mhurhangee/ep-ind-claims huggingface dataset:
Method for interchanging a first executable program code and a second executable program code, the first executable program code being stored in the form of first data packets on an active storage medium, the active storage medium comprising a multiplicity of first storage sectors, each of the first data packets being stored in a particular first storage sector, the second executable program code being stored in the form of second data packets on a passive storage medium, the passive storage medium comprising a multiplicity of second storage sectors, each of the second data packets being stored in a particular second storage sector, wherein the passive storage element comprises at least one free storage sector, comprising: - copying a first data packet from a first storage sector of the active storage medium to the at least one free storage sector of the passive storage medium; - emptying the one first storage sector of the active storage medium by erasing the one first data packet from the one first storage sector; - copying a second data packet from a second storage sector of the passive storage medium to the emptied first storage sector of the active storage medium; - emptying the one second storage sector of the passive storage medium by erasing the one second data packet from the one second storage sector; and - repeatedly performing the aforementioned steps until all first data packets of the first executable program code are stored on the passive storage medium and all second data packets of the second executable program code are stored on the active storage medium, a first or second data packet being copied (310, 330) to a previously emptied and/or free storage sector (111, 121, 122) in each case. - copying a first data packet from a first storage sector of the active storage medium to the at least one free storage sector of the passive storage medium; - emptying the one first storage sector of the active storage medium by erasing the one first data packet from the one first storage sector; - copying a second data packet from a second storage sector of the passive storage medium to the emptied first storage sector of the active storage medium; - emptying the one second storage sector of the passive storage medium by erasing the one second data packet from the one second storage sector; and - repeatedly performing the aforementioned steps until all first data packets of the first executable program code are stored on the passive storage medium and all second data packets of the second executable program code are stored on the active storage medium, a first or second data packet being copied (310, 330) to a previously emptied and/or free storage sector (111, 121, 122) in each case.
An antireflective coating composition comprising a mixture of a first polymer and a second polymer, and a thermal acid generator, wherein the first polymer type has structure (-P 1 -) u (-P 2 -) v (-P 3 -) w (-P 4 -) x (-P 5 -) y where P 1 is a monomeric unit comprising a fluoroalcohol moiety, P 2 is a monomeric unit comprising an aliphatic alcohol group; P 3 is a monomeric unit comprising an imide moiety; P 4 is a monomeric unit comprising a base ionizable arylhydroxy moiety; P 5 is an optional monomeric repeat unit comprising an aryl chromophore moiety; u, v, w, x, y are representative of mole% proportion of repeat units in a polymer chain and where u, v, are greater than 0, at least w is greater than zero and y, x are zero or greater, where the first polymer comprises at least one fluoroalcohol moiety, at least one aliphatic hydroxyl moiety, and at least one acid moiety other than fluoroalcohol with a pKa in the range of 8 to 11; where the second polymer is a reaction product of an aminoplast compound with a compound comprising at least one hydroxyl and/or at least one acid group, where first polymer comprising the imide moiety is unit of structure or where R 1, R 2 and R 3 are independently selected from hydrogen and (C 1 -C 4)alkyl, R" 4 is a linear (C 1 -C 10)alkyl group or an (C 6 -C 14) aryl moiety and R 8 is a direct valence bond or is a (C 1 -C 10)alkylene spacer group.
An archery finger tab (10a, 10b) comprising: a body part (12a,12b) that has a plate shape, one surface of which faces a palm and has a first guide rail (16a,16b), having a length in an upward-downward direction or a forward-rearward direction, formed at a rear upper part thereof; a mount (18,18',18'') that has a plate shape, is fixed or unfixed by a first fastening part (20,20') in correspondence with the first guide rail, and is provided with a first hinge part disposed in the forward-rearward direction at an upper or lower part; and a support plate that has a plate shape, is provided with a second hinge part at one side, and is fixed or unfixed with a second fastening part in a state where the first hinge part and the second hinge part are disposed in a straight line, wherein the support plate is pivotable about the first fastening part and is pivotable about the first and second hinge parts. a body part (12a,12b) that has a plate shape, one surface of which faces a palm and has a first guide rail (16a,16b), having a length in an upward-downward direction or a forward-rearward direction, formed at a rear upper part thereof; a mount (18,18',18'') that has a plate shape, is fixed or unfixed by a first fastening part (20,20') in correspondence with the first guide rail, and is provided with a first hinge part disposed in the forward-rearward direction at an upper or lower part; and a support plate that has a plate shape, is provided with a second hinge part at one side, and is fixed or unfixed with a second fastening part in a state where the first hinge part and the second hinge part are disposed in a straight line, wherein the support plate is pivotable about the first fastening part and is pivotable about the first and second hinge parts.
A reclosable pack of smoking articles, said pack comprising a sealed enclosure having a front wall, a back wall, two side walls, a top-end wall and a bottom-end wall, said enclosure comprising a flexible packaging laminate around a bundle of smoking articles, the laminate comprising a built-in easy-opening access, said laminate consisting of an inner and outer layer structures laminated to one another face-to-face via a layer of a permanent adhesive extending over the entire surface of the laminate, the laminate comprising a permanently tacky adhesive layer sandwiched between the inner layer structure and the outer layer structure, said structures comprising an outer score line formed through the thickness of the outer layer structure and an inner score line formed through the thickness of the inner layer structure, both delimiting separable opening portions, in which a region of the outer opening portion between the outer and inner score lines is attached to an underlying surface of the inner layer structure via a permanently tacky adhesive, the permanently tacky adhesive layer is patterned and located on the surface delimited by the outer score line and the inner score line, the outer opening portion being peelable from the underlying surface of the inner layer structure to build an opening flap, and the outer opening portion being re-attachable to the underlying surface of the inner structure via said permanently tacky adhesive for reclosing, in use, the opening access, wherein said opening access is exclusively located at the top-end wall of the sealed enclosure and wherein said pack comprises a release layer between the patterned, permanently tacky adhesive layer and the permanent adhesive..
A composition for administration by one or more of inhalation, intranasal or ocularly comprising: temozolomide; a monoterpene of 0.015% (v/v), or alternatively 0.02% (v/v), or alternatively 0.03 % (v/v), or alternatively 0.04% (v/v) of a monoterpene; at least 1.3% glycerol (v/v); and at least 1.3% ethanol, (v/v; 96% ethanol), wherein the components equal 100% (v/v) of the composition; and wherein the monoterpene is perillyl alcohol, perillaldehyde, or a carboxylic acid ester of POH. temozolomide; a monoterpene of 0.015% (v/v), or alternatively 0.02% (v/v), or alternatively 0.03 % (v/v), or alternatively 0.04% (v/v) of a monoterpene; at least 1.3% glycerol (v/v); and at least 1.3% ethanol, (v/v; 96% ethanol), wherein the components equal 100% (v/v) of the composition; and wherein the monoterpene is perillyl alcohol, perillaldehyde, or a carboxylic acid ester of POH.
Plastic support for a photovoltaic module in the form of a one-piece moulded plastic element with a rectangular or square outline, which has elongated rainwater discharging elements extending along one edge of the plastic support, which, in a tilted position of the plastic support with a gradient, direct rain water along this lateral direction in the direction of the gradient, characterised in that the plastic support further comprises a moulding in the form of a raised portion at the upper side, with an edge thereof extending at a spaced interval with respect to the border of the plastic support, and wherein mounting points are provided on the raised portion for passing fastening means through the plastic support and for fastening them to a substructure, and wherein the plastic support further comprises detent members (20, 22) for snap-fixing a photovoltaic module.
Antitheft accessory including an element, such as a token, for unlocking a deposit system equipping a movable object, such as a superstore shopping cart, a link, connected to said element, a loop or a ring also attached to the link, located in a location of the latter remote from that on which the unlocking element is located, and an elongated cover inside which the link is placed; characterized in that: - the accessory comprises two pairs of connecting parts for making a connection between the link and the cover in the longitudinal direction of the link, the connection being such that each connecting pair, when engaged on the link, is immobilized with respect to the link in that longitudinal direction; each connecting part of a pair of connecting parts comprises assembly means (31, 32; 39, 40) for its assembly to the other connecting part of the same pair of connecting parts, the two connecting parts of this pair of connecting parts being thus able to be assembled to each other by enclosing between them said portion of the link; at least one connecting part of each pair of connecting parts further comprises means for connecting to the cover; and - the cover comprises means for connecting it to the connecting means which comprise the respective connecting parts of said pairs of connecting parts. - the accessory comprises two pairs of connecting parts for making a connection between the link and the cover in the longitudinal direction of the link, the connection being such that each connecting pair, when engaged on the link, is immobilized with respect to the link in that longitudinal direction; each connecting part of a pair of connecting parts comprises assembly means (31, 32; 39, 40) for its assembly to the other connecting part of the same pair of connecting parts, the two connecting parts of this pair of connecting parts being thus able to be assembled to each other by enclosing between them said portion of the link; at least one connecting part of each pair of connecting parts further comprises means for connecting to the cover; and - the cover comprises means for connecting it to the connecting means which comprise the respective connecting parts of said pairs of connecting parts.
A tooling system, comprising: a cure tool having a cure tool coefficient of thermal expansion CTE and configured for curing a composite article formed of two or more components having dissimilar component CTEs; a biasing element fixedly attached to the cure tool and having a biasing element CTE that is different than the cure tool CTE; and the biasing element being configured such that a combination of the cure tool CTE and the biasing element CTE causes a heat-up displacement in the cure tool when heated and the composite article is cured in a distorted shape such that when cooled, the cured composite article substantially assumes an as-designed shape. a cure tool having a cure tool coefficient of thermal expansion CTE and configured for curing a composite article formed of two or more components having dissimilar component CTEs; a biasing element fixedly attached to the cure tool and having a biasing element CTE that is different than the cure tool CTE; and the biasing element being configured such that a combination of the cure tool CTE and the biasing element CTE causes a heat-up displacement in the cure tool when heated and the composite article is cured in a distorted shape such that when cooled, the cured composite article substantially assumes an as-designed shape.
Method for assessing the compatibility of braking systems of a vehicle combination, wherein the vehicle combination has a towing vehicle and a trailer vehicle, wherein an applied amount of braking energy (W a) of a braking process of the trailer vehicle is determined, characterized in that a required amount of braking energy (W b) of the braking process of the trailer vehicle is determined.
A method for detecting tubing in a pump assembly of a pump system, the method comprising: connecting a power supply to each of a plurality of pump motors of the pump system, each pump motor of the plurality of pump motors having a power supply cable configured to connect to the power supply, each pump motor of the plurality of pump motors driving a pump head of a plurality of pump heads of the pump system; sensing a motor current from each of the power supply cables; transforming the motor current in a time domain to a frequency domain to form a transformed motor current from each of the power supply cables; determining whether tubing is loaded in each pump head based on the number of fundamental frequencies that are observable in the transformed motor current for each of the power supply cables, wherein: if tubing is not loaded in a pump head, the power supply cable of the pump motor associated with the pump head in which tubing is not loaded is disconnected from the power supply, and if tubing is loaded in the pump head, a speed of the pump motor is calculated. connecting a power supply to each of a plurality of pump motors of the pump system, each pump motor of the plurality of pump motors having a power supply cable configured to connect to the power supply, each pump motor of the plurality of pump motors driving a pump head of a plurality of pump heads of the pump system; sensing a motor current from each of the power supply cables; transforming the motor current in a time domain to a frequency domain to form a transformed motor current from each of the power supply cables; determining whether tubing is loaded in each pump head based on the number of fundamental frequencies that are observable in the transformed motor current for each of the power supply cables, wherein: if tubing is not loaded in a pump head, the power supply cable of the pump motor associated with the pump head in which tubing is not loaded is disconnected from the power supply, and if tubing is loaded in the pump head, a speed of the pump motor is calculated. if tubing is not loaded in a pump head, the power supply cable of the pump motor associated with the pump head in which tubing is not loaded is disconnected from the power supply, and if tubing is loaded in the pump head, a speed of the pump motor is calculated.
A direct reduction process for producing direct reduced iron from particulate iron ores in the form of lumps, pellets or mixtures thereof, utilizing coke oven gas, in a reduction reactor having a reduction zone where the particles of iron ore are caused to react with a reducing gas fed to said reduction zone at a temperature in the range from 750°C to 1100°C, characterized by: heating a first gas stream of COG (82, 84) in regenerative heaters (90, 92) where heat is transferred from a previously heated solid material to said COG at a temperature between 650°C and 800°C, causing the resulting hot COG to flow into contact with a bed of particles of DRI (124, 126), outside of said reduction reactor, to form a second gas stream; combining said second gas stream with a third gas stream withdrawn from said reduction reactor from which H 2 O and CO 2 have at least partially been removed for regenerating its reducing potential, forming a fourth gas stream; and feeding said fourth gas stream to said reduction zone of the reduction reactor. heating a first gas stream of COG (82, 84) in regenerative heaters (90, 92) where heat is transferred from a previously heated solid material to said COG at a temperature between 650°C and 800°C, causing the resulting hot COG to flow into contact with a bed of particles of DRI (124, 126), outside of said reduction reactor, to form a second gas stream; combining said second gas stream with a third gas stream withdrawn from said reduction reactor from which H 2 O and CO 2 have at least partially been removed for regenerating its reducing potential, forming a fourth gas stream; and feeding said fourth gas stream to said reduction zone of the reduction reactor.
A control system for controlling at least a suspension system of a multi-hulled vessel, the vessel including a chassis portion, at least two hulls moveable relative to the chassis portion, the suspension system providing support of at least a portion of the chassis above the at least two hulls, the suspension system including adjustable supports and at least one motor to enable adjustment of a support force and/or displacement of the adjustable supports, characterized in the control system including a fender friction force input for receiving at least one signal indicative of a friction force on a fender portion between a fixed or floating object and the vessel chassis portion, and in response to the fender friction force input, the control system being arranged to adjust the support force and/or displacement between the chassis portion and the at least two hulls to reduce or minimise the friction force on the fender portion.
End-grain panel separated from a multilayer formed body, in block or panel form, of high structural strength having two opposite broad faces (10, 11) and a laterally encircling side face (6a, 6b, 6c, 6d) containing, in layers, broad face to broad face, coated balsa wood veneers (2, 2', 2", 2"') and adhesives lying between the balsa wood veneers (2, 2', 2", 2"'), the end-grain panel being separated transversely to the broad faces of the formed body, and the grain of the end-grain panel averaged over all bonded balsa wood veneers (2, 2', 2", 2"') being substantially perpendicular to the panel plane, characterized in that the grain of at least one of the balsa wood veneers (2, 2', 2", 2"') deviates by 45° to 90° from the grain of the other balsa wood veneer(s) (2, 2', 2", 2"'), and in that the grain of at least some of the balsa wood veneers (2, 2', 2", 2"') deviates by 22.5° to 67.5° relative to a surface normal to a side face (6a, 6b, 6c, 6d) of the formed body.
A position encoder, comprising a position code and an optical sensor element for acquiring at least part of the position code, wherein the sensor element comprises: • a line of photosensitive acquisition regions, which convert incident photons (p) into electric charges, • a readout structure for outputting an electric data signal corresponding to the electric charges, characterized in that the sensor element, for the purposes of temporarily storing the electric charges, comprises an analog memory structure with a number of N > 1 lines of photo-insensitive analog memory cells, wherein the number of lines of memory cells is greater than, in particular a multiple of, the number of acquisition regions, and an electrical switching structure, by means of which switching structure a charge transfer is performable between the acquisition regions, the memory cells and the readout structure. • a line of photosensitive acquisition regions, which convert incident photons (p) into electric charges, • a readout structure for outputting an electric data signal corresponding to the electric charges,
A method performed by a first network entity performing a session management function, SMF, in a wireless communication system, the method comprising: identifying an initiation of a re-authentication for a protocol data unit, PDU, session; receiving, from a second network entity performing a data network, DN, authentication, authorization and accounting, DN-AAA, a DN authorization profile index for the PDU session, during the re-authentication; and transmitting, to a third network entity performing a policy control function, PCF, the received DN authorization profile index, in case that the received DN authorization profile index has changed from a DN authorization profile index associated with an authentication for the PDU session. identifying an initiation of a re-authentication for a protocol data unit, PDU, session; receiving, from a second network entity performing a data network, DN, authentication, authorization and accounting, DN-AAA, a DN authorization profile index for the PDU session, during the re-authentication; and transmitting, to a third network entity performing a policy control function, PCF, the received DN authorization profile index, in case that the received DN authorization profile index has changed from a DN authorization profile index associated with an authentication for the PDU session.
Use of a polymer film for packaging at least one Petri dish containing a microorganism culture medium in agar form, said film comprising at least one heat-sealing layer, characterized in that said film: - comprises at least one layer of polyethylene terephthalate, - has an average water vapour permeability of between 10.0 g/m 2 x 24 hours and 80:0 g/m 2 x 24 hours, and - does not have a coating layer and is obtained directly by extrusion or complexing. - comprises at least one layer of polyethylene terephthalate, - has an average water vapour permeability of between 10.0 g/m 2 x 24 hours and 80:0 g/m 2 x 24 hours, and - does not have a coating layer and is obtained directly by extrusion or complexing.