mhurhangee/ep-ind-claims huggingface dataset:
A clinical decision support system comprising: - a case grouping sub-system including a graphical user interface that is operative to simultaneously display data representing a plurality of patient cases and further configured to enable a user to manually group selected patient cases represented by the simultaneously displayed data into clinically related groups as selected by the user; - a probative features determination sub-system that is operative to determine probative features that correlate with the clinically related groups; and - a CDS user interface that is operative to receive current patient data relating to a current patient case and to output clinical decision support information based on the correlations between values of the probative features determined from the received current patient data and values of probative features determined from the clinically related groups, wherein the graphical user interface is operative to provide drag-and-drop case grouping in which a user drags displayed data representing a patient case from a source visual display region to a region representing a clinically related group, and wherein the displayed data representing a patient case comprises a patient image. - a case grouping sub-system including a graphical user interface that is operative to simultaneously display data representing a plurality of patient cases and further configured to enable a user to manually group selected patient cases represented by the simultaneously displayed data into clinically related groups as selected by the user; - a probative features determination sub-system that is operative to determine probative features that correlate with the clinically related groups; and - a CDS user interface that is operative to receive current patient data relating to a current patient case and to output clinical decision support information based on the correlations between values of the probative features determined from the received current patient data and values of probative features determined from the clinically related groups,
A method for generating an aqueous gas solution comprising dissolved gas in an aqueous stream, the method comprising: mixing an aqueous acid precursor solution and an aqueous salt precursor solution at an in-line mixing location to produce a liquid precursor mixture, wherein both the aqueous acid precursor solution and the aqueous salt precursor solution are fed under pressure through individual inlet pumps (8, 10) upstream of the in-line mixing location; introducing the liquid precursor mixture under pressure through an inlet tube of a self-pressurized flow cell downstream of the in-line mixing location, wherein the inlet tube is surrounded by a sealing mechanism to maintain pressure within the self-pressurized flow cell; and allowing the reaction of the aqueous acid precursor and the aqueous salt precursor to generate the aqueous gas solution and produce a pressure level that correlates to an amount of dissolved gas produced once in the self-pressurized flow cell, characterized in that the aqueous gas solution undergoes real-time testing within the self-pressurized flow cell; and wherein the real-time testing comprises corrosion testing. mixing an aqueous acid precursor solution and an aqueous salt precursor solution at an in-line mixing location to produce a liquid precursor mixture, wherein both the aqueous acid precursor solution and the aqueous salt precursor solution are fed under pressure through individual inlet pumps (8, 10) upstream of the in-line mixing location; introducing the liquid precursor mixture under pressure through an inlet tube of a self-pressurized flow cell downstream of the in-line mixing location, wherein the inlet tube is surrounded by a sealing mechanism to maintain pressure within the self-pressurized flow cell; and allowing the reaction of the aqueous acid precursor and the aqueous salt precursor to generate the aqueous gas solution and produce a pressure level that correlates to an amount of dissolved gas produced once in the self-pressurized flow cell, characterized in that the aqueous gas solution undergoes real-time testing within the self-pressurized flow cell; and wherein the real-time testing comprises corrosion testing.
A torque limiter assembly comprising: a housing having at least one first engagement member; and an input shaft that is rotatable relative to the housing and having at least one second engagement member; an electromagnet; and a biasing member configured to bias the at least one first engagement member away from the at least one second engagement member; wherein the electromagnet is arranged and configured such that when activated it generates a magnetic field that moves the at least one first engagement member relative to the at least one second engagement member, such that the first and second engagement members (6,16) engage each other and stop or inhibit rotation of the input shaft relative to the housing; characterised in that the biasing member is a spring coupled at a first of its ends to the housing or to the at least one first engagement member, and at a second of its ends to the at least one second engagement member or the input shaft, wherein the spring is an annular spring arranged around the input shaft,. a housing having at least one first engagement member; and an input shaft that is rotatable relative to the housing and having at least one second engagement member; an electromagnet; and a biasing member configured to bias the at least one first engagement member away from the at least one second engagement member; wherein the electromagnet is arranged and configured such that when activated it generates a magnetic field that moves the at least one first engagement member relative to the at least one second engagement member, such that the first and second engagement members (6,16) engage each other and stop or inhibit rotation of the input shaft relative to the housing; characterised in that the biasing member is a spring coupled at a first of its ends to the housing or to the at least one first engagement member, and at a second of its ends to the at least one second engagement member or the input shaft, wherein the spring is an annular spring arranged around the input shaft,.
A continuous process for making an article of manufacture comprising a fibrous structure, the continuous process comprising the steps of: a. providing one or more water-soluble filament-forming materials; b. forming an aqueous composition comprising the one or more water-soluble filament-forming materials; c. processing the aqueous composition to produce a filament-forming composition; d. delivering the filament-forming composition to one or more dies; e. spinning the filament-forming composition to form a plurality of water-soluble filaments; f. collecting the water-soluble filaments on a collection device to form a fibrous structure; and g. converting the fibrous structure into one or more articles of manufacture. a. providing one or more water-soluble filament-forming materials; b. forming an aqueous composition comprising the one or more water-soluble filament-forming materials; c. processing the aqueous composition to produce a filament-forming composition; d. delivering the filament-forming composition to one or more dies; e. spinning the filament-forming composition to form a plurality of water-soluble filaments; f. collecting the water-soluble filaments on a collection device to form a fibrous structure; and g. converting the fibrous structure into one or more articles of manufacture.
A printer, comprising: an arm part connected to a printer body part; and a paper roll support shaft part having a first end connected to the arm part and a second end to be inserted into a hollow core of a paper roll, wherein the paper roll support shaft part includes: a first support shaft configured to contact an interior of the core at a first contact point; a second support shaft configured to contact the interior of the core at a second contact point; characterised in that the paper roll support shaft part further includes: a depressing member configured to contact the interior of the core at a third contact point; and an urging member configured to urge the depressing member to press the interior of the core. an arm part connected to a printer body part; and a paper roll support shaft part having a first end connected to the arm part and a second end to be inserted into a hollow core of a paper roll, wherein the paper roll support shaft part includes: a first support shaft configured to contact an interior of the core at a first contact point; a second support shaft configured to contact the interior of the core at a second contact point; characterised in that the paper roll support shaft part further includes: a depressing member configured to contact the interior of the core at a third contact point; and an urging member configured to urge the depressing member to press the interior of the core. a first support shaft configured to contact an interior of the core at a first contact point; a second support shaft configured to contact the interior of the core at a second contact point; characterised in that the paper roll support shaft part further includes: a depressing member configured to contact the interior of the core at a third contact point; and an urging member configured to urge the depressing member to press the interior of the core.
A method for assigning a network address to a first node in a network comprising a plurality of second nodes, the network being subdivided in a plurality of sub-networks interconnected by means of at least one backbone, wherein each sub-network is coupled to the backbone by means of at least one dedicated control device, wherein the first node and a first dedicated control device belong to a first sub-network, the method comprising the steps of: (a) assigning a stochastic address to the first node, (b) the first node transmitting an announcement message to the first dedicated control device, (c) the first dedicated control device checking whether the assigned network address is available, step (c) comprising: the first control device checking in a control device list of already in use addresses whether the assigned network address is included in this control device list, and upon failing to find the assigned network address in the control device list, submitting the network address to other control devices connected to the backbone, and (d) upon detecting that the assigned network address is not available, the first dedicated control device transmitting a message requesting the change of the assigned address. (a) assigning a stochastic address to the first node, (b) the first node transmitting an announcement message to the first dedicated control device, (c) the first dedicated control device checking whether the assigned network address is available, step (c) comprising: the first control device checking in a control device list of already in use addresses whether the assigned network address is included in this control device list, and upon failing to find the assigned network address in the control device list, submitting the network address to other control devices connected to the backbone, and the first control device checking in a control device list of already in use addresses whether the assigned network address is included in this control device list, and upon failing to find the assigned network address in the control device list, submitting the network address to other control devices connected to the backbone, and (d) upon detecting that the assigned network address is not available, the first dedicated control device transmitting a message requesting the change of the assigned address.
Carbodiimides of formula in which R may be identical or different and is selected from -NCN-R I and -NHCOOR III, wherein R I represents C 1 -C 22 -alkyl, C 6 -C 12 -cycloalkyl, C 6 -C 18 -aryl or C 6 -C 18 -aralkyl, preferably triisopropylphenyl, and R III represents an alkylated polyoxyalkylene radical, R 1, R 2 and R 3 each independently of one another represent methyl, i-propyl or n-propyl, wherein on each benzene ring one of the radicals R 1, R 2 and R 3 is methyl and n is from 0 to 500, preferably from 1 to 50. R may be identical or different and is selected from -NCN-R I and -NHCOOR III, wherein R I represents C 1 -C 22 -alkyl, C 6 -C 12 -cycloalkyl, C 6 -C 18 -aryl or C 6 -C 18 -aralkyl, preferably triisopropylphenyl, and R III represents an alkylated polyoxyalkylene radical, R 1, R 2 and R 3 each independently of one another represent methyl, i-propyl or n-propyl, wherein on each benzene ring one of the radicals R 1, R 2 and R 3 is methyl and n is from 0 to 500, preferably from 1 to 50.
A light-control assembly comprising: a beam (70, 402) having first and second opposed faces (14, 16) and at least two adjacent circular bores (18, 404) extending through the beam (70, 402) between the opposed faces, the adjacent circular bores (18, 404) being separated by web portions (40a, 40b), at least two bearing members (30, 33, 50, 55) coupled to the beam, the bearing members each further having means (36, 52) for receiving light-controlling members; and light-controlling members (150, 186, 300a-300o) mounted in the bearing members, wherein the bearing members each have an annular ring (32, 54, 57) dimensioned to fit within the bores, and characterized in that the bearing members each have a flange (34, 59) extending radially outwardly from the rings, such that a first bearing member is mounted in a first bore with its flange adjacent to a first beam face and its ring extending into the bore and a next bearing member is mounted in a next adjacent bore with its flange adjacent the opposite beam face and its ring extending into the bore, so that said bearing members are mounted offset, being mounted in each successive bore in an alternating fashion, so that the flanges in adjacent bores will not interfere with each other. a beam (70, 402) having first and second opposed faces (14, 16) and at least two adjacent circular bores (18, 404) extending through the beam (70, 402) between the opposed faces, the adjacent circular bores (18, 404) being separated by web portions (40a, 40b), at least two bearing members (30, 33, 50, 55) coupled to the beam, the bearing members each further having means (36, 52) for receiving light-controlling members; and light-controlling members (150, 186, 300a-300o) mounted in the bearing members, wherein the bearing members each have an annular ring (32, 54, 57) dimensioned to fit within the bores, and characterized in that the bearing members each have a flange (34, 59) extending radially outwardly from the rings, such that a first bearing member is mounted in a first bore with its flange adjacent to a first beam face and its ring extending into the bore and a next bearing member is mounted in a next adjacent bore with its flange adjacent the opposite beam face and its ring extending into the bore, so that said bearing members are mounted offset, being mounted in each successive bore in an alternating fashion, so that the flanges in adjacent bores will not interfere with each other.
Feed loading bridge, comprising a platform which can be raised and lowered by means of a bridge drive, a feed lip mounted on the platform and drivable by a lip drive; and a controller for controlling the bridge drive and the lip drive, the controller having a user interface for actuation by a user, the user interface having as standard actuating elements for standard operation of the feed loading bridge at least one platform actuating element for raising the platform, a feed lip extension actuating element for extending the feed lip, and a feed lip retraction actuating element for retracting the feed lip, characterized in that the controller is designed to keep only one predetermined standard actuating element active with the feed loading bridge in the rest position and to block all the other standard actuating elements, and in that the controller is designed, when the predetermined standard actuating element is actuated from the rest position of the feed loading bridge, to cause the feed lip to be extended, without raising the platform, into an intermediate position for reducing a distance between the feed lip and a vehicle to be loaded. a platform which can be raised and lowered by means of a bridge drive, a feed lip mounted on the platform and drivable by a lip drive; and a controller for controlling the bridge drive and the lip drive, the controller having a user interface for actuation by a user, the user interface having as standard actuating elements for standard operation of the feed loading bridge at least one platform actuating element for raising the platform, a feed lip extension actuating element for extending the feed lip, and a feed lip retraction actuating element for retracting the feed lip, characterized in that the controller is designed to keep only one predetermined standard actuating element active with the feed loading bridge in the rest position and to block all the other standard actuating elements, and in that the controller is designed, when the predetermined standard actuating element is actuated from the rest position of the feed loading bridge, to cause the feed lip to be extended, without raising the platform, into an intermediate position for reducing a distance between the feed lip and a vehicle to be loaded.
A stowage carousel for handling cargo aboard an aircraft, the stowage carousel comprising: a revolving conveyor configured to rotate about a fuselage of the aircraft, the revolving conveyor having an inner ring arranged to face a passenger cabin of the aircraft and an outer ring arranged to face the fuselage; and stowage compartments (160, 170) associated with the revolving conveyor, the stowage compartments being configured to receive the cargo, the stowage compartments being arranged to be rotatable within the aircraft, and the stowage compartments being mounted to the revolving conveyor and movable with the revolving conveyor, wherein: the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment (160, 170) includes a plurality of compartment walls (162, 172) including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage. a revolving conveyor configured to rotate about a fuselage of the aircraft, the revolving conveyor having an inner ring arranged to face a passenger cabin of the aircraft and an outer ring arranged to face the fuselage; and stowage compartments (160, 170) associated with the revolving conveyor, the stowage compartments being configured to receive the cargo, the stowage compartments being arranged to be rotatable within the aircraft, and the stowage compartments being mounted to the revolving conveyor and movable with the revolving conveyor, wherein: the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment (160, 170) includes a plurality of compartment walls (162, 172) including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage. the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment (160, 170) includes a plurality of compartment walls (162, 172) including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage.
Spindle conveyor for conveying workpieces, in particular vehicle wheels, having a) a rail system, which comprises at least one supporting rail; b) a plurality of transport carriages, which each comprise a running gear that is movable on the supporting rail in a transporting direction and a supporting device for workpieces that are carried along by the running gear; wherein c) the supporting device comprises at least one workpiece spindle for receiving the workpiece, characterized in that d) the workpiece spindle of a transport carriage located on the rail system at least in a cleaning region of the spindle conveyor, in which there is disposed a cleaning device, by means of which the workpiece spindles of the transport carriages can be cleaned, is pivotable between a conveying position and a cleaning position that is different from the conveying position; e) the workpiece spindle in the cleaning position is tilted with respect to a vertical plane that extends parallel to the transporting direction. a) a rail system, which comprises at least one supporting rail; b) a plurality of transport carriages, which each comprise a running gear that is movable on the supporting rail in a transporting direction and a supporting device for workpieces that are carried along by the running gear; d) the workpiece spindle of a transport carriage located on the rail system at least in a cleaning region of the spindle conveyor, in which there is disposed a cleaning device, by means of which the workpiece spindles of the transport carriages can be cleaned, is pivotable between a conveying position and a cleaning position that is different from the conveying position; e) the workpiece spindle in the cleaning position is tilted with respect to a vertical plane that extends parallel to the transporting direction.
Shuttering for use in casting a slab/beam over a substrate, comprising a hollow support structure including a plurality of spaced apart support walls (7,8,9) defining cells therebetween, the support structure being able to be placed on the substrate to support the slab/beam during casting, wherein the support structure is formed with its spaced apart walls by a moulding process and from expanded plastics material, characterized in that the cells are of a substantially hexagonal shape.