mhurhangee/ep-ind-claims huggingface dataset:
A method of making a belt-creped absorbent cellulosic sheet, the method comprising: (a) preparing a cellulosic papermaking furnish comprising a mixture of hardwood and softwood fibers; (b) providing the papermaking furnish to a forming fabric as a jet issuing from a head box at a jet speed; (c) compactively dewatering the papermaking furnish to form a dewatered web having an apparently random distribution of papermaking fiber; (d) applying the dewatered web having the apparently random fiber distribution to a translating transfer surface that is moving at a transfer surface speed; (e) belt creping the dewatered web from the transfer surface at a consistency of from about 30 to about 60 percent utilizing a patterned creping belt, the belt creping step occurring under pressure in a belt creping nip defined between the transfer surface and the creping belt, wherein the belt is traveling at a belt speed that is slower than the speed of the transfer surface, such that the dewatered web is creped from the transfer surface and redistributed on the creping belt to form a creped web with a reticulum having a plurality of interconnected regions of different local basis weights including at least (i) a plurality of fiber-enriched regions having a high local basis weight, interconnected by way of (ii) a plurality of lower local basis weight linking regions; and (f) drying the creped web, wherein the creped web has a percent cross-machine direction stretch that is at least about 2.75 times the dry tensile ratio of the creped web. (a) preparing a cellulosic papermaking furnish comprising a mixture of hardwood and softwood fibers; (b) providing the papermaking furnish to a forming fabric as a jet issuing from a head box at a jet speed; (c) compactively dewatering the papermaking furnish to form a dewatered web having an apparently random distribution of papermaking fiber; (d) applying the dewatered web having the apparently random fiber distribution to a translating transfer surface that is moving at a transfer surface speed; (e) belt creping the dewatered web from the transfer surface at a consistency of from about 30 to about 60 percent utilizing a patterned creping belt, the belt creping step occurring under pressure in a belt creping nip defined between the transfer surface and the creping belt, wherein the belt is traveling at a belt speed that is slower than the speed of the transfer surface, such that the dewatered web is creped from the transfer surface and redistributed on the creping belt to form a creped web with a reticulum having a plurality of interconnected regions of different local basis weights including at least (i) a plurality of fiber-enriched regions having a high local basis weight, interconnected by way of (ii) a plurality of lower local basis weight linking regions; and (f) drying the creped web, wherein the creped web has a percent cross-machine direction stretch that is at least about 2.75 times the dry tensile ratio of the creped web.
A trimming apparatus, in particular for a coating apparatus for coating narrow-surfaces of plate-shaped workpieces, with a cutting tool by means of which a cutting movement for trimming a narrow-surface coating material can be carried out, wherein the cutting tool has a cutting region, to which the narrow-surface coating material is transportable in a direction of movement, wherein an adjusting apparatus is provided, by means of which an adjusting movement of the cutting tool can be controlled for trimming the narrow-surface coating material, wherein the adjusting movement has at least one directional component, directed in the direction of movement of the narrow-surface coating material, characterized in that the adjusting apparatus has at least one drive apparatus which controls at least the adjusting movement of the cutting tool from a starting position, wherein a speed of the adjusting movement of the cutting tool is adaptable to a transport speed of the narrow-surface coating material. wherein an adjusting apparatus is provided, by means of which an adjusting movement of the cutting tool can be controlled for trimming the narrow-surface coating material, wherein the adjusting movement has at least one directional component, directed in the direction of movement of the narrow-surface coating material, characterized in that the adjusting apparatus has at least one drive apparatus which controls at least the adjusting movement of the cutting tool from a starting position, wherein a speed of the adjusting movement of the cutting tool is adaptable to a transport speed of the narrow-surface coating material.
A method for stacking a stator core of an electric machine to replace parts of the stator core, with the steps of: providing a movable support adjacent to a stator frame to carry at least one sheet for the stator core to compose, grabbing said at least one sheet with an arm arranged outside the stator core comprising a holding device for clamping said at least one sheet, arranging said at least one sheet to compose the stator core from a stack of sheets, wherein before arranging, guiding said at least one sheet inside the stator frame in a horizontal direction, wherein the method also comprises the steps of: grabbing at least one sheet from the stator core, removing said at least one sheet from the stator core, and replacing said at least one sheet by a different at least one sheet from the movable support, characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support, and removing the plates with wedges after replacement of said at least one sheet. providing a movable support adjacent to a stator frame to carry at least one sheet for the stator core to compose, grabbing said at least one sheet with an arm arranged outside the stator core comprising a holding device for clamping said at least one sheet, arranging said at least one sheet to compose the stator core from a stack of sheets, wherein before arranging, guiding said at least one sheet inside the stator frame in a horizontal direction, wherein the method also comprises the steps of: grabbing at least one sheet from the stator core, removing said at least one sheet from the stator core, and replacing said at least one sheet by a different at least one sheet from the movable support, characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support, and removing the plates with wedges after replacement of said at least one sheet. grabbing at least one sheet from the stator core, removing said at least one sheet from the stator core, and replacing said at least one sheet by a different at least one sheet from the movable support, characterized by after removing said at least one sheet from the stator core arranging pairs of plates with wedges in between in slots of the stator core for guiding said at least one sheet from the movable support, and removing the plates with wedges after replacement of said at least one sheet.
Clip for fastening a first element to a second element, wherein the clip comprises • a head and a tip and • a first side and a second side, wherein the first side extends from the head in the direction of the tip and the second side extends from the head in the direction of the tip, • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side, • wherein the first side wall comprises a first projecting finger which overlaps a region of the second side wall, wherein the first side wall comprises a second projecting finger which overlaps another region of the second side wall, characterized in that the first side wall has a flat base body, wherein the second projecting finger has an end section which runs parallel to the flat base body, wherein the end section of the second finger has an outwardly facing surface which runs in a plane running parallel to a plane in which the outwardly facing surface of the base body extends, wherein a bent section is provided between the base body and the end section of the second finger, and the bent section is configured as a double bend, which is initially bent in a first direction and is then bent in the further course in another direction. • a head and a tip and • a first side and a second side, wherein the first side extends from the head in the direction of the tip and the second side extends from the head in the direction of the tip, • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side, • wherein the first side wall comprises a first projecting finger which overlaps a region of the second side wall,
A method of separating a powder mixture, comprising: applying a first magnetic field to the powder mixture containing an inherently non-magnetic metal powder and a contaminant powder, wherein the first magnetic field is provided by a first magnet, wherein a field strength of the first magnetic field magnetizes the non-magnetic metal powder by inducing a magnetic charge on the particles of the non-magnetic metal powder and leaves the contaminant powder non-magnetized; applying a second magnetic field to the powder mixture to separate the magnetized metal powder from the non-magnetized contaminant powder, wherein the second magnetic field is provided by a second magnet, the second magnet having a magnetic field strength that is less than the magnetic field strength of the first magnet and that is less than a field strength needed to magnetize the particles of the first powder and of the second powder; wherein the non-magnetic metal powder is at least one of: a superalloy metal powder; a high-alloy nickel chromium powder; a non-magnetic steel powder; a stainless steel powder; and a copper powder; the method further comprising applying the first magnetic field at or below a room temperature; characterized in that the method further comprises lowering a temperature of the powder mixture below 0°C prior to applying the first magnetic field to increase a responsiveness of the non-magnetic metal powder to magnetization by the first magnetic field. applying a first magnetic field to the powder mixture containing an inherently non-magnetic metal powder and a contaminant powder, wherein the first magnetic field is provided by a first magnet, wherein a field strength of the first magnetic field magnetizes the non-magnetic metal powder by inducing a magnetic charge on the particles of the non-magnetic metal powder and leaves the contaminant powder non-magnetized; applying a second magnetic field to the powder mixture to separate the magnetized metal powder from the non-magnetized contaminant powder, wherein the second magnetic field is provided by a second magnet, the second magnet having a magnetic field strength that is less than the magnetic field strength of the first magnet and that is less than a field strength needed to magnetize the particles of the first powder and of the second powder; wherein the non-magnetic metal powder is at least one of: a superalloy metal powder; a high-alloy nickel chromium powder; a non-magnetic steel powder; a stainless steel powder; and a copper powder; the method further comprising applying the first magnetic field at or below a room temperature; characterized in that the method further comprises lowering a temperature of the powder mixture below 0°C prior to applying the first magnetic field to increase a responsiveness of the non-magnetic metal powder to magnetization by the first magnetic field.
A method of self-assembly of an element onto a surface of a support (20; 30) comprising the steps of: providing a support (20; 30) comprising at least one assembly pad on said surface; depositing a drop (40; 68) of a liquid on the assembly pad; and bringing the element into contact with the drop, which results in a self-assembly of the element with respect to the support (20; 30), characterized in that the support comprises nanometer- or micrometer-range pillars on said surface around the pad, each pillar comprising at least one amorphous silicon or polysilicon core, the liquid drop having a static angle of contact on the assembly pad smaller than or equal to 15°, the liquid drop having a static angle of contact on the pillars greater than or equal to 150°. providing a support (20; 30) comprising at least one assembly pad on said surface; depositing a drop (40; 68) of a liquid on the assembly pad; and bringing the element into contact with the drop, which results in a self-assembly of the element with respect to the support (20; 30), characterized in that the support comprises nanometer- or micrometer-range pillars on said surface around the pad, each pillar comprising at least one amorphous silicon or polysilicon core, the liquid drop having a static angle of contact on the assembly pad smaller than or equal to 15°, the liquid drop having a static angle of contact on the pillars greater than or equal to 150°.
An apparatus for propagating a signal on a printed circuit board, PCB, comprising: means for driving a signal to a plurality of chips; first means for propagating the signal from the means for driving the signal, the first means connected to the means for driving the signal; second means for propagating the signal from the first means, the second means connected to the first means and a first chip of a plurality of chips, the second means having a length greater than or equal to 10 times a length of the first means; and third means for propagating the signal from the first means, the third means connected to the first means and a second chip of the plurality of chips, characterized in that the third means has a length greater than or equal to 10 times a length of the first means, wherein an equivalent characteristic impedance of the second means and the third means drops from a characteristic impedance of the first means. means for driving a signal to a plurality of chips; first means for propagating the signal from the means for driving the signal, the first means connected to the means for driving the signal; second means for propagating the signal from the first means, the second means connected to the first means and a first chip of a plurality of chips, the second means having a length greater than or equal to 10 times a length of the first means; and third means for propagating the signal from the first means, the third means connected to the first means and a second chip of the plurality of chips, characterized in that the third means has a length greater than or equal to 10 times a length of the first means, wherein an equivalent characteristic impedance of the second means and the third means drops from a characteristic impedance of the first means.
Network module for sending and/or receiving of data packages from a network arrangement that is provided in a network with ring structure in an airplane, wherein the data package comprises at least one data package segment, a source address, a destination address and an identification number, the network module comprising: a first network interface for receiving and/or sending of data packages via the ring structure; a second network interface for receiving and/or sending of data packages via the ring structure; a processor configured to determine, based on the destination address, if data packages received with the first network interface and/or the second network interface are directed to the network module and to determine if the source address and/or the destination address are contained in a predefined list of the network participants; wherein the processor is further configured to determine, based on the source address and the identification number, if a copy of a data package directed to the network module is already created in a memory; wherein the processor is further configured to create a copy of the data package as well as the source address and the identification number in the memory if the determination results in that the received data package is directed to the network module and a copy of the data package has not yet been created in the memory; and wherein the processor is further configured to unpack the data package segment comprising at least one header and a payload from the created copy of the data package and to provide the data package segment to an application, wherein the application receives and/or provides data according to an AFDX protocol with a data transmission rate between 1 Gbit/s and 200 Gbit/s. a first network interface for receiving and/or sending of data packages via the ring structure; a second network interface for receiving and/or sending of data packages via the ring structure; a processor configured to determine, based on the destination address, if data packages received with the first network interface and/or the second network interface are directed to the network module and to determine if the source address and/or the destination address are contained in a predefined list of the network participants; wherein the processor is further configured to determine, based on the source address and the identification number, if a copy of a data package directed to the network module is already created in a memory; wherein the processor is further configured to create a copy of the data package as well as the source address and the identification number in the memory if the determination results in that the received data package is directed to the network module and a copy of the data package has not yet been created in the memory; and wherein the processor is further configured to unpack the data package segment comprising at least one header and a payload from the created copy of the data package and to provide the data package segment to an application, wherein the application receives and/or provides data according to an AFDX protocol with a data transmission rate between 1 Gbit/s and 200 Gbit/s.
Method for preparing a reactive thermoplastic composition devoid of any compatibilizing between the phases comprising a continuous phase which is made of at least one thermoplastic polymer and wherein a discontinuous phase is dispersed mostly or exclusively comprised of at least one reactive reinforcement chemical agent that can be immiscible with said at least one thermoplastic polymer and chosen from the group comprising epoxy resins, polyorganosiloxanes with SiH functional groups, di- or poly-isocyanates and mixtures thereof, this method being characterised in that it comprises in situ grafting, branching and/or crosslinking, by a reactive mixture of these phases with a shear rate greater than 10 3 s -1, of said at least one reinforcement agent on the chain of said at least one thermoplastic polymer, so that said discontinuous phase is dispersed in said continuous phase in the form of nodules having a number-average size, measured with an atomic force microscope, between 50μm and 2μm with a maximum standard deviation of 0.5μm.
A method of producing a membrane module comprising the steps of: a) forming a bundle of hollow fiber membranes, the membranes held together by a layer of adhesive material spaced from the ends of the membranes to provide a potting region between the layer of adhesive material and the ends of the membranes; b) placing the bundle of membranes in a mold wherein the mold seals against the adhesive material to form a substantially closed cavity surrounding the potting region; c) injecting a liquid potting material into the cavity such that the potting material flows around the membranes; and, d) solidifying the potting material in a seal with the membranes, wherein step (c) comprises mixing at least two chemically reactive components to form the liquid potting material, and the at least two chemically reactive components are parts of a reaction injection molding thermoset. a) forming a bundle of hollow fiber membranes, the membranes held together by a layer of adhesive material spaced from the ends of the membranes to provide a potting region between the layer of adhesive material and the ends of the membranes; b) placing the bundle of membranes in a mold wherein the mold seals against the adhesive material to form a substantially closed cavity surrounding the potting region; c) injecting a liquid potting material into the cavity such that the potting material flows around the membranes; and, d) solidifying the potting material in a seal with the membranes, wherein
A method for the treatment of the Vitis Vinifera, with the use of a sound diffusion system consisting of a plurality of sound speakers arranged inside the vineyard and along the rows of vines, thus generating sound waves which in turn produce acoustic stress for obtaining ameliorating effects of a physiological and entomological nature, said sound waves being harmonic sound waves with a frequency ranging from 90 Hz to 1 kHz and with an average pressure of about 85 dB, said speakers emitting a density of electric power of at least 2 Watt/m 2 so as to obtain said average pressure of 85 dB uniformly on the plants penetrated and also to compensate natural background noise, characterised in that the diffusion of sound on the vines being initiated before the Spring sprouting and is continued until the end of the fruit harvesting, the sound waves with a frequency ranging from 200 to 400 Hz being used for favouring root growth with orientation in the direction of the sound source, said sound waves penetrate both the whole row by positioning the speakers at a height of up to 280 cm from the ground, and also the lower part of the trunk of the plant, by simultaneously positioning further speakers at 50 cm from the ground, with a mode and distribution similar to water irrigation.
A plate in order to be used in a friction clutch mechanism provided between the engine and the gear box in motor vehicles and comprising an annular body having inner diameter and outer diameter, at least one friction surface in order to contact with the friction disc, at least one ventilation groove provided on an imaginary plane defined in a parallel manner in axial distance with respect to said friction surface and provided along a curve extending from the inner diameter of said body towards the outer diameter of said body, characterized in that the said plate comprises a symmetry groove symmetrical to the groove with respect to a symmetry plane which is perpendicular to said imaginary plane.