mhurhangee/ep-ind-claims huggingface dataset:
A UV LED lamp module (100, 200), comprising: a pair of end caps (110, 112); a heat sink mounted between said end caps and defining a pair of coolant passages, wherein one of said coolant passages admits coolant ingressing said heat sink and wherein the other of said coolant passages admits coolant egressing said heat sink; a first plurality of LED subassembly segments mounted to a first surface of said heat sink; and a reflector positioned to reflect and focus radiation of the LED subassembly segments onto a substrate, wherein said first plurality of LED subassembly segments can be varied in number to accommodate a variable width or length of said substrate; and wherein the pair of end caps comprises a connection end cap (110 210) with electrical and fluid connections and alignment pins, and a cross-over end cap (112, 212) that connects one of the coolant passages to the other coolant passage. a pair of end caps (110, 112); a heat sink mounted between said end caps and defining a pair of coolant passages, wherein one of said coolant passages admits coolant ingressing said heat sink and wherein the other of said coolant passages admits coolant egressing said heat sink; a first plurality of LED subassembly segments mounted to a first surface of said heat sink; and a reflector positioned to reflect and focus radiation of the LED subassembly segments onto a substrate, wherein said first plurality of LED subassembly segments can be varied in number to accommodate a variable width or length of said substrate; and wherein the pair of end caps comprises a connection end cap (110 210) with electrical and fluid connections and alignment pins, and a cross-over end cap (112, 212) that connects one of the coolant passages to the other coolant passage.
Use of indigo derivatives of Formula wherein: • R1 and R2 are, each independently, selected from hydrogen, a t -Boc and a Fmoc group, provided that R1 and R2 are not both hydrogen; • R3 and R4 are, each independently, selected from hydrogen, C 1-4 alkyl, C 1-4 alkoxy, halogen, NO 2, CHO, and substituted phenyl; as dyes for synthetic textiles. • R1 and R2 are, each independently, selected from hydrogen, a t -Boc and a Fmoc group, provided that R1 and R2 are not both hydrogen; • R3 and R4 are, each independently, selected from hydrogen, C 1-4 alkyl, C 1-4 alkoxy, halogen, NO 2, CHO, and substituted phenyl;
A coating apparatus, comprising: a pair of rollers (134, 136) separated by a gap; microwires (142A, 142B) suspended through the gap to maintain a width of the gap at a desired separation distance between the rollers; a dispensing unit arranged to apply rheological material on a flexible film drawn through the gap between the pair of rollers, said gap defining a thickness of a layer of rheological material applied to the flexible film by being positioned after a coating area in which the rheological material is applied to the flexible film in a direction of film travel. a pair of rollers (134, 136) separated by a gap; microwires (142A, 142B) suspended through the gap to maintain a width of the gap at a desired separation distance between the rollers; a dispensing unit arranged to apply rheological material on a flexible film drawn through the gap between the pair of rollers, said gap defining a thickness of a layer of rheological material applied to the flexible film by being positioned after a coating area in which the rheological material is applied to the flexible film in a direction of film travel.
A flame-retardant comprising one or more polymers comprising a unit represented by formula, or: where A is selected from O, S, SO 2, a single bond, and alkyl, P 1 is a phosphorus-containing group of the formula: wherein R 1, R 2 and Y, together with the phosphorus atom to which R 1 and R 2 are bound, form a ring, wherein R 1 and R 2 are the same or different and each is selected from O-alkyl, O-aryl, alkyl and aryl, and Y is a linking group selected from direct bond, alkylene and -O-, e.g., Y is a direct bond; R 3 is H or alkyl; each a is an integer individually selected from 0 to 4, provided that at least one a is at least 1; n is an integer from 4 to 100,000, and m is an integer from 0 to 100,000. where A is selected from O, S, SO 2, a single bond, and alkyl, P 1 is a phosphorus-containing group of the formula: wherein R 1, R 2 and Y, together with the phosphorus atom to which R 1 and R 2 are bound, form a ring, wherein R 1 and R 2 are the same or different and each is selected from O-alkyl, O-aryl, alkyl and aryl, and Y is a linking group selected from direct bond, alkylene and -O-, e.g., Y is a direct bond; R 3 is H or alkyl; each a is an integer individually selected from 0 to 4, provided that at least one a is at least 1; n is an integer from 4 to 100,000, and m is an integer from 0 to 100,000.
A method of intra-encoding or intra-decoding video data using DC prediction, the video data comprising depth data, the method comprising: determining a partitioning pattern for a block of depth values comprising assigning one or more samples of the block to a first partition and assigning one or more other samples of the block to a second partition; comparing a first depth sample of the top row of the block to an N-1 depth sample of the top row of the block, where the top row has N depth samples, to determine whether a first partition boundary is included in the top row of the block; comparing a first depth sample of the left column of the block to an N-1 depth sample of the left column of the block, where the left column has N depth samples, to determine whether a second partition boundary is included in the left column of the block; determining a first DC predicted value for the first partition and a second DC predicted value for the second partition based on whether the first partition boundary is included in the top row and whether the second partition boundary is included in the left column of the block, wherein determining said DC predicted values comprises selecting one or more reference neighboring samples that neighbor the respective partition, and wherein the one or more reference neighboring samples are selected to avoid partition boundaries; and encoding or decoding at least one of the first partition and the second partition based respectively on the first or the second predicted value. determining a partitioning pattern for a block of depth values comprising assigning one or more samples of the block to a first partition and assigning one or more other samples of the block to a second partition; comparing a first depth sample of the top row of the block to an N-1 depth sample of the top row of the block, where the top row has N depth samples, to determine whether a first partition boundary is included in the top row of the block; comparing a first depth sample of the left column of the block to an N-1 depth sample of the left column of the block, where the left column has N depth samples, to determine whether a second partition boundary is included in the left column of the block; determining a first DC predicted value for the first partition and a second DC predicted value for the second partition based on whether the first partition boundary is included in the top row and whether the second partition boundary is included in the left column of the block, wherein determining said DC predicted values comprises selecting one or more reference neighboring samples that neighbor the respective partition, and wherein the one or more reference neighboring samples are selected to avoid partition boundaries; and encoding or decoding at least one of the first partition and the second partition based respectively on the first or the second predicted value.
A method of anchoring steel tubes of a subsea umbilical, to a termination assembly, comprising the steps of: inserting said steel tubes into or through a cavity within the termination assembly; and filling said cavity with a filler material comprising spheroidal beads and a hard-setting compound, whereby said steel tubes are embedded and anchored therein; wherein the beads are formed from glass or a ceramic material, and each bead has a diameter of between 0.1mm and 11mm. inserting said steel tubes into or through a cavity within the termination assembly; and filling said cavity with a filler material comprising spheroidal beads and a hard-setting compound, whereby said steel tubes are embedded and anchored therein; wherein the beads are formed from glass or a ceramic material, and each bead has a diameter of between 0.1mm and 11mm.
An implantable system, comprising: an expandable device, comprising: a first endplate including a first ramped surface (740a,b) having a first angle and a second ramped surface (746a,b)having a second angle; a second endplate operatively connected to the first endplate; a body positioned between the first endplate and the second endplate, the body including a third ramped surface (742a,b) having a third angle; a middle ramped piece including a fourth ramped surface (754a,b) having a fourth angle, wherein the first endplate and the second endplate are operable to move lordotically when there is a difference between the first angle and the third angle and wherein the first endplate and the second endplate are operable to move in parallel when there is no difference between the first angle and the third angle; and two ramp pins wherein the mid ramp piece includes at least two openings that are configured and dimensioned to receive a portion of each of the two ramp pins so that when the ramp pins are inserted into the openings, a portion of the ramp pins extends outside the openings of the mid ramp piece and the mid ramp piece being so configured that when the mid ramp piece is inserted into the body, the portion of the ramp pins that extends outside of the openings engages with slots in the body so that when engaged, the ramp pins and slots allow the mid ramp piece to slide horizontally, or translate, within the body. a first endplate including a first ramped surface (740a,b) having a first angle and a second ramped surface (746a,b)having a second angle; a second endplate operatively connected to the first endplate; a body positioned between the first endplate and the second endplate, the body including a third ramped surface (742a,b) having a third angle; a middle ramped piece including a fourth ramped surface (754a,b) having a fourth angle, wherein the first endplate and the second endplate are operable to move lordotically when there is a difference between the first angle and the third angle and wherein the first endplate and the second endplate are operable to move in parallel when there is no difference between the first angle and the third angle; and two ramp pins wherein the mid ramp piece includes at least two openings that are configured and dimensioned to receive a portion of each of the two ramp pins so that when the ramp pins are inserted into the openings, a portion of the ramp pins extends outside the openings of the mid ramp piece and the mid ramp piece being so configured that when the mid ramp piece is inserted into the body, the portion of the ramp pins that extends outside of the openings engages with slots in the body so that when engaged, the ramp pins and slots allow the mid ramp piece to slide horizontally, or translate, within the body.
Process for the thermochemical conversion of a carbon-based feedstock to synthesis gas containing predominantly hydrogen (H 2) and carbon monoxide, comprising the following steps: a/ oxycombustion of the carbon-based feedstock to carry out a cogeneration of electricity and of heat; b/ high-temperature electrolysis of water using at least the heat produced according to step a/; c/ reverse water gas shift (RWGS) reaction starting from the carbon dioxide (CO 2) produced according to step a/ and from the hydrogen (H 2) produced according to step b/; d) cleaning of the gas obtained according to step c/ so as to extract hydrogen (H 2) and carbon monoxide; e) the carbon monoxide and the hydrogen (H 2) derived from the cleaning according to step d/ are injected as input products of a Fischer Tropsch synthesis to obtain a liquid fuel; the overhead gas of the FT synthesis according to step e/ being injected as input product of the oxycombustion according to step a/; the carbon-based feedstock being biomass the moisture level of which is less than 50%. a/ oxycombustion of the carbon-based feedstock to carry out a cogeneration of electricity and of heat; b/ high-temperature electrolysis of water using at least the heat produced according to step a/; c/ reverse water gas shift (RWGS) reaction starting from the carbon dioxide (CO 2) produced according to step a/ and from the hydrogen (H 2) produced according to step b/; d) cleaning of the gas obtained according to step c/ so as to extract hydrogen (H 2) and carbon monoxide; e) the carbon monoxide and the hydrogen (H 2) derived from the cleaning according to step d/ are injected as input products of a Fischer Tropsch synthesis to obtain a liquid fuel;
Extruded hollow-chamber profile for a window or door, preferably with factory-installed stiffening, having at least one fastening region for fastening or connecting the hollow-chamber profile to an external component, which fastening region is configured and provided for receiving a peripherally profiled fastening means, which hollow-chamber profile has an intermediate region which is configured as a reinforcement chamber for receiving a reinforcement, preferably a metal reinforcement, which hollow-chamber profile has, in the fastening region, at least one fastening channel which is oriented perpendicularly to a longitudinal extrusion direction of the hollow-chamber profile, which fastening channel has a channel longitudinal axis, is closed at each of its ends perpendicular to the channel longitudinal axis by an outside wall (1a, 1b) of the hollow-chamber profile and, parallel to the channel longitudinal axis, is delimited laterally by channel side walls (7a, 7b), characterised in that between the two outside walls (1a, 1b) the fastening channel is divided into at least two fastening sub-channels (7.1, 7.2), which fastening sub-channels (7.1, 7.2) are spaced apart from one another in the direction of the channel longitudinal axis by at least the intermediate region and are in alignment along the channel longitudinal axis. which hollow-chamber profile has, in the fastening region, at least one fastening channel which is oriented perpendicularly to a longitudinal extrusion direction of the hollow-chamber profile, which fastening channel has a channel longitudinal axis, is closed at each of its ends perpendicular to the channel longitudinal axis by an outside wall (1a, 1b) of the hollow-chamber profile and, parallel to the channel longitudinal axis, is delimited laterally by channel side walls (7a, 7b), characterised in that between the two outside walls (1a, 1b) the fastening channel is divided into at least two fastening sub-channels (7.1, 7.2), which fastening sub-channels (7.1, 7.2) are spaced apart from one another in the direction of the channel longitudinal axis by at least the intermediate region and are in alignment along the channel longitudinal axis.
A cartridge for holding and dispensing test strips comprising: a housing for containing test strips, the housing having an aperture; a lid slidably attached to the housing and adapted to engage a test strip from the housing; wherein the lid has a sliding surface juxtaposed to an engaging surface at an edge of the aperture; a seal around the aperture, wherein in a first position the lid closes the aperture and is engaged with the seal and in a second position the lid is disengaged from the seal and is engaged with a test strip in the housing such that movement of the lid from the second position to the first position dispenses the test strip from the housing; and wherein the cartridge further comprises lid biasing means to bias the lid against the seal in the first position; characterised in that: at least one section of the sliding surface is sloped with respect to the engaging surface of the aperture edge such that sliding of the lid from the first position to the second position disengages the lid from the seal. a housing for containing test strips, the housing having an aperture; a lid slidably attached to the housing and adapted to engage a test strip from the housing; wherein the lid has a sliding surface juxtaposed to an engaging surface at an edge of the aperture; a seal around the aperture, wherein in a first position the lid closes the aperture and is engaged with the seal and in a second position the lid is disengaged from the seal and is engaged with a test strip in the housing such that movement of the lid from the second position to the first position dispenses the test strip from the housing; and wherein the cartridge further comprises lid biasing means to bias the lid against the seal in the first position; characterised in that: at least one section of the sliding surface is sloped with respect to the engaging surface of the aperture edge such that sliding of the lid from the first position to the second position disengages the lid from the seal. at least one section of the sliding surface is sloped with respect to the engaging surface of the aperture edge such that sliding of the lid from the first position to the second position disengages the lid from the seal.
A controlled release pharmaceutical composition comprising: - a melt-extruded pellet comprising a water-insoluble ammonium methacrylate copolymer, a polyvinyl acetate, and an antipsychotic as an active ingredient; and - a polymer coating layer formed on the pellet comprising a water-insoluble ammonium methacrylate copolymer, wherein the water-insoluble ammonium methacrylate copolymer of the pellet and the water-insoluble ammonium methacrylate copolymer of polymer coating layer is a poly(ethylacrylate/methylmethacrylate/trimethyl ammonium chloride methacrylate) copolymer; and the poly(ethylacrylate/methylmethacrylate/trimethyl ammonium chloride methacrylate) copolymer is a polymer having the content of trimethyl ammonium chloride methacrylate unit of 8.0 to 15.0 wt% per weight of copolymer, a polymer having the content of trimethyl ammonium chloride methacrylate unit of 2.0 to 7.99 wt% per weight of copolymer, or a mixture thereof. - a melt-extruded pellet comprising a water-insoluble ammonium methacrylate copolymer, a polyvinyl acetate, and an antipsychotic as an active ingredient; and - a polymer coating layer formed on the pellet comprising a water-insoluble ammonium methacrylate copolymer,
A malodor counteractant composition comprising a malodor counteracting effective amount of a mixture of: propanedioic acid 1-(3,3-dimethylcyclohexyl)ethyl ethyl ester (CAS# 478695-70-4); diphenyl oxide (CAS# 101-84-8); 4-isopropylcyclohexanol (CAS# 4621-04-9); and 2-phenoxyethyl-2-methylpropanoate (CAS# 103-60-6).
A gear head for selectively driving and feeding a spindle of a positive feed tool, the gear head comprising: a drive assembly configured to selectively drive the spindle rotationally; and a feed assembly configured to selectively feed the spindle axially, wherein the feed assembly comprises a feed rate oscillator comprising a fixed cam and a movable cam operably coupled to each other via a plurality of rolling elements to oscillate between a maximum width and a minimum width of the feed rate oscillator based on a position of the movable cam, wherein the fixed cam defines a first annular groove extending around a grooved face of the fixed cam, and the movable cam defines a second annular groove around a grooved face of the movable cam, the first and second annular grooves (270, 274) facing each other to contain the rolling elements, wherein a first undulating surface defining peaks and valleys forms the first annular groove and a second undulating surface defining peaks and valleys forms the second annular groove, wherein the rolling elements abut each other to completely fill the first and second annular grooves (270, 274), the rolling elements, when in use, alternating between a first state in which at least some of the rolling elements are unloaded and a second state in which all of the rolling elements are loaded. a drive assembly configured to selectively drive the spindle rotationally; and a feed assembly configured to selectively feed the spindle axially, wherein the feed assembly comprises a feed rate oscillator comprising a fixed cam and a movable cam operably coupled to each other via a plurality of rolling elements to oscillate between a maximum width and a minimum width of the feed rate oscillator based on a position of the movable cam, wherein the fixed cam defines a first annular groove extending around a grooved face of the fixed cam, and the movable cam defines a second annular groove around a grooved face of the movable cam, the first and second annular grooves (270, 274) facing each other to contain the rolling elements, wherein a first undulating surface defining peaks and valleys forms the first annular groove and a second undulating surface defining peaks and valleys forms the second annular groove, wherein the rolling elements abut each other to completely fill the first and second annular grooves (270, 274), the rolling elements, when in use, alternating between a first state in which at least some of the rolling elements are unloaded and a second state in which all of the rolling elements are loaded.
. A kit for promoting reinnervation of a damaged nerve in a patient, wherein the kit comprises: a device for promoting reinnervation of a damaged nerve in a patient, the device comprising means to electrically stimulating the skin of the patient at a different location from the site of damage to the nerve; and a scaffold which promotes reinnervation, a graft which promotes reinnervation, a population of cells which promotes reinnervation, or a pharmaceutical which promotes reinnervation; wherein the means to electrically stimulate the skin of the patient is configured to electrically stimulate the skin of the patient with a fluctuating frequency cycle of from about 15 Hz to about 351 Hz and wherein the frequency changes between the upper and lower limits of the frequency range within a cycle of from about 1 second to about 20 seconds. a device for promoting reinnervation of a damaged nerve in a patient, the device comprising means to electrically stimulating the skin of the patient at a different location from the site of damage to the nerve; and a scaffold which promotes reinnervation, a graft which promotes reinnervation, a population of cells which promotes reinnervation, or a pharmaceutical which promotes reinnervation; wherein the means to electrically stimulate the skin of the patient is configured to electrically stimulate the skin of the patient with a fluctuating frequency cycle of from about 15 Hz to about 351 Hz and wherein the frequency changes between the upper and lower limits of the frequency range within a cycle of from about 1 second to about 20 seconds.