mhurhangee/ep-ind-claims huggingface dataset:
Axial piston pump having first and second differently dimensioned set piston surfaces (3, 6), a first regulator having a multi-path multi-position main stage (22, 22', 22") which is pressure pilot-controlled against a first spring force on a pressure pilot control at least from the delivery pressure in a main line connected to the delivery side of the axial piston pump, and a second regulator having a multi-way valve which can be adjusted against a second spring force via a pivotable angle lever, the angle lever being acted upon by an abutment, which can be moved relative to the angle lever by means of a set piston surface, and by a sensing piston which is acted upon by the delivery pressure, and the delivery side of the axial piston pump is connected via the main line at least to the pressure pilot control of the main stage, an input of the main stage (22, 22', 22") and the sensing piston, characterized in that the main line is connected to a pressure-reducing valve, with which a reduced control pressure can be set at an input of the multi-way valve from the delivery pressure in the main line with the multi-way valve adjusted by the angle lever against the second spring force, from which the adjusted multi-way valve generates control pilot pressure for a regulating pressure pilot control of the main stage (22, 22', 22") additionally and parallel to the pressure pilot control by the delivery pressure at the pressure pilot control.
A light projection method (100, 200) with safety protection, comprising: turning on a light source at a safe power level (S101, S201); using a diffractive optical element to modulate light emitted from the light source so as to project a pattern onto a target surface (S102, S202); and acquiring the pattern (S103, S203); characterized in that the light projection method (100, 200) further comprises: determining whether the pattern is normal (S104, S204) and if the pattern is normal, turning on the light source at a rated power level (S105, S205), wherein the determining whether the pattern is normal comprises: comparing the pattern with patterns of various faults in a database of faults to recognize a fault mode and determining a fault location, the fault location being the light source or the diffractive optical element or both, the database of faults being pre-established according to patterns of light spots with various faults. turning on a light source at a safe power level (S101, S201); using a diffractive optical element to modulate light emitted from the light source so as to project a pattern onto a target surface (S102, S202); and acquiring the pattern (S103, S203); characterized in that the light projection method (100, 200) further comprises: determining whether the pattern is normal (S104, S204) and if the pattern is normal, turning on the light source at a rated power level (S105, S205), wherein the determining whether the pattern is normal comprises: comparing the pattern with patterns of various faults in a database of faults to recognize a fault mode and determining a fault location, the fault location being the light source or the diffractive optical element or both, the database of faults being pre-established according to patterns of light spots with various faults.
A hard coat laminated film comprising, in order from a surface layer side, a first hard coat, a second hard coat and a transparent resin film layer, wherein the first hard coat is formed of a coating material comprising: 100 parts by mass of a polyfunctional (meth)acrylate; 0.01 to 7 parts by mass of a water repellent; 0.01 to 10 parts by mass of a silane coupling agent; and 0.1 to 10 parts by mass of resin microparticles having an average particle diameter of 0.5 to 10 μm, and containing no inorganic particles, and wherein the second hard coat is formed of a coating material comprising inorganic microparticles having an average particle diameter measured as described in the description, of 1 to 300 nm. 100 parts by mass of a polyfunctional (meth)acrylate; 0.01 to 7 parts by mass of a water repellent; 0.01 to 10 parts by mass of a silane coupling agent; and 0.1 to 10 parts by mass of resin microparticles having an average particle diameter of 0.5 to 10 μm, and
A polyolefin formulation comprising a polyolefin polymer; x weight percent (wt%) of an alkoxyphenol compound of formula: wherein R 1 is a (C 1 -C 20)alkyl; and y wt% of a benzophenone compound of formula: wherein Ar 1 is phenyl or an alkylphenyl; wherein y is from 1 to 8 wt%; wherein x is from 0.1 to 3.0 wt%, with the proviso that x is less than 0.5y; and wherein wt% are based on total weight of the polyolefin formulation.
A removable segment of an e-vaping device, the removable segment comprising: a matrix comprising a plurality of pellets including at least one of starch, cellulose-based material and fibers; and at least one of a flavorant, a taste compound, an aroma, an acid, a vapor former, tobacco or nicotine encapsulated in the matrix and absorbed by the plurality of pellets; wherein the removable segment is removably attachable to at least one of a cartridge, another removable segment, a power source, or a mouth-end insert of the e-vaping device via at least one connector (320, 340); wherein the plurality of pellets comprise at least one of: a flavorant absorbed by at least one first pellet; a taste compound absorbed by at least one second pellet; an aroma absorbed by at least one third pellet; an acid absorbed by at least one fourth pellet; nicotine absorbed by at least one fifth pellet; and tobacco absorbed by at least one sixth pellet; wherein at least one of the first pellet, the second pellet and the third pellet is in a portion of the removable segment that is closest to the mouth-end insert when the removable segment is attached to the e-vaping device; and wherein at least one of the fourth pellet and the fifth pellet is in a portion of the removable segment that is farthest to the mouth-end insert when the removable segment is attached to the e-vaping device. a matrix comprising a plurality of pellets including at least one of starch, cellulose-based material and fibers; and at least one of a flavorant, a taste compound, an aroma, an acid, a vapor former, tobacco or nicotine encapsulated in the matrix and absorbed by the plurality of pellets; wherein the removable segment is removably attachable to at least one of a cartridge, another removable segment, a power source, or a mouth-end insert of the e-vaping device via at least one connector (320, 340); wherein the plurality of pellets comprise at least one of: a flavorant absorbed by at least one first pellet; a taste compound absorbed by at least one second pellet; an aroma absorbed by at least one third pellet; an acid absorbed by at least one fourth pellet; nicotine absorbed by at least one fifth pellet; and tobacco absorbed by at least one sixth pellet; a flavorant absorbed by at least one first pellet; a taste compound absorbed by at least one second pellet; an aroma absorbed by at least one third pellet; an acid absorbed by at least one fourth pellet; nicotine absorbed by at least one fifth pellet; and tobacco absorbed by at least one sixth pellet; wherein at least one of the first pellet, the second pellet and the third pellet is in a portion of the removable segment that is closest to the mouth-end insert when the removable segment is attached to the e-vaping device; and wherein at least one of the fourth pellet and the fifth pellet is in a portion of the removable segment that is farthest to the mouth-end insert when the removable segment is attached to the e-vaping device.
Method for producing a security feature for a security element, a security paper or a data carrier, wherein - a carrier, which has a front side and a rear side, is provided, - the carrier is provided with a coating, which can be modified in its colour by laser radiation, and - the carrier is locally changed in its thickness by the action of laser radiation of distributed intensity in the cross section of the beam, - wherein at the same time the coating is modified in colour by the laser radiation, - the carrier is provided on its rear side with the coating, - the laser radiation is radiated onto the carrier from the front side, wherein -- either a hole is produced in the carrier as a local change in thickness and, as a result of the intensity distribution over the cross section of the beam, a zone, which surrounds a rim of the hole on the rear side of the carrier, is modified in colour, or -- a depression is produced on the front side of the carrier as a local change in thickness and at the same time a zone, which lies underneath the depression on the rear side of the carrier, is thereby modified in colour, - the carrier is also provided on its front side with a coating, which can be modified by the laser radiation in its colour, so that also a zone, which surrounds the rim of the hole or of the depression on the front side of the carrier, is modified in colour. - a carrier, which has a front side and a rear side, is provided, - the carrier is provided with a coating, which can be modified in its colour by laser radiation, and - the carrier is locally changed in its thickness by the action of laser radiation of distributed intensity in the cross section of the beam, - wherein at the same time the coating is modified in colour by the laser radiation, - the carrier is provided on its rear side with the coating, - the laser radiation is radiated onto the carrier from the front side, wherein -- either a hole is produced in the carrier as a local change in thickness and, as a result of the intensity distribution over the cross section of the beam, a zone, which surrounds a rim of the hole on the rear side of the carrier, is modified in colour, or -- a depression is produced on the front side of the carrier as a local change in thickness and at the same time a zone, which lies underneath the depression on the rear side of the carrier, is thereby modified in colour, -- either a hole is produced in the carrier as a local change in thickness and, as a result of the intensity distribution over the cross section of the beam, a zone, which surrounds a rim of the hole on the rear side of the carrier, is modified in colour, or -- a depression is produced on the front side of the carrier as a local change in thickness and at the same time a zone, which lies underneath the depression on the rear side of the carrier, is thereby modified in colour, - the carrier is also provided on its front side with a coating, which can be modified by the laser radiation in its colour, so that also a zone, which surrounds the rim of the hole or of the depression on the front side of the carrier, is modified in colour.
A radiotherapy system, comprising: a treatment component; an imaging component; and a table being movable between the treatment component and the imaging component along a first direction in a first coordinate system, the table having a plurality of cross sections perpendicular to the first direction, the table including a positioning line that extends along the first direction and has a positioning feature, the positioning feature having a plurality of feature values, each feature value corresponding to one of the plurality of cross sections; wherein the table is configured to move a subject from a first position with respect to the treatment component to a second position with respect to the imaging component; the imaging component is configured to acquire a first image including the subject and at least one a portion of the positioning line, the subject being located at the second position during the acquisition of the first image; and the system is configured to determine, based on the first image and the positioning feature of the positioning line, a relative position of the second position to the first position. a treatment component; an imaging component; and a table being movable between the treatment component and the imaging component along a first direction in a first coordinate system, the table having a plurality of cross sections perpendicular to the first direction, the table including a positioning line that extends along the first direction and has a positioning feature, the positioning feature having a plurality of feature values, each feature value corresponding to one of the plurality of cross sections; wherein the table is configured to move a subject from a first position with respect to the treatment component to a second position with respect to the imaging component; the imaging component is configured to acquire a first image including the subject and at least one a portion of the positioning line, the subject being located at the second position during the acquisition of the first image; and the system is configured to determine, based on the first image and the positioning feature of the positioning line, a relative position of the second position to the first position. the table is configured to move a subject from a first position with respect to the treatment component to a second position with respect to the imaging component; the imaging component is configured to acquire a first image including the subject and at least one a portion of the positioning line, the subject being located at the second position during the acquisition of the first image; and the system is configured to determine, based on the first image and the positioning feature of the positioning line, a relative position of the second position to the first position.
Lubricant composition comprising: - at least one base oil for food contact, chosen from groups II, III or V according to the classes defined in the API classification or their equivalents according to the ATIEL classification; - at least one hydrogenated polyisobutylene with a molar mass of between 400 and 2000; - at least one ester polymer chosen from ester copolymers comprising a hydrocarbon backbone, hydrocarbon pendant groups and ester pendant groups. - at least one base oil for food contact, chosen from groups II, III or V according to the classes defined in the API classification or their equivalents according to the ATIEL classification; - at least one hydrogenated polyisobutylene with a molar mass of between 400 and 2000; - at least one ester polymer chosen from ester copolymers comprising a hydrocarbon backbone, hydrocarbon pendant groups and ester pendant groups.
A method for sealing a tubular bag body made from a fabric of monoaxially stretched polymer, particularly polyolefin or polypropylene bands, comprising producing a base fold in such a way that the bag has an essentially rectangular base, wherein at least two at least partially overlapping layers of the base are welded to each other with at least one ultrasonic welding seam of defined welding points in the area where they overlap in order to seal the base, wherein the at least one ultrasonic welding seam extends at least over the length of the broad and/or the narrow side of the rectangular base, characterized in that, in order to prevent the welding together of the folded over layers of the base fold with the bag body, a metal containing lacquer layer is applied as separating layer, and wherein the base is sealed only by using said at least one ultrasonic welding seam.
A method for communication, comprising: in a receiver, receiving signals, which comprise one or more dedicated reference signals, that are transmitted from a transmitter over a communication channel in multiple blocks, wherein the signals in each block, including the dedicated reference signals, are transmitted on a respective group of subcarriers over a respective time interval and are precoded using a respective precoding scheme that maps the signals onto multiple antenna ports of the transmitter; and characterized by identifying two or more of the blocks whose respective precoding schemes are identical or differ from one another by no more than a predefined permitted variation; estimating one or more parameters of the communication channel by jointly processing the dedicated reference signals comprised in the identified blocks; and decoding the signals based on the estimated parameters. in a receiver, receiving signals, which comprise one or more dedicated reference signals, that are transmitted from a transmitter over a communication channel in multiple blocks, wherein the signals in each block, including the dedicated reference signals, are transmitted on a respective group of subcarriers over a respective time interval and are precoded using a respective precoding scheme that maps the signals onto multiple antenna ports of the transmitter; and characterized by identifying two or more of the blocks whose respective precoding schemes are identical or differ from one another by no more than a predefined permitted variation; estimating one or more parameters of the communication channel by jointly processing the dedicated reference signals comprised in the identified blocks; and decoding the signals based on the estimated parameters.
Use of an adhesive sheet having a carrier film provided with an adhesive on one side for covering microtitre plates, the adhesive being formed from at least one acid-or acid anhydride-modified vinylaromatic block copolymer, at least one tackifier resin and at least one metal chelate.
A method of making a face mask for a face of a human user, comprising: a) determining on a digital geometric representation of the face including at least one eye: a position of a medial canthus, a position of a lateral canthus, a lower eye region bound, and an upper eye region bound; b) setting a first anchor point 1 mm to 10 mm outboard from the medial canthus; c) setting a second anchor point 1 mm to 10 mm outboard from the lateral canthus; d) setting a third anchor point spaced 0 mm to 10 mm below a lower eye region bound; e) setting a fourth anchor point spaced 0 mm to 10 mm above the upper eye region bound; and f) defining at least one eye opening having a first edge defined by a first curve connecting the first, third, and second anchor points, and a second edge defined by a second curve connecting the first, fourth, and second anchor points; and g) creating the face mask having the defined at least one eye opening. a) determining on a digital geometric representation of the face including at least one eye: a position of a medial canthus, a position of a lateral canthus, a lower eye region bound, and an upper eye region bound; a position of a medial canthus, a position of a lateral canthus, a lower eye region bound, and an upper eye region bound; b) setting a first anchor point 1 mm to 10 mm outboard from the medial canthus; c) setting a second anchor point 1 mm to 10 mm outboard from the lateral canthus; d) setting a third anchor point spaced 0 mm to 10 mm below a lower eye region bound; e) setting a fourth anchor point spaced 0 mm to 10 mm above the upper eye region bound; and f) defining at least one eye opening having a first edge defined by a first curve connecting the first, third, and second anchor points, and a second edge defined by a second curve connecting the first, fourth, and second anchor points; and g) creating the face mask having the defined at least one eye opening.
A method, comprising: applying a bias voltage (V DEP) different from zero between a drift region and at least one of a compensation region and a body region of at least one transistor cell of a transistor device when the transistor device is in a diode state, wherein the compensation region has a doping type complementary to a doping type of the drift region, wherein the compensation region adjoins the drift region, wherein a polarity of the bias voltage (V DEP) is such that a pn-junction between the drift region and the at least one of the compensation region and the body region is reverse biased, wherein applying the bias voltage (V DEP) comprises applying the bias voltage (V DEP) between a bias region that is coupled to the drift region and the at least one of the compensation region and the body region, wherein the bias region is spaced apart from the body region and a source region of the at least one transistor cell, wherein the bias region is arranged between two trenches (30; 51, 52) in a semiconductor body of the transistor device, and wherein, in the diode state, a pn-junction between the body region and the drift region is forward biased and a charge carrier plasma including charge carriers of a first conductivity type and a second conductivity type is formed in the drift region. applying a bias voltage (V DEP) different from zero between a drift region and at least one of a compensation region and a body region of at least one transistor cell of a transistor device when the transistor device is in a diode state, wherein the compensation region has a doping type complementary to a doping type of the drift region, wherein the compensation region adjoins the drift region, wherein a polarity of the bias voltage (V DEP) is such that a pn-junction between the drift region and the at least one of the compensation region and the body region is reverse biased, wherein applying the bias voltage (V DEP) comprises applying the bias voltage (V DEP) between a bias region that is coupled to the drift region and the at least one of the compensation region and the body region, wherein the bias region is spaced apart from the body region and a source region of the at least one transistor cell, wherein the bias region is arranged between two trenches (30; 51, 52) in a semiconductor body of the transistor device, and wherein, in the diode state, a pn-junction between the body region and the drift region is forward biased and a charge carrier plasma including charge carriers of a first conductivity type and a second conductivity type is formed in the drift region.
Reversible belt tensioner, comprising - a belt shaft, and - an electric motor unit for driving the belt shaft, the electric motor unit comprising an electric motor having a rotor, the rotor being coupled to a shaft, and the shaft being drivable by the electric motor to a rotational movement, the shaft of the electric motor unit being coupled to the belt shaft, the electric motor unit having at least one acceleration device for accelerating the shaft, the acceleration device having at least one pyrotechnic drive, the pyrotechnic drive being able to act directly on the shaft of the electric motor unit, which electric motor unit is driven directly by the electric motor, so that the pyrotechnic drive can be used to accelerate the shaft of the electric motor out of a rest position, the belt shaft subsequently being able to be accelerated to operating speed by means of the electric motor, characterized in that the acceleration device comprises at least one gear mechanism which is or can be coupled to the shaft, the gear mechanism comprising a first gear element which can be driven into a linear movement by means of a pyrotechnic gas generator and a second gear element which can be driven into a rotational movement by means of the first gear element. - a belt shaft, and - an electric motor unit for driving the belt shaft, the electric motor unit comprising an electric motor having a rotor, the rotor being coupled to a shaft, and the shaft being drivable by the electric motor to a rotational movement, the shaft of the electric motor unit being coupled to the belt shaft, the electric motor unit having at least one acceleration device for accelerating the shaft, the acceleration device having at least one pyrotechnic drive, the pyrotechnic drive being able to act directly on the shaft of the electric motor unit, which electric motor unit is driven directly by the electric motor, so that the pyrotechnic drive can be used to accelerate the shaft of the electric motor out of a rest position, the belt shaft subsequently being able to be accelerated to operating speed by means of the electric motor, characterized in that the acceleration device comprises at least one gear mechanism which is or can be coupled to the shaft, the gear mechanism comprising a first gear element which can be driven into a linear movement by means of a pyrotechnic gas generator and a second gear element which can be driven into a rotational movement by means of the first gear element.