determining a basic reporting value of coverage enhancement level indication information according to the first comparison result, wherein M is an integer greater than or equal to 1; obtaining a quality evaluation value of a cellular coverage signal; and modifying , according to the quality evaluation value of the cellular coverage signal, the basic reporting value of the coverage enhancement level indication information to obtain a modified value of the coverage enhancement level indication information, and reporting the modified value, characterized in that , obtaining the quality evaluation value of the cellular coverage signal comprises: performing weighted summation on a quality evaluation value of the reference signal and a quality evaluation value of a signal of a cell common channel to obtain the quality evaluation value of the cellular coverage signal. obtaining a measured value of a reference signal, comparing the measured value of the reference signal with measurement thresholds corresponding to M coverage enhancement levels to obtain a first comparison result, and determining a basic reporting value of coverage enhancement level indication information according to the first comparison result, wherein M is an integer greater than or equal to 1; obtaining a quality evaluation value of a cellular coverage signal; and modifying , according to the quality evaluation value of the cellular coverage signal, the basic reporting value of the coverage enhancement level indication information to obtain a modified value of the coverage enhancement level indication information, and reporting the modified value, characterized in that , obtaining the quality evaluation value of the cellular coverage signal comprises: performing weighted summation on a quality evaluation value of the reference signal and a quality evaluation value of a signal of a cell common channel to obtain the quality evaluation value of the cellular coverage signal.
A display panel, comprising: an array substrate , a packaging substrate assembled with the array substrate , a photosensitive device configured to receive a light signal reflected by a fingerprint pattern of a user's finger and generate a current signal for identifying the fingerprint pattern on the basis of the light signal, and a touch sensitive device configured to determine information about a position where the user's finger touches the display panel; wherein the photosensitive device and the touch sensitive device are formed between the packaging substrate and the array substrate and on a surface of the packaging substrate facing towards the array substrate , and the touch sensitive device is positioned between the photosensitive device and the packaging substrate , wherein the photosensitive device is superposed on the touch sensitive device .
A circuit for calibrating a baud rate, comprising: a first counter , connected to a receiving module of a serial port chip and configured to record a first low level duration of a data frame received by the receiving module ; a second counter , connected to the receiving module and configured to: receive a bit sampling pulse, and record a quantity of the bit sampling pulse in the first low level duration, wherein the bit sampling pulse is generated from sampling the data frame by the receiving module according to a current baud rate of the receiving module ; a divider , connected to the first counter and the second counter and configured to calculate a calibration baud rate according to the first low level duration and the quantity of the bit sampling pulse in the first low level duration; and a selector , connected to the receiving module and the divider and configured to output the calibration baud rate to the receiving module . a first counter , connected to a receiving module of a serial port chip and configured to record a first low level duration of a data frame received by the receiving module ; a second counter , connected to the receiving module and configured to: receive a bit sampling pulse, and record a quantity of the bit sampling pulse in the first low level duration, wherein the bit sampling pulse is generated from sampling the data frame by the receiving module according to a current baud rate of the receiving module ; a divider , connected to the first counter and the second counter and configured to calculate a calibration baud rate according to the first low level duration and the quantity of the bit sampling pulse in the first low level duration; and a selector , connected to the receiving module and the divider and configured to output the calibration baud rate to the receiving module .
A water soluble pharmaceutical composition, comprising at least one therapeutically active hydrophobic substance and at least one compound selected from sialoglycosphingolipids and a mixture of sialoglycosphingolipids and glycosphingolipids, wherein at least one of said therapeutically active substances is a drug with hydrophobic characteristics, wherein said glycosphingolipids are selected from among the gangliosides, and wherein said gangliosides are gangliosides nanomicelles non-covalently coated with human seric albumin, recombinant human seric albumin or with bovine albumin.
A system, comprising: a cylinder barrel configured to rotate within a pump housing , the cylinder barrel including: a main cylindrical body ; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body , extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess , and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, characterized in that the main cylindrical body is of silicon nitride. a cylinder barrel configured to rotate within a pump housing , the cylinder barrel including: a main cylindrical body ; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body , extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess , and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, a main cylindrical body ; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body , extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess , and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, characterized in that the main cylindrical body is of silicon nitride.
A method for retrieving information from an announced attribute in a Machine-to-Machine, M2M, communication system, comprising: issuing an information retrieval request by specifying an address of the announced attribute and including an identity of the announced attribute; receiving , in response to the information retrieval request, an information response; and selectively processing the received information response locally or forwarding to another M2M device for further processing. issuing an information retrieval request by specifying an address of the announced attribute and including an identity of the announced attribute; receiving , in response to the information retrieval request, an information response; and selectively processing the received information response locally or forwarding to another M2M device for further processing.
An apparatus for reducing thermal blooming in an optical subsystem of a high energy laser, HEL, comprising: a fluid pump that receives a first fluid containing diatomic oxygen at a first concentration; and a combustion chamber that combusts the first fluid to develop a second fluid containing diatomic oxygen at a second concentration, wherein the second concentration is less than the first concentration, and wherein the second fluid is supplied to the optical subsystem of the HEL . a fluid pump that receives a first fluid containing diatomic oxygen at a first concentration; and a combustion chamber that combusts the first fluid to develop a second fluid containing diatomic oxygen at a second concentration, wherein the second concentration is less than the first concentration, and wherein the second fluid is supplied to the optical subsystem of the HEL .
Solution for use in filling micrometer-size cavities , the solution comprising a first solvent, a first polymer having a first molecular weight, a second polymer having a second molecular weight, luminophores and a surfactant, the second molecular weight being 10 to 50 times greater than the first molecular weight.
An analysis method for detecting a measurement error of operating parameters (P0, P1, P2PM, P2PG, P3PM, P3PG, dp_CVPG, dp_CVPM, m_PG, m_PM, T0, T3PM, T3PG) of a gas turbine, comprising: obtaining at least three measured values of the operating parameters (S1, S2...Sn), the operating parameters being at least part of variables of at least three functions (y1, y2...ym), wherein each of the functions (y1, y2...ym) has a predetermined analysis range (Y1, Y2...Ym) (S10); putting the measured values of the operating parameters into the functions whose variables include the operating parameters to calculate the results of the functions (S20); comparing the calculated results of the functions with the analysis ranges of the corresponding functions (S30); identifying one or more measured values of operating parameters which are at least part of the variables of the functions whose calculated results fail to fall within the predetermined analysis ranges of the corresponding functions (S40, S42, S44), and determining among the identified one or more measured values that a measured value of an operating parameter which is not a variable of the functions whose calculated results fall within the predetermined analysis ranges of the corresponding functions has the highest likelihood of a measurement error. obtaining at least three measured values of the operating parameters (S1, S2...Sn), the operating parameters being at least part of variables of at least three functions (y1, y2...ym), wherein each of the functions (y1, y2...ym) has a predetermined analysis range (Y1, Y2...Ym) (S10); putting the measured values of the operating parameters into the functions whose variables include the operating parameters to calculate the results of the functions (S20); comparing the calculated results of the functions with the analysis ranges of the corresponding functions (S30); identifying one or more measured values of operating parameters which are at least part of the variables of the functions whose calculated results fail to fall within the predetermined analysis ranges of the corresponding functions (S40, S42, S44), and determining among the identified one or more measured values that a measured value of an operating parameter which is not a variable of the functions whose calculated results fall within the predetermined analysis ranges of the corresponding functions has the highest likelihood of a measurement error.
An ex vivo method for generating an osteoblast from a somatic cell of a mammal, comprising a step of introducing an Oct9 gene or an expression product thereof into the somatic cell.