mhurhangee/ep-ind-claims huggingface dataset:
A method for ensuring quality of service in a compute workflow, the method comprising, at a planning unit: assigning a unique first quality of service identifier to each of one or more subtasks associated with each node of the compute workflow, the first quality of service identifier indicative of a level of quality of service assigned to each node; assigning a planned resource requirement to each of the one or more subtasks, the planned resource requirement indicative of a total amount of system resources required to complete each of the one or more subtasks; generating a resource allocation plan for each of the one or more subtasks having the first quality of service identifier and the planned resource requirement assigned thereto, the resource allocation plan indicative of a distribution of the system resources over time in at least one resource manager; and outputting the resource allocation plan and the first quality of service identifier to the at least one resource manager for enforcement of the level of quality of service on one or more jobs submitted for each node through at least one workflow orchestrator external to the at least one resource manager, each of the one or more jobs comprising the one or more subtasks. assigning a unique first quality of service identifier to each of one or more subtasks associated with each node of the compute workflow, the first quality of service identifier indicative of a level of quality of service assigned to each node; assigning a planned resource requirement to each of the one or more subtasks, the planned resource requirement indicative of a total amount of system resources required to complete each of the one or more subtasks; generating a resource allocation plan for each of the one or more subtasks having the first quality of service identifier and the planned resource requirement assigned thereto, the resource allocation plan indicative of a distribution of the system resources over time in at least one resource manager; and outputting the resource allocation plan and the first quality of service identifier to the at least one resource manager for enforcement of the level of quality of service on one or more jobs submitted for each node through at least one workflow orchestrator external to the at least one resource manager, each of the one or more jobs comprising the one or more subtasks.
A light-emitting apparatus comprising: a storage case that includes a base board having a concave portion and a lid portion covering the concave portion; and a plurality of light-emitting elements that are disposed on an inner surface of the case, wherein an opening is formed in the lid portion, a plurality of cavities that are branched from the position directly underneath the opening are formed in the case, an inner surface of each of the cavities is a light-reflecting surface and is constituted of an ellipse surface and a flat surface opposing the ellipse surface, a first focal position (F 1) of the ellipse surface is positioned on the flat surface, respective ones of the plurality of light-emitting elements are disposed at the first focal positions (F 1) of respective ones of the plurality of cavities, the light-reflecting surface guides light emitted by the light-emitting elements as light sources to a position directly underneath the opening that is provided at a second focal position (F 2) of the ellipse, and a reflecting portion is formed directly underneath the opening so as to reflect the light emitted by the light-emitting elements toward the opening.
An apparatus for inspecting an object, comprising: at least one light source configured to irradiate illumination light to the object on a reference plane; a plurality of side cameras configured to capture a plurality of side images generated by the illumination light reflected from a side of the object; and one or more processors configured to: determine a plurality of outlines indicating edges of the object based on two or more side images captured in different directions among the plurality of side images; determine a virtual plane corresponding to an upper surface of the object based on the plurality of outlines; and determine an angle between the virtual plane and the reference plane. at least one light source configured to irradiate illumination light to the object on a reference plane; a plurality of side cameras configured to capture a plurality of side images generated by the illumination light reflected from a side of the object; and one or more processors configured to: determine a plurality of outlines indicating edges of the object based on two or more side images captured in different directions among the plurality of side images; determine a virtual plane corresponding to an upper surface of the object based on the plurality of outlines; and determine an angle between the virtual plane and the reference plane. determine a plurality of outlines indicating edges of the object based on two or more side images captured in different directions among the plurality of side images; determine a virtual plane corresponding to an upper surface of the object based on the plurality of outlines; and determine an angle between the virtual plane and the reference plane.
A pile preparation unit for preparing a pile of sheets having a first end optionally standing on a pallet and opposite a free second end, a front edge side and a side edge side, the pile preparation unit comprising: - a rotation base configured for standing on a floor and for supporting - a rotation unit configured with an infeed side for receiving a pile of sheets in a feed direction, the rotation unit having a rotation unit frame with a rotation unit frame cross section the rotation unit configured to rotate about the feed direction: - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and in that the edge side support unit further is configured with a pile support unit configured with a pile support face for engaging and supporting the front edge side of the pile of sheets. - a rotation base configured for standing on a floor and for supporting - a rotation unit configured with an infeed side for receiving a pile of sheets in a feed direction, the rotation unit having a rotation unit frame with a rotation unit frame cross section the rotation unit configured to rotate about the feed direction: - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and in that the edge side support unit further is configured with a pile support unit configured with a pile support face for engaging and supporting the front edge side of the pile of sheets. - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and
A rigid pack for tobacco articles comprising: a container, which has a parallelepiped shape, has an open upper end, a lower wall, a front wall, a rear wall, and two side walls; a lid, which is hinged to the container, has a parallelepiped shape and has an upper wall, a front wall, a rear wall, and two side walls; an inner wrap which encloses a group of tobacco articles, is housed on the inside of the container and has a cross section that is smaller than the cross section of the container; and a collar, which embraces the inner wrap, is internally glued to the container, comes out of the open upper end of the container and has a front wall, two side walls and an upper wall which is arranged perpendicular to the front wall; wherein the collar comprises at least one support element (25; 37), which projects from a corresponding wall (15; 17) of the collar and rests against the inner wrap to help keep the inner wrap in the correct position; and wherein the collar comprises a pull-out opening for the tobacco articles, which extends on a portion of the front wall of the collar and on a portion of the upper wall of the collar; the pack for tobacco articles is characterized in that the collar comprises a rear wall which is arranged perpendicular to the upper wall is parallel and opposite to the front wall, and overlaps the rear wall of the container; wherein the pull-out opening is defined by an open "U"-shaped through incision; and wherein the collar comprises an inner panel which reproduces the shape of the pull-out opening and is connected to the remaining part of the collar along a folding line. a container, which has a parallelepiped shape, has an open upper end, a lower wall, a front wall, a rear wall, and two side walls; a lid, which is hinged to the container, has a parallelepiped shape and has an upper wall, a front wall, a rear wall, and two side walls; an inner wrap which encloses a group of tobacco articles, is housed on the inside of the container and has a cross section that is smaller than the cross section of the container; and a collar, which embraces the inner wrap, is internally glued to the container, comes out of the open upper end of the container and has a front wall, two side walls and an upper wall which is arranged perpendicular to the front wall; wherein the collar comprises at least one support element (25; 37), which projects from a corresponding wall (15; 17) of the collar and rests against the inner wrap to help keep the inner wrap in the correct position; and wherein the collar comprises a pull-out opening for the tobacco articles, which extends on a portion of the front wall of the collar and on a portion of the upper wall of the collar; the pack for tobacco articles is characterized in that the collar comprises a rear wall which is arranged perpendicular to the upper wall is parallel and opposite to the front wall, and overlaps the rear wall of the container; wherein the pull-out opening is defined by an open "U"-shaped through incision; and wherein the collar comprises an inner panel which reproduces the shape of the pull-out opening and is connected to the remaining part of the collar along a folding line.
A method comprising: in a computer processor, executing a first permute instruction, wherein the first permute instruction operates on a first and a second packed data source operand using indices of a first index source operand to permute values in the first packed data source operand and the second data source operand into the index source operand to generate a modified index source operand, wherein the index source operand is a destination operand; and executing a second permute instruction, wherein the second permute instruction operates a third and a fourth packed data source operand using indices of a second index source operand to permute values in the third packed data source operand and the fourth data source operand into the second index source operand, wherein the first permute instruction includes a writemask operand to select which elements are written to the first index source operand, and wherein the second permute instruction includes a writemask operand to select which elements are written to the modified index source operand, characterized in that the second permute instruction is executed using the modified index source register as index source operand and as destination and that the first permute instruction uses a first half of the index source register to generate a first half of the destination operand and the second permute instruction uses a second half of the modified index register to generate a second half of the destination operand. in a computer processor, executing a first permute instruction, wherein the first permute instruction operates on a first and a second packed data source operand using indices of a first index source operand to permute values in the first packed data source operand and the second data source operand into the index source operand to generate a modified index source operand, wherein the index source operand is a destination operand; and executing a second permute instruction, wherein the second permute instruction operates a third and a fourth packed data source operand using indices of a second index source operand to permute values in the third packed data source operand and the fourth data source operand into the second index source operand, wherein the first permute instruction includes a writemask operand to select which elements are written to the first index source operand, and wherein the second permute instruction includes a writemask operand to select which elements are written to the modified index source operand, characterized in that the second permute instruction is executed using the modified index source register as index source operand and as destination and that the first permute instruction uses a first half of the index source register to generate a first half of the destination operand and the second permute instruction uses a second half of the modified index register to generate a second half of the destination operand.
A system for determining the current weight of a vehicle and any implement or trailer being towed or carried thereby, the system comprising an electronic control unit, means to determine the current value of vehicle operating parameters indicative of the current wheel output torque and acceleration of the vehicle, said current parameter values being forwarded to the electronic control unit so that the unit can calculate the current vehicle weight from a predetermined relationship involving wheel output torque, vehicle acceleration and other known current operating parameters of the vehicle, characterised in that the vehicle includes a CVT which has a hydraulic drive circuit fully or partly transmitting torque to vehicle wheels (12f, 12i) in which a hydraulic pump supplies pressurised fluid to a hydraulic motor, the level of pressure in the drive circuit providing an indication of the current wheel output torque.
A compound of the formula: in which R 1a and R 1b are independently a primary or secondary alkyl group having up to eight carbon atoms, or a primary, secondary, or tertiary alkyl group having up to eight carbon atoms and at least one ether linkage; R 2a, R 2b, and R 3 are independently a hydrogen atom, a halogen atom, a primary, secondary, or tertiary alkyl group having up to eight carbon atoms, or a primary, secondary, or tertiary alkyl group having up to eight carbon atoms and at least one ether linkage; and wherein, when R 3 is a hydrogen atom, at least two of R 1a, R 1b, R 2a, and R 2b each is independently a halogen atom, a primary, secondary, or tertiary alkyl group having up to eight carbon atoms, or a primary, secondary, or tertiary alkyl group having up to eight carbon atoms and at least one ether linkage, or, at least one of R 1a, R 1b, R 2a, and R 2b is a primary, secondary, or tertiary alkyl group having up to eight carbon atoms and at least one ether linkage; and wherein, when R 3 is a primary alkyl group having up to eight carbon atoms, at least one of R 1a, R 1b, R 2a, and R 2b is a halogen atom, a primary, secondary, or tertiary alkyl group having up to eight carbon atoms, or a primary, secondary, or tertiary alkyl group having up to eight carbon atoms and at least one ether linkage; and wherein, when at least two of R 2a, R 2b, and R 3 are tertiary alkyl groups, the tertiary alkyl groups are non-adjacent.
An X-ray inspection system (100; 200) for the destruction-free inspection of inspection objects (P; F, C), having a detector unit (106; 206) with a detector row having detector elements (12, 14) arranged in a longitudinal direction for the detection of X-rays (108; 208) and whose longitudinal direction is arranged at an angle to a scanning direction for line-by-line scanning of an inspection object (P; F, C), wherein the detector row is adapted for scanning the inspection object (P; F, C) in at least a first section (A1.1, A1.2) of the detector row with first detector elements for a first resolution and at least in a further section of the detector row with further detector elements for a second resolution that is higher than the first resolution, and wherein the X-ray inspection system (100; 200) is adapted, on the basis of intensity values for X-rays detected by means of the detector elements (12, 14), to determine pixels of at least one line of an X-ray image for the inspection object (P; F, C) and for this purpose further has a control unit, wherein the control unit is adapted, for producing an X-ray image on the basis of intensity information detected with the entire detector row, to summarize intensity information of the second detector elements in the at least one further section of mutually adjacent groups from a predetermined number of second detector elements in the longitudinal direction and a corresponding number of consecutive readouts (t1, t2, t3,...) for determining an intensity datum for a pixel of the first resolution, and/to produce a pixel of the X-ray image/for producing an X-ray image/on the basis of intensity data detected in the at least one further section per readout of the second detector elements, characterized in that the control unit is adapted, - to read out all detector elements (12, 14) of the detector row with a readout frequency that is determined by the further section with the highest resolution, and - to produce at the same time an X-ray image with the first resolution on the basis of intensity information detected with the entire detector row and at least one further X-ray image with the second resolution on the basis of the intensity data detected in the at least one further section. - to read out all detector elements (12, 14) of the detector row with a readout frequency that is determined by the further section with the highest resolution, and - to produce at the same time an X-ray image with the first resolution on the basis of intensity information detected with the entire detector row and at least one further X-ray image with the second resolution on the basis of the intensity data detected in the at least one further section.
Method of making low extractable coatings, varnishes, adhesives or inks wherein a radiation curable composition comprising at least one amino(meth)acrylate obtained from the reaction of at least one primary and/or secondary amine with at least one (meth)acrylated ethoxylated and/or propoxylated polyol having a degree of alkoxylation of at least 4, is used, and wherein the residue of free amine is eliminated from the amino(meth)acrylate at levels below 1000 ppm.
A self-purging system for delivering a hydrogel composition formed by mixing first and second liquid components (12, 14) comprising, an applicator sized and configured to mix the first and second liquid components (12, 14) and form the hydrogel composition, the applicator including inlet paths (34, 36) that convey the first and second liquid components (12, 14) subject to a selectively applied application pressure P into an outlet path for mixing and formation of the hydrogel composition for discharge from the outlet path, and a purge assembly comprising a source of liquid flushing agent subject to a constantly applied purge pressure P that is maintained at a magnitude that is less than P, and a purging path coupling the source to the outlet path to convey liquid flushing agent into the outlet path subject to the constantly applied purge pressure P, the purge assembly further including a valve assembly communicating with the purging path and the outlet path being operable in response to localized pressure conditions in first and second flow conditions, the first flow condition permitting the flow and mixing of the first and second liquid components (12, 14) but not the liquid flushing agent in the outlet path during the application of P, for dispensing the hydrogel composition from the outlet path, the second flow condition permitting the flow of liquid flushing agent but not the first and second liquid components (12, 14) in the outlet path subject to the constantly applied purge pressure P, for continuously flushing residual hydrogel composition from the outlet path, the valve assembly being automatically placed in the first flow condition in response to localized pressure conditions whenever P is applied, the valve assembly being automatically placed in the second flow condition in response to localized pressure conditions during an interruption of the application of P.
Process for the production of a synthesis gas that is purified with a controlled H2/CO molar ratio from lignocellulosic biomass, comprising the following stages: A) A severe pyrolysis stage at a temperature of between 750°C and 850°C producing a gas effluent that is sent to a purification stage, and a solid residue that concentrates the majority of the impurities, in particular the alkaline compounds, and a portion of the sulfur compounds, B) A stage for purification of the pyrolysis gas that is obtained from stage A that consists essentially of a removal of dust from the gas and a capture of sulfur compounds on adsorbent compounds based on ZnO or Co-Mo, C) A partial oxidation stage that is carried out by contact of the feedstock that consists of purified gas obtained from stage B with oxygen at a purity level of more than 90%, at a reaction temperature of between 1000°C and 1600°C, and under a pressure of between 2.5 MPa and 4 MPa, whereby said stage produces a synthesis gas that primarily consists of carbon monoxide and hydrogen in an H2/CO molar ratio of between 0.5 and 1.5 based on the type of feedstock that is used, D) A rapid cooling stage of the synthesis gas that is obtained from stage C at a temperature of between 300°C and 500°C. A) A severe pyrolysis stage at a temperature of between 750°C and 850°C producing a gas effluent that is sent to a purification stage, and a solid residue that concentrates the majority of the impurities, in particular the alkaline compounds, and a portion of the sulfur compounds, B) A stage for purification of the pyrolysis gas that is obtained from stage A that consists essentially of a removal of dust from the gas and a capture of sulfur compounds on adsorbent compounds based on ZnO or Co-Mo, C) A partial oxidation stage that is carried out by contact of the feedstock that consists of purified gas obtained from stage B with oxygen at a purity level of more than 90%, at a reaction temperature of between 1000°C and 1600°C, and under a pressure of between 2.5 MPa and 4 MPa, whereby said stage produces a synthesis gas that primarily consists of carbon monoxide and hydrogen in an H2/CO molar ratio of between 0.5 and 1.5 based on the type of feedstock that is used, D) A rapid cooling stage of the synthesis gas that is obtained from stage C at a temperature of between 300°C and 500°C.