mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for producing three-dimensional objects comprising: a bonding liquid applier configured to apply a bonding liquid to a powder layer, so that the bonding liquid bonds powder particles in the powder layer into a bonded layer; and a controller adapted to control the bonding liquid applier so as to form a three-dimensional object from a plurality of bonded layers by: in a new bonding region of an nth powder layer, which is a region that is above an unbonded region or a frame region of an (n-1)th powder layer, applying bonding liquid, in a first number of scans; in an existing bonding region of an nth powder layer, which is a region that is above a bonded region of an (n-1)th powder layer, applying bonding liquid, in a second number of scans, wherein the second number is smaller than the first number; and wherein the total amount of bonding liquid per unit area applied to the new bonding region is the same as or greater than the total amount of bonding liquid per unit area applied to the existing bonding region. a bonding liquid applier configured to apply a bonding liquid to a powder layer, so that the bonding liquid bonds powder particles in the powder layer into a bonded layer; and a controller adapted to control the bonding liquid applier so as to form a three-dimensional object from a plurality of bonded layers by: in a new bonding region of an nth powder layer, which is a region that is above an unbonded region or a frame region of an (n-1)th powder layer, applying bonding liquid, in a first number of scans; in an existing bonding region of an nth powder layer, which is a region that is above a bonded region of an (n-1)th powder layer, applying bonding liquid, in a second number of scans, wherein the second number is smaller than the first number; and wherein the total amount of bonding liquid per unit area applied to the new bonding region is the same as or greater than the total amount of bonding liquid per unit area applied to the existing bonding region. in a new bonding region of an nth powder layer, which is a region that is above an unbonded region or a frame region of an (n-1)th powder layer, applying bonding liquid, in a first number of scans; in an existing bonding region of an nth powder layer, which is a region that is above a bonded region of an (n-1)th powder layer, applying bonding liquid, in a second number of scans, wherein the second number is smaller than the first number; and wherein the total amount of bonding liquid per unit area applied to the new bonding region is the same as or greater than the total amount of bonding liquid per unit area applied to the existing bonding region.
A door with a door leaf (1, 1', 2) guided in at least one longitudinal guide (11, 11') in a closing direction (y), which door leaf extends in a closed position in the closing direction (y) and in a transverse direction (x) perpendicular thereto, wherein the door leaf (1, 1', 2) comprises a plurality of sections (1, 1') of a flexible material and at least one cross-member arranged between two adjacent sections (1, 1') in the closing direction and connected to the latter, and wherein the cross-member extends in the transverse direction (x) through an opening of the longitudinal guide (11, 11'), which has an opening width (a) measured in a passage direction (z) perpendicular to the closing direction (y) and to the transverse direction (x), with a holding plate, which is fastened to the cross-member at the end in the transverse direction (x) and projects in the passage direction (z) preferably on both sides beyond the cross-member, characterised in that the projection (b 1, b 2) of the holding plate with respect to the cross-member in the passage direction (z) is less than the difference between the opening width (a) and the thickness (c) of the cross-member in the passage direction (z).
A computer-implemented method for summarizing data in a distributed system (120, 130), comprising: generating an ordered list of blocks by: iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and generating summary data by applying a summary function to the first group of blocks based on the ordered list, wherein the summary function takes the ordered list as an input and provides the summary data of the first group of blocks as an output, wherein the summary function comprises: generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a summary block comprising the summary data; and adding the summary block to a summary chain. generating an ordered list of blocks by: iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and generating summary data by applying a summary function to the first group of blocks based on the ordered list, wherein the summary function takes the ordered list as an input and provides the summary data of the first group of blocks as an output, wherein the summary function comprises: generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a summary block comprising the summary data; and adding the summary block to a summary chain.
Apparatus for determining and/or monitoring the volume flow and/or the mass flow of a medium flowing through a pipe or a measuring tube with an internal diameter (Di) in a flow direction, with multiple ultrasonic sensors (1up, 2up, 3up; 1dn, 2dn, 3dn), which send and receive the ultrasonic measuring signals along defined sound paths in the flow direction of the medium and against the flow direction of the medium, and with a control/evaluation unit with a transmission stage, a reception stage and an evaluation stage, wherein at least one ultrasonic sensor (1up, 2up, 3up; 8) is arranged in a first section of the pipe or measuring tube, wherein at least two ultrasonic sensors (1dn, 2dn, 3dn) are arranged in a second section of the pipe or measuring tube in such a way that the ultrasonic measuring signals pass through the pipe or the measuring tube in or against the flow direction of the medium on sound paths of different lengths, characterized in that the transmission stage simultaneously excites the ultrasonic sensor or ultrasonic sensors (1up, 2up, 3up) of the first section in parallel to transmit the ultrasonic measuring signals, wherein the reception stage detects the ultrasonic measuring signals which arrive at different times at the ultrasonic sensors (1dn, 2dn, 3dn) - which are switched in parallel - of the second section due to the different length of the sound paths, and wherein the transmission stage then simultaneously excites the ultrasonic sensors (1dn, 2dn, 3dn) of the second section in parallel to transmit the ultrasonic measuring signals, wherein the reception stage detects the ultrasonic measuring signals which arrive at different times at the ultrasonic sensors (1up, 2up, 3up) - which are switched in parallel - of the first section due to the different length of the sound paths, and wherein the evaluation stage determines the volume flow and/or the mass flow of the medium in the pipe or measuring tube based on the transit time difference of the ultrasonic measuring signals in the flow direction and against the flow direction on the individual sound paths.
A thermoplastic molding composition comprising A) from 30 to 99.99% by weight of a polyester composed of from 50 to 100% by weight of at least one polyalkylene terephthalate A1), based on A), and from 0 to 50% by weight of a polyester A2), differing from A1), B) from 0.01 to 2% by weight of an acrylic acid polymer composed of B1) from 70 to 100% by weight of acrylic acid B2) from 0 to 30% by weight by weight of at least one other ethylenically unsaturated monomer copolymerizable with acrylic acid, selected from the group of the monoethylenically unsaturated carboxylic acids, and C) from 0 to 70% by weight of other additional substances, where the total of the percentages by weight of components A) to C) is 100%. where the total of the percentages by weight of components A) to C) is 100%.
A rotary electric machine comprising: an annular stator (10; 10a; 10b; 10c; 10d) including a plurality of inner teeth and a plurality of outer teeth, the plurality of inner teeth protruding radially inward, the plurality of outer teeth protruding radially outward; an inner rotor facing a radially inner side of the annular stator (10; 10a; 10b; 10c; 10d); an outer rotor facing a radially outer side of the annular stator (10; 10a; 10b; 10c; 10d); and a toroidal coil (15u, 15v, 15w) arranged in each inner slot (17; 17a; 17b) between any adjacent two of the inner teeth and a corresponding one outer slot (16; 16a; 40) between adjacent two of the outer teeth, the total number of the plurality of outer slots (16; 16a; 40) is larger than the total number of the plurality of inner slots (17; 17a; 17b), and the number of the coils arranged in all the outer slots (16; 16a; 40) is equal to the number of the coils arranged in all the inner slots (17; 17a; 17b) characterized in that the outer slots and the inner slots have respective cross-sectional shapes, in a cross-section of the stator taken along a plane perpendicular to the axial direction of the stator, such that a shape obtained by connecting the outer slots in a circumferential direction and a shape obtained by connecting the inner slots in the circumferential direction have the same shape and area. an annular stator (10; 10a; 10b; 10c; 10d) including a plurality of inner teeth and a plurality of outer teeth, the plurality of inner teeth protruding radially inward, the plurality of outer teeth protruding radially outward; an inner rotor facing a radially inner side of the annular stator (10; 10a; 10b; 10c; 10d); an outer rotor facing a radially outer side of the annular stator (10; 10a; 10b; 10c; 10d); and a toroidal coil (15u, 15v, 15w) arranged in each inner slot (17; 17a; 17b) between any adjacent two of the inner teeth and a corresponding one outer slot (16; 16a; 40) between adjacent two of the outer teeth, the total number of the plurality of outer slots (16; 16a; 40) is larger than the total number of the plurality of inner slots (17; 17a; 17b), and the number of the coils arranged in all the outer slots (16; 16a; 40) is equal to the number of the coils arranged in all the inner slots (17; 17a; 17b) characterized in that the outer slots and the inner slots have respective cross-sectional shapes, in a cross-section of the stator taken along a plane perpendicular to the axial direction of the stator, such that a shape obtained by connecting the outer slots in a circumferential direction and a shape obtained by connecting the inner slots in the circumferential direction have the same shape and area.
A method of making a coated article comprising an anti-reflection coating supported by a glass substrate, the method comprising: depositing on the glass substrate at least a portion of a solution comprising (i) a metal alkoxide comprising tetraethyl orthosilicate, (ii) a transition metal alkoxide comprising titanium n-butoxide, and (iii) titanium dioxide nanoparticles, to form a substantially uniform coating; and curing said coating and/or allowing said coating to cure, in making the anti-reflection coating. depositing on the glass substrate at least a portion of a solution comprising (i) a metal alkoxide comprising tetraethyl orthosilicate, (ii) a transition metal alkoxide comprising titanium n-butoxide, and (iii) titanium dioxide nanoparticles, to form a substantially uniform coating; and curing said coating and/or allowing said coating to cure, in making the anti-reflection coating.
A system for treating urinary incontinence in a patient, comprising: a first elongated delivery device having a proximal end and a distal end, a first aperture located near the distal end, a second aperture located near the proximal end, and a lumen extending between the first and second apertures, wherein the first elongated delivery device includes a handle located near its proximal end; and a sling assembly including a sling at least partially enclosed by a sleeve, the sling assembly having a first end threaded through into the first aperture, through the lumen and out the second aperture of the first elongated delivery device, characterized in that the first elongated delivery device includes a shaft having a first straight portion extending distally along an axis from a distal end of the handle and a curved portion first curving away from the axis and then curving back toward the axis. a first elongated delivery device having a proximal end and a distal end, a first aperture located near the distal end, a second aperture located near the proximal end, and a lumen extending between the first and second apertures, wherein the first elongated delivery device includes a handle located near its proximal end; and a sling assembly including a sling at least partially enclosed by a sleeve, the sling assembly having a first end threaded through into the first aperture, through the lumen and out the second aperture of the first elongated delivery device, characterized in that the first elongated delivery device includes a shaft having a first straight portion extending distally along an axis from a distal end of the handle and a curved portion first curving away from the axis and then curving back toward the axis.
Device, in particular attachment for a loader or excavator, for mechanically cutting and laying peat sods, comprising: - a frame, - a front, in particular vertical, precutting knife fastened fixedly to the frame, - a cutting box that is movable, in particular horizontally, in a controlled manner relative to the frame and has a horizontal main cutting knife, and - cutting forms that are able to be lowered and raised in a controlled manner into the cutting box and are able to be separated laterally from one another, for subdividing a cut-out peat body located in the cutting box into a plurality of peat sods. - a frame, - a front, in particular vertical, precutting knife fastened fixedly to the frame, - a cutting box that is movable, in particular horizontally, in a controlled manner relative to the frame and has a horizontal main cutting knife, and - cutting forms that are able to be lowered and raised in a controlled manner into the cutting box and are able to be separated laterally from one another, for subdividing a cut-out peat body located in the cutting box into a plurality of peat sods.
Method for setting a maximum discharge depth of an energy store for a time period, having the steps of: stipulating a first desired ageing value a soll,1 of the energy store for a first time period; determining a first ageing value a 1 which describes ageing of the energy store during the first time period; calculating a first difference Δ 1 between the first desired ageing value a soll,1 of the energy store and the first ageing value a 1 of the energy store; stipulating a second desired ageing value a soll,2 of the energy store for a second time period; calculating a maximum ageing value A 2 of the energy store for the second time period on the basis of the second desired ageing value a soll,2 and at least the first difference Δ 1; calculating a maximum discharge depth value D 1 on the basis of the maximum ageing value A 2; setting the maximum discharge depth of the energy store for the second time period to the maximum discharge depth value D 1. stipulating a first desired ageing value a soll,1 of the energy store for a first time period; determining a first ageing value a 1 which describes ageing of the energy store during the first time period; calculating a first difference Δ 1 between the first desired ageing value a soll,1 of the energy store and the first ageing value a 1 of the energy store; stipulating a second desired ageing value a soll,2 of the energy store for a second time period; calculating a maximum ageing value A 2 of the energy store for the second time period on the basis of the second desired ageing value a soll,2 and at least the first difference Δ 1; calculating a maximum discharge depth value D 1 on the basis of the maximum ageing value A 2; setting the maximum discharge depth of the energy store for the second time period to the maximum discharge depth value D 1.
A turbine nozzle box, comprising: an annular outer ring plate operable to be disposed in a turbine such that an outer peripheral surface thereof is adjacent to an inner peripheral surface of an inner casing of the turbine; an annular nozzle unit disposed adjacent to an inner peripheral surface of the outer ring plate; and an annular inner ring plate disposed such that an outer peripheral surface thereof is adjacent to an inner peripheral surface of the nozzle unit, wherein the nozzle unit includes a plurality of segment blocks circumferentially installed at an arc angle, and wherein the segment blocks are disposed at an inlet end of a first-stage nozzle unit, and an outlet end of the first-stage nozzle unit is open; wherein each of the segment blocks has a square block shape configured to have a closed front, but a fluid passage S1 or S2 is formed between the nozzle of the segment block and the nozzle adjacent thereto in the nozzle unit when viewed from the rear of the first-stage nozzle box. an annular outer ring plate operable to be disposed in a turbine such that an outer peripheral surface thereof is adjacent to an inner peripheral surface of an inner casing of the turbine; an annular nozzle unit disposed adjacent to an inner peripheral surface of the outer ring plate; and an annular inner ring plate disposed such that an outer peripheral surface thereof is adjacent to an inner peripheral surface of the nozzle unit, wherein the nozzle unit includes a plurality of segment blocks circumferentially installed at an arc angle, and wherein the segment blocks are disposed at an inlet end of a first-stage nozzle unit, and an outlet end of the first-stage nozzle unit is open; wherein each of the segment blocks has a square block shape configured to have a closed front, but a fluid passage S1 or S2 is formed between the nozzle of the segment block and the nozzle adjacent thereto in the nozzle unit when viewed from the rear of the first-stage nozzle box.
A process for the production of a concentrated extract of Harpagophytum procumbens in liquid or dry form with a harpagoside titre of greater than or equal to 5%, comprising a step for purification of a crude extract of Harpagophytum procumbens in liquid form in aqueous phase by a procedure of liquid-liquid extraction with an organic solvent selected from esters, preferably aliphatic esters, more particularly alkyl acetates.
Method for producing a fiber web, in which method the fiber web is calendered in at least one calendering nip of a calender, characterized in that the fiber web is cooled at least partially by moisturizing evaporating cooling by a moisturizing evaporating cooling module comprising at least one cross directional liquid nozzle row and at least one cross directional gas nozzle row, that the moisturizing evaporating cooling module has alternately liquid nozzle rows and gas nozzle rows such that liquid and gas is dosed in small dosages alternately so that the liquid on the surface of the fiber web is dried by the gas dosage before the next liquid dosage and thus preventing the liquid to absorb into the fiber web or that the moisturizing evaporating cooling module comprises several moisturizing evaporating cooling zones each comprising at least one liquid nozzle row and/or at least one gas nozzle row, before the fiber web is calendered and that the moisture is evaporated during 10 - 5000 ms.
Household appliance control assembly with an actuating shank, an actuating knob arranged on the actuating shank in a non-rotating manner and a fastening facility, which is designed to fasten the actuating knob on the actuating shank, wherein the actuating knob has at least two receiving sections (15 - 17) for receiving the fastening facility, wherein the at least two receiving sections (15 - 17) are positioned such that the actuating knob can be fastened to the actuating shank in at least two different axially offset positions, characterised in that the actuating shank has an annular groove, into which the fastening facility engages.
A method for an ink-based digital printing system, comprising: i. providing an imaging member comprising: a. a reimageable surface layer disposed on a structural mounting layer, the reimageable surface layer comprising a fluorosilicone elastomer and an infrared-absorbing filler comprising carbon black, and b. a plurality of surface defects on the reimageable surface layer, wherein the surface defects comprise carbon black exposed through the fluorosilicone elastomer; and ii. applying a coating of rejuvenating oil comprising an amino-functional organopolysiloxane to the reimageable surface layer, whereby at least a portion of the plurality of surface defects are coated by the amino-functional organopolysiloxane, thereby rejuvenating the imaging member. i. providing an imaging member comprising: a. a reimageable surface layer disposed on a structural mounting layer, the reimageable surface layer comprising a fluorosilicone elastomer and an infrared-absorbing filler comprising carbon black, and b. a plurality of surface defects on the reimageable surface layer, wherein the surface defects comprise carbon black exposed through the fluorosilicone elastomer; and a. a reimageable surface layer disposed on a structural mounting layer, the reimageable surface layer comprising a fluorosilicone elastomer and an infrared-absorbing filler comprising carbon black, and b. a plurality of surface defects on the reimageable surface layer, wherein the surface defects comprise carbon black exposed through the fluorosilicone elastomer; and ii. applying a coating of rejuvenating oil comprising an amino-functional organopolysiloxane to the reimageable surface layer, whereby at least a portion of the plurality of surface defects are coated by the amino-functional organopolysiloxane, thereby rejuvenating the imaging member.
A method for manufacturing insulation products based on mineral wool bound by an organic binder, comprising the following successive steps: (a) providing a mineral wool, (b) humidifying the mineral wool, (c) placing the humidified mineral wool fibers in contact with particles of binder comprising a mixture of thermosetting reagents, (d) shaping the mixture of mineral wool and binder particles, and (e) heating the shaped mixture to a temperature and for a period sufficient to allow the condensation of the reagents and the formation of an insulation product based on mineral wool bound by an insoluble and infusible organic binder. (a) providing a mineral wool, (b) humidifying the mineral wool, (c) placing the humidified mineral wool fibers in contact with particles of binder comprising a mixture of thermosetting reagents, (d) shaping the mixture of mineral wool and binder particles, and (e) heating the shaped mixture to a temperature and for a period sufficient to allow the condensation of the reagents and the formation of an insulation product based on mineral wool bound by an insoluble and infusible organic binder.