mhurhangee/ep-ind-claims huggingface dataset:
A pressing unit for removing liquids contained in material of various types, comprising a chamber for containing at least one screw feeder, said screw feeder comprising a roller that rotates about its own longitudinal axis and a helical element that is wound in a spiral around said roller, said chamber being affected by an intake port for introducing the material to be pressed and by a discharge port for the pressed material, in order to define a forced pressing path comprised between said chamber and said at least one screw feeder, wherein the lateral surface of said roller is at least partially hollow, characterized in that the lateral surface of said roller comprises a first portion, which has a helical extension around said axis and is provided with a plurality of holes, for the evacuation of the liquids removed progressively from the material during its advancement along said path, and a second portion, which has a helical extension around said axis and is complementary to said first portion, said helical element 5 being wound and fixed around said roller at said second portion, which has a continuous, non-perforated shape.
Method for cultivating primary Mesenchymal Stem Cells (MSCs) in vitro, wherein the cells are cultivated in a culture medium comprising at least one ketone body.
A method for producing a porous polytetrafluoroethylene membrane, comprising: a step A of extruding a mixture containing a polytetrafluoroethylene fine powder having a standard specific gravity of 2.19 or less determined according to JIS K6892 and a liquid lubricant into a sheet using a flat die so as to obtain a polytetrafluoroethylene sheet; a step B of rolling the polytetrafluoroethylene sheet by passing the sheet between a pair of rolls in a longitudinal direction of the sheet that is a direction of the extrusion in the step A; a step C of stretching the polytetrafluoroethylene sheet in a transverse direction perpendicular to the longitudinal direction of the sheet; a step D of removing the liquid lubricant from the polytetrafluoroethylene sheet that has been rolled in the step B and stretched in the step C; and a step E of stretching the polytetrafluoroethylene sheet, from which the liquid lubricant has been removed in the step D, both in the longitudinal direction of the sheet and in the transverse direction of the sheet so as to obtain a porous polytetrafluoroethylene membrane. a step A of extruding a mixture containing a polytetrafluoroethylene fine powder having a standard specific gravity of 2.19 or less determined according to JIS K6892 and a liquid lubricant into a sheet using a flat die so as to obtain a polytetrafluoroethylene sheet; a step B of rolling the polytetrafluoroethylene sheet by passing the sheet between a pair of rolls in a longitudinal direction of the sheet that is a direction of the extrusion in the step A; a step C of stretching the polytetrafluoroethylene sheet in a transverse direction perpendicular to the longitudinal direction of the sheet; a step D of removing the liquid lubricant from the polytetrafluoroethylene sheet that has been rolled in the step B and stretched in the step C; and a step E of stretching the polytetrafluoroethylene sheet, from which the liquid lubricant has been removed in the step D, both in the longitudinal direction of the sheet and in the transverse direction of the sheet so as to obtain a porous polytetrafluoroethylene membrane.
A locking device for suspended duct supports, comprising a casing that has side walls, an upper wall, and at least one hole into which a threaded rod can be inserted; a pair of pins and a first spring located inside the casing characterized in that it further comprises a pair of primary bodies mounted on the first spring, wherein said primary bodies are pushed by the first spring against an inner side of the upper wall of the casing, and are arranged facing each other in an upper inner area of the casing, and wherein the primary bodies have inner threading, complementary to the threading of the rod, and a through hole into which an upper end of the pins is inserted, said primary bodies being movable on the pins, so that when an insertion movement of a rod is produced in the casing, the primary bodies move towards the side walls of the casing and inferiorly in the direction of the pins, the first spring in turn being compressed, and such that when the rod stops being inserted, the first spring pulls, exerting a vertical pushing force on the primary bodies in the direction opposite to that of the insertion of the rod, and consequently, moving them towards the upper central portion of the casing through their respective pins, until their inner threading makes contact with the threading of the rod to lock it.
A header for an agricultural vehicle, comprising: a frame; at least one crop divider rotatably connected to the frame at an axis of rotation and said at least one crop divider is configured for dividing and lifting a crop material; and at least one drive unit mounted to the frame and operably connected to said at least one crop divider such that as the header is moved in a forward direction said at least one drive unit rotates said at least one crop divider about the axis of rotation, the header being characterised in that said at least one crop divider has a disked-shape body configured to guide crop material either into or away from the header as the header is moved in the forward direction. a frame; at least one crop divider rotatably connected to the frame at an axis of rotation and said at least one crop divider is configured for dividing and lifting a crop material; and at least one drive unit mounted to the frame and operably connected to said at least one crop divider such that as the header is moved in a forward direction said at least one drive unit rotates said at least one crop divider about the axis of rotation, the header being characterised in that said at least one crop divider has a disked-shape body configured to guide crop material either into or away from the header as the header is moved in the forward direction.
A method of performing automated defect detection, the method comprising: providing an image capture device; the image device being for capturing and transmitting video image data of a plurality of blades within one stage of at least one of an engine and a turbine; obtaining video images of the plurality of blades via the image capturing device; creating a normal model of an undamaged blade of the plurality of blades by performing Robust Principal Component Analysis (RPCA) of the video images into a low rank matrix representing a normal blade part or region and a sparse matrix representing a blade anomaly; and performing an anomaly detection utilizing the normal model to determine defects within any of the blades. providing an image capture device; the image device being for capturing and transmitting video image data of a plurality of blades within one stage of at least one of an engine and a turbine; obtaining video images of the plurality of blades via the image capturing device; creating a normal model of an undamaged blade of the plurality of blades by performing Robust Principal Component Analysis (RPCA) of the video images into a low rank matrix representing a normal blade part or region and a sparse matrix representing a blade anomaly; and performing an anomaly detection utilizing the normal model to determine defects within any of the blades.
Mounting system for carrying out an installation operation in an elevator shaft of an elevator system, comprising - a mounting device having a carrier component and a mechatronic installation component, - a displacement component which is arranged above the mounting device and - a support means which is at least indirectly fixed to the carrier component, it being possible for the displacement component to displace the mounting device in the elevator shaft by means of the support means, and the carrier component being supported by means of an upper support roller on a support wall of the elevator shaft at least during a displacement in the elevator shaft, characterized in that the support means has a diagonal pull (α, α*) with respect to the vertical in the direction of the support wall of the elevator shaft and the mounting system has a compensating element (24, 124, 224, 324, 424, 524, 624, 724, 829) which is designed and arranged such that, during a displacement of the carrier component in the elevator shaft, it counteracts tilting of the carrier component about the upper support roller in the direction of the support wall. - a mounting device having a carrier component and a mechatronic installation component, - a displacement component which is arranged above the mounting device and - a support means which is at least indirectly fixed to the carrier component,
A device for cooling heat-sensitive control members of a pneumatic or electro-pneumatic valve capable of being arranged in an environment subjected to temperatures above the nominal operating temperatures of these control members, the cooling device comprising: - a containment casing adapted to contain said control members of said pneumatic valve, characterized in that the cooling device also comprises: - an air inlet, called the fresh air inlet, in said containment casing, and, - an air outlet of said containment casing, which outlet is equipped with an air mover comprising: o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply, of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column, and, o a second supply, called the secondary supply, of air, called secondary air, present in said containment casing, to said acceleration column, such that said primary air may drive and accelerate the secondary air toward said air outlet so as to produce forced ventilation of air in said containment casing between said air inlet and said air outlet. - a containment casing adapted to contain said control members of said pneumatic valve, - an air inlet, called the fresh air inlet, in said containment casing, and, - an air outlet of said containment casing, which outlet is equipped with an air mover comprising: o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply, of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column, and, o a second supply, called the secondary supply, of air, called secondary air, present in said containment casing, to said acceleration column, such that said primary air may drive and accelerate the secondary air toward said air outlet so as to produce forced ventilation of air in said containment casing between said air inlet and said air outlet. o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply, of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column, and, o a second supply, called the secondary supply, of air, called secondary air, present in said containment casing, to said acceleration column,
Warning triangle device having a portable warning triangle with a surface graphically designed according to the specifications of the legal standards, wherein a distance measuring device for measuring a distance between a parked vehicle and the warning triangle is provided, and a display device for displaying a distance between a parked vehicle and the warning triangle is arranged in the region of the rear surface of the warning triangle, characterized in that the distance measuring device is fitted to the portable warning triangle and contains an acceleration sensor which, as of the time at which the distance measuring device is activated, measures accelerations to which the acceleration sensor is exposed when a person carrying the warning triangle walks from a parked vehicle to a placement location of the warning triangle, and the distance measuring device also contains a gyroscope which is fitted to the portable warning triangle and is intended to determine the change in a spatial orientation of the warning triangle.
A method of adjusting a slot die comprising: an applicator slot extending across a width of the slot die, the applicator slot in fluid communication with a fluid flow path through the slot die; an adjustment mechanism comprising a slot die surface; and a plurality of primary actuators spaced along the width of the slot die, wherein each primary actuator is operatively coupled to one or more secondary actuators, and each secondary actuator is operatively coupled to the adjustment mechanism to adjust a cross-sectional height of fluid flow path at its respective location to provide a local adjustment of fluid flow through the applicator slot, wherein the method comprises: determining a target slot height profile; predicting, with a controller, a set of primary actuator settings and a set of secondary actuator settings based on the target slot height profile; and separately positioning each primary and secondary actuator according to the predicted set of primary and secondary actuator settings to adjust the slot die. an applicator slot extending across a width of the slot die, the applicator slot in fluid communication with a fluid flow path through the slot die; an adjustment mechanism comprising a slot die surface; and a plurality of primary actuators spaced along the width of the slot die, wherein each primary actuator is operatively coupled to one or more secondary actuators, and each secondary actuator is operatively coupled to the adjustment mechanism to adjust a cross-sectional height of fluid flow path at its respective location to provide a local adjustment of fluid flow through the applicator slot, wherein the method comprises: determining a target slot height profile; predicting, with a controller, a set of primary actuator settings and a set of secondary actuator settings based on the target slot height profile; and separately positioning each primary and secondary actuator according to the predicted set of primary and secondary actuator settings to adjust the slot die. determining a target slot height profile; predicting, with a controller, a set of primary actuator settings and a set of secondary actuator settings based on the target slot height profile; and separately positioning each primary and secondary actuator according to the predicted set of primary and secondary actuator settings to adjust the slot die.
A method for removing a caspase cleavage site or a secretase cleavage site from a protein comprising providing a cell that expresses pre-mRNA encoding said protein ex vivo with an anti-sense oligonucleotide that induces skipping of the exonic sequence that encodes said caspase cleavage site or secretase cleavage site, the method further comprising allowing translation of mRNA produced from said pre-mRNA, the method characterized in that the protein is not dystrophin.
Method for producing an insert leaf, in particular a data page, for a book-like document, in particular identification document, wherein the insert leaf has a main body and a hinge region, which is connected to the main body and projects beyond a periphery of the main body, including the steps of: - connecting a number of films (13, 14, 17, 18) to form an insert-leaf sheet, wherein the films comprise at least one hinge film (17, 18), - separating off an insert-leaf blank from the insert-leaf sheet, in particular cutting it out of the same, - separating off a part of the insert-leaf blank for the purpose of creating the hinge region, which comprises the at least one hinge film (17, 18), characterized in that the act of separating off the part of the insert-leaf body takes place in a single operation, preferably using machining. - connecting a number of films (13, 14, 17, 18) to form an insert-leaf sheet, wherein the films comprise at least one hinge film (17, 18), - separating off an insert-leaf blank from the insert-leaf sheet, in particular cutting it out of the same, - separating off a part of the insert-leaf blank for the purpose of creating the hinge region, which comprises the at least one hinge film (17, 18),
A method of providing an edge seal (S01, S01F) along a longitudinal edge of an add-on part mounted on the outer surface of a rotor blade, which method comprises the steps of - determining a height at the longitudinal edge of the add-on part; - determining an overlap width (δ0) for the edge seal (S01, S01F) in an overlap region (J0-J1) next to the longitudinal edge of the add-on part, wherein the ratio of overlap width (δ0) to height at the longitudinal edge is in the range of 10:1 to 50:1; - choosing a width for the edge seal (S01, S01F) to be applied on the rotor blade surface, wherein the width of the edge seal (S01, S01F) is chosen to exceed the height at the longitudinal edge of the add-on part by a factor of at least twenty; and - forming the edge seal (S01, S01F) over a total width (δ01) comprising the overlap width (δ0) and the edge seal width by applying a sealant material to the rotor blade surface at least in a volume defined by the height at the longitudinal edge of the add-on part and the chosen edge seal width, and also in the overlap region (J0-J1) of the add-on part to form an edge seal overlap (S OV) alongside the longitudinal edge of the add-on part. - determining a height at the longitudinal edge of the add-on part; - determining an overlap width (δ0) for the edge seal (S01, S01F) in an overlap region (J0-J1) next to the longitudinal edge of the add-on part, wherein the ratio of overlap width (δ0) to height at the longitudinal edge is in the range of 10:1 to 50:1; - choosing a width for the edge seal (S01, S01F) to be applied on the rotor blade surface, wherein the width of the edge seal (S01, S01F) is chosen to exceed the height at the longitudinal edge of the add-on part by a factor of at least twenty; and - forming the edge seal (S01, S01F) over a total width (δ01) comprising the overlap width (δ0) and the edge seal width by applying a sealant material to the rotor blade surface at least in a volume defined by the height at the longitudinal edge of the add-on part and the chosen edge seal width, and also in the overlap region (J0-J1) of the add-on part to form an edge seal overlap (S OV) alongside the longitudinal edge of the add-on part.
An axle system, in particular for commercial vehicles, comprising an axle stub and a clamping unit, wherein the axle stub is formed in a substantially rotationally symmetrical manner about a stub axis, wherein the clamping unit in an assembled state transmits a clamping force to the axle stub, wherein the clamping unit and the axle stub in the assembled state are secured non-positively to prevent movement relative to one another, characterized in that the clamping unit comprises a first clamp part and a second clamp part wherein the first clamp part and the second clamp part each comprise a clamping face, wherein the first and the second clamp part (42, 44) in the assembled state are forced against one another by a force element and the clamping faces bear on corresponding holding faces on the axle tube and/or on the axle stub, wherein at least one of the clamping faces has an extent spanning a clamping angle (a) with the stub axis in a plane of section intersecting the stub axis, wherein the clamping angle (a) is between 20° and 85°.
Method for producing a site-specific DNA-recombination, including the steps: a) providing a cell comprising at least two recognition sites that are identical or reverse complementary to each other, wherein at least one recognition site comprises a nucleic acid sequence according to or reverse complementary to SEQ ID No. 36; or a nucleic acid sequence that is a functional mutant thereof, wherein the functional mutant exhibits a nucleic acid sequence identity to SEQ ID No. 36 of at least 80 % and comprises a recognition site of a site-specific DNA recombinase having SEQ ID NO: 35; and b) contacting a protein with recombinase activity, wherein the protein exhibits an amino acid sequence of at least 70 %, preferably at least 80 %, preferably at least 90 %, particularly preferred at least 95 %, even more preferred at least 99 % amino acid sequence identity to SEQ ID No. 35, with the recognition sites, thereby producing the site-specific DNA recombination, wherein the method is not used for the therapeutic treatment of a human being or an animal. a) providing a cell comprising at least two recognition sites that are identical or reverse complementary to each other, wherein at least one recognition site comprises a nucleic acid sequence according to or reverse complementary to SEQ ID No. 36; or a nucleic acid sequence that is a functional mutant thereof, wherein the functional mutant exhibits a nucleic acid sequence identity to SEQ ID No. 36 of at least 80 % and comprises a recognition site of a site-specific DNA recombinase having SEQ ID NO: 35; and b) contacting a protein with recombinase activity, wherein the protein exhibits an amino acid sequence of at least 70 %, preferably at least 80 %, preferably at least 90 %, particularly preferred at least 95 %, even more preferred at least 99 % amino acid sequence identity to SEQ ID No. 35, with the recognition sites, thereby producing the site-specific DNA recombination, wherein the method is not used for the therapeutic treatment of a human being or an animal.