mhurhangee/ep-ind-claims huggingface dataset:
A method for packetization of data performed by a graphical processing unit, GPU, the method comprising: creating a first texture in memory of a graphics processing unit of the system; reserving a plurality of first locations in the first texture as headers; reserving a plurality of second locations in the first texture as footers; reserving a plurality of third locations in the first texture as spans, wherein each of the spans is rectangular, and positioned between a header and footer; copying first data for packetization into the spans of the first texture using a first function call to the graphics processing unit; and outputting second data, including the first data and the headers and footers in the first texture through a network port (322, 327, 329) of the system. creating a first texture in memory of a graphics processing unit of the system; reserving a plurality of first locations in the first texture as headers; reserving a plurality of second locations in the first texture as footers; reserving a plurality of third locations in the first texture as spans, wherein each of the spans is rectangular, and positioned between a header and footer; copying first data for packetization into the spans of the first texture using a first function call to the graphics processing unit; and outputting second data, including the first data and the headers and footers in the first texture through a network port (322, 327, 329) of the system.
An insertable calibration tube configured to attach to a probe of a gas detector during calibration of the gas detector, wherein the insertable calibration tube comprises activated carbon fiber filter material, ACF filter material; and wherein the insertable calibration tube comprises glass ends, the calibration tube is configured to be inserted into the probe, characterized in that the ACF filter material has been pretreated with a sodium bromide, NaBr solution, and in that the glass ends are configured to be broken before inserting the calibration tube into the probe to allow air flow into and out of the calibration tube. wherein the insertable calibration tube comprises activated carbon fiber filter material, ACF filter material; and wherein the insertable calibration tube comprises glass ends, the calibration tube is configured to be inserted into the probe, characterized in that the ACF filter material has been pretreated with a sodium bromide, NaBr solution, and in that the glass ends are configured to be broken before inserting the calibration tube into the probe to allow air flow into and out of the calibration tube.
A lubricating oil additive comprising a nitrogen-containing compound which is: (A-1) at least one kind of compound selected from the group consisting of nitrogen-containing compounds represented by formula below, wherein R 1 is a alkenyl group having 12 to 20 carbon atoms, each of R 2, R 3, R 4 and R 5 is hydrogen, X 1 is nitrogen, X 2 is oxygen, m is 1, and n is 1. (A-1) at least one kind of compound selected from the group consisting of nitrogen-containing compounds represented by formula below, wherein R 1 is a alkenyl group having 12 to 20 carbon atoms, each of R 2, R 3, R 4 and R 5 is hydrogen, X 1 is nitrogen, X 2 is oxygen, m is 1, and n is 1.
A process for the preparation of 1,4-cyclohexanedimethanol, comprising: (i). contacting bis(4-methylcyclohexyl)methyl) terephthalate with hydrogen in a first hydrogenation zone in the presence of a catalyst effective for hydrogenation of an aromatic ring to produce a liquid effluent comprising bis(4-methylcyclohexyl)methyl) cyclohexane-1,4-dicarboxylate; (ii). contacting the effluent from the first hydrogenation zone with hydrogen in the presence of an ester hydrogenation catalyst in a second hydrogenation zone to produce a hydrogenation product comprising 1,4-cyclohexanedimethanol, 4,4'-oxybis(methylene)bis(methylcyclohexane), and (4-methylcyclohexyl)methanol; (iii). distilling the hydrogenation product from step (ii) to recover a distillate comprising a majority of the (4-methylcyclohexyl)methanol in the hydrogenation product and a distillation bottoms comprising a majority of the 1,4-cyclohexanedimethanol, and 4,4'-oxybis(methylene)-bis(methylcyclohexane) in the hydrogenation product; (iv). allowing the distillation bottoms to form a lower layer comprising a majority of the 1,4-cyclohexanedimethanol in the distillation bottoms and a upper layer comprising a majority of the 4,4'-oxybis(methylene)-bis(methylcyclohexane) in the distillation bottoms; and (v). separating the upper and lower layers of step (iv) and recovering the 1,4-cyclohexanedimethanol from the lower layer by distillation. (i). contacting bis(4-methylcyclohexyl)methyl) terephthalate with hydrogen in a first hydrogenation zone in the presence of a catalyst effective for hydrogenation of an aromatic ring to produce a liquid effluent comprising bis(4-methylcyclohexyl)methyl) cyclohexane-1,4-dicarboxylate; (ii). contacting the effluent from the first hydrogenation zone with hydrogen in the presence of an ester hydrogenation catalyst in a second hydrogenation zone to produce a hydrogenation product comprising 1,4-cyclohexanedimethanol, 4,4'-oxybis(methylene)bis(methylcyclohexane), and (4-methylcyclohexyl)methanol; (iii). distilling the hydrogenation product from step (ii) to recover a distillate comprising a majority of the (4-methylcyclohexyl)methanol in the hydrogenation product and a distillation bottoms comprising a majority of the 1,4-cyclohexanedimethanol, and 4,4'-oxybis(methylene)-bis(methylcyclohexane) in the hydrogenation product; (iv). allowing the distillation bottoms to form a lower layer comprising a majority of the 1,4-cyclohexanedimethanol in the distillation bottoms and a upper layer comprising a majority of the 4,4'-oxybis(methylene)-bis(methylcyclohexane) in the distillation bottoms; and (v). separating the upper and lower layers of step (iv) and recovering the 1,4-cyclohexanedimethanol from the lower layer by distillation.
Method for sealing an opening of a component by means of a sealing membrane that can be detached from a carrier film, comprising the following method steps: a) moving the carrier film over the opening of the component such that the sealing membrane is positioned over the opening, wherein the carrier film comprises positioning elements which correspond to corresponding mating positioning elements of a sealing apparatus and by means of which the carrier film can be positioned, in the sealing apparatus, precisely relative to the opening, b) pressing the sealing membrane onto the edge of the opening, c) applying energy to the carrier film and the sealing membrane, d) desorbing an adhesive agent arranged between the carrier film and the sealing membrane, e) fusing a sealing wax of the sealing membrane with the edge of the opening of the component, and f) removing the carrier film from the opening of the component. a) moving the carrier film over the opening of the component such that the sealing membrane is positioned over the opening, wherein the carrier film comprises positioning elements which correspond to corresponding mating positioning elements of a sealing apparatus and by means of which the carrier film can be positioned, in the sealing apparatus, precisely relative to the opening, b) pressing the sealing membrane onto the edge of the opening, c) applying energy to the carrier film and the sealing membrane, d) desorbing an adhesive agent arranged between the carrier film and the sealing membrane, e) fusing a sealing wax of the sealing membrane with the edge of the opening of the component, and f) removing the carrier film from the opening of the component.
Slider element for a sliding channel of a guiding device of a door closer, comprising at least two sliding surfaces to contact respective channel surfaces of the sliding channel, further comprising one bearing area for rotational bearing of a guiding arm of the guiding device, further comprising a bushing that is placed over the cylindrical bearing area such that the guiding arm can be placed around the bushing, wherein the bearing area comprises a separate bearing element which is detachable from the body of the slider element and comprises a snap fit section, and wherein the bearing element is configured to be a cap to be placed on top of the guiding arm and thereby fixing the guiding arm in the snap fit position, by getting the snap fit section into internal contact with the bearing area.
An arrangement of a biconical annular joint having a laid down V shaped cross-section, in an annular groove having a trapezium shaped cross-section, the small base of the trapezium corresponding to the cylindrical bottom of the groove and being radially inwardly open at the great base of the trapezium, wherein the joint includes a radially outer annular heel and two generally conical annular wings extending radially inwardly from the heel the inner radial end of each wing being axially bearing against an associated wall (34, 36) of the groove, the arrangement including a cylindrical stop arranged at the aperture of the groove, against which the joint is able to radially inwardly abut, characterised in that the stop is an element attached to one of both walls (34, 36) of the groove and in that the joint is mounted in the groove such that the heel of the joint is located radially distal to the bottom of the annular groove.
A crane hook positioning method, comprising: obtaining current state information and a first image of a crane, the first image comprising a hook of the crane and a target to be positioned; determining relative position of the hook and the target to be positioned according to the first image, judging whether the relative position of the hook and the target to be positioned meets requirement, if so, completing hook positioning, otherwise, determining a hoisting path according to the current state information and the relative position of the hook and the target to be positioned; and controlling the crane to execute hook positioning according to the hoisting path, the target to be positioned comprising a hoisted object or a target in-position point, characterized in that, before determining the relative position of the hook and the target to be positioned according to the first image, the method further comprises: receiving a first instruction, selecting an identification area of the target to be positioned from the first image according to the first instruction, and performing contour extraction on an image of the target to be positioned in the identification area of the target to be positioned. obtaining current state information and a first image of a crane, the first image comprising a hook of the crane and a target to be positioned; determining relative position of the hook and the target to be positioned according to the first image, judging whether the relative position of the hook and the target to be positioned meets requirement, if so, completing hook positioning, otherwise, determining a hoisting path according to the current state information and the relative position of the hook and the target to be positioned; and controlling the crane to execute hook positioning according to the hoisting path, the target to be positioned comprising a hoisted object or a target in-position point,
A method of measuring the expansion of a rotating rotor in dependence upon the rotor speed, in which at a basic distance from the rotor surface a first distance sensor is arranged which senses in non-contacting fashion the distance between the rotor surface and the first distance sensor with respect to time and produces time-related electrical first distance signals, a zero-mark sensor is assigned to the rotor which senses a zero mark provided on the rotor with respect to time and produces time-related electrical zero-mark signals, wherein the time-related first distance signals and the time-related zero-mark signals are fed to an electrical evaluating device for processing, which includes computing from the zero-mark signals a rotational speed and an angle of rotation assigned to each instant of time of a rotor revolution, and connecting each angle of rotation assigned to an instant of time to the isochronous distance signal to form a rotational-angle-related distance signal and computing therefrom an expansion of the rotor in response to the angle of rotation and the rotational speed, wherein on the side of the rotor facing away from the first distance sensor a second distance sensor is arranged diametrically opposite the first distance sensor at a basic distance from the rotor, which senses in non-contacting fashion the distance between the rotor surface and the second distance sensor with respect to time and produces time-related electrical second distance signals which are fed to the electrical evaluating device for processing, and wherein at a first instant of time T 0, which corresponds to an angle of rotation of 0° of the rotor, first distance signals sensed by the first distance sensor are added to second distance signals of the first distance sensor sensed after one half revolution of the rotor at an instant of time T 180 to obtain a first signal sum, and first distance signals sensed by the second distance sensor at the first instant of time T 0 are added to second distance signals of the second distance sensor sensed at the instant of time T 180 to obtain a second signal sum, said second signal sum is subtracted from said first signal sum and a signal correction value is formed by dividing, by divisor 4, the differential signal obtained and subtracting it from the rotational-angle-related distance signals of a distance sensor (14 and 15, respectively) determined in the same measurement.
Aircraft seat structure S, said structure comprising at least two ribs each comprising at least two housings and at least two tubes, characterised in that the tubes are hybrid tubes passing through said housings, each hybrid tube comprising a monolithic carbon tube and at least one sleeve (26, 27) made of a ductile material, added on to and fixed to said carbon tube by gluing or shrink-fitting, the sleeves (26, 27) being arranged in line with the housings.
A bag web for packing articles, liquid or loose material in film bags that are provided in a contiguous web of bag items, wherein the bag web along its opening edges includes peripheral strip areas prepared with a series of holes or corresponding star perforations intended for guide connection with guide means, which are arranged for retaining and guiding peripheral areas at the opposing bag opening edges along a conveyor path through a filling station, the bag web being of the type consisting of a contiguous series of bag items separated by a number of slits that extend from a bottom edge of the web up to a point below an upper edge of the web, characterised in that the bag web includes film webs (70, 70') that form opposing front and back sides of a bag, and additional film pieces that are disposed between the front and back sides for formation of side or bottom (46, 56), or both side and bottom, of the bag.
A sub-nano-antibody analog having the structure: wherein: (i) Vab is one camelid variable region of a single-domain heavy chain antibody lacking light chains, (ii) Rn represents all of the hinge region of camelid single domain heavy chain antibodies, (iii) n is 1-50, (iv) Man is Maleic Anhydride and (v) S-L is a thiolated ligand; wherein L is a solid matrix. (i) Vab is one camelid variable region of a single-domain heavy chain antibody lacking light chains, (ii) Rn represents all of the hinge region of camelid single domain heavy chain antibodies, (iii) n is 1-50, (iv) Man is Maleic Anhydride and (v) S-L is a thiolated ligand; wherein L is a solid matrix.
Welding power supply for supplying current to a welding electrode, comprising an output for output of current from the welding power supply, a direct current source with a plus pole and a minus pole, a switch device for control of the current from the direct current source to the output, a current meter for measurement of the current to the output, a control unit for control of the direct current source and the switch device, and an input device, which is connected to the control unit, arranged for input of at least a first set point for the current to the output, wherein the control unit is arranged to control the direct current source and the switch device to feed current to the output in the form of a series of alternating positive current pulses, which have a positive top value (Imax+), and negative current pulses, which have a negative top value (Imax), and to lower the current in the current pulses from the negative top value (Imax) and the positive top value (Imax+) to a negative switch value (Ix-) and a positive switch value (Ix+), respectively, before switching between a positive current pulse and a negative current pulse, characterized in that the control unit is arranged to control the switch device at least with regard to one of the point of time for lowering of the current in the current pulses and the level for at least one of the negative switch value (Ix-) and the positive switch value (Ix+), in dependence of the measured current and the set first set point.
System for the assembly of a flexible photovoltaic panel on a stretched fabric with the said flexible photovoltaic panel intended to cover at least partially one upper face of the said stretched fabric, the said assembly system comprising an interposed component including: - a textile layer coated on both sides and; - an adhesive coat (4, 14) designed to allow the integration of the coated textile layer with the said upper face of the stretched fabric; the said flexible photovoltaic panel being made integral with the said interposed component in an inactive zone of the flexible photovoltaic panel the said assembly system being characterized in that it includes a layer of air arranged between an active zone of the flexible photovoltaic panel and the said coated textile layer. - a textile layer coated on both sides and; - an adhesive coat (4, 14) designed to allow the integration of the coated textile layer with the said upper face of the stretched fabric;
A device comprising: a memory cell (101, 103) comprising a resistance-based storage element (114, 134) coupled to multiple access transistors (110, 112, 130, 136), whereby a coupling configuration of the multiple access transistors to multiple source lines (104, 106, 120, 122) encodes a first data value simultaneously and in addition to the resistance-based storage element (114, 134) storing a second data value, the first data value corresponding to a read-only memory ROM data value, and the second data value corresponding to a random access memory RAM data value. a memory cell (101, 103) comprising a resistance-based storage element (114, 134) coupled to multiple access transistors (110, 112, 130, 136), whereby a coupling configuration of the multiple access transistors to multiple source lines (104, 106, 120, 122) encodes a first data value simultaneously and in addition to the resistance-based storage element (114, 134) storing a second data value, the first data value corresponding to a read-only memory ROM data value, and the second data value corresponding to a random access memory RAM data value.
An assembly comprising: an outer component; an inner component; and a ring positioned between the outer component and the inner component, the ring comprising at least one radially extending projection adapted to seat within at least one groove (311a and 311b) in the inner component or outer component, wherein the at least one projection is adapted to compress radially to allow axial movement between the inner component and the outer component upon application of axial force to at least one of the inner component or the outer component, and characterised in that the at least one projection comprises a circumferentially extending rounded disconnected ridge with tapered shoulders at its axial ends, wherein the projection is adapted to compress radially to facilitate axial movement upon application of an axial force, then expand to fill the groove (311a and 311b) in the inner component or outer component to impede axial movement during application of an axial force. an outer component; an inner component; and a ring positioned between the outer component and the inner component, the ring comprising at least one radially extending projection adapted to seat within at least one groove (311a and 311b) in the inner component or outer component, wherein the at least one projection is adapted to compress radially to allow axial movement between the inner component and the outer component upon application of axial force to at least one of the inner component or the outer component, and characterised in that the at least one projection comprises a circumferentially extending rounded disconnected ridge with tapered shoulders at its axial ends, wherein the projection is adapted to compress radially to facilitate axial movement upon application of an axial force, then expand to fill the groove (311a and 311b) in the inner component or outer component to impede axial movement during application of an axial force.
A dose indicating mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a first dose indicating member rotatably supported on a longitudinal axis, - a second dose indicating member axially adjacent to the first dose indicating member and rotatably supported on the longitudinal axis, - a dose setting sleeve extending in axial direction (1, 2), rotatably engaged with the first dose indicating member and axially extending through the first dose indicating member to rotatably engage with the second dose indicating member, characterized by - a third dose indicating member rotatably supported on the longitudinal axis and comprising a third annular shaped display surface, - wherein the third dose indicating member is operable to change its visual appearance when the dose indicating mechanism returns into an initial configuration at the end of a dose dispensing procedure. - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a first dose indicating member rotatably supported on a longitudinal axis, - a second dose indicating member axially adjacent to the first dose indicating member and rotatably supported on the longitudinal axis, - a dose setting sleeve extending in axial direction (1, 2), rotatably engaged with the first dose indicating member and axially extending through the first dose indicating member to rotatably engage with the second dose indicating member, characterized by - a third dose indicating member rotatably supported on the longitudinal axis and comprising a third annular shaped display surface, - wherein the third dose indicating member is operable to change its visual appearance when the dose indicating mechanism returns into an initial configuration at the end of a dose dispensing procedure.