mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for preparing intravenous medicaments comprising an enclosing structure having a plurality of lateral walls which define the sides of a closed internal working environment, at least one access station being provided on at least one lateral wall of the enclosing structure for the selective access to the closed internal working environment, at least one wall of the lateral walls being an equipped wall which groups together the machinery which is provided for preparing the intravenous medicaments, each of the at least one equipped wall being provided with a plurality of stations for one or more objects (F, A, B, S) which can be used in the preparation of intravenous medicaments, the plurality of stations comprising: - at least one temporary receiving or parking station which is provided for temporarily receiving one or more of the objects (F, A, B, S), and - at least one operating station , distinct from the at least one temporary receiving or parking station , which is provided for carrying out operations on one or more of the objects (F, A, B, S) for preparing intravenous medicaments, wherein said at least one temporary receiving or parking station and said at least one operating station are provided on each of the at least one equipped wall of the lateral walls, the machine further comprising a handling robot which is arranged in the closed internal space of the machine, the handling robot being programmed to transfer the objects (F, A, B, S) from any station which is selected from at least one access station , at least one temporary receiving station and at least one operating station , to any other of those stations , wherein there is provided in a substantially central zone of the at least one equipped wall a preparation station , comprising a syringe support , which support is provided with an engaging member for a syringe (S), and wherein the syringe support comprises a syringe actuator which is capable of selectively moving forwards or backwards the plunger of a syringe (S) gripped by the engaging member so as to operate the syringe (S) in a drawing or injecting manner, the syringe support being mounted on a rotary platform which is actuated by a motor group which allows it to rotate in the vertical plane of the at least one equipped wall so as to turn from time to time towards various groups which radially surround it and wherein all the operations on the objects stored on the at least one equipped wall can be carried out without the intervention of the handling robot or an external operator. - at least one temporary receiving or parking station which is provided for temporarily receiving one or more of the objects (F, A, B, S), and - at least one operating station , distinct from the at least one temporary receiving or parking station , which is provided for carrying out operations on one or more of the objects (F, A, B, S) for preparing intravenous medicaments,
A reactive rectification system for the production of high-octane components of gasoline comprising a rectification column having a feed zone and hydrogen-bearing gas supply zone, the system also containing a minimum of three reaction zones, whereas at least one of the reaction zones is located inside of the reactive-rectification column, at least one of which is a benzene hydroisomerisation zone, at least another of which is a hexane isomerisation zone and at least another of which is a pentane isomerisation zone, the benzene hydroisomerisation zone is located below all the other reaction zones and is situated in the lower part of the column, the hexane isomerisation zone is situated above the feed zone and below the pentane isomerisation zone, the system also contains at least one side draw situated above the hexane isomerisation zone and below the pentane isomerisation zone.
A spray drying system comprising a spray dryer with a drying chamber and a process air/gas supply device , at least one powder recovery unit , a conveying line for powdery material such as fines from the powder recovery unit , and means for connecting the conveying line to a cleaning-in-place, CIP, arrangement including a CIP line configured to transport CIP liquid, characterized in that said connecting means comprise a connection assembly including at least one sanitary valve including a first inlet to the conveying line , and a valve member moveable between an open position and a closed position, wherein in the closed position, one part of the valve member seals the conveying line and when in the open position, the valve member is moved to provide communication between the CIP line and the conveying line , thereby allowing CIP liquid to enter or exit the sanitary valve connecting the CIP line and the conveying line via said first inlet .
A dual configuration aircraft lavatory for single person use or assisted person use comprising: a plurality of walls , the plurality of walls enclosing a first subarea, a second subarea, a third subarea and a fourth subarea combined to define a cross-sectional area enclosed by the plurality of walls, a washing station inside the lavatory and corresponding to the first subarea; a toilet inside the lavatory and corresponding to the second subarea; a floor area directly below an unobstructed space sufficient for substantial occupation by an adult human, the floor area corresponding to the third subarea; and a waste receptacle movable between a first position and a second position, wherein the waste receptacle is in the first position when releasably attached to one or more of the plurality of walls, the waste receptacle being inside the lavatory and corresponding to the fourth subarea when in the first position, and wherein the waste receptacle is in the second position when the third and fourth subareas are both free of obstructions so that two adult humans can substantially occupy a combined space above the third and fourth subareas. a plurality of walls , the plurality of walls enclosing a first subarea, a second subarea, a third subarea and a fourth subarea combined to define a cross-sectional area enclosed by the plurality of walls, a washing station inside the lavatory and corresponding to the first subarea; a toilet inside the lavatory and corresponding to the second subarea; a floor area directly below an unobstructed space sufficient for substantial occupation by an adult human, the floor area corresponding to the third subarea; and a waste receptacle movable between a first position and a second position, wherein the waste receptacle is in the first position when releasably attached to one or more of the plurality of walls, the waste receptacle being inside the lavatory and corresponding to the fourth subarea when in the first position, and wherein the waste receptacle is in the second position when the third and fourth subareas are both free of obstructions so that two adult humans can substantially occupy a combined space above the third and fourth subareas.
A method of fabricating a compliant structure having self-healing properties, the method comprising: providing a dielectric film comprising an elastomeric material having a modulus of elasticity less than about 100 MPa; applying an electrode layer to each side of the dielectric film , the electrode layers comprising a compliant conductive material, wherein the conductive materials are selected such that at least a portion of the electrode layers becomes insulating during a fault clearing event, and wherein a fault within the structure is clearable at a rate on the order of milliseconds to seconds upon onset of the fault. providing a dielectric film comprising an elastomeric material having a modulus of elasticity less than about 100 MPa; applying an electrode layer to each side of the dielectric film , the electrode layers comprising a compliant conductive material, wherein the conductive materials are selected such that at least a portion of the electrode layers becomes insulating during a fault clearing event, and wherein a fault within the structure is clearable at a rate on the order of milliseconds to seconds upon onset of the fault.
A modular Distributed Antenna System, DAS, interface tray, for providing an interface between a BTS and a DAS that can adjust the signal input RF power level from the BTS to signal output RF power levels that are harmonious with the requirements of the DAS, the interface tray comprising: a main chassis; one or more radio frequency, RF, modules coupled to the main chassis, said one or more RF modules including a front-end duplexer, acting as the first element that a transmit signal from the BTS encounters and the last element a receive signal encounters before returning to the BTS, and a downlink section adapted to process a transmit signal from the BTS through a cable switch matrix, said cable switch matrix comprising a manual set of cable jumpers, wherein the transmit signal from the BTS is routed, via the cable switch matrix employing a first setting of said cable jumpers, from the front-end duplexer to a power coupler adapted to terminate a portion of the transmit signal power from the BTS into a termination resistor, wherein the cable switch matrix is further adapted, employing a different setting of said cable jumpers, to also enable bypassing the power coupler and the termination resistor; and a Supervisor Control Power Supply Unit, PSU, module coupled to the main chassis. a main chassis; one or more radio frequency, RF, modules coupled to the main chassis, said one or more RF modules including a front-end duplexer, acting as the first element that a transmit signal from the BTS encounters and the last element a receive signal encounters before returning to the BTS, and a downlink section adapted to process a transmit signal from the BTS through a cable switch matrix, said cable switch matrix comprising a manual set of cable jumpers, wherein the transmit signal from the BTS is routed, via the cable switch matrix employing a first setting of said cable jumpers, from the front-end duplexer to a power coupler adapted to terminate a portion of the transmit signal power from the BTS into a termination resistor, wherein the cable switch matrix is further adapted, employing a different setting of said cable jumpers, to also enable bypassing the power coupler and the termination resistor; and a Supervisor Control Power Supply Unit, PSU, module coupled to the main chassis.
An opto-electric cable for building installation comprising: - an electrical conductor comprising an electrically conductive core and an electrically insulating layer surrounding the electrically conductive core ; - an optical unit embedded within the electrically conductive core ; and - an outer sheath surrounding the electrical conductor wherein the optical unit comprises at least two optical fibres (70a 70b), each optical fibre comprising a core , a cladding and a coating , the optical unit further comprising a buffer jointly surrounding the at least two optical fibres . - an electrical conductor comprising an electrically conductive core and an electrically insulating layer surrounding the electrically conductive core ; - an optical unit embedded within the electrically conductive core ; and - an outer sheath surrounding the electrical conductor
Wheeled carrying structure with collapsible undercarriage comprising: - a carrying frame ; - two supporting wheel axles ; both provided with at least one wheel , said wheel axles with lockable swivelling legs being connected to the carrying frame for moving the supporting wheel axles between a mobile position at a distance from the carrying frame and a collapsed position located near the carrying frame ; and characterized by - a third run-in wheel axle provided with at least one wheel , said third run-in wheel axle , with at least one swivelling third leg , also being connected to the carrying frame ; wherein the third run-in wheel axle is movable from a folded-out run-in position located essentially in front of the carrying frame to a folded-in position located under the carrying frame . - a carrying frame ; - two supporting wheel axles ; both provided with at least one wheel , said wheel axles with lockable swivelling legs being connected to the carrying frame for moving the supporting wheel axles between a mobile position at a distance from the carrying frame and a collapsed position located near the carrying frame ; and characterized by - a third run-in wheel axle provided with at least one wheel , said third run-in wheel axle , with at least one swivelling third leg , also being connected to the carrying frame ;
An isolator system , comprising: a workspace isolated from an exterior space by a partition ; and a glove provided to the partition so that an external surface thereof is exposed to the workspace and an internal surface thereof communicates with the exterior space, wherein the glove includes, at a tip-end part thereof, an operating part provided inside the glove , and a hand part provided so as to be exposed to the workspace , wherein the hand part comprises pawl parts for gripping a workpiece, and wherein the operating part is configured so as to operate the pawl parts when a grip part of an arm of a robot grips the operating part . a workspace isolated from an exterior space by a partition ; and a glove provided to the partition so that an external surface thereof is exposed to the workspace and an internal surface thereof communicates with the exterior space, wherein the glove includes, at a tip-end part thereof, an operating part provided inside the glove , and a hand part provided so as to be exposed to the workspace , wherein the hand part comprises pawl parts for gripping a workpiece, and wherein the operating part is configured so as to operate the pawl parts when a grip part of an arm of a robot grips the operating part .
An on-body device for sensing an analyte in a living body, comprising: a cover at least partially containing a glucose monitoring sensor; and a first bottom surface adapted to be adhered to skin, and further adapted to reduce at least one of skin irritation and nuisance to a user, wherein the first bottom surface comprises a first adhesive and a first adhesive release paper that can be removed to expose the first adhesive, characterized in that the first adhesive release paper comprises opposing flaps that are adapted to be joined together above the cover. a cover at least partially containing a glucose monitoring sensor; and a first bottom surface adapted to be adhered to skin, and further adapted to reduce at least one of skin irritation and nuisance to a user, wherein the first bottom surface comprises a first adhesive and a first adhesive release paper that can be removed to expose the first adhesive, characterized in that the first adhesive release paper comprises opposing flaps that are adapted to be joined together above the cover.
A lubricant composition having improved four-ball antiwear properties and comprising: a base oil; one or more alkylethercarboxylic acid corrosion inhibitor having the formula; wherein R is a straight or branched chain C 6 -C 18 alkyl group and n is a number of from 0 to 5; and an ashless antiwear additive comprising phosphorous present in an amount of from 0.01 to less than 0.05 weight percent based on a total weight percent of said lubricant composition, wherein the four-ball antiwear properties are reported as an average diameter of wear scars pursuant to ASTM D4172, wherein the average diameter of the wear scars are at least 5% smaller than the average diameter of the wear scars resulting from a standard that comprises said base oil and said ashless antiwear additive and that is free of said one or more alkylethercarboxylic acid corrosion inhibitor, wherein said lubricant composition comprises from 0.03 to less than 0.5 weight percent of said one or more alkylethercarboxylic acid corrosion inhibitor. a base oil; one or more alkylethercarboxylic acid corrosion inhibitor having the formula; wherein R is a straight or branched chain C 6 -C 18 alkyl group and n is a number of from 0 to 5; and an ashless antiwear additive comprising phosphorous present in an amount of from 0.01 to less than 0.05 weight percent based on a total weight percent of said lubricant composition, wherein the four-ball antiwear properties are reported as an average diameter of wear scars pursuant to ASTM D4172, wherein the average diameter of the wear scars are at least 5% smaller than the average diameter of the wear scars resulting from a standard that comprises said base oil and said ashless antiwear additive and that is free of said one or more alkylethercarboxylic acid corrosion inhibitor, wherein said lubricant composition comprises from 0.03 to less than 0.5 weight percent of said one or more alkylethercarboxylic acid corrosion inhibitor.
A method for robots to self-locate on a movement surface of a base , which is movable relative to a workpiece by at least one movement system of a manufacturing assembly in a manufacturing environment , the method comprising: moving a first robot on and across the movement surface and relative to the workpiece , wherein the movement surface faces the workpiece ; forming sensor data using a first number of sensors on the first robot while the base is held stationary relative to the workpiece , which sensors face the movement surface , as the first robot moves across the movement surface , in which the sensor data represents identifying characteristics of a portion of the movement surface ; determining a location of the first robot on the movement surface using the sensor data ; and determining a location of a functional component , which is an end effector of the first robot , relative to the workpiece using the location of the first robot on the movement surface . moving a first robot on and across the movement surface and relative to the workpiece , wherein the movement surface faces the workpiece ; forming sensor data using a first number of sensors on the first robot while the base is held stationary relative to the workpiece , which sensors face the movement surface , as the first robot moves across the movement surface , in which the sensor data represents identifying characteristics of a portion of the movement surface ; determining a location of the first robot on the movement surface using the sensor data ; and determining a location of a functional component , which is an end effector of the first robot , relative to the workpiece using the location of the first robot on the movement surface .
Two-component mortar composition comprising a resin component (A) which contains at least one radically curable resin as a curable constituent, and comprising a hardener component (B) which contains a curing agent for the radically curable resin of the resin component (A), the resin component (A) and/or the hardener component (B) containing at least CaO as a further constituent, characterized in that the CaO has a reactivity t 60 analogous to DIN EN 459-2 of more than 2 minutes.
Housing for forming an electrical connector, comprising: an integrally thickened front end wall portion that is adapted to mechanically support the housing while a thickened outer portion is being sheared off during forming of the electrical connector, characterized in that the housing has a hollow elongate shape and the integrally thickened front end wall portion has a generally continuous forward end wall with upper and lower surface areas, and the lowermost surface area of the forward end wall having the integrally thickened outer portion which is adapted to be sheared off to make the connector operable, and wherein the thickened front end wall portion has at least one opening though which wires placed inside the housing can project outward beyond the forward end wall.
A method for recovering tritium comprising: conveying a solution comprising lithium tritide in a molten lithium metal to an electrochemical cell , the electrochemical cell comprising an electrode (8; 37) and an electrolyte (6; 36), the electrolyte (6; 36) being located so as to physically separate the electrode (8; 37) and the solution , the electrolyte (6; 36) being a lithium ion conducting electrolyte; establishing a voltage potential across the electrolyte (6; 36) between the solution and the electrode (8; 37), the voltage potential being sufficient to dissociate the lithium tritide and form lithium ions and tritium gas, the lithium ions thus formed being conducted across the electrolyte (6; 36) to the electrode (8; 37), the lithium ions being reduced at the electrode (8; 37) to form lithium metal; and collecting the tritium gas. conveying a solution comprising lithium tritide in a molten lithium metal to an electrochemical cell , the electrochemical cell comprising an electrode (8; 37) and an electrolyte (6; 36), the electrolyte (6; 36) being located so as to physically separate the electrode (8; 37) and the solution , the electrolyte (6; 36) being a lithium ion conducting electrolyte; establishing a voltage potential across the electrolyte (6; 36) between the solution and the electrode (8; 37), the voltage potential being sufficient to dissociate the lithium tritide and form lithium ions and tritium gas, the lithium ions thus formed being conducted across the electrolyte (6; 36) to the electrode (8; 37), the lithium ions being reduced at the electrode (8; 37) to form lithium metal; and collecting the tritium gas.
A method for forming a closed frame-shaped spacer for an insulating glass pane by application of an initially pasty and subsequently solidifying strand which is delimited by a lower side , an upper side , a first side face and a second side face , and which has a nominal thickness (D) between the lower side and the upper side as well as a nominal width (B) between the two side faces , onto a glass plate along the edge of the glass plate in a manner such that at a start of the strand , its thickness comprises a ramp over a section with length (L), wherein the thickness of the strand increases from zero to the nominal thickness (D), and at an end of the strand , said thickness decreases from the nominal thickness (D) to zero in a manner which is complementary to the increasing ramp over the same section (L), overlapping the ramp , so that the surface of the ramp forms an interface between the start and the end of the strand , and post-treatment of the pasty strand , wherein at both of its side faces , pressure is applied between a first jaw and a second jaw in a region which extends to either side of the edge of the interface between the start and the end of the strand , wherein at least the surface of the first jaw exerting pressure on the first side face of the strand which delimits the interior space of the insulating glass pane after assembly thereof has a property enabling the material of the strand which comes into contact with the surface of the first jaw to be removed therefrom by lifting the first jaw from the strand .
Device for loading concrete mixers, also termed transit mixers, with fresh concrete, wherein the device has a collecting funnel in the form of a flexible rubber pipe running vertically for delivering concrete to an inlet funnel of a concrete mixer , wherein the device further has a drip protection device with a swivellable drip catcher in order to catch concrete running out of the collecting funnel after loading has ended, wherein arranged on the upper side of the drip catcher are rollers , which are configured so that upon swivelling of the drip catcher into a cleaning position, they press the rubber pipe of the collecting funnel to one side and squeeze it so hard that no further material discharge is possible, characterised in that the device has a cleaning system for rinsing the inlet funnel with water, which system is arranged on the drip protection device and is thus mobile and comprises one or more spray nozzles .
Crystalline anhydrate F of elobixibat, having an XRPD pattern, obtained with CuKα1-radiation, with peaks at °2θ positions 6.1 ± 0.2 and 5.9 ± 0.2.