mhurhangee/patent-ind-claim-en huggingface dataset:
A parenteral dosage form comprising: a ready-to-inject sterile, stable aqueous solution comprising: (i) Cetrorelix, or a pharmaceutically acceptable salt thereof, in an amount of 0.25mg/ml, (ii) lactic acid to adjust the pH in the range of 3 to 5, (iii) Impurity A, a decapeptide of formula I in an amount less than 1% w/v of Cetrorelix base, (iv) an osmotic agent, and (v) water for injection. (i) Cetrorelix, or a pharmaceutically acceptable salt thereof, in an amount of 0.25mg/ml, (ii) lactic acid to adjust the pH in the range of 3 to 5, (iii) Impurity A, a decapeptide of formula I in an amount less than 1% w/v of Cetrorelix base, (iv) an osmotic agent, and (v) water for injection.
A control system comprising: a sensor for sensing a boundary state describing flow at a boundary; an actuator for positioning a control surface; a control law for controlling the actuator, and a processor for generating an output vector (Y) to direct the control law, the processor comprising: an open loop module for generating the output vector as a function of a state vector (U k , X f ) and an input vector (U x ), wherein the output vector (Y) controls an actuator state that describes the control surface positioned in the flow; a corrector for generating a corrector vector (Y c ) as a function of the output vector; a comparator for generating an error vector (E) by comparing the corrector vector to the input vector; and an estimator for generating the state vector ( X f ) as a function of the error vector, such that the error vector (E) is minimized, wherein the output vector (Y) is corrected for errors based on the boundary state. a sensor for sensing a boundary state describing flow at a boundary; an actuator for positioning a control surface; a control law for controlling the actuator, and a processor for generating an output vector (Y) to direct the control law, the processor comprising: an open loop module for generating the output vector as a function of a state vector (U k , X f ) and an input vector (U x ), wherein the output vector (Y) controls an actuator state that describes the control surface positioned in the flow; a corrector for generating a corrector vector (Y c ) as a function of the output vector; a comparator for generating an error vector (E) by comparing the corrector vector to the input vector; and an estimator for generating the state vector ( X f ) as a function of the error vector, such that the error vector (E) is minimized, wherein the output vector (Y) is corrected for errors based on the boundary state. an open loop module for generating the output vector as a function of a state vector (U k , X f ) and an input vector (U x ), wherein the output vector (Y) controls an actuator state that describes the control surface positioned in the flow; a corrector for generating a corrector vector (Y c ) as a function of the output vector; a comparator for generating an error vector (E) by comparing the corrector vector to the input vector; and an estimator for generating the state vector ( X f ) as a function of the error vector, such that the error vector (E) is minimized, wherein the output vector (Y) is corrected for errors based on the boundary state.
A resin furniture assembly comprising: a box structure , said box structure formed by a first end structure , a second end structure , a front panel , a rear panel , a base panel and a seat panel to include a hollow interior portion, said box structure including a plurality of legs for supporting said box structure above a ground surface, a back panel , said back panel secured to said box structure to form a seat back, said seat panel secured to said box structure for enclosing the top potion of said box structure, at least one of said first end structure , said second end structure , said front panel , said rear panel , or said seat panel being pivotally secured to said box structure for movement between a closed position enclosing said box structure and an open position providing access to an inner portion of said box structure , said inner portion of said box structure providing an enclosed storage area , said first end structure including a first side panel , said first side panel including an inner wall , an outer wall , and a plurality of edge walls to create an enclosed hollow panel, said second end structure including a first side panel , said first side panel including said inner wall , an outer wall , and a plurality of edge walls to create an enclosed hollow panel, said first and second end structures being supported in a vertical spaced apart orientation, said front panel being secured to said inner wall of said first and said second end structures at a front portion of said first and said second end structures to be spaced above a ground surface, said rear panel being secured to said inner wall of said first and said second end structures at a rear portion of said first and said second end structures to be spaced above said ground surface, said base panel being secured to said inner wall of said first and said second end structures , said base panel being in contact with an inner surface of said front panel and an inner surface of said rear panel characterized in that , the resin furniture assembly further comprises at least one tack off , said at least one tack off including an inwardly extending cavity, said inwardly extending cavity connecting said inner wall to said outer wall of each of said first end structure and said second end structure .
Computer-implemented method for performing flow analysis in a target volume of a moving organ having a long axis from 4D MR Flow volumetric image data set of such organ, wherein such data set comprises structural information and three-directional velocity information of the target volume over time, the method comprising: a) deriving from the 4D MR Flow volumetric image data set at least one derived image data set related to the long axis of the moving organ; b) determining at least one feature of interest in said derived image data set; c) tracking the feature of interest in the derived image data set; d) determining the spatial orientation over time of a plane containing the feature of interest in the 4D MR Flow volumetric image data set; e) performing quantitative flow analysis using velocity information of the flow through the feature of interest on the plane as determined in step d), wherein the derived image data set related to the long axis of the moving organ is created by multi planar reconstruction, wherein the derived image data set is obtained by registering the 4D MR flow volumetric data set with a generic 3D anatomical surface model of the organ with annotated features as landmarks. a) deriving from the 4D MR Flow volumetric image data set at least one derived image data set related to the long axis of the moving organ; b) determining at least one feature of interest in said derived image data set; c) tracking the feature of interest in the derived image data set; d) determining the spatial orientation over time of a plane containing the feature of interest in the 4D MR Flow volumetric image data set; e) performing quantitative flow analysis using velocity information of the flow through the feature of interest on the plane as determined in step d), wherein the derived image data set related to the long axis of the moving organ is created by multi planar reconstruction, wherein the derived image data set is obtained by registering the 4D MR flow volumetric data set with a generic 3D anatomical surface model of the organ with annotated features as landmarks.
A mounting member for use with an air maintenance tire, the tire including a sidewall being formed with a groove for receiving an air tube and a recess for receiving at least one pneumatic connector that is in fluid communication with the air tube , the mounting member comprising: a plurality of layers , the layers being in stacked alignment with one another; the plurality of layers including at least an axially outward layer and an axially inward layer ; and the mounting member being configured for being received in the recess and for being secured to the tire sidewall thereby securing the position of the at least one pneumatic connector ; characterized in that the outward layer is formed with at least one opening to receive an outward end of the at least one pneumatic connector , and in that the mounting member further comprises at least one layer disposed between the outward layer and the inward layer or in that the mounting member comprises two layers disposed between the outward layer and the inward layer . a plurality of layers , the layers being in stacked alignment with one another; the plurality of layers including at least an axially outward layer and an axially inward layer ; and the mounting member being configured for being received in the recess and for being secured to the tire sidewall thereby securing the position of the at least one pneumatic connector ; characterized in that the outward layer is formed with at least one opening to receive an outward end of the at least one pneumatic connector , and in that the mounting member further comprises at least one layer disposed between the outward layer and the inward layer or in that the mounting member comprises two layers disposed between the outward layer and the inward layer .
Movement device for a seat (F), having - a support with a first linear guide unit which is attached thereto - and which has a first pair of bearings and a first cuboidal linear slide which is guided in a linearly movable manner between the bearings , - wherein the two bearings of the first pair engage in respective longitudinal sides of the first linear slide . - a support with a first linear guide unit which is attached thereto - and which has a first pair of bearings and a first cuboidal linear slide which is guided in a linearly movable manner between the bearings , - wherein the two bearings of the first pair engage in respective longitudinal sides of the first linear slide .
A hybrid toner composition comprising: a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax having a peak melting point of from 60 to 80 °C; wherein the second wax comprises an ester wax having a peak melting point of from 60 to 80 °C; a first resin comprising an amorphous polyester and a second resin comprising at least one of a styrene, an acrylate, or a combination thereof; and an optional colorant, wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition. a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax having a peak melting point of from 60 to 80 °C; wherein the second wax comprises an ester wax having a peak melting point of from 60 to 80 °C; a first resin comprising an amorphous polyester and a second resin comprising at least one of a styrene, an acrylate, or a combination thereof; and an optional colorant, wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition. wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition.
A composition for selectively etching a layer comprising a silicon germanium alloy (SiGe) in the presence of a silicon-containing layer, particularly a layer comprising a-Si, SiO x , SiON, SiN, or a combination thereof, the composition comprising: (a) 0.01 to 3.0 mol/l of a peroxide, (b1) 1% by weight or below of an inorganic acid having a pK a of 2 or less, (b2) 10 to 60% by weight of an organic acid selected from a C 1 to C 10 mono, di or tri carboxylic acid, a C 1 to C 10 sulfonic acid, and a C 1 to C 10 phosphonic acid, (c) 0.001 to 3 mol/l of an etchant selected from ammonium fluoride, ammonium bifluoride, triethanolammonium fluoride, diglycolammonium fluoride, methyldiethanolammonium fluoride, tetramethylammonium fluoride, triethylamine trihy-drofluoride, hydrogen fluoride, fluoroboric acid, tetrafluoroboric acid, ammonium tetra-fluoroborate, fluoroacetic acid, ammonium fluoroacetate, trifluoroacetic acid, fluorosilicic acid, ammonium fluorosilicate, and tetrabutylammonium tetra-fluoroborate, (d) 0.01 to 10 % by weight of a polyvinylpyrrolidone (PVP), and (e) water. (a) 0.01 to 3.0 mol/l of a peroxide, (b1) 1% by weight or below of an inorganic acid having a pK a of 2 or less, (b2) 10 to 60% by weight of an organic acid selected from a C 1 to C 10 mono, di or tri carboxylic acid, a C 1 to C 10 sulfonic acid, and a C 1 to C 10 phosphonic acid, (c) 0.001 to 3 mol/l of an etchant selected from ammonium fluoride, ammonium bifluoride, triethanolammonium fluoride, diglycolammonium fluoride, methyldiethanolammonium fluoride, tetramethylammonium fluoride, triethylamine trihy-drofluoride, hydrogen fluoride, fluoroboric acid, tetrafluoroboric acid, ammonium tetra-fluoroborate, fluoroacetic acid, ammonium fluoroacetate, trifluoroacetic acid, fluorosilicic acid, ammonium fluorosilicate, and tetrabutylammonium tetra-fluoroborate, (d) 0.01 to 10 % by weight of a polyvinylpyrrolidone (PVP), and (e) water.
A motor rotor holder rotatably supported in a housing of a motor , comprising: a first cooling channel which allows interior spaces at two axial sides of a rotor in the housing to be in communication with each other for directing a first cooling medium through the first cooling channel ; and a second cooling channel which is in communication with an exterior of the housing for directing a second cooling medium through the second cooling channel , wherein the first cooling channel and the second cooling channel are provided to have a common heat conduction portion, and the first cooling channel is allowed to exchange heat with the second cooling channel via the common heat conduction portion, and heat absorbed by the first cooling medium is transferred from an interior of the housing to the second cooling medium and the heat is discharged to the exterior of the housing , wherein the motor rotor holder comprises an inner cylinder , an outer cylinder and an intermediate cylinder located between the inner cylinder and the outer cylinder , wherein the intermediate cylinder is arranged separately from the inner cylinder and the outer cylinder by support components respectively, which allows the first cooling channel to be formed between the intermediate cylinder and the outer cylinder and allows the second cooling channel to be formed between the intermediate cylinder and the inner cylinder , and the intermediate cylinder serves as the common heat conduction portion. a first cooling channel which allows interior spaces at two axial sides of a rotor in the housing to be in communication with each other for directing a first cooling medium through the first cooling channel ; and a second cooling channel which is in communication with an exterior of the housing for directing a second cooling medium through the second cooling channel , wherein the first cooling channel and the second cooling channel are provided to have a common heat conduction portion, and the first cooling channel is allowed to exchange heat with the second cooling channel via the common heat conduction portion, and heat absorbed by the first cooling medium is transferred from an interior of the housing to the second cooling medium and the heat is discharged to the exterior of the housing , wherein the motor rotor holder comprises an inner cylinder , an outer cylinder and an intermediate cylinder located between the inner cylinder and the outer cylinder , wherein the intermediate cylinder is arranged separately from the inner cylinder and the outer cylinder by support components respectively, which allows the first cooling channel to be formed between the intermediate cylinder and the outer cylinder and allows the second cooling channel to be formed between the intermediate cylinder and the inner cylinder , and the intermediate cylinder serves as the common heat conduction portion.
An agent capable of increasing the expression and/or activity of miR-128 in the brain for use in treating or reducing the likelihood of status epilepticus in an individual suspected of having or diagnosed with Dravet Syndrome, wherein the agent is miR-128, or is an agent with 90 percent or more sequence identity to miR-128.
An apparatus for use in a treatment process that involves a treatment machine having an energy source , the apparatus comprising: one or more medium storing current treatment plan data and a current image of a patient, wherein the current treatment plan data is for processing by the treatment machine to treat the patient; one or more input communicatively coupled to said one or more medium storing current treatment plan data and a current image of the patient, the one or more input configured to obtain the current treatment plan data and the current image of the patient; a re-plan triggering model ; and a re-planning decision processor configured to determine a re-plan information based at least in part on the current treatment plan data , the current image , and the re-plan triggering model , wherein the re-plan information indicates a recommendation regarding treatment re-planning; wherein the re-planning decision processor is configured to output the re-plan information ; characterised in that the apparatus further comprises a model generator that is configured to create the re-plan triggering model based on previous treatment plan data and previous image(s) by observing how anatomical features changed over time for a particular patient, and how those changes correlate with previous re-plan decisions. one or more medium storing current treatment plan data and a current image of a patient, wherein the current treatment plan data is for processing by the treatment machine to treat the patient; one or more input communicatively coupled to said one or more medium storing current treatment plan data and a current image of the patient, the one or more input configured to obtain the current treatment plan data and the current image of the patient; a re-plan triggering model ; and a re-planning decision processor configured to determine a re-plan information based at least in part on the current treatment plan data , the current image , and the re-plan triggering model , wherein the re-plan information indicates a recommendation regarding treatment re-planning; wherein the re-planning decision processor is configured to output the re-plan information ; characterised in that the apparatus further comprises a model generator that is configured to create the re-plan triggering model based on previous treatment plan data and previous image(s) by observing how anatomical features changed over time for a particular patient, and how those changes correlate with previous re-plan decisions.
A powder containing plate-like particles, the plate-like particles comprising: sodium niobate particles having a shape of a cuboid having an average side length of 0.1 μm or more to 100 μm or less, wherein at least one face of the cuboid is a plane in pseudo-cubic notation, and the sodium niobate particles have a perovskite single-phase structure; and an organic binder, wherein the plate-like particles have an aspect ratio of a width to a thickness (width/thickness) of 3 or more, and wherein a largest face of the plate-like particles is parallel to the plane in pseudo-cubic notation. sodium niobate particles having a shape of a cuboid having an average side length of 0.1 μm or more to 100 μm or less, wherein at least one face of the cuboid is a plane in pseudo-cubic notation, and the sodium niobate particles have a perovskite single-phase structure; and an organic binder, wherein the plate-like particles have an aspect ratio of a width to a thickness (width/thickness) of 3 or more, and wherein a largest face of the plate-like particles is parallel to the plane in pseudo-cubic notation.
A battery module, characterized by : a plurality of batteries arranged side by side; two side plates made of metal material; and two composite end plates , wherein the two composite end plates and the two side plates are alternately provided around the batteries, and each of the two composite end plates comprises a rigid substrate comprising a first surface and a second surface opposite to each other in a thickness direction (Y) of the rigid substrate , wherein the first surface is provided to face a battery of the battery module, and the rigid substrate comprises two ends opposite to each other in a width direction (X) of the rigid substrate ; and rigid connecting cylinders extending along a height direction (Z) of the rigid substrate and made of different material from that of the rigid substrate , wherein the rigid connecting cylinders are made of metal material, the two ends of the rigid substrate are connected and fixed to the respective rigid connecting cylinders , and a portion of each of the rigid connecting cylinders exposed at a side where the second surface is located is welded to the respective side plate . a plurality of batteries arranged side by side; two side plates made of metal material; and two composite end plates , wherein the two composite end plates and the two side plates are alternately provided around the batteries, and each of the two composite end plates comprises a rigid substrate comprising a first surface and a second surface opposite to each other in a thickness direction (Y) of the rigid substrate , wherein the first surface is provided to face a battery of the battery module, and the rigid substrate comprises two ends opposite to each other in a width direction (X) of the rigid substrate ; and rigid connecting cylinders extending along a height direction (Z) of the rigid substrate and made of different material from that of the rigid substrate , wherein the rigid connecting cylinders are made of metal material, the two ends of the rigid substrate are connected and fixed to the respective rigid connecting cylinders , and a portion of each of the rigid connecting cylinders exposed at a side where the second surface is located is welded to the respective side plate . a rigid substrate comprising a first surface and a second surface opposite to each other in a thickness direction (Y) of the rigid substrate , wherein the first surface is provided to face a battery of the battery module, and the rigid substrate comprises two ends opposite to each other in a width direction (X) of the rigid substrate ; and rigid connecting cylinders extending along a height direction (Z) of the rigid substrate and made of different material from that of the rigid substrate , wherein the rigid connecting cylinders are made of metal material, the two ends of the rigid substrate are connected and fixed to the respective rigid connecting cylinders , and a portion of each of the rigid connecting cylinders exposed at a side where the second surface is located is welded to the respective side plate .