mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a foundation element having an interior surface and an opposite exterior surface, the interior surface defining at least a portion of a void within the upper for receiving a foot of a wearer; a first strand located adjacent to the exterior surface and substantially parallel to the exterior surface for a distance of at least five centimeters, the first strand having a first thickness; and a second strand securing the first strand to the foundation element, the second strand having a second thickness, the first thickness being at least three times the second thickness. a foundation element having an interior surface and an opposite exterior surface, the interior surface defining at least a portion of a void within the upper for receiving a foot of a wearer; a first strand located adjacent to the exterior surface and substantially parallel to the exterior surface for a distance of at least five centimeters, the first strand having a first thickness; and a second strand securing the first strand to the foundation element, the second strand having a second thickness, the first thickness being at least three times the second thickness.
A process for synthesising methanol comprising the steps of (i) forming a synthesis gas containing hydrogen, carbon monoxide and carbon dioxide from a hydrocarbon feedstock in a reforming unit comprising an adiabatic pre-reformer and autothermal reformer in series; (ii) cooling the synthesis gas in one or more stages of heat exchange, and recovering process condensate from the cooled synthesis gas to form a make-up gas having a stoichiometry value, R, in the range 1.80 to 1.95; (iii) passing a feed gas comprising the make-up gas to a methanol synthesis loop comprising one or more methanol synthesis reactors; (iv) recovering a product gas mixture containing methanol from the methanol synthesis loop, cooling the product gas mixture to below the dew point to condense crude methanol, and separating the crude methanol from an unreacted gas mixture; and (v) recycling a portion of the unreacted gas mixture to the methanol synthesis loop and recovering a portion of the unreacted gas mixture as a purge gas stream, wherein a hydrogen-rich stream and a carbon-rich stream are separated from the purge gas stream, a portion of the hydrogen-rich stream is fed to the methanol synthesis loop and a portion of the carbon-rich stream is fed to the reforming unit with the hydrocarbon feedstock.
Method for producing a turbine rotor of an exhaust gas turbocharger, which is resistant to oxidation even at high temperatures, wherein the turbine rotor comprises a turbine wheel having a hub and turbine blades extending from the hub and a shaft, the turbine wheel being made from a titanium aluminium alloy, comprising the steps: - providing the turbine wheel and the shaft; characterised by the steps: - forming a protective coating by applying or incorporating a halogen on or in the surface of the turbine wheel and thereafter heat treating the turbine wheel; and - connecting the shaft to the hub of the turbine wheel after the protective coating is formed. - providing the turbine wheel and the shaft; characterised by the steps: - forming a protective coating by applying or incorporating a halogen on or in the surface of the turbine wheel and thereafter heat treating the turbine wheel; and - connecting the shaft to the hub of the turbine wheel after the protective coating is formed.
An ammunition box comprising: a substantially rectangular box with a molded box body of a first thermoplastic material, said box body defining a rectangular storage space for ammunition, said rectangular storage space opens to an open side of said box body, a molded rectangular lid of a first thermoplastic material configured to selectively close and open said opening, a peripheral area of said box body adjacent said open side being formed as a rim surrounding an opening to said storage space, characterized in that said lid is shaped and sized to fit snugly around said rim with said rim being received inside said lid when said lid is in said closed position, said lid being pivotally suspended from the box body by a pivot hinge at one of the outer sides of the box body, said lid is provided on one of its outer sides opposite to said hinge with two spaced integrally molded hollow 02420-PCT-EP-DIV-I projections that each define a lumen opening towards the side of the lid that faces said opening when the lid closes the opening, an outer side of said box body opposite to said hinge is provided with two spaced tongues, and said tongues have a main extend that is parallel with said rim and said tongues are marginally spaced from said rim, the spacing between said tongues corresponding to the spacing between said lumen, said tongues being received in said lumen when said lid is in its closed position. a substantially rectangular box with a molded box body of a first thermoplastic material, said box body defining a rectangular storage space for ammunition, said rectangular storage space opens to an open side of said box body, a molded rectangular lid of a first thermoplastic material configured to selectively close and open said opening, a peripheral area of said box body adjacent said open side being formed as a rim surrounding an opening to said storage space, characterized in that said lid is shaped and sized to fit snugly around said rim with said rim being received inside said lid when said lid is in said closed position, said lid being pivotally suspended from the box body by a pivot hinge at one of the outer sides of the box body, said lid is provided on one of its outer sides opposite to said hinge with two spaced integrally molded hollow 02420-PCT-EP-DIV-I projections that each define a lumen opening towards the side of the lid that faces said opening when the lid closes the opening, an outer side of said box body opposite to said hinge is provided with two spaced tongues, and said tongues have a main extend that is parallel with said rim and said tongues are marginally spaced from said rim, the spacing between said tongues corresponding to the spacing between said lumen, said tongues being received in said lumen when said lid is in its closed position.
Use of a belt stripper module as a stripping device for the return region of conveyor belts, wherein the belt stripper module comprises: • a base that is fastened in a system carrier, • a stripping body consisting of: - a cutter carrier on which a stripping blade is attached, - a sleeve in which the cutter carrier is rotatably mounted about a stripping body rotary axis, and - a stripping edge that is attached to the stripping blade, - wherein the stripping blade forms an obtuse angle β relative to the belt in the belt running direction, and • a stripping body pivot axis with a torsion spring that connects the base and the stripping body and thereby presses the stripping body against the belt, • the stripping body pivot axis, viewed in the belt running direction, lies before the point of intersection of the stripping edge of the stripping blade, wherein the stripping body rotary axis is aligned to intersect the stripping edge of the stripping blade, characterized in that • the stripping edge lies against the the belt at an acute angle α, measured at a right angle to the belt running direction and viewed in the viewing direction toward the belt surface. • a base that is fastened in a system carrier, • a stripping body consisting of: - a cutter carrier on which a stripping blade is attached, - a sleeve in which the cutter carrier is rotatably mounted about a stripping body rotary axis, and - a stripping edge that is attached to the stripping blade, - wherein the stripping blade forms an obtuse angle β relative to the belt in the belt running direction, and - a cutter carrier on which a stripping blade is attached, - a sleeve in which the cutter carrier is rotatably mounted about a stripping body rotary axis, and - a stripping edge that is attached to the stripping blade, - wherein the stripping blade forms an obtuse angle β relative to the belt in the belt running direction, and • a stripping body pivot axis with a torsion spring that connects the base and the stripping body and thereby presses the stripping body against the belt, • the stripping body pivot axis, viewed in the belt running direction, lies before the point of intersection of the stripping edge of the stripping blade, wherein the stripping body rotary axis is aligned to intersect the stripping edge of the stripping blade, characterized in that • the stripping edge lies against the the belt at an acute angle α, measured at a right angle to the belt running direction and viewed in the viewing direction toward the belt surface.
Counting x-ray detector having a stack arrangement comprising a converter element, a rewiring unit and an evaluation unit, wherein a. the converter element has a first electrode on a surface facing away from the evaluation unit and a pixelated second electrode having a plurality of electrode elements on a surface facing toward the evaluation unit, b. the evaluation unit has pixel electrodes, c. the rewiring unit is embodied on a surface of the converter element facing toward the evaluation unit, wherein d. the rewiring unit has at least one insulating layer which is deposited onto the converter element, e. first contacts of electrically conductive connections (8, 9, 11, 13) between the electrode elements and the pixel electrodes are provided on a surface of the rewiring unit facing toward the converter element and have a first areal distribution, and f. second contacts of the electrically conductive connections (8, 9, 11, 13) between the electrode elements and the pixel electrodes are provided on a surface of the rewiring unit facing toward the evaluation unit and have a smaller second areal distribution compared to the first areal distribution, and g. an areal extent of the evaluation unit is smaller than an areal extent of the converter element, characterised in that the rewiring unit has a metallic intermediate layer. a. the converter element has a first electrode on a surface facing away from the evaluation unit and a pixelated second electrode having a plurality of electrode elements on a surface facing toward the evaluation unit, b. the evaluation unit has pixel electrodes, c. the rewiring unit is embodied on a surface of the converter element facing toward the evaluation unit, wherein d. the rewiring unit has at least one insulating layer which is deposited onto the converter element, e. first contacts of electrically conductive connections (8, 9, 11, 13) between the electrode elements and the pixel electrodes are provided on a surface of the rewiring unit facing toward the converter element and have a first areal distribution, and f. second contacts of the electrically conductive connections (8, 9, 11, 13) between the electrode elements and the pixel electrodes are provided on a surface of the rewiring unit facing toward the evaluation unit and have a smaller second areal distribution compared to the first areal distribution, and g. an areal extent of the evaluation unit is smaller than an areal extent of the converter element, characterised in that the rewiring unit has a metallic intermediate layer.
A heat source system that includes a plurality of heat source machines connected in parallel to a load and that controls operations of the heat source machines such that a supply water temperature of cold/hot water which is supplied to the load corresponds to a target supply water temperature which is determined by a load-side request, the heat source system being characterized by: temperature calculating means configured for anticipating a case in which a predetermined flow rate is set for the heat source machine to be added or subtracted when changing the number of heat source machines operating and calculating a cold/hot water outlet temperature of the heat source machine(s) in operation as a compensation temperature such that the supply water temperature at that time corresponds to the target supply water temperature; and temperature setting means configured for changing a cold/hot water outlet setting temperature of the heat source machine(s) in operation to the compensation temperature, wherein the heat source machine to be added or subtracted is started or stopped and the setting flow rate of the heat source machine to be added or subtracted is set to the predetermined flow rate, after the supply water temperature is changed with the changing of the cold/hot water outlet setting temperature of the heat source machine(s) in operation. temperature calculating means configured for anticipating a case in which a predetermined flow rate is set for the heat source machine to be added or subtracted when changing the number of heat source machines operating and calculating a cold/hot water outlet temperature of the heat source machine(s) in operation as a compensation temperature such that the supply water temperature at that time corresponds to the target supply water temperature; and temperature setting means configured for changing a cold/hot water outlet setting temperature of the heat source machine(s) in operation to the compensation temperature, wherein the heat source machine to be added or subtracted is started or stopped and the setting flow rate of the heat source machine to be added or subtracted is set to the predetermined flow rate, after the supply water temperature is changed with the changing of the cold/hot water outlet setting temperature of the heat source machine(s) in operation.
A mixed-flow turbine wheel, comprising: a hub fixed to a rotational shaft; a plurality of rotor blades disposed on a circumferential surface of the hub at intervals in a circumferential direction and configured such that each of the plurality of rotor blades has a leading edge which includes, in a meridional view, an oblique edge portion where a distance between the leading edge and an axis of the rotational shaft decreases from a tip side toward a hub side; and a sensor detection surface having a flat shape and being applied with a marking which is detectable by an optical sensor device, wherein the sensor detection surface is formed on at least one of the circumferential surface of the hub or an edge portion of a reference rotor blade being one of the plurality of rotor blades, such that, in the meridional view, a trailing-edge side angle of two angles formed between the axis of the rotational shaft and a normal of the sensor detection surface is smaller than a trailing-edge side angle of two angles formed between the axis of the rotational shaft and a normal of the oblique edge portion, wherein the leading edge of the reference rotor blade includes, in the meridional view, a first parallel edge portion connecting to the oblique edge portion and extending in a direction parallel to the axis of the rotational shaft, and wherein the sensor detection surface is formed on the first parallel edge portion. a hub fixed to a rotational shaft; a plurality of rotor blades disposed on a circumferential surface of the hub at intervals in a circumferential direction and configured such that each of the plurality of rotor blades has a leading edge which includes, in a meridional view, an oblique edge portion where a distance between the leading edge and an axis of the rotational shaft decreases from a tip side toward a hub side; and a sensor detection surface having a flat shape and being applied with a marking which is detectable by an optical sensor device, wherein the sensor detection surface is formed on at least one of the circumferential surface of the hub or an edge portion of a reference rotor blade being one of the plurality of rotor blades, such that, in the meridional view, a trailing-edge side angle of two angles formed between the axis of the rotational shaft and a normal of the sensor detection surface is smaller than a trailing-edge side angle of two angles formed between the axis of the rotational shaft and a normal of the oblique edge portion, wherein the leading edge of the reference rotor blade includes, in the meridional view, a first parallel edge portion connecting to the oblique edge portion and extending in a direction parallel to the axis of the rotational shaft, and wherein the sensor detection surface is formed on the first parallel edge portion.
A surface-mountable device comprising a mounting side, a top side lying opposite the mounting side, an electrically insulating carrier plate, an electrical component and a housing, wherein - the carrier plate terminates the device toward the mounting side, has a fixing side lying opposite the mounting side, conductor tracks arranged on the fixing side for the purpose of making electrical contact with the component, contact areas arranged on the mounting side, and through-vias, wherein in each case a contact area is electrically conductively connected to a conductor track by means of an through-via, - the component is arranged on the fixing side of the carrier plate and is enclosed by the housing, wherein at least one through-via is arranged below the component, - the housing is arranged on the fixing side of the carrier plate, such that the housing and the carrier plate are arranged flush with one another in a plan view of the carrier plate, and the housing terminates the device toward the top side, - the component has an active layer suitable for generating or for detecting electromagnetic radiation, characterized in that - an electrically insulating separating layer is arranged between the component and the carrier plate, wherein the electrical component is fixed on the separating layer by an adhesive or a solder, - at least one opening is arranged in the separating layer, and - the opening contains an electrically conductive material such that at least one through-via of the carrier plate is electrically conductively connected to the component through the opening. - the carrier plate terminates the device toward the mounting side, has a fixing side lying opposite the mounting side, conductor tracks arranged on the fixing side for the purpose of making electrical contact with the component, contact areas arranged on the mounting side, and through-vias, wherein in each case a contact area is electrically conductively connected to a conductor track by means of an through-via, - the component is arranged on the fixing side of the carrier plate and is enclosed by the housing, wherein at least one through-via is arranged below the component, - the housing is arranged on the fixing side of the carrier plate, such that the housing and the carrier plate are arranged flush with one another in a plan view of the carrier plate, and the housing terminates the device toward the top side, - the component has an active layer suitable for generating or for detecting electromagnetic radiation, - an electrically insulating separating layer is arranged between the component and the carrier plate, wherein the electrical component is fixed on the separating layer by an adhesive or a solder, - at least one opening is arranged in the separating layer, and - the opening contains an electrically conductive material such that at least one through-via of the carrier plate is electrically conductively connected to the component through the opening.
A method for bonding two substrates having a shadow area and a transparent area, comprising: bonding the shadow area of the substrates using a redox curing adhesive system, and bonding the transparent area of the substrates using a liquid optically clear adhesive containing UV initiators. bonding the shadow area of the substrates using a redox curing adhesive system, and bonding the transparent area of the substrates using a liquid optically clear adhesive containing UV initiators.
A pharmaceutical composition comprising a heat shock protein fused to a biotin-binding protein, wherein the biotin-binding protein is avidin, streptavidin, neutravidin, or the biotin-binding protein is a protein that is at least 80% identical to avidin or streptavidin; and the biotin-binding protein is non-covalently bound to a biotinylated monoclonal engineered antibody, or four biotinylated components, wherein at least two of the four biotinylated components are not identical.
A detection module for detecting electro-magnetic radiation comprising - a photosensor to derive an electrical current from incident electro-magnetic radiation - a current integration circuit configured for (i) integrating the electrical current from the photosensor over an integration time interval and (ii) aquiring several integration samples of time-integrated current during the integration time interval and - an arithmetic unit configured for (i) fitting the integration samples to a predetermined time dependency of the integrated current (ii) computing an accumulated electrical charge accumulated over the integration time interval from the fit and (iii) supplying an output intensity signal that represents the accumulated electrical charge. - a photosensor to derive an electrical current from incident electro-magnetic radiation - a current integration circuit configured for (i) integrating the electrical current from the photosensor over an integration time interval and (ii) aquiring several integration samples of time-integrated current during the integration time interval and (i) integrating the electrical current from the photosensor over an integration time interval and (ii) aquiring several integration samples of time-integrated current during the integration time interval and - an arithmetic unit configured for (i) fitting the integration samples to a predetermined time dependency of the integrated current (ii) computing an accumulated electrical charge accumulated over the integration time interval from the fit and (iii) supplying an output intensity signal that represents the accumulated electrical charge. (i) fitting the integration samples to a predetermined time dependency of the integrated current (ii) computing an accumulated electrical charge accumulated over the integration time interval from the fit and (iii) supplying an output intensity signal that represents the accumulated electrical charge.