mhurhangee/ep-ind-claims huggingface dataset:
A portable therapeutic fluid delivery device for delivering a therapeutic fluid into a body of a patient comprising: a patch unit comprising a driving mechanism, a power source, a processor, a user interface and a display, wherein: the processor is adapted for controlling the driving mechanism by using one or more inputs, said one or more inputs corresponding to at least one of a basal rate and a bolus profile; the display is adapted for displaying the one or more inputs; and, the user interface is adapted for adjusting the one or more inputs; and a cradle unit comprising a cradle base configured as a flat sheet with an adhesive layer facing a skin of the patient and having anchoring means (302,304) for connection and disconnection of said patch unit which is securable to the cradle unit; characterized in that the cradle unit is configured as a flat sheet. a patch unit comprising a driving mechanism, a power source, a processor, a user interface and a display, wherein: the processor is adapted for controlling the driving mechanism by using one or more inputs, said one or more inputs corresponding to at least one of a basal rate and a bolus profile; the display is adapted for displaying the one or more inputs; and, the user interface is adapted for adjusting the one or more inputs; and a cradle unit comprising a cradle base configured as a flat sheet with an adhesive layer facing a skin of the patient and having anchoring means (302,304) for connection and disconnection of said patch unit which is securable to the cradle unit; characterized in that the cradle unit is configured as a flat sheet. a cradle unit comprising a cradle base configured as a flat sheet with an adhesive layer facing a skin of the patient and having anchoring means (302,304) for connection and disconnection of said patch unit which is securable to the cradle unit; characterized in that the cradle unit is configured as a flat sheet.
A suture closure system for presenting suture through an abdominal wall into an abdominal cavity, the system comprising: a housing defining a lumen for receipt of surgical instrumentation; the housing further comprising a first needle guide channel and a second needle guide channel provided on opposite sides of the lumen respectively, each of the needle guide channels having an entry port for receiving a needle driver and an exit port through which a suture may exit the housing, and characterised by the entry and exit ports for each channel being provided on the same side of the lumen, the guide channels providing a convex surface to the lumen such that the suture will exit away from the lumen on being displaced out of the needle guide channel, the exit port being located in the housing such that the suture will operably pass into the subcutaneous layer of the abdominal wall and then into an abdominal cavity. a housing defining a lumen for receipt of surgical instrumentation; the housing further comprising a first needle guide channel and a second needle guide channel provided on opposite sides of the lumen respectively, each of the needle guide channels having an entry port for receiving a needle driver and an exit port through which a suture may exit the housing, and characterised by the entry and exit ports for each channel being provided on the same side of the lumen, the guide channels providing a convex surface to the lumen such that the suture will exit away from the lumen on being displaced out of the needle guide channel, the exit port being located in the housing such that the suture will operably pass into the subcutaneous layer of the abdominal wall and then into an abdominal cavity.
A fluid set, comprising: a pretreat composition comprising a salt of an alkali metal with bromide or iodide; and a conductive fusing agent composition comprising a transition metal for fusing thermoplastic powder when exposed to electromagnetic radiation. a pretreat composition comprising a salt of an alkali metal with bromide or iodide; and a conductive fusing agent composition comprising a transition metal for fusing thermoplastic powder when exposed to electromagnetic radiation.
A hot-melt adhesive comprising a propylene-based polymer satisfying the following (Ai) to (Aiv), and an olefin-based copolymer satisfying the following (Bi) and (Bii): (Ai) the melting point is 120°C or lower, (Aii) Mw is 10,000 to 150,000, (Aiii) Mw/Mn is 2.5 or less, (Aiv) the penetration is 8 or less, (Bi) the penetration is 15 or more, and (Bii) the melting point is 90°C or higher, wherein the olefin-based copolymer is a copolymer of propylene, ethylene and 1-butene, and the penetration is measured according to JIS K2235 by multiplying by 10 times the length (mm) of a needle penetrated vertically into a sample kept at 25 °C. (Ai) the melting point is 120°C or lower, (Aii) Mw is 10,000 to 150,000, (Aiii) Mw/Mn is 2.5 or less, (Aiv) the penetration is 8 or less, (Bi) the penetration is 15 or more, and (Bii) the melting point is 90°C or higher,
Streptomyces albidoflavus strain deposited under the Budapest Treaty at Leibniz Institut DSMZ-Deutsche Sammlung von Mikroorganismen und Zellkulturen Gmbh in Braunschweig DE and identified by the reference DH12 DSM 34155.
Image-forming optical system (10; 40), comprising: - at least first and second variable-focus lenses (12, 14) of the electrowetting type, the focal length of each lens being controlled by the application of a control voltage, each of said variable-focus lenses having a movable refractive interface (18, 20) that separates two liquids of different refractive indices, characterized in that the shape of the interface is spherical, the curvature of the interface being modified by the application of said voltage, the optical system further comprising - a control device suitable for receiving a control signal representative of a desired power of the optical system and suitable for delivering, on the basis of the control signal and of a predefined control law and/or of a predefined table, at least a first control voltage (U 1) to the first lens and a second control voltage (U 2) to the second lens so that the power of the optical system obtained is equal to the desired power while simultaneously correcting, at least in part, the variations of one or more optical aberrations resulting from the modification of the curvature of each interface when a control voltage is applied. - at least first and second variable-focus lenses (12, 14) of the electrowetting type, the focal length of each lens being controlled by the application of a control voltage, each of said variable-focus lenses having a movable refractive interface (18, 20) that separates two liquids of different refractive indices, characterized in that the shape of the interface is spherical, the curvature of the interface being modified by the application of said voltage, the optical system further comprising - a control device suitable for receiving a control signal representative of a desired power of the optical system and suitable for delivering, on the basis of the control signal and of a predefined control law and/or of a predefined table, at least a first control voltage (U 1) to the first lens and a second control voltage (U 2) to the second lens so that the power of the optical system obtained is equal to the desired power while simultaneously correcting, at least in part, the variations of one or more optical aberrations resulting from the modification of the curvature of each interface when a control voltage is applied.
Bodywork structure (10; 110) for a body for a public transport vehicle, in particular a railway vehicle or a road transport vehicle, for example a guided road transport vehicle, comprising a wall (12; 112) extending in a longitudinal direction, the wall (12; 112) comprising at least one cavity (24; 124) extending in the longitudinal direction, characterized in that the cavity (24; 124) provides a passage for a fluid under pressure, for example a gas under pressure, the wall (12; 112) being formed in one piece, the wall (12; 112) comprising an inner face (16; 116), an outer face (18; 118) and ribs (20; 22, 120, 122) connecting the inner face (16; 116) and the outer face (18; 118), each cavity (24; 124) being defined between the inner face (16; 116), the outer face (18; 118) and two adjacent ribs (20, 22; 120, 122). the wall (12; 112) comprising at least one cavity (24; 124) extending in the longitudinal direction, characterized in that the cavity (24; 124) provides a passage for a fluid under pressure, for example a gas under pressure, the wall (12; 112) being formed in one piece, the wall (12; 112) comprising an inner face (16; 116), an outer face (18; 118) and ribs (20; 22, 120, 122) connecting the inner face (16; 116) and the outer face (18; 118), each cavity (24; 124) being defined between the inner face (16; 116), the outer face (18; 118) and two adjacent ribs (20, 22; 120, 122).
A control device (101, 201) for controlling a magnetic levitation system, the control device comprising: - a signal input (102, 202) for receiving a position signal indicative of a position of an object levitated by one or more magnetic fluxes, and - a controller (103, 203) for controlling one or more voltages directed to one or more windings of the magnetic levitation system on the basis of a deviation of the position of the object from a reference position so as to control a resultant magnetic force directed to the object, wherein the controller is configured to: - select, for each of temporally successive control periods, a control direction so that changing the resultant magnetic force in the selected control direction improves ability of a total force acting on the object to decrease the deviation of the position, and - set, for each of the temporally successive control periods, the one or more voltages in accordance with the selected control direction so as to decrease the deviation of the position by changing the resultant magnetic force with the one or more voltages, characterized in that the controller is configured to select the control direction from among a set of selectable control directions (x+, x-, y+, y-, x+/y+, x+/y-, x-/y+, x-/y-, z+, z-) and to select, for each of the one or more voltages, a voltage value from among a set of selectable voltage values (+U DC, 0, -U DC) in accordance with the selected control direction. - a signal input (102, 202) for receiving a position signal indicative of a position of an object levitated by one or more magnetic fluxes, and - a controller (103, 203) for controlling one or more voltages directed to one or more windings of the magnetic levitation system on the basis of a deviation of the position of the object from a reference position so as to control a resultant magnetic force directed to the object, - select, for each of temporally successive control periods, a control direction so that changing the resultant magnetic force in the selected control direction improves ability of a total force acting on the object to decrease the deviation of the position, and - set, for each of the temporally successive control periods, the one or more voltages in accordance with the selected control direction so as to decrease the deviation of the position by changing the resultant magnetic force with the one or more voltages,
Hydraulic system for reliably supplying pressure to at least one consumer, having a consumer, a fixed-displacement pump which provides a constant flow rate for the consumer, a booster pump and a valve arrangement by means of which the booster pump can be connected to the consumer as a function of a load pressure of the consumer, at which load pressure its supply requirement exceeds the full flow rate of the fixed-displacement pump, wherein the valve arrangement has a pressure compensator, wherein the pressure of the fixed-displacement pump and thus the pressure at the supply connection of the consumer, on the one hand, and the load pressure of the consumer plus a spring pressure, on the other hand, are present at the valve piston of the pressure compensator and wherein the booster pump is connected via the pressure compensator to the supply connection of the consumer at regulating positions of the pressure compensator, at which the pressure of the fixed-displacement pump is lower than the load pressure plus the spring pressure, characterised in that the pressure compensator is provided in the form of a 4/3-way valve, wherein the fixed-displacement pump is connected to one of its inlet-side connections, the variable-displacement pump is connected to the other inlet-side connection, the supply connection of the consumer is connected to an outlet-side connection and a line leading to the tank is connected to the other outlet-side connection.
A film or membrane (10, 410, 510) made of a polymer material which does not degrade under operating conditions, characterised in that said membrane or film (10, 410, 510) comprises a fold surrounding an inflatable joint or seal, said film or membrane (10, 410, 510) comprising an inlet (13, 413, 513) comprising an inlet port, and/or outlet (14, 415) comprising an outlet port, for allowing the passage of one or more vials or containers, said inlet (13, 413, 513) and outlet (14, 414, 514) comprising a closing means (17, 417, 517) to close the inlet and/or the outlet port.
A heterofunctional polyoxazoline derivative of the general structure: R 1 -{[N CH 2 CH 2] o -[N(COR 2)CH 2 -CH 2)] n -[N CH 2 -CH 2)] m} a -Z wherein: R 1 is an initiating group; including but not limited to hydrogen, alkyl, substituted alkyl, aralkyl, or substituted aralkyl group; R 2 is independently selected for each repeating unit from an unsubstituted or substituted alkyl, an unsubstituted or substituted alkenyl, an unsubstituted or substituted aralkyl or an unsubstituted or substituted heterocyclylalkyl group; X is a pendent moiety containing a first functional group; Y is a pendent moiety containing a second functional group; Z is a terminating nucleophile, wherein Z is inert or wherein Z contains a third functional group; a is ran which indicates a random copolymer or block which indicates a block copolymer; o and m are each an integer independently selected from 1-50; n is an integer selected from 0-1000; and wherein the first, second and third functional groups are each independently an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and wherein the first and second functional groups will not react with each other but will react selectively with other functional groups and the third functional group, when present, is the same or different from at least one of the first or second functional groups. R 1 is an initiating group; including but not limited to hydrogen, alkyl, substituted alkyl, aralkyl, or substituted aralkyl group; R 2 is independently selected for each repeating unit from an unsubstituted or substituted alkyl, an unsubstituted or substituted alkenyl, an unsubstituted or substituted aralkyl or an unsubstituted or substituted heterocyclylalkyl group; X is a pendent moiety containing a first functional group; Y is a pendent moiety containing a second functional group; Z is a terminating nucleophile, wherein Z is inert or wherein Z contains a third functional group; a is ran which indicates a random copolymer or block which indicates a block copolymer; o and m are each an integer independently selected from 1-50; n is an integer selected from 0-1000; and wherein the first, second and third functional groups are each independently an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and wherein the first and second functional groups will not react with each other but will react selectively with other functional groups and the third functional group, when present, is the same or different from at least one of the first or second functional groups.
A process for deforming a web, the process comprising the steps of: a) providing a precursor web comprising a first layer and a second layer, b) weakening the precursor web at a plurality of locations to create a plurality of weakened, melt-stabilized locations in a first area of the precursor web where both the first layer and the second layer exist; c) forming a plurality of first features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof, and a plurality of second features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof in the precursor web simultaneously, wherein the plurality of first features are formed coincident with the plurality of weakened, melt-stabilized locations in the first area of the precursor web, and wherein the plurality of second features are formed in a second area of the precursor web where the second layer does not exist. a) providing a precursor web comprising a first layer and a second layer, b) weakening the precursor web at a plurality of locations to create a plurality of weakened, melt-stabilized locations in a first area of the precursor web where both the first layer and the second layer exist; c) forming a plurality of first features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof, and a plurality of second features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof in the precursor web simultaneously,
A method of producing an optical fiber in a way that facilitates splicing the fiber to another fiber, or terminating the fiber in a connector, comprising: providing an optical fiber having a core, and a cladding layer surrounding the core; characterized by applying a coating layer over the cladding layer over a given length of the fiber for protecting the fiber so that gaps of a determined width W are defined intermittently in the coating layer over the length of the fiber, centers of the gaps are spaced apart by a determined distance S, and each gap is sufficiently deep to expose the cladding layer substantially over the width W of the gap; and (a) preparing the fiber for fusion splicing to another fiber by cutting away the fiber up to a leading point of a first exposed gap in the coating layer, thereby leaving a clean length W of the cladding layer and the surrounded core in condition to be fusion spliced, or, optionally, (b) terminating the fiber in a connector by inserting the clean length W of the cladding layer and the surrounded core into a ferrule of the connector. providing an optical fiber having a core, and a cladding layer surrounding the core; characterized by applying a coating layer over the cladding layer over a given length of the fiber for protecting the fiber so that gaps of a determined width W are defined intermittently in the coating layer over the length of the fiber, centers of the gaps are spaced apart by a determined distance S, and each gap is sufficiently deep to expose the cladding layer substantially over the width W of the gap; and (a) preparing the fiber for fusion splicing to another fiber by cutting away the fiber up to a leading point of a first exposed gap in the coating layer, thereby leaving a clean length W of the cladding layer and the surrounded core in condition to be fusion spliced, or, optionally, (b) terminating the fiber in a connector by inserting the clean length W of the cladding layer and the surrounded core into a ferrule of the connector. (a) preparing the fiber for fusion splicing to another fiber by cutting away the fiber up to a leading point of a first exposed gap in the coating layer, thereby leaving a clean length W of the cladding layer and the surrounded core in condition to be fusion spliced, or, optionally, (b) terminating the fiber in a connector by inserting the clean length W of the cladding layer and the surrounded core into a ferrule of the connector.
A sawhorse trestle comprising two half-trestles (10, 20) connected by adjustable connecting means so as to provide a discontinuous, supporting work-surface with a variable spacing between respective parts of the work-surface (2, 12), wherein each half-trestle (10, 20) includes a frame (1, 11) topped by a substantially horizontal support member (2, 12) providing part of the supporting work-surface, characterised in that each half-trestle includes two frames (1, 11) which are joined and hinged along the support members (2, 12) and the adjustable connecting means comprises a slideable mechanism located below the frames thereby allowing variable spacing between the half-trestles (10, 20) and a variable aperture between respective parts of the work-surface (2, 12).
A heat transfer system comprising a suction line, liquid line heat exchanger and a composition comprising: (a) 42% by weight of HFC-134a; and (b) 58% by weight of HFO-1234ze.
A cosmetic preparation comprising a) cetearyl sulfosuccinates and b) 2,4,6-tris(biphenyl)-1,3,5-triazine. a) cetearyl sulfosuccinates and b) 2,4,6-tris(biphenyl)-1,3,5-triazine.
An ionic liquid comprising a cation component and an anion component, the cation component being one or plural kind(s) selected from the group of cation components represented by the following general formula, wherein the anion component is one or plural kind(s) selected from the group consisting of [(RfSO 2) 2 N] -, RfCOO -, [RfBF 3] -, [N 2] -, SO 4 2-, HSO 4 -, and NO 3 -, in the above formula, the substituents R 1 to R 11 are independent of each other and may be the same or different from each other, and each represent a C 1 to C 10 linear or branched alkyl group, wherein at least one of R 1 to R 11 in the general formula is a different group from the others; X 1, X 2, and X 3 are independent of each other and represent a nitrogen atom, an oxygen atom, a sulfur atom, or a carbon atom; the cation component represented by general formula is a phosphonium ion having one, two, or four P-N bonds; R 3, R 8, or R 11 is a substituent that exists in the formula only when X 1, X 2, or X 3 is a carbon atom; R 2, R 7, or R 10 is a substituent that exists in the formula only when X 1, X 2, or X 3 is a nitrogen atom or a carbon atom; X 1, R 1, and R 2 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 1 is a nitrogen atom; x 2, R 6, and R 7 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 2 is a nitrogen atom; X 3, R 9, and R 10 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 3 is a nitrogen atom; and dashed lines show a conjugated structure, and Rf is a fluorine-containing substituent. in the above formula, the substituents R 1 to R 11 are independent of each other and may be the same or different from each other, and each represent a C 1 to C 10 linear or branched alkyl group, wherein at least one of R 1 to R 11 in the general formula is a different group from the others; X 1, X 2, and X 3 are independent of each other and represent a nitrogen atom, an oxygen atom, a sulfur atom, or a carbon atom; the cation component represented by general formula is a phosphonium ion having one, two, or four P-N bonds; R 3, R 8, or R 11 is a substituent that exists in the formula only when X 1, X 2, or X 3 is a carbon atom; R 2, R 7, or R 10 is a substituent that exists in the formula only when X 1, X 2, or X 3 is a nitrogen atom or a carbon atom; X 1, R 1, and R 2 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 1 is a nitrogen atom; x 2, R 6, and R 7 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 2 is a nitrogen atom; X 3, R 9, and R 10 may form jointly with each other a saturated or partly or fully unsaturated ring structure when X 3 is a nitrogen atom; and dashed lines show a conjugated structure, and Rf is a fluorine-containing substituent.