mhurhangee/patent-ind-claim-en huggingface dataset:
A cementing method that comprises: monitoring one or more parameters of a cement slurry at various positions along a borehole during at least some portion of a curing process, wherein said one or more parameters includes acoustic activity produced by curing of the cement slurry ; determining from said one or more parameters a span over which the cement slurry extends and whether said span includes any gaps ; and adjusting the cement slurry in response to said determining, wherein adjusting the cement slurry comprises at least one of: (i) employing one or more vibrators or sound sources to maintain non-gel properties as the cement slurry is pumped; (ii) supplying agitation energy to the cement slurry if gaps are detected; and (iii) increasing pressure on the cement slurry if detected gaps are attributable to formation fluid influx. monitoring one or more parameters of a cement slurry at various positions along a borehole during at least some portion of a curing process, wherein said one or more parameters includes acoustic activity produced by curing of the cement slurry ; determining from said one or more parameters a span over which the cement slurry extends and whether said span includes any gaps ; and adjusting the cement slurry in response to said determining, wherein adjusting the cement slurry comprises at least one of: (i) employing one or more vibrators or sound sources to maintain non-gel properties as the cement slurry is pumped; (ii) supplying agitation energy to the cement slurry if gaps are detected; and (iii) increasing pressure on the cement slurry if detected gaps are attributable to formation fluid influx. (i) employing one or more vibrators or sound sources to maintain non-gel properties as the cement slurry is pumped; (ii) supplying agitation energy to the cement slurry if gaps are detected; and (iii) increasing pressure on the cement slurry if detected gaps are attributable to formation fluid influx.
An encryption method by an electronic device , characterized by comprising: receiving a first data segment of a content file through a network , wherein the first data segment is not encrypted; generating second encryption information based on at least part of the first data segment; receiving a second data segment of the content file; encrypting the second data segment using the second encryption information; determining a storage medium in which the encrypted second data segment is to be stored among a plurality of storage mediums based on a value calculated by subtracting a specific value from the first data segment; and storing the encrypted second data segment in the storage medium. receiving a first data segment of a content file through a network , wherein the first data segment is not encrypted; generating second encryption information based on at least part of the first data segment; receiving a second data segment of the content file; encrypting the second data segment using the second encryption information; determining a storage medium in which the encrypted second data segment is to be stored among a plurality of storage mediums based on a value calculated by subtracting a specific value from the first data segment; and storing the encrypted second data segment in the storage medium.
Supporting system for obtaining a floor with boards made of wood or similar material, said floor being elevated with respect to the reference ground, said supporting system comprising a treading plate and at least three supporting feet fixed to the plate in order to support said plate with respect to the reference ground, wherein the plate comprises at least one grid of quadrangular conformation, at least two wooden boards being fixed to the at least one grid , said wooden boards having a length equal to the length of the at least one grid and having an overall width equal to the width of the at least one grid so as to cover the entire surface of said at least one grid , characterized by the fact that at least one elongated seat is formed in the at least one grid , an elongated slat in a rigid material being received in said elongated seat , the elongated slat having a volume equal or smaller to the volume of the at least one elongated seat , so that the elongated slat is included inside the at least one grid .
A dead time estimation device configured to estimate a dead time in a control target (P) configured to apply a driving force to a specimen (M), the dead time estimation device comprising: a dead time initial value acquisition section configured to obtain a dead time initial value of the control target; and a frequency characteristic acquisition section configured to obtain a dead time element by using the dead time initial value and to obtain, as G ^ / e − L ^ 1 ′ s , a frequency characteristic of an element from which the dead time element is removed from a transfer function of the control target; a dead time calculation section configured to obtain the dead time L ^ 1 ′ with which an evaluation function J in Equation is at minimum, wherein the dead time estimation device is configured to satisfy Equation : J = ∫ G ^ / e − L ^ 1 ′ s − G ^ ′ df where G ^ / e − L ^ 1 ′ s is the frequency characteristic of the element from which the dead time element is removed from the transfer function of the control target and Ĝ' is the transfer function not including the dead time element in the control target. a dead time initial value acquisition section configured to obtain a dead time initial value of the control target; and a frequency characteristic acquisition section configured to obtain a dead time element by using the dead time initial value and to obtain, as G ^ / e − L ^ 1 ′ s , a frequency characteristic of an element from which the dead time element is removed from a transfer function of the control target; a dead time calculation section configured to obtain the dead time L ^ 1 ′ with which an evaluation function J in Equation is at minimum, wherein the dead time estimation device is configured to satisfy Equation : J = ∫ G ^ / e − L ^ 1 ′ s − G ^ ′ df
Moulded floor covering system for acoustic attenuation of an automotive vehicle comprising a surface layer, a decoupling layer and an impervious base layer functioning as a barrier layer in an acoustic spring mass system and materially connected to the spring layer formed by the decoupling layer characterised in that the surface layer comprises an adhesive layer jointed to the surface of the base layer and an adherent pile of fibrous flock standing substantially on end in the adhesive forming the surface coverage and whereby the impervious base layer consist of a thermoplastic elastomeric base layer with a density of at least 0.5 kg/m 3 comprising of a polyolefin based material and at least an inorganic filler, whereby the total filler content is between 65 and 95% by weight.
A method for obtaining immunoregulatory NK cells comprising the steps of - provisioning of a sample derived from a blood sample of a subject that has received a checkpoint-inhibitor therapy and shows symptoms of or suffers from immune-related adverse events (irAE) comprising autoimmune colitis, - adding 8-methoxypsoralen to the sample and - subjecting the sample to UVA irradiation, wherein adding 8-methoxypsoralen to the sample and subjecting the sample to UVA irradiation generates or induces the formation of immunoregulatory NK cells in the sample. - provisioning of a sample derived from a blood sample of a subject that has received a checkpoint-inhibitor therapy and shows symptoms of or suffers from immune-related adverse events (irAE) comprising autoimmune colitis, - adding 8-methoxypsoralen to the sample and - subjecting the sample to UVA irradiation,
An electronic device , comprising: a network interface configured to send and/or receive a message to another electronic device in a fabric network including one or more logical networks ; and a memory configured to store a unique local address, ULA, having an address format, wherein the ULA provides an indication of a destination of the message sent in the fabric network , wherein the address format comprises: a global ID configured to identify the fabric network to which the electronic device is communicatively coupled to; a logical network ID , the logical network ID configured to identify a logical network of the fabric network ; and an interface ID , wherein the interface ID is configured to uniquely identify the electronic device on the fabric network . a network interface configured to send and/or receive a message to another electronic device in a fabric network including one or more logical networks ; and a memory configured to store a unique local address, ULA, having an address format, wherein the ULA provides an indication of a destination of the message sent in the fabric network , wherein the address format comprises: a global ID configured to identify the fabric network to which the electronic device is communicatively coupled to; a logical network ID , the logical network ID configured to identify a logical network of the fabric network ; and an interface ID , wherein the interface ID is configured to uniquely identify the electronic device on the fabric network . a global ID configured to identify the fabric network to which the electronic device is communicatively coupled to; a logical network ID , the logical network ID configured to identify a logical network of the fabric network ; and an interface ID , wherein the interface ID is configured to uniquely identify the electronic device on the fabric network .
An edge-cutting device that performs edge cutting for cutting away a trim of a cardboard sheet forward and backward in a case where an order is changed in a corrugating machine , the edge-cutting device comprising: an edge-cutting knife that protrudes from an outer periphery of a cylinder of which an axis is disposed in a width direction of the corrugating machine and is rotated integrally with the cylinder ; and a control device that is configured to control the edge-cutting device to cause the edge-cutting device to perform first edge cutting for edge-cutting a trim of an old order at a first rotation of the edge-cutting knife and to perform second edge cutting for edge-cutting a trim of a new order at a second rotation of the edge-cutting knife in a case where the order is changed, characterized in that the control device includes calculation means for calculating an order changing time, and variable control means configured to control a rotation speed of the edge-cutting knife between an end point in time of the first edge cutting and a start point in time of the second edge cutting, for variably controlling a time interval between the first edge cutting and the second edge cutting in the order changing time. an edge-cutting knife that protrudes from an outer periphery of a cylinder of which an axis is disposed in a width direction of the corrugating machine and is rotated integrally with the cylinder ; and a control device that is configured to control the edge-cutting device to cause the edge-cutting device to perform first edge cutting for edge-cutting a trim of an old order at a first rotation of the edge-cutting knife and to perform second edge cutting for edge-cutting a trim of a new order at a second rotation of the edge-cutting knife in a case where the order is changed, characterized in that the control device includes calculation means for calculating an order changing time, and variable control means configured to control a rotation speed of the edge-cutting knife between an end point in time of the first edge cutting and a start point in time of the second edge cutting, for variably controlling a time interval between the first edge cutting and the second edge cutting in the order changing time.
An arginine depleting agent for use in treating at least one condition selected from the group consisting of obesity, a metabolic disorder, and a related complication in a subject in need thereof, wherein the arginine depleting agent is an arginine catabolic enzyme selected from the group consisting of an arginase protein, an arginine deiminase protein, and an arginine decarboxylase protein, the metabolic disorder is selected from the group consisting of glucose intolerance, hyperglycemia, diabetes mellitus, hepatic steatosis, renal steatosis, pancreatic steatosis, cardiac steatosis, and insulin resistance; and the related complication is one or more conditions selected from the group consisting of diabetic nephropathy, diabetic vasculopathy, diabetic neuropathy, hypercholesterolemia, dyslipidemia, hypertriglyceridemia, hyperleptinemia, hyperinsulinemia, steatosis, steatohepatitis, hypertension, cardiovascular disease, and whitening of brown fat.
A compound, of structure of formula (F'), wherein the R 1 is selected from a group consisting of hydrogen, amino group, nitro group, nitroamino group, azido group, fluorine, chlorine, bromine, iodine, and C n H m (NO 2 ) p , wherein m + p = 2 n + 1, and n = 1, 2, 3, or 4; and the R 3 is selected from a group consisting of hydrogen, amino group, nitro group, nitroamino group, azido group, fluorine, chlorine, bromine, iodine, and C n H m (NO 2 ) p , wherein m + p = 2 n + 1 , and n = 1 , 2 , 3 , or 4. the R 1 is selected from a group consisting of hydrogen, amino group, nitro group, nitroamino group, azido group, fluorine, chlorine, bromine, iodine, and C n H m (NO 2 ) p , wherein m + p = 2 n + 1, and n = 1, 2, 3, or 4; and the R 3 is selected from a group consisting of hydrogen, amino group, nitro group, nitroamino group, azido group, fluorine, chlorine, bromine, iodine, and C n H m (NO 2 ) p , wherein m + p = 2 n + 1 , and n = 1 , 2 , 3 , or 4.
A method of assembling a cap comprising: forming a single-panel crown for a cap from a single sheet or single piece of stretchable fabric, the stretchable fabric comprising elastic fabric; attaching a support layer to an interior portion of the single-panel crown ; and attaching a visor and an elastic band to the single-panel crown with the attached support layer , wherein the forming a single-panel crown comprises heating and stretching the single sheet or single piece of stretchable fabric to form a hemispherical shape on a portion of the stretchable fabric, the single-panel crown being formed of the stretchable fabric, wherein the single sheet or single piece of stretchable fabric is to be heated and stretched into the hemispherical shape without applying or adding additional materials thereto for shaping the stretchable fabric. forming a single-panel crown for a cap from a single sheet or single piece of stretchable fabric, the stretchable fabric comprising elastic fabric; attaching a support layer to an interior portion of the single-panel crown ; and attaching a visor and an elastic band to the single-panel crown with the attached support layer , wherein the forming a single-panel crown comprises heating and stretching the single sheet or single piece of stretchable fabric to form a hemispherical shape on a portion of the stretchable fabric, the single-panel crown being formed of the stretchable fabric, wherein the single sheet or single piece of stretchable fabric is to be heated and stretched into the hemispherical shape without applying or adding additional materials thereto for shaping the stretchable fabric.
A composition comprising an inhibitor of TL1A-DR3 signaling comprising a blocking anti-TL1A antibody for use in treating fibrosis in a subject wherein the subject expresses a high level of IL31 RA , or a gene expression product thereof, as compared to a normal individual.
An electronic communication apparatus comprising: a node to couple to a serial bus; and a controller to provide a control signal to a first circuit path in order to change electrical termination of a signal at the node between a first electrical termination through the first circuit path during a first mode of the controller and a second electrical termination through a second circuit path during a second mode of the controller without providing another control signal from the controller to the first and second circuit paths during the first and second modes, wherein the first circuit path is configured to terminate the signal at the node to a first supply node , and the second circuit path includes a diode (Di) and a resistor (R 3 ) to terminate the signal at the node to a second supply node . a node to couple to a serial bus; and a controller to provide a control signal to a first circuit path in order to change electrical termination of a signal at the node between a first electrical termination through the first circuit path during a first mode of the controller and a second electrical termination through a second circuit path during a second mode of the controller without providing another control signal from the controller to the first and second circuit paths during the first and second modes, wherein the first circuit path is configured to terminate the signal at the node to a first supply node , and the second circuit path includes a diode (Di) and a resistor (R 3 ) to terminate the signal at the node to a second supply node .
A lawnmower comprising a protection grid fixedly mounted with a cutting deck of the lawnmower, said cutting deck of the lawnmower comprises walls which hang downwards and form a downward-facing lower opening, said protection grid comprises a support boundary element which is mounted with said lower opening of the cutting deck of the lawnmower so as to cover the entire action range of a cutting blade of the lawnmower, said action range of said cutting blade is identified by a complete rotation of said cutting blade, said support boundary element lies on a first horizontal geometric plane (S), said protection grid comprises a multiplicity of connection means , said connection means comprise at least a first portion which extends from said support boundary element of the protection grid , said first portion hangs downwards, said protection grid comprises an inner ring of smaller diameter than a geometric circle identified by the action range of said cutting blade, said inner ring identifies an obstruction-free through opening , said through opening is obstruction-free for a diameter between 30% and 95% with respect to the diameter of the geometric circle identified by the action range of said cutting blade, said inner ring lies on a second horizontal geometric plane (T) lower than said first horizontal geometric plane (S), said second horizontal geometric plane (T) is parallel to said first horizontal geometric plane (S), said second horizontal geometric plane (T) is arranged at a vertical distance (P) with respect to said first horizontal geometric plane (S), said vertical distance (P) is measured along a vertical axis which is perpendicular to the ground, in a grass cutting position said second horizontal geometric plane (T) is at a distance from the ground lower than the first horizontal geometric plane (S), said connecting means of the protection grid comprise at least a second portion , said at least a second portion of said connecting elements supports said inner ring , said at least a first portion of connecting means of said protection grid is a multiplicity of sectors which extend from the support boundary element and hang downwards to said second horizontal geometric plane (T), said at least a second portion of connecting means of said protection grid comprises a multiplicity of radial elements , which lie on said second horizontal geometric plane (T), said multiplicity of radial elements is connected on one side to at least some sectors of said multiplicity of sectors and on the other side to said inner ring , characterized by comprising at least one inner reinforcing ring , said inner reinforcing ring is concentric with said inner ring , said inner reinforcing ring is mounted with each radial element of said multiplicity of radial elements .
A puncturing information indication method, carried out by a transmit device, wherein the method comprises: generating a physical layer protocol data unit, PPDU, comprising a preamble, wherein the preamble comprises location indication information and preamble puncturing information, wherein the preamble puncturing information is used to determine a usage status of a subchannel of a bandwidth of the PPDU; and sending the PPDU, comprising the preamble, wherein the preamble puncturing information is located on a first content channel, wherein the first content channel is distributed over a number of subchannels of the bandwidth of the PPDU, wherein the location indication information indicates a frequency domain location of the first content channel, and wherein a total bandwidth of the first content channel is less than the bandwidth of the PPDU. generating a physical layer protocol data unit, PPDU, comprising a preamble, wherein the preamble comprises location indication information and preamble puncturing information, wherein the preamble puncturing information is used to determine a usage status of a subchannel of a bandwidth of the PPDU; and sending the PPDU, comprising the preamble, wherein the preamble puncturing information is located on a first content channel, wherein the first content channel is distributed over a number of subchannels of the bandwidth of the PPDU, wherein the location indication information indicates a frequency domain location of the first content channel, and wherein a total bandwidth of the first content channel is less than the bandwidth of the PPDU.
A nacelle system, comprising: a nacelle component (112; 114; 116; 120; 212); an attachment structure (232; 332); and a bracket (250; 350; 450; 550) configured to secure the nacelle component (112; 114; 116; 120; 212) to the attachment structure (232; 332), the bracket (250; 350; 450; 550) comprising a first arm (254; 352; 452; 552) having a first bead structure (360; 460; 560) and a first flex portion disposed between a proximal end (354; 454; 554) and a distal end (356; 456; 556) of the bracket (250; 350; 450; 550), characterised in that the bracket (250; 350; 450; 550) includes a second arm (254; 376; 476; 576), the second arm (254; 376; 476; 576) and the first arm (254; 352; 452; 552) connected proximate the proximal end (354; 454; 554) of the bracket (250; 350; 450; 550), wherein the second arm (254; 376; 476; 576) includes a second bead structure (378; 478; 578) and a second flex portion disposed between the proximal end (354; 454; 554) and the distal end (356; 456; 556) of the bracket (250; 350; 450; 550). a nacelle component (112; 114; 116; 120; 212); an attachment structure (232; 332); and a bracket (250; 350; 450; 550) configured to secure the nacelle component (112; 114; 116; 120; 212) to the attachment structure (232; 332), the bracket (250; 350; 450; 550) comprising a first arm (254; 352; 452; 552) having a first bead structure (360; 460; 560) and a first flex portion disposed between a proximal end (354; 454; 554) and a distal end (356; 456; 556) of the bracket (250; 350; 450; 550), characterised in that the bracket (250; 350; 450; 550) includes a second arm (254; 376; 476; 576), the second arm (254; 376; 476; 576) and the first arm (254; 352; 452; 552) connected proximate the proximal end (354; 454; 554) of the bracket (250; 350; 450; 550), wherein the second arm (254; 376; 476; 576) includes a second bead structure (378; 478; 578) and a second flex portion disposed between the proximal end (354; 454; 554) and the distal end (356; 456; 556) of the bracket (250; 350; 450; 550).