mhurhangee/ep-ind-claims huggingface dataset:
A method of mass-manufacturing temperature sensors (11a,b), the method comprising: - assembling or receiving said temperature sensors (11a,b), wherein an individual identifier is associated with each of the temperature sensors (11a,b); - immersing said temperature sensors (11a,b) into at least one thermostatic bath (45a-f) having a pre-determined reference temperature; - logging a set of measurement values of each temperature sensor (11a,b) during immersing into at least one of the at least one thermostatic bath (45a-f); - determining an individual response time value (T 0.5) based on the set of measurement values for each of the temperature sensors (11a,b); and - logging the determined individual response time value (T 0.5) associated with the individual identifier. - assembling or receiving said temperature sensors (11a,b), wherein an individual identifier is associated with each of the temperature sensors (11a,b); - immersing said temperature sensors (11a,b) into at least one thermostatic bath (45a-f) having a pre-determined reference temperature; - logging a set of measurement values of each temperature sensor (11a,b) during immersing into at least one of the at least one thermostatic bath (45a-f); - determining an individual response time value (T 0.5) based on the set of measurement values for each of the temperature sensors (11a,b); and - logging the determined individual response time value (T 0.5) associated with the individual identifier.
System for the personalised production of foods such as pizza and focaccia bread, comprising at least one automated selection station of the type of food required by the customer, including the relative topping, and of how it is to be prepared, at least one preparation station of dough portions that make up the base of the foods (X,X') required, at least one first topping station of the dough portions with ingredient to be cooked, at least one cooking station of the dough portions with ingredients to be cooked, at least one delivery station to the customer of the finished foods (X') weighing means of the dough portions and/or of the foods (X,X'), transportation means of the dough portions and/or of the foods (X,X') through said stations (4,8,11,12,13), at least one central processing unit to which said stations (4,8,11,12,13), said transportation means and said weighing means are slaved, said first topping station comprising a counter with worker and a selection counter of the ingredients to be cooked that can be freely accessed by the customers, characterised in that it comprises recognition means of the dough portions and/or of the foods (X,X') through said stations (4,8,11,12,13), slaved to said central processing unit and associated with a certain customer, said transport means comprising a sorting device that configured to selectively send the dough portions towards said counter with worker or towards said selection counter, in relation to the selection made by the customer.
Band saw comprising a motor-driven saw band, a tensioning device for tensioning the saw band, a braking device for stopping the saw band and an electrical control for actuating the braking device, wherein the tensioning device can be switched by the control from a tensioned position in which the saw band is tensioned into a relaxation position in which the saw band is not tensioned by means of a tiltably mounted counter bearing on which the tensioning device is supported in the tensioned position and is not supported in the relaxation position, wherein the braking device is designed as a brake that acts on the saw band, and wherein the control is configured to switch the tensioning device from the tensioned position into the relaxation position by tilting the counter bearing from a position in which the tensioning device is supported into a position in which the tensioning device is not supported, and also to actuate the brake in order to stop and in particular block the saw band, characterized in that the counter bearing is formed by a pivot lever, in particular a rocker, with eccentrically arranged axis of rotation and with a longitudinal guide along which one end of the tensioning device is guided in a freely movable manner between a guide end close to the axis on the one lever side and a guide end remote from the axis on the other lever side, wherein when pivoting the pivot lever, one end of the tensioning device, which is driven by the tensioned tensioning device, is moved from the guide end close to the axis, thereby overcoming a dead center, to the guide end remote from the axis, thereby relaxing the tensioning device.
A liquid dispensing device having a main housing (102, 104), comprising: a liquid delivery pump, comprising: an inlet; an outlet; a cylinder; a piston, disposed in the cylinder, the piston being movable in a liquid delivery direction between a first position and a second position, and in a liquid priming direction between the second position and the first position; and first resilient means for biasing the piston in the liquid priming direction; an operating button, movable in the liquid delivery direction between a first position and a second position and in a liquid priming direction between the second position and the first position, and configured to act on the piston to move the piston in the liquid delivery direction; and second resilient means for biasing the operating button in the liquid priming direction independently of said piston; characterised in that said operating button comprises locking means, configured to engage with the main housing (102, 104) to substantially prevent movement of said operating button in the liquid delivery direction until the operating button and the piston are in their respective first positions. a liquid delivery pump, comprising: an inlet; an outlet; a cylinder; a piston, disposed in the cylinder, the piston being movable in a liquid delivery direction between a first position and a second position, and in a liquid priming direction between the second position and the first position; and first resilient means for biasing the piston in the liquid priming direction; an inlet; an outlet; a cylinder; a piston, disposed in the cylinder, the piston being movable in a liquid delivery direction between a first position and a second position, and in a liquid priming direction between the second position and the first position; and first resilient means for biasing the piston in the liquid priming direction; an operating button, movable in the liquid delivery direction between a first position and a second position and in a liquid priming direction between the second position and the first position, and configured to act on the piston to move the piston in the liquid delivery direction; and second resilient means for biasing the operating button in the liquid priming direction independently of said piston; characterised in that said operating button comprises locking means, configured to engage with the main housing (102, 104) to substantially prevent movement of said operating button in the liquid delivery direction until the operating button and the piston are in their respective first positions.
A conductive bridging method, comprising: providing a base substrate; and forming first electrode lines and second electrode lines, which mutually intersect, on said base substrate, wherein said second electrode lines are interrupted at positions where they intersect said first electrode lines, characterized in that, the conductive bridging method further comprises: sequentially forming an insulating layer and a self-assembled-monolayer on said base substrate provided with said first electrode lines and said second electrode lines; forming via holes penetrating through said insulating layer and said self-assembled-monolayer; removing the self-assembled-monolayer between two adjacent via holes close to a same first electrode line; filling a conductive dispersion liquid in said via holes and a region between said two adjacent via holes; and treating said conductive dispersion liquid to form a conductive film. providing a base substrate; and forming first electrode lines and second electrode lines, which mutually intersect, on said base substrate, wherein said second electrode lines are interrupted at positions where they intersect said first electrode lines, characterized in that, the conductive bridging method further comprises: sequentially forming an insulating layer and a self-assembled-monolayer on said base substrate provided with said first electrode lines and said second electrode lines; forming via holes penetrating through said insulating layer and said self-assembled-monolayer; removing the self-assembled-monolayer between two adjacent via holes close to a same first electrode line; filling a conductive dispersion liquid in said via holes and a region between said two adjacent via holes; and treating said conductive dispersion liquid to form a conductive film. sequentially forming an insulating layer and a self-assembled-monolayer on said base substrate provided with said first electrode lines and said second electrode lines; forming via holes penetrating through said insulating layer and said self-assembled-monolayer; removing the self-assembled-monolayer between two adjacent via holes close to a same first electrode line; filling a conductive dispersion liquid in said via holes and a region between said two adjacent via holes; and treating said conductive dispersion liquid to form a conductive film.
A method of producing a workpiece by 3D printing, the method comprising: (a) extruding a filament containing an unsolidified printing material on a substrate; (b) emitting an attractive field to attract a backing article so as to compress the filament between the substrate and a pressing surface; (c) solidifying the unsolidified printing material to create a solid printing material; and (d) advancing a 3D printing head relative to the filament. (a) extruding a filament containing an unsolidified printing material on a substrate; (b) emitting an attractive field to attract a backing article so as to compress the filament between the substrate and a pressing surface; (c) solidifying the unsolidified printing material to create a solid printing material; and (d) advancing a 3D printing head relative to the filament.
A power generator, comprising: a housing having a longitudinal axis; a rotor disposed within the housing and configured to rotate generally about the longitudinal axis in a first direction with respect to the housing in response to a flow of fluid to the power generator; an output shaft at least partially disposed within the housing and coupled to the rotor; and characterised by: an anti-reverse bearing arranged radially between the output shaft and the housing and configured to support the output shaft within the housing and allow rotation of the output shaft in the first direction but resist rotation of the output shaft in a second direction opposite the first direction about the longitudinal axis with respect to the housing. a housing having a longitudinal axis; a rotor disposed within the housing and configured to rotate generally about the longitudinal axis in a first direction with respect to the housing in response to a flow of fluid to the power generator; an output shaft at least partially disposed within the housing and coupled to the rotor; and characterised by: an anti-reverse bearing arranged radially between the output shaft and the housing and configured to support the output shaft within the housing and allow rotation of the output shaft in the first direction but resist rotation of the output shaft in a second direction opposite the first direction about the longitudinal axis with respect to the housing. an anti-reverse bearing arranged radially between the output shaft and the housing and configured to support the output shaft within the housing and allow rotation of the output shaft in the first direction but resist rotation of the output shaft in a second direction opposite the first direction about the longitudinal axis with respect to the housing.
Method for determining at least one parameter of visual behavior of an individual, comprising the following step: - determining the position of the rotation center of at least one eye of the individual in a first frame of reference associated with the head of the individual, characterised in that the method further comprises the following steps: - capturing, using an image-capturing device, at least one image of at least one portion of the body of the individual in a second frame of reference, - determining the position and orientation, in the second frame of reference, of the first frame of reference associated with the head of the individual, by seeking the position, in the second frame of reference, of a recognizable zone of said portion of the body of the individual, - determining the position of the rotation center of the eye in the second frame of reference, - determining the sought parameter of visual behavior while taking into account the position of the rotation center of the eye, which position is determined in the second frame of reference. - determining the position of the rotation center of at least one eye of the individual in a first frame of reference associated with the head of the individual, - capturing, using an image-capturing device, at least one image of at least one portion of the body of the individual in a second frame of reference, - determining the position and orientation, in the second frame of reference, of the first frame of reference associated with the head of the individual, by seeking the position, in the second frame of reference, of a recognizable zone of said portion of the body of the individual, - determining the position of the rotation center of the eye in the second frame of reference, - determining the sought parameter of visual behavior while taking into account the position of the rotation center of the eye, which position is determined in the second frame of reference.
A coupling system for hose lines and/or pipelines, comprising - a plug nipple and - a coupling body into which the plug nipple is insertable such that the coupling body and the plug nipple together form a channel for a fluid flow, and - a locking mechanism, which autonomously fixes the plug nipple to the coupling body when the plug nipple is inserted into the coupling body, and which can be mechanically actuated to undo the fixing, characterised in that - the coupling system is configured to output an optical information, which optical information maps a particular temperature level of the particular fluid contained in the channel, wherein - the coupling system has at least one thermochromic substance, which is formed as at least one application of thermochromic paint and/or varnish, and with the help of which at least one thermochromic substance the coupling system is configured to output the optical information, which optical information maps the temperature level of the particular fluid contained in the channel, and wherein - the at least one application of thermochromic paint and/or varnish is arranged above a further application of paint and/or varnish, and in which coupling system the application of thermochromic paint and/or varnish is formed such that it changes into a transparent state upon exceeding a defined temperature. - a plug nipple and - a coupling body into which the plug nipple is insertable such that the coupling body and the plug nipple together form a channel for a fluid flow, and - a locking mechanism, which autonomously fixes the plug nipple to the coupling body when the plug nipple is inserted into the coupling body, and which can be mechanically actuated to undo the fixing, characterised in that - the coupling system is configured to output an optical information, which optical information maps a particular temperature level of the particular fluid contained in the channel, wherein - the coupling system has at least one thermochromic substance, which is formed as at least one application of thermochromic paint and/or varnish, and with the help of which at least one thermochromic substance the coupling system is configured to output the optical information, which optical information maps the temperature level of the particular fluid contained in the channel, and wherein - the at least one application of thermochromic paint and/or varnish is arranged above a further application of paint and/or varnish, and in which coupling system the application of thermochromic paint and/or varnish is formed such that it changes into a transparent state upon exceeding a defined temperature.
Transdermal matrix-type therapeutic system comprising an active-ingredient-impermeable backing layer, a removable protective layer and an active-ingredient-containing matrix based on hydrophobic polymers, wherein the active ingredient has a melting point above room temperature and the system gets into a supersaturated state with respect to the active ingredient only after application to the skin, characterized in that the active-ingredient-containing matrix is a monolayer or multilayer matrix based on polysiloxanes and contains an addition of at least one solvent suitable for the active ingredient, which solvents are miscible with the polysiloxanes only to a limited extent and are present in the matrix in dispersed form as droplets, and the stated active-ingredient-containing matrix is provided with a self-adhesive, active-ingredient-containing skin contact layer based on hydrophilic polyacrylates.
A metallic abrasive pad for use in a smoothing operation applied to a worked surface of a workpiece by a catalyst-supported chemical machining method, the metallic abrasive pad comprising: a compression-formed compact of one or more metal fibers (21, 22, 23) made of a transition-metal catalyst, wherein a contact spot of the one or more metal fibers intersecting each other is sintered, the one or more metal fibers are fixed to each other, and the metallic abrasive pad has a prescribed void ratio being not less than 10%, and not more than 90%.
A casing of an electric generator having a mantel and at least a flange with an annular shape, the mantel having a mantel size (m) over a given direction (d), the flange protruding from the mantel and exceeding the mantel size (m) in the given direction (d), wherein the flange has: at least a fixed part connected to the mantel that does not exceed the mantel size (m) in the given direction (d), which is the direction of the width of the casing, the at least a fixed part having two seats, two inserts removably connected to a seat each, the two inserts at least partly exceeding the mantel size (m) in the given direction (d), when the two inserts are not connected to the two seats, the casing size in the given direction (d) is the mantel size (m). at least a fixed part connected to the mantel that does not exceed the mantel size (m) in the given direction (d), which is the direction of the width of the casing, the at least a fixed part having two seats, two inserts removably connected to a seat each, the two inserts at least partly exceeding the mantel size (m) in the given direction (d), when the two inserts are not connected to the two seats, the casing size in the given direction (d) is the mantel size (m).
A method for repairing a curved aircraft portion, comprising: trimming a first stock into a blank shape; and cutting a plurality of slits into the first stock, such that the first stock is configured to be bent at least a plurality of times to form a leg portion configured to be coupled to an aircraft, a side portion connected to the leg portion, and a top portion connected to the side portion, wherein the leg portion and the side portion include the plurality of slits and the plurality of slits divides the leg portion into a plurality of leg flanges and the side portion into a plurality of side flanges, and such that the bent first stock is configured to be coupled to the aircraft to reinforce at least a portion of the aircraft; the method further comprising: coupling a leg web to at least a plurality of the leg flanges of the plurality of leg flanges; and coupling a top web to the top portion. trimming a first stock into a blank shape; and cutting a plurality of slits into the first stock, such that the first stock is configured to be bent at least a plurality of times to form a leg portion configured to be coupled to an aircraft, a side portion connected to the leg portion, and a top portion connected to the side portion, wherein the leg portion and the side portion include the plurality of slits and the plurality of slits divides the leg portion into a plurality of leg flanges and the side portion into a plurality of side flanges, and such that the bent first stock is configured to be coupled to the aircraft to reinforce at least a portion of the aircraft; the method further comprising: coupling a leg web to at least a plurality of the leg flanges of the plurality of leg flanges; and coupling a top web to the top portion. coupling a leg web to at least a plurality of the leg flanges of the plurality of leg flanges; and coupling a top web to the top portion.
Method for manufacturing a metal component with a complex shape, comprising the following steps: i/ producing a blank of the component or of the shape desired for the latter in a plurality of pieces (1.1 to 1.17) made from a noble metal material constituting the component and intended to be stacked on top of one another; ii/ producing a negative mould of the blank of the component or of the desired shape thereof in a plurality of pieces (2.1 to 2.17), the pieces of the negative mould being made from a single material or from at least two materials, the single material or one of the two materials being able to be removed by chemical dissolution using a solution that does not affect the pieces of the blank or of the desired shape; iii/ producing an assembly delimited by the metal pieces of the blank or of the desired shape stacked and nested individually in and/or around the stacked pieces of the negative mould, the sets of stacks and nested sets being such that they can be removed in the component by diffusion welding, the average thermal expansion behaviour of the stacked pieces of the negative mould being similar to those made from noble material of the blank or of the desired shape, iv/ welding the assembly obtained in step iii/ by diffusion welding, v/ removing the negative mould, including a selective chemical attack, in order to obtain the component. i/ producing a blank of the component or of the shape desired for the latter in a plurality of pieces (1.1 to 1.17) made from a noble metal material constituting the component and intended to be stacked on top of one another; ii/ producing a negative mould of the blank of the component or of the desired shape thereof in a plurality of pieces (2.1 to 2.17), the pieces of the negative mould being made from a single material or from at least two materials, the single material or one of the two materials being able to be removed by chemical dissolution using a solution that does not affect the pieces of the blank or of the desired shape; iii/ producing an assembly delimited by the metal pieces of the blank or of the desired shape stacked and nested individually in and/or around the stacked pieces of the negative mould, the sets of stacks and nested sets being such that they can be removed in the component by diffusion welding, the average thermal expansion behaviour of the stacked pieces of the negative mould being similar to those made from noble material of the blank or of the desired shape, iv/ welding the assembly obtained in step iii/ by diffusion welding, v/ removing the negative mould, including a selective chemical attack, in order to obtain the component.