mhurhangee/ep-ind-claims huggingface dataset:
A medication tray comprising: a plurality of sealed vessels comprising one or more doses of a medicament; a plurality of individually spaced compartments each with an individually sealed vessel located therein; and means for releasably retaining said sealed vessels within said compartments; wherein the medication tray further comprises a detection means adapted to detect and monitor when individual vessels are dispensed from the compartments of the tray; wherein the vessels are individual pots which are released from the compartments of the container by applying a pressure to a base and/or sides of the compartment or to the pot; characterised in that the detection means comprises a sensor (56, 60) associated with each compartment to detect when each individual pot is dispensed; wherein each sensor (56, 60) comprises either a switch which is activated or an electrically conductive track (56, 60) which is broken when an operator applies a pressure to release an individual pot from a compartment of the tray. a plurality of sealed vessels comprising one or more doses of a medicament; a plurality of individually spaced compartments each with an individually sealed vessel located therein; and means for releasably retaining said sealed vessels within said compartments; wherein the medication tray further comprises a detection means adapted to detect and monitor when individual vessels are dispensed from the compartments of the tray; wherein the vessels are individual pots which are released from the compartments of the container by applying a pressure to a base and/or sides of the compartment or to the pot; characterised in that the detection means comprises a sensor (56, 60) associated with each compartment to detect when each individual pot is dispensed; wherein each sensor (56, 60) comprises either a switch which is activated or an electrically conductive track (56, 60) which is broken when an operator applies a pressure to release an individual pot from a compartment of the tray.
Process for obtaining a sheet of thermoplastic material characterised in that it comprises the steps of a. producing a semi-processed product of thermoplastic polyurethane based on aliphatic polyethers or aliphatic polyesters by an extrusion or moulding or melting process of particulate material, without addition of process solvents and/or plasticisers, b. cooling down to room temperature said semi-processed product, c. reducing into pieces of the desired shape said semi-processed product and mounting with a predefined scheme said pieces in a formwork, d. causing said pieces in the formwork to undergo pressure and heat until melting, with a temperature in the range 110-200°C and a pressure of 200-2000 KN/m 2, until obtaining an integral block; e. cutting said integral block into a semi-processed product in the shape of sheets, possibly repeating multiple times in succession steps c-e. a. producing a semi-processed product of thermoplastic polyurethane based on aliphatic polyethers or aliphatic polyesters by an extrusion or moulding or melting process of particulate material, without addition of process solvents and/or plasticisers, b. cooling down to room temperature said semi-processed product, c. reducing into pieces of the desired shape said semi-processed product and mounting with a predefined scheme said pieces in a formwork, d. causing said pieces in the formwork to undergo pressure and heat until melting, with a temperature in the range 110-200°C and a pressure of 200-2000 KN/m 2, until obtaining an integral block; e. cutting said integral block into a semi-processed product in the shape of sheets, possibly repeating multiple times in succession steps c-e.
A power control device for a cargo handling vehicle provided with a cargo handling apparatus operated by a hydraulic oil from a hydraulic pump driven by an engine, the power control device comprising: an eco-mode switch for switching between a normal mode for normal operation, in which engine torque of the engine is not limited, and an eco-mode for fuel-saving driving by limiting the engine torque of the engine; engine torque limiting means for controlling an engine torque to be limited by using an engine torque limit value, wherein the engine torque limiting means is configured to, when the normal-mode is selected by the eco-mode switch, set the engine torque limit value to 100%, and when the eco-mode is selected by the eco-mode switch, set the engine torque limit value to a predetermined value (C%) that is lower than 100%; and engine speed detection means for detecting an engine speed; characterized by engine torque limit cancelling means configured to control a torque limit on the engine by the engine torque limiting means to be canceled when the engine speed detected by the engine speed detection means is equal to or lower than a predetermined first engine speed. an eco-mode switch for switching between a normal mode for normal operation, in which engine torque of the engine is not limited, and an eco-mode for fuel-saving driving by limiting the engine torque of the engine; engine torque limiting means for controlling an engine torque to be limited by using an engine torque limit value, wherein the engine torque limiting means is configured to, when the normal-mode is selected by the eco-mode switch, set the engine torque limit value to 100%, and when the eco-mode is selected by the eco-mode switch, set the engine torque limit value to a predetermined value (C%) that is lower than 100%; and engine speed detection means for detecting an engine speed; characterized by engine torque limit cancelling means configured to control a torque limit on the engine by the engine torque limiting means to be canceled when the engine speed detected by the engine speed detection means is equal to or lower than a predetermined first engine speed.
Continuous method for the production of Grignard adducts, in which a flow consisting of an alkyl- or aryl halide and a water-free solvent and a further flow consisting of magnesium chips are fed to a reactor, characterised in that the magnesium chips are activated mechanically in the reactor by friction.
A wireless electrical energy transmission link based on coupled resonant circuits between a source unit and at least one load comprising: at least one first capacitance and at least one first inductance which together form at least a part of a first resonant circuit and radiate electrical power, at least one second capacitance and at least one second inductance which together form at least a portion of a second resonant circuit to receive at least a portion of the power radiated from the first resonant circuit and couple at least a portion thereof to the at least one load, at least one detector (208, 308) for detecting a coupling condition of the coupled resonant circuits and is characterized, that at least one control circuit (206, 255, 310, 355) either interrupts, minimizes or continues power transmission at a different transmission frequency between the source unit and the at least one load responsive to at least one of the detected critical and overcritical coupling condition. at least one first capacitance and at least one first inductance which together form at least a part of a first resonant circuit and radiate electrical power, at least one second capacitance and at least one second inductance which together form at least a portion of a second resonant circuit to receive at least a portion of the power radiated from the first resonant circuit and couple at least a portion thereof to the at least one load, at least one detector (208, 308) for detecting a coupling condition of the coupled resonant circuits and is characterized, that at least one control circuit (206, 255, 310, 355) either interrupts, minimizes or continues power transmission at a different transmission frequency between the source unit and the at least one load responsive to at least one of the detected critical and overcritical coupling condition.
A blood bag system (10a, 10c) comprising: a first bag for reserving whole blood or a blood component; a filter having a filter medium for removing predetermined cells from a blood component obtained by centrifugation of the liquid contained in the first bag; a second bag for reserving a blood component obtained upon removal of the predetermined cells by the filter; a first tube for connecting the first bag and an inlet of the filter; a second tube for connecting the second bag and an outlet of the filter; and a cassette (50a, 50c) for holding a part of the first tube and a part of the second tube, wherein the cassette (50a, 50c) has a first clamp section for closing and opening the first tube and a second clamp section for closing and opening the second tube, and wherein the first clamp section and the second clamp section are configured integrally with the cassette (50a, 50c). a first bag for reserving whole blood or a blood component; a filter having a filter medium for removing predetermined cells from a blood component obtained by centrifugation of the liquid contained in the first bag; a second bag for reserving a blood component obtained upon removal of the predetermined cells by the filter; a first tube for connecting the first bag and an inlet of the filter; a second tube for connecting the second bag and an outlet of the filter; and a cassette (50a, 50c) for holding a part of the first tube and a part of the second tube, wherein the cassette (50a, 50c) has a first clamp section for closing and opening the first tube and a second clamp section for closing and opening the second tube, and wherein the first clamp section and the second clamp section are configured integrally with the cassette (50a, 50c).
A urinary catheter collection bag, comprising a first flexible wall having a perimeter; a second flexible wall having a perimeter; a perimeter seal joining at least a portion of the perimeter of the first flexible wall to at least a portion of the perimeter of the second flexible wall to define a cavity between the first and second flexible walls (102, 104), the perimeter seal defining a boundary of the collection bag; the boundary comprising a first side boundary and a second side boundary; and characterized in that: a tear starting member extending from one of the first and second side boundaries and extending beyond the boundary of the collection bag. a first flexible wall having a perimeter; a second flexible wall having a perimeter; a perimeter seal joining at least a portion of the perimeter of the first flexible wall to at least a portion of the perimeter of the second flexible wall to define a cavity between the first and second flexible walls (102, 104), the perimeter seal defining a boundary of the collection bag; the boundary comprising a first side boundary and a second side boundary; and characterized in that: a tear starting member extending from one of the first and second side boundaries and extending beyond the boundary of the collection bag.
High-voltage bushing comprising - an internal conductor, - an insulating body which surrounds the internal conductor along its longitudinal direction, wherein the internal conductor is routed out of the insulating body at a head end of the high-voltage bushing, - a fastening flange which is arranged on the insulating body, and also - an outer housing, wherein the housing encloses the internal conductor and the insulating body from the fastening flange up to and including the head end in a moisture-tight manner. characterized in that all of the separate housing elements of the housing are connected to one another by means of adhesive bonding, wherein the housing comprises a head fitting at the head end, a foot fitting on the fastening flange, and also a connecting pipe which connects the head fitting and the foot fitting and which is composed of a glass fiber-reinforced plastic, wherein a secondary insulation composed of dry foam is provided between the housing and the insulating body, and the high-voltage bushing comprises a device for filling the secondary insulation, wherein the device has a filling channel which runs at least partially in the fastening flange and opens to a side, which is averted from the housing, such that it can be closed. - an internal conductor, - an insulating body which surrounds the internal conductor along its longitudinal direction, wherein the internal conductor is routed out of the insulating body at a head end of the high-voltage bushing, - a fastening flange which is arranged on the insulating body, and also - an outer housing, wherein
A system for treating a patient, comprising: a visualization system, which is arranged to image at least part of a body of a patient; and a marker device for enhancing visualization of an organ (32, 40) of a patient when imaged by the visualization system, the device comprising: a structure comprising material that is visible when imaged by the visualization system, wherein the material is adapted to self-expand and self-conform to an inner surface of the organ (32, 40) in order to mark the surface of the organ so that the surface is visible when imaged by the visualization system; and one or more position sensors, which are attached to the structure and are adapted to provide position signals to the visualization system; wherein the visualization system comprises a mapping system operative to track respective positions of the one or more position sensors so as to calculate position coordinates of the sensors; and wherein the visualization system comprises an imaging system adapted to image the organ in addition to the mapping system, and wherein the visualization system is arranged to register the position coordinates of the one or more position sensors with images produced by the imaging system and to jointly display the position coordinates and the images to a physician. a visualization system, which is arranged to image at least part of a body of a patient; and a marker device for enhancing visualization of an organ (32, 40) of a patient when imaged by the visualization system, the device comprising: a structure comprising material that is visible when imaged by the visualization system, wherein the material is adapted to self-expand and self-conform to an inner surface of the organ (32, 40) in order to mark the surface of the organ so that the surface is visible when imaged by the visualization system; and one or more position sensors, which are attached to the structure and are adapted to provide position signals to the visualization system; a structure comprising material that is visible when imaged by the visualization system, wherein the material is adapted to self-expand and self-conform to an inner surface of the organ (32, 40) in order to mark the surface of the organ so that the surface is visible when imaged by the visualization system; and one or more position sensors, which are attached to the structure and are adapted to provide position signals to the visualization system; wherein the visualization system comprises a mapping system operative to track respective positions of the one or more position sensors so as to calculate position coordinates of the sensors; and wherein the visualization system comprises an imaging system adapted to image the organ in addition to the mapping system, and wherein the visualization system is arranged to register the position coordinates of the one or more position sensors with images produced by the imaging system and to jointly display the position coordinates and the images to a physician.
A grip assembly, comprising: a grip body having an upper extension, a lower extension and a connecting portion, wherein the connecting portion is disposed between, and connects, an inboard end of the upper extension and an inboard end of the lower extension, and wherein the grip body is formed from a laminated composite extending contiguously from the upper extension, through the connecting portion, to the lower extension; wherein the laminated composite has a plurality of layers, each layer of the plurality of layers extending contiguously along a length of the upper extension, around the connecting portion, and along a length of the lower extensions; wherein the grip body has a constant thickness along the length of the upper extension, around the connecting portion, and along the length of the lower extension; wherein an inside surface of the upper extension faces, and is substantially parallel to, an inside surface of the lower extension; wherein an inside surface of the connecting portion has a contiguous curvature between the upper extension and lower extension; characterised in that the connecting portion has protective surfaces (523, 525) comprising a low friction or wear resistant polyester fiber material, and wherein a first element of the protective surfaces is affixed to the inside surface of the connecting portion, and wherein a second element of the protective surfaces is spaced apart from the first element of the protective surfaces and is affixed to an edge surface of the connecting portion by chamfer on an inside edge of the connecting portion. a grip body having an upper extension, a lower extension and a connecting portion, wherein the connecting portion is disposed between, and connects, an inboard end of the upper extension and an inboard end of the lower extension, and wherein the grip body is formed from a laminated composite extending contiguously from the upper extension, through the connecting portion, to the lower extension; wherein the laminated composite has a plurality of layers, each layer of the plurality of layers extending contiguously along a length of the upper extension, around the connecting portion, and along a length of the lower extensions; wherein the grip body has a constant thickness along the length of the upper extension, around the connecting portion, and along the length of the lower extension; wherein an inside surface of the upper extension faces, and is substantially parallel to, an inside surface of the lower extension; wherein an inside surface of the connecting portion has a contiguous curvature between the upper extension and lower extension; characterised in that the connecting portion has protective surfaces (523, 525) comprising a low friction or wear resistant polyester fiber material, and wherein a first element of the protective surfaces is affixed to the inside surface of the connecting portion, and wherein a second element of the protective surfaces is spaced apart from the first element of the protective surfaces and is affixed to an edge surface of the connecting portion by chamfer on an inside edge of the connecting portion.
A pharmaceutical composition for use in the treatment of chronic obstructive pulmonary disease (COPD), wherein the composition comprises a purified extract containing 30 - 60% (w/w) veproside, 0.5 - 10% (w/w) veratric acid, 2 - 20 % (w/w) catalposide, 1 - 10% (w/w) picroside II, 1 - 10% (w/w) isovanilloyl catalpol and 2 - 20% (w/w) 6- O -veratroyl catapol based on the weight of total extract (100%) of Pseudolysimachion rotundum var subintegrum.
Drive belt having an elastic main body based on at least one thermoplastic elastomer or based on a vulcanizate, comprising a cover ply as belt spine and a substructure having a force transmission zone, wherein the force transmission zone is provided a woven fabric which has an uninterrupted surface structure and which contains warp and weft threads, wherein the warp threads and/or the weft threads are textured as a result of at least one false twist process, wherein the woven fabric is provided an adhesion promoter on its substructure-facing side, wherein the adhesion promoter is a polymer layer, and wherein the woven fabric has been impregnated with a polymer solution, characterized in that the adhesion promoter and/or the polymer solution contains a fluoropolymer as dry lubricant.
A method of processing an aqueous solution, wherein the aqueous solution comprises one or more dissolved sugar, one or more dissolved sugar alcohol, or a mixture thereof, wherein the method comprises bringing the aqueous solution into contact with a collection of resin beads, wherein the resin beads comprise functional groups of structure wherein -X- is a bivalent linking group, wherein -Y is a monovalent group having structure wherein the circular structure in structure has four or more atoms. wherein the aqueous solution comprises one or more dissolved sugar, one or more dissolved sugar alcohol, or a mixture thereof, wherein the method comprises bringing the aqueous solution into contact with a collection of resin beads, wherein the resin beads comprise functional groups of structure wherein -X- is a bivalent linking group, wherein -Y is a monovalent group having structure wherein the circular structure in structure has four or more atoms.
A particle comprising a metal nanoparticle having bound to it a surface-enhanced spectroscopy (SES-active analyte, characterized in that the metal nanoparticle and the -active analyte bound to it are surrounded by an encapsulant, and in that said metal nanoparticle is comprised of a metal selected from the group consisting of Au, Ag, Cu, Na, Al, and Cr.
A method performed by a wireless device for detecting a downlink radio failure, the method comprising: establishing a wireless connection with a network node using unlicensed radio spectrum, the method characterized by: receiving an indication that the network node incurred a clear channel assessment, CCA, failure in a prior attempt to communicate with the wireless device; and in response to the indication of the CCA failure, determining whether to trigger a radio failure condition. receiving an indication that the network node incurred a clear channel assessment, CCA, failure in a prior attempt to communicate with the wireless device; and in response to the indication of the CCA failure, determining whether to trigger a radio failure condition.
A dipping or enrobing coating composition for coating frozen confection, comprising, expressed in weight % based on the total weight of the coating, 30 - 75 wt.% of a single fat, preferably 40-65 wt.%, said fat comprising the following fatty acids composition in the triglycerides of the fat, the % being based on total fat: 45 <= C16:0 <= 52 wt. % (palmitic acid) 4 <= C18:0 <= 8 wt. % (stearic acid) 30 <= C18:1 <= 40 wt. % (oleic acid) 5 <= C18:2 <= 10 wt. % (linoleic acid) and said fat comprising a solid fat profile comprising: 85% <= N 0 <= 95%; 75% <= N 10 <= 90%; 40% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 10%; and 0% < N 35 wherein said coating having a Casson yield stress of 0.05 to 0.9 Pa and a Casson plastic viscosity of the coating composition is 50 to 250 mPas measured at 40 °C and wherein the saturated fats in the fat are 45-55 wt. %. 45 <= C16:0 <= 52 wt. % (palmitic acid) 4 <= C18:0 <= 8 wt. % (stearic acid) 30 <= C18:1 <= 40 wt. % (oleic acid) 5 <= C18:2 <= 10 wt. % (linoleic acid) 85% <= N 0 <= 95%; 75% <= N 10 <= 90%; 40% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 10%; and 0% < N 35