mhurhangee/ep-ind-claims huggingface dataset:
An open form disposable absorbent article comprising: a first waist region, a second waist region, a crotch region disposed between the first waist region and second waist region, a waist edge in the first waist region, at least one waistband in the first waist region, at least one fastener in the second waist region, and at least one discrete landing zone in the first waist region, the discrete landing zone comprising an lateral inboard edge, wherein the discrete landing zone and the waistband overlap to form an overlap region in the first waist region, and wherein the waistband does not overlap the lateral inboard edge of the discrete landing zone, characterized in that the waistband comprises at least two elastic strands, and in that the open form disposable absorbent article further includes a leg gasketing system, and the waistband overlaps the leg gasketing system, wherein the first waist region has a resiliency of greater than 5 mJ and a stiffness of less than 10 N, wherein the resiliency and the stiffness parameters are measured as defined in the description.
Compound cis -COO Na-OH CH-(CH 2) 6 -CH=CH-(CH 2) 7 -CH 3 (sodium salt of α-hydroxy-cis-Δ9-octadecenoic acid) for use in the prevention and/or treatment of cancer.
A computer-based method for evaluating the robustness of a radiotherapy treatment plan for ion based radiotherapy, comprising the steps, performed in a processor, for a selected beam direction and of, - obtaining information for each of at least a first and a second portion in a treatment volume, related to accumulated path length of tissue traversed by ions when they reach the portion, - calculate a quantity value representative of the accumulated path length for each of the at least first and second portion, - determining the robustness of the radiotherapy treatment plan based on the quantity values for the first and second portion. - obtaining information for each of at least a first and a second portion in a treatment volume, related to accumulated path length of tissue traversed by ions when they reach the portion, - calculate a quantity value representative of the accumulated path length for each of the at least first and second portion, - determining the robustness of the radiotherapy treatment plan based on the quantity values for the first and second portion.
Device for the cryogenic separation of air with a main heat exchanger and a counter-current subcooler, with a distillation column system for nitrogen-oxygen separation, which comprises a high-pressure column and a low-pressure column, and with a mixing column and with means for introducing feed air via the main heat exchanger into the high-pressure column and into the mixing column, with a liquid-oxygen line for introducing liquid oxygen from the low-pressure column into the upper region of the mixing column and with an oxygen product line for extracting oxygen gas from the upper region of the mixing column through the main heat exchanger, the mixing column and the counter-current subcooler being arranged in the common cold box, the mixing column being arranged above the counter-current subcoder, the common cold box enclosing the mixing column, the counter-current subcooler, the high-pressure column and the low-pressure column, and the high-pressure column and the low-pressure column being arranged one above the other.
Device for edge-folding a protruding flexible decorative layer on a workpiece, having a holder for receiving and holding the workpiece and one or several edge-folding dies for folding over the protruding decorative layer and placing it against the workpiece, wherein the holder for receiving and holding a workpiece with a workpiece opening has a passage which is arranged correspondingly to the workpiece opening of the received workpiece, the edge-folding dies are arranged in the region of the passage and are adjustable between a retracted position, in which the edge-folding dies are arranged radially within a circumference of the workpiece opening, and an edge-folding position, in which the edge-folding dies project radially beyond the workpiece opening, and one positioning cylinder is in each case assigned to individual edge-folding dies and the edge-folding dies are individually adjustable, characterized in that for edge-folding the holder with the workpiece is movable relative to a base plate in a lifting direction, in that the positioning cylinders are arranged with the edge-folding dies on the base plate, in that the base plate with the positioning cylinders and the edge-folding dies is movable relative to the holder in the lifting direction by means of a lifting cylinder arrangement, and in that through the positioning cylinders the edge-folding dies are adjustable into the edge-folding position in a lateral positioning movement which is substantially directed perpendicularly to the lifting direction.
A computer-implemented method for analysing ECG output, the method comprising the steps of:- a. for each of a plurality of leads of an ECG, at multiple time points, determining a value derived from the output of that lead and which corresponds to an action potential duration; b. for each of the plurality of leads of the ECG, at the multiple time points, determining a value derived from the output of that lead and which corresponds to a diastolic interval; c. for each of the plurality of leads of the ECG, using the determined values for action potential duration and diastolic interval across the multiple time points to determine a restitution curve for each lead; and d. determining the gradient of the restitution curve for each lead at one time point; combining the gradients determined for each lead at one time point to derive a combined value, wherein the combined value is obtained by establishing an average gradient across the leads at one time point; characterised in that the method further comprises the steps of: deriving said combined value for each time point; and identifying the highest combined value from the combined values, reflecting the steepest gradient. a. for each of a plurality of leads of an ECG, at multiple time points, determining a value derived from the output of that lead and which corresponds to an action potential duration; b. for each of the plurality of leads of the ECG, at the multiple time points, determining a value derived from the output of that lead and which corresponds to a diastolic interval; c. for each of the plurality of leads of the ECG, using the determined values for action potential duration and diastolic interval across the multiple time points to determine a restitution curve for each lead; and d. determining the gradient of the restitution curve for each lead at one time point; combining the gradients determined for each lead at one time point to derive a combined value, wherein the combined value is obtained by establishing an average gradient across the leads at one time point; deriving said combined value for each time point; and identifying the highest combined value from the combined values, reflecting the steepest gradient.
Transmitting/receiving device for a motor vehicle, whereby for a mobile radio functionality the transmitting/receiving device has, as components: - an antenna structure for generating electromagnetic waves of a mobile radio signal to be transmitted and/or for receiving electromagnetic waves of a received mobile radio signal, - an HF front-end unit coupled to the antenna structure for upward mixing of the mobile radio signal to be transmitted and/or for downward mixing of the received mobile radio signal and - a computing apparatus coupled to the HF front-end unit for converting between the respective mobile radio signal and communication data transmitted in the mobile radio signal, characterised in that the transmitting/receiving device is set up to additionally process a radar signal by means of one or some or each of the components, whereby for the radar signal, electromagnetic waves are provided with frequencies that differ by less than a factor of 5 from a centre frequency of the electromagnetic waves (18, 19) of the respective mobile radio signal, whereby the antenna structure is designed as an antenna array and the computing apparatus is set up to orient a respective maximum directional sensitivity of the antenna array for the electromagnetic waves of the radar signal on the one hand, and for the electromagnetic waves (18, 19) of the respective mobile radio signal on the other hand, by means of beamforming in different directions, and for transmitting and/or receiving the mobile radio signal by means of a location apparatus to carry out an obstacle location for null steering of the beamforming and to carry out an object location by means of the same location apparatus using the radar signal, whereby an algorithm for the null steering of the beamforming from the mobile radio functionality is used to process the radar signal in order to make recognised obstacles in the surroundings of the motor vehicle identifiable as objects, whereby, by means of the same location apparatus, inverted processing for an obstacle which is provided in the mobile radio functionality for null steering of the beamforming provides object location by means of the radar signal, so that an algorithm for null steering of the beamforming from the mobile radio functionality is used to process a radar signal in order to make the recognised obstacles identifiable as objects in the surroundings of the motor vehicle. - an antenna structure for generating electromagnetic waves of a mobile radio signal to be transmitted and/or for receiving electromagnetic waves of a received mobile radio signal, - an HF front-end unit coupled to the antenna structure for upward mixing of the mobile radio signal to be transmitted and/or for downward mixing of the received mobile radio signal and - a computing apparatus coupled to the HF front-end unit for converting between the respective mobile radio signal and communication data transmitted in the mobile radio signal,
Milling head for a ball track milling cutter, comprising - an imaginary centre axis, - a first, working-side end and a second, clamping-side end opposite the first end when viewed along the centre axis, and comprising - at least one geometrically defined cutting edge extending along a cutting edge profile of the cutting edge from a first cutting edge end facing the first end of the milling head in the direction of the second end of the milling head to a second cutting edge end facing the second end of the milling head, wherein - the at least one cutting edge is designed as an intersecting line between a rake face associated with the at least one cutting edge and a first flank face associated with the at least one cutting edge, wherein - a negative rake angle (α), a first clearance angle (β), and a wedge angle (γ) are assigned to the at least one cutting edge, wherein - an absolute value of the negative rake angle (α) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end, und wherein - the first clearance angle (β) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end, characterised in that - the wedge angle (γ) is constant along the cutting edge profile, and in that - a width of the rake face is greater in the region of the first cutting edge end than in the region of the second cutting edge end. - an imaginary centre axis, - a first, working-side end and a second, clamping-side end opposite the first end when viewed along the centre axis, and comprising - at least one geometrically defined cutting edge extending along a cutting edge profile of the cutting edge from a first cutting edge end facing the first end of the milling head in the direction of the second end of the milling head to a second cutting edge end facing the second end of the milling head, wherein - the at least one cutting edge is designed as an intersecting line between a rake face associated with the at least one cutting edge and a first flank face associated with the at least one cutting edge, wherein - a negative rake angle (α), a first clearance angle (β), and a wedge angle (γ) are assigned to the at least one cutting edge, wherein - an absolute value of the negative rake angle (α) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end, und wherein - the first clearance angle (β) has a different value in the region of the first cutting edge end than in the region of the second cutting edge end, characterised in that - the wedge angle (γ) is constant along the cutting edge profile, and in that - a width of the rake face is greater in the region of the first cutting edge end than in the region of the second cutting edge end.
A combination of a hinge for doors or wings and a damping device; the hinge comprising a first fastening element, a second fastening element and connecting means interposed between the first and the second fastening element (7, 8) in such manner as to make the first and the second fastening elements (7, 8) reciprocally mobile; the damping device being associated with the hinge at a mounting position where the damping device and the hinge are positioned close to each other, and comprising a mounting case, a gas or fluid cylinder and piston unit in turn comprising a piston and a cylinder slidably coupled to each other, characterised in that it comprises an actuating end piece and drive means interposed between the cylinder and piston unit and the end-piece in order to impart to the piston and cylinder a relative sliding movement, said drive means comprising a rocker hinged to said mounting case; the actuating end-piece extending into the hinge and being movable in a straight line between a first, extracted position, where the end-piece extends freely into the open hinge, and a second, retracted position, where the end-piece is in contact with a thrust surface of the closed hinge; the piston and cylinder unit being hinged to the mounting case.
Device for removing sea bed, having a conveying line which is at least partially surrounded by sea water and through which removed sea bed can be transported to the surface in the conveying direction, wherein the conveying line comprises an emergency emptying device, by means of which removed sea bed moving counter to the conveying direction can be discharged from the conveying line into the sea water, wherein the emergency emptying device comprises at least one optionally openable or closable emergency emptying opening which, for opening said emergency emptying opening, has an emergency emptying flap which can be displaced into the interior of the conveying line in such a way that removed sea bed moving counter to the conveying direction can be discharged into the sea water through the emergency emptying opening under the action of the emergency emptying flap, wherein a piston/cylinder arrangement, which can be actuated water-hydraulically, is provided for displacing the emergency emptying flap, characterized in that a water reservoir, which provides the water-hydraulic pressure, is provided.
Timepiece movement comprising an escapement mobile connected to a barrel by a going train and a sprung balance; this movement further comprising an escapement mechanism comprising an impulse lever pivoted on the frame and at least one regulating member; characterised in that the impulse lever and the regulating member are controlled by control members (6.1, 6.2, 7.1) supported on the axle of the balance; in that the impulse lever co-operates by a first end with the escapement mobile and by a second end with an impulse finger (5.1) fixed relative to the axle of the balance; in that the regulating member co-operates with the escapement mobile to regulate its rotation; and in that the impulse lever is movable, on the one hand, in rotation in a first plane perpendicular to the axle of the balance and, on the other hand, in translation, under the control of the control members (6.1, 6.2, 7.1), along a direction perpendicular to said first plane; in that the regulating member moves, under the control of the control members (6.1, 6.2, 7.1), in a second plane which is substantially parallel to the axle of the escapement mobile, along a direction forming an angle with the first plane.
Process for making a fatty preparation to be incorporated in a meat or cheese product or in a product for feeding animals, wherein said fatty preparation does not comprise fats with a plant origin and a saturated fat content higher than 25% by weight nor fats with an animal origin and a saturated fat content higher than 15% by weight nor trans fats, comprising the steps of: a) weighing and mixing solid or dilution ingredients comprising 1 and 12% w/w of carob and 1 and 12% w/w of carrageenan; b) heating 1 and 50% w/w of water to at least 60°C in a cutter-type mixer; c) adding the ingredients of step a) into the heated cutter-type mixer of step b) until obtaining an homogeneous solution; d) adding 1 and 50% w/w of an oil selected from the group consisting of high oleic sunflower oil, olive oil, extra virgin olive oil, sunflower seed oil, rapeseed oil and grapeseed oil until obtaining an emulsion without observing oil. a) weighing and mixing solid or dilution ingredients comprising 1 and 12% w/w of carob and 1 and 12% w/w of carrageenan; b) heating 1 and 50% w/w of water to at least 60°C in a cutter-type mixer; c) adding the ingredients of step a) into the heated cutter-type mixer of step b) until obtaining an homogeneous solution; d) adding 1 and 50% w/w of an oil selected from the group consisting of high oleic sunflower oil, olive oil, extra virgin olive oil, sunflower seed oil, rapeseed oil and grapeseed oil until obtaining an emulsion without observing oil.
Method for lowering a window pane which is lowered by motor by a defined short travel distance from the region of a sealing element arranged on the vehicle body side by means of a window lifter in a motor vehicle door body of a motor vehicle door, before the opening of the motor vehicle door after the reception of a status signal, characterized in that the status signal is triggered by the actuation of a seatbelt lock, wherein a sensor or a switching unit is arranged on the seatbelt lock, in order to sense a status of the seatbelt lock.
Method of manufacturing a tube sheet and heat exchanger assembly for a shell and tube type heat exchanger, for example a pool reactor or pool condenser, for use in an apparatus for the production of urea from ammonia and carbon dioxide, the method being characterized by the following steps: • manufacturing of the tube sheet from a carbon steel material grade and providing said tube sheet on a shell side and a tube side thereof, with a corrosion protective layer (8, 9) of an austenitic-ferritic duplex stainless steel grade, wherein the heat exchanger comprises at least one U-shaped tube (5, 6) of an austenitic-ferritic duplex stainless steel grade; • inserting at least two sleeves of an austenitic-ferritic duplex stainless steel grade through the tube sheet such that both ends of the sleeve extend in a direction away from the tube sheet; • connecting the sleeves, at least the opposing ends thereof, to at least the protective layers (8, 9) of the tube sheet wherein the sleeves are seal welded at both sides of the tube sheet at least to the protective layers (8, 9) provided thereon, to avoid corrosive process medium to enter in a crevice between the sleeves and respective carbon-steel tube; • connecting both ends of the at least one U-shaped tube (5, 6) to the respective ends of the sleeves, wherein the tubes (5, 6) of the respective U-shaped tube are welded to the respective sleeves, at least to the ends thereof extending from the tube sheet, in use, towards the shell side of the pool reactor or pool condenser. • manufacturing of the tube sheet from a carbon steel material grade and providing said tube sheet on a shell side and a tube side thereof, with a corrosion protective layer (8, 9) of an austenitic-ferritic duplex stainless steel grade, wherein the heat exchanger comprises at least one U-shaped tube (5, 6) of an austenitic-ferritic duplex stainless steel grade; • inserting at least two sleeves of an austenitic-ferritic duplex stainless steel grade through the tube sheet such that both ends of the sleeve extend in a direction away from the tube sheet; • connecting the sleeves, at least the opposing ends thereof, to at least the protective layers (8, 9) of the tube sheet wherein the sleeves are seal welded at both sides of the tube sheet at least to the protective layers (8, 9) provided thereon, to avoid corrosive process medium to enter in a crevice between the sleeves and respective carbon-steel tube; • connecting both ends of the at least one U-shaped tube (5, 6) to the respective ends of the sleeves, wherein the tubes (5, 6) of the respective U-shaped tube are welded to the respective sleeves, at least to the ends thereof extending from the tube sheet, in use, towards the shell side of the pool reactor or pool condenser.
A microwave heating device comprising: a cavity housing an object to be heated; a door openably provided on a front surface of the cavity; a first microwave generator and a second microwave generator that generate microwaves; an inverter unit that drives the first microwave generator and the second microwave generator; a cooling unit that cools the first microwave generator and second microwave generator and the inverter unit; a first waveguide that supplies, to the cavity, the microwave generated by the first microwave generator; and a second waveguide that supplies, to the cavity, the microwave generated by the second microwave generator, wherein the first waveguide and the second waveguide are provided so as to extend in a front-back direction from the first microwave generator and the second microwave generator, respectively, characterized in that the first microwave generator and the second microwave generator are disposed side by side in a right-left direction below a bottom surface of the cavity, and in that the inverter unit and the cooling unit are disposed in order from the first microwave generator and the second microwave generator toward a front side. a cavity housing an object to be heated; a door openably provided on a front surface of the cavity; a first microwave generator and a second microwave generator that generate microwaves; an inverter unit that drives the first microwave generator and the second microwave generator; a cooling unit that cools the first microwave generator and second microwave generator and the inverter unit; a first waveguide that supplies, to the cavity, the microwave generated by the first microwave generator; and a second waveguide that supplies, to the cavity, the microwave generated by the second microwave generator, wherein the first waveguide and the second waveguide are provided so as to extend in a front-back direction from the first microwave generator and the second microwave generator, respectively, characterized in that the first microwave generator and the second microwave generator are disposed side by side in a right-left direction below a bottom surface of the cavity, and in that the inverter unit and the cooling unit are disposed in order from the first microwave generator and the second microwave generator toward a front side.