mhurhangee/ep-ind-claims huggingface dataset:
Method for realising a relief pattern, with a polymer-type material, on a free surface of a substrate comprising the steps of: a) providing a substrate having a free surface, b) depositing a first sacrificial layer on at least a portion of the said free surface, with a predefined thickness, c) engraving the said first sacrificial layer, approximately to the said free surface of the substrate, so as to define cavities to be filled corresponding to the said pattern to be made, d) depositing the said polymer-type material on the said substrate in such a way that at least the said cavities are filled with the said polymer-type material, e) proceeding to the ablation of any surplus of polymer-type material located outside the said cavities, f) proceeding to the selective ablation of the said first sacrificial layer while preserving the polymer-type material which was located inside the said cavities to be filled, so as to define the said relief pattern on the free surface of the said substrate. a) providing a substrate having a free surface, b) depositing a first sacrificial layer on at least a portion of the said free surface, with a predefined thickness, c) engraving the said first sacrificial layer, approximately to the said free surface of the substrate, so as to define cavities to be filled corresponding to the said pattern to be made, d) depositing the said polymer-type material on the said substrate in such a way that at least the said cavities are filled with the said polymer-type material, e) proceeding to the ablation of any surplus of polymer-type material located outside the said cavities, f) proceeding to the selective ablation of the said first sacrificial layer while preserving the polymer-type material which was located inside the said cavities to be filled, so as to define the said relief pattern on the free surface of the said substrate.
A printing apparatus adapted to dynamically register an image relative to a target substrate media being moved substantially in a process direction along a substrate media path, the apparatus comprising: a marking engine adapted to generate the image for transfer to the target substrate media; a transport adapted to move the target substrate media along the substrate media path in the process direction to receive the image in a transfer area from the marking engine; a sensing system adapted to detect, along the substrate media path, a characteristic of at least one other substrate media moved previously by the transport; wherein the sensing system includes at least one of a sheet edge sensor, a point sensor and an array sensor used in detecting the characteristic; a correction module adapted to alter the image generated by the marking engine based on signals from the sensing system related to the characteristic, wherein the characteristic is detected from at least two portions of the substrate media path, the two portions disposed on opposed upstream and downstream sides of the transfer area in the process direction; and wherein the signals indicate a process direction movement, a cross-process direction movement, a skew of the at least one other substrate media relative to the substrate media path in or across the transfer area, and a size of the substrate media. a marking engine adapted to generate the image for transfer to the target substrate media; a transport adapted to move the target substrate media along the substrate media path in the process direction to receive the image in a transfer area from the marking engine; a sensing system adapted to detect, along the substrate media path, a characteristic of at least one other substrate media moved previously by the transport; wherein the sensing system includes at least one of a sheet edge sensor, a point sensor and an array sensor used in detecting the characteristic; a correction module adapted to alter the image generated by the marking engine based on signals from the sensing system related to the characteristic, wherein the characteristic is detected from at least two portions of the substrate media path, the two portions disposed on opposed upstream and downstream sides of the transfer area in the process direction; and wherein the signals indicate a process direction movement, a cross-process direction movement, a skew of the at least one other substrate media relative to the substrate media path in or across the transfer area, and a size of the substrate media.
A screw fastener, characterized by comprising: a first screw having a threaded portion; the first screw defining a first position portion, wherein a center point of the first position portion is perpendicularly connected to a center axis of the threaded portion to define a first fictitious line segment ( a), and wherein a thread starting point of the threaded portion is perpendicularly connected to the center axis to define a second fictitious line segment ( b); and a second screw having a threaded hole, the second screw defining a second position portion, wherein a center point of the second position portion is perpendicularly connected to a center axis of the threaded hole to define a third fictitious line segment ( c), and wherein a thread starting point of the threaded hole is perpendicularly connected to the center axis of the threaded hole to define a fourth fictitious line segment ( d); wherein, the first screw and the second screw are configured such that when the first screw is coaxial to the second screw and the second fictitious line segment ( b) is parallel to the fourth fictitious line segment ( d), the third fictitious line segment ( c) is parallel to the first fictitious line segment ( a); wherein the first screw comprises a head and a shank coupled to the head, the threaded portion is positioned on the shank, the first position portion is positioned on the head. a first screw having a threaded portion; the first screw defining a first position portion, wherein a center point of the first position portion is perpendicularly connected to a center axis of the threaded portion to define a first fictitious line segment ( a), and wherein a thread starting point of the threaded portion is perpendicularly connected to the center axis to define a second fictitious line segment ( b); and a second screw having a threaded hole, the second screw defining a second position portion, wherein a center point of the second position portion is perpendicularly connected to a center axis of the threaded hole to define a third fictitious line segment ( c), and wherein a thread starting point of the threaded hole is perpendicularly connected to the center axis of the threaded hole to define a fourth fictitious line segment ( d); wherein, the first screw and the second screw are configured such that when the first screw is coaxial to the second screw and the second fictitious line segment ( b) is parallel to the fourth fictitious line segment ( d), the third fictitious line segment ( c) is parallel to the first fictitious line segment ( a); wherein the first screw comprises a head and a shank coupled to the head, the threaded portion is positioned on the shank, the first position portion is positioned on the head.
A package for one or more light sensitive products comprising: a) a monolayer comprising TiO 2 particles coated with a metal oxide and an organic material, and one or more melt processable resin(s), wherein the one or more melt processable resin(s) comprises at least one polyolefin and wherein the monolayer has an LPF value from 25 to 120, and the concentration of TiO 2 particles is from 6 to 14 wt.% of the monolayer; and b) optionally one or more aesthetic layers, wherein the light protection factor is measured as described herein in the first paragraph of the section titled "Measuring Light protection Performance or LPF". a) a monolayer comprising TiO 2 particles coated with a metal oxide and an organic material, and one or more melt processable resin(s), wherein the one or more melt processable resin(s) comprises at least one polyolefin and wherein the monolayer has an LPF value from 25 to 120, and the concentration of TiO 2 particles is from 6 to 14 wt.% of the monolayer; and b) optionally one or more aesthetic layers, wherein the light protection factor is measured as described herein in the first paragraph of the section titled "Measuring Light protection Performance or LPF".
A device for pulling-out or pushing-in a screw comprising: a housing; a gear body disposed in the housing wherein a protruding shaft is moveably secured perpendicular to a bottom gear and a top gear, said bottom and top gears being mounted on said protruding shaft; and a trigger, characterized in that the trigger engages the bottom gear and the top gear, wherein the trigger moves the top gear and the bottom gear; wherein rotation of the bottom gear in a first rotational direction rotates the top gear and rotation of the bottom gear in a second rotational direction rotates the top gear in an opposite direction; a rotatable shaft extending outwardly from the housing body; one or more cylindrical pieces comprising a pinion gear; and a screw opposite the pinion gear disposed in the rotatable shaft; wherein the rotatable shaft selectively rotates the pinion gear in a first rotational direction or a second rotational direction opposite the first rotational direction; and the device is further comprising a handle to grip while the trigger sets in motion the bottom gear and the top gear and the one or more cylindrical pieces and the screw. a housing; a gear body disposed in the housing wherein a protruding shaft is moveably secured perpendicular to a bottom gear and a top gear, said bottom and top gears being mounted on said protruding shaft; and a trigger,
A device for fastening a functional unit in a furniture carcass, with a carrier and two holding elements (1, 2), wherein the functional unit is pre-mounted to the carrier and that the two holding elements (1, 2) are mounted to the furniture carcass, wherein the holding elements (1, 2) hold the - preferably elongate - carrier at the ends, characterized in that a holding element is in the form of a hinge and that the carrier is pivotally connected to the holding element which is mounted to the furniture carcass.
A high pressure container unit (10; 60) comprising: a container body configured to store high pressure gas; a case that stores the container body inside the case; a pipe (24; 62) that is connected with the container body and extends to an outside of the case; and a closing member that is configured to close the pipe (24; 62) and allow the high pressure gas stored in the container body to be discharged from the pipe (24; 62) when a given condition is satisfied; characterized in that the high pressure container unit further comprises: a ventilation mechanism (32; 66) that discharges the air inside the case to the outside of the case with the use of the pressure of the discharged high pressure gas when the given condition is satisfied. a container body configured to store high pressure gas; a case that stores the container body inside the case; a pipe (24; 62) that is connected with the container body and extends to an outside of the case; and a closing member that is configured to close the pipe (24; 62) and allow the high pressure gas stored in the container body to be discharged from the pipe (24; 62) when a given condition is satisfied; characterized in that the high pressure container unit further comprises: a ventilation mechanism (32; 66) that discharges the air inside the case to the outside of the case with the use of the pressure of the discharged high pressure gas when the given condition is satisfied.
A method for control of a motor vehicle's propulsion whereby a clutch torque (Req T) is demanded by a driver by activation of an accelerator pedal, the degree of closure of the vehicle's clutch actuator is controlled by feedback on the basis of a monitored engine torque and there is at least one further consumer of engine power in addition to said propulsion, characterised by the steps of - detecting activation of said at least one further consumer, - and, when such activation is detected, changing said feedback control to open control whereby the degree of closure of the vehicle's clutch actuator is based on a predetermined relationship between said degree of closure and the clutch torque (Req T), which clutch torque (Req T) is demanded by the driver by activation of an accelerator pedal. - detecting activation of said at least one further consumer, - and, when such activation is detected, changing said feedback control to open control whereby the degree of closure of the vehicle's clutch actuator is based on a predetermined relationship between said degree of closure and the clutch torque (Req T), which clutch torque (Req T) is demanded by the driver by activation of an accelerator pedal.
Method for operating a laser welding device for providing a workpiece with a welded seam, comprising the following method steps: - automatically moving a device for producing a laser beam of the laser welding device provided for welding by means of a mechanical device, which is controlled by a control device, to a first position, which is assigned to the beginning of the welded seam to be produced, in order to begin the welding of the welded seam, - during the welding of the welded seam, automatically moving the device for producing a laser beam provided for welding by means of the mechanical device from the first position to a second position, which is assigned to the end of the welded seam to be produced, at a constant, current speed v which the device for producing a laser beam provided for welding has when reaching the first position, - on the basis of the constant, current speed v and a length of a predefined first section, which begins from the first position, calculating a first time period t 1 within which the device for producing a laser beam provided for welding is moved along the first section, and - beginning from the first position, a time-controlled ramp-like increase of a welding capacity P to be produced by the device for producing a laser beam provided for welding, so that the latter at the end of the first time period t 1 has a predefined or predefinable reference welding capacity P Ref for welding the welded seam. - automatically moving a device for producing a laser beam of the laser welding device provided for welding by means of a mechanical device, which is controlled by a control device, to a first position, which is assigned to the beginning of the welded seam to be produced, in order to begin the welding of the welded seam, - during the welding of the welded seam, automatically moving the device for producing a laser beam provided for welding by means of the mechanical device from the first position to a second position, which is assigned to the end of the welded seam to be produced, at a constant, current speed v which the device for producing a laser beam provided for welding has when reaching the first position, - on the basis of the constant, current speed v and a length of a predefined first section, which begins from the first position, calculating a first time period t 1 within which the device for producing a laser beam provided for welding is moved along the first section, and - beginning from the first position, a time-controlled ramp-like increase of a welding capacity P to be produced by the device for producing a laser beam provided for welding, so that the latter at the end of the first time period t 1 has a predefined or predefinable reference welding capacity P Ref for welding the welded seam.
A computer program product, encoded on a computer-readable medium, operable to cause data processing apparatus to perform operations that control a hemodialysis machine, the operations comprising: receiving instructions to initiate a priming sequence; in response to receiving the instructions, sending instructions to a clamping mechanism to cause the clamping mechanism to occlude a connection between a tube to a prime container and a first patient line; after the first patient line is occluded, sending instructions to a pump to cause the pump to run in a first direction to circulate fluid through a circuit for a first pumping time; determining when the first pumping time has elapsed; after determining that the first pumping time has elapsed, sending instructions to the clamping mechanism to open the first patient line, to cause the tube to the prime container to be occluded and to cause a second patient line to be no longer in fluid connection with the prime container and to only be in fluid connection with the first patient line; after the first patient line is connected to the second patient line, sending instructions to the pump to cause the pump to run in reverse; characterized by sending instructions to a level detector to detect a level of liquid in an airless chamber of the circuit; and sending instructions to indicate that the circuit has been sufficiently primed upon receiving signals indicating that the level of liquid in the airless chamber has reached a sufficient level. receiving instructions to initiate a priming sequence; in response to receiving the instructions, sending instructions to a clamping mechanism to cause the clamping mechanism to occlude a connection between a tube to a prime container and a first patient line; after the first patient line is occluded, sending instructions to a pump to cause the pump to run in a first direction to circulate fluid through a circuit for a first pumping time; determining when the first pumping time has elapsed; after determining that the first pumping time has elapsed, sending instructions to the clamping mechanism to open the first patient line, to cause the tube to the prime container to be occluded and to cause a second patient line to be no longer in fluid connection with the prime container and to only be in fluid connection with the first patient line; after the first patient line is connected to the second patient line, sending instructions to the pump to cause the pump to run in reverse; characterized by sending instructions to a level detector to detect a level of liquid in an airless chamber of the circuit; and sending instructions to indicate that the circuit has been sufficiently primed upon receiving signals indicating that the level of liquid in the airless chamber has reached a sufficient level. sending instructions to a level detector to detect a level of liquid in an airless chamber of the circuit; and sending instructions to indicate that the circuit has been sufficiently primed upon receiving signals indicating that the level of liquid in the airless chamber has reached a sufficient level.
An ethylene-vinyl alcohol copolymer composition production method for producing an ethylene-vinyl alcohol copolymer composition containing an iron compound, the method comprising: preparing an ethylene-vinyl ester copolymer by using an organic compound as a polymerization initiator and by means of an apparatus including a pump having an in-line stainless-steel column valve; producing an ethylene-vinyl alcohol copolymer by saponifying the ethylene-vinyl ester copolymer; and controlling the amount of the iron compound in the ethylene-vinyl alcohol copolymer and producing the ethylene-vinyl alcohol copolymer composition; wherein the organic compound has a half-life of 10 to 300 minutes at 60°C, and wherein an amount of the iron compound determined according to the method of the description in the ethylene-vinyl alcohol copolymer is 0.001 to 2 ppm in terms of a metal by weight of the ethylene-vinyl alcohol copolymer composition. preparing an ethylene-vinyl ester copolymer by using an organic compound as a polymerization initiator and by means of an apparatus including a pump having an in-line stainless-steel column valve; producing an ethylene-vinyl alcohol copolymer by saponifying the ethylene-vinyl ester copolymer; and controlling the amount of the iron compound in the ethylene-vinyl alcohol copolymer and producing the ethylene-vinyl alcohol copolymer composition; wherein the organic compound has a half-life of 10 to 300 minutes at 60°C, and wherein an amount of the iron compound determined according to the method of the description in the ethylene-vinyl alcohol copolymer is 0.001 to 2 ppm in terms of a metal by weight of the ethylene-vinyl alcohol copolymer composition.
Device for the production of large-area periodic nanostructures on an areally-extended, preferably rectangular, substrate, by means of a nano-imprint method, having the following features: a. a stamp roller with a longitudinal axis, on the circumferential surface of which a number of stamps of the same type are arranged, wherein i. in the circumferential direction of the stamp roller each of these stamps forms: 1. an annular structure, and 2. a nanostructure, which represents a negative of at least a partial region of the nanostructure to be produced, ii. the stamps are spaced apart from each other in the direction of the longitudinal axis of the roller, and iii. the distance between the stamps is less than or equal to the extent of the stamps in the direction of the longitudinal axis of the roller, b. an offset device, by means of which the stamp roller and substrate can be offset relative to each other in the direction of the longitudinal axis of the roller by a defined offset distance. a. a stamp roller with a longitudinal axis, on the circumferential surface of which a number of stamps of the same type are arranged, wherein i. in the circumferential direction of the stamp roller each of these stamps forms: 1. an annular structure, and 2. a nanostructure, which represents a negative of at least a partial region of the nanostructure to be produced, ii. the stamps are spaced apart from each other in the direction of the longitudinal axis of the roller, and iii. the distance between the stamps is less than or equal to the extent of the stamps in the direction of the longitudinal axis of the roller, i. in the circumferential direction of the stamp roller each of these stamps forms: 1. an annular structure, and 2. a nanostructure, which represents a negative of at least a partial region of the nanostructure to be produced, 1. an annular structure, and 2. a nanostructure, which represents a negative of at least a partial region of the nanostructure to be produced, ii. the stamps are spaced apart from each other in the direction of the longitudinal axis of the roller, and iii. the distance between the stamps is less than or equal to the extent of the stamps in the direction of the longitudinal axis of the roller, b. an offset device, by means of which the stamp roller and substrate can be offset relative to each other in the direction of the longitudinal axis of the roller by a defined offset distance.
A method for producing a rubber composition containing a rubber component of at least one selected from natural rubbers and synthetic dienic rubbers, an inorganic filler, a silane coupling agent and an acidic compound, wherein the rubber composition is kneaded in multiple stages, and in the final stage of kneading, the acidic compound is added, and the highest temperature of the rubber composition in the final stage of kneading is from 60 to 120°C, wherein the rubber component, all or a part of the inorganic filler and all or a part of the silane coupling agent are kneaded in the first stage of kneading, and wherein in the stage before the final stage of kneading, at least one vulcanization promoter selected from guanidines, sulfenamides, thiazoles, thiurams, dithiocarbamate salts, thioureas and xanthate salts is added.