mhurhangee/ep-ind-claims huggingface dataset:
A plant to process panels of wood or the like, the plant comprising a cutting machine to cut a plurality of panels starting from a sheet of wood or the like, the cutting machine comprising, in turn, support means (15, 16) defining a first support surface for the sheet; a cutting station; a grip and feeding assembly to feed the sheet through the cutting station in a first direction that is parallel to the first support surface; an operating head, which is mounted in the cutting station, is provided with a cutting tool, and is mobile in a second direction that is transverse to the first direction and parallel to the first support surface; the grip and feeding assembly comprising a plurality of gripping members (12, 13), which are designed to hold a rear edge of the panel that is parallel to the second direction and/or a lateral edge the panel that is parallel to the first direction; and an edgebanding machine to edgeband each panel with a relative finishing edge, the edgebanding machine comprising, in turn, a support unit, an edgebanding unit; and the plant comprises, furthermore, a fixed gantry comprising, in turn, a crosspiece, which extends above said first and second support surfaces (P1, P2) in the second direction, and is engaged in a sliding manner by the operating head and by the edgebanding unit, and at least two support uprights, which are arranged on opposite sides of the cutting machine and of the edgebanding machine and are connected to one another by the crosspiece; the support unit and the edgebanding unit being mobile in the first direction and in the second direction, respectively, characterised in that: the support unit is provided with a plurality of sucking support blocks, which are designed to lock the panels, through sucking on a second support surface; the plant comprises a first base with an elongated shape, which extends in the first direction, and has two longitudinal guide members parallel to one another and to the first direction; a second base which extends in the first direction, and has two longitudinal guide members parallel to one another and to the first direction, the second base is parallel and next to the first base and faces the first base; the two support uprights, are arranged on opposite sides of the first base and of the second base in the second direction. the support unit is provided with a plurality of sucking support blocks, which are designed to lock the panels, through sucking on a second support surface; the plant comprises a first base with an elongated shape, which extends in the first direction, and has two longitudinal guide members parallel to one another and to the first direction; a second base which extends in the first direction, and has two longitudinal guide members parallel to one another and to the first direction, the second base is parallel and next to the first base and faces the first base; the two support uprights, are arranged on opposite sides of the first base and of the second base in the second direction.
A film forming auxiliary agent composition for an emulsion resin, comprising: an ester compound represented by general formula and/or general formula below; and a fatty acid represented by general formula and/or general formula, and the composition having an acid value of 0.05 to 5 mgKOH/g: wherein R 1 and R 5 each represent a hydrocarbon group having a carbon number from 1 to 10; R 2 and R 4 each represent an alkylene group having a carbon number from 2 to 4; R 3 represents an alkylene group having a carbon number from 1 to 15; and p and r each represent a number from 1 to 5; wherein R 6 and R 8 each represent a hydrocarbon group having a carbon number from 1 to 10; R 7 represents an alkylene group having a carbon number from 2 to 4; and m represents a number from 2 to 10; HOOC-R 9 -COOH wherein R 9 represents an alkylene group having a carbon number from 1 to 15; R 10 -COOH wherein R 10 represents a hydrocarbon group having a carbon number from 1 to 10.
Automated surgical planning system for the reconstruction of missing or damaged bone parts, comprising • a device for reading in of 3D image data, • means for reading in of 3D target data relating to a missing or damaged bone part, whereby • the 3D image data relate to an osseous donor area and the automated surgical planning system further comprises • means for processing the 3D image data into structured data, so that osseous portions are distinguished from soft tissues and/or vascular systems, • means for obtaining one or more 3D target curves in relation to the 3D target data and the 3D data of the donor area, • means for segmentation of the osseous portions of the osseous donor area in segments, whereby the means for segmentation are arranged such that the segments within the structured 3D image data are determined on basis of the 3D target data and an adaption of sections of the 3d target curve, • means for merging the segments into a reconstruction, wherein the segmentation of the osseous portions adapts 3D target curves to 3D surfaces of the 3D target data relating to a missing or damaged bone part. • a device for reading in of 3D image data, • means for reading in of 3D target data relating to a missing or damaged bone part, whereby • the 3D image data relate to an osseous donor area and the automated surgical planning system further comprises • means for processing the 3D image data into structured data, so that osseous portions are distinguished from soft tissues and/or vascular systems, • means for obtaining one or more 3D target curves in relation to the 3D target data and the 3D data of the donor area, • means for segmentation of the osseous portions of the osseous donor area in segments, whereby the means for segmentation are arranged such that the segments within the structured 3D image data are determined on basis of the 3D target data and an adaption of sections of the 3d target curve, • means for merging the segments into a reconstruction, wherein the segmentation of the osseous portions adapts 3D target curves to 3D surfaces of the 3D target data relating to a missing or damaged bone part.
A method, comprising: - communicating, by a device (101, 109, 116) of a network, to a communication device, a control message indicative of a sequence design configuration used for transmission of a at least one wake-up signal along a relaying link between the network and the communication device and via a further communication device; and - communicating, to the further communication device, a control message indicative of the sequence design configuration, to thereby trigger the further communication device to transmit the at least one wake-up signal to the communication device on the relaying link. - communicating, by a device (101, 109, 116) of a network, to a communication device, a control message indicative of a sequence design configuration used for transmission of a at least one wake-up signal along a relaying link between the network and the communication device and via a further communication device; and - communicating, to the further communication device, a control message indicative of the sequence design configuration, to thereby trigger the further communication device to transmit the at least one wake-up signal to the communication device on the relaying link.
A tunable lighting system, comprising: a first white LED having a first spectral output at a first color temperature on a blackbody curve; characterized in that the system further comprises: a second white LED having a second spectral output at a second color temperature on the blackbody curve, whereby the first color temperature and the second color temperature are different; and a correction circuit including a correction LED configured to output light having a wavelength in green, cyan or yellow, the correction circuit to control the correction LED to emit light that, when combined with light emitted from the first white LED and light emitted from the second white LED, produces light that follows the blackbody curve. a second white LED having a second spectral output at a second color temperature on the blackbody curve, whereby the first color temperature and the second color temperature are different; and a correction circuit including a correction LED configured to output light having a wavelength in green, cyan or yellow, the correction circuit to control the correction LED to emit light that, when combined with light emitted from the first white LED and light emitted from the second white LED, produces light that follows the blackbody curve.
An information processing device comprising: an information acquisition unit configured to acquire camera location information indicating locations, determined by an operator, of a plurality of imaging cameras located in an imaging space (10, 12); an evaluation unit configured to evaluate calibration accuracy obtained in a case of locating a calibration camera in the imaging space (10, 12) on a basis of the location of each of the plurality of imaging cameras indicated by the camera location information and a location of the calibration camera, the calibration camera for deriving the locations of the plurality of imaging cameras using, for each imaging camera, a marker imaged by that imaging camera and the calibration camera, characterized in that: the evaluation unit is configured to evaluate the calibration accuracy by calculating an evaluation index for various locations of the calibration camera within the imaging space; and by a location determination unit configured to determine an optimum location of the calibration camera in the imaging space (10, 12) on a basis of the calibration accuracy evaluated by the evaluation unit, the optimum location corresponding to a most favorable evaluation score for calibration accuracy out of the calculated evaluation indexes. an information acquisition unit configured to acquire camera location information indicating locations, determined by an operator, of a plurality of imaging cameras located in an imaging space (10, 12); an evaluation unit configured to evaluate calibration accuracy obtained in a case of locating a calibration camera in the imaging space (10, 12) on a basis of the location of each of the plurality of imaging cameras indicated by the camera location information and a location of the calibration camera, the calibration camera for deriving the locations of the plurality of imaging cameras using, for each imaging camera, a marker imaged by that imaging camera and the calibration camera, characterized in that: the evaluation unit is configured to evaluate the calibration accuracy by calculating an evaluation index for various locations of the calibration camera within the imaging space; and by a location determination unit configured to determine an optimum location of the calibration camera in the imaging space (10, 12) on a basis of the calibration accuracy evaluated by the evaluation unit, the optimum location corresponding to a most favorable evaluation score for calibration accuracy out of the calculated evaluation indexes. the evaluation unit is configured to evaluate the calibration accuracy by calculating an evaluation index for various locations of the calibration camera within the imaging space; and by a location determination unit configured to determine an optimum location of the calibration camera in the imaging space (10, 12) on a basis of the calibration accuracy evaluated by the evaluation unit, the optimum location corresponding to a most favorable evaluation score for calibration accuracy out of the calculated evaluation indexes.
A stem cell preservation medium which is a medium for preserving stem cells and which contains hydroxyethyl starch, dimethyl sulfoxide (DMSO) and ethylene glycol, wherein ethylene glycol is present in a concentration range of 4% to 12.5% (v/v), hydroxyethyl starch is present in a concentration range of 4% to 8% (w/v), and dimethyl sulfoxide (DMSO) is present in a concentration range of 4% to 6% (v/v).
A rotor key member for retaining a circumferential seal in a steam turbine rotor, the rotor key member comprising: a body having a primary axis (a Pb), the body including: a first pair of opposing sides; a second pair of opposing sides extending between the first pair of opposing sides, wherein a length of the body along the primary axis (a Pb) extends between the second pair of opposing sides; a top surface and a bottom surface extending between the second pair of opposing sides; and a fillet, bevel or chamfer edge extending between a first one of the first pair of opposing sides and the bottom surface and extending the entire length of the body along the primary axis(a Pb); and a slot within the body, the slot extending a portion of a length of the body along the primary axis (a Pb) between the second pair of opposing sides and forming an opening in a second one of the first pair of opposing sides, characterized in that the slot extends along only a part of the length of the body along the primary axis (a Pb) such that two distinct portions (42A, 42B) of the second one of the first pair of opposing sides delimit the slot in the direction of the primary axis (a Pb), such as to form a pocket for receiving a weld. a body having a primary axis (a Pb), the body including: a first pair of opposing sides; a second pair of opposing sides extending between the first pair of opposing sides, wherein a length of the body along the primary axis (a Pb) extends between the second pair of opposing sides; a top surface and a bottom surface extending between the second pair of opposing sides; and a fillet, bevel or chamfer edge extending between a first one of the first pair of opposing sides and the bottom surface and extending the entire length of the body along the primary axis(a Pb); and a first pair of opposing sides; a second pair of opposing sides extending between the first pair of opposing sides, wherein a length of the body along the primary axis (a Pb) extends between the second pair of opposing sides; a top surface and a bottom surface extending between the second pair of opposing sides; and a fillet, bevel or chamfer edge extending between a first one of the first pair of opposing sides and the bottom surface and extending the entire length of the body along the primary axis(a Pb); and a slot within the body, the slot extending a portion of a length of the body along the primary axis (a Pb) between the second pair of opposing sides and forming an opening in a second one of the first pair of opposing sides, characterized in that the slot extends along only a part of the length of the body along the primary axis (a Pb) such that two distinct portions (42A, 42B) of the second one of the first pair of opposing sides delimit the slot in the direction of the primary axis (a Pb), such as to form a pocket for receiving a weld.
A fuel injector for injecting fuel into a gasifier, the injector including: a mating end including a nozzle portion, the nozzle portion tapering from an outer diameter to a nozzle diameter smaller than the outer diameter, the mating end including an oxygen inlet for receiving oxygen for introduction into the gasifier; a first flange fixedly coupled to the mating end and having a first receiving hole there through and including a first diaphragm disposed therein; a fuel transmission nozzle displaced at least partially within the mating end and passing through the first receiving hole, the fuel transmission nozzle being arranged and configured such that a secondary oxygen channel exists between the fuel transmission nozzle and the mating end, the fuel transmission nozzle being fixedly coupled to the first diaphragm and further including a fuel inlet for receiving fuel for introduction into the gasifier; a second flange fixedly coupled to the fuel transmission nozzle and having a second receiving hole therethrough and including a second diaphragm disposed therein; and a primary oxygen transmission nozzle displaced at least partially within the fuel transmission nozzle passing through the second receiving hole and being fixedly coupled to the second diaphragm, wherein the primary oxygen transmission nozzle is arranged and configured such that a fuel transmission channel exists between the fuel transmission nozzle and the primary oxygen transmission nozzle, the primary oxygen transmission nozzle further including a primary oxygen inlet for receiving oxygen for introduction into the gasifier. a mating end including a nozzle portion, the nozzle portion tapering from an outer diameter to a nozzle diameter smaller than the outer diameter, the mating end including an oxygen inlet for receiving oxygen for introduction into the gasifier; a first flange fixedly coupled to the mating end and having a first receiving hole there through and including a first diaphragm disposed therein; a fuel transmission nozzle displaced at least partially within the mating end and passing through the first receiving hole, the fuel transmission nozzle being arranged and configured such that a secondary oxygen channel exists between the fuel transmission nozzle and the mating end, the fuel transmission nozzle being fixedly coupled to the first diaphragm and further including a fuel inlet for receiving fuel for introduction into the gasifier; a second flange fixedly coupled to the fuel transmission nozzle and having a second receiving hole therethrough and including a second diaphragm disposed therein; and a primary oxygen transmission nozzle displaced at least partially within the fuel transmission nozzle passing through the second receiving hole and being fixedly coupled to the second diaphragm, wherein the primary oxygen transmission nozzle is arranged and configured such that a fuel transmission channel exists between the fuel transmission nozzle and the primary oxygen transmission nozzle, the primary oxygen transmission nozzle further including a primary oxygen inlet for receiving oxygen for introduction into the gasifier.
An austenitic nickel base alloy consisting the following elements in weight%: C ≤ 0.03; Si ≤ 1.0; Mn ≤ 1.5; S ≤ 0.03; P ≤ 0.03; Cr 25 to 35; Ni 42 to 52; Mo 6.1 to 9; N 0.07 - 0.12; Cu ≤ 0.4; optionally one or more of the following elements Al, Mg, Ca, Ce, and B the total content of these elements is less than or equal to 1.0 wt% Balance Fe and unavoidable impurities; and fulfilling the following conditions: Cr eq /Ni eq is equal to or less than 0.80; and PRE is equal or greater than 90; wherein Cr eq is wt % Cr + wt % Mo + 1.5 * wt % Si + 0.5 * wt % Nb Ni eq is wt % Ni + 30 * wt % C + 30 * wt % N + 0.5 * wt % Mn PRE is wt % Cr + 10 * wt % Mo + 20 * wt % N. C ≤ 0.03; Si ≤ 1.0; Mn ≤ 1.5; S ≤ 0.03; P ≤ 0.03; Cr 25 to 35; Ni 42 to 52; Mo 6.1 to 9; N 0.07 - 0.12; Cu ≤ 0.4; optionally one or more of the following elements Al, Mg, Ca, Ce, and B the total content of these elements is less than or equal to 1.0 wt% Balance Fe and unavoidable impurities; and fulfilling the following conditions: Cr eq /Ni eq is equal to or less than 0.80; and PRE is equal or greater than 90; wherein Cr eq is wt % Cr + wt % Mo + 1.5 * wt % Si + 0.5 * wt % Nb Ni eq is wt % Ni + 30 * wt % C + 30 * wt % N + 0.5 * wt % Mn PRE is wt % Cr + 10 * wt % Mo + 20 * wt % N. Cr eq /Ni eq is equal to or less than 0.80; and PRE is equal or greater than 90; wherein Cr eq is wt % Cr + wt % Mo + 1.5 * wt % Si + 0.5 * wt % Nb Ni eq is wt % Ni + 30 * wt % C + 30 * wt % N + 0.5 * wt % Mn PRE is wt % Cr + 10 * wt % Mo + 20 * wt % N.
An electrical contact comprising: a mounting portion configured to electrically connect to an electrical cable; and a mating portion spaced from the mounting portion in a forward direction, the mating portion including first and second contact blades spaced from each other along a second direction that is substantially perpendicular to the forward direction, each of the first and second contact blades defining a respective first surface and a respective second surface spaced from the respective first surface along a third direction that is substantially perpendicular to both the forward direction and the second direction, characterized in that one of the first and second contact blades defines a seam elongate along the forward direction, the seam closer to one of the first and second surfaces as compared to the other of the first and second surfaces. a mounting portion configured to electrically connect to an electrical cable; and a mating portion spaced from the mounting portion in a forward direction, the mating portion including first and second contact blades spaced from each other along a second direction that is substantially perpendicular to the forward direction, each of the first and second contact blades defining a respective first surface and a respective second surface spaced from the respective first surface along a third direction that is substantially perpendicular to both the forward direction and the second direction, characterized in that one of the first and second contact blades defines a seam elongate along the forward direction, the seam closer to one of the first and second surfaces as compared to the other of the first and second surfaces.
A procedure of processing a workpiece, comprising preparing a bonded stack comprising a carrier layer, a workpiece layer, and an interposer layer therebetween; processing the workpiece layer; and delivering a gas jet through a nozzle at a junction between two adjacent layers in the stack to separate or debond said two adjacent layers, and said two adjacent layers are the carrier layer and the interposer layer, wherein the step of delivering a gas jet is carried out by spinning the stack relative to the stationary nozzle or spinning the nozzle relative to the stationary stack, and further comprising a step of mechanically and/or chemically disrupting or destroying a portion of an outer periphery of the junction, before delivering the gas jet thereto. preparing a bonded stack comprising a carrier layer, a workpiece layer, and an interposer layer therebetween; processing the workpiece layer; and delivering a gas jet through a nozzle at a junction between two adjacent layers in the stack to separate or debond said two adjacent layers, and said two adjacent layers are the carrier layer and the interposer layer,
A method for separating one or more peptides in a sample, comprising: a. combining the sample comprising one or more peptides with a metal cation and dimethyl sulfoxide so as to form one or more peptide metal complexes, wherein the metal cation comprises an alkaline earth metal; b. ionizing said one or more peptide metal complexes so as to form one or more peptide metal ion complexes; and c. transporting said one or more peptide metal ion complexes through a differential mobility spectrometer to effect separation of said one or more peptide metal ion complexes, and wherein the method further comprises adding a chemical modifier to said one or more peptide metal ion complexes in said transporting step. a. combining the sample comprising one or more peptides with a metal cation and dimethyl sulfoxide so as to form one or more peptide metal complexes, wherein the metal cation comprises an alkaline earth metal; b. ionizing said one or more peptide metal complexes so as to form one or more peptide metal ion complexes; and c. transporting said one or more peptide metal ion complexes through a differential mobility spectrometer to effect separation of said one or more peptide metal ion complexes, and wherein the method further comprises adding a chemical modifier to said one or more peptide metal ion complexes in said transporting step.
Battery assembly for a motor vehicle, comprising a battery housing and at least one cell module, which is arranged on a base plate of the battery housing, the at least one cell module comprising a cell module housing and a plurality of battery cells arranged in the cell module housing, and a base of the cell module housing being joined to the base plate of the battery housing by means of a glue, characterized in that the cell module housing is joined to a side wall of the battery housing by means of a further adhesive, the further adhesive having a higher shear strength than the glue arranged between the base of the cell module housing and the base plate of the battery housing.