mhurhangee/patent-ind-claim-en huggingface dataset:
A premixer assembly for a combustor of gas turbine engine having a central axis , comprising: at least one ring of premixers centered around the central axis of the engine , each premixer having a central axis different from the central axis of the engine , an annular peripheral wall surrounding a centerbody, and at least one swirler disposed between the centerbody and the peripheral wall, wherein the peripheral wall defines an inlet flow area of the premixer, and further wherein each of the peripheral walls includes a radially inboard portion and a radially outboard portion in relation to the central axis of the engine ; and a lip extending forward along the central axis from the peripheral wall, the lip extending at an oblique angle to the central axis; and a fairing that interconnects the radially inboard portion of a first one of the peripheral walls to a radially outboard wall portion of a second one of the peripheral walls that is adjacent the first one of the peripheral walls, such that the fairing blocks off an intermediate passage between two peripheral walls, wherein the fairing extends at an oblique angle to the central axis so as to cross at least a portion of a forward projection of the inlet flow area of one of first and second peripheral walls; wherein the premixers are arranged in two or more axially adjacent rings; and wherein a first lip extends from the radially inboard wall portion of one of the peripheral walls . at least one ring of premixers centered around the central axis of the engine , each premixer having a central axis different from the central axis of the engine , an annular peripheral wall surrounding a centerbody, and at least one swirler disposed between the centerbody and the peripheral wall, wherein the peripheral wall defines an inlet flow area of the premixer, and further wherein each of the peripheral walls includes a radially inboard portion and a radially outboard portion in relation to the central axis of the engine ; and a lip extending forward along the central axis from the peripheral wall, the lip extending at an oblique angle to the central axis; and a fairing that interconnects the radially inboard portion of a first one of the peripheral walls to a radially outboard wall portion of a second one of the peripheral walls that is adjacent the first one of the peripheral walls, such that the fairing blocks off an intermediate passage between two peripheral walls, wherein the fairing extends at an oblique angle to the central axis so as to cross at least a portion of a forward projection of the inlet flow area of one of first and second peripheral walls; wherein the premixers are arranged in two or more axially adjacent rings; and wherein a first lip extends from the radially inboard wall portion of one of the peripheral walls .
A multiple-degree-of-freedom adjustment mechanism comprising: at least one support assembly; and a plate supported by the at least one support assembly, wherein the at least one support assembly includes: a bipod having a first rod and a second rod , one ends of which are fixed to each other at a top provided with a support section ; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction , wherein each of the first rod and the second rod of the bipod includes two limited-displacement flexible joints (611, 612; 614, 615) which provide elasticity in two orthogonal directions, respectively, characterized in that : each of the limited-displacement flexible joints comprises a flexible member shaped like a plate and at least one bend limitation section (640L1, 640L2) which is arranged in parallel with the flexible member . at least one support assembly; and a plate supported by the at least one support assembly, wherein the at least one support assembly includes: a bipod having a first rod and a second rod , one ends of which are fixed to each other at a top provided with a support section ; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction , a bipod having a first rod and a second rod , one ends of which are fixed to each other at a top provided with a support section ; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction , wherein each of the first rod and the second rod of the bipod includes two limited-displacement flexible joints (611, 612; 614, 615) which provide elasticity in two orthogonal directions, respectively, characterized in that : each of the limited-displacement flexible joints comprises a flexible member shaped like a plate and at least one bend limitation section (640L1, 640L2) which is arranged in parallel with the flexible member .
A printer, comprising: an ink head unit configured to spray ink on a textile (T) or a paper or a transfer film (F) through a head; an adhesive head unit configured to spray an adhesive material on the textile (T) , the paper, or the transfer film (F) through a head so that a design is printed by adhering the ink to the textile (T) or the paper or the transfer film (T); a plurality of capping members fastened to each of the head of the ink head unit and the head of the adhesive head unit when a printing operation is paused; an ink suction line connected to the capping member coupled to the head of the ink head unit ; and an adhesive material suction line connected to the capping member fastened to each of the plurality of heads of the adhesive head unit , wherein the adhesive head unit sprays different adhesive materials through a plurality of heads, and a multicomponent adhesive is formed as the sprayed different adhesive materials are mixed, the ink suction line includes an ink suction pump, and a plurality of the adhesive material suction lines are provided to correspond to the plurality of heads of the adhesive head unit , the plurality of adhesive material suction lines including different adhesive material suction pumps, wherein each capping member has a capping groove filled with a sponge therein, the sponge having a support mesh installed on an upper surface thereof. an ink head unit configured to spray ink on a textile (T) or a paper or a transfer film (F) through a head; an adhesive head unit configured to spray an adhesive material on the textile (T) , the paper, or the transfer film (F) through a head so that a design is printed by adhering the ink to the textile (T) or the paper or the transfer film (T); a plurality of capping members fastened to each of the head of the ink head unit and the head of the adhesive head unit when a printing operation is paused; an ink suction line connected to the capping member coupled to the head of the ink head unit ; and an adhesive material suction line connected to the capping member fastened to each of the plurality of heads of the adhesive head unit , wherein the adhesive head unit sprays different adhesive materials through a plurality of heads, and a multicomponent adhesive is formed as the sprayed different adhesive materials are mixed, the ink suction line includes an ink suction pump, and a plurality of the adhesive material suction lines are provided to correspond to the plurality of heads of the adhesive head unit , the plurality of adhesive material suction lines including different adhesive material suction pumps, wherein each capping member has a capping groove filled with a sponge therein, the sponge having a support mesh installed on an upper surface thereof.
A recombinant chordopoxvirus comprising: a) a first nucleic acid sequence encoding a heterologous, single-polypeptide, DNA-dependent RNA polymerase, wherein the first nucleic acid sequence is functionally linked to a chordopoxvirus pre-replicative promoter; b) a second nucleic acid sequence encoding a heterologous repressor protein, wherein the second nucleic acid sequence is functionally linked to a chordopoxvirus post-replicative promoter; c) at least one inactivating mutation in a chordopoxvirus ORF required for the expression of chordopoxvirus post-replicative genes; and, d) a third nucleic acid sequence comprising at least one polynucleotide sequence encoding at least one heterologous polypeptide, wherein the recombinant chordopoxvirus is capable of replicating its genome. a) a first nucleic acid sequence encoding a heterologous, single-polypeptide, DNA-dependent RNA polymerase, wherein the first nucleic acid sequence is functionally linked to a chordopoxvirus pre-replicative promoter; b) a second nucleic acid sequence encoding a heterologous repressor protein, wherein the second nucleic acid sequence is functionally linked to a chordopoxvirus post-replicative promoter; c) at least one inactivating mutation in a chordopoxvirus ORF required for the expression of chordopoxvirus post-replicative genes; and, d) a third nucleic acid sequence comprising at least one polynucleotide sequence encoding at least one heterologous polypeptide, wherein the recombinant chordopoxvirus is capable of replicating its genome.
A method for manufacturing a facade louver, the louver comprising a number of parallel slats spaced at a distance from each other and having a uniform cross-sectional profile, and end frames at the ends of the slats for supporting the slats, wherein openings corresponding to the cross-sectional profile of the slats are machined in both of the end frames at said distance from each other, holes are machined in both ends of the slats in the same position in each of the slats, the slats are pushed from their ends through the openings of the end frames, so that the holes machined in them pass to the other side of the end frames, and the end frames are rigidly connected from their ends by means of horizontal frames , characterized in that a pipe is pushed through the holes arranged in the same position in each of the slats, and an expanding means is drawn through the pipe, the expanding means being larger than the inner diameter of the pipe, so as to expand the pipe in the areas between the slats, thereby locking the slats in place around the pipe, and the end frames , the pipe and the slats , are positioned relative to each other in such a way that the holes of the slats are pushed just through the end frames, whereby the pipe pushed through the holes comes into contact with the outer surface of the end frame when the pipe is expanded. a pipe is pushed through the holes arranged in the same position in each of the slats, and an expanding means is drawn through the pipe, the expanding means being larger than the inner diameter of the pipe, so as to expand the pipe in the areas between the slats, thereby locking the slats in place around the pipe, and the end frames , the pipe and the slats , are positioned relative to each other in such a way that the holes of the slats are pushed just through the end frames, whereby the pipe pushed through the holes comes into contact with the outer surface of the end frame when the pipe is expanded.
Processor for automatically associating vital signs with an identity of a living being, said processor comprising: - an image area detection unit for detecting one or more image areas within images of a scene potentially comprising more than one living beings, said images being remotely obtained by an external camera in a contactless manner and from a distance of the one or more living beings, an image area covering an area of the size of one or more body parts of a single living being or a complete living being and said images comprising image data of at least a body part of a living being , - a vital sign extraction unit for extracting one or more vital signs of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being by a breathing monitoring method, a photo-plethysmography method and/or an actigraphy monitoring method, - a feature extraction unit for extracting one or more features of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being , - an identification unit for determining the identity of said living being by use of said one or more extracted features of said living being , and - a data association unit for associating the one or more extracted vital signs of said living being with the determined identity of said living being to assign the vital signs to said living being based on the determined identity. - an image area detection unit for detecting one or more image areas within images of a scene potentially comprising more than one living beings, said images being remotely obtained by an external camera in a contactless manner and from a distance of the one or more living beings, an image area covering an area of the size of one or more body parts of a single living being or a complete living being and said images comprising image data of at least a body part of a living being , - a vital sign extraction unit for extracting one or more vital signs of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being by a breathing monitoring method, a photo-plethysmography method and/or an actigraphy monitoring method, - a feature extraction unit for extracting one or more features of said living being from the remotely obtained image data of an image area comprising at least a body part of said living being , - an identification unit for determining the identity of said living being by use of said one or more extracted features of said living being , and - a data association unit for associating the one or more extracted vital signs of said living being with the determined identity of said living being to assign the vital signs to said living being based on the determined identity.
An oral pharmaceutical composition in dose unit form comprising a physiologically tolerable calcium compound within a unitary carrier body, said body comprising a soft, chewable, gelled oil-in-water emulsion, wherein the calcium compound is dispersed in one or both of the oil and aqueous phases of the emulsion, and wherein the calcium content per dose unit is at least 125 mg Ca, and further wherein the aqueous phase comprises a gelling agent which is a physiologically tolerable polysaccharide selected from a carrageenan, an alginate, an agar, a chitosan, a pectin, a gellan or a scleroglucan, and the weight of said dose unit is above 1000 to 5000 mg.
A barrier film, comprising: an ethylene tetrafluoroethylene (ETFE) substrate; , an acrylate smoothing layer applied to the substrate; an inorganic silicon aluminum oxide (SiAlO x ) barrier layer applied to the acrylate smoothing layer; a protective layer made from an acrylate formulation containing tricyclodecane dimethanol diacrylate and N-n-butyl-aza-2,2-dimethoxysilacyclopentane applied to the barrier layer; and a second inorganic silicon aluminum oxide (SiAlO x ) barrier layer. an ethylene tetrafluoroethylene (ETFE) substrate; , an acrylate smoothing layer applied to the substrate; an inorganic silicon aluminum oxide (SiAlO x ) barrier layer applied to the acrylate smoothing layer; a protective layer made from an acrylate formulation containing tricyclodecane dimethanol diacrylate and N-n-butyl-aza-2,2-dimethoxysilacyclopentane applied to the barrier layer; and a second inorganic silicon aluminum oxide (SiAlO x ) barrier layer.
A joint assembly for a multi-axis guiding device for an instrument , wherein the joint assembly comprises a plurality of guiding elements that are aligned concentrically with respect to one another and that are at least sectionally spherically arranged, wherein the guiding elements are configured as a component of a combined spherical bearing and comprise spherical contact areas , characterized in that at least two of the guiding elements are additively and integrally manufactured in a concentric alignment, and wherein the at least two guiding elements enable a relative pivot movement.
Luminaire comprising: • a housing , • a plurality of light sources arranged on a support member , • an optical element comprising a light transmission plate , wherein a plurality of total internal reflection, TIR, lenses are formed on a surface of the light transmission plate facing towards the light sources , whereby the lenses are associated with the light sources , wherein the optical element is connected to a sidewall of the housing by a sealing gasket , wherein the support member together with the optical element encloses at least one cavity within the housing of the luminaire , and wherein the luminaire comprises filling means which substantially fill the at least one cavity. • a housing , • a plurality of light sources arranged on a support member , • an optical element comprising a light transmission plate , wherein a plurality of total internal reflection, TIR, lenses are formed on a surface of the light transmission plate facing towards the light sources , whereby the lenses are associated with the light sources , wherein the optical element is connected to a sidewall of the housing by a sealing gasket , wherein the support member together with the optical element encloses at least one cavity within the housing of the luminaire , and wherein the luminaire comprises filling means which substantially fill the at least one cavity.
A method for producing mechanical locking systems in a floor panel comprising a top surface layer , a core and mechanical locking systems on a first and second edge for horizontal locking of the floor panel with similar other panels, the mechanical locking system comprising a first pair of locking surfaces in the first edge of a panel and a second pair of locking surfaces in the opposite second edge , the first pair of locking surfaces comprises a locking surface on a first upper edge and on a locking groove , the second pair of locking surfaces comprises a locking surface on a second upper edge and on a locking element , wherein the method comprises: displacing the floor panel in a feeding direction (FD) with its first or second edge relative fixed chip-removing surfaces (81a-d) located along the feeding direction (FD), forming by the fixed chip-removing surfaces (81a-d) at least a part of the first or second pair of locking surfaces that locks the adjacent edges horizontally and prevents a displacement of the joint edges outwardly away from each other and inwardly against each other, wherein the forming is made by a carving , the forming comprises forming with a tip having a chip-removing surface (81a-d) and characterized in that the tip is fixated at a position on a holder , the tip has a clearance angle (A) in between 2 to 8 degrees, the tip has a rake angle (C) in between 20 to 30 degrees, and the tip has a cutting angle (B) in between 55 to 65 degrees wherein the carving tool configuration have fixed teeth, each tooth (80a-d) comprises of the chip-removing surface (81a-d) and is set on a holder (82a-d); and, the teeth are fixed on a fixture ; and, 2-8 or more tip holders can be fixed to the same fixture ; and, each tip (81a-d) on the tip holder (82a-d) is arranged on the fixture in a way that each successive tip has a different position horizontally and/or vertically. displacing the floor panel in a feeding direction (FD) with its first or second edge relative fixed chip-removing surfaces (81a-d) located along the feeding direction (FD), forming by the fixed chip-removing surfaces (81a-d) at least a part of the first or second pair of locking surfaces that locks the adjacent edges horizontally and prevents a displacement of the joint edges outwardly away from each other and inwardly against each other, wherein the forming is made by a carving , the forming comprises forming with a tip having a chip-removing surface (81a-d) and characterized in that the tip is fixated at a position on a holder , the tip has a clearance angle (A) in between 2 to 8 degrees, the tip has a rake angle (C) in between 20 to 30 degrees, and the tip has a cutting angle (B) in between 55 to 65 degrees wherein the carving tool configuration have fixed teeth, each tooth (80a-d) comprises of the chip-removing surface (81a-d) and is set on a holder (82a-d); and, the teeth are fixed on a fixture ; and, 2-8 or more tip holders can be fixed to the same fixture ; and, each tip (81a-d) on the tip holder (82a-d) is arranged on the fixture in a way that each successive tip has a different position horizontally and/or vertically.
A chop saw comprising: a base assembly ; a support housing connected to the base assembly ; a saw assembly pivotally connected to the support housing allowing the saw assembly to be pivoted downwardly towards the base assembly for conducting a cutting operation on a workpiece, the saw assembly comprising a motor powered by a rechargeable power tool battery pack , a blade driven by the motor and an upper blade guard for covering an upper portion of the blade ; a sensor assembly (32, 33; 34, 35; 36; 37; 38) disposed on at least one of the support housing and the saw assembly for sensing a position of the saw assembly relative to at least one of the workpiece and the support housing ; and a controller connected to the sensor assembly (32, 33; 34, 35; 36; 37; 38) and the motor , the controller receiving an input representative of the position of the saw assembly and controlling the motor according to such input; wherein the controller controls speed of the motor according to such input; characterized in that the controller decreases the motor speed when the saw assembly is pivoted upwardly; wherein there is further provided a regenerative charging circuit ; wherein the controller engages the regenerative charging circuit in order to charge the rechargeable power tool battery pack as the blade coasts down. a base assembly ; a support housing connected to the base assembly ; a saw assembly pivotally connected to the support housing allowing the saw assembly to be pivoted downwardly towards the base assembly for conducting a cutting operation on a workpiece, the saw assembly comprising a motor powered by a rechargeable power tool battery pack , a blade driven by the motor and an upper blade guard for covering an upper portion of the blade ; a sensor assembly (32, 33; 34, 35; 36; 37; 38) disposed on at least one of the support housing and the saw assembly for sensing a position of the saw assembly relative to at least one of the workpiece and the support housing ; and a controller connected to the sensor assembly (32, 33; 34, 35; 36; 37; 38) and the motor , the controller receiving an input representative of the position of the saw assembly and controlling the motor according to such input;