mhurhangee/patent-ind-claim-en huggingface dataset:
An electrospinning device comprising: - a container for holding a liquid comprising a polymer melt or a polymer solution; - a nozzle arranged to outlet a stream of the liquid from the container; - a collector for collecting electro spun material coming from the nozzle during an electrospinning process so as to form a fibrous structure on a surface of the collector; - a voltage supply system arranged to create a voltage difference between the nozzle and the collector, - an optical measurement system (8,12;108) arranged to measure a baseline distance between the surface of the collector and the optical measurement system at at least one predefined location, and to repeatedly measure a momentary distance between a momentary top layer of the fibrous structure and the optical measurement system at the at least one predefined location during the electrospinning process - a processor arranged to receive the measured baseline distance and the momentary distance from the optical measurement system and to calculate a momentary thickness of the fibrous structure for the at least one location. - a container for holding a liquid comprising a polymer melt or a polymer solution; - a nozzle arranged to outlet a stream of the liquid from the container; - a collector for collecting electro spun material coming from the nozzle during an electrospinning process so as to form a fibrous structure on a surface of the collector; - a voltage supply system arranged to create a voltage difference between the nozzle and the collector, - an optical measurement system (8,12;108) arranged to measure a baseline distance between the surface of the collector and the optical measurement system at at least one predefined location, and to repeatedly measure a momentary distance between a momentary top layer of the fibrous structure and the optical measurement system at the at least one predefined location during the electrospinning process - a processor arranged to receive the measured baseline distance and the momentary distance from the optical measurement system and to calculate a momentary thickness of the fibrous structure for the at least one location.
A calcium salt of a crosslinked potassium binding polymer having the following structure: wherein the ratio of "m" and "n" provides a polymer having about 1.8% with ± 5% deviation of cross-linking.
A nanoparticle comprising a core, a shell surrounding the core, and a nanogap formed between the core and shell, wherein the core is composed of a metal which shows surface plasmon resonance, the shell is composed of a metal which shows surface plasmon resonance, an oligonucleotide is attached to the surface of the core, and a Raman active molecule is comprised in the nanogap, characterised in that : the Raman active molecule is attached to the oligonucleotide by covalent bond. the core is composed of a metal which shows surface plasmon resonance, the shell is composed of a metal which shows surface plasmon resonance, an oligonucleotide is attached to the surface of the core, and a Raman active molecule is comprised in the nanogap, characterised in that : the Raman active molecule is attached to the oligonucleotide by covalent bond.
A display device comprising: a display panel ; a module cover positioned at a rear of the display panel ; a plate fastened to a rear of the module cover ; and a back cover fastened to the plate , wherein the plate includes: a frame which is spaced apart from the rear of the module cover , wherein the frame includes a first latch receiving portion positioned along an upper edge of the frame and a second latch receiving portion positioned along at least one of a left side and a right side of the frame , and a mounting surface contacted with the rear of the module cover ; wherein the back cover includes: a first latch formed on an upper side of the back cover corresponding to the first latch receiving portion and inserted into the first latch receiving portion ; and a second latch formed along at least one of a left side and a right side of the back cover corresponding to the second latch receiving portion and inserted into the second latch receiving portion . a display panel ; a module cover positioned at a rear of the display panel ; a plate fastened to a rear of the module cover ; and a back cover fastened to the plate , wherein the plate includes: a frame which is spaced apart from the rear of the module cover , wherein the frame includes a first latch receiving portion positioned along an upper edge of the frame and a second latch receiving portion positioned along at least one of a left side and a right side of the frame , and a mounting surface contacted with the rear of the module cover ; a frame which is spaced apart from the rear of the module cover , wherein the frame includes a first latch receiving portion positioned along an upper edge of the frame and a second latch receiving portion positioned along at least one of a left side and a right side of the frame , and a mounting surface contacted with the rear of the module cover ; wherein the back cover includes: a first latch formed on an upper side of the back cover corresponding to the first latch receiving portion and inserted into the first latch receiving portion ; and a second latch formed along at least one of a left side and a right side of the back cover corresponding to the second latch receiving portion and inserted into the second latch receiving portion . a first latch formed on an upper side of the back cover corresponding to the first latch receiving portion and inserted into the first latch receiving portion ; and a second latch formed along at least one of a left side and a right side of the back cover corresponding to the second latch receiving portion and inserted into the second latch receiving portion .
A printed matter producing apparatus comprising: feeding means configured to feed a print-receiving medium ; printing means configured to perform printing on said print-receiving medium fed by said feeding means based on print data; a take-up mechanism configured to take up printed matter (150") where desired print based on said print data is formed on said print-receiving medium along a transport direction of said feeding means ; data acquisition means (S5, S10) configured to acquire unit print data for periodically performing print formation per data print area of said print-receiving medium and total length data, the data print area comprising a predetermined unit length along said transport direction, the total length data indicating a total length of a printed matter print area of said printed matter (150") on which a unit image corresponding to said unit print data is periodically printed along said transport direction; characterized by end adjusting means (S25, S30, S35) configured to make adjustments so as to match an end position of said printed matter print area along said transport direction and an end position of said data print area where said unit image is formed in the last sequence along said transport direction, by either print data mode adjustment that fixes said total length data and adjusts a print mode by said unit print data in said printed matter print area, or total length data adjustment that fixes said predetermined unit length and adjusts said total length data. feeding means configured to feed a print-receiving medium ; printing means configured to perform printing on said print-receiving medium fed by said feeding means based on print data; a take-up mechanism configured to take up printed matter (150") where desired print based on said print data is formed on said print-receiving medium along a transport direction of said feeding means ; data acquisition means (S5, S10) configured to acquire unit print data for periodically performing print formation per data print area of said print-receiving medium and total length data, the data print area comprising a predetermined unit length along said transport direction, the total length data indicating a total length of a printed matter print area of said printed matter (150") on which a unit image corresponding to said unit print data is periodically printed along said transport direction; characterized by end adjusting means (S25, S30, S35) configured to make adjustments so as to match an end position of said printed matter print area along said transport direction and an end position of said data print area where said unit image is formed in the last sequence along said transport direction, by either print data mode adjustment that fixes said total length data and adjusts a print mode by said unit print data in said printed matter print area, or total length data adjustment that fixes said predetermined unit length and adjusts said total length data.
An agricultural implement for feeding of granules, such as seed, fertilizer or herbicide, comprising: a container for said granules; and a primary distributor connected to the container and set up to feed said granules from the container in order to produce a first flow of granules; flow-generating means for producing an air flow for driving at least the first flow of granules, at least two shares for feeding out said granules to the ground, the primary distributor being arranged to feed said granules to the at least two shares, singulating devices (1, 1', 1", 1′′′, 1 IV , 1 V ), connected to a respective share, and arranged to receive the first flows of granules from the container and to feed out a second flow of granules to the respective share, wherein the singulating devices comprise: a singulating disk (19, 19', 19", 19"'), which has a plurality of through holes , a housing , in which the singulating disk is disposed, the housing comprising an inlet for granule-bearing air, and an outlet for granule-bearing air, wherein the holes are tailored in terms of shape and size to receive individual granules, and wherein the shape and size of the holes are such that the granules can only pass one at a time through each hole. a container for said granules; and a primary distributor connected to the container and set up to feed said granules from the container in order to produce a first flow of granules; flow-generating means for producing an air flow for driving at least the first flow of granules, at least two shares for feeding out said granules to the ground, the primary distributor being arranged to feed said granules to the at least two shares, singulating devices (1, 1', 1", 1′′′, 1 IV , 1 V ), connected to a respective share, and arranged to receive the first flows of granules from the container and to feed out a second flow of granules to the respective share, wherein the singulating devices comprise: a singulating disk (19, 19', 19", 19"'), which has a plurality of through holes , a housing , in which the singulating disk is disposed, the housing comprising an inlet for granule-bearing air, and an outlet for granule-bearing air, wherein the holes are tailored in terms of shape and size to receive individual granules, and wherein the shape and size of the holes are such that the granules can only pass one at a time through each hole. a singulating disk (19, 19', 19", 19"'), which has a plurality of through holes , a housing , in which the singulating disk is disposed, the housing comprising an inlet for granule-bearing air, and an outlet for granule-bearing air, wherein the holes are tailored in terms of shape and size to receive individual granules, and wherein the shape and size of the holes are such that the granules can only pass one at a time through each hole.
A curable composition comprising: at least one monomer comprising at least one (meth)acryl group; and a photoinitiator system comprising: at least one cyclic β-diketone represented by the formula or a tautomer thereof, wherein: R 1 represents an organic moiety having at least one free-radically polymerizable group; each R 2 independently represents H or an aliphatic group having from 1 to 12 carbon atoms, and up to two of oxygen and sulfur atoms; and n represents 1, 2, or 3; and at least one Type II photoinitiator. at least one monomer comprising at least one (meth)acryl group; and a photoinitiator system comprising: at least one cyclic β-diketone represented by the formula or a tautomer thereof, wherein: R 1 represents an organic moiety having at least one free-radically polymerizable group; each R 2 independently represents H or an aliphatic group having from 1 to 12 carbon atoms, and up to two of oxygen and sulfur atoms; and n represents 1, 2, or 3; and at least one Type II photoinitiator. at least one cyclic β-diketone represented by the formula or a tautomer thereof, wherein: R 1 represents an organic moiety having at least one free-radically polymerizable group; each R 2 independently represents H or an aliphatic group having from 1 to 12 carbon atoms, and up to two of oxygen and sulfur atoms; and n represents 1, 2, or 3; and at least one Type II photoinitiator. R 1 represents an organic moiety having at least one free-radically polymerizable group; each R 2 independently represents H or an aliphatic group having from 1 to 12 carbon atoms, and up to two of oxygen and sulfur atoms; and n represents 1, 2, or 3; and at least one Type II photoinitiator.
A method of forming a composite shaft comprising: winding fibres around a mandrel , the mandrel comprising at least a first part and a second part separable from the first part ; characterized by : removing at least one part of the mandrel so as to leave a cylinder of unsupported fibres; and moulding the unsupported fibres to form a shaped end of the composite shaft . removing at least one part of the mandrel so as to leave a cylinder of unsupported fibres; and moulding the unsupported fibres to form a shaped end of the composite shaft .
An image recording apparatus comprising: a carriage movable in a first direction ; a head mounted on the carriage and having a nozzle surface formed with nozzles to eject liquid through the nozzles; a holder movable in the first direction and including a first abutment portion , the carriage being movable in the first direction toward the first abutment portion to abut, in the first direction, on the first abutment portion ; a cap unit mounted on the holder and movable relative to the holder in the first direction, the cap unit including a cap configured to cover the nozzle surface, the cap unit being also movable toward and away from the head in a second direction crossing the first direction to cover and uncover the nozzle surface, the cap unit including a second abutment portion (2815A-2815D), the head being configured to abut, in the first direction, on the second abutment portion (2815A-2815D) in accordance with movement of the carriage in the first direction toward the first abutment portion ; a first guide portion (P11, P12-P13, P14-P15) configured to guide the holder in the first direction toward the first abutment member ; and a second guide portion (P11-P12, P13-P14) configured to guide the holder or the cap unit in the second direction to move the cap unit toward the head in accordance with movement of the holder in the first direction. a carriage movable in a first direction ; a head mounted on the carriage and having a nozzle surface formed with nozzles to eject liquid through the nozzles; a holder movable in the first direction and including a first abutment portion , the carriage being movable in the first direction toward the first abutment portion to abut, in the first direction, on the first abutment portion ; a cap unit mounted on the holder and movable relative to the holder in the first direction, the cap unit including a cap configured to cover the nozzle surface, the cap unit being also movable toward and away from the head in a second direction crossing the first direction to cover and uncover the nozzle surface, the cap unit including a second abutment portion (2815A-2815D), the head being configured to abut, in the first direction, on the second abutment portion (2815A-2815D) in accordance with movement of the carriage in the first direction toward the first abutment portion ; a first guide portion (P11, P12-P13, P14-P15) configured to guide the holder in the first direction toward the first abutment member ; and a second guide portion (P11-P12, P13-P14) configured to guide the holder or the cap unit in the second direction to move the cap unit toward the head in accordance with movement of the holder in the first direction.
An emission control system for treatment of an exhaust gas stream from a lean burn engine, comprising: an oxidation catalyst composition disposed on a flow-through monolith substrate in fluid communication with the exhaust gas stream; at least one selective catalytic reduction (SCR) composition disposed on a substrate downstream from the oxidation catalyst composition; and a hydrogen injection article configured to introduce hydrogen intermittently into the exhaust gas stream upstream of the oxidation catalyst composition or downstream of the oxidation catalyst composition and upstream of the at least one SCR composition, characterized in that the at least one SCR composition comprises a first SCR catalyst comprising a platinum group metal component dispersed on a refractory metal oxide support and a second SCR catalyst comprising a base metal-containing molecular sieve, and in that the system does not comprise any further emission treatment units, wherein an emission treatment unit is an article comprising a substrate having a functional coating composition disposed thereon, within the emission control system aside from the oxidation catalyst composition disposed on a substrate and the at least one selective catalytic reduction (SCR) composition disposed on a substrate. an oxidation catalyst composition disposed on a flow-through monolith substrate in fluid communication with the exhaust gas stream; at least one selective catalytic reduction (SCR) composition disposed on a substrate downstream from the oxidation catalyst composition; and a hydrogen injection article configured to introduce hydrogen intermittently into the exhaust gas stream upstream of the oxidation catalyst composition or downstream of the oxidation catalyst composition and upstream of the at least one SCR composition, characterized in that the at least one SCR composition comprises a first SCR catalyst comprising a platinum group metal component dispersed on a refractory metal oxide support and a second SCR catalyst comprising a base metal-containing molecular sieve, and in that the system does not comprise any further emission treatment units, wherein an emission treatment unit is an article comprising a substrate having a functional coating composition disposed thereon, within the emission control system aside from the oxidation catalyst composition disposed on a substrate and the at least one selective catalytic reduction (SCR) composition disposed on a substrate.
Multi-layered orthopaedic shoe insole blank with an upper cushioning body made of foamed EVA sheet material , which is deformed in such a way that it forms a 3-dimensionally shaped footbed , wherein a flexible layer is glued in at least a partial region onto that side of the foamed EVA sheet material which faces away from the foot, which is impermeable to PU foam plastic at least in partial regions, wherein a support body of PU foam plastic , which is moulded three-dimensionally in the RIM process, is foamed onto the flexible layer on the side facing away from the EVA sheet material .
A fitting for a multiwall tubing assembly of a gas turbine engine, comprising: an inner portion having an inner surface defining a first fluid passage ; an outer portion disposed around the inner portion and defining a chamber therebetween, the chamber configured to contain a fluid; an outer surface ; and a flange extending radially outward from the outer surface , characterised in that the outer surface of the fitting comprises a threading configured to engage with a threading of a bearing housing and a first mating surface comprising a frustoconical shape and configured to be in sealing contact with a second mating surface of the bearing housing . an inner portion having an inner surface defining a first fluid passage ; an outer portion disposed around the inner portion and defining a chamber therebetween, the chamber configured to contain a fluid; an outer surface ; and a flange extending radially outward from the outer surface , characterised in that the outer surface of the fitting comprises a threading configured to engage with a threading of a bearing housing and a first mating surface comprising a frustoconical shape and configured to be in sealing contact with a second mating surface of the bearing housing .
An LED cove light fixture comprising: a mounting track having a rear surface and adapted to be mounted to a rear portion of a cove ; a light fixture component attachable to the mounting track and comprising a circuit board mounting a plurality of LEDs and a light transmissive cover having an arcuate portion positioned over the plurality of LEDs ; wherein the light fixture component is further configured to interlock with the mounting track so as to project light out of the cove at a fixed angle toward a ceiling of a room when attached to the mounting track ; wherein said light fixture component further comprises a reflector positioned within the light transmissive cover and beneath the LEDs so as to redirect light emanating from the plurality of LEDs out through the light transmissive cover so as to increase the amount of light exiting the cove ; and further comprising a baffle disposed beneath the arcuate portion of the light transmissive cover, the baffle having a plurality of baffle elements , a plurality of pairs of said baffle elements being joined by a web portion having a recess therein, wherein one of the plurality of LEDs is located in each recess , each baffle element having first and second surfaces shaped to mate respectively with an inner surface of the arcuate portion of the light transmissive cover and a reflective surface of the reflector. a mounting track having a rear surface and adapted to be mounted to a rear portion of a cove ; a light fixture component attachable to the mounting track and comprising a circuit board mounting a plurality of LEDs and a light transmissive cover having an arcuate portion positioned over the plurality of LEDs ; wherein the light fixture component is further configured to interlock with the mounting track so as to project light out of the cove at a fixed angle toward a ceiling of a room when attached to the mounting track ; wherein said light fixture component further comprises a reflector positioned within the light transmissive cover and beneath the LEDs so as to redirect light emanating from the plurality of LEDs out through the light transmissive cover so as to increase the amount of light exiting the cove ; and further comprising a baffle disposed beneath the arcuate portion of the light transmissive cover, the baffle having a plurality of baffle elements , a plurality of pairs of said baffle elements being joined by a web portion having a recess therein, wherein one of the plurality of LEDs is located in each recess , each baffle element having first and second surfaces shaped to mate respectively with an inner surface of the arcuate portion of the light transmissive cover and a reflective surface of the reflector.