mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a solid ozone storage material comprising contacting carbohydrates and/or carbohydrate derivatives in granular solid form, optionally porous or in compact solid form, optionally porous with a gas comprising ozone, provided that, when said carbohydrates and/or said carbohydrate derivatives comprise cyclodextrins or cyclodextrin derivatives, the latter are mixed with at least one other carbohydrate different from a cyclodextrin or a cyclodextrin derivative and provided that said contacting is carried out in the absence of any liquid, whereby a solid ozone storage material is obtained, said carbohydrates and said carbohydrate derivatives being different from cellulose esters, said carbohydrate derivatives being selected from the monosaccharide derivatives, the oligosaccharide derivatives and the polysaccharide derivatives, a monosaccharide derivative being an ose comprising 3 to 9 carbon atoms in which at least one hydrogen atom and/or at least one hydroxyl radical and/or the carbonyl function is substituted by a halogen atom or a chemical group, and an oligosaccharide or polysaccharide derivative is an oligosaccharide or polysaccharide in which at least one hydrogen atom and/or at least one hydroxyl radical and/or at least one carbonyl function is substituted by a halogen atom or a chemical group, and a cyclodextrin derivative being a chemically modified cyclodextrin, a crosslinked cyclodextrin, a immobilized cyclodextrin and/or a cyclodextrin organized into a molecular superstructure. provided that, when said carbohydrates and/or said carbohydrate derivatives comprise cyclodextrins or cyclodextrin derivatives, the latter are mixed with at least one other carbohydrate different from a cyclodextrin or a cyclodextrin derivative and provided that said contacting is carried out in the absence of any liquid, whereby a solid ozone storage material is obtained, said carbohydrates and said carbohydrate derivatives being different from cellulose esters, said carbohydrate derivatives being selected from the monosaccharide derivatives, the oligosaccharide derivatives and the polysaccharide derivatives, a monosaccharide derivative being an ose comprising 3 to 9 carbon atoms in which at least one hydrogen atom and/or at least one hydroxyl radical and/or the carbonyl function is substituted by a halogen atom or a chemical group, and an oligosaccharide or polysaccharide derivative is an oligosaccharide or polysaccharide in which at least one hydrogen atom and/or at least one hydroxyl radical and/or at least one carbonyl function is substituted by a halogen atom or a chemical group, and a cyclodextrin derivative being a chemically modified cyclodextrin, a crosslinked cyclodextrin, a immobilized cyclodextrin and/or a cyclodextrin organized into a molecular superstructure.
Brake motor control device for the control of an electric brake motor of an electromechanical braking device that can be used in particular as a parking or holding brake in a braking system for a vehicle, wherein the electric brake motor displaces a brake piston against a brake disc , characterized in that the brake motor control device is an ESP control unit and the brake motor control device comprises a connection unit to which an auxiliary control unit for controlling the electric brake motor in the event of a fault of the brake motor control device can be connected.
A system comprising: a turbine blade track or a turbine blade shroud comprising a substrate ; and a coating on the substrate , wherein the coating comprises at least one abradable layer , wherein the at least one abradable layer is porous, wherein the at least one abradable layer comprises a matrix material and a plurality of microspheres located within the at least one abradable layer at a predetermined depth from an outer surface of the coating, wherein the plurality of microspheres define a visual characteristic distinct from the matrix material , and wherein the plurality of microspheres comprise at least one rare earth oxide, at least one rare earth silicate, or at least one rare earth oxide and at least one rare earth silicate; and a gas turbine blade, wherein the gas turbine blade is configured to contact a portion of the at least one abradable layer on the substrate during rotation of the gas turbine blade, and wherein the at least one abradable layer is configured to be abraded to at least the predetermined depth by the contact by the gas turbine blade. a turbine blade track or a turbine blade shroud comprising a substrate ; and a coating on the substrate , wherein the coating comprises at least one abradable layer , wherein the at least one abradable layer is porous, wherein the at least one abradable layer comprises a matrix material and a plurality of microspheres located within the at least one abradable layer at a predetermined depth from an outer surface of the coating, wherein the plurality of microspheres define a visual characteristic distinct from the matrix material , and wherein the plurality of microspheres comprise at least one rare earth oxide, at least one rare earth silicate, or at least one rare earth oxide and at least one rare earth silicate; and a gas turbine blade, wherein the gas turbine blade is configured to contact a portion of the at least one abradable layer on the substrate during rotation of the gas turbine blade, and wherein the at least one abradable layer is configured to be abraded to at least the predetermined depth by the contact by the gas turbine blade.
An apparatus, comprising: means for determining at a physical layer of a device that a predetermined condition has been met for scaling the power of overlapping preamble transmissions from the device or for dropping one of overlapping preamble transmissions from the device, wherein the overlapping preamble transmissions are to a master cell group and a secondary cell group; and means for communicating an indication that the predetermined condition has been met to a higher layer of the device that selects resources for the master cell group and the secondary cell group, based on the determining that the predetermined condition has been met. means for determining at a physical layer of a device that a predetermined condition has been met for scaling the power of overlapping preamble transmissions from the device or for dropping one of overlapping preamble transmissions from the device, wherein the overlapping preamble transmissions are to a master cell group and a secondary cell group; and means for communicating an indication that the predetermined condition has been met to a higher layer of the device that selects resources for the master cell group and the secondary cell group, based on the determining that the predetermined condition has been met.
Apparatus for gas enrichment of a liquid, the apparatus comprising: - a refillable liquid tank having a tank liquid outlet , - a gas supply port , - a gas reservoir connectable to a tank gas outlet of the liquid tank , and - an inline mixer unit having a liquid inlet connectable with the tank liquid outlet , a mixer gas inlet connectable with a gas supply port and an gas enriched liquid outlet for dispensing gas enriched liquid, wherein the liquid tank further comprises a tank gas inlet connectable to the gas supply port , and wherein the gas reservoir comprises a reservoir gas outlet connectable to the mixer gas inlet and/or to a further mixer gas inlet . - a refillable liquid tank having a tank liquid outlet , - a gas supply port , - a gas reservoir connectable to a tank gas outlet of the liquid tank , and - an inline mixer unit having a liquid inlet connectable with the tank liquid outlet , a mixer gas inlet connectable with a gas supply port and an gas enriched liquid outlet for dispensing gas enriched liquid, wherein the liquid tank further comprises a tank gas inlet connectable to the gas supply port , and wherein the gas reservoir comprises a reservoir gas outlet connectable to the mixer gas inlet and/or to a further mixer gas inlet .
A method for adjusting a drilling parameter of a drill string , the method characterized by : determining with a processor one or more modes of the drill string using a mathematical model; sensing with a sensor at least one of a first oscillation amplitude at a first position in the drill string and an oscillation parameter of the drill string , different from the first oscillation amplitude, at the first position or a second position in the drill string to provide at least one of measured first oscillation amplitude data and measured oscillation parameter data; identifying with the processor a mode of the drill string using the one or more determined modes and a stability criterion and at least one of the measured first oscillation amplitude data and the measured oscillation parameter data, wherein the stability criterion comprises a specific modal damping for each of the one or more determined modes, and wherein the specific modal damping for each of the one or more determined modes is derived, with modal analysis, by using at least one of the measured first oscillation amplitude data and the measured oscillation parameter data; calculating with the processor an oscillation amplitude at a position of interest in the drill string using the identified mode and at least one of the measured first oscillation amplitude data, the measured oscillation parameter data and the stability criterion; and adjusting the drilling parameter in response to the calculated oscillation amplitude at the position of interest. determining with a processor one or more modes of the drill string using a mathematical model; sensing with a sensor at least one of a first oscillation amplitude at a first position in the drill string and an oscillation parameter of the drill string , different from the first oscillation amplitude, at the first position or a second position in the drill string to provide at least one of measured first oscillation amplitude data and measured oscillation parameter data; identifying with the processor a mode of the drill string using the one or more determined modes and a stability criterion and at least one of the measured first oscillation amplitude data and the measured oscillation parameter data, wherein the stability criterion comprises a specific modal damping for each of the one or more determined modes, and wherein the specific modal damping for each of the one or more determined modes is derived, with modal analysis, by using at least one of the measured first oscillation amplitude data and the measured oscillation parameter data; calculating with the processor an oscillation amplitude at a position of interest in the drill string using the identified mode and at least one of the measured first oscillation amplitude data, the measured oscillation parameter data and the stability criterion; and adjusting the drilling parameter in response to the calculated oscillation amplitude at the position of interest.
A carton for holding one or more containers (C), comprising: a plurality of panels that extend at least partially around an interior of the carton , the plurality of panels comprising a bottom panel , a top panel , and at least one side panel ; a plurality of end flaps foldably connected to the respective plurality of panels to form at least one closed end of the carton ; a handle feature in at least one end flap of the plurality of end flaps; and at least one gusset foldably connected between the at least one side panel and the at least one closed end of the carton , the at least one gusset comprises a first gusset panel foldably connected to a second gusset panel , the at least one gusset is positionable between a first position and a second position wherein the interior of the carton is expanded, a tab extends from the first gusset panel to at least partially define a notch in the at least one gusset , wherein the notch aligns with the handle feature in the at least one closed end of the carton . a plurality of panels that extend at least partially around an interior of the carton , the plurality of panels comprising a bottom panel , a top panel , and at least one side panel ; a plurality of end flaps foldably connected to the respective plurality of panels to form at least one closed end of the carton ; a handle feature in at least one end flap of the plurality of end flaps; and at least one gusset foldably connected between the at least one side panel and the at least one closed end of the carton , the at least one gusset comprises a first gusset panel foldably connected to a second gusset panel , the at least one gusset is positionable between a first position and a second position wherein the interior of the carton is expanded, a tab extends from the first gusset panel to at least partially define a notch in the at least one gusset , wherein the notch aligns with the handle feature in the at least one closed end of the carton .
An aircraft comprising a raceway system , wherein the raceway system comprises a plurality of routing modules that are coupled together, and each of the plurality of routing modules includes a main housing configured to route one or more transferring components to one or more monuments within the aircraft ; wherein the main housing comprises a bottom opening configured to enable portions of the one or more transferring components to extend through the bottom opening to couple to the one or more monuments ; wherein at least one of the plurality of routing modules comprises a door that is pivotally coupled to the main housing proximate to the bottom opening , and the door is configured to be selectively moved between an open position and a closed position; and wherein at least one of the plurality of routing modules comprises a top wall comprising a top opening formed through the top wall . wherein the main housing comprises a bottom opening configured to enable portions of the one or more transferring components to extend through the bottom opening to couple to the one or more monuments ; wherein at least one of the plurality of routing modules comprises a door that is pivotally coupled to the main housing proximate to the bottom opening , and the door is configured to be selectively moved between an open position and a closed position; and wherein at least one of the plurality of routing modules comprises a top wall comprising a top opening formed through the top wall .
A method for manufacturing a gas separation membrane, the method comprising: producing a composition for forming a gas separation membrane active layer by obtaining a first reactant by allowing a cellulose-based compound and an acid substituted with fluorine to react, and adding dropwise an acid anhydride substituted with fluorine to the first reactant at a temperature higher than room temperature; forming a porous support by applying a hydrophilic polymer solution onto a porous substrate; and forming an active layer by applying the composition for forming a gas separation membrane active layer onto the porous support. producing a composition for forming a gas separation membrane active layer by obtaining a first reactant by allowing a cellulose-based compound and an acid substituted with fluorine to react, and adding dropwise an acid anhydride substituted with fluorine to the first reactant at a temperature higher than room temperature; forming a porous support by applying a hydrophilic polymer solution onto a porous substrate; and forming an active layer by applying the composition for forming a gas separation membrane active layer onto the porous support.
Cable drum created from one or more materials without arc welding, which consists of side walls that contain bushings , winding space bordered by core element , and a spacer tube located within the core element , characterised by that, the cable drum has two rims having diameter "d" with radially aligned grooves having width V, which are formed in a torus shape or out of a torus shape along its external perimeter, and it has a bushing containing the grooves in a shape locking manner having height H along the perimeter with diameter D1, where the connecting lugs of the radially aligned connecting rings that are attached to the internal surface of both ends of the cylindrical core element in the side walls having ring shape with diameter D, are fixed with their upper parts having height "m" into the nests having height H2 at this point of the grooves , where H2 ≥ m, and in this way the side walls and the core element create the winding space , while the cylindrical spacer tube is fixed in a shape locking manner to the internal surfaces of bushings of the side walls .
A method of diagnosis for suspensions, particularly of motor vehicles, comprising: - a step of connecting at least one control device , which comprises at least one sensor having at least one accelerometer of a triaxial type, onto a portion of body shell of a motor vehicle , said portion of body shell being situated substantially above two wheels of said motor vehicle which belong to a same axle and along a vertical plane that passes through the center of said wheels ; - a step of installing at least two platforms on the ground , positioned in front of said motor vehicle ; - a step of driving over and subsequent clearing of said at least two platforms by said at least two wheels ; characterized in that it further comprises: - a step of collecting the three components of acceleration in the static condition in order to identify the orientation of the acceleration of gravity; - a step of acquiring data from said at least one control device after said step of driving over and subsequent clearing that comprise the measurement of three components of the acceleration along the three axes of the accelerometer; - a step of sending said data to a data processor ; - a step of analyzing said data acquired in said acquisition step wherein said data processor, by means of trigonometric formulas, calculates their projections along the direction of acceleration of gravity that was identified previously and which therefore provides the value of acceleration along the vertical axis (Y). - a step of connecting at least one control device , which comprises at least one sensor having at least one accelerometer of a triaxial type, onto a portion of body shell of a motor vehicle , said portion of body shell being situated substantially above two wheels of said motor vehicle which belong to a same axle and along a vertical plane that passes through the center of said wheels ; - a step of installing at least two platforms on the ground , positioned in front of said motor vehicle ; - a step of driving over and subsequent clearing of said at least two platforms by said at least two wheels ; - a step of collecting the three components of acceleration in the static condition in order to identify the orientation of the acceleration of gravity; - a step of acquiring data from said at least one control device after said step of driving over and subsequent clearing that comprise the measurement of three components of the acceleration along the three axes of the accelerometer; - a step of sending said data to a data processor ; - a step of analyzing said data acquired in said acquisition step wherein said data processor, by means of trigonometric formulas, calculates their projections along the direction of acceleration of gravity that was identified previously and which therefore provides the value of acceleration along the vertical axis (Y).
A compound represented by one of Formulae (I)-(IV), or a pharmaceutically acceptable salt or ester, hydrate, individual optical isomers, a mixture of the individual enantiomers or a racemate thereof: wherein the compound represented by Formula (I) is a β-amino acid derivative, and in Formula (I): X is a single bond; Y is NH; Z is C=O, C=S; W is CH; A is a single bond, -O-, -OH, -OCH 2 -, or -N 3 ; R 1 is H or F; R 2 is H, F, OH, CF 3 , CH 2 OH, CHO or and n is 0 or 1. wherein the compound represented by Formula (I) is a β-amino acid derivative, and in Formula (I): X is a single bond; Y is NH; Z is C=O, C=S; W is CH; A is a single bond, -O-, -OH, -OCH 2 -, or -N 3 ; R 1 is H or F; R 2 is H, F, OH, CF 3 , CH 2 OH, CHO or and n is 0 or 1. X is a single bond; Y is NH; Z is C=O, C=S; W is CH; A is a single bond, -O-, -OH, -OCH 2 -, or -N 3 ; R 1 is H or F; R 2 is H, F, OH, CF 3 , CH 2 OH, CHO or and n is 0 or 1.
A communication support system that is configured to support communication by speech between a user in a first area and a user in a second area in an automobile, the communication support system comprising: a first area microphone that is a microphone disposed in the first area; a second area speaker that is a speaker disposed in the second area; a road noise detection unit that is configured to determine whether a large road noise is being generated; a control unit ; and a voice processing unit that is configured to relay a voice picked up by the first area microphone to the second area speaker, wherein the control unit is configured to cause the voice processing unit to extract a component of a standard band that is a preset frequency band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit does not determine that a large road noise is being generated, and is configured to cause the voice processing unit to extract a component of a treble band, which is a preset frequency band that does not include at least a band on a low frequency side of the standard band but includes a band having a higher frequency than the standard band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit determines that a large road noise is being generated. a first area microphone that is a microphone disposed in the first area; a second area speaker that is a speaker disposed in the second area; a road noise detection unit that is configured to determine whether a large road noise is being generated; a control unit ; and a voice processing unit that is configured to relay a voice picked up by the first area microphone to the second area speaker, wherein the control unit is configured to cause the voice processing unit to extract a component of a standard band that is a preset frequency band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit does not determine that a large road noise is being generated, and is configured to cause the voice processing unit to extract a component of a treble band, which is a preset frequency band that does not include at least a band on a low frequency side of the standard band but includes a band having a higher frequency than the standard band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit determines that a large road noise is being generated.
Valve component in form of a non-return valve or a connecting nipple, in particular for the refuelling of natural gas vehicles, for pressure-tight connection to a fluid line or a quick-connect coupling, wherein the valve component has two housing parts which are connected pressure-tightly to one another and accommodate a valve therein, and wherein a seal bushing is arranged inside at the joint between the housing parts and further forms the sealing surface for the valve , characterised in that the housing parts are pressed together at an annular groove , which is arranged at one of the two housing parts and in the un-pressed condition, the other one of the two housing parts is provided with a projecting bead for press-fitting into the annular groove .