mhurhangee/ep-ind-claims huggingface dataset:
A method of depositing viscous material on a substrate with a combination stencil printer and dispenser, the method comprising: positioning the substrate in a print position; performing a print operation on the substrate with a print head and a stencil to deposit viscous material on the substrate; inspecting the substrate with a vision system to detect a defect with the deposit of viscous material on the substrate; and in the event of a defect, re-working the substrate by depositing viscous material on the substrate with a dispenser to correct the defect, characterized in that said dispenser is attached to an x-axis movement mechanism for moving the dispenser back and forth in an x-axis direction with respect to a frame member of a stencil cleaning assembly,, said x-axis movement mechanism being attached to said stencil cleaning assembly movable along the y-axis direction by a y-axis movement mechanism. positioning the substrate in a print position; performing a print operation on the substrate with a print head and a stencil to deposit viscous material on the substrate; inspecting the substrate with a vision system to detect a defect with the deposit of viscous material on the substrate; and in the event of a defect, re-working the substrate by depositing viscous material on the substrate with a dispenser to correct the defect, characterized in that said dispenser is attached to an x-axis movement mechanism for moving the dispenser back and forth in an x-axis direction with respect to a frame member of a stencil cleaning assembly,, said x-axis movement mechanism being attached to said stencil cleaning assembly movable along the y-axis direction by a y-axis movement mechanism.
Antimicrobial preparation which comprises from 0.003 to 1% by weight based on the preparation of octenidine dihydrochloride encapsulated in liposomes comprising from 0.5 to 20% by weight of phosphatidylcholine based on the complete preparation.
A method for curing a coated optical fiber, the method characterized by: drawing the coated optical fiber through a gas chamber filled with an inert gas; drawing the fiber through a cure tube coupled to the gas chamber; purging at least a portion of an inner surface of the cure tube with a purge gas comprising oxygen as the coated optical fiber is drawn through the cure tube while at least a portion of the coated optical fiber is surrounded and in contact with the inert gas; and exposing the coated optical fiber to radiation. drawing the coated optical fiber through a gas chamber filled with an inert gas; drawing the fiber through a cure tube coupled to the gas chamber; purging at least a portion of an inner surface of the cure tube with a purge gas comprising oxygen as the coated optical fiber is drawn through the cure tube while at least a portion of the coated optical fiber is surrounded and in contact with the inert gas; and exposing the coated optical fiber to radiation.
A vacuum cleaning head (10,110) comprising: a unitary body (12,112) having a conduit (14,114) passing therethough; the conduit being a substantially uninterrupted, single contoured walled continuous passageway (34,134) with a substantially oval inlet (16,116) at a first end leading to a substantially circular outlet (18,118) at a second end; the inlet being arranged to face a surface to be cleaned; the outlet being arranged for connection of a hose to a motor; the conduit including a primary vortex expansion chamber (20,120), the chamber being formed by variations in the cross-sectional area of the conduit between first, second and third cross-sectional areas wherein the second is greater than and bounded by the first and third; and characterised in that: the body includes a window at a front edge wherein the window is formed by removing a portion of the front edge so that the window is bounded on three sides by the body and on a fourth side, by the surface to be cleaned. a unitary body (12,112) having a conduit (14,114) passing therethough; the conduit being a substantially uninterrupted, single contoured walled continuous passageway (34,134) with a substantially oval inlet (16,116) at a first end leading to a substantially circular outlet (18,118) at a second end; the inlet being arranged to face a surface to be cleaned; the outlet being arranged for connection of a hose to a motor; the conduit including a primary vortex expansion chamber (20,120), the chamber being formed by variations in the cross-sectional area of the conduit between first, second and third cross-sectional areas wherein the second is greater than and bounded by the first and third; and characterised in that: the body includes a window at a front edge wherein the window is formed by removing a portion of the front edge so that the window is bounded on three sides by the body and on a fourth side, by the surface to be cleaned. the body includes a window at a front edge wherein the window is formed by removing a portion of the front edge so that the window is bounded on three sides by the body and on a fourth side, by the surface to be cleaned.
A method for substantially nickel-free phosphating of a metallic surface, wherein a metallic surface, optionally after cleaning and/or activation, is first treated with an acidic aqueous phosphating composition which comprises zinc ions, manganese ions, and phosphate ions, is optionally rinsed and/or dried, and is thereafter treated with an aqueous after-rinse composition which comprises from 10 to 500 mg/l (calculated as metal) of molybdenum ions as molybdate and zirconium ions and has a pH in the range from 3 to 5, wherein both the phosphating composition and the after-rinse composition comprise less than 0.3 g/l of nickel ions and wherein the phosphating composition comprises less than 0.5 g/l of nitrate.
Process for the production of decorated wood-composite boards with the following steps: a) scattering of glued wood fibres or wood chips to give a wood-composite cake, b) pressing of the wood-composite cake with exposure to elevated temperature to give a core board, which is produced in press-finished condition and, at least on one of its upper sides, has a press skin that has arisen during production of the said board, c) application of a basecoat made of a melamine-based liquid resin to the preferably untreated press skin of the upper side of the core board, where the resin penetrates at least to some extent into the upper peripheral layer of the core board and thus at least to some extent passes into the press skin and improves the quality thereof, d) drying of the basecoat to give a basecoat layer, e) application of at least one white base colour to the basecoat layer, f) drying of the base colour to give a base colour layer, g) in order to produce a decorative effect, application, to the dried base colour layer, of at least one water-based lacquer enriched with colour pigments, h) drying of the decorative effect to give a decorative layer, i) application, to the decorative layer, of a sealing system made of at least one melamine-based resin enriched with abrasion-resistant particles and with cellulose fibres, j) drying of the sealing layer, where the base colour comprises microcellulose particles with diameter from 0.1 to 10 μm and a dispersion made of base colour and of these microcellulose particles is applied to the basecoat layer, and where, before the application of the decorative effect to the base colour layer, a primer is applied which comprises microcellulose particles with diameter 0.1 to 10 μm. a) scattering of glued wood fibres or wood chips to give a wood-composite cake, b) pressing of the wood-composite cake with exposure to elevated temperature to give a core board, which is produced in press-finished condition and, at least on one of its upper sides, has a press skin that has arisen during production of the said board, c) application of a basecoat made of a melamine-based liquid resin to the preferably untreated press skin of the upper side of the core board, where the resin penetrates at least to some extent into the upper peripheral layer of the core board and thus at least to some extent passes into the press skin and improves the quality thereof, d) drying of the basecoat to give a basecoat layer, e) application of at least one white base colour to the basecoat layer, f) drying of the base colour to give a base colour layer, g) in order to produce a decorative effect, application, to the dried base colour layer, of at least one water-based lacquer enriched with colour pigments, h) drying of the decorative effect to give a decorative layer, i) application, to the decorative layer, of a sealing system made of at least one melamine-based resin enriched with abrasion-resistant particles and with cellulose fibres, j) drying of the sealing layer,
A vehicle radar system arranged to detect objects outside a vehicle, the radar system comprising a radar detector and a processing unit, the radar detector being arranged to detect at least one stationary object a plurality of times when moving in relation to the stationary object such that a plurality of detected positions (11, 12, 13) is obtained in a local coordinate system that is fixed with respect to the radar detector, where the stationary object is stationary with respect to a global coordinate system that is fixed with respect to the environment outside the vehicle, the radar system also comprises a position detector that is arranged to detect its present movement conditions with reference to the global coordinate system, characterized in that, in order to estimate a vehicle radar system misalignment (Θ m), the processing unit is arranged to: - apply a plurality of different correction factors on each detected position of the stationary object in the local coordinate system such that a plurality of corrected detected positions is obtained; - transform all corrected detected positions into the global coordinate system; - calculate an error/cost value for each correction factor of said plurality of different correction factors; and choose the correction factor that results in the smallest error/cost value, where each error/cost value is obtained either by adding the distances between the transformed and corrected detected positions of successive radar cycles, or by variance or mean value calculations. - apply a plurality of different correction factors on each detected position of the stationary object in the local coordinate system such that a plurality of corrected detected positions is obtained; - transform all corrected detected positions into the global coordinate system; - calculate an error/cost value for each correction factor of said plurality of different correction factors;
Method for producing a reducing agent dosing valve for an exhaust-gas treatment device, having at least the following steps: a) providing a valve housing having a duct; b.1) inserting a valve body into the duct of the valve housing; b.2) inserting a spring into the duct of the valve housing; b.3) inserting a calibration body into the duct of the valve housing; c) stressing the spring such that the spring exerts a predefined force on the valve body; and d) fastening the calibration body in the valve housing by means of a press-fit connection before producing at least one cohesive connection between the calibration body and the valve housing. a) providing a valve housing having a duct; b.1) inserting a valve body into the duct of the valve housing; b.2) inserting a spring into the duct of the valve housing; b.3) inserting a calibration body into the duct of the valve housing; c) stressing the spring such that the spring exerts a predefined force on the valve body; and d) fastening the calibration body in the valve housing by means of a press-fit connection before producing at least one cohesive connection between the calibration body and the valve housing.
A travel control device configured to generate a travel plan, the travel plan including an optimal target locus; and further configured to control vehicle travel by feedback control so that the vehicle travels according to a travel plan, wherein an allowable error amount of the feedback control is included in the travel plan.
A method for making up a tubular joint, comprising: rotating a first tubular relative to a second tubular to engage the first and second tubulars (101a, 101b) while measuring a torque between the first and second tubulars (101a, 101b); calculating a set point of a relative rotational speed between the first and second tubulars (101a, 101b) using the measured torque; using the calculated set point with a controller to control the relative rotational speed between the first and second tubulars (101a, 101b), wherein the calculated set point is fed to a closed-loop controller as an input value; and activating a set point calculator in the controller when the measured torque reaches a start point torque value. rotating a first tubular relative to a second tubular to engage the first and second tubulars (101a, 101b) while measuring a torque between the first and second tubulars (101a, 101b); calculating a set point of a relative rotational speed between the first and second tubulars (101a, 101b) using the measured torque; using the calculated set point with a controller to control the relative rotational speed between the first and second tubulars (101a, 101b), wherein the calculated set point is fed to a closed-loop controller as an input value; and activating a set point calculator in the controller when the measured torque reaches a start point torque value.
A manufacturing method for a case of an electric apparatus comprising: an assembly process in which two or more case members are combined with each other while an electric apparatus is contained therein and an uncured two-liquid-mixed sealing material is filled into a gap formed in a junction portion where the two or more case members are joined to each other; and a heating process in which the sealing material filled in the assembly process is heated, wherein the sealing material is a two-liquid-mixed addition-reaction-curable sealing material that has a characteristic curing at 25°C and a thermal-curing facilitation property and that includes a platinum catalyst, wherein in the heating process, heating is performed to such an extent that all of the sealing material is not completely cured, wherein after the heating process, there is implemented an air-leak check process in which an air-leak check is applied to the gap into which the sealing material is filled. an assembly process in which two or more case members are combined with each other while an electric apparatus is contained therein and an uncured two-liquid-mixed sealing material is filled into a gap formed in a junction portion where the two or more case members are joined to each other; and a heating process in which the sealing material filled in the assembly process is heated, wherein the sealing material is a two-liquid-mixed addition-reaction-curable sealing material that has a characteristic curing at 25°C and a thermal-curing facilitation property and that includes a platinum catalyst, wherein in the heating process, heating is performed to such an extent that all of the sealing material is not completely cured, wherein after the heating process, there is implemented an air-leak check process in which an air-leak check is applied to the gap into which the sealing material is filled.
A method for transmitting service guide information, the method comprising: transmitting service guide delivery information for obtaining service guide information by a receiver; transmitting the service guide information according to the service guide delivery information, wherein an element belonging to an access fragment of the service guide information includes access information to receive at least one of contents through an interactive channel by the receiver, wherein the access information includes link information and a mimeType, wherein the link information provides position information of a server or contents, and wherein the mimeType includes type information and format information of executable contents; and transmitting executable contents through the interactive channel. transmitting service guide delivery information for obtaining service guide information by a receiver; transmitting the service guide information according to the service guide delivery information, wherein an element belonging to an access fragment of the service guide information includes access information to receive at least one of contents through an interactive channel by the receiver, wherein the access information includes link information and a mimeType, wherein the link information provides position information of a server or contents, and wherein the mimeType includes type information and format information of executable contents; and transmitting executable contents through the interactive channel.
Mitre saw having a carrier which forms a workpiece support surface, a mount attached to the carrier, and a saw unit which is attached to the mount above the carrier and is pivotable about a transverse axis from a raised rest position into a lowered sawing position and vice versa, wherein the saw unit is preloaded in the direction of the rest position, and wherein the saw unit is able to be locked in a lowered transport position, which is preferably located as low as the lowest sawing position and/or in which part of a saw blade of the saw unit plunges peripherally into a plunge slot in the workpiece support surface, by means of a transport securing means on the mount, characterized in that the transport securing means has a cam that is rotatable about a bearing axis parallel to the transverse axis and an actuating knob coupled thereto for conjoint rotation, and also a blocking nose with which the cam is able to be brought into blocking engagement in the transport position, wherein the position of the cam in which the cam is in blocking engagement in the transport position is the blocking position of the cam.
Method for capturing at least one spreading parameter of the spreading particles of a spreadable material in the field, wherein the spreadable material is applied by a preferably agricultural working machine, characterized in that the at least one spreading parameter of the spreading particles of the spreadable material is captured by at least one unmanned aerial vehicle, which is preferably capable of taking off and landing substantially vertically, can operate preferably autonomously, and has at least one unit for capturing at least one spreading parameter of the spreading particles of a spreadable material, which has a unit for sending and/or receiving control signals to and/or from a base station and/or agricultural working machine and at least one unit for transmitting the captured data to a base station and/or to an agricultural working machine and which has a unit for position determination, wherein spreading parameters of the spreading particles of a spreadable material are the casting range(s) and/or the distribution of the applied granular spreading material particles of spreadable material, in that the unmanned aerial vehicle captures the particle flow of the spreadable material during the distribution process by means of sensors, in that the propagation direction(s) and propagation speed(s) of the particles of the spreadable material are determined by the capturing devices of the unmanned aerial vehicle and the casting range(s) and casting direction(s) of the particles are determined therefrom.
A hermetic terminal to be hermetically fixed to an aluminum electrolytic capacitor, comprising: a base which has a through hole, is to be attached to a case of the aluminum electrolytic capacitor, and is made of a composite material having electrical conductivity; at least one lead which is inserted into the through hole of the base, and is made of a composite material having electrical conductivity; and an insulating glass which hermetically seals a gap between the base and the lead, wherein surfaces of portions of the base and the lead which come into contact with an electrolytic solution within the case are composed of a metal material having corrosion resistance to the electrolytic solution, and the base has a base material made of an iron-based metal material, and a surface material made of aluminum which covers at least one surface of the base material, wherein the lead has an outer lead made of an iron-based metal material, and an inner lead made of aluminum which is butt-joined to one end of the outer lead; characterized in that, a joint between the outer lead and the inner lead is located within the through hole of the base and closer to the inner side of the hermetic terminal, the inner side being the side of the hermetic terminal in contact with the electrolytic solution. a base which has a through hole, is to be attached to a case of the aluminum electrolytic capacitor, and is made of a composite material having electrical conductivity; at least one lead which is inserted into the through hole of the base, and is made of a composite material having electrical conductivity; and an insulating glass which hermetically seals a gap between the base and the lead, wherein surfaces of portions of the base and the lead which come into contact with an electrolytic solution within the case are composed of a metal material having corrosion resistance to the electrolytic solution, and the base has a base material made of an iron-based metal material, and a surface material made of aluminum which covers at least one surface of the base material, wherein the lead has an outer lead made of an iron-based metal material, and an inner lead made of aluminum which is butt-joined to one end of the outer lead; characterized in that, a joint between the outer lead and the inner lead is located within the through hole of the base and closer to the inner side of the hermetic terminal, the inner side being the side of the hermetic terminal in contact with the electrolytic solution.
A transfusible, red blood cell composition, comprising: a red blood cell portion; and a supernatant portion, said supernatant portion comprising at least plasma and an aqueous storage solution, wherein said aqueous storage solution comprises: 1 mM to 2.5 mM adenine; 20 mM to 100 mM mannitol; 3 mM to 90 mM sodium citrate; 15 mM to 40 mM sodium phosphate dibasic; and 20 mM to 140 mM glucose wherein the plasma content of the supernatant portion is no greater than 15% relative to the supernatant a red blood cell portion; and a supernatant portion, said supernatant portion comprising at least plasma and an aqueous storage solution, wherein said aqueous storage solution comprises: 1 mM to 2.5 mM adenine; 20 mM to 100 mM mannitol; 3 mM to 90 mM sodium citrate; 15 mM to 40 mM sodium phosphate dibasic; and 20 mM to 140 mM glucose 1 mM to 2.5 mM adenine; 20 mM to 100 mM mannitol; 3 mM to 90 mM sodium citrate; 15 mM to 40 mM sodium phosphate dibasic; and 20 mM to 140 mM glucose
A turbocharger system for a vehicle, the system comprising a turbocharger, a tank for compressed gas and an exhaust manifold conduit being in fluid communication with an inlet of the turbocharger, the tank is in fluid communication with the exhaust manifold conduit, wherein the tank is arranged to push compressed gas into the exhaust manifold conduit during a predetermined pulse duration time period for initial compressor spin up in the turbocharger, and the system comprises a tank valve connected to the tank, wherein the tank valve is controlled by the pulse regulation unit, the turbocharger system being characterised in that the tank valve is arranged to release the pulse during 0,1-0,2 seconds.