mhurhangee/ep-ind-claims huggingface dataset:
A print controller comprising: at least two parallel Rasterization Image Processors, RIPs; a serial RIP; and a control unit operable to receive a print job including a plurality of logical pages, to separate the logical pages into segments, to distribute the segments to respective ones of the parallel RIPs for interpretation and rasterization, to transmit all the segments to the serial RIP and instruct the serial RIP to perform interpretation, to determine whether a parallel RIP has encountered a dependency error that prevents the parallel RIP from rasterizing one of the segments, and to instruct the serial RIP to rasterize only the one segment associated with the dependency error in response to detecting the dependency error, while parallel RIPs not associated with the dependency error continue processing segments of the print job, wherein the control unit is further operable to halt distribution of segments to the parallel RIP that encountered the dependency error, to flush the one segment associated with the dependency error from the parallel RIP, and to resume distribution of segments to the parallel RIP. at least two parallel Rasterization Image Processors, RIPs; a serial RIP; and a control unit operable to receive a print job including a plurality of logical pages, to separate the logical pages into segments, to distribute the segments to respective ones of the parallel RIPs for interpretation and rasterization, to transmit all the segments to the serial RIP and instruct the serial RIP to perform interpretation, to determine whether a parallel RIP has encountered a dependency error that prevents the parallel RIP from rasterizing one of the segments, and to instruct the serial RIP to rasterize only the one segment associated with the dependency error in response to detecting the dependency error, while parallel RIPs not associated with the dependency error continue processing segments of the print job, wherein the control unit is further operable to halt distribution of segments to the parallel RIP that encountered the dependency error, to flush the one segment associated with the dependency error from the parallel RIP, and to resume distribution of segments to the parallel RIP.
A method for producing a package closure having a neck, a cap and an axis, comprising the steps of a) by means of movable jaws (11, 12) and a tool core forming the neck with an outer thread and the cap with an inner thread, wherein an interior of the neck is formed by an outer first tool core part, and wherein an interior of the cap is formed by an inner second tool core part and a third tool core part, the thread of the cap being formed by the third tool core part, b) removing the jaws (11, 12) from the formed package closure, c) axially displacing the second tool core part in relation to the first tool core part and thereby separating the cap and the neck, d) axially displacing the third tool core part in relation to the second tool core part and thereby disengaging the cap from the third tool core part while keeping the second tool core part engaged with the cap, e) displacing the neck axially in relation to the cap and bringing the thread of the cap into engagement with the thread of the neck through an inherent flexibility of the package closure to form a package closure having a cap mounted on the neck, and f) displacing the package closure in relation to the second tool core part to disengage the package closure from the tool core. a) by means of movable jaws (11, 12) and a tool core forming the neck with an outer thread and the cap with an inner thread, wherein an interior of the neck is formed by an outer first tool core part, and wherein an interior of the cap is formed by an inner second tool core part and a third tool core part, the thread of the cap being formed by the third tool core part, b) removing the jaws (11, 12) from the formed package closure, c) axially displacing the second tool core part in relation to the first tool core part and thereby separating the cap and the neck, d) axially displacing the third tool core part in relation to the second tool core part and thereby disengaging the cap from the third tool core part while keeping the second tool core part engaged with the cap, e) displacing the neck axially in relation to the cap and bringing the thread of the cap into engagement with the thread of the neck through an inherent flexibility of the package closure to form a package closure having a cap mounted on the neck, and f) displacing the package closure in relation to the second tool core part to disengage the package closure from the tool core.
An image processing apparatus comprising: calculation means configured to calculate a difference in a signal level, for each area set to include one or more pixels, between a first image obtained by shooting a subject under a first shooting condition and a second image obtained by shooting the subject under a second shooting condition in which high-frequency components of an optical image of the subject are reduced compared to the first shooting condition; and mixing means (206, 207) configured to mix a signal level of the first image and a signal level of the second image at a ratio based on the difference, so as to generate a third image, wherein the mixing means (206, 207) sets the ratio of the second image to be mixed into the third image when the difference is a first value, to be larger than the ratio of the second image to be mixed into the third image when the difference is a second value that is smaller than the first value. calculation means configured to calculate a difference in a signal level, for each area set to include one or more pixels, between a first image obtained by shooting a subject under a first shooting condition and a second image obtained by shooting the subject under a second shooting condition in which high-frequency components of an optical image of the subject are reduced compared to the first shooting condition; and mixing means (206, 207) configured to mix a signal level of the first image and a signal level of the second image at a ratio based on the difference, so as to generate a third image, wherein the mixing means (206, 207) sets the ratio of the second image to be mixed into the third image when the difference is a first value, to be larger than the ratio of the second image to be mixed into the third image when the difference is a second value that is smaller than the first value.
A nonwoven fabric material avoiding the use of binder and oil-based synthetic fiber, said material comprising at least two nonwoven web layers, of which layers at least one is hydroentangled, where each individual nonwoven web layer has a basis weight of 20-100gsm and each individual nonwoven web layer has a composition of 50%-95% wood pulp and 5%-50% short cut man-made fibers and/or natural fiber having a length in the range 5 mm to 15mm; and where the at least two nonwoven web layers have been joined together by thermal embossing, mechanical embossing or a combination of these, the bonding area in the embossing being in the range 5% to 33%.
A method for controlling or regulating a brake system, in particular a brake system of a rail vehicle, the brake system having at least one safety-relevant brake system and at least one further brake system (ED, MG, ECB), characterized by the following steps: inputting of a rapid brake request, carrying out of a rapid brake operation using at least one of the further brake systems, monitoring of the overall brake force of the vehicle, checking whether the overall brake force undershoots or exceeds a threshold value, continuation of the rapid brake operation with exclusive use of the safety-relevant brake system if the threshold value is undershot or exceeded. inputting of a rapid brake request, carrying out of a rapid brake operation using at least one of the further brake systems, monitoring of the overall brake force of the vehicle, checking whether the overall brake force undershoots or exceeds a threshold value, continuation of the rapid brake operation with exclusive use of the safety-relevant brake system if the threshold value is undershot or exceeded.
A dental retraction composition comprising a liquid and a layer type 1:1 silicate mineral and a layer type 2:1 silicate mineral in a ratio from 50/50 to 5/95 wt.-% with respect to each other, wherein the layer type 1:1 silicate mineral is kaolinite and wherein the layer type 2:1 silicate mineral is a mica type mineral, wherein • the liquid is present in an amount from 10 wt.-% to 35 wt.-%, • the layer type 1:1 silicate mineral is present in an amount from 1 wt.-% to 40 wt.-%, • the layer type 2:1 silicate mineral is present in an amount from 25 wt.-% to 70 wt.-%, • an astringent is present in an amount from 0 to 30 wt.-%, and • additive(s) is present in an amount from 0 to 30 wt.-%, wt.-% with respect to the whole composition. • the liquid is present in an amount from 10 wt.-% to 35 wt.-%, • the layer type 1:1 silicate mineral is present in an amount from 1 wt.-% to 40 wt.-%, • the layer type 2:1 silicate mineral is present in an amount from 25 wt.-% to 70 wt.-%, • an astringent is present in an amount from 0 to 30 wt.-%, and • additive(s) is present in an amount from 0 to 30 wt.-%,
A gas pump, comprising: (a) a first housing part comprising a sealing surface; (b) a second housing part comprising a sealing surface; (c) a delivery chamber comprising an inlet and an outlet for a gas; (d) and a delivery device (11, 12), which can be moved within the delivery chamber, for delivering the gas, (e) wherein the housing parts (1, 2) are joined to each other such that they at least partially enclose the delivery chamber over a circumference of the chamber, and such that their sealing surfaces (6, 7) abut each other in order to seal off the delivery chamber, (f) wherein a sealing recess extends in at least one of the sealing surfaces (6, 7) around the delivery chamber and is filled with a sealing liquid when the gas pump is in operation, and (g) wherein the gas pump is a negative pressure pump for supplying one or more assemblies of a motor vehicle with negative pressure. (a) a first housing part comprising a sealing surface; (b) a second housing part comprising a sealing surface; (c) a delivery chamber comprising an inlet and an outlet for a gas; (d) and a delivery device (11, 12), which can be moved within the delivery chamber, for delivering the gas, (e) wherein the housing parts (1, 2) are joined to each other such that they at least partially enclose the delivery chamber over a circumference of the chamber, and such that their sealing surfaces (6, 7) abut each other in order to seal off the delivery chamber, (f) wherein a sealing recess extends in at least one of the sealing surfaces (6, 7) around the delivery chamber and is filled with a sealing liquid when the gas pump is in operation, and (g) wherein the gas pump is a negative pressure pump for supplying one or more assemblies of a motor vehicle with negative pressure.
A monoclonal antibody for use in a method of treatment of renal cancer, wherein the antibody binds to fibroblast growth factor receptor 1 (FGFR1) and antagonizes the interaction of fibroblast growth factor and FGFR1, and wherein the antibody is capable of simultaneously binding to domains II and IIIc of FGFR1.
A method for cleaning a filter for removing particulate matter, the method injecting high-pressure air and high-pressure vapor to the filter in a opposite direction to a flow direction of exhaust gas, the filter installed in an exhaust passage of an internal combustion engine or a burning appliance and capturing the particulate matter included in the exhaust gas, characterised in that after the high-pressure vapor is injected to the filter, the high-pressure air is injected to the filter.
A system, comprising: a drilling rig mast comprising at least one support leg; a drilling rig mast support comprising at least one mast support shoe; and a pinned connection between said at least one support leg and said at least one mast support shoe, said pinned connection comprising: a pin; and characterised by an oversized hole comprising at least a first hole portion; and a removable plug that is adapted to be inserted into said oversized hole, wherein said removable plug comprises at least a first plug surface portion, and wherein said first hole portion and said first plug surface portion define at least part of a pin hole that is adapted to receive said pin. a drilling rig mast comprising at least one support leg; a drilling rig mast support comprising at least one mast support shoe; and a pinned connection between said at least one support leg and said at least one mast support shoe, said pinned connection comprising: a pin; and characterised by an oversized hole comprising at least a first hole portion; and a removable plug that is adapted to be inserted into said oversized hole, wherein said removable plug comprises at least a first plug surface portion, and wherein said first hole portion and said first plug surface portion define at least part of a pin hole that is adapted to receive said pin. a pin; and characterised by an oversized hole comprising at least a first hole portion; and a removable plug that is adapted to be inserted into said oversized hole, wherein said removable plug comprises at least a first plug surface portion, and wherein said first hole portion and said first plug surface portion define at least part of a pin hole that is adapted to receive said pin.
Vehicle assembly for a vehicle, said vehicle assembly comprising: - a radar sensor configured to emit radar waves, - an arrangement of layers comprising a primary layer, disposed facing said radar sensor and comprising an input surface for the radar waves, a secondary layer comprising at least one relief, said secondary layer being adjacent to the primary layer and comprising a primary junction surface for the junction with said primary layer and a secondary junction surface for the junction with an adjacent tertiary layer, and said tertiary layer comprising an output surface for the radar waves parallel to said input surface, the primary layer, the secondary layer, the tertiary layer respectively comprising a primary refractive index, a secondary refractive index, and a tertiary refractive index, - the secondary refractive index and the tertiary refractive index being equal if the primary junction surface is parallel to the input surface and to the output surface and if the secondary layer has said relief on said secondary junction surface, or the refractive indices (n1, n3) of the non-adjacent layers (111, 113) being equal if the secondary layer has a relief on said secondary junction surface and a relief on said primary junction surface and if the primary junction surface is parallel to the secondary junction surface; characterized in that said input surface and said output surface are curved and have a radius of curvature Rm = γ*E(da)max, with E being the thickness of the arrangement of layers, (da)max being a tolerance for the error in the angular location of said radar sensor, γ being a factor depending on the largest angle of the field of view of said radar sensor and on the tertiary refractive index of said tertiary layer. - a radar sensor configured to emit radar waves, - an arrangement of layers comprising a primary layer, disposed facing said radar sensor and comprising an input surface for the radar waves, a secondary layer comprising at least one relief, said secondary layer being adjacent to the primary layer and comprising a primary junction surface for the junction with said primary layer and a secondary junction surface for the junction with an adjacent tertiary layer, and said tertiary layer comprising an output surface for the radar waves parallel to said input surface, the primary layer, the secondary layer, the tertiary layer respectively comprising a primary refractive index, a secondary refractive index, and a tertiary refractive index, - the secondary refractive index and the tertiary refractive index being equal if the primary junction surface is parallel to the input surface and to the output surface and if the secondary layer has said relief on said secondary junction surface, or the refractive indices (n1, n3) of the non-adjacent layers (111, 113) being equal if the secondary layer has a relief on said secondary junction surface and a relief on said primary junction surface and if the primary junction surface is parallel to the secondary junction surface;
A rubber composition comprising, based on parts by weight per 100 parts by weight of elastomer (phr): at least one conjugated diene-based elastomer, and from 5 to 60 phr of triglyceride ester based algae oil, wherein the fatty acid components of said triglyceride ester of said algae oil comprise, as determined by gas chromatographic analysis according to ASTM D5974: from 80 to 95 percent mono-unsaturated oleic acid component, from 1 to 5 percent di-unsaturated linoleic acid component, from 2 to 6 percent palmitic acid component, from 2 to 6 percent stearic acid component, and from 30 to 140 phr of a reinforcing filler comprising: a rubber reinforcing carbon black, or a combination of a rubber reinforcing carbon black and silica, preferably precipitated silica. at least one conjugated diene-based elastomer, and from 5 to 60 phr of triglyceride ester based algae oil, wherein the fatty acid components of said triglyceride ester of said algae oil comprise, as determined by gas chromatographic analysis according to ASTM D5974: from 80 to 95 percent mono-unsaturated oleic acid component, from 1 to 5 percent di-unsaturated linoleic acid component, from 2 to 6 percent palmitic acid component, from 2 to 6 percent stearic acid component, and from 80 to 95 percent mono-unsaturated oleic acid component, from 1 to 5 percent di-unsaturated linoleic acid component, from 2 to 6 percent palmitic acid component, from 2 to 6 percent stearic acid component, and from 30 to 140 phr of a reinforcing filler comprising: a rubber reinforcing carbon black, or a combination of a rubber reinforcing carbon black and silica, preferably precipitated silica. a rubber reinforcing carbon black, or a combination of a rubber reinforcing carbon black and silica, preferably precipitated silica.
A gas-discharge lamp for a reflection-type automotive headlamp, the lamp having a longitudinal axis through the centre of the lamp which longitudinal axis is horizontal when the lamp is mounted in a reflector of the automotive headlamp, the lamp comprising a vessel, which vessel is partially coated with at least one longitudinal stripe (S H, S H ') configured to block, reflect or absorb light and arranged on the surface of the vessel, as seen in the lamp's mounting position, below a horizontal plane through the longitudinal axis such that, on each side of the lamp, an angle (β H1, β H2) is subtended at the lamp centre by the horizontal plane and an upper edge (16, 17) of the longitudinal stripe (S H, S H ') on that side of the lamp, characterized in that the angle (β H1, β H2) comprises 10° to 15°, and, preferably, comprises 13° to 15°.
A wind turbine blade comprising: a blade body extending from a blade root along a blade longitudinal direction toward a blade tip; and a metal strip provided to cover at least a leading edge at a side of the blade tip of the blade body so as to suppress erosion at the leading edge of the blade body; and a metal receptor which is connected to an end portion of the blade body opposite to the blade root and forms the blade tip, characterized in that the metal strip is provided to overlap the metal receptor, wherein the metal receptor comprises a recess at least at the leading edge of the blade tip, the recess engaging with an end portion of the metal strip, and wherein the wind turbine blade further comprises a fastening member for fastening the end portion of the metal strip which is engaged with the recess to the metal receptor. a blade body extending from a blade root along a blade longitudinal direction toward a blade tip; and a metal strip provided to cover at least a leading edge at a side of the blade tip of the blade body so as to suppress erosion at the leading edge of the blade body; and a metal receptor which is connected to an end portion of the blade body opposite to the blade root and forms the blade tip, characterized in that the metal strip is provided to overlap the metal receptor, wherein the metal receptor comprises a recess at least at the leading edge of the blade tip, the recess engaging with an end portion of the metal strip, and wherein the wind turbine blade further comprises a fastening member for fastening the end portion of the metal strip which is engaged with the recess to the metal receptor.
A lithium-rich negative electrode plate, comprising a negative electrode collector and a negative electrode film, the negative electrode film being provided on a surface of the negative electrode collector and comprising a negative electrode active material, the lithium-rich negative electrode plate further comprising a layer of lithium metal provided on a surface of the negative electrode film; wherein the negative electrode film further comprises a cyclic ester which is capable of forming a film on the negative electrode plate, a dielectric constant of the cyclic ester at room temperature is larger than or equal to 10, and a reduction potential of the cyclic ester relative to Li/Li + is lower than or equal to 1.5V; a content of the cyclic ester is 0.1%∼10% of a mass of the negative electrode active material; a mass of the lithium metal is 0.5%∼5% of a total mass of the negative electrode film.
Method for operating an electric motor having at least two motor terminals (U, V, W) which are actuated via a control device, having the steps: a) short circuiting at least two of the motor terminals (U, V, W) of the electric motor by means of the control device; b) measuring the motor phase currents (Iu, Iv, Iw) at the short-circuit of the motor terminals (U, V, W); and c) detecting a stationary state of the electric motor if a variable and/or a frequency of the motor phase currents (Iu, Iv, Iw) which is measured in step b) is below a predefined limiting value, characterized in that an enable signal is also generated if a stationary state of the electric motor has been detected in step c), wherein this enable signal is reset when the electric motor and/or its control device are/is reset, and is reset if the electric motor is turned again after the stationary state, insofar as the electric motor is turned again with a rotation speed above a predefined limiting value after the stationary state. a) short circuiting at least two of the motor terminals (U, V, W) of the electric motor by means of the control device; b) measuring the motor phase currents (Iu, Iv, Iw) at the short-circuit of the motor terminals (U, V, W); and c) detecting a stationary state of the electric motor if a variable and/or a frequency of the motor phase currents (Iu, Iv, Iw) which is measured in step b) is below a predefined limiting value,
An alcohol-resistant pharmaceutical composition comprising: (i) an active agent; (ii) an enteric system; and (iii) an alcohol protectant in an amount sufficient to prevent release of the active agent in the presence of alcohol, the alcohol protectant being organic based cellulose acetate phthalate, wherein the alcohol protectant is present in the pharmaceutical composition in an amount that provides a percentage weight gain ranging from 10% to 500%, and wherein the percentage of active agent released is less than or about 35% in 40% ethanolic HCl in 2 hrs. (i) an active agent; (ii) an enteric system; and (iii) an alcohol protectant in an amount sufficient to prevent release of the active agent in the presence of alcohol, the alcohol protectant being organic based cellulose acetate phthalate,